diff --git a/api/info.yaml b/api/info.yaml
index ffb05146..1253d4f6 100644
--- a/api/info.yaml
+++ b/api/info.yaml
@@ -8,7 +8,7 @@ info:
     Contributions can be made in the following ways:
     - [open an issue](https://github.com/open-traffic-generator/models/issues) in the models repository
     - [fork the models repository](https://github.com/open-traffic-generator/models) and submit a PR
-  version: 1.17.0
+  version: 1.18.0
   contact:
     url: https://github.com/open-traffic-generator/models
   license:
diff --git a/artifacts/openapi.html b/artifacts/openapi.html
index 656d41ef..b5011b50 100644
--- a/artifacts/openapi.html
+++ b/artifacts/openapi.html
@@ -530,7 +530,7 @@
           55.627 l 55.6165,55.627 -231.245496,231.24803 c -127.185,127.1864
           -231.5279,231.248 -231.873,231.248 -0.3451,0 -104.688,
           -104.0616 -231.873,-231.248 z
-        " fill="currentColor"></path></g></svg></div></div><div class="sc-pjHjD gaNVPp api-content"><div class="sc-AxhUy kNmpyA"><div class="sc-Axmtr bnFFEW"><div class="sc-AxhCb kwETCN api-info"><h1 class="sc-AxmLO sc-fzooss CvVzT">Open Traffic Generator API<!-- --> <span>(<!-- -->1.17.0<!-- -->)</span></h1><p>Download OpenAPI specification:<a download="swagger.json" target="_blank" class="sc-fzqyvX hTmvgG">Download</a></p><div class="sc-fzoant sc-fzoYHE cDQnzz"><div class="sc-fzoCUK dfAWr"><div class="sc-fzoOEf cyyQyN"> <span class="sc-fzqKVi dAFyLa">URL: <a href="https://github.com/open-traffic-generator/models">https://github.com/open-traffic-generator/models</a></span> <span class="sc-fzqKVi dAFyLa">License: <a href="https://opensource.org/licenses/MIT">MIT</a></span> </div></div></div><div class="sc-fzoant sc-fzoYHE cDQnzz" data-role="redoc-description"><p>Open Traffic Generator API defines a model-driven, vendor-neutral and standard 
+        " fill="currentColor"></path></g></svg></div></div><div class="sc-pjHjD gaNVPp api-content"><div class="sc-AxhUy kNmpyA"><div class="sc-Axmtr bnFFEW"><div class="sc-AxhCb kwETCN api-info"><h1 class="sc-AxmLO sc-fzooss CvVzT">Open Traffic Generator API<!-- --> <span>(<!-- -->1.18.0<!-- -->)</span></h1><p>Download OpenAPI specification:<a download="swagger.json" target="_blank" class="sc-fzqyvX hTmvgG">Download</a></p><div class="sc-fzoant sc-fzoYHE cDQnzz"><div class="sc-fzoCUK dfAWr"><div class="sc-fzoOEf cyyQyN"> <span class="sc-fzqKVi dAFyLa">URL: <a href="https://github.com/open-traffic-generator/models">https://github.com/open-traffic-generator/models</a></span> <span class="sc-fzqKVi dAFyLa">License: <a href="https://opensource.org/licenses/MIT">MIT</a></span> </div></div></div><div class="sc-fzoant sc-fzoYHE cDQnzz" data-role="redoc-description"><p>Open Traffic Generator API defines a model-driven, vendor-neutral and standard 
 interface for emulating layer 2-7 network devices and generating test traffic.</p>
 <p>Contributions can be made in the following ways:</p>
 <ul>
@@ -616,7 +616,7 @@
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(e.g. for FRR scenarios)\n\nIf an implementation does not support multiple primary links from same simulated topology i.e. full topology advertised via multiple emulated routers, it should return an error \nduring set_config operation with such a topology.","type":"string","default":"primary","x-enum":{"primary":{"x-field-uid":1},"secondary":{"x-field-uid":2}},"x-field-uid":2,"enum":["primary","secondary"]}}},"Device.Vlan":{"description":"Emulated VLAN protocol.","type":"object","properties":{"tpid":{"description":"Tag protocol identifier","type":"string","default":"x8100","x-field-uid":1,"x-enum":{"x8100":{"x-field-uid":1},"x88A8":{"x-field-uid":2},"x9100":{"x-field-uid":3},"x9200":{"x-field-uid":4},"x9300":{"x-field-uid":5}},"enum":["x8100","x88A8","x9100","x9200","x9300"]},"priority":{"description":"Priority code point","type":"integer","format":"uint32","maximum":3,"default":0,"x-field-uid":2},"id":{"description":"VLAN identifier","type":"integer","format":"uint32","maximum":4095,"default":1,"x-field-uid":3},"name":{"x-field-uid":4,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"}},"required":["name"]},"Device.Ipv4":{"description":"An IPv4 interface with gateway","type":"object","required":["gateway","address","name"],"properties":{"gateway":{"description":"The IPv4 address of the gateway","type":"string","format":"ipv4","x-field-uid":1},"gateway_mac":{"$ref":"#/components/schemas/Device.Ipv4GatewayMAC","x-field-uid":2},"address":{"x-field-uid":3,"description":"The IPv4 address","type":"string","format":"ipv4"},"prefix":{"x-field-uid":4,"description":"The prefix of the IPv4 address.","type":"integer","format":"uint32","minimum":1,"maximum":32,"default":24},"name":{"x-field-uid":5,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"}}},"Device.Ipv4Loopback":{"description":"An IPv4 Loopback interface.","type":"object","required":["eth_name","name"],"properties":{"eth_name":{"description":"The unique name of the Ethernet interface behind which this Loopback  interface will be created.\n\nx-constraint:\n- /components/schemas/Device.Ethernet/properties/name\n","type":"string","x-constraint":["/components/schemas/Device.Ethernet/properties/name"],"x-field-uid":1},"address":{"description":"The IPv4 Loopback address with prefix length of 32.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":2},"name":{"x-field-uid":3,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"}}},"Device.Ipv4GatewayMAC":{"description":"By default auto(resolved gateway mac) is set.  Setting a value would mean that ARP will not be used for learning MAC of connected device. The user-configured MAC address will be used for auto-filling the destination\n MAC address in the control and data packets sent from this IPv4 endpoint\nwhenever applicable.","type":"object","properties":{"choice":{"description":"auto or configured value.","type":"string","default":"auto","x-field-uid":1,"x-enum":{"auto":{"x-field-uid":1},"value":{"x-field-uid":2}},"enum":["auto","value"]},"auto":{"description":"The OTG implementation can provide a system generated value for this property. If the OTG is unable to generate a value the default value must be used.","type":"string","format":"mac","default":"00:00:00:00:00:00","x-field-uid":2},"value":{"type":"string","format":"mac","default":"00:00:00:00:00:00","x-field-uid":3}}},"Device.Ipv6":{"description":"An IPv6 interface with gateway.","type":"object","required":["gateway","address","name"],"properties":{"gateway":{"description":"The IPv6 gateway address.","type":"string","format":"ipv6","x-field-uid":1},"gateway_mac":{"$ref":"#/components/schemas/Device.Ipv6GatewayMAC","x-field-uid":2},"address":{"x-field-uid":3,"description":"The IPv6 address.","type":"string","format":"ipv6"},"prefix":{"x-field-uid":4,"description":"The network prefix.","type":"integer","format":"uint32","minimum":1,"maximum":128,"default":64},"name":{"x-field-uid":5,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"}}},"Device.Ipv6Loopback":{"description":"An IPv6 Loopback interface","type":"object","required":["eth_name","name"],"properties":{"eth_name":{"description":"The unique name of the Ethernet interface behind which this Loopback \n interface will be created.\n\nx-constraint:\n- /components/schemas/Device.Ethernet/properties/name\n","type":"string","x-constraint":["/components/schemas/Device.Ethernet/properties/name"],"x-field-uid":1},"address":{"description":"The IPv6 Loopback address with prefix length of 128.","type":"string","format":"ipv6","default":"::0","x-field-uid":2},"name":{"x-field-uid":3,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"}}},"Device.Ipv6GatewayMAC":{"description":"By default auto(resolved gateway mac) is set. Setting a value would mean that ND will not be used for learning MAC of connected device. The user-configured MAC address will be used for auto-filling the destination\n MAC address in the control and data packets sent from this IPv6 endpoint\nwhenever applicable.","type":"object","properties":{"choice":{"description":"auto or configured value.","type":"string","default":"auto","x-field-uid":1,"x-enum":{"auto":{"x-field-uid":1},"value":{"x-field-uid":2}},"enum":["auto","value"]},"auto":{"description":"The OTG implementation can provide a system generated value for this property. If the OTG is unable to generate a value the default value must be used.","type":"string","format":"mac","default":"00:00:00:00:00:00","x-field-uid":2},"value":{"type":"string","format":"mac","default":"00:00:00:00:00:00","x-field-uid":3}}},"Device.Dhcpv4client":{"description":"Configuration for emulated DHCPv4 Client on a single Interface. https://www.rfc-editor.org/rfc/rfc2131.html","type":"object","required":["name"],"properties":{"name":{"x-field-uid":1,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"choice":{"description":"The client receives one or more DHCPOFFER messages from one or more servers and client may choose to wait for multiple responses.\nThe client chooses one server from which to request configuration\nparameters, based on the configuration parameters offered in the DHCPOFFER messages.\n- first_server: if selected, the subnet accepts the IP addresses offered by the first server to respond with an offer of IP addresses.\n- server_address: The address of the DHCP server from which the subnet will accept IP addresses.","type":"string","default":"first_server","x-field-uid":2,"x-enum":{"first_server":{"x-field-uid":1},"server_address":{"x-field-uid":2}},"enum":["first_server","server_address"]},"server_address":{"description":"The address of the DHCP server.","type":"string","format":"ipv4","x-field-uid":4},"broadcast":{"description":"If the broadcast bit is set, then the server and relay agent broadcast DHCPOFFER and DHCPACK messages.","type":"boolean","default":false,"x-field-uid":5},"parameters_request_list":{"description":"Optional parameters field request list of DHCPv4 Client.","$ref":"#/components/schemas/Dhcpv4Client.Params","x-field-uid":6}}},"Dhcpv4Client.Params":{"description":"Configuration Parameter request list by emulated DHCPv4 Client.","type":"object","properties":{"subnet_mask":{"description":"Request for the subnet mask option specifies the client's subnet mask as per RFC950. ","type":"boolean","default":true,"x-field-uid":1},"router":{"description":"Request for the router option that specifies a list of IP addresses for routers on the client's subnet.","type":"boolean","default":true,"x-field-uid":2},"renewal_timer":{"description":"Request for the renewal timer, T1. When the timer expires, the client transitions from the BOUND state to the RENEWING state.","type":"boolean","default":false,"x-field-uid":3},"rebinding_timer":{"description":"Request for the rebinding timer (T2). When expires, the client transitions to the REBINDING state.","type":"boolean","default":false,"x-field-uid":4}}},"Device.Dhcpv6client":{"description":"Configuration for emulated DHCPv6 Client on a single Interface. If the DHCPv6 Client receives one or more  DHCPv6 ADVERTISE messages from one or more servers then the client chooses one server from which to request  configuration parameters, based on the configuration parameters offered by the server in the DHCPv6 ADVERTISE  messages. If all configuration parameters match then the first server will be chosen. https://www.rfc-editor.org/rfc/rfc8415.html","type":"object","required":["name"],"properties":{"name":{"x-field-uid":1,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"rapid_commit":{"description":"If Rapid Commit is set, client initiates Rapid Commit two-message exchange by including Rapid Commit option  in Solicit message.","type":"boolean","default":false,"x-field-uid":2},"ia_type":{"description":"Each IA has an associated IAID. Differnet IA options represent different types of IPv6 addresses and parameters \naccepted by DHCPv6 clients each used in different context by an IPv6 node.","$ref":"#/components/schemas/Device.Dhcpv6client.IaType","x-field-uid":3},"duid_type":{"description":"Each DHCP client and server has a DUID. DHCP clients and servers use DUIDs to identify each other.","$ref":"#/components/schemas/Device.Dhcpv6client.DuidType","x-field-uid":4},"options_request":{"description":"The options requested by a client from a server in the options request option.","$ref":"#/components/schemas/Device.Dhcpv6Client.OptionsRequest","x-field-uid":5},"options":{"description":"Optional DHCPv4 Client options that are sent in Dhcp client messages.","$ref":"#/components/schemas/Device.Dhcpv6Client.Options","x-field-uid":6}}},"Device.Dhcpv6Client.OptionsRequest":{"description":"DHCP client options, these configured options are sent in Dhcp client messages.","type":"object","required":["request","associated_dhcp_messages"],"properties":{"request":{"description":"List of options requested by a client from a server.","type":"array","items":{"$ref":"#/components/schemas/Dhcpv6ClientOptions.OptionsRequest"},"x-field-uid":1},"associated_dhcp_messages":{"description":"The list of dhcpv6 client messages where this option is included.","$ref":"#/components/schemas/Dhcpv6ClientOptions.IncludedMessages","x-field-uid":2}}},"Device.Dhcpv6Client.Options":{"description":"DHCP client options, these configured options are sent in Dhcp client messages.","type":"object","properties":{"server_identifier":{"description":"A client uses multicast to reach all servers or an individual server. An individual server is indicated by \nspecifying that server's DUID in a Server Identifier option in the client's message (all servers will receive \nthis message but only the indicated server will respond). All servers are indicated by not supplying this option.            ","$ref":"#/components/schemas/Dhcpv6ClientOptions.ServerIdentifier","x-field-uid":1},"vendor_class":{"description":"The vendor class option is used by a client to identify the vendor that manufactured the hardware on which \nthe client is running. The information contained in the data area of this option is contained in one or more \nopaque fields that identify details of the hardware configuration.","$ref":"#/components/schemas/Dhcpv6ClientOptions.VendorClass","x-field-uid":2},"vendor_info":{"description":"This option is used by clients to exchange vendor-specific information with servers.","$ref":"#/components/schemas/Dhcpv6ClientOptions.VendorInfo","x-field-uid":3},"fqdn":{"description":"DHCPv6 server needs to know the FQDN of the client for the addresses for the client's IA_NA bindings in order to \nupdate the IPv6-address-to-FQDN mapping. This option allows the client to convey its FQDN to the server. The Client \nFQDN option also contains Flags that DHCPv6 clients and servers use to negotiate who does which update.","$ref":"#/components/schemas/Dhcpv6ClientOptions.Fqdn","x-field-uid":4}}},"Device.Dhcpv6client.IaType":{"type":"object","properties":{"choice":{"description":"Identity Association: Each IA has an associated IAID. IA_NA and IA_TA options represent different types of  IPv6 addresses and parameters accepted by DHCPv6 clients each used in different context by an IPv6 node. IA_NA  is the Identity Association for Non-temporary Addresses option. IA_TA is the Identity Association for Temporary  Addresses option. IA_PD and IA_NAPD options represent one or more IPv6 prefix and parameters. IA_PD is the Identity  Association for Prefix Delegation and IA_NAPD s the Identity Association for Temporary Prefix Delegation.","type":"string","default":"iana","x-field-uid":1,"x-enum":{"iana":{"x-field-uid":1},"iata":{"x-field-uid":2},"iapd":{"x-field-uid":3},"ianapd":{"x-field-uid":4}},"enum":["iana","iata","iapd","ianapd"]},"iana":{"$ref":"#/components/schemas/Device.Dhcpv6client.IaTimeValue","x-field-uid":2},"iapd":{"$ref":"#/components/schemas/Device.Dhcpv6client.IaTimeValue","x-field-uid":3},"ianapd":{"$ref":"#/components/schemas/Device.Dhcpv6client.IaTimeValue","x-field-uid":4}}},"Device.Dhcpv6client.IaTimeValue":{"description":"The container for the suggested times at which the client contacts the server or any available server.","type":"object","properties":{"t1":{"description":"The suggested time at which the client contacts the server from which the addresses were obtained to  extend the lifetimes of the addresses assigned. T1 is a time duration relative to the current time expressed  in units of seconds. If set to 0 server will ignore it. If the maximum value is specified it means infinite time.","type":"integer","format":"uint32","maximum":4294967295,"default":302400,"x-field-uid":1},"t2":{"description":"The suggested time at which the client contacts any available server to extend the lifetimes of the addresses assigned.  T2 is a time duration relative to the current time expressed in units of seconds. If set to 0 server will ignore it. If  the maximum value is specified it means infinite time","type":"integer","format":"uint32","maximum":4294967295,"default":483840,"x-field-uid":2}}},"Device.Dhcpv6client.DuidType":{"type":"object","properties":{"choice":{"description":"Each DHCP client and server has a DUID. DHCP clients use DUIDs to identify a server in messages where a server needs  to be identified.","type":"string","default":"llt","x-field-uid":1,"x-enum":{"llt":{"x-field-uid":1},"en":{"x-field-uid":2},"ll":{"x-field-uid":3}},"enum":["llt","en","ll"]},"llt":{"$ref":"#/components/schemas/Device.Dhcpv6client.NoDuid","x-field-uid":2},"en":{"$ref":"#/components/schemas/Device.Dhcpv6client.DuidValue","x-field-uid":3},"ll":{"$ref":"#/components/schemas/Device.Dhcpv6client.NoDuid","x-field-uid":4}}},"Device.Dhcpv6client.DuidValue":{"description":"The container for the DUID-EN. This consists of the 4-octet vendor's registered Private Enterprise Number  as maintained by IANA [IANA-PEN] followed by a unique identifier assigned by the vendor.","type":"object","properties":{"enterprise_id":{"description":"4-octet vendor's registered Private Enterprise Number as maintained by IANA [IANA-PEN].","type":"integer","format":"uint32","minimum":1,"maximum":2147483647,"default":10,"x-field-uid":1},"vendor_id":{"description":"Unique identifier assigned by the vendor.","type":"integer","format":"uint32","minimum":1,"maximum":2147483647,"default":10,"x-field-uid":2}}},"Device.Dhcpv6client.NoDuid":{"description":"The container for DUID-LL and DUID-LLT.","type":"object"},"Dhcpv6ClientOptions.ServerIdentifier":{"type":"object","properties":{"choice":{"description":"The Identifier option is used to carry a DUID. The option code is 2. The server identifier identifies  a server. This option is used when client wants to contact a particular server.","type":"string","default":"duid_ll","x-field-uid":1,"x-enum":{"duid_llt":{"x-field-uid":1},"duid_en":{"x-field-uid":2},"duid_ll":{"x-field-uid":3},"duid_uuid":{"x-field-uid":4}},"enum":["duid_llt","duid_en","duid_ll","duid_uuid"]},"duid_llt":{"$ref":"#/components/schemas/Dhcpv6ClientOptions.DuidLlt","x-field-uid":2},"duid_en":{"$ref":"#/components/schemas/Dhcpv6ClientOptions.DuidEn","x-field-uid":3},"duid_ll":{"$ref":"#/components/schemas/Dhcpv6ClientOptions.DuidLl","x-field-uid":4},"duid_uuid":{"$ref":"#/components/schemas/Dhcpv6ClientOptions.DuidUuid","x-field-uid":5}}},"Dhcpv6ClientOptions.DuidLlt":{"description":"DUID based on Link Layer address plus time. Hardware Type will be auto assigned to ethernet type.","type":"object","required":["time","link_layer_address"],"properties":{"time":{"description":"The time value is the time that the DUID is generated represented in seconds since midnight (UTC), January 1, \n2000, modulo 2^32. The DUID generatation time will the current time when dhcpv6 client contacts the server.           ","type":"integer","format":"uint32","x-field-uid":1},"link_layer_address":{"description":"The link-layer address is stored in canonical form, as described in RFC 2464.     ","$ref":"#/components/schemas/Dhcpv6ClientOptions.LinkLayerAddress","x-field-uid":2}}},"Dhcpv6ClientOptions.DuidEn":{"description":"DUID assigned by vendor based on enterprise number.","type":"object","required":["enterprise_number","identifier"],"properties":{"enterprise_number":{"description":"Vendor's registered private enterprise number as maintained by IANA.            ","type":"integer","format":"uint32","maximum":4294967295,"x-field-uid":1},"identifier":{"description":"The unique identifier assigned by the vendor.           ","type":"string","format":"hex","minLength":1,"maxLength":8,"x-field-uid":2}}},"Dhcpv6ClientOptions.DuidLl":{"description":"DUID based on Link Layer address. Hardware Type will be auto assigned to ethernet type.","type":"object","required":["link_layer_address"],"properties":{"link_layer_address":{"description":"The link-layer address is stored in canonical form, as described in RFC 2464.           ","$ref":"#/components/schemas/Dhcpv6ClientOptions.LinkLayerAddress","x-field-uid":1}}},"Dhcpv6ClientOptions.DuidUuid":{"description":"DUID embedded a Universally Unique IDentifier (UUID). A UUID is an identifier that is unique across both  space and time, with respect to the space of all UUIDs.","type":"object","properties":{"version":{"description":"The version number is in the most significant 4 bits of the timestamp (bits 4 through 7 of the time_hi_and_version field).           ","$ref":"#/components/schemas/Dhcpv6ClientOptions.DuidUuidVersion","x-field-uid":1},"variant":{"description":"The variant field determines the layout of the UUID. It is multiplexed with clock_seq_hi_and_reserved.           ","$ref":"#/components/schemas/Dhcpv6ClientOptions.DuidUuidVariant","x-field-uid":2},"time_low":{"description":"The low field of the timestamp.            ","type":"integer","format":"uint32","default":0,"x-field-uid":3},"time_mid":{"description":"The middle field of the timestamp.            ","type":"integer","format":"uint32","default":0,"maximum":65535,"x-field-uid":4},"time_hi_and_version":{"description":"The high field of the timestamp multiplexed with the version number.            ","type":"integer","format":"uint32","default":0,"maximum":4095,"x-field-uid":5},"clock_seq_hi_and_reserved":{"description":"The high field of the clock sequence multiplexed with the variant.     ","type":"integer","format":"uint32","default":0,"maximum":31,"x-field-uid":6},"clock_seq_low":{"description":"The low field of the clock sequence.     ","type":"integer","format":"uint32","default":0,"maximum":127,"x-field-uid":7},"node":{"description":"The spatially unique node identifier.     ","type":"string","format":"mac","default":"00:00:00:00:00:00","x-field-uid":8}}},"Dhcpv6ClientOptions.DuidUuidVersion":{"description":"The version number is in the most significant 4 bits of the timestamp (bits 4 through 7 of the time_hi_and_version field).","type":"object","properties":{"choice":{"description":"The version values are from 1 to 5 in the most significant 4 bits of the timestamp (bits 4 through 7 of the  time_hi_and_version field).","type":"string","default":"v_1","x-field-uid":1,"x-enum":{"v_1":{"x-field-uid":1},"v_2":{"x-field-uid":2},"v_3":{"x-field-uid":3},"v_4":{"x-field-uid":4},"v_5":{"x-field-uid":5}},"enum":["v_1","v_2","v_3","v_4","v_5"]}}},"Dhcpv6ClientOptions.DuidUuidVariant":{"description":"The variant field determines the layout of the UUID.  That is, the interpretation of all other bits in the  UUID depends on the setting of the bits in the variant field).","type":"object","properties":{"choice":{"description":"The current variants are ncs, dce,microsoft guid and reserved.","type":"string","default":"ncs","x-field-uid":1,"x-enum":{"ncs":{"x-field-uid":1},"dce":{"x-field-uid":2},"guid":{"x-field-uid":3},"var_reserved":{"x-field-uid":4}},"enum":["ncs","dce","guid","var_reserved"]}}},"Dhcpv6ClientOptions.LinkLayerAddress":{"description":"The link-layer address configured in DUID llt or DUID ll.","type":"object","required":["value"],"properties":{"value":{"description":"The MAC address that becomes part of DUID llt or DUID ll.","type":"string","format":"mac","x-field-uid":3}}},"Dhcpv6ClientOptions.OptionsRequest":{"type":"object","properties":{"choice":{"description":"The Option Request option is used to identify a list of options in a message between a client and a server. The  option code is 6. - Vendor_specific information option, requested by clients for vendor-specific informations from servers. - DNS Recursive Name Server Option, requested by clients to get the list ofIPv6 addresses of DNS recursive name \n  servers to which DNS queries may be sent by the client resolver in order of preference.\n- Client FQDN option - indicates whether the client or the DHCP server should update DNS with the AAAA record \n  corresponding to the assigned IPv6 address and the FQDN provided in this option. The DHCP server always updates \n  the PTR record.\n- bootfile_url, if client is configured for network booting then the client must use this option to obtain the boot \n  file url from the server.\n- sztp. Securely provision a networking device when it is booting in a factory-default state.","type":"string","default":"vendor_information","x-field-uid":1,"x-enum":{"vendor_information":{"x-field-uid":1},"name_servers":{"x-field-uid":2},"fqdn":{"x-field-uid":3},"bootfile_url":{"x-field-uid":4},"sztp":{"x-field-uid":5},"custom":{"x-field-uid":6}},"enum":["vendor_information","name_servers","fqdn","bootfile_url","sztp","custom"]},"custom":{"$ref":"#/components/schemas/Dhcpv6ClientOptions.Custom","x-field-uid":2}}},"Dhcpv6ClientOptions.Custom":{"description":"The Custom option is used to provide a not so well known option in the message between a client and a server.","type":"object","required":["type"],"properties":{"type":{"description":"The type of the Custom option TLV.","type":"integer","format":"uint32","maximum":65535,"x-field-uid":1}}},"Dhcpv6ClientOptions.VendorClass":{"description":"This option is used by a client to identify the vendor that manufactured the hardware on which the client is running. The option code is 16.","type":"object","required":["enterprise_number","class_data","associated_dhcp_messages"],"properties":{"enterprise_number":{"description":"The vendor's registered Enterprise Number as registered with IANA.","type":"integer","format":"uint32","maximum":4294967295,"x-field-uid":1},"class_data":{"description":"The opaque data representing the hardware configuration of the host on which the client is running. Examples of  class data instances might include the version of the operating system the client is running or the amount of memory  installed on the client.","type":"array","items":{"type":"string"},"x-field-uid":2},"associated_dhcp_messages":{"description":"The dhcpv6 client messages where this option is included.","$ref":"#/components/schemas/Dhcpv6ClientOptions.IncludedMessages","x-field-uid":3}}},"Dhcpv6ClientOptions.IncludedMessages":{"description":"The dhcpv6 client messages where the option will be included. If all is selected the selected option will be added in the all the Dhcpv6 client messages, else based on the selection in particular Dhcpv6 client messages the option will be included.","type":"object","properties":{"choice":{"description":"The client message name where the option is included, by default it is all.","type":"string","default":"all","x-field-uid":1,"x-enum":{"all":{"x-field-uid":1},"msg_types":{"x-field-uid":2}},"enum":["all","msg_types"]},"msg_types":{"description":"User must specify the Dhcpv6 message type.","type":"array","items":{"$ref":"#/components/schemas/Dhcpv6ClientOptions.MessageType"},"x-field-uid":2}}},"Dhcpv6ClientOptions.MessageType":{"description":"The dhcpv6 client messages where the option will be included.","type":"object","properties":{"choice":{"description":"The client message name where the option is included, by default it is all.","type":"string","default":"solicit","x-field-uid":1,"x-enum":{"solicit":{"x-field-uid":1},"request":{"x-field-uid":2},"inform_request":{"x-field-uid":3},"release":{"x-field-uid":4},"renew":{"x-field-uid":5},"rebind":{"x-field-uid":6}},"enum":["solicit","request","inform_request","release","renew","rebind"]}}},"Dhcpv6ClientOptions.VendorInfo":{"description":"This option is used by clients to exchange vendor-specific information. The option code is 17.","type":"object","required":["enterprise_number","option_data","associated_dhcp_messages"],"properties":{"enterprise_number":{"description":"The vendor's registered Enterprise Number as registered with IANA.","type":"integer","format":"uint32","maximum":4294967295,"x-field-uid":1},"option_data":{"description":"An opaque object of octets,interpreted by vendor-specific code on the clients and servers.","type":"array","items":{"$ref":"#/components/schemas/Dhcpv6Options.VendorSpecificOptions"},"x-field-uid":2},"associated_dhcp_messages":{"description":"The list of dhcpv6 client messages where this option is included.","$ref":"#/components/schemas/Dhcpv6ClientOptions.IncludedMessages","x-field-uid":3}}},"Dhcpv6ServerOptions.VendorInfo":{"description":"This option is used by servers to exchange vendor-specific information. The option code is 17.","type":"object","required":["enterprise_number","option_data","associated_dhcp_messages"],"properties":{"enterprise_number":{"description":"The vendor's registered Enterprise Number as registered with IANA.","type":"integer","format":"uint32","maximum":4294967295,"x-field-uid":1},"option_data":{"description":"An opaque object of octets,interpreted by vendor-specific code on the clients and servers.","type":"array","items":{"$ref":"#/components/schemas/Dhcpv6Options.VendorSpecificOptions"},"x-field-uid":2},"associated_dhcp_messages":{"description":"The list of dhcpv6 client messages where this option is included.","$ref":"#/components/schemas/Dhcpv6ServerOptions.IncludedMessages","x-field-uid":3}}},"Dhcpv6ServerOptions.IncludedMessages":{"description":"The dhcpv6 server messages where the option will be included. If all is selected the selected option will be added  in the all the Dhcpv6 server messages, else based on the selection in particular Dhcpv6 server messages the option  will be included.","type":"object","properties":{"choice":{"description":"The server message name where the option is included, by default it is all.","type":"string","default":"all","x-field-uid":1,"x-enum":{"all":{"x-field-uid":1},"msg_types":{"x-field-uid":2}},"enum":["all","msg_types"]},"msg_types":{"description":"User must specify the Dhcpv6 message type.","type":"array","items":{"$ref":"#/components/schemas/Dhcpv6ServerOptions.MessageType"},"x-field-uid":2}}},"Dhcpv6ServerOptions.MessageType":{"description":"The dhcpv6 server messages where the option will be included.","type":"object","properties":{"choice":{"description":"The server message name where the option is included, by default it is all.","type":"string","default":"advertise","x-field-uid":1,"x-enum":{"advertise":{"x-field-uid":1},"reply":{"x-field-uid":2},"re_configure":{"x-field-uid":3}},"enum":["advertise","reply","re_configure"]}}},"Dhcpv6Options.VendorSpecificOptions":{"description":"The encapsulated vendor-specific options field is encoded as a sequence of code/length/value fields of  identical format to the DHCP options field. The option codes are defined by the vendor identified in the  enterprise-number field and are not managed by IANA.","type":"object","required":["code","data"],"properties":{"code":{"description":"The code for the encapsulated option.","type":"integer","format":"uint32","maximum":65535,"x-field-uid":1},"data":{"description":"The data for the encapsulated option.","type":"string","x-field-uid":2}}},"Dhcpv6ClientOptions.Fqdn":{"description":"DHCPv6 server needs to know the FQDN of the client for the addresses for the client's IA_NA bindings in order to update the IPv6-address-to-FQDN mapping. This option allows the client to convey its FQDN to the server. The Client  FQDN option also contains Flags that DHCPv6 clients and servers use to negotiate who does which updates. The option code is 39.","type":"object","required":["domain_name"],"properties":{"flag_s":{"description":"The \"S\" bit indicates whether the server should or should not perform the AAAA RR (FQDN-to-address) DNS updates.  A client sets the bit to 0 to indicate that the server should not perform the updates and 1 to indicate that the  server should perform the updates. The state of the bit in the reply from the server indicates the action to be  taken by the server. If it is 1, the server has taken responsibility for AAAA RR updates for the FQDN.","type":"boolean","default":true,"x-field-uid":1},"flag_o":{"description":"The \"O\" bit indicates whether the server has overridden the client's preference for the \"S\" bit. A client must set this  bit to 0. A server must set this bit to 1 if the \"S\" bit in its reply to the client does not match the \"S\" bit received  from the client.","type":"boolean","default":false,"x-field-uid":2},"flag_n":{"description":"The \"N\" bit indicates whether the server should not perform any DNS updates. A client sets this bit to 0 to request that  the server should perform updates (the PTR RR and possibly the AAAA RR based on the \"S\" bit) or to 1 to request that the  server should not perform any DNS updates. A server sets the \"N\" bit to indicate whether the server shall (0) or shall not (1)  perform DNS updates. If the \"N\" bit is 1, the \"S\" bit MUST be 0.","type":"boolean","default":false,"x-field-uid":3},"domain_name":{"description":"The Domain Name part of the option carries all or part of the FQDN of a DHCPv6 client. A client MAY also leave the  Domain Name field empty if it desires the server to provide a name. A fully qualified domain name (FQDN) is the complete  address of an internet host or computer. It provides its exact location within the domain name system (DNS) by specifying  the hostname, domain name and top-level domain (TLD). An FQDN isn't the same as a URL but rather is a part of it that fully  identifies the server to which the request is addressed. An FQDN doesn't carry the TCP/IP protocol information, such as Hypertext  Transfer Protocol (HTTP) or Hypertext Transfer Protocol Secure (HTTPS), which is always used at the beginning of a URL. Therefore,  adding the prefix http:// or https:// to the FQDN turns it into a full URL. One example can be microsoft.com.","type":"string","x-field-uid":4},"associated_dhcp_messages":{"description":"The list of dhcpv6 client messages where this option is included.","$ref":"#/components/schemas/Dhcpv6ClientOptions.IncludedMessages","x-field-uid":5}}},"Dhcpv6ServerOptions.BootfileUrl":{"description":"The server sends this option to inform the client about a URL to a boot file. This information is required for booting  over the network includes the details about the server on which the boot files can be found, the protocol to be used for  the download (for example,HTTP or TFTP, and the path and name of the boot file on the server. The option code is 59. The URL will contain the network communication protocol, a subdomain, a domain name, and its extension. If the host in the URL  is expressed using an IPv6 address rather than a domain name, the address in the URL then must be enclosed in \"[\" and \"]\"  characters, conforming to [RFC3986]. Eg of a boot file url can be \"tftp://[xxxx:xxxx:xxxx:xxxx::xxxx]/mboot.efi\".","type":"object","required":["url"],"properties":{"url":{"description":"The URL for the boot file. It must comply with STD 66 format.","type":"string","x-field-uid":1},"bootfile_params":{"description":"They are used to specify parameters for the boot file (similar to the command line arguments in most modern operating  systems). For example, these parameters could be used to specify the root file system of the OS kernel, or the location  from which a second-stage boot-loader program can download its configuration file.","type":"array","items":{"$ref":"#/components/schemas/Dhcpv6ServerOptions.BootFileParams"},"x-field-uid":2},"associated_dhcp_messages":{"description":"The list of dhcpv6 client messages where this option is included.","$ref":"#/components/schemas/Dhcpv6ServerOptions.IncludedMessages","x-field-uid":3}}},"Dhcpv6ServerOptions.BootFileParams":{"description":"The option code is 60. They are used to specify parameters for the boot file (similar to the command line arguments in most  modern operating systems).  For example, these parameters could be used to specify the root file system of the OS kernel, or  the location from which a second-stage boot-loader program can download its configuration file.","type":"object","required":["parameter"],"properties":{"parameter":{"description":"UTF-8 strings are parameters needed for booting, e.g., kernel parameters.","type":"string","x-field-uid":1}}},"Layer1":{"description":"A container for layer1 settings.","type":"object","required":["port_names","name"],"properties":{"port_names":{"description":"A list of unique names of port objects that will share the\nchoice settings. \n\nx-constraint:\n- /components/schemas/Port/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Port/properties/name"],"x-field-uid":1},"speed":{"description":"Set the speed if supported. When no speed is explicitly set, the current\nspeed of underlying test interface shall be assumed.","type":"string","x-field-uid":2,"x-enum":{"speed_10_fd_mbps":{"x-field-uid":1},"speed_10_hd_mbps":{"x-field-uid":2},"speed_100_fd_mbps":{"x-field-uid":3},"speed_100_hd_mbps":{"x-field-uid":4},"speed_1_gbps":{"x-field-uid":5},"speed_10_gbps":{"x-field-uid":6},"speed_25_gbps":{"x-field-uid":7},"speed_40_gbps":{"x-field-uid":8},"speed_50_gbps":{"x-field-uid":9},"speed_100_gbps":{"x-field-uid":10},"speed_200_gbps":{"x-field-uid":11},"speed_400_gbps":{"x-field-uid":12},"speed_800_gbps":{"x-field-uid":13}},"enum":["speed_10_fd_mbps","speed_10_hd_mbps","speed_100_fd_mbps","speed_100_hd_mbps","speed_1_gbps","speed_10_gbps","speed_25_gbps","speed_40_gbps","speed_50_gbps","speed_100_gbps","speed_200_gbps","speed_400_gbps","speed_800_gbps"]},"media":{"description":"Set the type of media for test interface if supported. When no media\ntype is explicitly set, the current media type of underlying test\ninterface shall be assumed.","type":"string","x-field-uid":3,"x-enum":{"copper":{"x-field-uid":1},"fiber":{"x-field-uid":2},"sgmii":{"x-field-uid":3}},"enum":["copper","fiber","sgmii"]},"promiscuous":{"description":"Enable promiscuous mode on test interface. A warning shall be raised if\nthis field is set to `true`, even when it's not supported, ignoring\nthe setting altogether.","type":"boolean","default":true,"x-field-uid":4},"mtu":{"description":"Set the maximum transmission unit size. A warning shall be raised if\nthe specified value is valid but not supported, ignoring the setting altogether.","type":"integer","format":"uint32","minimum":64,"maximum":9000,"default":1500,"x-field-uid":5},"ieee_media_defaults":{"description":"Under Review: This field is currently under review for pending exploration on use cases\n\nSet to true to override the auto_negotiate, link_training\nand rs_fec settings for gigabit ethernet interfaces.","type":"boolean","x-field-uid":6,"x-status":{"status":"under-review","information":"This field is currently under review for pending exploration on use cases"}},"auto_negotiate":{"description":"Under Review: This field is currently under review for pending exploration on use cases, given that a separate configuration called `AutoNegotiation` already exists.\n\nEnable/disable auto negotiation.","type":"boolean","x-field-uid":7,"x-status":{"status":"under-review","information":"This field is currently under review for pending exploration on use cases, given that a separate configuration called `AutoNegotiation` already exists."}},"auto_negotiation":{"$ref":"#/components/schemas/Layer1.AutoNegotiation","x-field-uid":8},"flow_control":{"$ref":"#/components/schemas/Layer1.FlowControl","x-field-uid":9},"name":{"x-field-uid":10,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"}}},"Layer1.AutoNegotiation":{"description":"Configuration for auto negotiation settings","type":"object","properties":{"advertise_1000_mbps":{"description":"If auto_negotiate is true and the interface supports this option\nthen this speed will be advertised.","type":"boolean","default":true,"x-field-uid":1},"advertise_100_fd_mbps":{"description":"If auto_negotiate is true and the interface supports this option\nthen this speed will be advertised.","type":"boolean","default":true,"x-field-uid":2},"advertise_100_hd_mbps":{"description":"If auto_negotiate is true and the interface supports this option\nthen this speed will be advertised.","type":"boolean","default":true,"x-field-uid":3},"advertise_10_fd_mbps":{"description":"If auto_negotiate is true and the interface supports this option\nthen this speed will be advertised.","type":"boolean","default":true,"x-field-uid":4},"advertise_10_hd_mbps":{"description":"If auto_negotiate is true and the interface supports this option\nthen this speed will be advertised.","type":"boolean","default":true,"x-field-uid":5},"link_training":{"description":"Enable/disable gigabit ethernet link training.","type":"boolean","default":false,"x-field-uid":6},"rs_fec":{"description":"Enable/disable gigabit ethernet reed solomon forward error correction (RS FEC).","type":"boolean","default":false,"x-field-uid":7}}},"Layer1.FlowControl":{"description":"A container for layer1 receive flow control settings.\nTo enable flow control settings on ports this object must be a valid\nobject not a null value.","type":"object","properties":{"directed_address":{"description":"The 48bit mac address that the layer1 port names will listen on\nfor a directed pause.","type":"string","format":"mac","default":"01:80:C2:00:00:01","x-field-uid":1},"choice":{"description":"The type of priority flow control.","type":"string","default":"ieee_802_1qbb","x-field-uid":2,"x-enum":{"ieee_802_1qbb":{"x-field-uid":1},"ieee_802_3x":{"x-field-uid":2}},"enum":["ieee_802_1qbb","ieee_802_3x"]},"ieee_802_1qbb":{"$ref":"#/components/schemas/Layer1.Ieee8021qbb","x-field-uid":3},"ieee_802_3x":{"$ref":"#/components/schemas/Layer1.Ieee8023x","x-field-uid":4}}},"Layer1.Ieee8023x":{"description":"A container for ieee 802.3x rx pause settings","type":"object"},"Layer1.Ieee8021qbb":{"description":"These settings enhance the existing 802.3x pause priority capabilities \nto enable flow control based on 802.1p priorities (classes of service). ","type":"object","properties":{"pfc_delay":{"description":"The upper limit on the transmit time of a queue after receiving a \nmessage to pause a specified priority.\nA value of 0 or null indicates that pfc delay will not be enabled. ","type":"integer","format":"uint32","default":0,"maximum":65535,"x-field-uid":1},"pfc_class_0":{"description":"The valid values are null, 0 - 7.\nA null value indicates there is no setting for this pfc class.","type":"integer","format":"uint32","maximum":7,"default":0,"x-field-uid":2},"pfc_class_1":{"description":"The valid values are null, 0 - 7.\nA null value indicates there is no setting for this pfc class.","type":"integer","format":"uint32","maximum":7,"default":1,"x-field-uid":3},"pfc_class_2":{"description":"The valid values are null, 0 - 7.\nA null value indicates there is no setting for this pfc class.","type":"integer","format":"uint32","maximum":7,"default":2,"x-field-uid":4},"pfc_class_3":{"description":"The valid values are null, 0 - 7.\nA null value indicates there is no setting for this pfc class.","type":"integer","format":"uint32","maximum":7,"default":3,"x-field-uid":5},"pfc_class_4":{"description":"The valid values are null, 0 - 7.\nA null value indicates there is no setting for this pfc class.","type":"integer","format":"uint32","maximum":7,"default":4,"x-field-uid":6},"pfc_class_5":{"description":"The valid values are null, 0 - 7.\nA null value indicates there is no setting for this pfc class.","type":"integer","format":"uint32","maximum":7,"default":5,"x-field-uid":7},"pfc_class_6":{"description":"The valid values are null, 0 - 7.\nA null value indicates there is no setting for this pfc class.","type":"integer","format":"uint32","maximum":7,"default":6,"x-field-uid":8},"pfc_class_7":{"description":"The valid values are null, 0 - 7.\nA null value indicates there is no setting for this pfc class.","type":"integer","format":"uint32","maximum":7,"default":7,"x-field-uid":9}}},"Capture":{"x-status":{"status":"under_review","information":"There may be changes in filter configuration"},"description":"Under Review: There may be changes in filter configuration\n\nConfiguration for capture settings.","type":"object","required":["port_names","name"],"properties":{"port_names":{"description":"The unique names of ports that the capture settings will apply to. Port_names cannot be duplicated between capture objects.\n\nx-constraint:\n- /components/schemas/Port/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Port/properties/name"],"x-field-uid":1},"filters":{"description":"A list of filters to apply to the capturing ports. If no filters are specified then all packets will be captured. A capture can have multiple filters. The number of filters supported is determined by the implementation which can be retrieved using the capabilities API.\nWhen multiple filters are specified the capture implementation  must && (and) all the filters.","type":"array","items":{"$ref":"#/components/schemas/Capture.Filter"},"x-field-uid":2},"overwrite":{"description":"Overwrite the capture buffer.","type":"boolean","default":true,"x-field-uid":3},"packet_size":{"description":"The maximum size of each captured packet. If no value is specified or it is null then the entire packet will be captured.","type":"integer","format":"uint32","maximum":65535,"x-field-uid":4},"format":{"description":"The format of the capture file.","type":"string","default":"pcap","x-field-uid":5,"x-enum":{"pcap":{"x-field-uid":1},"pcapng":{"x-field-uid":2}},"enum":["pcap","pcapng"]},"name":{"x-field-uid":6,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"}}},"Capture.Filter":{"description":"Configuration for capture filters","type":"object","properties":{"choice":{"description":"The type of capture filter.","type":"string","default":"custom","x-field-uid":1,"x-enum":{"custom":{"x-field-uid":1},"ethernet":{"x-field-uid":2},"vlan":{"x-field-uid":3},"ipv4":{"x-field-uid":4},"ipv6":{"x-field-uid":5}},"enum":["custom","ethernet","vlan","ipv4","ipv6"]},"custom":{"description":"Offset from last filter in the list. If no filters are present it is offset from position 0. Multiple custom filters can be present, the length of each custom filter is the length of the value being filtered.","$ref":"#/components/schemas/Capture.Custom","x-field-uid":2},"ethernet":{"$ref":"#/components/schemas/Capture.Ethernet","x-field-uid":3},"vlan":{"$ref":"#/components/schemas/Capture.Vlan","x-field-uid":4},"ipv4":{"$ref":"#/components/schemas/Capture.Ipv4","x-field-uid":5},"ipv6":{"$ref":"#/components/schemas/Capture.Ipv6","x-field-uid":6}}},"Capture.Custom":{"properties":{"offset":{"description":"The bit offset of field to filter on","type":"integer","format":"uint32","x-field-uid":1},"bit_length":{"description":"The bit length of field to filter on","type":"integer","format":"uint32","default":8,"x-field-uid":2},"value":{"x-field-uid":3,"type":"string","format":"hex","default":"00"},"mask":{"x-field-uid":4,"type":"string","format":"hex","default":"00"},"negate":{"x-field-uid":5,"type":"boolean","default":false}},"type":"object"},"Capture.Field":{"type":"object","properties":{"value":{"type":"string","format":"hex","default":"00","x-field-uid":1},"mask":{"type":"string","format":"hex","default":"00","x-field-uid":2},"negate":{"type":"boolean","default":false,"x-field-uid":3}}},"Capture.Ethernet":{"type":"object","properties":{"src":{"$ref":"#/components/schemas/Capture.Field","x-field-uid":1},"dst":{"$ref":"#/components/schemas/Capture.Field","x-field-uid":2},"ether_type":{"$ref":"#/components/schemas/Capture.Field","x-field-uid":3},"pfc_queue":{"$ref":"#/components/schemas/Capture.Field","x-field-uid":4}}},"Capture.Vlan":{"type":"object","properties":{"priority":{"$ref":"#/components/schemas/Capture.Field","x-field-uid":1},"cfi":{"$ref":"#/components/schemas/Capture.Field","x-field-uid":2},"id":{"$ref":"#/components/schemas/Capture.Field","x-field-uid":3},"protocol":{"$ref":"#/components/schemas/Capture.Field","x-field-uid":4}}},"Capture.Ipv4":{"type":"object","properties":{"version":{"$ref":"#/components/schemas/Capture.Field","x-field-uid":1},"header_length":{"$ref":"#/components/schemas/Capture.Field","x-field-uid":2},"priority":{"$ref":"#/components/schemas/Capture.Field","x-field-uid":3},"total_length":{"$ref":"#/components/schemas/Capture.Field","x-field-uid":4},"identification":{"$ref":"#/components/schemas/Capture.Field","x-field-uid":5},"reserved":{"$ref":"#/components/schemas/Capture.Field","x-field-uid":6},"dont_fragment":{"$ref":"#/components/schemas/Capture.Field","x-field-uid":7},"more_fragments":{"$ref":"#/components/schemas/Capture.Field","x-field-uid":8},"fragment_offset":{"$ref":"#/components/schemas/Capture.Field","x-field-uid":9},"time_to_live":{"$ref":"#/components/schemas/Capture.Field","x-field-uid":10},"protocol":{"$ref":"#/components/schemas/Capture.Field","x-field-uid":11},"header_checksum":{"$ref":"#/components/schemas/Capture.Field","x-field-uid":12},"src":{"$ref":"#/components/schemas/Capture.Field","x-field-uid":13},"dst":{"$ref":"#/components/schemas/Capture.Field","x-field-uid":14}}},"Capture.Ipv6":{"type":"object","properties":{"version":{"$ref":"#/components/schemas/Capture.Field","x-field-uid":1},"traffic_class":{"$ref":"#/components/schemas/Capture.Field","x-field-uid":2},"flow_label":{"$ref":"#/components/schemas/Capture.Field","x-field-uid":3},"payload_length":{"$ref":"#/components/schemas/Capture.Field","x-field-uid":4},"next_header":{"$ref":"#/components/schemas/Capture.Field","x-field-uid":5},"hop_limit":{"$ref":"#/components/schemas/Capture.Field","x-field-uid":6},"src":{"$ref":"#/components/schemas/Capture.Field","x-field-uid":7},"dst":{"$ref":"#/components/schemas/Capture.Field","x-field-uid":8}}},"Device":{"description":"A container for emulated or simulated interfaces, loopback interfaces and protocol configurations.","type":"object","properties":{"ethernets":{"description":"Ethernet configuration for one or more emulated or simulated network interfaces.","type":"array","items":{"$ref":"#/components/schemas/Device.Ethernet"},"x-field-uid":1},"ipv4_loopbacks":{"description":"IPv4 Loopback interface that can be attached to an Ethernet in the same device  or to an Ethernet in another device.","type":"array","items":{"$ref":"#/components/schemas/Device.Ipv4Loopback"},"x-field-uid":2},"ipv6_loopbacks":{"description":"IPv6 Loopback interface that can be attached to an Ethernet in the same device  or to an Ethernet in another device.","type":"array","items":{"$ref":"#/components/schemas/Device.Ipv6Loopback"},"x-field-uid":3},"isis":{"description":"The properties of an IS-IS router and its children,  such as IS-IS interfaces and route ranges.","$ref":"#/components/schemas/Device.IsisRouter","x-field-uid":4},"bgp":{"description":"The properties of BGP router and its children,  such as BGPv4, BGPv6 peers and their route ranges.","$ref":"#/components/schemas/Device.BgpRouter","x-field-uid":5},"vxlan":{"description":"Configuration of VXLAN tunnel interfaces RFC Ref: https://datatracker.ietf.org/doc/html/rfc7348","$ref":"#/components/schemas/Device.Vxlan","x-field-uid":6},"name":{"x-field-uid":7,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"rsvp":{"description":"The properties of an RSVP router and its children.","$ref":"#/components/schemas/Device.Rsvp","x-field-uid":8},"dhcp_server":{"description":"The properties of DHCP Server and its children, such as DHCPv4, DHCPv6 servers.","$ref":"#/components/schemas/Device.DhcpServer","x-field-uid":9},"ospfv2":{"description":"Configuration for OSPFv2 router.","$ref":"#/components/schemas/Device.Ospfv2Router","x-field-uid":10}},"required":["name"]},"Protocol.Options":{"description":"Common options that apply to all configured protocols and interfaces. ","type":"object","properties":{"auto_start_all":{"description":"When set to true, all underlying resources for configured protocols   and interfaces shall be created and corresponding protocol session negotiation shall be initiated. Otherwise, when set to false,  corresponding protocol session negotiation will need to be initiated  using a separate set_protocol_state API call.","type":"boolean","default":true,"x-field-uid":1}}},"Device.IsisRouter":{"description":"A container of properties for an ISIS router and its interfaces.","type":"object","required":["system_id","interfaces","name"],"properties":{"instance":{"description":"This contains the properties of a Multi-Instance-capable routers or MI-RTR. Each router can emulate one ISIS instance at a time.","$ref":"#/components/schemas/Device.IsisMultiInstance","x-field-uid":1},"system_id":{"description":"The System ID for this emulated ISIS router, e.g. \"640100010000\".","type":"string","format":"hex","x-field-uid":2},"interfaces":{"description":"List of ISIS interfaces for this router.","type":"array","items":{"$ref":"#/components/schemas/Isis.Interface"},"x-field-uid":3},"basic":{"description":"Contains basic properties of an ISIS Router. ","$ref":"#/components/schemas/Isis.Basic","x-field-uid":4},"advanced":{"description":"Contains advance properties of an ISIS Router..","$ref":"#/components/schemas/Isis.Advanced","x-field-uid":5},"router_auth":{"description":"ISIS Router authentication properties.","$ref":"#/components/schemas/Isis.Authentication","x-field-uid":6},"v4_routes":{"description":"Emulated ISIS IPv4 routes.","type":"array","items":{"$ref":"#/components/schemas/Isis.V4RouteRange"},"x-field-uid":7},"v6_routes":{"description":"Emulated ISIS IPv6 routes.","type":"array","items":{"$ref":"#/components/schemas/Isis.V6RouteRange"},"x-field-uid":8},"name":{"x-field-uid":9,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"}}},"Device.IsisMultiInstance":{"description":"This container properties of an Multi-Instance-capable router (MI-RTR). ","type":"object","properties":{"iid":{"description":"Instance Identifier (IID) TLV will associate a PDU with an ISIS instance  by using a unique 16-bit number and including one or more  Instance-Specific Topology Identifiers (ITIDs).","type":"integer","format":"uint32","default":1,"maximum":65535,"x-field-uid":1},"itids":{"description":"This contains one or more ITIDs that will be advertised in IID TLV.","type":"array","items":{"type":"integer","format":"uint32","default":0,"maximum":65535},"x-field-uid":2}}},"Isis.Interface":{"description":"Configuration for single ISIS interface.","type":"object","required":["eth_name","name"],"properties":{"eth_name":{"description":"The unique name of the Ethernet interface on which ISIS is running. Two ISIS interfaces cannot share the same Ethernet. The underlying Ethernet Interface can an emulated or simulated interface. A simulated ethernet interface can be assumed to be connected by  a primary (internal to a simulated topology)  or a secondary link (connected to a device behind a different simulated topology).\n\nx-constraint:\n- /components/schemas/Device.Ethernet/properties/name\n","type":"string","x-constraint":["/components/schemas/Device.Ethernet/properties/name"],"x-field-uid":1},"metric":{"description":"The default metric cost for the interface.","type":"integer","format":"uint32","maximum":16777215,"default":10,"x-field-uid":2},"network_type":{"description":"The type of network link. ","type":"string","default":"broadcast","x-field-uid":3,"x-enum":{"broadcast":{"x-field-uid":1},"point_to_point":{"x-field-uid":2}},"enum":["broadcast","point_to_point"]},"level_type":{"description":"This indicates whether this router is participating in Level-1 (L1), \nLevel-2 (L2) or both L1 and L2 domains on this interface.","type":"string","default":"level_2","x-field-uid":4,"x-enum":{"level_1":{"x-field-uid":1},"level_2":{"x-field-uid":2},"level_1_2":{"x-field-uid":3}},"enum":["level_1","level_2","level_1_2"]},"l1_settings":{"description":"Settings of Level 1 Hello.","$ref":"#/components/schemas/IsisInterface.Level","x-field-uid":5},"l2_settings":{"description":"Settings of Level 2 Hello.","$ref":"#/components/schemas/IsisInterface.Level","x-field-uid":6},"multi_topology_ids":{"description":"Contains the properties of multiple topologies.","type":"array","items":{"$ref":"#/components/schemas/Isis.MT"},"x-field-uid":7},"traffic_engineering":{"description":"Contains a list of Traffic Engineering attributes.","type":"array","items":{"$ref":"#/components/schemas/LinkState.TE"},"x-field-uid":8},"authentication":{"description":"The Circuit authentication method used for the interfaces on this emulated ISIS v4/v6 router.","$ref":"#/components/schemas/IsisInterface.Authentication","x-field-uid":9},"advanced":{"description":"Optional container for advanced interface properties.","$ref":"#/components/schemas/IsisInterface.Advanced","x-field-uid":10},"link_protection":{"description":"Link protection on the ISIS link between two interfaces.","$ref":"#/components/schemas/IsisInterface.LinkProtection","x-field-uid":11},"srlg_values":{"description":"This contains list of SRLG values for the link between two interfaces.","type":"array","items":{"type":"integer","format":"uint32","maximum":16777215,"default":0},"x-field-uid":12},"name":{"x-field-uid":13,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"}}},"IsisInterface.Level":{"description":"Configuration for the properties of Level 1 Hello.","type":"object","properties":{"priority":{"description":"The Priority setting in Level 1 LAN Hellos for Designated Router election.","type":"integer","format":"uint32","default":0,"x-field-uid":1},"hello_interval":{"description":"The Hello interval for Level 1 Hello messages, in seconds.","type":"integer","format":"uint32","default":10,"x-field-uid":2},"dead_interval":{"description":"The Dead (Holding Time) interval for Level 1 Hello messages, in seconds.","type":"integer","format":"uint32","default":30,"x-field-uid":3}}},"Isis.MT":{"description":"Configuration of properties per interface per topology when multiple topologies are configured in an ISIS router.\nin a ISIS router.","type":"object","properties":{"mt_id":{"description":"The Multi Topology ID for one of the topologies supported on the ISIS interface.","type":"integer","format":"uint32","maximum":65535,"default":0,"x-field-uid":1},"link_metric":{"description":"Specifies the link metric for this topology on the ISIS interface.","type":"integer","format":"uint32","default":10,"maximum":16777215,"x-field-uid":2}}},"LinkState.TE":{"description":"A container for Traffic Engineering properties on a interface.","type":"object","properties":{"administrative_group":{"description":"The Administrative group sub-TLV (sub-TLV 3). It is a 4-octet \nuser-defined bit mask used to assign administrative group numbers \nto the interface, for use in assigning colors and resource classes. \nEach set bit corresponds to a single administrative group for this \ninterface. The settings translate into Group numbers, which range \nfrom 0 to 31 (integers).","type":"string","format":"hex","default":"00000000","x-field-uid":1},"metric_level":{"description":"The user-assigned link metric for Traffic Engineering.","type":"integer","format":"uint32","default":0,"x-field-uid":2},"max_bandwith":{"description":"The maximum link bandwidth (sub-TLV 9) in bytes/sec allowed for this \nlink for a direction.","type":"integer","format":"uint32","default":125000000,"x-field-uid":3},"max_reservable_bandwidth":{"description":"The maximum link bandwidth (sub-TLV 10) in bytes/sec allowed for this \nlink in a direction.","type":"integer","format":"uint32","default":125000000,"x-field-uid":4},"priority_bandwidths":{"description":"Configuration of bandwidths of priority 0 through priority 7.","$ref":"#/components/schemas/LinkState.priorityBandwidths","x-field-uid":5}}},"LinkState.priorityBandwidths":{"description":"Specifies the amount of bandwidth that can be reserved with a setup priority of 0 \nthrough 7, arranged in increasing order with priority 0 having highest priority. \nIn ISIS, this is sent in sub-TLV (11) of Extended IS Reachability TLV. ","type":"object","properties":{"pb0":{"description":"Specifies the amount of bandwidth that can be reserved for the Priority 0.","type":"integer","format":"uint32","default":125000000,"x-field-uid":1},"pb1":{"description":"Specifies the amount of bandwidth that can be reserved for the Priority 1.","type":"integer","format":"uint32","default":125000000,"x-field-uid":2},"pb2":{"description":"Specify the amount of bandwidth that can be reserved for the Priority 2.","type":"integer","format":"uint32","default":125000000,"x-field-uid":3},"pb3":{"description":"Specifies the amount of bandwidth that can be reserved for the Priority 3.","type":"integer","format":"uint32","default":125000000,"x-field-uid":4},"pb4":{"description":"Specifies the amount of bandwidth that can be reserved for the Priority 4.","type":"integer","format":"uint32","default":125000000,"x-field-uid":5},"pb5":{"description":"Specifies the amount of bandwidth that can be reserved for the Priority 5.","type":"integer","format":"uint32","default":125000000,"x-field-uid":6},"pb6":{"description":"Specifies the amount of bandwidth that can be reserved for the Priority 6.","type":"integer","format":"uint32","default":125000000,"x-field-uid":7},"pb7":{"description":"Specifies the amount of bandwidth that can be reserved for the Priority 7.","type":"integer","format":"uint32","default":125000000,"x-field-uid":8}}},"IsisInterface.Authentication":{"description":"Optional container for circuit authentication properties.","type":"object","required":["auth_type"],"properties":{"auth_type":{"description":"The circuit authentication method.","type":"string","x-field-uid":1,"x-enum":{"md5":{"x-field-uid":1},"password":{"x-field-uid":2}},"enum":["md5","password"]},"md5":{"description":"MD5 key to be used for authentication.","type":"string","minLength":0,"maxLength":255,"x-field-uid":2},"password":{"description":"The password, in clear text, to be used for Authentication.","type":"string","minLength":0,"maxLength":255,"x-field-uid":3}}},"IsisInterface.Advanced":{"description":"Optional container for advanced interface properties.","type":"object","properties":{"auto_adjust_mtu":{"description":"If a padded Hello message is received on the interface, the length of \nthe Hello packets sent out on that interface is adjusted to match.","type":"boolean","default":true,"x-field-uid":1},"auto_adjust_area":{"description":"If a Level 1 Hello is received on this emulated router for an area \nnot currently in its area list, an area from the received Hello is \nadded to that list. This ensures an area match for all future \nLevel 1 Hellos from the source L1 router.","type":"boolean","default":true,"x-field-uid":2},"auto_adjust_supported_protocols":{"description":"If a Hello message listing supported protocols is received on this \nemulated router, the supported protocols advertised by this router \nare changed to match exactly.","type":"boolean","default":false,"x-field-uid":3},"enable_3way_handshake":{"description":"If it is true, the Point-to-Point circuit will include 3-way TLV in its Point-to-Point IIH  and attempt to establish the adjacency as specified in RFC 5303. This field is not applicable if network_type is set to 'broadcast' type in ISIS interface.","type":"boolean","default":true,"x-field-uid":4},"p2p_hellos_to_unicast_mac":{"description":"If it is true, the Point-to-Point Hello messages will be sent to the unicast MAC address. ","type":"boolean","default":false,"x-field-uid":5}}},"IsisInterface.LinkProtection":{"description":"Optional container for the link protection sub TLV (type 20).","type":"object","properties":{"extra_traffic":{"description":"Enable this to protect other link or links. LSPs on a link of this type are lost\nif any of the links fail.","type":"boolean","default":false,"x-field-uid":1},"unprotected":{"description":"Enabling this signifies that there is no other link protecting this \nlink. LSPs on a link of this type are lost if the link fails.","type":"boolean","default":false,"x-field-uid":2},"shared":{"description":"Enable this to share the Extra Traffic links between one or more \nlinks of type Shared.There are one or more disjoint links of type \nExtra Traffic that are protecting this link.","type":"boolean","default":false,"x-field-uid":3},"dedicated_1_to_1":{"description":"Enabling this signifies that there is one dedicated disjoint link \nof type Extra Traffic that is protecting this link.","type":"boolean","default":false,"x-field-uid":4},"dedicated_1_plus_1":{"description":"Enabling this signifies that a dedicated disjoint link is protecting \nthis link. However, the protecting link is not advertised in the \nlink state database and is therefore not available for the routing \nof LSPs.","type":"boolean","default":false,"x-field-uid":5},"enhanced":{"description":"Enabling this signifies that a protection scheme that is more \nreliable than Dedicated 1+1.","type":"boolean","default":false,"x-field-uid":6},"reserved_40":{"description":"This is a Protection Scheme with value 0x40. ","type":"boolean","default":false,"x-field-uid":7},"reserved_80":{"description":"This is a Protection Scheme with value 0x80. ","type":"boolean","default":false,"x-field-uid":8}}},"Isis.Basic":{"description":"This contains ISIS router basic properties.","type":"object","properties":{"ipv4_te_router_id":{"description":"IPv4 Traffic Engineering(TE) router id. This address should be configured as an IPv4 Loopback address in 'ipv4_loopbacks' in the Device.      ","type":"string","format":"ipv4","x-field-uid":1},"hostname":{"description":"Host name for the router. The host name is transmitted in all the packets sent from the router.","type":"string","x-field-uid":2},"enable_wide_metric":{"description":"When set to true, it allows sending of more detailed metric information  for the routes using 32-bit wide values using TLV 135 IP reachability and  more detailed reachability information for IS reachability by using TLV 22.  The detailed usage is described in RFC3784.","type":"boolean","default":true,"x-field-uid":3},"learned_lsp_filter":{"description":"Configuration for controlling storage of ISIS learned LSPs are received from the neighbors.","type":"boolean","default":false,"x-field-uid":4}}},"Isis.Advanced":{"description":"Contains ISIS router advanced properties.","type":"object","properties":{"enable_hello_padding":{"description":"It enables padding of Hello message to MTU size.","type":"boolean","default":true,"x-field-uid":1},"max_area_addresses":{"description":"The Number of Area Addresses permitted, with a valid range from 0 to 254.  A zero indicates a maximum of 3 addresses. ","type":"integer","format":"uint32","maximum":254,"default":3,"x-field-uid":2},"area_addresses":{"description":"Its combination of the ISP and HO-DSP.Usually all nodes within an area have  the same area address. If no area addresses are configured, a default area of \"490001\" will be advertised.","type":"array","items":{"type":"string","format":"hex"},"x-field-uid":3},"lsp_refresh_rate":{"description":"The rate at which LSPs are re-sent in seconds.","type":"integer","format":"uint32","default":600,"maximum":65535,"x-field-uid":4},"lsp_lifetime":{"description":"The MaxAge for retaining a learned LSP on this router in seconds.","type":"integer","format":"uint32","default":1200,"maximum":65535,"x-field-uid":5},"psnp_interval":{"description":"The number of milliseconds between transmissions of Partial Sequence Number PDU.","type":"integer","format":"uint32","maximum":60000,"default":2000,"x-field-uid":6},"csnp_interval":{"description":"The number of milliseconds between transmissions of Partial Sequence Number PDU.","type":"integer","format":"uint32","minimum":1,"maximum":65535000,"default":10000,"x-field-uid":7},"max_lsp_size":{"description":"The maximum size in bytes of any LSP that can be transmitted over a link of equal or less  than maximum MTU size.","type":"integer","format":"uint32","minimum":64,"maximum":9216,"default":1492,"x-field-uid":8},"lsp_mgroup_min_trans_interval":{"description":"The number of seconds between transmissions of LSPs/MGROUP-PDUs.","type":"integer","format":"uint32","minimum":1,"maximum":60000,"default":5000,"x-field-uid":9},"enable_attached_bit":{"description":"If the Attached bit is enabled, it indicates that the ISIS router is attached to another area  or the Level 2 backbone. The purpose of an Attached-Bit is to accomplish Inter-Area Routing.  When an L1/L2 router is connected to more than one area, it sets the Attached-bit on its L1 LSP. This can cause a default route ( 0.0.0.0/0 ) to be installed by the receiving router.","type":"boolean","default":true,"x-field-uid":10}}},"Isis.Authentication":{"description":"This contains ISIS Area/Domain authentication properties.","type":"object","properties":{"ignore_receive_md5":{"description":"Do not verify MD5 checksum in received LSPs.","type":"boolean","default":true,"x-field-uid":1},"area_auth":{"description":"The Area authentication method used for the emulated ISIS router.\nThis is used for L1 LSPs.","$ref":"#/components/schemas/Isis.AuthenticationBase","x-field-uid":2},"domain_auth":{"description":"The Domain authentication method used for the emulated ISIS router.\nThis is used for L2 LSPs.","$ref":"#/components/schemas/Isis.AuthenticationBase","x-field-uid":3}}},"Isis.AuthenticationBase":{"description":"Optional container for ISIS authentication properties.","type":"object","required":["auth_type"],"properties":{"auth_type":{"description":"The authentication method.","type":"string","x-field-uid":1,"x-enum":{"md5":{"x-field-uid":1},"password":{"x-field-uid":2}},"enum":["md5","password"]},"md5":{"description":"Authentication as an MD5 key.","type":"string","minLength":0,"maxLength":255,"x-field-uid":2},"password":{"description":"Authentication as a clear text password.","type":"string","minLength":0,"maxLength":255,"x-field-uid":3}}},"Isis.V4RouteRange":{"description":"Emulated ISIS IPv4 routes.","type":"object","properties":{"addresses":{"description":"A list of group of IPv4 route addresses.","type":"array","items":{"$ref":"#/components/schemas/V4RouteAddress"},"x-field-uid":1},"link_metric":{"x-field-uid":2,"description":"The user-defined metric associated with this route range.","type":"integer","format":"uint32","default":0,"minimum":0,"maximum":16777215},"origin_type":{"x-field-uid":3,"description":"The origin of the advertised route-internal or external to the ISIS area. Options include the following: \n  Internal-for intra-area routes, through Level 1 LSPs. \n  External-for inter-area routes redistributed within L1, through Level\n1 LSPs.","type":"string","default":"internal","x-enum":{"internal":{"x-field-uid":1},"external":{"x-field-uid":2}},"enum":["internal","external"]},"redistribution_type":{"x-field-uid":4,"description":"Defines the Up/Down (Redistribution) bit defined for TLVs 128 and 130 by RFC 2966.  It is used for domain-wide advertisement of prefix information.\n\n  Up (0)-used when a prefix is initially advertised within the ISIS L3\nhierarchy, \n          and for all other prefixes in L1 and L2 LSPs. (default) \n  Down (1)-used when an L1/L2 router advertises L2 prefixes in L1 LSPs.\n\nThe prefixes are being advertised from a higher level (L2) down to a lower level (L1). ","type":"string","default":"up","x-enum":{"up":{"x-field-uid":1},"down":{"x-field-uid":2}},"enum":["up","down"]},"name":{"x-field-uid":5,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"prefix_attr_enabled":{"x-field-uid":6,"description":"Specifies whether the sub-TLV for IPv4/IPv6 Extended Reachability Attribute Flags\nwill be advertised or not. ","type":"boolean","default":false},"x_flag":{"x-field-uid":7,"description":"External Prefix Flag (Bit 0)","type":"boolean","default":false},"r_flag":{"x-field-uid":8,"description":"Re-advertisement Flag (Bit 1)","type":"boolean","default":false},"n_flag":{"x-field-uid":9,"description":"Node Flag (Bit 2)","type":"boolean","default":false}},"required":["name"]},"V4RouteAddress":{"description":"A container for IPv4 route addresses.","type":"object","required":["address"],"properties":{"address":{"description":"The starting address of the network.","type":"string","format":"ipv4","x-field-uid":1},"prefix":{"description":"The IPv4 network prefix length to be applied to the address. ","type":"integer","format":"uint32","default":24,"maximum":32,"x-field-uid":2},"count":{"description":"The total number of addresses in the range.","type":"integer","format":"uint32","default":1,"minimum":1,"x-field-uid":3},"step":{"description":"Increments the network address prefixes within a route range  where multiple routes are present.  The value is incremented according to the Prefix Length and Step.","type":"integer","format":"uint32","default":1,"minimum":1,"x-field-uid":4}}},"V6RouteAddress":{"description":"A container for IPv6 route addresses.","type":"object","required":["address"],"properties":{"address":{"description":"The starting address of the network.","type":"string","format":"ipv6","x-field-uid":1},"prefix":{"description":"The IPv6 network prefix length to be applied to the address.","type":"integer","format":"uint32","default":64,"maximum":128,"x-field-uid":2},"count":{"description":"The total number of addresses in the range.","type":"integer","format":"uint32","default":1,"minimum":1,"x-field-uid":3},"step":{"description":"Increments the network address prefixes within a route range  where multiple routes are present.  The value is incremented according to the Prefix Length and Step.","type":"integer","format":"uint32","default":1,"minimum":1,"x-field-uid":4}}},"MACRouteAddress":{"description":"A container for MAC route addresses.","type":"object","required":["address"],"properties":{"address":{"description":"The starting address of the MAC Range.","type":"string","format":"mac","x-field-uid":1},"prefix":{"description":"The MAC prefix length to be applied to the address. ","type":"integer","format":"uint32","default":48,"minimum":0,"maximum":48,"x-field-uid":2},"count":{"description":"The total number of mac addresses in the range.","type":"integer","format":"uint32","default":1,"minimum":1,"x-field-uid":3},"step":{"description":"Increments the mac address prefixes within a mac range  where multiple routes are present.  The value is incremented according to the mac prefix Length and Step.","type":"integer","format":"uint32","default":1,"minimum":1,"x-field-uid":4}}},"Isis.V6RouteRange":{"description":"Emulated ISIS IPv6 routes.","type":"object","properties":{"addresses":{"description":"A list of group of IPv6 route addresses.","type":"array","items":{"$ref":"#/components/schemas/V6RouteAddress"},"x-field-uid":1},"link_metric":{"x-field-uid":2,"description":"The user-defined metric associated with this route range.","type":"integer","format":"uint32","default":0,"minimum":0,"maximum":16777215},"origin_type":{"x-field-uid":3,"description":"The origin of the advertised route-internal or external to the ISIS area. Options include the following: \n  Internal-for intra-area routes, through Level 1 LSPs. \n  External-for inter-area routes redistributed within L1, through Level\n1 LSPs.","type":"string","default":"internal","x-enum":{"internal":{"x-field-uid":1},"external":{"x-field-uid":2}},"enum":["internal","external"]},"redistribution_type":{"x-field-uid":4,"description":"Defines the Up/Down (Redistribution) bit defined for TLVs 128 and 130 by RFC 2966.  It is used for domain-wide advertisement of prefix information.\n\n  Up (0)-used when a prefix is initially advertised within the ISIS L3\nhierarchy, \n          and for all other prefixes in L1 and L2 LSPs. (default) \n  Down (1)-used when an L1/L2 router advertises L2 prefixes in L1 LSPs.\n\nThe prefixes are being advertised from a higher level (L2) down to a lower level (L1). ","type":"string","default":"up","x-enum":{"up":{"x-field-uid":1},"down":{"x-field-uid":2}},"enum":["up","down"]},"name":{"x-field-uid":5,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"prefix_attr_enabled":{"x-field-uid":6,"description":"Specifies whether the sub-TLV for IPv4/IPv6 Extended Reachability Attribute Flags\nwill be advertised or not. ","type":"boolean","default":false},"x_flag":{"x-field-uid":7,"description":"External Prefix Flag (Bit 0)","type":"boolean","default":false},"r_flag":{"x-field-uid":8,"description":"Re-advertisement Flag (Bit 1)","type":"boolean","default":false},"n_flag":{"x-field-uid":9,"description":"Node Flag (Bit 2)","type":"boolean","default":false}},"required":["name"]},"Device.BgpRouter":{"description":"Configuration for one or more IPv4 or IPv6 BGP peers.","type":"object","required":["router_id"],"properties":{"router_id":{"description":"The BGP router ID is a unique identifier used by BGP. It is a 32-bit value that is often represented by an IPv4 address.","type":"string","format":"ipv4","x-field-uid":1},"ipv4_interfaces":{"description":"This contains an array of references to IPv4 interfaces,  each of which will have list of peers to different destinations.   ","type":"array","items":{"$ref":"#/components/schemas/Bgp.V4Interface"},"x-field-uid":2},"ipv6_interfaces":{"description":"This contains an array of references to IPv6 interfaces,  each of which will have list of peers to different destinations.","type":"array","items":{"$ref":"#/components/schemas/Bgp.V6Interface"},"x-field-uid":3}}},"Device.Bgp.MessageHeaderError":{"description":"All errors detected while processing the Message Header are indicated by sending the NOTIFICATION message  with the Error Code-Message Header Error. The Error Subcode elaborates on the specific nature of the error.","type":"object","properties":{"subcode":{"description":"The Error Subcode indicates the specific type of error encountered during Message Header processing.","type":"string","default":"connection_not_synchronized_code1_subcode1","x-field-uid":1,"x-enum":{"connection_not_synchronized_code1_subcode1":{"x-field-uid":1},"bad_message_length_code1_subcode2":{"x-field-uid":2},"bad_message_type_code1_subcode3":{"x-field-uid":3}},"enum":["connection_not_synchronized_code1_subcode1","bad_message_length_code1_subcode2","bad_message_type_code1_subcode3"]}}},"Device.Bgp.OpenMessageError":{"description":"All errors detected while processing the OPEN message are indicated by sending the NOTIFICATION message  with the Error Code-Open Message Error. The Error Subcode elaborates on the specific nature of the error.","type":"object","properties":{"subcode":{"description":"The Error Subcode indicates the specific type of error encountered during OPEN message processing.","type":"string","default":"unsupported_version_number_code2_subcode1","x-field-uid":1,"x-enum":{"unsupported_version_number_code2_subcode1":{"x-field-uid":1},"error_peer_as_code2_subcode2":{"x-field-uid":2},"error_bgp_id_code2_subcode3":{"x-field-uid":3},"unsupported_optional_parameter_code2_subcode4":{"x-field-uid":4},"auth_failed_code2_subcode5":{"x-field-uid":5},"unsupported_hold_time_code2_subcode6":{"x-field-uid":6},"unsupported_capability_code2_subcode7":{"x-field-uid":7}},"enum":["unsupported_version_number_code2_subcode1","error_peer_as_code2_subcode2","error_bgp_id_code2_subcode3","unsupported_optional_parameter_code2_subcode4","auth_failed_code2_subcode5","unsupported_hold_time_code2_subcode6","unsupported_capability_code2_subcode7"]}}},"Device.Bgp.UpdateMessageError":{"description":"All errors detected while processing the UPDATE message are indicated by sending the NOTIFICATION message  with the Error Code-Update Message Error. The Error Subcode elaborates on the specific nature of the error.","type":"object","properties":{"subcode":{"description":"The Error Subcode, the specific type of error encountered during UPDATE processing.","type":"string","default":"malformed_attrib_list_code3_subcode1","x-field-uid":1,"x-enum":{"malformed_attrib_list_code3_subcode1":{"x-field-uid":1},"unrecognized_wellknown_attrib_code3_subcode2":{"x-field-uid":2},"wellknown_attrib_missing_code3_subcode3":{"x-field-uid":3},"attrib_flags_error_code3_subcode4":{"x-field-uid":4},"attrib_length_error_code3_subcode5":{"x-field-uid":5},"invalid_origin_attrib_code3_subcode6":{"x-field-uid":6},"as_routing_loop_code3_subcode7":{"x-field-uid":7},"invalid_nhop_attrib_code3_subcode8":{"x-field-uid":8},"error_optional_attrib_code3_subcode9":{"x-field-uid":9},"invalid_network_field_code3_subcode10":{"x-field-uid":10},"abnormal_aspath_code3_subcode11":{"x-field-uid":11}},"enum":["malformed_attrib_list_code3_subcode1","unrecognized_wellknown_attrib_code3_subcode2","wellknown_attrib_missing_code3_subcode3","attrib_flags_error_code3_subcode4","attrib_length_error_code3_subcode5","invalid_origin_attrib_code3_subcode6","as_routing_loop_code3_subcode7","invalid_nhop_attrib_code3_subcode8","error_optional_attrib_code3_subcode9","invalid_network_field_code3_subcode10","abnormal_aspath_code3_subcode11"]}}},"Device.Bgp.HoldTimerExpired":{"description":"If a system does not receive successive KEEPALIVE, UPDATE, and/or NOTIFICATION messages within the period specified  in the Hold Time field of the OPEN message, then the NOTIFICATION message with the Hold Timer Expired Error Code(Error Code 4) is  sent and the BGP connection is closed. The Sub Code used is 0. If a user wants to use non zero Sub Code then CustomError can be used."},"Device.Bgp.FiniteStateMachineError":{"description":"Any error detected by the BGP Finite State Machine (e.g., receipt of an unexpected event) is indicated by  sending the NOTIFICATION message with the Error Code-Finite State Machine Error(Error Code 5). The Sub Code used is 0.  If a user wants to use non zero Sub Code then CustomError can be used."},"Device.Bgp.CeaseError":{"description":"In the absence of any fatal errors, a BGP peer can close its BGP connection by sending the NOTIFICATION message with the  Error Code Cease. The 'hard_reset_code6_subcode9' subcode for Cease Notification can be used to signal a hard reset that will indicate that  Graceful Restart cannot be performed, even when Notification extensions to Graceful Restart procedure is supported.","type":"object","properties":{"subcode":{"description":"The Error Subcode to be sent to the peer in the Cease NOTIFICATION.","type":"string","default":"admin_shutdown_code6_subcode2","x-field-uid":1,"x-enum":{"max_number_prefix_reached_code6_subcode1":{"x-field-uid":1},"admin_shutdown_code6_subcode2":{"x-field-uid":2},"peer_deleted_code6_subcode3":{"x-field-uid":3},"admin_reset_code6_subcode4":{"x-field-uid":4},"connection_reject_code6_subcode5":{"x-field-uid":5},"other_config_changes_code6_subcode6":{"x-field-uid":6},"connection_collision_resolution_code6_subcode7":{"x-field-uid":7},"out_of_resources_code6_subcode8":{"x-field-uid":8},"bfd_session_down_code6_subcode10":{"x-field-uid":9},"hard_reset_code6_subcode9":{"x-field-uid":10}},"enum":["max_number_prefix_reached_code6_subcode1","admin_shutdown_code6_subcode2","peer_deleted_code6_subcode3","admin_reset_code6_subcode4","connection_reject_code6_subcode5","other_config_changes_code6_subcode6","connection_collision_resolution_code6_subcode7","out_of_resources_code6_subcode8","bfd_session_down_code6_subcode10","hard_reset_code6_subcode9"]}}},"Device.Bgp.CustomError":{"description":"A BGP peer can send NOTIFICATION message with user defined Error Code and Error Subcode.","type":"object","properties":{"code":{"description":"The Error code to be sent in the NOTIFICATION message to peer.","type":"integer","format":"uint32","x-field-uid":1},"subcode":{"description":"The Error Subcode to be sent in the NOTIFICATION message to peer.","type":"integer","format":"uint32","x-field-uid":2}}},"Bgp.V4Peer":{"description":"Configuration for emulated BGPv4 peers and routes.","type":"object","required":["peer_address","as_type","as_number","name"],"properties":{"peer_address":{"description":"IPv4 address of the BGP peer for the session.","type":"string","format":"ipv4","x-field-uid":1},"evpn_ethernet_segments":{"description":"This contains the list of Ethernet Virtual Private Network (EVPN) Ethernet Segments (ES) Per BGP Peer for IPv4 Address Family Identifier (AFI).\n\nEach Ethernet Segment contains a list of EVPN Instances (EVIs) . \nEach EVI contains a list of Broadcast Domains. \nEach Broadcast Domain contains a list of MAC/IP Ranges. \n\n<Ethernet Segment, EVI, Broadcast Domain> is responsible for advertising Ethernet Auto-discovery Route Per EVI (Type 1).\n\n<Ethernet Segment, EVI> is responsible for advertising Ethernet Auto-discovery Route Per Ethernet Segment (Type 1).\n\n<Ethernet Segment, EVI, Broadcast Domain, MAC/IP> is responsible for advertising MAC/IP Advertisement Route (Type 2).\n\n<Ethernet Segment, EVI, Broadcast Domain> is responsible for advertising Inclusive Multicast Ethernet Tag Route (Type 3).\n\nEthernet Segment is responsible for advertising Ethernet Segment Route (Type 4).","type":"array","items":{"$ref":"#/components/schemas/BgpV4.EthernetSegment"},"x-field-uid":2},"as_type":{"x-field-uid":3,"description":"The type of BGP autonomous system. External BGP is used for BGP links between two or more autonomous systems (ebgp). Internal BGP is used within a single autonomous system (ibgp). BGP property defaults are aligned with this object defined as an internal BGP peer. If the as_type is specified as 'ebgp' then other properties will need to be specified as per an external BGP peer. Specifically, for 'ebgp',  'as_set_mode' attribute in 'as_path' field  in any Route Range should be changed from default value 'do_not_include_local_as' to any other value.","type":"string","x-enum":{"ibgp":{"x-field-uid":1},"ebgp":{"x-field-uid":2}},"enum":["ibgp","ebgp"]},"as_number":{"x-field-uid":4,"description":"Autonomous System Number (AS number or ASN)","type":"integer","format":"uint32"},"as_number_width":{"x-field-uid":5,"description":"The width in bytes of the as_number values. Any as_number values that exceeds the width MUST result in an error.","type":"string","default":"four","x-enum":{"two":{"x-field-uid":1},"four":{"x-field-uid":2}},"enum":["two","four"]},"advanced":{"x-field-uid":6,"$ref":"#/components/schemas/Bgp.Advanced"},"capability":{"x-field-uid":7,"$ref":"#/components/schemas/Bgp.Capability"},"learned_information_filter":{"x-field-uid":8,"$ref":"#/components/schemas/Bgp.LearnedInformationFilter"},"v4_routes":{"x-field-uid":9,"description":"Emulated BGPv4 route ranges.","type":"array","items":{"$ref":"#/components/schemas/Bgp.V4RouteRange"}},"v6_routes":{"x-field-uid":10,"description":"Emulated BGPv6 route ranges.","type":"array","items":{"$ref":"#/components/schemas/Bgp.V6RouteRange"}},"v4_srte_policies":{"x-field-uid":11,"description":"Segment Routing Traffic Engineering (SR TE) Policies for IPv4 Address Family Identifier (AFI).","type":"array","items":{"$ref":"#/components/schemas/BgpSrte.V4Policy"}},"v6_srte_policies":{"x-field-uid":12,"description":"Segment Routing Traffic Engineering (SR TE) Policies for IPv6 Address Family Identifier (AFI).","type":"array","items":{"$ref":"#/components/schemas/BgpSrte.V6Policy"}},"name":{"x-field-uid":13,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.\nGlobally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"graceful_restart":{"x-field-uid":14,"$ref":"#/components/schemas/Bgp.GracefulRestart"},"replay_updates":{"description":"BGP Updates to be sent to the peer as specified after the session is established. ","$ref":"#/components/schemas/Bgp.UpdateReplay","x-field-uid":15}}},"Bgp.V4Interface":{"description":"Configuration for emulated BGPv4 peers and routes on a single IPv4 interface.","type":"object","required":["ipv4_name"],"properties":{"ipv4_name":{"description":"The unique name of the IPv4,  Loopback IPv4 interface or DHCPv4 client used as the source IP for this list of BGP peers.\n\nx-constraint:\n- /components/schemas/Device.Ipv4/properties/name\n- /components/schemas/Device.Ipv4Loopback/properties/name\n- /components/schemas/Device.Dhcpv4client/properties/name\n","type":"string","x-constraint":["/components/schemas/Device.Ipv4/properties/name","/components/schemas/Device.Ipv4Loopback/properties/name","/components/schemas/Device.Dhcpv4client/properties/name"],"x-field-uid":1},"peers":{"description":"This contains the list of BGPv4 peers configured on this interface.","type":"array","items":{"$ref":"#/components/schemas/Bgp.V4Peer"},"x-field-uid":2}}},"BgpV4.EthernetSegment":{"description":"Configuration for BGP Ethernet Segment ranges. Advertises following routes - \n\nType 4 - Ethernet Segment Route","type":"object","properties":{"df_election":{"description":"Designated Forwarder (DF) election configuration.","$ref":"#/components/schemas/Bgp.EthernetSegment.DfElection","x-field-uid":1},"evis":{"description":"This contains the list of EVIs.","type":"array","items":{"$ref":"#/components/schemas/BgpV4.EvpnEvis"},"x-field-uid":2},"esi":{"x-field-uid":3,"description":"10-octet Ethernet Segment Identifier (ESI) Example - For multi-home scenario nonZero ESI is '10000000000000000000' .","type":"string","format":"hex","default":"00000000000000000000"},"active_mode":{"x-field-uid":4,"description":"Single Active or All Active mode Redundancy mode selection for Multi-home.","type":"string","default":"all_active","x-enum":{"single_active":{"x-field-uid":1},"all_active":{"x-field-uid":2}},"enum":["single_active","all_active"]},"esi_label":{"x-field-uid":5,"description":"The label value to be advertised as ESI Label in ESI Label Extended Community. This is included in Ethernet Auto-discovery per ES Routes advertised by a router. ","type":"integer","format":"uint32","maximum":16777215,"default":0},"advanced":{"x-field-uid":6,"$ref":"#/components/schemas/Bgp.RouteAdvanced"},"communities":{"x-field-uid":7,"description":"Optional community settings.","type":"array","items":{"$ref":"#/components/schemas/Bgp.Community"}},"ext_communities":{"x-field-uid":8,"description":"Optional Extended Community settings. The Extended Communities Attribute is a transitive optional BGP attribute, with the Type Code 16. Community and Extended Communities  attributes are utilized to trigger routing decisions, such as acceptance, rejection,  preference, or redistribution. An extended community is an 8-Bytes value. It is divided into two main parts. The first 2 Bytes of the community encode a type and sub-type fields and the last 6 Bytes carry a unique set of data in a format defined by the type and sub-type field. Extended communities provide a larger  range for grouping or categorizing communities. When type is administrator_as_2octet or administrator_as_4octet, the valid sub types are route target and origin. The valid value for  administrator_as_2octet and administrator_as_4octet type is either two byte AS followed by four byte local administrator id or four byte AS followed by two  byte local administrator id.  When type is administrator_ipv4_address the valid sub types are route target and origin. The valid value for  administrator_ipv4_address is a four byte IPv4 address followed by a two byte local administrator id.  When type is opaque, valid sub types are color and encapsulation. When sub type is color, first two bytes of the value field contain flags and last four bytes  contains the value of the color. When sub type is encapsulation the first four bytes of value field are reserved and last two bytes carries the tunnel type from  IANA's \"ETHER TYPES\" registry e.g IPv4 (protocol type = 0x0800), IPv6 (protocol type = 0x86dd), and MPLS (protocol type = 0x8847). When type is administrator_as_2octet_link_bandwidth the valid sub type is extended_bandwidth. The first two bytes of the value field contains the AS number and the last four bytes contains the bandwidth in IEEE floating point format.  When type is evpn the valid subtype is mac_address. In the value field the low-order bit of the first byte(Flags) is defined as the \"Sticky/static\" flag and may be set to 1, indicating the MAC address is static and cannot move. The second byte is reserved and the  last four bytes contain the sequence number which is used to ensure that PEs retain the correct MAC/IP Advertisement route when multiple updates  occur for the same MAC address.","type":"array","items":{"$ref":"#/components/schemas/Bgp.ExtCommunity"}},"as_path":{"x-field-uid":9,"description":"Optional AS PATH settings.","$ref":"#/components/schemas/Bgp.AsPath"}}},"Bgp.EthernetSegment.DfElection":{"description":"Configuration for Designated Forwarder (DF) election among the Provider Edge (PE) routers on the same Ethernet Segment.","type":"object","properties":{"election_timer":{"description":"The DF election timer in seconds.","type":"integer","format":"uint32","maximum":300,"default":3,"x-field-uid":1}}},"Bgp.RouteAdvanced":{"description":"Configuration for advanced BGP route range settings.","type":"object","properties":{"include_multi_exit_discriminator":{"description":"BGP Multi Exit Discriminator attribute sent to the peer to help in the route selection process.  If set to true, the Multi Exit Discriminator attribute will be included in the route advertisement.","type":"boolean","default":true,"x-field-uid":3},"multi_exit_discriminator":{"description":"The multi exit discriminator (MED) value used for route selection sent to the peer.","type":"integer","format":"uint32","x-field-uid":1},"include_origin":{"description":"If set to true, the Origin attribute will be included in the route advertisement.","type":"boolean","default":true,"x-field-uid":4},"origin":{"description":"The origin attribute of a prefix can take three values: the prefix originates from an interior routing protocol 'igp',  it originates from 'egp' or the origin is 'incomplete', if the prefix is learned through other means.","type":"string","default":"igp","x-field-uid":2,"x-enum":{"igp":{"x-field-uid":1},"egp":{"x-field-uid":2},"incomplete":{"x-field-uid":3}},"enum":["igp","egp","incomplete"]},"include_local_preference":{"description":"BGP Local Preference attribute sent to the peer to indicate the degree of preference  for externally learned routes. If set to true, the Local Preference attribute will be included  in the route advertisement. This should be included only for internal peers.","type":"boolean","default":true,"x-field-uid":5},"local_preference":{"description":"Value to be set in Local Preference attribute if include_local_preference is set to true. It is  used for the selection of the path for the traffic leaving the AS. The route with the  highest local preference value is preferred.","type":"integer","format":"uint32","default":100,"x-field-uid":6}}},"Bgp.Community":{"description":"BGP communities provide additional capability for tagging routes and  for modifying BGP routing policy on upstream and downstream routers. BGP community is a 32-bit number which is broken into 16-bit AS number and  a 16-bit custom value.","type":"object","properties":{"type":{"description":"The type of community AS number.","type":"string","x-field-uid":1,"x-enum":{"manual_as_number":{"x-field-uid":1},"no_export":{"x-field-uid":2},"no_advertised":{"x-field-uid":3},"no_export_subconfed":{"x-field-uid":4},"llgr_stale":{"x-field-uid":5},"no_llgr":{"x-field-uid":6}},"enum":["manual_as_number","no_export","no_advertised","no_export_subconfed","llgr_stale","no_llgr"]},"as_number":{"description":"First two octets of 32 bit community AS number.","type":"integer","format":"uint32","maximum":65535,"default":0,"x-field-uid":2},"as_custom":{"description":"Last two octets of the community value. ","type":"integer","format":"uint32","maximum":65535,"default":0,"x-field-uid":3}}},"Bgp.ExtCommunity":{"description":"The Extended Communities Attribute is a transitive optional BGP attribute, with the Type Code 16. Community and Extended Communities  attributes are utilized to trigger routing decisions, such as acceptance, rejection,  preference, or redistribution. An extended community is an 8-Bytes value. It is divided into two main parts. The first 2 Bytes of the community encode a type and sub-type fields and the last 6 Bytes carry a unique set of data in a  format defined by the type and sub-type field. Extended communities provide a larger  range for grouping or categorizing communities.","type":"object","properties":{"type":{"description":"Extended Community Type field of 1 Byte.\n - administrator_as_2octet: Two-Octet AS Specific Extended Community (RFC 4360).\n - administrator_ipv4_address: IPv4 Address Specific Extended Community (RFC 4360).\n - administrator_as_4octet:  4-Octet AS Specific Extended Community (RFC 5668).\n - opaque: Opaque Extended Community (RFC 7432).\n - evpn: EVPN Extended Community (RFC 7153).  \n - administrator_as_2octet_link_bandwidth : Link Bandwidth Extended Community (RFC 7153).","type":"string","x-field-uid":1,"x-enum":{"administrator_as_2octet":{"x-field-uid":1},"administrator_ipv4_address":{"x-field-uid":2},"administrator_as_4octet":{"x-field-uid":3},"opaque":{"x-field-uid":4},"evpn":{"x-field-uid":5},"administrator_as_2octet_link_bandwidth":{"x-field-uid":6}},"enum":["administrator_as_2octet","administrator_ipv4_address","administrator_as_4octet","opaque","evpn","administrator_as_2octet_link_bandwidth"]},"subtype":{"description":"Extended Community Sub Type field of 1 Byte.\n- route_target: Route Target.\n- origin: Origin.\n- extended_bandwidth: Specifies the link bandwidth.\n- color: Specifies the color value.\n- encapsulation: Specifies the Encapsulation Extended Community.\n- mac_address: Specifies the Extended community MAC address.","type":"string","x-field-uid":2,"x-enum":{"route_target":{"x-field-uid":1},"origin":{"x-field-uid":2},"extended_bandwidth":{"x-field-uid":3},"color":{"x-field-uid":4},"encapsulation":{"x-field-uid":5},"mac_address":{"x-field-uid":6}},"enum":["route_target","origin","extended_bandwidth","color","encapsulation","mac_address"]},"value":{"description":"Extended Community value of 6 Bytes. Example - for the Opaque type and Color subtype value can be '0000000000c8'  for the color value 200.","type":"string","format":"hex","x-field-uid":3}}},"Bgp.AsPath":{"description":"This attribute identifies the autonomous systems through  which routing information carried in this UPDATE message has passed. This contains the configuration of how to include the Local AS in the AS path attribute of the MP REACH NLRI. It also contains optional configuration of additional AS Path Segments that can be included in the AS Path attribute. The AS Path consists of a Set or Sequence of Autonomous Systems (AS) numbers  that a routing information passes through to reach the destination.","type":"object","properties":{"as_set_mode":{"description":"Defines how the Local AS should be included in the MP REACH NLRI. For iBGP sessions, \"Do Not Include Local AS\" must be chosen. For eBGP sessions, any choice other than \"Do Not Include Local AS\" can be chosen.","type":"string","default":"do_not_include_local_as","x-field-uid":1,"x-enum":{"do_not_include_local_as":{"x-field-uid":1},"include_as_seq":{"x-field-uid":2},"include_as_set":{"x-field-uid":3},"include_as_confed_seq":{"x-field-uid":4},"include_as_confed_set":{"x-field-uid":5},"prepend_to_first_segment":{"x-field-uid":6}},"enum":["do_not_include_local_as","include_as_seq","include_as_set","include_as_confed_seq","include_as_confed_set","prepend_to_first_segment"]},"segments":{"description":"The additional AS path segments to be added in the NLRI.  By default, an empty AS path is always included and  the local AS is added to it as per the value of 'as_set_mode' attribute. ","type":"array","items":{"$ref":"#/components/schemas/Bgp.AsPathSegment"},"x-field-uid":2}}},"Bgp.AsPathSegment":{"description":"Configuration for a single BGP AS path segment","type":"object","properties":{"type":{"description":"AS sequence is the most common type of AS_PATH, it contains the  list of ASNs starting with the most recent ASN being added read  from left to right.\nThe other three AS_PATH types are used for Confederations - AS_SET is the type of AS_PATH attribute that summarizes routes using using the aggregate-address command, allowing AS_PATHs to be  summarized in the update as well. - AS_CONFED_SEQ gives the list of ASNs in the path starting with the  most recent ASN to be added reading left to right - AS_CONFED_SET will allow summarization of multiple AS PATHs to be  sent in BGP Updates.","type":"string","default":"as_seq","x-field-uid":1,"x-enum":{"as_seq":{"x-field-uid":1},"as_set":{"x-field-uid":2},"as_confed_seq":{"x-field-uid":3},"as_confed_set":{"x-field-uid":4}},"enum":["as_seq","as_set","as_confed_seq","as_confed_set"]},"as_numbers":{"description":"The AS numbers in this AS path segment.","type":"array","items":{"type":"integer","format":"uint32","default":1},"x-field-uid":2}}},"BgpV4.EvpnEvis":{"description":"This contains a list of different flavors of EVPN. \nFor example EVPN over VXLAN or EVPN over MPLS etc to be configured per Ethernet segment. \nNeed to instantiate correct type of EVPN instance as per requirement.","type":"object","properties":{"choice":{"type":"string","default":"evi_vxlan","x-field-uid":1,"x-enum":{"evi_vxlan":{"x-field-uid":1}},"enum":["evi_vxlan"]},"evi_vxlan":{"description":"EVPN VXLAN instance to be configured per Ethernet Segment.                  ","$ref":"#/components/schemas/BgpV4.EviVxlan","x-field-uid":2}}},"BgpV4.EviVxlan":{"description":"Configuration for BGP EVPN EVI. Advertises following routes - \n\nType 3 - Inclusive Multicast Ethernet Tag Route\n\nType 1 -  Ethernet Auto-discovery Route (Per EVI)\n\nType 1 -  Ethernet Auto-discovery Route (Per ES)","type":"object","properties":{"broadcast_domains":{"description":"This contains the list of Broadcast Domains to be configured per EVI.","type":"array","items":{"$ref":"#/components/schemas/BgpV4.EviVxlan.BroadcastDomain"},"x-field-uid":1},"replication_type":{"x-field-uid":2,"description":"This model only supports Ingress Replication","type":"string","default":"ingress_replication","x-enum":{"ingress_replication":{"x-field-uid":1}},"enum":["ingress_replication"]},"pmsi_label":{"x-field-uid":3,"description":"Downstream assigned VNI to be carried as Part of P-Multicast Service Interface Tunnel attribute (PMSI Tunnel Attribute) in Type 3 Inclusive Multicast Ethernet Tag Route.","type":"integer","format":"uint32","maximum":16777215,"default":16},"ad_label":{"x-field-uid":4,"description":"The Auto-discovery Route label (AD label) value, which gets advertised in the Ethernet Auto-discovery Route per <EVI, ESI>","type":"integer","format":"uint32","maximum":16777215,"default":0},"route_distinguisher":{"x-field-uid":5,"description":"Colon separated Extended Community value of 6 Bytes - \"AS number: Value\" identifying an EVI.            Example - for the as_2octet \"60005:100\".","$ref":"#/components/schemas/Bgp.RouteDistinguisher"},"route_target_export":{"x-field-uid":6,"description":"List of Layer 2 Virtual Network Identifier (L2VNI) export targets associated with this EVI. ","type":"array","items":{"$ref":"#/components/schemas/Bgp.RouteTarget"}},"route_target_import":{"x-field-uid":7,"description":"List of L2VNI import targets associated with this EVI. ","type":"array","items":{"$ref":"#/components/schemas/Bgp.RouteTarget"}},"l3_route_target_export":{"x-field-uid":8,"description":"List of Layer 3 Virtual Network Identifier (L3VNI) Export Route Targets.","type":"array","items":{"$ref":"#/components/schemas/Bgp.RouteTarget"}},"l3_route_target_import":{"x-field-uid":9,"description":"List of L3VNI Import Route Targets.","type":"array","items":{"$ref":"#/components/schemas/Bgp.RouteTarget"}},"advanced":{"x-field-uid":10,"$ref":"#/components/schemas/Bgp.RouteAdvanced"},"communities":{"x-field-uid":11,"description":"Optional community settings.","type":"array","items":{"$ref":"#/components/schemas/Bgp.Community"}},"ext_communities":{"x-field-uid":12,"description":"Optional Extended Community settings. The Extended Communities Attribute is a transitive optional BGP attribute, with the Type Code 16. Community and Extended Communities  attributes are utilized to trigger routing decisions, such as acceptance, rejection,  preference, or redistribution. An extended community is an 8-Bytes value. It is divided into two main parts. The first 2 Bytes of the community encode a type and sub-type fields and the last 6 Bytes carry a unique set of data in a format defined by the type and sub-type field. Extended communities provide a larger  range for grouping or categorizing communities. When type is administrator_as_2octet or administrator_as_4octet, the valid sub types are route target and origin. The valid value for  administrator_as_2octet and administrator_as_4octet type is either two byte AS followed by four byte local administrator id or four byte AS followed by two  byte local administrator id.  When type is administrator_ipv4_address the valid sub types are route target and origin. The valid value for  administrator_ipv4_address is a four byte IPv4 address followed by a two byte local administrator id.  When type is opaque, valid sub types are color and encapsulation. When sub type is color, first two bytes of the value field contain flags and last four bytes  contains the value of the color. When sub type is encapsulation the first four bytes of value field are reserved and last two bytes carries the tunnel type from  IANA's \"ETHER TYPES\" registry e.g IPv4 (protocol type = 0x0800), IPv6 (protocol type = 0x86dd), and MPLS (protocol type = 0x8847). When type is administrator_as_2octet_link_bandwidth the valid sub type is extended_bandwidth. The first two bytes of the value field contains the AS number and the last four bytes contains the bandwidth in IEEE floating point format.  When type is evpn the valid subtype is mac_address. In the value field the low-order bit of the first byte(Flags) is defined as the \"Sticky/static\" flag and may be set to 1, indicating the MAC address is static and cannot move. The second byte is reserved and the  last four bytes contain the sequence number which is used to ensure that PEs retain the correct MAC/IP Advertisement route when multiple updates  occur for the same MAC address.","type":"array","items":{"$ref":"#/components/schemas/Bgp.ExtCommunity"}},"as_path":{"x-field-uid":13,"description":"Optional AS PATH settings.","$ref":"#/components/schemas/Bgp.AsPath"}}},"BgpV4.EviVxlan.BroadcastDomain":{"description":"Configuration for Broadcast Domains per EVI.","type":"object","properties":{"cmac_ip_range":{"description":"This contains the list of Customer MAC/IP Ranges to be configured per Broadcast Domain. \n\nAdvertises following route - \nType 2 - MAC/IP Advertisement Route.","type":"array","items":{"$ref":"#/components/schemas/Bgp.CMacIpRange"},"x-field-uid":1},"ethernet_tag_id":{"x-field-uid":2,"description":"The Ethernet Tag ID of the Broadcast Domain.","type":"integer","format":"uint32","default":0},"vlan_aware_service":{"x-field-uid":3,"description":"VLAN-Aware service to be enabled or disabled.","type":"boolean","default":false}}},"Bgp.CMacIpRange":{"description":"Configuration for MAC/IP Ranges per Broadcast Domain. \n\nAdvertises following route -\n\nType 2 - MAC/IP Advertisement Route.","type":"object","properties":{"mac_addresses":{"description":"Host MAC address range per Broadcast Domain. ","$ref":"#/components/schemas/MACRouteAddress","x-field-uid":1},"l2vni":{"description":"Layer 2 Virtual Network Identifier (L2VNI) to be advertised with MAC/IP Advertisement Route (Type 2)","type":"integer","format":"uint32","maximum":16777215,"default":0,"x-field-uid":2},"ipv4_addresses":{"description":"Host IPv4 address range per Broadcast Domain.         ","$ref":"#/components/schemas/V4RouteAddress","x-field-uid":3},"ipv6_addresses":{"description":"Host IPv6 address range per Broadcast Domain.                 ","$ref":"#/components/schemas/V6RouteAddress","x-field-uid":4},"l3vni":{"description":"Layer 3 Virtual Network Identifier (L3VNI) to be advertised with MAC/IP Advertisement Route (Type 2).","type":"integer","format":"uint32","maximum":16777215,"default":0,"x-field-uid":5},"include_default_gateway":{"description":"Include default Gateway Extended Community in MAC/IP Advertisement Route (Type 2).","type":"boolean","default":false,"x-field-uid":6},"advanced":{"$ref":"#/components/schemas/Bgp.RouteAdvanced","x-field-uid":7},"communities":{"description":"Optional community settings.","type":"array","items":{"$ref":"#/components/schemas/Bgp.Community"},"x-field-uid":8},"ext_communities":{"description":"Optional Extended Community settings. The Extended Communities Attribute is a transitive optional BGP attribute, with the Type Code 16. Community and Extended Communities  attributes are utilized to trigger routing decisions, such as acceptance, rejection,  preference, or redistribution. An extended community is an 8-Bytes value. It is divided into two main parts. The first 2 Bytes of the community encode a type and sub-type fields and the last 6 Bytes carry a unique set of data in a format defined by the type and sub-type field. Extended communities provide a larger  range for grouping or categorizing communities. When type is administrator_as_2octet or administrator_as_4octet, the valid sub types are route target and origin. The valid value for  administrator_as_2octet and administrator_as_4octet type is either two byte AS followed by four byte local administrator id or four byte AS followed by two  byte local administrator id.  When type is administrator_ipv4_address the valid sub types are route target and origin. The valid value for  administrator_ipv4_address is a four byte IPv4 address followed by a two byte local administrator id.  When type is opaque, valid sub types are color and encapsulation. When sub type is color, first two bytes of the value field contain flags and last four bytes  contains the value of the color. When sub type is encapsulation the first four bytes of value field are reserved and last two bytes carries the tunnel type from  IANA's \"ETHER TYPES\" registry e.g IPv4 (protocol type = 0x0800), IPv6 (protocol type = 0x86dd), and MPLS (protocol type = 0x8847). When type is administrator_as_2octet_link_bandwidth the valid sub type is extended_bandwidth. The first two bytes of the value field contains the AS number and the last four bytes contains the bandwidth in IEEE floating point format.  When type is evpn the valid subtype is mac_address. In the value field the low-order bit of the first byte(Flags) is defined as the \"Sticky/static\" flag and may be set to 1, indicating the MAC address is static and cannot move. The second byte is reserved and the  last four bytes contain the sequence number which is used to ensure that PEs retain the correct MAC/IP Advertisement route when multiple updates  occur for the same MAC address.","type":"array","items":{"$ref":"#/components/schemas/Bgp.ExtCommunity"},"x-field-uid":9},"as_path":{"description":"Optional AS PATH settings.","$ref":"#/components/schemas/Bgp.AsPath","x-field-uid":10},"name":{"x-field-uid":11,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"}},"required":["name"]},"Bgp.RouteDistinguisher":{"description":"BGP Route Distinguisher.","type":"object","properties":{"rd_type":{"description":"Route Distinguisher Type field of 2 Byte.\n - as_2octet: Two-Octet AS Specific Extended Community (RFC 4360).\n - ipv4_address: IPv4 Address Specific Extended Community (RFC 4360).\n - as_4octet:  4-Octet AS Specific Extended Community (RFC 5668). ","type":"string","default":"as_2octet","x-field-uid":1,"x-enum":{"as_2octet":{"x-field-uid":1},"ipv4_address":{"x-field-uid":2},"as_4octet":{"x-field-uid":3}},"enum":["as_2octet","ipv4_address","as_4octet"]},"auto_config_rd_ip_addr":{"description":"Allow to automatically configure RD IP address  from local ip.","type":"boolean","default":false,"x-field-uid":2},"rd_value":{"description":"Colon separated Extended Community value of 6 Bytes - \"AS number: Value\".  Example - for the as_2octet or as_4octet \"60005:100\",  for ipv4_address \"1.1.1.1:100\"","type":"string","x-field-uid":3}}},"Bgp.RouteTarget":{"description":"BGP Route Target.","type":"object","properties":{"rt_type":{"description":"Extended Community Type field of 2 Byte.\n - as_2octet: Two-Octet AS Specific Extended Community (RFC 4360).\n - ipv4_address: IPv4 Address Specific Extended Community (RFC 4360).\n - as_4octet:  4-Octet AS Specific Extended Community (RFC 5668). ","type":"string","x-field-uid":1,"x-enum":{"as_2octet":{"x-field-uid":1},"ipv4_address":{"x-field-uid":2},"as_4octet":{"x-field-uid":3}},"enum":["as_2octet","ipv4_address","as_4octet"]},"rt_value":{"description":"Colon separated Extended Community value of 6 Bytes - AS number: Assigned Number.   Example - for the as_2octet or as_4octet \"60005:100\",  for ipv4_address \"1.1.1.1:100\"","type":"string","x-field-uid":2}}},"Bgp.Advanced":{"description":"Configuration for BGP advanced settings.","type":"object","properties":{"hold_time_interval":{"description":"Number of seconds the sender proposes for the value of the Hold Timer.","type":"integer","format":"uint32","default":90,"x-field-uid":1},"keep_alive_interval":{"description":"Number of seconds between transmissions of Keepalive messages by this peer.","type":"integer","format":"uint32","default":30,"x-field-uid":2},"update_interval":{"description":"The time interval at which Update messages are sent to the DUT, expressed as the number of milliseconds between Update messages. The update interval 0 implies to send all the updates as fast as possible.","type":"integer","format":"uint32","default":0,"x-field-uid":3},"time_to_live":{"description":"The limited number of iterations that a unit of data can experience before the data is discarded. This is placed in the TTL field in the IP header of the  transmitted packets.","type":"integer","format":"uint32","default":64,"maximum":255,"x-field-uid":4},"md5_key":{"description":"The value to be used as a secret MD5 key for authentication. If not configured, MD5 authentication will not be enabled.","type":"string","x-field-uid":5},"passive_mode":{"description":"If set to true, the local BGP peer will wait for the remote peer to initiate the BGP session\nby establishing the TCP connection, rather than initiating sessions from the local peer.","type":"boolean","default":false,"x-field-uid":6},"listen_port":{"description":"The TCP port number on which to accept BGP connections from the remote peer.","type":"integer","format":"uint32","default":179,"maximum":65535,"x-field-uid":7},"neighbor_port":{"description":"Destination TCP port number of the BGP peer when initiating a\nsession from the local BGP peer.","type":"integer","format":"uint32","default":179,"maximum":65535,"x-field-uid":8}}},"Bgp.Capability":{"description":"Configuration for BGP capability settings.","type":"object","properties":{"ipv4_unicast":{"description":"Support for the IPv4 Unicast address family.","type":"boolean","default":true,"x-field-uid":1},"ipv4_multicast":{"description":"Support for the IPv4 Multicast address family. ","type":"boolean","default":false,"x-field-uid":2},"ipv6_unicast":{"description":"Support for the IPv4 Unicast address family.","type":"boolean","default":true,"x-field-uid":3},"ipv6_multicast":{"description":"Support for the IPv6 Multicast address family.","type":"boolean","default":false,"x-field-uid":4},"vpls":{"description":"Support for VPLS as below. \nRFC4761 - Virtual Private LAN Service (VPLS) using BGP for Auto-Discovery\nand Signaling. \nRFC6624 - Layer 2 Virtual Private Networks using BGP for Auto-Discovery \nand Signaling.","type":"boolean","default":false,"x-field-uid":5},"route_refresh":{"description":"Support for the route refresh capabilities. Route Refresh allows the dynamic exchange of route refresh requests  and routing information between BGP peers and the subsequent re-advertisement  of the outbound or inbound routing table.","type":"boolean","default":true,"x-field-uid":6},"route_constraint":{"description":"Supports for the route constraint capabilities. Route Constraint allows the advertisement of Route Target Membership  information. The BGP peers exchange Route Target Reachability Information,  which is used to build a route distribution graph.  This limits the propagation of VPN Network Layer Reachability Information (NLRI) between different autonomous systems  or distinct clusters of the same autonomous system. This is supported for Layer 3 Virtual Private Network scenario.","type":"boolean","default":false,"x-field-uid":7},"link_state_non_vpn":{"description":"Support for BGP Link State for ISIS and OSPF.","type":"boolean","default":false,"x-field-uid":8},"link_state_vpn":{"description":"Capability advertisement of BGP Link State for VPNs.","type":"boolean","default":false,"x-field-uid":9},"evpn":{"description":"Support for the EVPN address family.","type":"boolean","default":false,"x-field-uid":10},"extended_next_hop_encoding":{"description":"Support for extended Next Hop Encoding for Nexthop field in  IPv4 routes advertisement.  This allows IPv4 routes being advertised by IPv6 peers to  include an IPv6 Nexthop.","type":"boolean","default":false,"x-field-uid":11},"ipv4_multicast_vpn":{"description":"Support for the IPv4 Multicast VPN address family.","type":"boolean","default":false,"x-field-uid":12},"ipv4_mpls_vpn":{"description":"Support for the IPv4 MPLS L3VPN address family.","type":"boolean","default":false,"x-field-uid":13},"ipv4_mdt":{"description":"Supports for IPv4 MDT address family messages.","type":"boolean","default":false,"x-field-uid":14},"ipv4_multicast_mpls_vpn":{"description":"Support for the IPv4 Multicast VPN address family.","type":"boolean","default":false,"x-field-uid":15},"ipv4_unicast_flow_spec":{"description":"Support for propagation of IPv4 unicast flow specification rules.","type":"boolean","default":false,"x-field-uid":16},"ipv4_sr_te_policy":{"description":"Support for IPv4 SRTE policy.","type":"boolean","default":false,"x-field-uid":17},"ipv4_unicast_add_path":{"description":"Support for IPv4 Unicast Add Path Capability.","type":"boolean","default":false,"x-field-uid":18},"ipv6_multicast_vpn":{"description":"Support for the IPv6 Multicast VPN address family.","type":"boolean","default":false,"x-field-uid":19},"ipv6_mpls_vpn":{"description":"Support for the IPv6 MPLS L3VPN address family.","type":"boolean","default":false,"x-field-uid":20},"ipv6_mdt":{"description":"Support for IPv6 MDT address family messages.","type":"boolean","default":false,"x-field-uid":21},"ipv6_multicast_mpls_vpn":{"description":"Support for the IPv6 Multicast VPN address family.","type":"boolean","default":false,"x-field-uid":22},"ipv6_unicast_flow_spec":{"description":"Support for propagation of IPv6 unicast flow specification rules.","type":"boolean","default":false,"x-field-uid":23},"ipv6_sr_te_policy":{"description":"Support for IPv6 SRTE policy.","type":"boolean","default":false,"x-field-uid":24},"ipv6_unicast_add_path":{"description":"Support for IPv6 Unicast Add Path Capability.","type":"boolean","default":false,"x-field-uid":25}}},"Bgp.LearnedInformationFilter":{"description":"Configuration for controlling storage of BGP learned information recieved from the peer.","type":"object","properties":{"unicast_ipv4_prefix":{"description":"If enabled, will store the information related to Unicast IPv4 Prefixes recieved from the peer.","type":"boolean","default":false,"x-field-uid":1},"unicast_ipv6_prefix":{"description":"If enabled, will store the information related to Unicast IPv6 Prefixes recieved from the peer.","type":"boolean","default":false,"x-field-uid":2}}},"Bgp.V4RouteRange":{"description":"Emulated BGPv4 route range.","type":"object","properties":{"addresses":{"description":"A list of group of IPv4 route addresses.","type":"array","items":{"$ref":"#/components/schemas/V4RouteAddress"},"x-field-uid":1},"next_hop_mode":{"description":"Specify the NextHop in MP REACH NLRI. The mode for setting the IP address  of the NextHop in the MP REACH NLRI can be one of the following:\n  Local IP: Automatically fills the Nexthop with the Local IP of the BGP\npeer.\n  If BGP peer is of type IPv6, Nexthop Encoding capability should be enabled.\n  Manual: Override the Nexthop with any arbitrary IPv4/IPv6 address.   ","type":"string","default":"local_ip","x-field-uid":2,"x-enum":{"local_ip":{"x-field-uid":1},"manual":{"x-field-uid":2}},"enum":["local_ip","manual"]},"next_hop_address_type":{"description":"If the Nexthop Mode is Manual, it sets the type of the NextHop IP address.","type":"string","default":"ipv4","x-field-uid":3,"x-enum":{"ipv4":{"x-field-uid":1},"ipv6":{"x-field-uid":2}},"enum":["ipv4","ipv6"]},"next_hop_ipv4_address":{"description":"The IPv4 address of the next hop if the Nexthop Mode is manual and the Nexthop type is IPv4. If BGP peer is of type IPv6, Nexthop Encoding capability should be enabled.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":4},"next_hop_ipv6_address":{"description":"The IPv6 address of the next hop if the Nexthop Mode is manual and the Nexthop type is IPv6. ","type":"string","format":"ipv6","default":"::0","x-field-uid":5},"advanced":{"x-field-uid":6,"$ref":"#/components/schemas/Bgp.RouteAdvanced"},"communities":{"x-field-uid":7,"description":"Optional community settings.","type":"array","items":{"$ref":"#/components/schemas/Bgp.Community"}},"as_path":{"x-field-uid":8,"$ref":"#/components/schemas/Bgp.AsPath"},"add_path":{"x-field-uid":9,"$ref":"#/components/schemas/Bgp.AddPath"},"name":{"x-field-uid":10,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"ext_communities":{"x-status":{"status":"deprecated","information":"This property is deprecated in favor of property extended_communities"},"x-field-uid":11,"description":"Deprecated: This property is deprecated in favor of property extended_communities\n\nOptional Extended Community settings. The Extended Communities Attribute is a transitive optional BGP attribute, with the Type Code 16. Community and Extended Communities  attributes are utilized to trigger routing decisions, such as acceptance, rejection,  preference, or redistribution. An extended community is an 8-Bytes value. It is divided into two main parts. The first 2 Bytes of the community encode a type and sub-type fields and the last 6 Bytes carry a unique set of data in a format defined by the type and sub-type field. Extended communities provide a larger  range for grouping or categorizing communities. When type is administrator_as_2octet or administrator_as_4octet, the valid sub types are route target and origin. The valid value for  administrator_as_2octet and administrator_as_4octet type is either two byte AS followed by four byte local administrator id or four byte AS followed by two  byte local administrator id.  When type is administrator_ipv4_address the valid sub types are route target and origin. The valid value for  administrator_ipv4_address is a four byte IPv4 address followed by a two byte local administrator id.  When type is opaque, valid sub types are color and encapsulation. When sub type is color, first two bytes of the value field contain flags and last four bytes  contains the value of the color. When sub type is encapsulation the first four bytes of value field are reserved and last two bytes carries the tunnel type from  IANA's \"ETHER TYPES\" registry e.g IPv4 (protocol type = 0x0800), IPv6 (protocol type = 0x86dd), and MPLS (protocol type = 0x8847). When type is administrator_as_2octet_link_bandwidth the valid sub type is extended_bandwidth. The first two bytes of the value field contains the AS number and the last four bytes contains the bandwidth in IEEE floating point format.  When type is evpn the valid subtype is mac_address. In the value field the low-order bit of the first byte(Flags) is defined as the \"Sticky/static\" flag and may be set to 1, indicating the MAC address is static and cannot move. The second byte is reserved and the  last four bytes contain the sequence number which is used to ensure that PEs retain the correct MAC/IP Advertisement route when multiple updates  occur for the same MAC address.  Note evpn type is defined mainly for use with evpn route updates and not for IPv4 and IPv6 route updates.","type":"array","items":{"$ref":"#/components/schemas/Bgp.ExtCommunity"}},"extended_communities":{"x-field-uid":12,"description":"Optional Extended Community settings. The Extended Communities Attribute is a transitive optional BGP attribute, with the Type Code 16. Community and Extended Communities  attributes are utilized to trigger routing decisions, such as acceptance, rejection,  preference, or redistribution. An extended community is an eight byte value. It is divided into two main parts. The first two bytes of the community encode a type and sub-type fields and the last six bytes carry a unique set of data in a format defined by the type and sub-type field. Extended communities provide a larger range for grouping or categorizing communities.            ","type":"array","items":{"$ref":"#/components/schemas/Bgp.ExtendedCommunity"}}},"required":["name"]},"Bgp.AddPath":{"description":"The BGP Additional Paths feature is a BGP extension that allows the  advertisement of multiple paths for the same prefix without the new  paths implicitly replacing any previous paths.","type":"object","properties":{"path_id":{"description":"The id of the additional path.","type":"integer","format":"uint32","default":1,"x-field-uid":1}}},"Bgp.ExtendedCommunity":{"description":"The Extended Communities Attribute is a optional BGP attribute,defined in RFC4360 with the Type Code 16.  Community and Extended Communities  attributes are utilized to trigger routing decisions, such as acceptance, rejection,  preference, or redistribution.  An extended community is an 8-Bytes value.It is divided into two main parts. The first 2 Bytes of the community  encode a type and optonal sub-type field. The last 6 bytes (or 7 bytes for types without a sub-type) carry a unique set of data in a format defined by the type and optional sub-type field.  Extended communities provide a larger  range for grouping or categorizing communities.","type":"object","properties":{"choice":{"type":"string","default":"transitive_2octet_as_type","x-enum":{"transitive_2octet_as_type":{"x-field-uid":1},"transitive_ipv4_address_type":{"x-field-uid":2},"transitive_4octet_as_type":{"x-field-uid":3},"transitive_opaque_type":{"x-field-uid":4},"transitive_evpn_type":{"x-field-uid":5},"non_transitive_2octet_as_type":{"x-field-uid":6},"custom":{"x-field-uid":7}},"x-field-uid":1,"enum":["transitive_2octet_as_type","transitive_ipv4_address_type","transitive_4octet_as_type","transitive_opaque_type","transitive_evpn_type","non_transitive_2octet_as_type","custom"]},"transitive_2octet_as_type":{"x-field-uid":2,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.Transitive2OctetAsType"},"transitive_ipv4_address_type":{"x-field-uid":3,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.TransitiveIpv4AddressType"},"transitive_4octet_as_type":{"x-field-uid":4,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.Transitive4OctetAsType"},"transitive_opaque_type":{"x-field-uid":5,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.TransitiveOpaqueType"},"transitive_evpn_type":{"x-field-uid":6,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.TransitiveEvpnType"},"non_transitive_2octet_as_type":{"x-field-uid":7,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.NonTransitive2OctetAsType"},"custom":{"x-field-uid":8,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.CustomType"}}},"Bgp.ExtendedCommunity.Transitive2OctetAsType.RouteTarget":{"description":"The Route Target Community identifies one or more routers that may receive a set of routes (that carry this Community) carried by BGP.  It is sent with sub-type as 0x02.            ","type":"object","properties":{"global_2byte_as":{"description":"The two octet IANA assigned AS value assigned to the Autonomous System.","type":"integer","format":"uint32","maximum":65535,"default":100,"x-field-uid":1},"local_4byte_admin":{"type":"integer","format":"uint32","default":1,"description":"The Local Administrator sub-field contains a number from a numbering space that is administered by the organization to which the Autonomous System number carried in the Global Administrator sub-field has been assigned by an appropriate authority.","x-field-uid":2}}},"Bgp.ExtendedCommunity.Transitive2OctetAsType.RouteOrigin":{"description":"The Route Origin Community identifies one or more routers that inject a set of routes (that carry this Community) into BGP. It is sent with sub-type as 0x03 .","type":"object","properties":{"global_2byte_as":{"description":"The two octet IANA assigned AS value assigned to the Autonomous System.","type":"integer","format":"uint32","maximum":65535,"default":100,"x-field-uid":1},"local_4byte_admin":{"description":"The Local Administrator sub-field contains a number from a numbering space that is administered by the organization to which the Autonomous System number carried in the Global Administrator sub-field has been assigned by an appropriate authority.","type":"integer","format":"uint32","default":1,"x-field-uid":2}}},"Bgp.ExtendedCommunity.Transitive2OctetAsType":{"description":"The Transitive Two-Octet AS-Specific Extended Community is sent as type 0x00 .         ","type":"object","properties":{"choice":{"type":"string","default":"route_target_subtype","x-enum":{"route_target_subtype":{"x-field-uid":1},"route_origin_subtype":{"x-field-uid":2}},"x-field-uid":1,"enum":["route_target_subtype","route_origin_subtype"]},"route_target_subtype":{"x-field-uid":2,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.Transitive2OctetAsType.RouteTarget"},"route_origin_subtype":{"x-field-uid":3,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.Transitive2OctetAsType.RouteOrigin"}}},"Bgp.ExtendedCommunity.TransitiveIpv4AddressType.RouteOrigin":{"description":"The Route Origin Community identifies one or more routers that inject a set of routes (that carry this Community) into BGP It is sent with sub-type as 0x03.","type":"object","properties":{"global_ipv4_admin":{"description":"An IPv4 unicast address assigned by one of the Internet registries.            ","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":1},"local_2byte_admin":{"description":"The Local Administrator sub-field contains a number from a numbering space that is administered by the organization to which  the IP address carried in the Global Administrator sub-field has been assigned by an appropriate authority.","type":"integer","format":"uint32","default":1,"maximum":65535,"x-field-uid":2}}},"Bgp.ExtendedCommunity.TransitiveIpv4AddressType.RouteTarget":{"description":"The Route Target Community identifies one or more routers that may receive a set of routes (that carry this Community) carried by BGP.  It is sent with sub-type as 0x02.             ","type":"object","properties":{"global_ipv4_admin":{"description":"An IPv4 unicast address assigned by one of the Internet registries. ","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":1},"local_2byte_admin":{"type":"integer","format":"uint32","maximum":65535,"default":1,"description":"The Local Administrator sub-field contains a number from a numbering space that is administered by the organization to which  the IP address carried in the Global Administrator sub-field has been assigned by an appropriate authority.","x-field-uid":2}}},"Bgp.ExtendedCommunity.TransitiveIpv4AddressType":{"description":"The Transitive IPv4 Address Specific Extended Community is sent as type 0x01.","type":"object","properties":{"choice":{"type":"string","default":"route_target_subtype","x-enum":{"route_target_subtype":{"x-field-uid":1},"route_origin_subtype":{"x-field-uid":2}},"x-field-uid":1,"enum":["route_target_subtype","route_origin_subtype"]},"route_target_subtype":{"x-field-uid":2,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.TransitiveIpv4AddressType.RouteTarget"},"route_origin_subtype":{"x-field-uid":3,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.TransitiveIpv4AddressType.RouteOrigin"}}},"Bgp.ExtendedCommunity.Transitive4OctetAsType.RouteTarget":{"description":"The Route Target Community identifies one or more routers that may receive a set of routes (that carry this Community) carried by BGP.  It is sent with sub-type as 0x02              ","type":"object","properties":{"global_4byte_as":{"description":"The four octet IANA assigned AS value assigned to the Autonomous System.","type":"integer","format":"uint32","default":100,"x-field-uid":1},"local_2byte_admin":{"type":"integer","format":"uint32","default":1,"maximum":65535,"description":"The Local Administrator sub-field contains a number from a numbering space that is administered by the organization to which the Autonomous System number carried in the Global Administrator sub-field has been assigned by an appropriate authority.","x-field-uid":2}}},"Bgp.ExtendedCommunity.Transitive4OctetAsType.RouteOrigin":{"description":"The Route Origin Community identifies one or more routers that inject a set of routes (that carry this Community) into BGP. It is sent with sub-type as 0x03.","type":"object","properties":{"global_4byte_as":{"description":"The four octet IANA assigned AS value assigned to the Autonomous System.","type":"integer","format":"uint32","default":100,"x-field-uid":1},"local_2byte_admin":{"description":"The Local Administrator sub-field contains a number from a numbering space that is administered by the organization to which the Autonomous System number carried in the Global Administrator sub-field has been assigned by an appropriate authority.","type":"integer","format":"uint32","default":1,"maximum":65535,"x-field-uid":2}}},"Bgp.ExtendedCommunity.Transitive4OctetAsType":{"description":"The Transitive Four-Octet AS-Specific Extended Community is sent as type 0x02. It is defined in RFC 5668.       ","type":"object","properties":{"choice":{"type":"string","default":"route_target_subtype","x-enum":{"route_target_subtype":{"x-field-uid":1},"route_origin_subtype":{"x-field-uid":2}},"x-field-uid":1,"enum":["route_target_subtype","route_origin_subtype"]},"route_target_subtype":{"x-field-uid":2,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.Transitive4OctetAsType.RouteTarget"},"route_origin_subtype":{"x-field-uid":3,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.Transitive4OctetAsType.RouteOrigin"}}},"Bgp.ExtendedCommunity.TransitiveOpaqueType.Color":{"description":"The Color Community contains locally administrator defined 'color' value which is used in conjunction with Encapsulation  attribute to decide whether a data packet can be transmitted on a certain tunnel or not. It is defined in RFC9012 and sent with sub-type as 0x0b.             ","type":"object","properties":{"flags":{"description":"Two octet flag values. ","type":"integer","format":"uint32","maximum":65535,"default":0,"x-field-uid":1},"color":{"type":"integer","format":"uint32","default":0,"description":"The color value is user defined and configured locally and used to determine whether a data packet can be transmitted on a certain tunnel or not in conjunction with the Encapsulation attribute. It is defined in RFC9012.           ","x-field-uid":2}}},"Bgp.ExtendedCommunity.TransitiveOpaqueType.Encapsulation":{"description":"This identifies the type of tunneling technology being signalled. It is defined in RFC9012 and sent with sub-type as 0x0c.","type":"object","properties":{"reserved":{"description":"Four bytes of reserved values. Normally set to 0 on transmit and ignored on receive. ","type":"integer","format":"uint32","default":0,"x-field-uid":1},"tunnel_type":{"description":"Identifies the type of tunneling technology being signalled. Initially defined in RFC5512 and extended in RFC9012. Some of the important tunnel types include  1 L2TPv3 over IP\t[RFC9012], \n2\tGRE\t[RFC9012]\n7\tIP in IP\t[RFC9012]\n8\tVXLAN Encapsulation\t[RFC8365]\n9\tNVGRE Encapsulation\t[RFC8365]\n10\tMPLS Encapsulation\t[RFC8365]\n15\tSR TE Policy Type\t[draft-ietf-idr-segment-routing-te-policy]\n19\tGeneve Encapsulation\t[RFC8926]","type":"integer","format":"uint32","maximum":65535,"default":1,"x-field-uid":2}}},"Bgp.ExtendedCommunity.TransitiveOpaqueType":{"description":"The Transitive Opaque Extended Community is sent as type 0x03.","type":"object","properties":{"choice":{"type":"string","default":"color_subtype","x-enum":{"color_subtype":{"x-field-uid":1},"encapsulation_subtype":{"x-field-uid":2}},"x-field-uid":1,"enum":["color_subtype","encapsulation_subtype"]},"color_subtype":{"x-field-uid":2,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.TransitiveOpaqueType.Color"},"encapsulation_subtype":{"x-field-uid":3,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.TransitiveOpaqueType.Encapsulation"}}},"Bgp.ExtendedCommunity.TransitiveEvpnType.RouterMac":{"description":"The Router MAC EVPN Community is defined in RFC9135 and normally sent only for EVPN Type-2 Routes . It is sent with sub-type 0x03.","type":"object","properties":{"router_mac":{"description":"MAC Address of the PE Router.           ","type":"string","format":"mac","default":"0:0:0:0:0:0","x-field-uid":1}}},"Bgp.ExtendedCommunity.TransitiveEvpnType":{"description":"The Transitive EVPN Extended Community is sent as type 0x06 .        ","type":"object","properties":{"choice":{"type":"string","default":"router_mac_subtype","x-enum":{"router_mac_subtype":{"x-field-uid":1}},"x-field-uid":1,"enum":["router_mac_subtype"]},"router_mac_subtype":{"x-field-uid":2,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.TransitiveEvpnType.RouterMac"}}},"Bgp.ExtendedCommunity.NonTransitive2OctetAsType.LinkBandwidth":{"description":"The Link Bandwidth Extended Community attribute is defined in draft-ietf-idr-link-bandwidth. It is sent with sub-type as 0x04.","type":"object","properties":{"global_2byte_as":{"description":"The value of the Global Administrator subfield should represent the Autonomous System of the router that attaches the Link Bandwidth Community. If four octet AS numbering scheme is used, AS_TRANS (23456) should be used.","type":"integer","format":"uint32","default":100,"maximum":65535,"x-field-uid":1},"bandwidth":{"description":"Bandwidth of the link in bytes per second. ( 1 Kbps is 1000 bytes per second and 1 Mbps is 1000 Kbps per second )","type":"number","format":"float","default":0,"x-field-uid":2}}},"Bgp.ExtendedCommunity.NonTransitive2OctetAsType":{"description":"The Non-Transitive Two-Octet AS-Specific Extended Community is sent as type 0x40.         ","type":"object","properties":{"choice":{"type":"string","default":"link_bandwidth_subtype","x-enum":{"link_bandwidth_subtype":{"x-field-uid":1}},"x-field-uid":1,"enum":["link_bandwidth_subtype"]},"link_bandwidth_subtype":{"x-field-uid":2,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.NonTransitive2OctetAsType.LinkBandwidth"}}},"Bgp.ExtendedCommunity.CustomType":{"description":"Add a custom Extended Community with a combination of types , sub-types and values not explicitly specified above or not defined yet.         ","type":"object","properties":{"community_type":{"description":"The type to be set in the Extended Community attribute. Accepts hexadecimal input upto ff .         ","type":"string","format":"hex","maxLength":2,"default":"00","x-field-uid":1},"community_subtype":{"description":"The sub-type to be set in the Extended Community attribute. For certain types with no sub-type this byte can also be used as part of an extended value field. Accepts hexadecimal input upto ff.","type":"string","format":"hex","maxLength":2,"default":"00","x-field-uid":2},"value":{"description":"6 byte hex value to be carried in the last 6 bytes of the Extended Community. Accepts hexadecimal input upto ffffffffffff.      ","type":"string","format":"hex","maxLength":12,"default":"000000000000","x-field-uid":3}}},"Bgp.V6RouteRange":{"description":"Emulated BGPv6 route range.","type":"object","properties":{"addresses":{"description":"A list of group of IPv6 route addresses.","type":"array","items":{"$ref":"#/components/schemas/V6RouteAddress"},"x-field-uid":1},"next_hop_mode":{"description":"Specify the NextHop in MP REACH NLRI. The mode for setting the IP address  of the NextHop in the MP REACH NLRI can be one of the following:\n  Local IP: Automatically fills the Nexthop with the Local IP of the BGP\npeer.\n  If BGP peer is of type IPv6, Nexthop Encoding capability should be enabled.\n  Manual: Override the Nexthop with any arbitrary IPv4/IPv6 address.   ","type":"string","default":"local_ip","x-field-uid":2,"x-enum":{"local_ip":{"x-field-uid":1},"manual":{"x-field-uid":2}},"enum":["local_ip","manual"]},"next_hop_address_type":{"description":"If the Nexthop Mode is Manual, it sets the type of the NextHop IP address.","type":"string","default":"ipv6","x-field-uid":3,"x-enum":{"ipv4":{"x-field-uid":1},"ipv6":{"x-field-uid":2}},"enum":["ipv4","ipv6"]},"next_hop_ipv4_address":{"description":"The IPv4 address of the next hop if the Nexthop Mode is manual and the Nexthop type is IPv4. If BGP peer is of type IPv6, Nexthop Encoding capability should be enabled.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":4},"next_hop_ipv6_address":{"description":"The IPv6 address of the next hop if the Nexthop Mode is manual and the Nexthop type is IPv6. ","type":"string","format":"ipv6","default":"::0","x-field-uid":5},"advanced":{"x-field-uid":6,"$ref":"#/components/schemas/Bgp.RouteAdvanced"},"communities":{"x-field-uid":7,"description":"Optional community settings.","type":"array","items":{"$ref":"#/components/schemas/Bgp.Community"}},"as_path":{"x-field-uid":8,"$ref":"#/components/schemas/Bgp.AsPath"},"add_path":{"x-field-uid":9,"$ref":"#/components/schemas/Bgp.AddPath"},"name":{"x-field-uid":10,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"ext_communities":{"x-status":{"status":"deprecated","information":"This property is deprecated in favor of property extended_communities"},"x-field-uid":11,"description":"Deprecated: This property is deprecated in favor of property extended_communities\n\nOptional Extended Community settings. The Extended Communities Attribute is a transitive optional BGP attribute, with the Type Code 16. Community and Extended Communities  attributes are utilized to trigger routing decisions, such as acceptance, rejection,  preference, or redistribution. An extended community is an 8-Bytes value. It is divided into two main parts. The first 2 Bytes of the community encode a type and sub-type fields and the last 6 Bytes carry a unique set of data in a format defined by the type and sub-type field. Extended communities provide a larger  range for grouping or categorizing communities. When type is administrator_as_2octet or administrator_as_4octet, the valid sub types are route target and origin. The valid value for  administrator_as_2octet and administrator_as_4octet type is either two byte AS followed by four byte local administrator id or four byte AS followed by two  byte local administrator id.  When type is administrator_ipv4_address the valid sub types are route target and origin. The valid value for  administrator_ipv4_address is a four byte IPv4 address followed by a two byte local administrator id.  When type is opaque, valid sub types are color and encapsulation. When sub type is color, first two bytes of the value field contain flags and last four bytes  contains the value of the color. When sub type is encapsulation the first four bytes of value field are reserved and last two bytes carries the tunnel type from  IANA's \"ETHER TYPES\" registry e.g IPv4 (protocol type = 0x0800), IPv6 (protocol type = 0x86dd), and MPLS (protocol type = 0x8847). When type is administrator_as_2octet_link_bandwidth the valid sub type is extended_bandwidth. The first two bytes of the value field contains the AS number and the last four bytes contains the bandwidth in IEEE floating point format.  When type is evpn the valid subtype is mac_address. In the value field the low-order bit of the first byte(Flags) is defined as the \"Sticky/static\" flag and may be set to 1, indicating the MAC address is static and cannot move. The second byte is reserved and the  last four bytes contain the sequence number which is used to ensure that PEs retain the correct MAC/IP Advertisement route when multiple updates  occur for the same MAC address.  Note evpn type is defined mainly for use with evpn route updates and not for IPv4 and IPv6 route updates.","type":"array","items":{"$ref":"#/components/schemas/Bgp.ExtCommunity"}},"extended_communities":{"x-field-uid":12,"description":"Optional Extended Community settings. The Extended Communities Attribute is a transitive optional BGP attribute, with the Type Code 16. Community and Extended Communities  attributes are utilized to trigger routing decisions, such as acceptance, rejection,  preference, or redistribution. An extended community is an eight byte value. It is divided into two main parts. The first two bytes of the community encode a type and sub-type fields and the last six bytes carry a unique set of data in a format defined by the type and sub-type field. Extended communities provide a larger range for grouping or categorizing communities.            ","type":"array","items":{"$ref":"#/components/schemas/Bgp.ExtendedCommunity"}}},"required":["name"]},"BgpSrte.V4Policy":{"description":"Configuration for BGP Segment Routing Traffic Engineering(SRTE) \npolicy.\n","type":"object","required":["ipv4_endpoint","name"],"properties":{"distinguisher":{"description":"4-octet value uniquely identifying the policy in the context of (color, endpoint) tuple. It is used by the SR Policy originator to make unique (from an NLRI perspective)  both for multiple candidate  paths of the same SR Policy as well as candidate paths  of different SR Policies (i.e. with different segment list) with the same Color  and Endpoint but meant for different head-ends.","type":"integer","format":"uint32","default":1,"x-field-uid":1},"color":{"description":"Policy color is used to match the color of the destination prefixes to steer traffic into the SR Policy.","type":"integer","format":"uint32","default":100,"x-field-uid":2},"ipv4_endpoint":{"description":"Specifies a single node or a set of nodes (e.g. an anycast address). It is selected on the basis of the SR Policy type (AFI).","type":"string","format":"ipv4","x-field-uid":3},"next_hop_mode":{"description":"Mode for choosing the NextHop in MP REACH NLRI. Available modes are : Local IP: Automatically fills the Nexthop with the Local IP of the BGP peer. For IPv6 BGP peer the Nexthop Encoding capability should be enabled. Manual: Override the Nexthop with any arbitrary IPv4/IPv6 address.","type":"string","default":"local_ip","x-field-uid":4,"x-enum":{"local_ip":{"x-field-uid":1},"manual":{"x-field-uid":2}},"enum":["local_ip","manual"]},"next_hop_address_type":{"description":"Type of next hop IP address to be used when 'next_hop_mode' is set to 'manual'. ","type":"string","default":"ipv4","x-field-uid":5,"x-enum":{"ipv4":{"x-field-uid":1},"ipv6":{"x-field-uid":2}},"enum":["ipv4","ipv6"]},"next_hop_ipv4_address":{"description":"The IPv4 address of the next hop if the Nexthop type 'next_hop_mode' is 'manual' and the Nexthop type 'next_hop_address_type' is IPv4. If BGP peer is of type IPv6, Nexthop Encoding capability extended_next_hop_encoding should be enabled.","type":"string","format":"ipv4","x-field-uid":6},"next_hop_ipv6_address":{"description":"The IPv6 address of the next hop if the Nexthop Mode 'next_hop_address_type' is 'manual' and the Nexthop type 'next_hop_address_type' is IPv6. ","type":"string","format":"ipv6","x-field-uid":7},"advanced":{"$ref":"#/components/schemas/Bgp.RouteAdvanced","x-field-uid":8},"add_path":{"$ref":"#/components/schemas/Bgp.AddPath","x-field-uid":9},"as_path":{"$ref":"#/components/schemas/Bgp.AsPath","x-field-uid":10},"communities":{"description":"Optional Community settings.","type":"array","items":{"$ref":"#/components/schemas/Bgp.Community"},"x-field-uid":11},"ext_communities":{"description":"Optional Extended Community settings. The Extended Communities Attribute is a transitive optional BGP attribute, with the Type Code 16. Community and Extended Communities  attributes are utilized to trigger routing decisions, such as acceptance, rejection,  preference, or redistribution. An extended community is an 8-Bytes value. It is divided into two main parts. The first 2 Bytes of the community encode a type and sub-type fields and the last 6 Bytes carry a unique set of data in a format defined by the type and sub-type field. Extended communities provide a larger  range for grouping or categorizing communities. When type is administrator_as_2octet or administrator_as_4octet, the valid sub types are route target and origin. The valid value for  administrator_as_2octet and administrator_as_4octet type is either two byte AS followed by four byte local administrator id or four byte AS followed by two  byte local administrator id.  When type is administrator_ipv4_address the valid sub types are route target and origin. The valid value for  administrator_ipv4_address is a four byte IPv4 address followed by a two byte local administrator id.  When type is opaque, valid sub types are color and encapsulation. When sub type is color, first two bytes of the value field contain flags and last four bytes  contains the value of the color. When sub type is encapsulation the first four bytes of value field are reserved and last two bytes carries the tunnel type from  IANA's \"ETHER TYPES\" registry e.g IPv4 (protocol type = 0x0800), IPv6 (protocol type = 0x86dd), and MPLS (protocol type = 0x8847). When type is administrator_as_2octet_link_bandwidth the valid sub type is extended_bandwidth. The first two bytes of the value field contains the AS number and the last four bytes contains the bandwidth in IEEE floating point format.  When type is evpn the valid subtype is mac_address. In the value field the low-order bit of the first byte(Flags) is defined as the \"Sticky/static\" flag and may be set to 1, indicating the MAC address is static and cannot move. The second byte is reserved and the  last four bytes contain the sequence number which is used to ensure that PEs retain the correct MAC/IP Advertisement route when multiple updates  occur for the same MAC address.","type":"array","items":{"$ref":"#/components/schemas/Bgp.ExtCommunity"},"x-field-uid":12},"tunnel_tlvs":{"description":"List Tunnel Encapsulation Attributes.","type":"array","items":{"$ref":"#/components/schemas/BgpSrte.V4TunnelTlv"},"x-field-uid":13},"name":{"x-field-uid":14,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"active":{"x-field-uid":15,"description":"If enabled means that this part of the configuration including any active 'children' nodes will be advertised to peer.  If disabled, this means that though config is present, it is not taking any part of the test but can be activated at run-time to advertise just this part of the configuration to the peer.","type":"boolean","default":true}}},"BgpSrte.V4TunnelTlv":{"description":"Configuration for BGP SRTE Tunnel TLV.","type":"object","properties":{"remote_endpoint_sub_tlv":{"$ref":"#/components/schemas/BgpSrte.RemoteEndpointSubTlv","x-field-uid":1},"color_sub_tlv":{"$ref":"#/components/schemas/BgpSrte.ColorSubTlv","x-field-uid":2},"binding_sub_tlv":{"$ref":"#/components/schemas/BgpSrte.BindingSubTlv","x-field-uid":3},"preference_sub_tlv":{"$ref":"#/components/schemas/BgpSrte.PreferenceSubTlv","x-field-uid":4},"policy_priority_sub_tlv":{"$ref":"#/components/schemas/BgpSrte.PolicyPrioritySubTlv","x-field-uid":5},"policy_name_sub_tlv":{"$ref":"#/components/schemas/BgpSrte.PolicyNameSubTlv","x-field-uid":6},"explicit_null_label_policy_sub_tlv":{"$ref":"#/components/schemas/BgpSrte.ExplicitNullLabelPolicySubTlv","x-field-uid":7},"segment_lists":{"type":"array","items":{"$ref":"#/components/schemas/BgpSrte.SegmentList"},"x-field-uid":8},"name":{"x-field-uid":9,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"active":{"x-field-uid":10,"description":"If enabled means that this part of the configuration including any active 'children' nodes will be advertised to peer.  If disabled, this means that though config is present, it is not taking any part of the test but can be activated at run-time to advertise just this part of the configuration to the peer.","type":"boolean","default":true}},"required":["name"]},"BgpSrte.RemoteEndpointSubTlv":{"description":"Configuration for the BGP remote endpoint sub TLV.","type":"object","properties":{"as_number":{"description":"Autonomous system (AS) number","type":"integer","format":"uint32","default":0,"x-field-uid":1},"address_family":{"description":"Determines the address type","type":"string","default":"ipv4","x-field-uid":2,"x-enum":{"ipv4":{"x-field-uid":1},"ipv6":{"x-field-uid":2}},"enum":["ipv4","ipv6"]},"ipv4_address":{"description":"The IPv4 address of the Remote Endpoint.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":3},"ipv6_address":{"description":"The IPv6 address of the Remote Endpoint.","type":"string","format":"ipv6","default":"::0","x-field-uid":4}}},"BgpSrte.ColorSubTlv":{"description":"Configuration for the Policy Color attribute sub-TLV. The Color sub-TLV MAY be used as a way to \"color\" the corresponding Tunnel TLV. The Value field of the sub-TLV is eight octets long and consists of a Color Extended Community. First two octets of its Value field are 0x030b as type and subtype of extended  community. Remaining six octets are are exposed to configure. ","type":"object","properties":{"color":{"description":"Six octet values. Example: 000000000064 for color value 100.","type":"string","format":"hex","x-field-uid":1}}},"BgpSrte.BindingSubTlv":{"description":"Configuration for the binding SID sub-TLV.  This is used to signal the binding SID related information  of the SR Policy candidate path.","type":"object","properties":{"binding_sid_type":{"description":"Type of the binding SID.  Supported types are \"No Binding SID\" or \"Four Octets Sid\" or \"IPv6 SID\".","type":"string","default":"no_binding","x-field-uid":1,"x-enum":{"no_binding":{"x-field-uid":1},"four_octet_sid":{"x-field-uid":2},"ipv6_sid":{"x-field-uid":3}},"enum":["no_binding","four_octet_sid","ipv6_sid"]},"four_octet_sid":{"description":"Binding SID is encoded in 4 octets. ","type":"integer","format":"uint32","x-field-uid":2},"ipv6_sid":{"description":"IPv6 SID value.","type":"string","format":"ipv6","x-field-uid":3},"s_flag":{"description":"S-Flag encodes the \"Specified-BSID-only\" behavior.","type":"boolean","default":false,"x-field-uid":4},"i_flag":{"description":"I-Flag encodes the \"Drop Upon Invalid\" behavior.","type":"boolean","default":false,"x-field-uid":5}}},"BgpSrte.PreferenceSubTlv":{"description":"Configuration for BGP preference sub TLV of the SR Policy candidate path.","type":"object","properties":{"preference":{"description":"The preference value of the SR Policy candidate path.","type":"integer","format":"uint32","default":0,"x-field-uid":1}}},"BgpSrte.PolicyPrioritySubTlv":{"description":"Configuration for the Policy Priority sub-TLV. The Policy Priority to indicate the order in which the SR policies  are re-computed upon topological change.","type":"object","properties":{"policy_priority":{"description":"One-octet Priority value.","type":"integer","format":"uint32","maximum":255,"x-field-uid":1}}},"BgpSrte.PolicyNameSubTlv":{"description":"Configuration for the Policy Name sub-TLV. The Policy Name sub-TLV is used to attach a symbolic name to the SR Policy candidate path.","type":"object","properties":{"policy_name":{"description":"Symbolic name for the policy that should be a string of printable ASCII characters, without a NULL terminator.","type":"string","minLength":1,"maxLength":32,"x-field-uid":1}}},"BgpSrte.ExplicitNullLabelPolicySubTlv":{"description":"Configuration for BGP explicit null label policy sub TLV settings.","type":"object","properties":{"explicit_null_label_policy":{"description":"The value of the explicit null label policy ","type":"string","default":"do_not_push_enlp","x-field-uid":1,"x-enum":{"reserved_enlp":{"x-field-uid":1},"push_ipv4_enlp":{"x-field-uid":2},"push_ipv6_enlp":{"x-field-uid":3},"push_ipv4_ipv6_enlp":{"x-field-uid":4},"do_not_push_enlp":{"x-field-uid":5}},"enum":["reserved_enlp","push_ipv4_enlp","push_ipv6_enlp","push_ipv4_ipv6_enlp","do_not_push_enlp"]}}},"BgpSrte.SegmentList":{"description":"Optional configuration for BGP SR TE Policy segment list. The Segment List sub-TLV encodes a single explicit path towards the Endpoint.","type":"object","properties":{"weight":{"description":"The Weight associated with a given path and the sub-TLV is optional.","type":"integer","format":"uint32","default":0,"x-field-uid":1},"segments":{"type":"array","items":{"$ref":"#/components/schemas/BgpSrte.Segment"},"x-field-uid":2},"name":{"x-field-uid":3,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"active":{"x-field-uid":4,"description":"If enabled means that this part of the configuration including any active 'children' nodes will be advertised to peer.  If disabled, this means that though config is present, it is not taking any part of the test but can be activated at run-time to advertise just this part of the configuration to the peer.","type":"boolean","default":true}},"required":["name"]},"BgpSrte.Segment":{"description":"A Segment sub-TLV describes a single segment in a segment list  i.e., a single element of the explicit path. The Segment sub-TLVs are optional.","type":"object","required":["segment_type","name"],"properties":{"segment_type":{"description":"Specify one of the segment type.\nhttps://datatracker.ietf.org/doc/html/draft-ietf-idr-segment-routing-te-policy-13\nType  A: SID only, in the form of MPLS Label.\nType  B: SID only, in the form of IPv6 Address.\nType  C: IPv4 Node Address with optional SID.\nType  D: IPv6 Node Address with optional SID for SR MPLS.\nType  E: IPv4 Address and index with optional SID.\nType  F: IPv4 Local and Remote addresses with optional SID.\nType  G: IPv6 Address and index for local and remote pair with optional\n      SID for SR MPLS.\nType  H: IPv6 Local and Remote addresses with optional SID for SR MPLS.\nType  I: IPv6 Node Address with optional SID for SRv6.\nType  J: IPv6 Address and index for local and remote pair with optional\n      SID for SRv6.\nType  K: IPv6 Local and Remote addresses for SRv6.","type":"string","x-field-uid":1,"x-enum":{"type_a":{"x-field-uid":1},"type_b":{"x-field-uid":2},"type_c":{"x-field-uid":3},"type_d":{"x-field-uid":4},"type_e":{"x-field-uid":5},"type_f":{"x-field-uid":6},"type_g":{"x-field-uid":7},"type_h":{"x-field-uid":8},"type_i":{"x-field-uid":9},"type_j":{"x-field-uid":10},"type_k":{"x-field-uid":11}},"enum":["type_a","type_b","type_c","type_d","type_e","type_f","type_g","type_h","type_i","type_j","type_k"]},"type_a":{"$ref":"#/components/schemas/BgpSrte.SegmentATypeSubTlv","x-field-uid":2},"type_b":{"$ref":"#/components/schemas/BgpSrte.SegmentBTypeSubTlv","x-field-uid":3},"type_c":{"$ref":"#/components/schemas/BgpSrte.SegmentCTypeSubTlv","x-field-uid":4},"type_d":{"$ref":"#/components/schemas/BgpSrte.SegmentDTypeSubTlv","x-field-uid":5},"type_e":{"$ref":"#/components/schemas/BgpSrte.SegmentETypeSubTlv","x-field-uid":6},"type_f":{"$ref":"#/components/schemas/BgpSrte.SegmentFTypeSubTlv","x-field-uid":7},"type_g":{"$ref":"#/components/schemas/BgpSrte.SegmentGTypeSubTlv","x-field-uid":8},"type_h":{"$ref":"#/components/schemas/BgpSrte.SegmentHTypeSubTlv","x-field-uid":9},"type_i":{"$ref":"#/components/schemas/BgpSrte.SegmentITypeSubTlv","x-field-uid":10},"type_j":{"$ref":"#/components/schemas/BgpSrte.SegmentJTypeSubTlv","x-field-uid":11},"type_k":{"$ref":"#/components/schemas/BgpSrte.SegmentKTypeSubTlv","x-field-uid":12},"name":{"x-field-uid":13,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"active":{"x-field-uid":14,"description":"If enabled means that this part of the configuration including any active 'children' nodes will be advertised to peer.  If disabled, this means that though config is present, it is not taking any part of the test but can be activated at run-time to advertise just this part of the configuration to the peer.","type":"boolean","default":true}}},"BgpSrte.SrMplsSid":{"description":"Configuration for SR-MPLS with Label, TC, Bottom-of-Stack and TTL.","type":"object","properties":{"label":{"description":"Label value in [0, 2^20 -1].","type":"integer","format":"uint32","maximum":1048575,"x-field-uid":1},"tc":{"description":"Traffic class in bits.","type":"integer","format":"uint32","maximum":7,"x-field-uid":2},"s_bit":{"description":"Bottom-of-Stack bit.","type":"boolean","x-field-uid":3},"ttl":{"description":"Time To Live. ","type":"integer","format":"uint32","maximum":225,"x-field-uid":4}}},"BgpSrte.SRv6SIDEndpointBehaviorAndStructure":{"description":"Configuration for SRv6 Endpoint Behavior and SID Structure.  Its optional. Summation of lengths for Locator Block, Locator Node,  Function, and Argument MUST be less than or equal to 128.","type":"object","properties":{"lb_length":{"description":"SRv6 SID Locator Block length in bits.","type":"integer","format":"uint32","maximum":128,"default":0,"x-field-uid":1},"ln_length":{"description":"SRv6 SID Locator Node length in bits.","type":"integer","format":"uint32","maximum":128,"default":0,"x-field-uid":2},"func_length":{"description":"SRv6 SID Function length in bits.","type":"integer","format":"uint32","maximum":128,"default":0,"x-field-uid":3},"arg_length":{"description":"SRv6 SID Arguments length in bits.","type":"integer","format":"uint32","maximum":128,"default":0,"x-field-uid":4}}},"BgpSrte.SegmentATypeSubTlv":{"description":"Type  A: SID only, in the form of MPLS Label.","type":"object","properties":{"flags":{"description":"One octet bitmap for flags including V-Flag, A-Flag, S-Flag, B-Flag etc. as defined in https://datatracker.ietf.org/doc/html/draft-ietf-idr-segment-routing-te-policy-13#section-2.4.4.2.12","type":"string","format":"hex","x-field-uid":1},"label":{"x-field-uid":2,"description":"Label value in [0, 2^20 -1].","type":"integer","format":"uint32","maximum":1048575},"tc":{"x-field-uid":3,"description":"Traffic class in bits.","type":"integer","format":"uint32","maximum":7},"s_bit":{"x-field-uid":4,"description":"Bottom-of-Stack bit.","type":"boolean"},"ttl":{"x-field-uid":5,"description":"Time To Live. ","type":"integer","format":"uint32","maximum":225}}},"BgpSrte.SegmentBTypeSubTlv":{"description":"Type  B: SID only, in the form of IPv6 address.","type":"object","required":["srv6_sid"],"properties":{"flags":{"description":"One octet bitmap for flags including V-Flag, A-Flag, S-Flag, B-Flag etc. as defined in https://datatracker.ietf.org/doc/html/draft-ietf-idr-segment-routing-te-policy-13#section-2.4.4.2.12","type":"string","format":"hex","x-field-uid":1},"srv6_sid":{"description":"SRv6 SID.","type":"string","format":"ipv6","x-field-uid":2},"srv6_sid_endpoint_behavior":{"description":"Optional SRv6 Endpoint Behavior and SID Structure.","$ref":"#/components/schemas/BgpSrte.SRv6SIDEndpointBehaviorAndStructure","x-field-uid":3}}},"BgpSrte.SegmentCTypeSubTlv":{"description":"Type C: IPv4 Node Address with optional SID.","type":"object","required":["ipv4_node_address"],"properties":{"flags":{"description":"One octet bitmap for flags including V-Flag, A-Flag, S-Flag, B-Flag etc. as defined in https://datatracker.ietf.org/doc/html/draft-ietf-idr-segment-routing-te-policy-13#section-2.4.4.2.12","type":"string","format":"hex","x-field-uid":1},"sr_algorithm":{"description":"SR Algorithm identifier when A-Flag in on.","type":"integer","format":"uint32","maximum":255,"default":0,"x-field-uid":2},"ipv4_node_address":{"description":"IPv4 address representing a node.","type":"string","format":"ipv4","x-field-uid":3},"sr_mpls_sid":{"description":"Optional SR-MPLS SID.","$ref":"#/components/schemas/BgpSrte.SrMplsSid","x-field-uid":4}}},"BgpSrte.SegmentDTypeSubTlv":{"description":"Type D: IPv6 Node Address with optional SID for SR MPLS.","type":"object","required":["ipv6_node_address"],"properties":{"flags":{"description":"One octet bitmap for flags including V-Flag, A-Flag, S-Flag, B-Flag etc. as defined in https://datatracker.ietf.org/doc/html/draft-ietf-idr-segment-routing-te-policy-13#section-2.4.4.2.12","type":"string","format":"hex","x-field-uid":1},"sr_algorithm":{"description":"specifying SR Algorithm when when A-Flag as defined in above flags.","type":"integer","format":"uint32","maximum":255,"default":0,"x-field-uid":2},"ipv6_node_address":{"description":"IPv6 address representing a node.","type":"string","format":"ipv6","x-field-uid":3},"sr_mpls_sid":{"description":"Optional SR-MPLS SID.","$ref":"#/components/schemas/BgpSrte.SrMplsSid","x-field-uid":4}}},"BgpSrte.SegmentETypeSubTlv":{"description":"Type E: IPv4 Address and Local Interface ID with optional SID","type":"object","required":["ipv4_node_address"],"properties":{"flags":{"description":"One octet bitmap for flags including V-Flag, A-Flag, S-Flag, B-Flag etc. as defined in https://datatracker.ietf.org/doc/html/draft-ietf-idr-segment-routing-te-policy-13#section-2.4.4.2.12","type":"string","format":"hex","x-field-uid":1},"local_interface_id":{"description":"Local Interface ID: The Interface Index as defined in [RFC8664].","type":"integer","format":"uint32","default":0,"x-field-uid":2},"ipv4_node_address":{"description":"IPv4 address representing a node.","type":"string","format":"ipv4","x-field-uid":3},"sr_mpls_sid":{"description":"Optional SR-MPLS SID.","$ref":"#/components/schemas/BgpSrte.SrMplsSid","x-field-uid":4}}},"BgpSrte.SegmentFTypeSubTlv":{"description":"Type F: IPv4 Local and Remote addresses with optional SID.","type":"object","required":["local_ipv4_address","remote_ipv4_address"],"properties":{"flags":{"description":"One octet bitmap for flags including V-Flag, A-Flag, S-Flag, B-Flag etc. as defined in https://datatracker.ietf.org/doc/html/draft-ietf-idr-segment-routing-te-policy-13#section-2.4.4.2.12","type":"string","format":"hex","x-field-uid":1},"local_ipv4_address":{"description":"Local IPv4 Address.","type":"string","format":"ipv4","x-field-uid":2},"remote_ipv4_address":{"description":"Remote IPv4 Address.","type":"string","format":"ipv4","x-field-uid":3},"sr_mpls_sid":{"description":"Optional SR-MPLS SID.","$ref":"#/components/schemas/BgpSrte.SrMplsSid","x-field-uid":4}}},"BgpSrte.SegmentGTypeSubTlv":{"description":"Type G: IPv6 Address, Interface ID for local and remote pair with optional SID for SR MPLS.","type":"object","required":["local_ipv6_node_address","remote_ipv6_node_address"],"properties":{"flags":{"description":"One octet bitmap for flags including V-Flag, A-Flag, S-Flag, B-Flag etc. as defined in https://datatracker.ietf.org/doc/html/draft-ietf-idr-segment-routing-te-policy-13#section-2.4.4.2.12","type":"string","format":"hex","x-field-uid":1},"local_interface_id":{"description":"Local Interface ID: The Interface Index as defined in [RFC8664].","type":"integer","format":"uint32","default":0,"x-field-uid":2},"local_ipv6_node_address":{"description":"IPv6 address representing a node.","type":"string","format":"ipv6","x-field-uid":3},"remote_interface_id":{"description":"Local Interface ID: The Interface Index as defined in [RFC8664].","type":"integer","format":"uint32","default":0,"x-field-uid":4},"remote_ipv6_node_address":{"description":"IPv6 address representing a node.","type":"string","format":"ipv6","x-field-uid":5},"sr_mpls_sid":{"description":"Optional SR-MPLS SID.","$ref":"#/components/schemas/BgpSrte.SrMplsSid","x-field-uid":6}}},"BgpSrte.SegmentHTypeSubTlv":{"description":"Type H: IPv6 Local and Remote addresses with optional SID for SR MPLS.","type":"object","required":["local_ipv6_address","remote_ipv6_address"],"properties":{"flags":{"description":"One octet bitmap for flags including V-Flag, A-Flag, S-Flag, B-Flag etc. as defined in https://datatracker.ietf.org/doc/html/draft-ietf-idr-segment-routing-te-policy-13#section-2.4.4.2.12","type":"string","format":"hex","x-field-uid":1},"local_ipv6_address":{"description":"Local IPv6 Address.","type":"string","format":"ipv6","x-field-uid":2},"remote_ipv6_address":{"description":"Remote IPv6 Address.","type":"string","format":"ipv6","x-field-uid":3},"sr_mpls_sid":{"description":"Optional SR-MPLS SID.","$ref":"#/components/schemas/BgpSrte.SrMplsSid","x-field-uid":4}}},"BgpSrte.SegmentITypeSubTlv":{"description":"Type I: IPv6 Node Address with optional SRv6 SID.","type":"object","required":["ipv6_node_address"],"properties":{"flags":{"description":"One octet bitmap for flags including V-Flag, A-Flag, S-Flag, B-Flag etc. as defined in https://datatracker.ietf.org/doc/html/draft-ietf-idr-segment-routing-te-policy-13#section-2.4.4.2.12","type":"string","format":"hex","x-field-uid":1},"ipv6_node_address":{"description":"IPv6 address representing a node.","type":"string","format":"ipv6","x-field-uid":2},"srv6_sid":{"description":"Optional SRv6 SID.","type":"string","format":"ipv6","x-field-uid":3},"srv6_sid_endpoint_behavior":{"description":"Optional SRv6 Endpoint Behavior and SID Structure.","$ref":"#/components/schemas/BgpSrte.SRv6SIDEndpointBehaviorAndStructure","x-field-uid":4}}},"BgpSrte.SegmentJTypeSubTlv":{"description":"Type J: IPv6 Address, Interface ID for local and remote pair for SRv6 with optional SID.","type":"object","required":["local_ipv6_node_address","remote_ipv6_node_address"],"properties":{"flags":{"description":"One octet bitmap for flags including V-Flag, A-Flag, S-Flag, B-Flag etc. as defined in https://datatracker.ietf.org/doc/html/draft-ietf-idr-segment-routing-te-policy-13#section-2.4.4.2.12","type":"string","format":"hex","x-field-uid":1},"sr_algorithm":{"description":"SR Algorithm identifier when A-Flag in on.","type":"integer","format":"uint32","default":0,"x-field-uid":2},"local_interface_id":{"description":"Local Interface ID: The Interface Index as defined in [RFC8664].","type":"integer","format":"uint32","default":0,"x-field-uid":3},"local_ipv6_node_address":{"description":"IPv6 address representing a node.","type":"string","format":"ipv6","x-field-uid":4},"remote_interface_id":{"description":"Local Interface ID: The Interface Index as defined in [RFC8664].","type":"integer","format":"uint32","default":0,"x-field-uid":5},"remote_ipv6_node_address":{"description":"IPv6 address representing a node.","type":"string","format":"ipv6","x-field-uid":6},"srv6_sid":{"description":"Optional SRv6 SID.","type":"string","format":"ipv6","x-field-uid":7},"srv6_sid_endpoint_behavior":{"description":"Optional SRv6 Endpoint Behavior and SID Structure.","$ref":"#/components/schemas/BgpSrte.SRv6SIDEndpointBehaviorAndStructure","x-field-uid":8}}},"BgpSrte.SegmentKTypeSubTlv":{"description":"Type K: IPv6 Local and Remote addresses for SRv6 with optional SID.","type":"object","required":["local_ipv6_address","remote_ipv6_address"],"properties":{"flags":{"description":"One octet bitmap for flags including V-Flag, A-Flag, S-Flag, B-Flag etc. as defined in https://datatracker.ietf.org/doc/html/draft-ietf-idr-segment-routing-te-policy-13#section-2.4.4.2.12","type":"string","format":"hex","x-field-uid":1},"sr_algorithm":{"description":"SR Algorithm identifier when A-Flag in on.","type":"integer","format":"uint32","default":0,"x-field-uid":2},"local_ipv6_address":{"description":"IPv6 address representing a node.","type":"string","format":"ipv6","x-field-uid":3},"remote_ipv6_address":{"description":"IPv6 address representing a node.","type":"string","format":"ipv6","x-field-uid":4},"srv6_sid":{"description":"Optional SRv6 SID.","type":"string","format":"ipv6","x-field-uid":5},"srv6_sid_endpoint_behavior":{"description":"Optional SRv6 Endpoint Behavior and SID Structure.","$ref":"#/components/schemas/BgpSrte.SRv6SIDEndpointBehaviorAndStructure","x-field-uid":6}}},"BgpSrte.V6Policy":{"description":"Configuration for BGP Segment Routing Traffic Engineering policy.\n","type":"object","required":["ipv6_endpoint","name"],"properties":{"distinguisher":{"description":"Identifies the policy in the context of (color and endpoint) tuple.  It is used by the SR Policy originator to make unique multiple  occurrences of the same SR Policy.","type":"integer","format":"uint32","default":1,"x-field-uid":1},"color":{"description":"Identifies the policy. It is used to match the color of the  destination prefixes to steer traffic into the SR Policy. ","type":"integer","format":"uint32","default":100,"x-field-uid":2},"ipv6_endpoint":{"description":"Specifies a single node or a set of nodes (e.g., an anycast address). It is selected on the basis of the SR Policy type (AFI).","type":"string","format":"ipv6","x-field-uid":3},"next_hop_mode":{"description":"Mode for choosing the NextHop in MP REACH NLRI. Available modes are : Local IP: Automatically fills the Nexthop with the Local IP of the BGP peer. For IPv6 BGP peer the Nexthop Encoding capability should be enabled. Manual: Override the Nexthop with any arbitrary IPv4/IPv6 address.","type":"string","default":"local_ip","x-field-uid":4,"x-enum":{"local_ip":{"x-field-uid":1},"manual":{"x-field-uid":2}},"enum":["local_ip","manual"]},"next_hop_address_type":{"description":"Type of next hop IP address to be used when 'next_hop_mode' is set to 'manual'. ","type":"string","default":"ipv6","x-field-uid":5,"x-enum":{"ipv4":{"x-field-uid":1},"ipv6":{"x-field-uid":2}},"enum":["ipv4","ipv6"]},"next_hop_ipv4_address":{"description":"The IPv4 address of the Nexthop if the 'next_hop_mode' is 'manual' and the Nexthop type 'next_hop_address_type' is IPv4. If BGP peer is of type IPv6, Nexthop Encoding capability extended_next_hop_encoding should be enabled.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":6},"next_hop_ipv6_address":{"description":"The IPv6 address of the next hop if the Nexthop Mode 'next_hop_address_type' is 'manual' and the Nexthop type 'next_hop_address_type' is IPv6. ","type":"string","format":"ipv6","default":"::0","x-field-uid":7},"advanced":{"$ref":"#/components/schemas/Bgp.RouteAdvanced","x-field-uid":8},"add_path":{"$ref":"#/components/schemas/Bgp.AddPath","x-field-uid":9},"as_path":{"$ref":"#/components/schemas/Bgp.AsPath","x-field-uid":10},"communities":{"description":"Optional community settings.","type":"array","items":{"$ref":"#/components/schemas/Bgp.Community"},"x-field-uid":11},"extcommunities":{"description":"Optional Extended Community settings. The Extended Communities Attribute is a transitive optional BGP attribute, with the Type Code 16. Community and Extended Communities  attributes are utilized to trigger routing decisions, such as acceptance, rejection,  preference, or redistribution. An extended community is an 8-Bytes value. It is divided into two main parts. The first 2 Bytes of the community encode a type and sub-type fields and the last 6 Bytes carry a unique set of data in a format defined by the type and sub-type field. Extended communities provide a larger  range for grouping or categorizing communities. When type is administrator_as_2octet or administrator_as_4octet, the valid sub types are route target and origin. The valid value for  administrator_as_2octet and administrator_as_4octet type is either two byte AS followed by four byte local administrator id or four byte AS followed by two  byte local administrator id.  When type is administrator_ipv4_address the valid sub types are route target and origin. The valid value for  administrator_ipv4_address is a four byte IPv4 address followed by a two byte local administrator id.  When type is opaque, valid sub types are color and encapsulation. When sub type is color, first two bytes of the value field contain flags and last four bytes  contains the value of the color. When sub type is encapsulation the first four bytes of value field are reserved and last two bytes carries the tunnel type from  IANA's \"ETHER TYPES\" registry e.g IPv4 (protocol type = 0x0800), IPv6 (protocol type = 0x86dd), and MPLS (protocol type = 0x8847). When type is administrator_as_2octet_link_bandwidth the valid sub type is extended_bandwidth. The first two bytes of the value field contains the AS number and the last four bytes contains the bandwidth in IEEE floating point format.  When type is evpn the valid subtype is mac_address. In the value field the low-order bit of the first byte(Flags) is defined as the \"Sticky/static\" flag and may be set to 1, indicating the MAC address is static and cannot move. The second byte is reserved and the  last four bytes contain the sequence number which is used to ensure that PEs retain the correct MAC/IP Advertisement route when multiple updates  occur for the same MAC address.","type":"array","items":{"$ref":"#/components/schemas/Bgp.ExtCommunity"},"x-field-uid":12},"tunnel_tlvs":{"description":"List of optional tunnel TLV settings.","type":"array","items":{"$ref":"#/components/schemas/BgpSrte.V6TunnelTlv"},"x-field-uid":13},"name":{"x-field-uid":14,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"active":{"x-field-uid":15,"description":"If enabled means that this part of the configuration including any active 'children' nodes will be advertised to peer.  If disabled, this means that though config is present, it is not taking any part of the test but can be activated at run-time to advertise just this part of the configuration to the peer.","type":"boolean","default":true}}},"BgpSrte.V6TunnelTlv":{"description":"Configuration for BGP SRTE Tunnel TLV.","type":"object","properties":{"remote_endpoint_sub_tlv":{"$ref":"#/components/schemas/BgpSrte.RemoteEndpointSubTlv","x-field-uid":1},"color_sub_tlv":{"$ref":"#/components/schemas/BgpSrte.ColorSubTlv","x-field-uid":2},"binding_sub_tlv":{"$ref":"#/components/schemas/BgpSrte.BindingSubTlv","x-field-uid":3},"preference_sub_tlv":{"$ref":"#/components/schemas/BgpSrte.PreferenceSubTlv","x-field-uid":4},"policy_priority_sub_tlv":{"$ref":"#/components/schemas/BgpSrte.PolicyPrioritySubTlv","x-field-uid":5},"policy_name_sub_tlv":{"$ref":"#/components/schemas/BgpSrte.PolicyNameSubTlv","x-field-uid":6},"explicit_null_label_policy_sub_tlv":{"$ref":"#/components/schemas/BgpSrte.ExplicitNullLabelPolicySubTlv","x-field-uid":7},"segment_lists":{"type":"array","items":{"$ref":"#/components/schemas/BgpSrte.SegmentList"},"x-field-uid":8},"name":{"x-field-uid":9,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"active":{"x-field-uid":10,"description":"If enabled means that this part of the configuration including any active 'children' nodes will be advertised to peer.  If disabled, this means that though config is present, it is not taking any part of the test but can be activated at run-time to advertise just this part of the configuration to the peer.","type":"boolean","default":true}},"required":["name"]},"Bgp.GracefulRestart":{"description":"The Graceful Restart Capability (RFC 4724) is a BGP capability that can be used by a BGP speaker to indicate its ability to preserve its forwarding state during BGP restart. The Graceful Restart (GR) capability is advertised in OPEN messages sent between BGP peers. After a BGP session has been established, and the initial routing update has been completed,  an End-of-RIB (Routing Information Base) marker is sent in an UPDATE message to convey information  about routing convergence.","type":"object","properties":{"enable_gr":{"description":"If enabled, Graceful Restart capability is advertised in BGP OPEN messages.","type":"boolean","default":false,"x-field-uid":1},"restart_time":{"description":"This is the estimated duration (in seconds) it will take for the BGP session to be re-established after a restart.  This can be used to speed up routing convergence by its peer in case the BGP speaker does not come back after a restart.","type":"integer","format":"uint32","maximum":4096,"default":45,"x-field-uid":2},"enable_llgr":{"description":"If enabled, the \"Long-lived Graceful Restart Capability\", or \"LLGR Capability\"\nwill be advertised.\nThis capability MUST be advertised in conjunction with the Graceful Restart \ncapability.","type":"boolean","default":false,"x-field-uid":3},"stale_time":{"description":"Duration (in seconds) specifying how long stale information (for the AFI/SAFI) \nmay be retained. This is a three byte field and is applicable \nonly if 'enable_llgr' is set to 'true'.","type":"integer","format":"uint32","maximum":16777215,"default":10,"x-field-uid":4},"enable_notification":{"description":"If enabled, the N flag will be set in the Graceful Restart capability in the Open message. \nIf both peers in a BGP connection has this enabled, Graceful Restart procedures are performed\neven if the peer goes down due to sending of a Notification Message as per RFC8538.","type":"boolean","default":true,"x-field-uid":5}}},"Bgp.UpdateReplay":{"description":"Ordered BGP Updates ( including both Advertise and Withdraws ) to be sent in the order given in the input to the peer after the BGP session is established.","type":"object","properties":{"choice":{"type":"string","default":"structured_pdus","x-enum":{"structured_pdus":{"x-field-uid":1},"raw_bytes":{"x-field-uid":2}},"x-field-uid":1,"enum":["structured_pdus","raw_bytes"]},"structured_pdus":{"x-field-uid":2,"$ref":"#/components/schemas/Bgp.StructuredPdus"},"raw_bytes":{"x-field-uid":3,"$ref":"#/components/schemas/Bgp.RawBytes"}}},"Bgp.RawBytes":{"description":"Ordered BGP Updates ( including both Advertise and Withdraws ) to be sent in the order given in the input to the peer after the BGP session is established.","type":"object","properties":{"updates":{"description":"Array of ordered BGP Updates ( including both Advertise and Withdraws ) to be sent in the order given in the input to the peer after the BGP session is established. ","type":"array","items":{"$ref":"#/components/schemas/Bgp.OneUpdateReplay"},"x-field-uid":1}}},"Bgp.OneUpdateReplay":{"description":"Specification of one BGP Update to be sent to the BGP peer.        ","type":"object","required":["update_bytes"],"properties":{"time_gap":{"description":"Minimum time interval in milliseconds from previous Update from the sequence of BGP Updates to be replayed.","type":"integer","format":"uint32","default":0,"x-field-uid":1},"update_bytes":{"description":"Bytes specified in hex format to be sent to peer after the BGP Update Header. The Update Header will always have the  initial 16 bytes containing Marker bytes, 2 bytes containing the Length and 1 byte containing the Type.The string MUST  contain sequence of valid hex bytes. The bytes specified in hex format should be appended to the Update message to be sent  to the peer after the fixed 19 bytes described above. This byte stream can be of any length from 1 to 4077 bytes.The value  4077 is derived from the maximum length allowed for a BGP message in RFC4271 which is 4096 minus mandatory 19 bytes described  above. In the imported byte stream, one byte is represented as string of 2 characters, for example 2 character string (0x)AB  represents value of a single byte. So the maximum length of this attribute is 8154 (4077 * 2 hex characters per byte).","type":"string","format":"hex","minLength":1,"maxLength":8154,"x-field-uid":2}}},"Bgp.StructuredPdus":{"description":"Ordered BGP Updates ( including both Advertise and Withdraws ) to be sent in the order given in the input to the peer after the BGP session is established.","type":"object","properties":{"updates":{"description":"Array of ordered BGP Updates ( including both Advertise and Withdraws ) to be sent in the order given in the input to the peer after the BGP session is established.            ","type":"array","items":{"$ref":"#/components/schemas/Bgp.OneStructuredUpdateReplay"},"x-field-uid":1}}},"Bgp.OneStructuredUpdateReplay":{"description":"One structured BGP Update.        ","type":"object","properties":{"time_gap":{"description":"Minimum time interval in milliseconds from previous Update from the sequence of BGP Updates to be replayed.","type":"integer","format":"uint32","default":0,"x-field-uid":1},"path_attributes":{"description":"Attributes carried in the Update packet alongwith the reach/unreach prefixes.          ","$ref":"#/components/schemas/Bgp.Attributes","x-field-uid":2},"traditional_unreach_nlris":{"description":"The IPv4 prefixes to be included in the traditional UNREACH_NLRI. ","type":"array","items":{"$ref":"#/components/schemas/Bgp.OneTraditionalNlriPrefix"},"x-field-uid":3},"traditional_reach_nlris":{"description":"The IPv4 prefixes to be included in the traditional REACH_NLRI. ","type":"array","items":{"$ref":"#/components/schemas/Bgp.OneTraditionalNlriPrefix"},"x-field-uid":4}}},"Bgp.OneTraditionalNlriPrefix":{"description":"TRADITIONAL_NLRI is an optional part of the the BGP Update which can carry only IPv4 prefix information as defined in https://www.rfc-editor.org/rfc/rfc4271.html#section-4.3 \nand extended by https://datatracker.ietf.org/doc/html/rfc7911#section-3 to carry additional Path Id information per prefix.","type":"object","properties":{"address":{"description":"The IPv4 address of the network.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":1},"prefix":{"description":"The IPv4 network prefix length to be applied to the address. ","type":"integer","format":"uint32","default":24,"maximum":32,"x-field-uid":2},"path_id":{"$ref":"#/components/schemas/Bgp.NLRIPrefixPathId","x-field-uid":3}}},"Bgp.OneIpv4NLRIPrefix":{"description":"One IPv4 NLRI Prefix.","type":"object","properties":{"address":{"description":"The IPv4 address of the network.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":1},"prefix":{"description":"The IPv4 network prefix length to be applied to the address. ","type":"integer","format":"uint32","default":24,"maximum":32,"x-field-uid":2},"path_id":{"$ref":"#/components/schemas/Bgp.NLRIPrefixPathId","x-field-uid":3}}},"Bgp.OneIpv6NLRIPrefix":{"description":"One IPv6 NLRI Prefix.","type":"object","properties":{"address":{"description":"The IPv6 address of the network.","type":"string","format":"ipv6","default":"0::0","x-field-uid":1},"prefix":{"description":"The IPv6 network prefix length to be applied to the address. ","type":"integer","format":"uint32","default":64,"maximum":128,"x-field-uid":2},"path_id":{"$ref":"#/components/schemas/Bgp.NLRIPrefixPathId","x-field-uid":3}}},"Bgp.NLRIPrefixPathId":{"description":"Optional field in the NLRI carrying Path Id of the prefix.","type":"object","properties":{"value":{"description":"The value of the optional Path ID of the prefix. ","type":"integer","format":"uint32","default":1,"x-field-uid":1}}},"Bgp.Ipv4SrPolicyNLRIPrefix":{"description":"IPv4 Segment Routing Policy NLRI Prefix.","type":"object","properties":{"distinguisher":{"description":"The 4-octet value uniquely identifying the policy in the context of <color, endpoint> tuple.  The distinguisher has no semantic value and is solely used by the SR Policy originator to make unique (from an NLRI perspective)  both for multiple candidate paths of the same SR Policy as well as candidate paths of different SR Policies  (i.e. with different segment lists) with the same Color and Endpoint but meant for different headends. ","type":"integer","format":"uint32","default":1,"x-field-uid":1},"color":{"description":"4-octet value identifying (with the endpoint) the policy. The color is used to match the color of the destination  prefixes to steer traffic into the SR Policy as specified in section 8 of RFC9256.","type":"integer","format":"uint32","default":1,"x-field-uid":2},"endpoint":{"description":"Identifies the endpoint of a policy.  The Endpoint is an IPv4 address and can be either a unicast or an unspecified address (0.0.0.0) as specified in section 2.1 of RFC9256.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":3}}},"Bgp.Ipv6SrPolicyNLRIPrefix":{"description":"One IPv6 Segment Routing Policy NLRI Prefix.","type":"object","properties":{"distinguisher":{"description":"The 4-octet value uniquely identifying the policy in the context of <color, endpoint> tuple.  The distinguisher has no semantic value and is solely used by the SR Policy originator to make unique (from an NLRI perspective)  both for multiple candidate paths of the same SR Policy as well as candidate paths of different SR Policies  (i.e. with different segment lists) with the same Color and Endpoint but meant for different headends. ","type":"integer","format":"uint32","default":1,"x-field-uid":1},"color":{"description":"4-octet value identifying (with the endpoint) the policy. The color is used to match the color of the destination  prefixes to steer traffic into the SR Policy as specified in section 8 of RFC9256.","type":"integer","format":"uint32","default":1,"x-field-uid":2},"endpoint":{"description":"Identifies the endpoint of a policy.  The Endpoint may represent a single node or a set of nodes (e.g., an anycast address). The Endpoint is an IPv6 address and can be either a unicast or an unspecified address (0::0) as specified in section 2.1 of RFC9256.","type":"string","format":"ipv6","default":"0::0","x-field-uid":3}}},"Bgp.Attributes":{"description":"Attributes carried in the Update packet alongwith the reach/unreach prefixes.","type":"object","properties":{"other_attributes":{"description":"Any attributes not present in the list of configurable attributes should be added to the list of unknown attributes.            ","type":"array","items":{"$ref":"#/components/schemas/Bgp.Attributes.OtherAttribute"},"x-field-uid":1},"origin":{"description":"The ORIGIN attribute is a mandatory attribute which can take three values: \nthe prefix originates from an interior routing protocol 'igp', it originates from 'egp' \nor the origin is 'incomplete',if the prefix is learned through other means.                    ","type":"string","default":"incomplete","x-field-uid":2,"x-enum":{"igp":{"x-field-uid":1},"egp":{"x-field-uid":2},"incomplete":{"x-field-uid":3}},"enum":["igp","egp","incomplete"]},"as_path":{"description":"AS_PATH attribute to be included in the Update. ","$ref":"#/components/schemas/Bgp.Attributes.AsPath","x-field-uid":3},"as4_path":{"description":"AS4_PATH attribute to be included in the Update.             ","$ref":"#/components/schemas/Bgp.Attributes.As4Path","x-field-uid":4},"next_hop":{"$ref":"#/components/schemas/Bgp.Attributes.NextHop","x-field-uid":5},"multi_exit_discriminator":{"$ref":"#/components/schemas/Bgp.Attributes.MultiExitDiscriminator","x-field-uid":6},"local_preference":{"$ref":"#/components/schemas/Bgp.Attributes.LocalPreference","x-field-uid":7},"include_atomic_aggregator":{"description":"If enabled, it indicates that the ATOMIC_AGGREGATOR attribute should be included in the Update.\nPresence of this attribute Indicates that this route might not be getting sent on a fully optimized path \nsince some intermediate BGP speaker has aggregated the route.                         ","type":"boolean","default":false,"x-field-uid":8},"aggregator":{"$ref":"#/components/schemas/Bgp.Attributes.Aggregator","x-field-uid":9},"as4_aggregator":{"$ref":"#/components/schemas/Bgp.Attributes.As4Aggregator","x-field-uid":10},"community":{"type":"array","items":{"$ref":"#/components/schemas/Bgp.Attributes.Community"},"x-field-uid":11},"originator_id":{"$ref":"#/components/schemas/Bgp.Attributes.OriginatorId","x-field-uid":12},"cluster_ids":{"description":"When a Route Reflector reflects a route, it prepends the local CLUSTER_ID to the CLUSTER_LIST as defined in RFC4456.  ","type":"array","items":{"type":"string","format":"ipv4","default":"0.0.0.0"},"x-field-uid":13},"extended_communities":{"description":"Optional EXTENDED_COMMUNITY attribute settings.\nThe EXTENDED_COMMUNITY Attribute is a transitive optional BGP attribute, with the Type Code 16. Community and Extended Communities  attributes\nare utilized to trigger routing decisions, such as acceptance, rejection,  preference, or redistribution. An extended community is an eight byte value.\nIt is divided into two main parts. The first two bytes of the community encode a type and sub-type fields and the last six bytes carry a unique set\nof data in a format defined by the type and sub-type field. Extended communities provide a larger range for grouping or categorizing communities.            ","type":"array","items":{"$ref":"#/components/schemas/Bgp.ExtendedCommunity"},"x-field-uid":14},"tunnel_encapsulation":{"$ref":"#/components/schemas/Bgp.Attributes.TunnelEncapsulation","x-field-uid":15},"mp_reach":{"$ref":"#/components/schemas/Bgp.Attributes.MpReachNlri","x-field-uid":16},"mp_unreach":{"$ref":"#/components/schemas/Bgp.Attributes.MpUnreachNlri","x-field-uid":17}}},"Bgp.Attributes.OtherAttribute":{"description":"One unknown attribute stored as hex bytes.","type":"object","required":["type","raw_value"],"properties":{"flag_optional":{"description":"Optional flag in the BGP attribute.","type":"boolean","default":false,"x-field-uid":1},"flag_transitive":{"description":"Transitive flag in the BGP attribute.","type":"boolean","default":false,"x-field-uid":2},"flag_partial":{"description":"Partial flag in the BGP attribute.","type":"boolean","default":false,"x-field-uid":3},"flag_extended_length":{"description":"Extended length flag in the BGP attribute.","type":"boolean","default":false,"x-field-uid":4},"type":{"description":"The value of the Type field in the attribute.","type":"integer","format":"uint32","x-field-uid":5},"raw_value":{"description":"Contents of the value field ( the contents after the initial two bytes containing the Flags and Type field ) of the attribute in hex bytes. \nIt includes the contents of length of the extended length field if included.","type":"string","format":"hex","x-field-uid":6}}},"Bgp.Attributes.AsPath":{"description":"The AS_PATH attribute identifies the autonomous systems through  which routing information\ncarried in this UPDATE message has passed.\nThis contains the configuration of how to include the Local AS in the AS path\nattribute of the MP REACH NLRI. It also contains optional configuration of\nadditional AS Path Segments that can be included in the AS Path attribute.\nThe AS Path consists of a Set or Sequence of Autonomous Systems (AS) numbers  that\na routing information passes through to reach the destination.\nThere are two modes in which AS numbers can be encoded in the AS Path Segments\n- When the AS Path is being exchanged between old and new BGP speakers or between two old BGP speakers , the AS numbers are encoded as 2 byte values.\n- When the AS Path is being exchanged between two new BGP speakers supporting 4 byte AS , the AS numbers are encoded as 4 byte values.","type":"object","properties":{"choice":{"type":"string","default":"four_byte_as_path","x-enum":{"four_byte_as_path":{"x-field-uid":1},"two_byte_as_path":{"x-field-uid":2}},"x-field-uid":1,"enum":["four_byte_as_path","two_byte_as_path"]},"four_byte_as_path":{"x-field-uid":2,"$ref":"#/components/schemas/Bgp.Attributes.AsPath.FourByteAsPath"},"two_byte_as_path":{"x-field-uid":3,"$ref":"#/components/schemas/Bgp.Attributes.AsPath.TwoByteAsPath"}}},"Bgp.Attributes.AsPath.FourByteAsPath":{"description":"AS Paths with 4 byte AS numbers can be exchanged only if both BGP speakers support 4 byte AS number extensions.","type":"object","properties":{"segments":{"description":"The AS path segments containing 4 byte AS numbers to be added in the AS Path attribute.  By default, an empty AS path should always be included and for EBGP at minimum the local AS number should be present in the AS Path.            ","type":"array","items":{"$ref":"#/components/schemas/Bgp.Attributes.FourByteAsPathSegment"},"x-field-uid":1}}},"Bgp.Attributes.FourByteAsPathSegment":{"description":"Configuration for a single BGP AS path segment containing 4 byte AS numbers.","type":"object","properties":{"type":{"description":"AS sequence is the most common type of AS_PATH, it contains the  list\nof ASNs starting with the most recent ASN being added read  from left\nto right.\nThe other three AS_PATH types are used for Confederations\n- AS_SET is the type of AS_PATH attribute that summarizes routes using\nusing the aggregate-address command, allowing AS_PATHs to be  summarized\nin the update as well.\n- AS_CONFED_SEQ gives the list of ASNs in the path starting with the  most\nrecent ASN to be added reading left to right\n- AS_CONFED_SET will allow summarization of multiple AS PATHs to be  sent\nin BGP Updates.","type":"string","default":"as_seq","x-field-uid":1,"x-enum":{"as_seq":{"x-field-uid":1},"as_set":{"x-field-uid":2},"as_confed_seq":{"x-field-uid":3},"as_confed_set":{"x-field-uid":4}},"enum":["as_seq","as_set","as_confed_seq","as_confed_set"]},"as_numbers":{"description":"The 4 byte AS numbers in this AS path segment.","type":"array","items":{"type":"integer","format":"uint32","default":1},"x-field-uid":2}}},"Bgp.Attributes.AsPath.TwoByteAsPath":{"description":"AS Paths with 2 byte AS numbers is used when any of the two scenarios occur :\n  - An old BGP speaker and new BGP speaker are sending BGP Updates to one another.\n  - Two old BGP speakers are sending BGP Updates to one another.","type":"object","properties":{"segments":{"description":"The AS path segments containing 2 byte AS numbers to be added in the AS Path attribute.  By default, an empty AS path should always be included and for EBGP the sender's AS number should be prepended to the AS Path.            ","type":"array","items":{"$ref":"#/components/schemas/Bgp.Attributes.TwoByteAsPathSegment"},"x-field-uid":1}}},"Bgp.Attributes.TwoByteAsPathSegment":{"description":"Configuration for a single BGP AS path segment containing 2 byte AS numbers.","type":"object","properties":{"type":{"description":"AS sequence is the most common type of AS_PATH, it contains the  list\nof ASNs starting with the most recent ASN being added read  from left\nto right.\nThe other three AS_PATH types are used for Confederations\n- AS_SET is the type of AS_PATH attribute that summarizes routes using\nusing the aggregate-address command, allowing AS_PATHs to be  summarized\nin the update as well.\n- AS_CONFED_SEQ gives the list of ASNs in the path starting with the  most\nrecent ASN to be added reading left to right\n- AS_CONFED_SET will allow summarization of multiple AS PATHs to be  sent\nin BGP Updates.","type":"string","default":"as_seq","x-field-uid":1,"x-enum":{"as_seq":{"x-field-uid":1},"as_set":{"x-field-uid":2},"as_confed_seq":{"x-field-uid":3},"as_confed_set":{"x-field-uid":4}},"enum":["as_seq","as_set","as_confed_seq","as_confed_set"]},"as_numbers":{"description":"The 2 byte AS numbers in this AS path segment.","type":"array","items":{"type":"integer","format":"uint32","default":1,"maximum":65535},"x-field-uid":2}}},"Bgp.Attributes.As4Path":{"description":"The AS4_PATH attribute identifies the autonomous systems through  which routing information\ncarried in this UPDATE message has passed.\nThis contains the configuration of how to include the Local AS in the AS path\nattribute of the MP REACH NLRI. It also contains optional configuration of\nadditional AS Path Segments that can be included in the AS Path attribute.\nThe AS Path consists of a Set or Sequence of Autonomous Systems (AS) numbers  that\na routing information passes through to reach the destination.\nAS4_PATH is only exchanged in two scenarios:\n- When an old BGP speaker has to forward a received AS4_PATH containing 4 byte AS numbers to new BGP speaker.\n- When a new BGP speaker is connected to an old BGP speaker and has to propagate 4 byte AS numbers via the old BGP speaker.\nIts usage is described in RFC4893.","type":"object","properties":{"segments":{"description":"The AS path segments containing 4 byte AS numbers to be added in the AS4_PATH attribute.","type":"array","items":{"$ref":"#/components/schemas/Bgp.Attributes.FourByteAsPathSegment"},"x-field-uid":1}}},"Bgp.Attributes.Aggregator":{"description":"Optional AGGREGATOR attribute which maybe be added by a BGP speaker which performs route aggregation.\nWhen AGGREGATOR attribute is being sent to a new BGP speaker , the AS number is encoded as a 4 byte value.\nWhen AGGREGATOR attribute is being exchanged between a new and an old BGP speaker or between two old BGP speakers, \nthe AS number is encoded as a 2 byte value.\nIt contain the AS number and IP address of the speaker performing the aggregation.         ","type":"object","properties":{"choice":{"type":"string","default":"four_byte_as","x-enum":{"four_byte_as":{"x-field-uid":1},"two_byte_as":{"x-field-uid":2}},"x-field-uid":1,"enum":["four_byte_as","two_byte_as"]},"four_byte_as":{"description":"The value of the 4 byte  AS number of the BGP speaker which aggregated the route. If the value of the AS number is less than 2 octets ( 65535 or less), the AS4_AGGREGATOR object should not be sent.","type":"integer","format":"uint32","default":65536,"x-field-uid":2},"two_byte_as":{"description":"The value of the 2 byte AS number of the BGP speaker which aggregated the route.              ","type":"integer","format":"uint32","default":1,"maximum":65535,"x-field-uid":3},"ipv4_address":{"description":"The IPv4 address of the BGP speaker which aggregated the route.            ","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":4}}},"Bgp.Attributes.As4Aggregator":{"description":"Optional AS4_AGGREGATOR attribute which maybe be added by a BGP speaker in one of two cases:\n- If it is a new BGP speaker speaking to an old BGP speaker and needs to send a 4 byte value for the AS number of the BGP route aggregator.\n- If it is a old BGP speaker speaking to a new BGP speaker and has to transparently forward a received AS4_AGGREGATOR from some other peer.\nIts usage is described in RFC4893.          ","type":"object","properties":{"as_num":{"description":"The value of the 4 byte AS number of the BGP speaker which aggregated the route.              ","type":"integer","format":"uint32","x-field-uid":1},"ipv4_address":{"description":"The IPv4 address of the BGP speaker which aggregated the route.            ","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":2}}},"Bgp.Attributes.Community":{"description":"The COMMUNITY attribute provide additional capability for tagging routes and for modifying BGP routing policy on \nupstream and downstream routers. BGP community is a 32-bit number which is broken into 16-bit AS number and a \n16-bit custom value or it contains some pre-defined well known values.           ","type":"object","required":["choice"],"properties":{"choice":{"description":"The type of community AS number.   ","type":"string","x-field-uid":1,"x-enum":{"custom_community":{"x-field-uid":1},"no_export":{"x-field-uid":2},"no_advertised":{"x-field-uid":3},"no_export_subconfed":{"x-field-uid":4},"llgr_stale":{"x-field-uid":5},"no_llgr":{"x-field-uid":6}},"enum":["custom_community","no_export","no_advertised","no_export_subconfed","llgr_stale","no_llgr"]},"custom_community":{"$ref":"#/components/schemas/Bgp.Attributes.CustomCommunity","x-field-uid":2}}},"Bgp.Attributes.CustomCommunity":{"description":"User defined COMMUNITY attribute containing 2 byte AS and custom 2 byte value defined by the administrator of the domain.        ","type":"object","properties":{"as_number":{"description":"First two octets of the community value containing a 2 byte AS number.","type":"integer","format":"uint32","maximum":65535,"default":0,"x-field-uid":1},"custom":{"description":"Last two octets of the community value in hex.  If user provides less than 4 hex bytes, it should be left-padded with 0s.","type":"string","format":"hex","default":"0000","maxLength":4,"x-field-uid":2}}},"Bgp.Attributes.NextHop":{"description":"Next hop to be sent inside MP_REACH NLRI or as the NEXT_HOP attribute if advertised as traditional NLRI.            ","type":"object","required":["choice"],"properties":{"choice":{"description":"The type of the next HOP.  ","type":"string","x-field-uid":1,"x-enum":{"ipv4":{"x-field-uid":1},"ipv6":{"x-field-uid":2},"ipv6_two_addresses":{"x-field-uid":3}},"enum":["ipv4","ipv6","ipv6_two_addresses"]},"ipv4":{"description":"The 4 byte IPv4 address of the next-hop from which the route was received.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":2},"ipv6":{"description":"The 16 byte IPv6 address of the next-hop from which the route was received.","type":"string","format":"ipv6","default":"0::0","x-field-uid":3},"ipv6_two_addresses":{"x-field-uid":4,"$ref":"#/components/schemas/Bgp.Attributes.NextHop.Ipv6TwoAddresses"}}},"Bgp.Attributes.NextHop.Ipv6TwoAddresses":{"description":"There is a specific scenario in which it is possible to receive a Global and Link Local address in the Next Hop \nfield in a MP_REACH attribute or in the NEXT_HOP attribute(RFC2545: Section 3). ","type":"object","properties":{"first":{"description":"The first IPv6 next hop in the 32 byte IPv6 Next Hop.","type":"string","format":"ipv6","default":"0::0","x-field-uid":1},"second":{"description":"The second IPv6 next hop in the 32 byte IPv6 Next Hop.","type":"string","format":"ipv6","default":"0::0","x-field-uid":2}}},"Bgp.Attributes.MpReachNlri":{"description":"The MP_REACH attribute is an optional attribute which can be included in the attributes of a BGP Update message as defined in https://datatracker.ietf.org/doc/html/rfc4760#section-3.\nThe following AFI / SAFI combinations are supported:\n- IPv4 Unicast with AFI as 1 and SAFI as 1 \n- IPv6 Unicast with AFI as 2 and SAFI as 1 \n- Segment Routing Policy for IPv4 Unicast with AFI as 1 and SAFI as 73 ( draft-ietf-idr-sr-policy-safi-02 Section 2.1 )\n- Segment Routing Policy for IPv6 Unicast with AFI as 2 and SAFI as 73","type":"object","required":["choice"],"properties":{"next_hop":{"$ref":"#/components/schemas/Bgp.Attributes.NextHop","x-field-uid":1},"choice":{"description":"The AFI and SAFI to be sent in the MPREACH_NLRI in the Update.  ","type":"string","x-field-uid":2,"x-enum":{"ipv4_unicast":{"x-field-uid":1},"ipv6_unicast":{"x-field-uid":2},"ipv4_srpolicy":{"x-field-uid":3},"ipv6_srpolicy":{"x-field-uid":4}},"enum":["ipv4_unicast","ipv6_unicast","ipv4_srpolicy","ipv6_srpolicy"]},"ipv4_unicast":{"description":"List of IPv4 prefixes being sent in the IPv4 Unicast MPREACH_NLRI .","type":"array","items":{"$ref":"#/components/schemas/Bgp.OneIpv4NLRIPrefix"},"x-field-uid":3},"ipv6_unicast":{"description":"List of IPv6 prefixes being sent in the IPv6 Unicast MPREACH_NLRI .","type":"array","items":{"$ref":"#/components/schemas/Bgp.OneIpv6NLRIPrefix"},"x-field-uid":4},"ipv4_srpolicy":{"description":"IPv4 endpoint with Segment Routing Policy being sent in the IPv4 MPREACH_NLRI .","$ref":"#/components/schemas/Bgp.Ipv4SrPolicyNLRIPrefix","x-field-uid":5},"ipv6_srpolicy":{"description":"IPv6 endpoint with Segment Routing Policy being sent in the IPv6 MPREACH_NLRI .          ","$ref":"#/components/schemas/Bgp.Ipv6SrPolicyNLRIPrefix","x-field-uid":6}}},"Bgp.Attributes.MpUnreachNlri":{"description":"The MP_UNREACH attribute is an optional attribute which can be included in the attributes of a BGP Update message as defined in https://datatracker.ietf.org/doc/html/rfc4760#section-3.\nThe following AFI / SAFI combinations are supported:\n- IPv4 Unicast with AFI as 1 and SAFI as 1 \n- IPv6 Unicast with AFI as 2 and SAFI as 1 \n- Segment Routing Policy for IPv4 Unicast with AFI as 1 and SAFI as 73 (draft-ietf-idr-sr-policy-safi-02 Section 2.1)\n- Segment Routing Policy for IPv6 Unicast with AFI as 2 and SAFI as 73","type":"object","properties":{"choice":{"description":"The AFI and SAFI to be sent in the MPUNREACH_NLRI in the Update.  ","type":"string","x-field-uid":1,"x-enum":{"ipv4_unicast":{"x-field-uid":1},"ipv6_unicast":{"x-field-uid":2},"ipv4_srpolicy":{"x-field-uid":3},"ipv6_srpolicy":{"x-field-uid":4}},"enum":["ipv4_unicast","ipv6_unicast","ipv4_srpolicy","ipv6_srpolicy"]},"ipv4_unicast":{"description":"List of IPv4 prefixes being sent in the IPv4 Unicast MPUNREACH_NLRI .","type":"array","items":{"$ref":"#/components/schemas/Bgp.OneIpv4NLRIPrefix"},"x-field-uid":2},"ipv6_unicast":{"description":"List of IPv6 prefixes being sent in the IPv6 Unicast MPUNREACH_NLRI .","type":"array","items":{"$ref":"#/components/schemas/Bgp.OneIpv6NLRIPrefix"},"x-field-uid":3},"ipv4_srpolicy":{"description":"IPv4 endpoint with Segment Routing Policy being sent in the IPv4 MPUNREACH_NLRI .","$ref":"#/components/schemas/Bgp.Ipv4SrPolicyNLRIPrefix","x-field-uid":4},"ipv6_srpolicy":{"description":"IPv6 endpoint with Segment Routing Policy being sent in the IPv4 MPUNREACH_NLRI .          ","$ref":"#/components/schemas/Bgp.Ipv6SrPolicyNLRIPrefix","x-field-uid":5}}},"Bgp.Attributes.MultiExitDiscriminator":{"description":"Optional MULTI_EXIT_DISCRIMINATOR attribute sent to the peer to help in the route selection process. ","properties":{"value":{"description":"The multi exit discriminator (MED) value used for route selection sent to the peer.            ","type":"integer","format":"uint32","default":0,"x-field-uid":1}}},"Bgp.Attributes.LocalPreference":{"description":"Optional LOCAL_PREFERENCE attribute sent to the peer to indicate the degree of preference \nfor externally learned routes.This should be included only for internal peers.It is \nused for the selection of the path for the traffic leaving the AS.The route with the \nhighest local preference value is preferred.","properties":{"value":{"description":"Value to be set in the LOCAL_PREFERENCE attribute The multi exit discriminator (MED) value used for route selection sent to the peer.            ","type":"integer","format":"uint32","default":100,"x-field-uid":1}}},"Bgp.Attributes.OriginatorId":{"description":"Optional ORIGINATOR_ID attribute (type code 9) carries the Router Id of the route's originator in the local AS.","properties":{"value":{"description":"The value of the originator's Router Id.            ","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":1}}},"Bgp.Attributes.TunnelEncapsulation":{"description":"The TUNNEL_ENCAPSULATION  attribute is used by a BGP speaker to inform other BGP speakers how to encapsulate packets that need to be sent to it.\nIt is defined in RFC9012 and is assigned a Type code of 23.","properties":{"choice":{"description":"Identifies a type of tunnel. The field contains values from the IANA registry \"BGP Tunnel Encapsulation Attribute Tunnel Types\".","type":"string","x-field-uid":1,"x-enum":{"sr_policy":{"x-field-uid":1}},"default":"sr_policy","enum":["sr_policy"]},"sr_policy":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy","x-field-uid":2}}},"Bgp.Attributes.SegmentRoutingPolicy":{"description":"Optional Segment Routing Policy information as defined in draft-ietf-idr-sr-policy-safi-02.\nThis information is carried in TUNNEL_ENCAPSULATION attribute with type set to  SR Policy (15). ","type":"object","properties":{"binding_segment_identifier":{"$ref":"#/components/schemas/Bgp.Attributes.Bsid","x-field-uid":1},"srv6_binding_segment_identifier":{"description":"The SRv6 Binding SID sub-TLV is an optional sub-TLV of type 20 that is used to signal the SRv6 Binding SID\nrelated information of an SR Policy candidate path. \n  - More than one SRv6 Binding SID sub-TLVs MAY be signaled in the same SR Policy encoding to indicate one\n    or more SRv6 SIDs, each with potentially different SRv6 Endpoint Behaviors to be instantiated.\n  - The format of the sub-TLV is defined in draft-ietf-idr-sr-policy-safi-02 Section 2.4.3 .       ","type":"array","items":{"$ref":"#/components/schemas/Bgp.Attributes.Srv6Bsid"},"x-field-uid":2},"preference":{"$ref":"#/components/schemas/Bgp.Attributes.SrPolicy.Preference","x-field-uid":3},"priority":{"$ref":"#/components/schemas/Bgp.Attributes.SrPolicy.Priority","x-field-uid":4},"policy_name":{"$ref":"#/components/schemas/Bgp.Attributes.SrPolicy.PolicyName","x-field-uid":5},"policy_candidate_name":{"$ref":"#/components/schemas/Bgp.Attributes.SrPolicy.PolicyCandidateName","x-field-uid":6},"explicit_null_label_policy":{"$ref":"#/components/schemas/Bgp.Attributes.SrPolicy.ExplicitNullPolicy","x-field-uid":7},"segment_list":{"type":"array","items":{"$ref":"#/components/schemas/Bgp.Attributes.SrPolicy.SegmentList"},"x-field-uid":8}}},"Bgp.Attributes.Bsid":{"description":"The Binding Segment Identifier is an optional sub-tlv of type 13 that can be sent with a SR Policy \nTunnel Encapsulation attribute.\nWhen the active candidate path has a specified Binding Segment Identifier, the SR Policy uses that \nBSID if this value (label in MPLS, IPv6 address in SRv6) is available.\n- The format of the sub-TLV is defined in draft-ietf-idr-sr-policy-safi-02 Section 2.4.2 . \n- It is recommended that if SRv6 Binding SID is desired to be signalled, the SRv6 Binding SID sub-TLV that enables \n  the specification of the SRv6 Endpoint Behavior should be used.","type":"object","required":["choice"],"properties":{"choice":{"description":"The type of Segment Identifier.   ","type":"string","x-field-uid":1,"x-enum":{"mpls":{"x-field-uid":1},"srv6":{"x-field-uid":2}},"enum":["mpls","srv6"]},"mpls":{"$ref":"#/components/schemas/Bgp.Attributes.Bsid.Mpls","x-field-uid":2},"srv6":{"$ref":"#/components/schemas/Bgp.Attributes.Bsid.Srv6","x-field-uid":3}}},"Bgp.Attributes.Bsid.Mpls":{"description":"When the active candidate path has a specified Binding Segment Identifier, the SR Policy uses that BSID defined \nas a MPLS label.The format of the sub-TLV is defined in draft-ietf-idr-sr-policy-safi-02  Section 2.4.2 .","type":"object","properties":{"flag_specified_bsid_only":{"description":"S-Flag: This flag encodes the \"Specified-BSID-only\" behavior. It's usage is \ndescribed in section 6.2.3 in [RFC9256].","type":"boolean","default":false,"x-field-uid":1},"flag_drop_upon_invalid":{"description":"I-Flag: This flag encodes the \"Drop Upon Invalid\" behavior. \nIt's usage is described in section 8.2 in [RFC9256].","type":"boolean","default":false,"x-field-uid":2},"mpls_sid":{"$ref":"#/components/schemas/Bgp.Attributes.Sid.Mpls","x-field-uid":3}}},"Bgp.Attributes.Bsid.Srv6":{"description":"When the active candidate path has a specified Binding Segment Identifier, the SR Policy uses that BSID defined \nas an IPv6 Address.The format of the sub-TLV is defined in draft-ietf-idr-sr-policy-safi-02 Section 2.4.2 .","type":"object","properties":{"flag_specified_bsid_only":{"description":"S-Flag: This flag encodes the \"Specified-BSID-only\" behavior. It's usage is \ndescribed in section 6.2.3 in [RFC9256].","type":"boolean","default":false,"x-field-uid":1},"flag_drop_upon_invalid":{"description":"I-Flag: This flag encodes the \"Drop Upon Invalid\" behavior. \nIt's usage is described in section 8.2 in [RFC9256].","type":"boolean","default":false,"x-field-uid":2},"ipv6_addr":{"description":"IPv6 address denoting the SRv6 SID.","type":"string","format":"ipv6","default":"0::0","x-field-uid":3}}},"Bgp.Attributes.Srv6Bsid":{"description":"The SRv6 Binding SID sub-TLV is an optional sub-TLV of type 20 that is used to signal the SRv6 Binding SID\nrelated information of an SR Policy candidate path. \n  - More than one SRv6 Binding SID sub-TLVs MAY be signaled in the same SR Policy encoding to indicate one or\n    more SRv6 SIDs, each with potentially different SRv6 Endpoint Behaviors to be instantiated.\n  - The format of the sub-TLV is defined in draft-ietf-idr-sr-policy-safi-02 Section 2.4.3 .","type":"object","properties":{"flag_specified_bsid_only":{"description":"S-Flag: This flag encodes the \"Specified-BSID-only\" behavior. It's usage is \ndescribed in section 6.2.3 in [RFC9256].","type":"boolean","default":false,"x-field-uid":1},"flag_drop_upon_invalid":{"description":"I-Flag: This flag encodes the \"Drop Upon Invalid\" behavior. \nIt's usage is described in section 8.2 in [RFC9256].","type":"boolean","default":false,"x-field-uid":2},"flag_srv6_endpoint_behavior":{"description":"B-Flag: This flag, when set, indicates the presence of the SRv6 Endpoint Behavior \nand SID Structure encoding specified in Section 2.4.4.2.4 of draft-ietf-idr-sr-policy-safi-02.","type":"boolean","default":false,"x-field-uid":3},"ipv6_addr":{"description":"IPv6 address denoting the SRv6 SID.","type":"string","format":"ipv6","default":"0::0","x-field-uid":4},"srv6_endpoint_behavior":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.SRv6SIDEndpointBehaviorAndStructure","x-field-uid":5}}},"Bgp.Attributes.Sid.Mpls":{"description":"This carries a 20 bit Multi Protocol Label Switching alongwith 3 bits traffic class, 1 bit indicating presence\nor absence of Bottom-Of-Stack and 8 bits carrying the Time to Live value. ","type":"object","properties":{"label":{"description":"20 bit MPLS Label value.","type":"integer","format":"uint32","default":16,"maximum":1048576,"x-field-uid":1},"traffic_class":{"description":"3 bits of Traffic Class.","type":"integer","format":"uint32","default":0,"maximum":7,"x-field-uid":2},"flag_bos":{"description":"Bottom of Stack","type":"boolean","default":true,"x-field-uid":3},"ttl":{"description":"8 bits Time to Live","type":"integer","format":"uint32","default":63,"maximum":63,"x-field-uid":4}}},"Bgp.Attributes.Sid.Srv6":{"description":"An IPv6 address denoting a SRv6 SID.","type":"object","properties":{"ip":{"type":"string","format":"ipv6","default":"0::0","x-field-uid":1}}},"Bgp.Attributes.SrPolicy.Preference":{"description":"Optional Preference sub-tlv (Type 12) is used to select the best candidate path for an SR Policy.\nIt is defined in Section 2.4.1 of draft-ietf-idr-sr-policy-safi-02 .\n","type":"object","properties":{"value":{"description":"Value to be carried in the Preference sub-tlv.","type":"integer","format":"uint32","default":0,"x-field-uid":1}}},"Bgp.Attributes.SrPolicy.Priority":{"description":"Optional Priority sub-tlv (Type 15) used to select the order in which policies should be re-computed.\n- It is defined in Section 2.4.6 of draft-ietf-idr-sr-policy-safi-02 .","type":"object","properties":{"value":{"description":"Value to be carried in the Priority sub-tlv.            ","type":"integer","format":"uint32","maximum":255,"default":0,"x-field-uid":1}}},"Bgp.Attributes.SrPolicy.PolicyCandidateName":{"description":"Optional Policy Candidate Path Name sub-tlv (Type 129) which carries the symbolic name for the SR Policy candidate path \nfor debugging.    \n- It is defined in Section 2.4.7 of draft-ietf-idr-sr-policy-safi-02 .","type":"object","required":["value"],"properties":{"value":{"description":"Value of the symbolic Policy Candidate Path Name carried in the Policy Candidate Path Name sub-tlv.\nIt is recommended that the size of the name is limited to 255 bytes.","type":"string","maxLength":500,"x-field-uid":1}}},"Bgp.Attributes.SrPolicy.PolicyName":{"description":"Optional Policy Name sub-tlv (Type 130) which carries the symbolic name for the SR Policy for which the \ncandidate path is being advertised for debugging.    \n- It is defined in Section 2.4.8 of draft-ietf-idr-sr-policy-safi-02 .","type":"object","required":["value"],"properties":{"value":{"description":"Value of the symbolic policy name carried in the Policy Name sub-tlv.\nIt is recommended that the size of the name is limited to 255 bytes.","type":"string","maxLength":500,"x-field-uid":1}}},"Bgp.Attributes.SrPolicy.ExplicitNullPolicy":{"description":"This is an optional sub-tlv (Type 14) which indicates whether an Explicit NULL Label must be pushed on an unlabeled IP\npacket before other labels for IPv4 or IPv6 flows.\n- It is defined in Section 2.4.5 of draft-ietf-idr-sr-policy-safi-02.","properties":{"choice":{"description":"The Explicit NULL Label policy.","type":"string","x-field-uid":1,"x-enum":{"unknown":{"x-field-uid":1},"push_ipv4":{"x-field-uid":2},"push_ipv6":{"x-field-uid":3},"push_ipv4_and_ipv6":{"x-field-uid":4},"donot_push":{"x-field-uid":5}},"default":"push_ipv4_and_ipv6","enum":["unknown","push_ipv4","push_ipv6","push_ipv4_and_ipv6","donot_push"]}}},"Bgp.Attributes.SrPolicy.SegmentList":{"description":"One optional SEGMENT_LIST sub-tlv encoded with type of 128.\nOne sub-tlv (Type 128) encodes a single explicit path towards the endpoint as described in \nsection 5.1 of [RFC9256]. \nThe Segment List sub-TLV includes the elements of the paths (i.e., segments) as well \nas an optional Weight sub-TLV.","type":"object","properties":{"weight":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.SegmentList.Weight","x-field-uid":1},"segments":{"type":"array","items":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.SegmentList.Segment"},"x-field-uid":2}}},"Bgp.Attributes.SegmentRoutingPolicy.SegmentList.Weight":{"description":"The optional Weight sub-TLV (Type 9) specifies the weight associated with a given segment list. The weight is used for weighted multipath.","type":"object","properties":{"value":{"description":"Value of the weight.","type":"integer","format":"uint32","default":0,"x-field-uid":1}}},"Bgp.Attributes.SegmentRoutingPolicy.SegmentList.Segment":{"description":"A Segment sub-TLV describes a single segment in a segment list  i.e., a single\nelement of the explicit path. The Segment sub-TLVs are optional.\nSegment Types A and B are defined as described in 2.4.4.2.\nSegment Types C upto K are defined as described in in draft-ietf-idr-bgp-sr-segtypes-ext-03  .      ","type":"object","required":["choice"],"properties":{"choice":{"description":"Specify one of the segment types as defined in ietf-idr-segment-routing-te-policy\n- Type  A: SID only, in the form of MPLS Label.\n- Type  B: SID only, in the form of IPv6 Address.\n- Type  C: IPv4 Prefix with optional SR Algorithm.\n- Type  D: IPv6 Global Prefix with optional SR Algorithm for SR-MPLS.\n- Type  E: IPv4 Prefix with Local Interface ID.\n- Type  F: IPv4 Addresses for link endpoints as Local, Remote pair.\n- Type  G: IPv6 Prefix and Interface ID for link endpoints as Local, Remote pair for SR-MPLS.\n- Type  H: IPv6 Addresses for link endpoints as Local, Remote pair for SR-MPLS.\n- Type  I: IPv6 Global Prefix with optional SR Algorithm for SRv6.\n- Type  J: IPv6 Prefix and Interface ID for link endpoints as Local, Remote pair for SRv6.\n- Type  K: IPv6 Addresses for link endpoints as Local, Remote pair for SRv6.","type":"string","x-field-uid":1,"x-enum":{"type_a":{"x-field-uid":1},"type_b":{"x-field-uid":2},"type_c":{"x-field-uid":3},"type_d":{"x-field-uid":4},"type_e":{"x-field-uid":5},"type_f":{"x-field-uid":6},"type_g":{"x-field-uid":7},"type_h":{"x-field-uid":8},"type_i":{"x-field-uid":9},"type_j":{"x-field-uid":10},"type_k":{"x-field-uid":11}},"enum":["type_a","type_b","type_c","type_d","type_e","type_f","type_g","type_h","type_i","type_j","type_k"]},"type_a":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeA","x-field-uid":2},"type_b":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeB","x-field-uid":3},"type_c":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeC","x-field-uid":4},"type_d":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeD","x-field-uid":5},"type_e":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeE","x-field-uid":6},"type_f":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeF","x-field-uid":7},"type_g":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeG","x-field-uid":8},"type_h":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeH","x-field-uid":9},"type_i":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeI","x-field-uid":10},"type_j":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeJ","x-field-uid":11},"type_k":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeK","x-field-uid":12}}},"Bgp.Attributes.SegmentRoutingPolicy.TypeA":{"description":"Type A: SID only, in the form of MPLS Label.\nIt is encoded as a Segment of Type 1 in the SEGMENT_LIST sub-tlv.","type":"object","properties":{"flags":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeFlags","x-field-uid":1},"mpls_sid":{"$ref":"#/components/schemas/Bgp.Attributes.Sid.Mpls","x-field-uid":2}}},"Bgp.Attributes.SegmentRoutingPolicy.TypeB":{"description":"Type B: SID only, in the form of IPv6 address.\nIt is encoded as a Segment of Type 13 in the SEGMENT_LIST sub-tlv.","type":"object","properties":{"flags":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeFlags","x-field-uid":1},"srv6_sid":{"description":"SRv6 SID.","type":"string","format":"ipv6","default":"0::0","x-field-uid":2},"srv6_endpoint_behavior":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.SRv6SIDEndpointBehaviorAndStructure","x-field-uid":3}}},"Bgp.Attributes.SegmentRoutingPolicy.TypeC":{"description":"Type C: IPv4 Node Address with optional SID.\nIt is encoded as a Segment of Type 3 in the SEGMENT_LIST sub-tlv.","type":"object","properties":{"flags":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeFlags","x-field-uid":1},"sr_algorithm":{"description":"SR Algorithm identifier when A-Flag in on. If A-flag is not enabled, it should be set to 0 on transmission and ignored on receipt.","type":"integer","format":"uint32","maximum":255,"default":0,"x-field-uid":2},"ipv4_node_address":{"description":"IPv4 address representing a node.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":3},"sr_mpls_sid":{"description":"Optional SR-MPLS SID.","$ref":"#/components/schemas/Bgp.Attributes.Sid.Mpls","x-field-uid":4}}},"Bgp.Attributes.SegmentRoutingPolicy.TypeD":{"description":"Type D: IPv6 Node Address with optional SID for SR MPLS.\nIt is encoded as a Segment of Type 4 in the SEGMENT_LIST sub-tlv.        ","type":"object","properties":{"flags":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeFlags","x-field-uid":1},"sr_algorithm":{"description":"SR Algorithm identifier when A-Flag in on. If A-flag is not enabled, it should be set to 0 on transmission and ignored on receipt.","type":"integer","format":"uint32","maximum":255,"default":0,"x-field-uid":2},"ipv6_node_address":{"description":"IPv6 address representing a node.","type":"string","format":"ipv6","default":"0::0","x-field-uid":3},"sr_mpls_sid":{"description":"Optional SR-MPLS SID.","$ref":"#/components/schemas/Bgp.Attributes.Sid.Mpls","x-field-uid":4}}},"Bgp.Attributes.SegmentRoutingPolicy.TypeE":{"description":"Type E: IPv4 Address and Local Interface ID with optional SID\nIt is encoded as a Segment of Type 5 in the SEGMENT_LIST sub-tlv. ","type":"object","properties":{"flags":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeFlags","x-field-uid":1},"local_interface_id":{"description":"The Interface Index as defined in [RFC8664].","type":"integer","format":"uint32","default":0,"x-field-uid":2},"ipv4_node_address":{"description":"IPv4 address representing a node.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":3},"sr_mpls_sid":{"description":"Optional SR-MPLS SID.","$ref":"#/components/schemas/Bgp.Attributes.Sid.Mpls","x-field-uid":4}}},"Bgp.Attributes.SegmentRoutingPolicy.TypeF":{"description":"Type F: IPv4 Local and Remote addresses with optional SR-MPLS SID.\nIt is encoded as a Segment of Type 6 in the SEGMENT_LIST sub-tlv. ","type":"object","properties":{"flags":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeFlags","x-field-uid":1},"local_ipv4_address":{"description":"Local IPv4 Address.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":2},"remote_ipv4_address":{"description":"Remote IPv4 Address.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":3},"sr_mpls_sid":{"description":"Optional SR-MPLS SID.","$ref":"#/components/schemas/Bgp.Attributes.Sid.Mpls","x-field-uid":4}}},"Bgp.Attributes.SegmentRoutingPolicy.TypeG":{"description":"Type G: IPv6 Address, Interface ID for local and remote pair with optional SID for SR MPLS.\nIt is encoded as a Segment of Type 7 in the SEGMENT_LIST sub-tlv. ","type":"object","properties":{"flags":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeFlags","x-field-uid":1},"local_interface_id":{"description":"The local Interface Index as defined in [RFC8664].","type":"integer","format":"uint32","default":0,"x-field-uid":2},"local_ipv6_node_address":{"description":"The IPv6 address representing the local node.","type":"string","format":"ipv6","default":"0::0","x-field-uid":3},"remote_interface_id":{"description":"The remote Interface Index as defined in [RFC8664]. The value MAY be set to zero when the local node address and interface identifiers are sufficient to describe the link.","type":"integer","format":"uint32","default":0,"x-field-uid":4},"remote_ipv6_node_address":{"description":"IPv6 address representing the remote node. The value MAY be set to zero when the local node address and interface identifiers are sufficient to describe the link.","type":"string","format":"ipv6","default":"0::0","x-field-uid":5},"sr_mpls_sid":{"description":"Optional SR-MPLS SID.","$ref":"#/components/schemas/Bgp.Attributes.Sid.Mpls","x-field-uid":6}}},"Bgp.Attributes.SegmentRoutingPolicy.TypeH":{"description":"Type H: IPv6 Local and Remote addresses with optional SID for SR MPLS.\nIt is encoded as a Segment of Type 8 in the SEGMENT_LIST sub-tlv. ","type":"object","properties":{"flags":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeFlags","x-field-uid":1},"local_ipv6_address":{"description":"Local IPv6 Address.","type":"string","format":"ipv6","default":"0::0","x-field-uid":2},"remote_ipv6_address":{"description":"Remote IPv6 Address.","type":"string","format":"ipv6","default":"0::0","x-field-uid":3},"sr_mpls_sid":{"description":"Optional SR-MPLS SID.","$ref":"#/components/schemas/Bgp.Attributes.Sid.Mpls","x-field-uid":6}}},"Bgp.Attributes.SegmentRoutingPolicy.TypeI":{"description":"Type I: IPv6 Node Address with optional SR Algorithm and optional SRv6 SID.\nIt is encoded as a Segment of Type 14 in the SEGMENT_LIST sub-tlv. ","type":"object","properties":{"flags":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeFlags","x-field-uid":1},"sr_algorithm":{"description":"SR Algorithm identifier when A-Flag in on. If A-flag is not enabled, it should be set to 0 on transmission and ignored on receipt.","type":"integer","format":"uint32","maximum":255,"default":0,"x-field-uid":2},"ipv6_node_address":{"description":"IPv6 address representing a node.","type":"string","format":"ipv6","default":"0::0","x-field-uid":3},"srv6_sid":{"$ref":"#/components/schemas/Bgp.Attributes.Sid.Srv6","x-field-uid":4},"srv6_endpoint_behavior":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.SRv6SIDEndpointBehaviorAndStructure","x-field-uid":5}}},"Bgp.Attributes.SegmentRoutingPolicy.TypeJ":{"description":"Type J: IPv6 Address, Interface ID for local and remote pair for SRv6 with optional SID.\nIt is encoded as a Segment of Type 15 in the SEGMENT_LIST sub-tlv. ","type":"object","properties":{"flags":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeFlags","x-field-uid":1},"sr_algorithm":{"description":"SR Algorithm identifier when A-Flag in on. If A-flag is not enabled, it should be set to 0 on transmission and ignored on receipt.","type":"integer","format":"uint32","maximum":255,"default":0,"x-field-uid":2},"local_interface_id":{"description":"The local Interface Index as defined in [RFC8664].","type":"integer","format":"uint32","default":0,"x-field-uid":3},"local_ipv6_node_address":{"description":"The IPv6 address representing the local node.","type":"string","format":"ipv6","default":"0::0","x-field-uid":4},"remote_interface_id":{"description":"The remote Interface Index as defined in [RFC8664]. The value MAY be set to zero when the local node address and interface identifiers are sufficient to describe the link.","type":"integer","format":"uint32","default":0,"x-field-uid":5},"remote_ipv6_node_address":{"description":"IPv6 address representing the remote node. The value MAY be set to zero when the local node address and interface identifiers are sufficient to describe the link.","type":"string","format":"ipv6","default":"0::0","x-field-uid":6},"srv6_sid":{"$ref":"#/components/schemas/Bgp.Attributes.Sid.Srv6","x-field-uid":7},"srv6_endpoint_behavior":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.SRv6SIDEndpointBehaviorAndStructure","x-field-uid":8}}},"Bgp.Attributes.SegmentRoutingPolicy.TypeK":{"description":"Type K: IPv6 Local and Remote addresses for SRv6 with optional SID.\nIt is encoded as a Segment of Type 16 in the SEGMENT_LIST sub-tlv. ","type":"object","properties":{"flags":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeFlags","x-field-uid":1},"sr_algorithm":{"description":"SR Algorithm identifier when A-Flag in on. If A-flag is not enabled, it should be set to 0 on transmission and ignored on receipt.","type":"integer","format":"uint32","maximum":255,"default":0,"x-field-uid":2},"local_ipv6_address":{"description":"Local IPv6 Address.","type":"string","format":"ipv6","default":"0::0","x-field-uid":3},"remote_ipv6_address":{"description":"Remote IPv6 Address.","type":"string","format":"ipv6","default":"0::0","x-field-uid":4},"srv6_sid":{"$ref":"#/components/schemas/Bgp.Attributes.Sid.Srv6","x-field-uid":5},"srv6_endpoint_behavior":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.SRv6SIDEndpointBehaviorAndStructure","x-field-uid":6}}},"Bgp.Attributes.SegmentRoutingPolicy.TypeFlags":{"description":"Flags for each Segment in SEGMENT_LIST sub-tlv.\n- V-flag. Indicates verification is enabled. See section 5, of https://datatracker.ietf.org/doc/html/rfc9256\n- A-flag. Indicates presence of SR Algorithm field applicable to Segment Types C, D , I , J and K .\n- B-Flag. Indicates presence of SRv6 Endpoint Behavior and SID Structure encoding applicable to Segment Types B , I , J and K .\n- S-Flag: This flag, when set, indicates the presence of the SR-MPLS or SRv6 SID depending on the segment type. (draft-ietf-idr-bgp-sr-segtypes-ext-03 Section 2.10).\n          This flag is applicable for Segment Types C, D, E, F, G, H, I, J, and K.","type":"object","properties":{"v_flag":{"description":"Indicates verification of segment data in is enabled.            ","type":"boolean","default":false,"x-field-uid":1},"a_flag":{"description":"Indicates presence of SR Algorithm field applicable to Segment Types 3, 4, and 9.           ","type":"boolean","default":false,"x-field-uid":2},"s_flag":{"description":"This flag, when set, indicates the presence of the SR-MPLS or SRv6 SID depending on the segment type.","type":"boolean","default":false,"x-field-uid":3},"b_flag":{"description":"Indicates presence of SRv6 Endpoint Behavior and SID Structure encoding specified in Section 2.4.4.2.4\nof draft-ietf-idr-sr-policy-safi-02.         ","type":"boolean","default":false,"x-field-uid":4}}},"Bgp.Attributes.SegmentRoutingPolicy.SRv6SIDEndpointBehaviorAndStructure":{"description":"Configuration for optional SRv6 Endpoint Behavior and SID Structure. Summation of lengths for Locator Block, Locator Node,  Function, and Argument MUST be less than or equal to 128. - This is specified in draft-ietf-idr-sr-policy-safi-02 Section 2.4.4.2.4","type":"object","properties":{"endpoint_behaviour":{"description":"This is a 2-octet field that is used to specify the SRv6 Endpoint Behavior code point for the SRv6 SID as defined \nin section 9.2 of [RFC8986]. When set with the value 0xFFFF (i.e., Opaque), the choice of SRv6 Endpoint Behavior is \nleft to the headend. Well known 16-bit values for this field are available at \nhttps://www.iana.org/assignments/segment-routing/segment-routing.xhtml .","type":"string","format":"hex","default":"ffff","maxLength":4,"x-field-uid":1},"lb_length":{"description":"SRv6 SID Locator Block length in bits.","type":"integer","format":"uint32","maximum":128,"default":0,"x-field-uid":2},"ln_length":{"description":"SRv6 SID Locator Node length in bits.","type":"integer","format":"uint32","maximum":128,"default":0,"x-field-uid":3},"func_length":{"description":"SRv6 SID Function length in bits.","type":"integer","format":"uint32","maximum":128,"default":0,"x-field-uid":4},"arg_length":{"description":"SRv6 SID Arguments length in bits.","type":"integer","format":"uint32","maximum":128,"default":0,"x-field-uid":5}}},"Bgp.NLRIPrefixSegmentRoutingDistinguisher":{"description":"Optional field in the NLRI carrying the distinguisher for Segment Routing Policy NLRI with SAFI 73.","type":"object","properties":{"value":{"description":"The value of the optional Segment Routing distinguisher of the prefix. ","type":"integer","format":"uint32","default":1,"x-field-uid":1}}},"Bgp.V6Peer":{"description":"Configuration for BGPv6 peer settings and routes.","type":"object","required":["peer_address","as_type","as_number","name"],"properties":{"peer_address":{"description":"IPv6 address of the BGP peer for the session","type":"string","format":"ipv6","x-field-uid":1},"segment_routing":{"$ref":"#/components/schemas/Bgp.V6SegmentRouting","x-field-uid":2},"evpn_ethernet_segments":{"description":"This contains the list of Ethernet Virtual Private Network (EVPN) Ethernet Segments (ES) Per BGP Peer for IPv6 Address Family Identifier (AFI).\n\nEach Ethernet Segment contains a list of EVPN Instances (EVIs) . \nEach EVI contains a list of Broadcast Domains. \nEach Broadcast Domain contains a list of MAC/IP Ranges. \n\n<Ethernet Segment, EVI, Broadcast Domain> is responsible for advertising Ethernet Auto-discovery Route Per EVI (Type 1).\n\n<Ethernet Segment, EVI> is responsible for advertising Ethernet Auto-discovery Route Per Ethernet Segment (Type 1).\n\n<Ethernet Segment, EVI, Broadcast Domain, MAC/IP> is responsible for advertising MAC/IP Advertisement Route (Type 2).\n\n<Ethernet Segment, EVI, Broadcast Domain> is responsible for advertising Inclusive Multicast Ethernet Tag Route (Type 3).\n\nEthernet Segment is responsible for advertising Ethernet Segment Route (Type 4).","type":"array","items":{"$ref":"#/components/schemas/BgpV6.EthernetSegment"},"x-field-uid":3},"as_type":{"x-field-uid":4,"description":"The type of BGP autonomous system. External BGP is used for BGP links between two or more autonomous systems (ebgp). Internal BGP is used within a single autonomous system (ibgp). BGP property defaults are aligned with this object defined as an internal BGP peer. If the as_type is specified as 'ebgp' then other properties will need to be specified as per an external BGP peer. Specifically, for 'ebgp',  'as_set_mode' attribute in 'as_path' field  in any Route Range should be changed from default value 'do_not_include_local_as' to any other value.","type":"string","x-enum":{"ibgp":{"x-field-uid":1},"ebgp":{"x-field-uid":2}},"enum":["ibgp","ebgp"]},"as_number":{"x-field-uid":5,"description":"Autonomous System Number (AS number or ASN)","type":"integer","format":"uint32"},"as_number_width":{"x-field-uid":6,"description":"The width in bytes of the as_number values. Any as_number values that exceeds the width MUST result in an error.","type":"string","default":"four","x-enum":{"two":{"x-field-uid":1},"four":{"x-field-uid":2}},"enum":["two","four"]},"advanced":{"x-field-uid":7,"$ref":"#/components/schemas/Bgp.Advanced"},"capability":{"x-field-uid":8,"$ref":"#/components/schemas/Bgp.Capability"},"learned_information_filter":{"x-field-uid":9,"$ref":"#/components/schemas/Bgp.LearnedInformationFilter"},"v4_routes":{"x-field-uid":10,"description":"Emulated BGPv4 route ranges.","type":"array","items":{"$ref":"#/components/schemas/Bgp.V4RouteRange"}},"v6_routes":{"x-field-uid":11,"description":"Emulated BGPv6 route ranges.","type":"array","items":{"$ref":"#/components/schemas/Bgp.V6RouteRange"}},"v4_srte_policies":{"x-field-uid":12,"description":"Segment Routing Traffic Engineering (SR TE) Policies for IPv4 Address Family Identifier (AFI).","type":"array","items":{"$ref":"#/components/schemas/BgpSrte.V4Policy"}},"v6_srte_policies":{"x-field-uid":13,"description":"Segment Routing Traffic Engineering (SR TE) Policies for IPv6 Address Family Identifier (AFI).","type":"array","items":{"$ref":"#/components/schemas/BgpSrte.V6Policy"}},"name":{"x-field-uid":14,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.\nGlobally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"graceful_restart":{"x-field-uid":15,"$ref":"#/components/schemas/Bgp.GracefulRestart"},"replay_updates":{"description":"BGP Updates to be sent to the peer as specified after the session is established. ","$ref":"#/components/schemas/Bgp.UpdateReplay","x-field-uid":16}}},"Bgp.V6Interface":{"description":"Configuration for emulated BGPv6 peers and routes on a single IPv6 interface.","type":"object","required":["ipv6_name"],"properties":{"ipv6_name":{"description":"The unique name of IPv6 Loopback IPv6 interface or DHCPv4 client used as the source IP for this list of BGP peers.\n\nx-constraint:\n- /components/schemas/Device.Ipv6/properties/name\n- /components/schemas/Device.Ipv6Loopback/properties/name\n- /components/schemas/Device.Dhcpv6client/properties/name\n","type":"string","x-constraint":["/components/schemas/Device.Ipv6/properties/name","/components/schemas/Device.Ipv6Loopback/properties/name","/components/schemas/Device.Dhcpv6client/properties/name"],"x-field-uid":1},"peers":{"description":"This contains the list of BGPv6 peers configured on this interface.","type":"array","items":{"$ref":"#/components/schemas/Bgp.V6Peer"},"x-field-uid":2}}},"Bgp.V6SegmentRouting":{"description":"Configuration for BGPv6 segment routing settings.","type":"object","properties":{"ingress_supports_vpn":{"description":"TBD","type":"boolean","default":false,"x-field-uid":1},"reduced_encapsulation":{"description":"TBD","type":"boolean","default":false,"x-field-uid":2},"copy_time_to_live":{"description":"TBD","type":"boolean","default":false,"x-field-uid":3},"time_to_live":{"description":"TBD","type":"integer","format":"uint32","default":0,"x-field-uid":4},"max_sids_per_srh":{"description":"TBD","type":"integer","format":"uint32","default":0,"maximum":255,"x-field-uid":5},"auto_generate_segment_left_value":{"description":"TBD","type":"boolean","default":false,"x-field-uid":6},"segment_left_value":{"description":"TBD","type":"integer","format":"uint32","default":0,"x-field-uid":7},"advertise_sr_te_policy":{"description":"TBD","type":"boolean","default":false,"x-field-uid":8}}},"BgpV6.EthernetSegment":{"description":"Configuration for BGP Ethernet Segment ranges. Advertises following routes -\n\nType 4 - Ethernet Segment Route","type":"object","properties":{"df_election":{"description":"Designated Forwarder (DF) election configuration.","$ref":"#/components/schemas/Bgp.EthernetSegment.DfElection","x-field-uid":1},"evis":{"description":"This contains the list of EVIs.","type":"array","items":{"$ref":"#/components/schemas/BgpV6.EvpnEvis"},"x-field-uid":2},"esi":{"x-field-uid":3,"description":"10-octet Ethernet Segment Identifier (ESI) Example - For multi-home scenario nonZero ESI is '10000000000000000000' .","type":"string","format":"hex","default":"00000000000000000000"},"active_mode":{"x-field-uid":4,"description":"Single Active or All Active mode Redundancy mode selection for Multi-home.","type":"string","default":"all_active","x-enum":{"single_active":{"x-field-uid":1},"all_active":{"x-field-uid":2}},"enum":["single_active","all_active"]},"esi_label":{"x-field-uid":5,"description":"The label value to be advertised as ESI Label in ESI Label Extended Community. This is included in Ethernet Auto-discovery per ES Routes advertised by a router. ","type":"integer","format":"uint32","maximum":16777215,"default":0},"advanced":{"x-field-uid":6,"$ref":"#/components/schemas/Bgp.RouteAdvanced"},"communities":{"x-field-uid":7,"description":"Optional community settings.","type":"array","items":{"$ref":"#/components/schemas/Bgp.Community"}},"ext_communities":{"x-field-uid":8,"description":"Optional Extended Community settings. The Extended Communities Attribute is a transitive optional BGP attribute, with the Type Code 16. Community and Extended Communities  attributes are utilized to trigger routing decisions, such as acceptance, rejection,  preference, or redistribution. An extended community is an 8-Bytes value. It is divided into two main parts. The first 2 Bytes of the community encode a type and sub-type fields and the last 6 Bytes carry a unique set of data in a format defined by the type and sub-type field. Extended communities provide a larger  range for grouping or categorizing communities. When type is administrator_as_2octet or administrator_as_4octet, the valid sub types are route target and origin. The valid value for  administrator_as_2octet and administrator_as_4octet type is either two byte AS followed by four byte local administrator id or four byte AS followed by two  byte local administrator id.  When type is administrator_ipv4_address the valid sub types are route target and origin. The valid value for  administrator_ipv4_address is a four byte IPv4 address followed by a two byte local administrator id.  When type is opaque, valid sub types are color and encapsulation. When sub type is color, first two bytes of the value field contain flags and last four bytes  contains the value of the color. When sub type is encapsulation the first four bytes of value field are reserved and last two bytes carries the tunnel type from  IANA's \"ETHER TYPES\" registry e.g IPv4 (protocol type = 0x0800), IPv6 (protocol type = 0x86dd), and MPLS (protocol type = 0x8847). When type is administrator_as_2octet_link_bandwidth the valid sub type is extended_bandwidth. The first two bytes of the value field contains the AS number and the last four bytes contains the bandwidth in IEEE floating point format.  When type is evpn the valid subtype is mac_address. In the value field the low-order bit of the first byte(Flags) is defined as the \"Sticky/static\" flag and may be set to 1, indicating the MAC address is static and cannot move. The second byte is reserved and the  last four bytes contain the sequence number which is used to ensure that PEs retain the correct MAC/IP Advertisement route when multiple updates  occur for the same MAC address.","type":"array","items":{"$ref":"#/components/schemas/Bgp.ExtCommunity"}},"as_path":{"x-field-uid":9,"description":"Optional AS PATH settings.","$ref":"#/components/schemas/Bgp.AsPath"}}},"BgpV6.EvpnEvis":{"description":"This contains a list of different flavors of EVPN. \nFor example EVPN over VXLAN or EVPN over MPLS etc to be configured per Ethernet segment. \nNeed to instantiate correct type of EVPN instance as per requirement.","type":"object","properties":{"choice":{"type":"string","default":"evi_vxlan","x-field-uid":1,"x-enum":{"evi_vxlan":{"x-field-uid":1}},"enum":["evi_vxlan"]},"evi_vxlan":{"description":"EVPN VXLAN instance to be configured per Ethernet Segment.                    ","$ref":"#/components/schemas/BgpV6.EviVxlan","x-field-uid":2}}},"BgpV6.EviVxlan":{"description":"Configuration for BGP EVPN EVI. Advertises following routes -\n\nType 3 - Inclusive Multicast Ethernet Tag Route\n\nType 1 -  Ethernet Auto-discovery Route (Per EVI)\n\nType 1 -  Ethernet Auto-discovery Route (Per ES)","type":"object","properties":{"broadcast_domains":{"description":"This contains the list of Broadcast Domains to be configured per EVI.","type":"array","items":{"$ref":"#/components/schemas/BgpV6.EviVxlan.BroadcastDomain"},"x-field-uid":1},"replication_type":{"x-field-uid":2,"description":"This model only supports Ingress Replication","type":"string","default":"ingress_replication","x-enum":{"ingress_replication":{"x-field-uid":1}},"enum":["ingress_replication"]},"pmsi_label":{"x-field-uid":3,"description":"Downstream assigned VNI to be carried as Part of P-Multicast Service Interface Tunnel attribute (PMSI Tunnel Attribute) in Type 3 Inclusive Multicast Ethernet Tag Route.","type":"integer","format":"uint32","maximum":16777215,"default":16},"ad_label":{"x-field-uid":4,"description":"The Auto-discovery Route label (AD label) value, which gets advertised in the Ethernet Auto-discovery Route per <EVI, ESI>","type":"integer","format":"uint32","maximum":16777215,"default":0},"route_distinguisher":{"x-field-uid":5,"description":"Colon separated Extended Community value of 6 Bytes - \"AS number: Value\" identifying an EVI.            Example - for the as_2octet \"60005:100\".","$ref":"#/components/schemas/Bgp.RouteDistinguisher"},"route_target_export":{"x-field-uid":6,"description":"List of Layer 2 Virtual Network Identifier (L2VNI) export targets associated with this EVI. ","type":"array","items":{"$ref":"#/components/schemas/Bgp.RouteTarget"}},"route_target_import":{"x-field-uid":7,"description":"List of L2VNI import targets associated with this EVI. ","type":"array","items":{"$ref":"#/components/schemas/Bgp.RouteTarget"}},"l3_route_target_export":{"x-field-uid":8,"description":"List of Layer 3 Virtual Network Identifier (L3VNI) Export Route Targets.","type":"array","items":{"$ref":"#/components/schemas/Bgp.RouteTarget"}},"l3_route_target_import":{"x-field-uid":9,"description":"List of L3VNI Import Route Targets.","type":"array","items":{"$ref":"#/components/schemas/Bgp.RouteTarget"}},"advanced":{"x-field-uid":10,"$ref":"#/components/schemas/Bgp.RouteAdvanced"},"communities":{"x-field-uid":11,"description":"Optional community settings.","type":"array","items":{"$ref":"#/components/schemas/Bgp.Community"}},"ext_communities":{"x-field-uid":12,"description":"Optional Extended Community settings. The Extended Communities Attribute is a transitive optional BGP attribute, with the Type Code 16. Community and Extended Communities  attributes are utilized to trigger routing decisions, such as acceptance, rejection,  preference, or redistribution. An extended community is an 8-Bytes value. It is divided into two main parts. The first 2 Bytes of the community encode a type and sub-type fields and the last 6 Bytes carry a unique set of data in a format defined by the type and sub-type field. Extended communities provide a larger  range for grouping or categorizing communities. When type is administrator_as_2octet or administrator_as_4octet, the valid sub types are route target and origin. The valid value for  administrator_as_2octet and administrator_as_4octet type is either two byte AS followed by four byte local administrator id or four byte AS followed by two  byte local administrator id.  When type is administrator_ipv4_address the valid sub types are route target and origin. The valid value for  administrator_ipv4_address is a four byte IPv4 address followed by a two byte local administrator id.  When type is opaque, valid sub types are color and encapsulation. When sub type is color, first two bytes of the value field contain flags and last four bytes  contains the value of the color. When sub type is encapsulation the first four bytes of value field are reserved and last two bytes carries the tunnel type from  IANA's \"ETHER TYPES\" registry e.g IPv4 (protocol type = 0x0800), IPv6 (protocol type = 0x86dd), and MPLS (protocol type = 0x8847). When type is administrator_as_2octet_link_bandwidth the valid sub type is extended_bandwidth. The first two bytes of the value field contains the AS number and the last four bytes contains the bandwidth in IEEE floating point format.  When type is evpn the valid subtype is mac_address. In the value field the low-order bit of the first byte(Flags) is defined as the \"Sticky/static\" flag and may be set to 1, indicating the MAC address is static and cannot move. The second byte is reserved and the  last four bytes contain the sequence number which is used to ensure that PEs retain the correct MAC/IP Advertisement route when multiple updates  occur for the same MAC address.","type":"array","items":{"$ref":"#/components/schemas/Bgp.ExtCommunity"}},"as_path":{"x-field-uid":13,"description":"Optional AS PATH settings.","$ref":"#/components/schemas/Bgp.AsPath"}}},"BgpV6.EviVxlan.BroadcastDomain":{"description":"Configuration for Broadcast Domains per EVI.","type":"object","properties":{"cmac_ip_range":{"description":"This contains the list of Customer MAC/IP Ranges to be configured per Broadcast Domain. \n\nAdvertises following route - \nType 2 - MAC/IP Advertisement Route.","type":"array","items":{"$ref":"#/components/schemas/Bgp.CMacIpRange"},"x-field-uid":1},"ethernet_tag_id":{"x-field-uid":2,"description":"The Ethernet Tag ID of the Broadcast Domain.","type":"integer","format":"uint32","default":0},"vlan_aware_service":{"x-field-uid":3,"description":"VLAN-Aware service to be enabled or disabled.","type":"boolean","default":false}}},"Device.Vxlan":{"properties":{"v4_tunnels":{"description":"IPv4 VXLAN Tunnels","type":"array","items":{"$ref":"#/components/schemas/Vxlan.V4Tunnel"},"x-field-uid":1},"v6_tunnels":{"description":"IPv6 VXLAN Tunnels","type":"array","items":{"$ref":"#/components/schemas/Vxlan.V6Tunnel"},"x-field-uid":2}}},"Vxlan.V4Tunnel":{"description":"Configuration and operational state parameters relating to IPv4 VXLAN tunnel end-point interface.","type":"object","required":["source_interface","vni","name"],"properties":{"source_interface":{"description":"Determines the source interface.\n\nx-constraint:\n- /components/schemas/Device.Ipv4/properties/name\n- /components/schemas/Device.Ipv4Loopback/properties/name\n","type":"string","x-constraint":["/components/schemas/Device.Ipv4/properties/name","/components/schemas/Device.Ipv4Loopback/properties/name"],"x-field-uid":1},"destination_ip_mode":{"$ref":"#/components/schemas/Vxlan.V4Tunnel.DestinationIPMode","x-field-uid":2},"vni":{"x-field-uid":3,"description":"VXLAN Network Identifier (VNI) to distinguish network instances on the wire","type":"integer","format":"uint32","minimum":1,"maximum":16777215},"name":{"x-field-uid":4,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.\nGlobally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"}}},"Vxlan.V6Tunnel":{"description":"Configuration and operational state parameters relating to IPv6 VXLAN tunnel end-point interface.","type":"object","required":["source_interface","vni","name"],"properties":{"source_interface":{"description":"Determines the source interface.\n\nx-constraint:\n- /components/schemas/Device.Ipv6/properties/name\n- /components/schemas/Device.Ipv6Loopback/properties/name\n","type":"string","x-constraint":["/components/schemas/Device.Ipv6/properties/name","/components/schemas/Device.Ipv6Loopback/properties/name"],"x-field-uid":1},"destination_ip_mode":{"$ref":"#/components/schemas/Vxlan.V6Tunnel.DestinationIPMode","x-field-uid":2},"vni":{"x-field-uid":3,"description":"VXLAN Network Identifier (VNI) to distinguish network instances on the wire","type":"integer","format":"uint32","minimum":1,"maximum":16777215},"name":{"x-field-uid":4,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.\nGlobally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"}}},"Vxlan.V4Tunnel.DestinationIPMode":{"description":"Communication mode between the VTEPs, either unicast or multicast.","type":"object","properties":{"choice":{"description":"unicast or multicast","type":"string","default":"multicast","x-field-uid":1,"x-enum":{"unicast":{"x-field-uid":1},"multicast":{"x-field-uid":2}},"enum":["unicast","multicast"]},"unicast":{"$ref":"#/components/schemas/Vxlan.V4Tunnel.DestinationIPMode.Unicast","x-field-uid":2},"multicast":{"$ref":"#/components/schemas/Vxlan.V4Tunnel.DestinationIPMode.Multicast","x-field-uid":3}}},"Vxlan.V6Tunnel.DestinationIPMode":{"description":"Communication mode between the VTEPs, either unicast or multicast.","type":"object","properties":{"choice":{"description":"unicast or multicast","type":"string","default":"multicast","x-field-uid":1,"x-enum":{"unicast":{"x-field-uid":1},"multicast":{"x-field-uid":2}},"enum":["unicast","multicast"]},"unicast":{"$ref":"#/components/schemas/Vxlan.V6Tunnel.DestinationIPMode.Unicast","x-field-uid":2},"multicast":{"$ref":"#/components/schemas/Vxlan.V6Tunnel.DestinationIPMode.Multicast","x-field-uid":3}}},"Vxlan.V4Tunnel.DestinationIPMode.Unicast":{"properties":{"vteps":{"description":"List of VTEPs for member VNI(VXLAN Network Identifier)","type":"array","items":{"$ref":"#/components/schemas/Vxlan.V4Tunnel.DestinationIPMode.Unicast.Vtep"},"x-field-uid":1}}},"Vxlan.V6Tunnel.DestinationIPMode.Unicast":{"properties":{"vteps":{"description":"List of VTEPs for member VNI(VXLAN Network Identifier)","type":"array","items":{"$ref":"#/components/schemas/Vxlan.V6Tunnel.DestinationIPMode.Unicast.Vtep"},"x-field-uid":1}}},"Vxlan.Tunnel.DestinationIPMode.Unicast.ArpSuppressionCache":{"description":"Each VTEP maintains an ARP suppression cache table for known IP hosts and their associated MAC addresses in the VNI segment.  When an end host in the VNI sends an ARP request for another end-host IP address,  its local VTEP intercepts the ARP request and checks for the ARP-resolved IP address in its ARP suppression cache table.  If it finds a match, the local VTEP sends an ARP response on behalf of the remote end host.","type":"object","properties":{"remote_vm_mac":{"description":"Remote VM MAC address bound to Remote VM IPv4 address","type":"string","format":"mac","x-field-uid":1},"remote_vm_ipv4":{"description":"Remote VM IPv4 address","type":"string","format":"ipv4","x-field-uid":2}}},"Vxlan.V4Tunnel.DestinationIPMode.Unicast.Vtep":{"description":"VTEP (VXLAN Tunnel End Point (VTEP)) parameters","type":"object","properties":{"remote_vtep_address":{"description":"Remote VXLAN Tunnel End Point address","type":"string","format":"ipv4","x-field-uid":1},"arp_suppression_cache":{"x-field-uid":2,"description":"Each VTEP maintains an ARP suppression cache table for known IP hosts and their associated MAC addresses in the VNI segment.  When an end host in the VNI sends an ARP request for another end-host IP address,  its local VTEP intercepts the ARP request and checks for the ARP-resolved IP address in its ARP suppression cache table.  If it finds a match, the local VTEP sends an ARP response on behalf of the remote end host.","type":"array","items":{"$ref":"#/components/schemas/Vxlan.Tunnel.DestinationIPMode.Unicast.ArpSuppressionCache"}}}},"Vxlan.V6Tunnel.DestinationIPMode.Unicast.Vtep":{"description":"VTEP (VXLAN Tunnel End Point (VTEP)) parameters","type":"object","properties":{"remote_vtep_address":{"description":"Remote VXLAN Tunnel End Point address","type":"string","format":"ipv6","x-field-uid":1},"arp_suppression_cache":{"x-field-uid":2,"description":"Each VTEP maintains an ARP suppression cache table for known IP hosts and their associated MAC addresses in the VNI segment.  When an end host in the VNI sends an ARP request for another end-host IP address,  its local VTEP intercepts the ARP request and checks for the ARP-resolved IP address in its ARP suppression cache table.  If it finds a match, the local VTEP sends an ARP response on behalf of the remote end host.","type":"array","items":{"$ref":"#/components/schemas/Vxlan.Tunnel.DestinationIPMode.Unicast.ArpSuppressionCache"}}}},"Vxlan.V4Tunnel.DestinationIPMode.Multicast":{"description":"Multicast Group address for member VNI(VXLAN Network Identifier)","type":"object","properties":{"address":{"description":"IPv4 Multicast address","type":"string","format":"ipv4","x-field-uid":1}}},"Vxlan.V6Tunnel.DestinationIPMode.Multicast":{"description":"Multicast Group address for member VNI(VXLAN Network Identifier)","type":"object","properties":{"address":{"description":"IPv6 Multicast address","type":"string","format":"ipv6","x-field-uid":1}}},"Device.Rsvp":{"description":"Configuration for one or more RSVP interfaces, ingress and egress LSPs. In this model, currently IPv4 RSVP and point-to-point LSPs are supported as per RFC3209 and related specifications.","type":"object","properties":{"ipv4_interfaces":{"description":"List of IPv4 RSVP connected interfaces. At least one interface should be present for device connected to the DUT. For unconnected devices, this array must be empty.","type":"array","items":{"$ref":"#/components/schemas/Rsvp.Ipv4Interface"},"x-field-uid":1},"lsp_ipv4_interfaces":{"description":"List of IPv4 Loopback or IPv4 connected interfaces acting as RSVP ingress and egress endpoints.","type":"array","items":{"$ref":"#/components/schemas/Rsvp.LspIpv4Interface"},"x-field-uid":2},"name":{"x-field-uid":3,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"}}},"Rsvp.Ipv4Interface":{"description":"Configuration for RSVP Interface.","type":"object","required":["ipv4_name","neighbor_ip"],"properties":{"ipv4_name":{"description":"The globally unique name of the IPv4 interface connected to the DUT. This name must match the \"name\" field of the \"ipv4_addresses\" on top which this RSVP interface is configured.          \n\nx-constraint:\n- /components/schemas/Device.Ipv4/properties/name\n","type":"string","x-constraint":["/components/schemas/Device.Ipv4/properties/name"],"x-field-uid":1},"neighbor_ip":{"description":"IPv4 address of the RSVP neighbor on this interface.","type":"string","format":"ipv4","x-field-uid":2},"label_space_start":{"description":"The user-defined label space start value. The LSPs for which this router acts as a egress are assigned labels from this label pool.The\"label_space_start\" and \"label_space_end\" together defines this label-pool. ","type":"integer","format":"uint32","default":1000,"maximum":1048575,"x-field-uid":3},"label_space_end":{"description":"The user-defined label space end value.The last label value that can be assigned to the LSPs for which this router acts as egress.","type":"integer","format":"uint32","default":100000,"maximum":1048575,"x-field-uid":4},"enable_refresh_reduction":{"description":"Enables sending of Refresh Reduction as described in RFC2961.","type":"boolean","default":false,"x-field-uid":5},"summary_refresh_interval":{"description":"The number of seconds between transmissions of successive Summary Refreshes. There is no specification specified maximum value. For clarity, setting the maximum to 1 hour.","type":"integer","format":"uint32","default":30,"maximum":3600,"x-field-uid":6},"send_bundle":{"description":"Enables aggregration of different RSVP messages within a single PDU.","type":"boolean","default":false,"x-field-uid":7},"bundle_threshold":{"description":"The number of milliseconds to wait after which RSVP will bundle different RSVP messages and transmit Bundle messages.","type":"integer","format":"uint32","default":50,"maximum":1000,"x-field-uid":8},"enable_hello":{"description":"Enables sending of Hello Messages as per RFC3209.            ","type":"boolean","default":false,"x-field-uid":9},"hello_interval":{"description":"If enable_hello is set to 'true', this specifies the minimum hello interval in seconds at which successive Hello Messages  are sent as per RFC3209. There is no specification specified maximum value. For clarity, setting the maximum to 1 hour.","type":"integer","format":"uint32","default":9,"maximum":3600,"x-field-uid":10},"timeout_multiplier":{"description":"The number of missed hellos after which the node should consider RSVP Neighbor to have timed out. There is no specification specified maximum value. Setting the maximum allowed value to 10.","type":"integer","format":"uint32","default":3,"maximum":10,"x-field-uid":11}}},"Rsvp.LspIpv4Interface":{"description":"Configuration for RSVP LSP IPv4 Interface.","type":"object","required":["ipv4_name"],"properties":{"ipv4_name":{"description":"The globally unique name of the IPv4 or Loopback IPv4 interface acting as the RSVP ingress and egress endpoint for  the LSPs configured on this interface. This must match the \"name\" field of either \"ipv4_addresses\" or \"ipv4_loopbacks\"  on which this LSP interface is configured.\n\nx-constraint:\n- /components/schemas/Device.Ipv4/properties/name\n- /components/schemas/Device.Ipv4Loopback/properties/name\n","type":"string","x-constraint":["/components/schemas/Device.Ipv4/properties/name","/components/schemas/Device.Ipv4Loopback/properties/name"],"x-field-uid":1},"p2p_egress_ipv4_lsps":{"description":"Contains properties of Tail(Egress) LSPs. ","$ref":"#/components/schemas/Rsvp.LspIpv4Interface.P2PEgressIpv4Lsp","x-field-uid":2},"p2p_ingress_ipv4_lsps":{"description":"Array of point-to-point RSVP-TE P2P LSPs originating from this interface.","type":"array","items":{"$ref":"#/components/schemas/Rsvp.LspIpv4Interface.P2PIngressIpv4Lsp"},"x-field-uid":3}}},"Rsvp.LspIpv4Interface.P2PEgressIpv4Lsp":{"description":"Configuration for RSVP Egress Point-to-Point(P2P) IPv4 LSPs.","type":"object","required":["name"],"properties":{"name":{"x-field-uid":1,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"refresh_interval":{"description":"The time in seconds between successive transmissions of RESV Refreshes. The actual refresh interval is jittered by upto 50%. There is no specification specified maximum value. For clarity, setting the maximum to 1 hour. ","type":"integer","format":"uint32","default":30,"maximum":3600,"x-field-uid":2},"timeout_multiplier":{"description":"The number of missed PATH refreshes after which a recieving node should consider the LSP state to have timed out. There is no specification specified maximum value. Setting the maximum allowed value to 10.","type":"integer","format":"uint32","default":3,"maximum":10,"x-field-uid":3},"reservation_style":{"description":"It determines how RSVP-TE enabled network devices set up reservations along the path between an end-to-end  QOS-enabled connection. If 'auto' is enabled, the style is chosen based on whether the incoming Path has 'SE Desired' flag set. Otherwise, the style is chosen based on the value selected for this attribute.","type":"string","x-enum":{"shared_explicit":{"x-field-uid":1},"fixed_filter":{"x-field-uid":2},"auto":{"x-field-uid":3}},"default":"shared_explicit","x-field-uid":4,"enum":["shared_explicit","fixed_filter","auto"]},"enable_fixed_label":{"description":"If enabled, a specific fixed label will be advertised by the egress or tail end for all Path messages received by this egress.  This can be leveraged to advertise Explicit or Implicit null labels.            ","type":"boolean","default":false,"x-field-uid":5},"fixed_label_value":{"description":"The fixed label value as advertised by egress in RESV message. Applicable only if 'fixed_label' is set to 'true'. Special values are '0 - IPv4 Explicit NULL', '2 - IPv6 Explicit NULL' and '3 - Implicit NULL'.   Outside of this, labels are expected to have a minimum value of 16.","type":"integer","format":"uint32","default":0,"maximum":1048575,"x-field-uid":6}}},"Rsvp.LspIpv4Interface.P2PIngressIpv4Lsp":{"description":"Configuration for an RSVP Ingress point-to-point LSP.","type":"object","required":["remote_address","name"],"properties":{"name":{"x-field-uid":1,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"remote_address":{"description":"IPv4 address of the remote endpoint of the LSP.","type":"string","format":"ipv4","x-field-uid":2},"tunnel_id":{"description":"The Tunnel ID of the RSVP LSP. Carried in the SESSION object in Path Messages.","type":"integer","format":"uint32","default":1,"minimum":1,"maximum":65535,"x-field-uid":3},"lsp_id":{"description":"The LSP ID of the RSVP LSP. Carried in the SENDER_TEMPLATE object in Path Messages.","type":"integer","format":"uint32","default":1,"minimum":1,"maximum":65535,"x-field-uid":4},"refresh_interval":{"description":"The time in seconds between successive transmissions of PATH Refreshes.  The actual refresh interval is jittered by upto 50%. There is no specification specified maximum value. For clarity, setting the maximum to 1 hour. ","type":"integer","format":"uint32","default":30,"minimum":1,"maximum":3600,"x-field-uid":5},"timeout_multiplier":{"description":"The number of missed RESV refreshes after which a recieving node should consider the LSP state to have timed out. There is no specification specified maximum value. Setting the maximum allowed value to 10.","type":"integer","format":"uint32","default":3,"minimum":1,"maximum":10,"x-field-uid":6},"backup_lsp_id":{"description":"The LSP id that will be used when creating a Make-Before-Break LSP when the active LSP is using lsp_id. If the active LSP on which Make-Before-Break is being done is using the backup_lsp_id, the new LSP created will toggle to  use the lsp_id instead.","type":"integer","format":"uint32","default":2,"minimum":1,"maximum":65535,"x-field-uid":7},"lsp_switchover_delay":{"description":"The amount of delay in milliseconds that an implementation should wait for before switching traffic to the new LSP created after  a Make-Before-Break is done on an LSP. The default value is 0 which means to switch immediately. An implementation should support a minimum delay value of at least 50ms . There is no specification specified maximum value. Setting maximum allowed value to 1 minute.  If a delay value is supplied which is lesser than the minimum delay value supported, a warning should be provided indicating that the minimum value of LSP switchover delay is automatically increased to the supported minimum value. This warning should be included in the list of warnings in the 'Response.Warning' attribute sent in the SetConfig 'Success' Response.","type":"integer","format":"uint32","default":0,"minimum":0,"maximum":60000,"x-field-uid":8},"session_attribute":{"description":"This contains the values of the fields to be included in the SESSION_ATTRIBUTE object in the Path Message sent for the LSP.            ","$ref":"#/components/schemas/Rsvp.SessionAttribute","x-field-uid":9},"tspec":{"description":"This contains the values of the fields to be included in the TSPEC object in the Path Message sent for the LSP.            ","$ref":"#/components/schemas/Rsvp.Tspec","x-field-uid":10},"fast_reroute":{"description":"This contains the values of the fields to be included in the FAST_REROUTE object in the Path Message sent for the LSP. \nThis is an optional object . If this attribute is not included , the FAST_REROUTE object will not be included.           ","$ref":"#/components/schemas/Rsvp.FastReroute","x-field-uid":11},"ero":{"description":"This contains the values of the fields to be included in the ERO object in the Path Message sent for the LSP. \nThis is an optional object . If this attribute is not included , the ERO object will not be included.           ","$ref":"#/components/schemas/Rsvp.Ero","x-field-uid":12}}},"Rsvp.SessionAttribute":{"description":"Configuration for RSVP-TE SESSION_ATTRIBUTE object included in Path Messages as defined in RFC3209. The bandwidth_protection_desired and node_protection_desired flags are defined in RFC4090 (Fast Reroute).","type":"object","properties":{"auto_generate_session_name":{"description":"If this is enabled, an auto-generated Session Name is included in the SESSION_ATTRIBUTE object in the Path Message for this LSP.","type":"boolean","default":true,"x-field-uid":1},"session_name":{"description":"If auto_generate_session_name is set to 'false', then the value of this field is used to fill the Session Name field of the SESSION_ATTRIBUTE object in the Path Message for this LSP. It is suggested to include the Local IP, Remote IP, Tunnel ID and LSP ID in the auto-generated Session Name to ensure uniqueness of the name in the test. The maximum length of session name is 254 bytes.           ","type":"string","minLength":0,"maxLength":254,"x-field-uid":2},"setup_priority":{"description":"Specifies the value of the Setup Priority field. This controls whether the LSP should pre-empt existing  LSP setup with certain Holding Priority if resource limitation is encountered when setting up the LSP. (e.g. bandwidth availability). The value 0 is the highest priority while 7 is the lowest.","type":"integer","format":"uint32","default":7,"maximum":7,"x-field-uid":3},"holding_priority":{"description":"Specifies the value of the Holding Priority field. This controls whether a new LSP being created with certain Setup Priority should pre-empt this LSP if resource limitation is encountered when setting up the LSP. (e.g. bandwidth availability). The value 0 is the highest priority while 7 is the lowest.","type":"integer","format":"uint32","default":7,"maximum":7,"x-field-uid":4},"local_protection_desired":{"description":"This flag permits transit routers to use a local repair mechanism which may result in violation of the explicit route object.  When a fault is detected on an adjacent downstream link or node, a transit router can reroute traffic for fast service restoration.","type":"boolean","default":false,"x-field-uid":5},"label_recording_desired":{"description":"This flag indicates that label information should be included when doing a route record.","type":"boolean","default":false,"x-field-uid":6},"se_style_desired":{"description":"This flag indicates that the tunnel ingress node may choose to reroute this tunnel without tearing it down. A tunnel egress node SHOULD use the Shared Explicit(SE) Style when responding with a Resv message.","type":"boolean","default":false,"x-field-uid":7},"bandwidth_protection_desired":{"description":"This flag in the SESSION_ATTRIBUTE object in the Path Message indicates to the PLRs along the protected LSP path that a  backup path with a bandwidth guarantee is desired.   This bandwidth has to be guaranteed for the protected LSP, if no FAST_REROUTE object is included in the PATH message. If a FAST_REROUTE object is present in the Path message, then the bandwidth specified therein is to be guaranteed.","type":"boolean","default":false,"x-field-uid":8},"node_protection_desired":{"description":"This flag in the SESSION_ATTRIBUTE object in the Path Message indicates to the PLRs along a protected LSP path that it is desired to have a backup path that bypasses at least the next node of the protected LSP.","type":"boolean","default":false,"x-field-uid":9},"resource_affinities":{"description":"This is an optional object. If included the extended SESSION_ATTRIBUTE object is sent in the Path message containing \nthe additional fields included in this object. This contains a set of three bitmaps using which further constraints can be\nset on the path calculated for the LSP based on the Admin Group settings in the IGP (e.g ISIS or OSPF interface).        ","$ref":"#/components/schemas/Rsvp.ResourceAffinities","x-field-uid":10}}},"Rsvp.ResourceAffinities":{"description":"This is an optional object. If included, the extended SESSION_ATTRIBUTE object is sent in the Path message containing \nthe additional fields included in this object. This contains a set of three bitmaps using which further constraints can be\nset on the path calculated for the LSP based on the Admin Group settings in the IGP (e.g ISIS or OSPF interface).","type":"object","properties":{"exclude_any":{"description":"A 32-bit vector representing a set of attribute filters associated with a tunnel any of which renders a link unacceptable.  A null set (all bits set to zero) doesn't render the link unacceptable.  The most significant byte in the hex-string is the farthest  to the left in the byte sequence.  Leading zero bytes in the configured value may be omitted for brevity.          ","type":"string","format":"hex","default":"0","minLength":0,"maxLength":8,"x-field-uid":1},"include_any":{"description":"A 32-bit vector representing a set of attribute filters associated with a tunnel any of which renders a link acceptable. A null set (all bits set to zero) automatically passes. The most significant byte in the hex-string is the farthest  to the left in the byte sequence.  Leading zero bytes in the configured value may be omitted for brevity.         ","type":"string","format":"hex","default":"0","minLength":0,"maxLength":8,"x-field-uid":2},"include_all":{"description":"A 32-bit vector representing a set of attribute filters associated with a tunnel all of which must be present for a link to be acceptable. A null set (all bits set to zero) automatically passes. The most significant byte in the hex-string is the farthest  to the left in the byte sequence.  Leading zero bytes in the configured value may be omitted for brevity.         ","type":"string","format":"hex","default":"0","minLength":0,"maxLength":8,"x-field-uid":3}}},"Rsvp.Tspec":{"description":"Configuration for RSVP-TE TSPEC object included in Path Messages. The usage of these parameters is defined in RFC2215.","type":"object","properties":{"token_bucket_rate":{"description":"The rate of the traffic to be carried in this LSP in bytes per second. This is part of the Token Bucket specification defined for a traffic flow defined in RFC2215.","type":"number","format":"float","default":0,"x-field-uid":1},"token_bucket_size":{"description":"The depth of the token bucket in bytes used to specify the Token Bucket characteristics of the traffic to be carried in the LSP. This is part of the Token Bucket specification defined for a traffic flow defined in RFC2215.","type":"number","format":"float","default":0,"x-field-uid":2},"peak_data_rate":{"description":"The peak data rate of the traffic in bytes per second used to specify the Token Bucket characteristics of the traffic  to be carried in the LSP. This is part of the Token Bucket specification defined for a traffic flow defined in RFC2215.","type":"number","format":"float","default":0,"x-field-uid":3},"minimum_policed_unit":{"description":"Specifies the minium length of packet frames that will be policed. ","type":"integer","format":"uint32","default":0,"maximum":65535,"x-field-uid":4},"maximum_policed_unit":{"description":"Specifies the maximum length of packet frames that will be policed. ","type":"integer","format":"uint32","default":0,"maximum":65535,"x-field-uid":5}}},"Rsvp.FastReroute":{"description":"Configuration for the optional RSVP-TE FAST_REROUTE object included in Path Messages as defined in RFC4090. ","type":"object","properties":{"setup_priority":{"description":"Specifies the value of the Setup Priority field. This controls whether the backup LSP should pre-empt existing LSP that is setup with certain Holding Priority. While setting up a backup LSP, preemption of existing LSP can happen  if resource limitation is encountered (e.g bandwidth availability).","type":"integer","format":"uint32","default":7,"maximum":7,"x-field-uid":1},"holding_priority":{"description":"Specifies the value of the Holding Priority field. This controls whether a new LSP being created with certain Setup Priority should pre-empt this LSP set up with this Holding Priority. While setting up a new LSP, preemption of existing LSP can happen  if resource limitation is encountered (e.g bandwidth availability).            ","type":"integer","format":"uint32","default":7,"maximum":7,"x-field-uid":2},"hop_limit":{"description":"Specifies the value of the Hop Limit field. This controls the maximum number of hops the LSP should traverse to reach the  LSP end-point.","type":"integer","format":"uint32","default":3,"maximum":255,"x-field-uid":3},"bandwidth":{"description":"Specifies the value of the Bandwidth field as a 32-bit IEEE floating point integer, in bytes per second, as desired for the LSP. ","type":"number","format":"float","default":0,"x-field-uid":4},"exclude_any":{"description":"A 32-bit vector representing a set of attribute filters associated with a tunnel any of which renders a link unacceptable. A null set (all bits set to zero) doesn't render the link unacceptable. The most significant byte in the hex-string is the farthest  to the left in the byte sequence.  Leading zero bytes in the configured value may be omitted for brevity.           ","type":"string","format":"hex","default":"0","minLength":0,"maxLength":8,"x-field-uid":5},"include_any":{"description":"A 32-bit vector representing a set of attribute filters associated with a tunnel any of which renders a link acceptable. A null set (all bits set to zero) automatically passes. The most significant byte in the hex-string is the farthest  to the left in the byte sequence.  Leading zero bytes in the configured value may be omitted for brevity.     ","type":"string","format":"hex","default":"0","minLength":0,"maxLength":8,"x-field-uid":6},"include_all":{"description":"A 32-bit vector representing a set of attribute filters associated with a tunnel all of which must be present for a link to be acceptable. A null set (all bits set to zero) automatically passes. The most significant byte in the hex-string is the farthest  to the left in the byte sequence.  Leading zero bytes in the configured value may be omitted for brevity.          ","type":"string","format":"hex","default":"0","minLength":0,"maxLength":8,"x-field-uid":7},"one_to_one_backup_desired":{"description":"Requests protection via the one-to-one backup method.           ","type":"boolean","default":false,"x-field-uid":8},"facility_backup_desired":{"description":"Requests protection via the facility backup method.           ","type":"boolean","default":false,"x-field-uid":9}}},"Rsvp.Ero":{"description":"Configuration for the optional RSVP-TE explicit route object(ERO) object included in Path Messages. ","type":"object","properties":{"prepend_neighbor_ip":{"description":"Determines whether the IP address of the RSVP neighbor should be added as an ERO sub-object. If it is to be included, it can be included as a Loose hop or as a Strict hop.","type":"string","x-enum":{"dont_prepend":{"x-field-uid":1},"prepend_loose":{"x-field-uid":2},"prepend_strict":{"x-field-uid":3}},"default":"prepend_loose","x-field-uid":1,"enum":["dont_prepend","prepend_loose","prepend_strict"]},"prefix_length":{"description":"If prepend_egress_ip is set to one of 'prepend_loose' or 'prepend_strict', then set this value as the prefix length of the ERO sub-object containing egress IP address.                        ","type":"integer","format":"uint32","default":32,"maximum":32,"x-field-uid":2},"subobjects":{"description":"Array of sub-objects to be included in the ERO. These sub-objects contain the intermediate hops to be traversed by the LSP while being forwarded towards the egress endpoint. These sub-objects are included after the optional sub-object containing IP address of egress endpoint of the LSP (when present).","type":"array","items":{"$ref":"#/components/schemas/Rsvp.Ero.Subobject"},"x-field-uid":3}}},"Rsvp.Ero.Subobject":{"description":"Configuration for the ERO sub-object.","type":"object","properties":{"type":{"description":"The type of the ERO sub-object, one of IPv4 Address or AS Number.","type":"string","x-enum":{"ipv4":{"x-field-uid":1},"as_number":{"x-field-uid":2}},"default":"ipv4","x-field-uid":1,"enum":["ipv4","as_number"]},"ipv4_address":{"description":"IPv4 address that this LSP should traverse through. This field is applicable only if the value of 'type' is set to 'ipv4'.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":2},"prefix_length":{"description":"Prefix length for the IPv4 address in the ERO sub-object. This field is applicable only if the value of 'type' is set to 'ipv4'.","type":"integer","format":"uint32","default":32,"maximum":32,"x-field-uid":3},"as_number":{"description":"Autonomous System number to be set in the ERO sub-object that this LSP should traverse through. This field is applicable only if the value of 'type' is set to 'as_number'. Note that as per RFC3209, 4-byte AS encoding is not supported.","type":"integer","format":"uint32","default":0,"maximum":65535,"x-field-uid":4},"hop_type":{"description":"The hop type of the ERO sub-object, one of Strict or Loose.","type":"string","x-enum":{"strict":{"x-field-uid":1},"loose":{"x-field-uid":2}},"default":"loose","x-field-uid":5,"enum":["strict","loose"]}}},"Device.DhcpServer":{"description":"Configuration for one or more IPv4 or IPv6 DHCP servers.","type":"object","properties":{"ipv4_interfaces":{"description":"This contains an array of references to IPv4 interfaces, each of which will contain one DHCPv4 server.  ","type":"array","items":{"$ref":"#/components/schemas/DhcpServer.V4"},"x-field-uid":2},"ipv6_interfaces":{"description":"This contains an array of references to IPv6 interfaces, each of which will contain one DHCPv6 server.","type":"array","items":{"$ref":"#/components/schemas/DhcpServer.V6"},"x-field-uid":3}}},"DhcpServer.V4":{"description":"Configuration for emulated DHCPv4 Server.","type":"object","required":["name","ipv4_name","address_pools"],"properties":{"name":{"x-field-uid":1,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"ipv4_name":{"description":"The unique name of the IPv4 on which DHCPv4 server will run.\n\nx-constraint:\n- /components/schemas/Device.Ipv4/properties/name\n","type":"string","x-constraint":["/components/schemas/Device.Ipv4/properties/name"],"x-field-uid":2},"address_pools":{"description":"List of DHCPv4 Server Lease parameters","type":"array","items":{"$ref":"#/components/schemas/DhcpServerV4.Pool"},"x-field-uid":3}}},"DhcpServerV4.Pool":{"description":"Configuration for DHCPv4 address pool for a lease.","type":"object","required":["start_address"],"properties":{"name":{"x-field-uid":1,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"lease_time":{"description":"The duration of time in seconds that is assigned to a lease.","type":"integer","format":"uint32","minimum":10,"default":86400,"x-field-uid":2},"start_address":{"description":"The IPv4 address of the first lease pool.","type":"string","format":"ipv4","x-field-uid":3},"prefix_length":{"description":"The IPv4 network prefix length to be applied to the address. ","type":"integer","format":"uint32","default":24,"maximum":32,"x-field-uid":4},"count":{"description":"The total number of addresses in the pool.","type":"integer","format":"uint32","default":1,"minimum":1,"maximum":1000000,"x-field-uid":5},"step":{"description":"The increment value for the lease address within the lease pool. The value is incremented according to the prefix_length and step.","type":"integer","format":"uint32","default":1,"minimum":1,"x-field-uid":6},"options":{"description":"Optional configuration for DHCPv4 address pool for the lease.","$ref":"#/components/schemas/DhcpServerV4.PoolOption","x-field-uid":7}}},"DhcpServerV4.PoolOption":{"description":"Optional configuration for DHCPv4 address pool for the lease.","type":"object","properties":{"router_address":{"description":"The Router address advertised by the DHCPv4 server in Offer and Ack messages.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":1},"primary_dns_server":{"description":"The primary DNS server address that is offered to DHCP clients that request this information through a TLV option.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":2},"secondary_dns_server":{"description":"The primary DNS server address that is offered to DHCP clients that request this information through a TLV option.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":3},"echo_relay_with_tlv_82":{"description":"If selected, the DHCP server includes in its replies the TLV information for the DHCPv4 Relay Agent Option 82 and the corresponding sub-TLVs that it receives from a DHCP relay agent, otherwise it replies without including this TLV.","type":"boolean","default":true,"x-field-uid":4}}},"DhcpServer.V6":{"description":"Configuration for emulated DHCPv6 Server.","type":"object","required":["name","ipv6_name","leases"],"properties":{"name":{"x-field-uid":1,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"ipv6_name":{"description":"The unique name of the IPv6 on which DHCPv6 server will run.\n\nx-constraint:\n- /components/schemas/Device.Ipv6/properties/name\n","type":"string","x-constraint":["/components/schemas/Device.Ipv6/properties/name"],"x-field-uid":2},"rapid_commit":{"description":"If Rapid Commit is set, server responds to client initiated Rapid Commit two-message exchanges.","type":"boolean","default":false,"x-field-uid":3},"reconfigure_via_relay_agent":{"description":"If the server does not have an address to which it can send the Reconfigure message directly to the client, the  server uses a Relay-reply message to send the Reconfigure message to a relay agent that will relay the message to the client.","type":"boolean","default":false,"x-field-uid":4},"leases":{"description":"Array of DHCP pools configured on a server.            ","type":"array","items":{"$ref":"#/components/schemas/DhcpV6Server.Lease"},"x-field-uid":5},"options":{"description":"Optional DHCPv4 Server options that are sent in Dhcp server messages.","$ref":"#/components/schemas/Dhcpv6Server.Options","x-field-uid":6}}},"Dhcpv6Server.Options":{"description":"DHCP server options, these configured options are sent in Dhcp server messages.","type":"object","properties":{"dns":{"description":"Additional DHCP server primary dns and other configuration options.            ","$ref":"#/components/schemas/DhcpV6Server.Dns","x-field-uid":1},"vendor_info":{"description":"This option is used by servers to exchange vendor-specific information with clients.","$ref":"#/components/schemas/Dhcpv6ServerOptions.VendorInfo","x-field-uid":2},"bootfile_url":{"description":"The server sends this option to inform the client about a URL to a boot file which client will use for\nnetwork boots.","$ref":"#/components/schemas/Dhcpv6ServerOptions.BootfileUrl","x-field-uid":3}}},"DhcpV6Server.Lease":{"description":"One DHCP pool configuration on a server.        ","type":"object","required":["ia_type"],"properties":{"lease_time":{"description":"The Life Time length in seconds that is assigned to a lease if the requesting DHCP client does not specify a specific expiration time.","type":"integer","format":"uint32","minimum":300,"maximum":30000000,"default":86400,"x-field-uid":1},"ia_type":{"$ref":"#/components/schemas/Dhcpv6Server.IaType","x-field-uid":5}}},"Dhcpv6Server.IaType":{"type":"object","properties":{"choice":{"description":"Identity Association: a collection of leases assigned to a client. Each IA has an associated IAID.  Each IA holds one type of lease, like an identity association for temporary addresses (IA_TA) holds  temporary addresses, and an identity association for prefix delegation (IA_PD).","type":"string","default":"iana","x-field-uid":1,"x-enum":{"iana":{"x-field-uid":1},"iata":{"x-field-uid":2},"iapd":{"x-field-uid":3},"ianapd":{"x-field-uid":4}},"enum":["iana","iata","iapd","ianapd"]},"iana":{"$ref":"#/components/schemas/Dhcpv6Server.PoolInfo","x-field-uid":2},"iata":{"$ref":"#/components/schemas/Dhcpv6Server.PoolInfo","x-field-uid":3},"iapd":{"$ref":"#/components/schemas/Dhcpv6Server.IapdPoolInfo","x-field-uid":4},"ianapd":{"$ref":"#/components/schemas/Dhcpv6Server.IanapdPoolInfo","x-field-uid":5}}},"Dhcpv6Server.PoolInfo":{"description":"The container for pool configurations for IA types iana and iata.","type":"object","properties":{"start_address":{"description":"The first IP address of the lease pool.","type":"string","format":"ipv6","x-field-uid":1},"prefix_len":{"description":"The IPv6 network prefix length is used for incrementing the lease address within the lease pool where multiple addresses are configured by using the size field. The address is incremented using the configured Prefix Length and Step.","type":"integer","format":"uint32","default":64,"maximum":128,"x-field-uid":2},"size":{"description":"The total number of addresses in the pool.","type":"integer","format":"uint32","default":1,"minimum":1,"maximum":1000000,"x-field-uid":3},"step":{"description":"The increment value for the lease address within the lease pool where multiple addresses are present. The value is incremented according to the configured Prefix Length and Step.","type":"integer","format":"uint32","default":1,"minimum":1,"x-field-uid":4}}},"Dhcpv6Server.IapdPoolInfo":{"description":"The container for prefix pool configurations for IA type iapd.","type":"object","properties":{"start_prefix_address":{"description":"The first IP address of the prefix pool.","type":"string","format":"ipv6","x-field-uid":1},"configured_prefix_len":{"description":"The IPv6 network prefix length is used for incrementing the lease address within the lease pool where multiple addresses are configured by using the size field. The address is incremented using the configured Prefix Length and Step. ","type":"integer","format":"uint32","default":64,"maximum":128,"x-field-uid":2},"prefix_size":{"description":"The total number of addresses in the pool.","type":"integer","format":"uint32","default":10,"minimum":1,"maximum":1000000,"x-field-uid":3},"prefix_step":{"description":"The increment value for the lease address within the lease pool where multiple addresses are present. The value is incremented according to the Prefix Length and Step.","type":"integer","format":"uint32","default":1,"minimum":1,"x-field-uid":4},"advertised_prefix_len":{"description":"The prefix length of the IPv6 prefix that the Dhcpv6 server offers to the Dhcpv6 client. ","type":"integer","format":"uint32","default":64,"maximum":128,"x-field-uid":5}}},"Dhcpv6Server.IanapdPoolInfo":{"description":"The container for pool configurations for IA type ianapd.","type":"object","properties":{"iana":{"description":"The pool configurations for IA types iana in ianapd.","$ref":"#/components/schemas/Dhcpv6Server.PoolInfo","x-field-uid":1},"iapd":{"description":"The pool configurations for IA types iapd in ianapd.","$ref":"#/components/schemas/Dhcpv6Server.IapdPoolInfo","x-field-uid":2}}},"DhcpV6Server.Dns":{"description":"Optional Dns configuration for DHCPv6 server.","type":"object","required":["primary"],"properties":{"primary":{"description":"The primary DNS server address that is offered to DHCP clients that request this information through a TLV option.","type":"string","format":"ipv6","x-field-uid":1},"secondary_dns":{"description":"DHCP server secondary dns configuration options. If included secondary DNS server address will be offered to \nDHCP clients that request this information through a TLV option.","type":"array","items":{"$ref":"#/components/schemas/DhcpV6Server.SecondaryDns"},"x-field-uid":2}}},"DhcpV6Server.SecondaryDns":{"description":"Advanced Dns configuration for DHCPv6 server.","type":"object","properties":{"ip":{"description":"The secondary DNS server address that is offered to DHCP clients that request this information through a TLV option.","type":"string","format":"ipv6","x-field-uid":1}}},"Device.Ospfv2Router":{"description":"Under Review: OSPFv2 is currently under review for pending exploration on use cases.\n\nA container of properties for an OSPFv2 router and its interfaces & Route Ranges.","x-status":{"status":"under_review","information":"OSPFv2 is currently under review for pending exploration on use cases."},"type":"object","required":["interfaces","name"],"properties":{"name":{"x-field-uid":1,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"router_id":{"description":"OSPFv2 Router Id.","$ref":"#/components/schemas/Ospfv2.RouterId","x-field-uid":2},"lsa_retransmit_time":{"description":"The time in seconds for LSA retransmission.","type":"integer","format":"uint32","default":5,"minimum":1,"x-field-uid":3},"lsa_refresh_time":{"description":"The time in seconds required for LSA refresh.","type":"integer","format":"uint32","default":1800,"minimum":5,"x-field-uid":4},"inter_burst_lsu_interval":{"description":"The gap in miliseconds between each Flood Link State Update Burst ","type":"integer","format":"uint32","default":33,"x-field-uid":5},"max_flood_lsu_per_burst":{"description":"The maximum number of Flood LSUpdates for each burst ","type":"integer","format":"uint32","default":1,"minimum":1,"x-field-uid":6},"graceful_restart":{"$ref":"#/components/schemas/Ospfv2.GracefulRestart","x-field-uid":7},"store_lsa":{"description":"Configuration for controlling storage of OSPFv2 learned LSAs received from the neighbors.","type":"boolean","default":false,"x-field-uid":8},"capabilities":{"description":"A router indicates the optional capabilities that it supports in its OSPF Hello packets, Database Description packets and in its LSAs.","$ref":"#/components/schemas/Ospfv2.Options","x-field-uid":9},"interfaces":{"description":"List of OSPFv2 interfaces for this router.","type":"array","items":{"$ref":"#/components/schemas/Ospfv2.Interface"},"x-field-uid":10},"v4_routes":{"description":"Emulated OSPFv4 IPv4 routes.","type":"array","items":{"$ref":"#/components/schemas/Ospfv2.V4RouteRange"},"x-field-uid":11}}},"Ospfv2.RouterId":{"description":"Container for OSPFv2 Router ID configuration.","type":"object","properties":{"choice":{"description":"IP address of Router ID for this emulated OSPFv2 router.\n- interface_ip: When IPv4 interface address to be assigned as Router ID.\n- custom: When, Router ID needs to be configured different from Interface IPv4 address.","type":"string","default":"interface_ip","x-field-uid":1,"x-enum":{"interface_ip":{"x-field-uid":1},"custom":{"x-field-uid":2}},"enum":["interface_ip","custom"]},"custom":{"description":"Router ID in IPv4 address format.","type":"string","format":"ipv4","x-field-uid":3}}},"Ospfv2.Options":{"description":"The OSPFv2 Options field is present Database Description packets and all LSAs.  \nThis enables OSPF routers to support (or not support) optional capabilities, \nand to communicate their capability level to other OSPF routers.\nWhen capabilities are exchanged in Database Description packets a\nrouter can choose not to forward certain LSAs to a neighbor because\nof its reduced functionality.\nReference: A.2 The Options field: https://www.rfc-editor.org/rfc/rfc2328#page-46.","type":"object","properties":{"t_bit":{"description":"Type of Service: 0th-bit: describes OSPFv2's TOS capability.","type":"boolean","default":false,"x-field-uid":1},"e_bit":{"description":"External Capability: 1st-bit: describes the way AS-external-LSAs are flooded.","type":"boolean","default":false,"x-field-uid":2},"mc_bit":{"description":"Multicast Capability: 2nd-bit: describes whether IP multicast datagrams are forwarded according to  the specifications in [Ref18], rfc2328.","type":"boolean","default":false,"x-field-uid":3},"np_bit":{"description":"NSSA Capability: 3rd-bit: describes the handling of Type-7 LSAs, as specified in [Ref19], rfc2328.","type":"boolean","default":false,"x-field-uid":4},"ea_bit":{"description":"External Attribute: 4th-bit: describes the router's willingness to receive and forward External-Attributes-LSAs,  as specified in [Ref20], rfc2328.","type":"boolean","default":false,"x-field-uid":5},"dc_bit":{"description":"Demand Circuit: 5th-bit: describes the router's handling of demand circuits, as specified in [Ref21], rfc2328.","type":"boolean","default":false,"x-field-uid":6},"o_bit":{"description":"Opaque LSA's Forwarded: 6th-bit: describes the router's willingness to receive and forward Opaque-LSAs, rfc2370.","type":"boolean","default":false,"x-field-uid":7},"unused_bit":{"description":"Opaque LSA's Forwarded: 7th-bit: unused bit.","type":"boolean","default":false,"x-field-uid":8},"lsa_b_bit":{"description":"Set to indicate that the router acts as an Area Border Router.","type":"boolean","default":false,"x-field-uid":9},"lsa_e_bit":{"description":"Set to indicate that the router acts as an AS Boundary Router.","type":"boolean","default":false,"x-field-uid":10}}},"Ospfv2.GracefulRestart":{"description":"Container of properties of OSPFv2 Graceful Retstart.","type":"object","properties":{"helper_mode":{"description":"Support of Graceful Restart in Helper Mode.","type":"boolean","default":false,"x-field-uid":1}}},"Ospfv2.Interface":{"description":"Configuration for single OSPFv2 interface.","type":"object","required":["name","ipv4_name"],"properties":{"name":{"x-field-uid":1,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"ipv4_name":{"description":"The globally unique name of the IPv4 interface connected to the DUT.            \n\nx-constraint:\n- /components/schemas/Device.Ipv4/properties/name\n","type":"string","x-constraint":["/components/schemas/Device.Ipv4/properties/name"],"x-field-uid":2},"area":{"description":"The Area ID of the area to which the attached network belongs.\nAll routing protocol packets originating from the interface are\nlabelled with this Area ID.           ","$ref":"#/components/schemas/Ospfv2Interface.Area","x-field-uid":3},"network_type":{"description":"The OSPF network link type.","$ref":"#/components/schemas/Ospfv2Interface.NetworkType","x-field-uid":4},"traffic_engineering":{"description":"Contains a list of Traffic Engineering attributes.","type":"array","items":{"$ref":"#/components/schemas/LinkState.TE"},"x-field-uid":5},"authentication":{"description":"OSPFv2 authentication properties.\nIf the authentication is not configured, none OSPF packet exchange is authenticated.","$ref":"#/components/schemas/Ospfv2Interface.Authentication","x-field-uid":6},"advanced":{"description":"Optional container for advanced interface properties.","$ref":"#/components/schemas/Ospfv2Interface.Advanced","x-field-uid":7},"link_protection":{"description":"Link protection on the OSPFv2 link between two interfaces.","$ref":"#/components/schemas/Ospfv2Interface.LinkProtection","x-field-uid":8},"srlg_values":{"description":"A Shared Risk Link Group (SRLG) is represented by a 32-bit number unique within an IGP (OSPFv2 and IS-IS) domain.\nAn SRLG is a set of links sharing a common resource, which affects all links in the set if the common resource fails.\nLinks share the same risk of failure and are therefore considered to belong to the same SRLG.","type":"array","items":{"type":"integer","format":"uint32","maximum":16777215,"default":0},"x-field-uid":9}}},"Ospfv2Interface.Area":{"description":"Container for OSPF Area ID identifies the routing area to which the host belongs..      ","type":"object","properties":{"choice":{"description":"The OSPF Area ID identifies the routing area to which the host belongs. Area ID type can be following format.\n- id: A 32-bit number identifying the area.\n- ip:     The Area ID in IPv4 address format.","type":"string","default":"id","x-field-uid":1,"x-enum":{"id":{"x-field-uid":1},"ip":{"x-field-uid":2}},"enum":["id","ip"]},"id":{"description":"The Area ID.","type":"integer","format":"uint32","default":0,"x-field-uid":2},"ip":{"description":"The Area ID in IPv4 address format.","type":"string","format":"ipv4","x-field-uid":3}}},"Ospfv2Interface.NetworkType":{"description":"The OSPF network link type options.\n  - Point to Point: \n  - Broadcast: \n  - Point to Multipoint: In this case, at least a neigbor to be configured. ","type":"object","properties":{"choice":{"type":"string","default":"broadcast","x-field-uid":1,"x-enum":{"broadcast":{"x-field-uid":1},"point_to_point":{"x-field-uid":2},"point_to_multipoint":{"x-field-uid":3}},"enum":["broadcast","point_to_point","point_to_multipoint"]},"point_to_multipoint":{"description":"List of Neigbhors.","type":"array","items":{"$ref":"#/components/schemas/Ospfv2Interface.Neighbor"},"x-field-uid":2}}},"Ospfv2Interface.Neighbor":{"description":"Configuration of a neighbor.","type":"object","properties":{"neighbor_ip":{"type":"string","format":"ipv4","x-field-uid":1}}},"Ospfv2Interface.Advanced":{"description":"Contains OSPFv2 advanced properties.","type":"object","properties":{"hello_interval":{"description":"The time interval, in seconds, between the Hello packets that\nthe router sends on the interface. Advertised in Hello packets\nsent out this interface.","type":"integer","format":"uint32","default":10,"x-field-uid":1},"dead_interval":{"description":"The time interval in seconds before the router's neighbors will declare\nit down, when they stop hearing the router's Hello Packets.\nAdvertised in Hello packets sent out this interface.","type":"integer","format":"uint32","default":40,"x-field-uid":2},"routing_metric":{"description":"Routing metric associated with the interface..","type":"integer","format":"uint32","default":0,"x-field-uid":3},"priority":{"description":"The Priority for (Backup) Designated Router election.          \t\nThis value is used in Hello packets for the Designated Router (DR) election process.\nThe default is 0, which indicates that the router will not participate in the DR election process.","type":"integer","format":"uint32","default":0,"x-field-uid":4},"validate_received_mtu":{"description":"If this is set to true, then the MTU received from the neighbor during Database (DB) Exchange \nwill be validated, otherwise it will be ignored.\n","type":"boolean","default":true,"x-field-uid":5}}},"Ospfv2Interface.Options":{"description":"The OSPF Options field is present in OSPF Hello packets, Database Description packets and all LSAs.\nThe Options field enables OSPF routers to support (or not support) optional capabilities, and to\ncommunicate their capability level to other OSPF routers https://datatracker.ietf.org/doc/html/rfc2328#page-46.\nWhen used in Hello packets, the Options field allows a router to reject a neighbor because of a capability mismatch.","type":"object","properties":{"t_bit":{"description":"Type of Service: 0th-bit: describes OSPFv2's TOS capability.","type":"boolean","default":false,"x-field-uid":1},"e_bit":{"description":"External Capability: This bit describes the way AS-external-LSAs are flooded.","type":"boolean","default":false,"x-field-uid":2},"mc_bit":{"description":"Multicast Capability: This bit describes whether IP multicast datagrams are forwarded according to  the specifications in [Ref18], rfc2328.","type":"boolean","default":false,"x-field-uid":3},"np_bit":{"description":"NSSA Capability: This bit describes the handling of Type-7 LSAs, as specified in [Ref19], rfc2328.","type":"boolean","default":false,"x-field-uid":4},"ea_bit":{"description":"External Attribute: This bit describes the router's willingness to receive and forward External-Attributes-LSAs,  as specified in [Ref20], rfc2328.","type":"boolean","default":false,"x-field-uid":5},"dc_bit":{"description":"Demand Circuit: This bit describes the router's handling of demand circuits, as specified in [Ref21], rfc2328.","type":"boolean","default":false,"x-field-uid":6},"o_bit":{"description":"Opaque LSA's Forwarded: This bit describes the router's willingness to receive and forward Opaque-LSAs, rfc2370.","type":"boolean","default":false,"x-field-uid":7},"unused_bit":{"description":"Opaque LSA's Forwarded: 7th-bit: unused bit.","type":"boolean","default":false,"x-field-uid":8}}},"Ospfv2Interface.Authentication":{"description":"This contains OSPFv2 authentication properties.\nReference: https://www.rfc-editor.org/rfc/rfc2328#appendix-D","type":"object","properties":{"choice":{"description":"The authentication method.\n- md5 - Cryptographic authentication.\n- clear_text - Simple password authentication. A 64-bit field is configured on a per-network basis. \n  All packets sent on a particular network must have this configured value (in clear text) \n  in their OSPF header 64-bit authentication field.","type":"string","default":"clear_text","x-field-uid":1,"x-enum":{"md5s":{"x-field-uid":1},"clear_text":{"x-field-uid":2}},"enum":["md5s","clear_text"]},"md5s":{"description":"List of MD5 Key IDs and MD5 Keys.","type":"array","items":{"$ref":"#/components/schemas/Ospfv2Authentication.Md5"},"x-field-uid":2},"clear_text":{"description":"The 8 Byte authentication field in the OSPF packet.","type":"string","minLength":1,"maxLength":8,"default":"otg","x-field-uid":4}}},"Ospfv2Authentication.Md5":{"description":"Container of Cryptographic authentication. \nIf the authentication type is of 'md5' then 'md5_key_id' and 'md5_key' \nboth are to be configured. A shared secret key is configured in all routers attached to a common network/subnet.\nFor each OSPF protocol packet, the key is used to generate/verify a \"message digest\" that is appended to the end\nof the OSPF packet.","type":"object","properties":{"key_id":{"description":"The unique MD5 Key Identifier per-interface.","type":"integer","format":"uint32","minimum":1,"maximum":255,"x-field-uid":1},"key":{"description":"An alphanumeric secret used to generate the 16 byte MD5 hash value added \nto the OSPFv2 PDU in the Authentication TLV.","type":"string","minLength":1,"maxLength":16,"x-field-uid":2}}},"Ospfv2Interface.LinkProtection":{"description":"Optional container for the link protection sub TLV (type 20).","type":"object","properties":{"extra_traffic":{"description":"Enable this to protect other link or links. LSAs on a link of this type are lost\nif any of the links fail.","type":"boolean","default":false,"x-field-uid":1},"unprotected":{"description":"Enabling this signifies that there is no other link protecting this \nlink. LSAs on a link of this type are lost if the link fails.","type":"boolean","default":false,"x-field-uid":2},"shared":{"description":"Enable this to share the Extra Traffic links between one or more \nlinks of type Shared.There are one or more disjoint links of type \nExtra Traffic that are protecting this link.","type":"boolean","default":false,"x-field-uid":3},"dedicated_1_to_1":{"description":"Enabling this signifies that there is one dedicated disjoint link \nof type Extra Traffic that is protecting this link.","type":"boolean","default":false,"x-field-uid":4},"dedicated_1_plus_1":{"description":"Enabling this signifies that a dedicated disjoint link is protecting \nthis link. However, the protecting link is not advertised in the \nlink state database and is therefore not available for the routing \nof LSAs.","type":"boolean","default":false,"x-field-uid":5},"enhanced":{"description":"Enabling this signifies that a protection scheme that is more \nreliable than Dedicated 1+1.","type":"boolean","default":false,"x-field-uid":6},"reserved_40":{"description":"This is a Protection Scheme with value 0x40. ","type":"boolean","default":false,"x-field-uid":7},"reserved_80":{"description":"This is a Protection Scheme with value 0x80. ","type":"boolean","default":false,"x-field-uid":8}}},"Ospfv2.V4RouteRange":{"description":"Emulated OSPFv2 IPv4 routes.","type":"object","properties":{"name":{"x-field-uid":1,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"addresses":{"description":"A list of group of IPv4 route addresses.","type":"array","items":{"$ref":"#/components/schemas/V4RouteAddress"},"x-field-uid":2},"metric":{"description":"The user-defined metric associated with this route range.","type":"integer","format":"uint32","default":0,"minimum":0,"maximum":16777215,"x-field-uid":3},"route_origin":{"description":"The type of the OSPFv2 routes.","$ref":"#/components/schemas/Ospfv2V4RR.RouteOrigin","x-field-uid":4}},"required":["name"]},"Ospfv2V4RR.RouteOrigin":{"description":"Container of type of the OSPFv2 types correspond directly to the OSPFv2 LSAs types as\ndefined in the \"OSPFv2 Link State (LS) Type - http://www.iana.org/assignments/ospfv2-parameters.  ","type":"object","properties":{"choice":{"description":"Supported types are: - intra_area: for Intra-Area. - inter_area: for Inter Area. - external_type_1: for Autonomous System (AS) External with internal AS meteric. - external_type_2: for Autonomous System (AS) External with internal and external AS meteric. - nssa_external: for 7 Not-So-Stubby Area (NSSA) External.","type":"string","default":"inter_area","x-field-uid":1,"x-enum":{"intra_area":{"x-field-uid":1},"inter_area":{"x-field-uid":2},"external_type_1":{"x-field-uid":3},"external_type_2":{"x-field-uid":4},"nssa_external":{"x-field-uid":5}},"enum":["intra_area","inter_area","external_type_1","external_type_2","nssa_external"]},"intra_area":{"description":"Configuration for the Intra-Area.","$ref":"#/components/schemas/Ospfv2V4RR.IntraArea","x-field-uid":2},"inter_area":{"description":"Configuration for the Intra-Area.","$ref":"#/components/schemas/Ospfv2V4RR.InterArea","x-field-uid":3},"external_type_1":{"description":"Configuration for the External Type 1.","$ref":"#/components/schemas/Ospfv2V4RR.ExternalType1","x-field-uid":4},"external_type_2":{"description":"Configuration for the External Type 2.","$ref":"#/components/schemas/Ospfv2V4RR.ExternalType2","x-field-uid":5},"nssa_external":{"description":"Configuration for the External Type 2.","$ref":"#/components/schemas/Ospfv2V4RR.NssaExternal","x-field-uid":6}}},"Ospfv2V4RR.IntraArea":{"description":"Container for Intra-Area.","type":"object","properties":{"flags":{"description":"One-octet field contains flags applicable to the prefix.","$ref":"#/components/schemas/Ospfv2V4RR.ExtdPrefixFlags","x-field-uid":1}}},"Ospfv2V4RR.InterArea":{"description":"Container for Intra-Area.","type":"object","properties":{"flags":{"description":"One-octet field contains flags applicable to the prefix.","$ref":"#/components/schemas/Ospfv2V4RR.ExtdPrefixFlags","x-field-uid":1}}},"Ospfv2V4RR.ExternalType1":{"description":"Container for Intra-Area.","type":"object","properties":{"flags":{"description":"One-octet field contains flags applicable to the prefix.","$ref":"#/components/schemas/Ospfv2V4RR.ExtdPrefixFlags","x-field-uid":1}}},"Ospfv2V4RR.ExternalType2":{"description":"Container for Intra-Area.","type":"object","properties":{"flags":{"description":"One-octet field contains flags applicable to the prefix.","$ref":"#/components/schemas/Ospfv2V4RR.ExtdPrefixFlags","x-field-uid":1}}},"Ospfv2V4RR.NssaExternal":{"description":"Container for Intra-Area.","type":"object","properties":{"flags":{"description":"One-octet field contains flags applicable to the prefix.","$ref":"#/components/schemas/Ospfv2V4RR.ExtdPrefixFlags","x-field-uid":1},"propagation":{"description":"The flag is set True if LSA will be propagated between Areas.","type":"boolean","default":false,"x-field-uid":2}}},"Ospfv2V4RR.ExtdPrefixFlags":{"description":"One-octet field contains flags applicable to the prefix. https://datatracker.ietf.org/doc/html/rfc7684.","type":"object","properties":{"a_flag":{"description":"0x80 - (Attach Flag): An Area Border Router (ABR)\ngenerating an OSPFv2 Extended Prefix TLV for an inter-area\nprefix that is locally connected or attached in another\nconnected area SHOULD set this flag.","type":"boolean","default":false,"x-field-uid":1},"n_flag":{"description":"N-Flag (Node Flag): Set when the prefix identifies the\nadvertising router, i.e., the prefix is a host prefix\nadvertising a globally reachable address typically associated\nwith a loopback address.","type":"boolean","default":false,"x-field-uid":2}}},"Flow":{"description":"A high level data plane traffic flow.","type":"object","required":["tx_rx","name"],"properties":{"tx_rx":{"description":"The transmit and receive endpoints.","$ref":"#/components/schemas/Flow.TxRx","x-field-uid":1},"packet":{"description":"The list of protocol headers defining the shape of all \nintended packets in corresponding flow as it is transmitted\nby traffic-generator port.\n\nThe order of protocol headers assigned to the list is the\norder they will appear on the wire.\n\nIn the case of an empty list the keyword/value of minItems: 1 \nindicates that an implementation MUST provide at least one \nFlow.Header object.\n\nThe default value for the Flow.Header choice property is ethernet \nwhich will result in an implementation by default providing at least \none ethernet packet header.","type":"array","minItems":1,"items":{"$ref":"#/components/schemas/Flow.Header"},"x-field-uid":2},"egress_packet":{"description":"Under Review: The packet header schema for egress tracking currently exposes unwanted fields. The query structure for tagged metrics inside flows metrics requires documenting expected response format.\n\nThe list of protocol headers defining the shape of all \nintended packets in corresponding flow as it is received\nby traffic-generator port.\n\nFor all protocol headers, only the `metric_tags` property is configurable.","type":"array","items":{"$ref":"#/components/schemas/Flow.Header"},"x-status":{"status":"under-review","information":"The packet header schema for egress tracking currently exposes unwanted fields. The query structure for tagged metrics inside flows metrics requires documenting expected response format."},"x-field-uid":9},"size":{"description":"The size of the packets.","$ref":"#/components/schemas/Flow.Size","x-field-uid":3},"rate":{"description":"The transmit rate of the packets.","$ref":"#/components/schemas/Flow.Rate","x-field-uid":4},"duration":{"description":"The transmit duration of the packets.","$ref":"#/components/schemas/Flow.Duration","x-field-uid":5},"metrics":{"description":"Flow metrics. ","$ref":"#/components/schemas/Flow.Metrics","x-field-uid":6},"name":{"x-field-uid":7,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"}}},"Flow.TxRx":{"description":"A container for different types of transmit and receive \nendpoint containers.","type":"object","properties":{"choice":{"description":"The type of transmit and receive container used by the flow.","type":"string","default":"port","x-field-uid":1,"x-enum":{"port":{"x-field-uid":1},"device":{"x-field-uid":2}},"enum":["port","device"]},"port":{"$ref":"#/components/schemas/Flow.Port","x-field-uid":2},"device":{"$ref":"#/components/schemas/Flow.Router","x-field-uid":3}}},"Flow.Port":{"description":"A container for a transmit port and 0..n intended receive ports.\nWhen assigning this container to a flow the flows's \npacket headers will not be populated with any address resolution \ninformation such as source and/or destination addresses. \nFor example Flow.Ethernet dst mac address values will be defaulted to 0. \nFor full control over the Flow.properties.packet header contents use this \ncontainer. ","type":"object","required":["tx_name"],"properties":{"tx_name":{"description":"The unique name of a port that is the transmit port.\n\nx-constraint:\n- /components/schemas/Port/properties/name\n- /components/schemas/Lag/properties/name\n","type":"string","x-constraint":["/components/schemas/Port/properties/name","/components/schemas/Lag/properties/name"],"x-field-uid":1},"rx_name":{"description":"Deprecated: This property is deprecated in favor of property rx_names\n\nThe unique name of a port that is the intended receive port.\n\nx-constraint:\n- /components/schemas/Port/properties/name\n- /components/schemas/Lag/properties/name\n","x-status":{"status":"deprecated","information":"This property is deprecated in favor of property rx_names"},"type":"string","x-constraint":["/components/schemas/Port/properties/name","/components/schemas/Lag/properties/name"],"x-field-uid":2},"rx_names":{"description":"Unique name of ports or lags that are intended receive endpoints.\n\nx-constraint:\n- /components/schemas/Port/properties/name\n- /components/schemas/Lag/properties/name\n","type":"array","items":{"description":"The unique name of a port or lag that is the intended receive port.","type":"string"},"x-constraint":["/components/schemas/Port/properties/name","/components/schemas/Lag/properties/name"],"x-field-uid":3}}},"Flow.Router":{"description":"A container for declaring a map of 1..n transmit devices to 1..n receive devices. This allows for a single flow to have  different tx to rx device flows such as a single one to one map or a  many to many map.","type":"object","required":["tx_names","rx_names"],"properties":{"mode":{"description":"Determines the intent of creating traffic sub-flow(s) between the device \nendpoints, from the entities of <b>tx_names</b> to the entities of <b>rx_names</b> \nto derive how <b>auto</b> packet fields can be populated with \nthe actual value(s) by the implementation.\n\nThe <b>one_to_one</b> mode creates traffic sub-flow(s) between each device endpoint pair in \ntx_names to rx_names by index.\nThe length of tx_names and rx_names MUST be the same.\nThe same device name can be repeated multiple times in tx_names or rx_names, in any order to create desired meshing between device(s).\nFor 2 values in tx_names and 2 values in rx_names, 2 device endpoint pairs would be generated (each pair representing a traffic sub-flow).\n\nThe <b>mesh</b> mode creates traffic sub-flow(s) between each value in tx_names to\nevery value in rx_names, forming the device endpoint pair(s).\nFor 2 values in tx_names and 3 values in rx_names, generated device endpoint pairs would be 2x3=6. \n\nA generated device endpoint pair with same device endpoint name for both transmit & receive device endpoint MUST raise an error.\n\nPacket fields of type <b>auto</b> would be populated with one value for each device endpoint pair (representing the traffic sub-flow). \nThe value would be determined considering transmit & receive device of the sub-flow. And the sequence of the populated value(s) \nwould be in the order of generated device endpoint pair(s).\nIf 2 device endpoint pairs are generated (based on mode, tx_names and rx_names), say (d1 to d3) and (d2 to d3), and ethernet.dst is set as <b>auto</b>, then \nthe auto field would be <b>replaced</b> by the implementation with a sequence of 2 values, [v1,v2] where \nv1 is determined using context (d1,d3) and v2 using context (d2,d3).\nThe final outcome is that packets generated on the wire will contain the values v1,v2,v1,... for ethernet.dst field. Any non-auto packet fields \nshould be configured accordingly. For example, non-auto packet field ethernet.src can be configured with values [u1, u2], where \nu1 & u2 are source MAC of the connected interface of device d1 and d2 respectively. Then packets on the wire will contain correct value pairs \n(u1,v1),(u2,v2),(u1,v1),... for (ethernet.src,ethernet.dst) fields.","type":"string","default":"mesh","x-field-uid":1,"x-enum":{"mesh":{"x-field-uid":1},"one_to_one":{"x-field-uid":2}},"enum":["mesh","one_to_one"]},"tx_names":{"type":"array","items":{"description":"The unique name of an emulated device that will be transmitting.","type":"string"},"x-constraint":["/components/schemas/Device.Ethernet/properties/name","/components/schemas/Device.Ipv4/properties/name","/components/schemas/Device.Ipv6/properties/name","/components/schemas/Bgp.V4RouteRange/properties/name","/components/schemas/Bgp.V6RouteRange/properties/name","/components/schemas/Bgp.CMacIpRange/properties/name","/components/schemas/Rsvp.LspIpv4Interface.P2PIngressIpv4Lsp/properties/name","/components/schemas/Isis.V4RouteRange/properties/name","/components/schemas/Isis.V6RouteRange/properties/name","/components/schemas/Ospfv2.V4RouteRange/properties/name","/components/schemas/Device.Dhcpv4client/properties/name","/components/schemas/Device.Dhcpv6client/properties/name"],"example":["Eth 1","Eth 2","Eth 3","IPv4 1","IPv6 1","Bgp V4RouteRange 1","Bgp V6RouteRange 1"],"x-field-uid":2,"description":"TBD\n\nx-constraint:\n- /components/schemas/Device.Ethernet/properties/name\n- /components/schemas/Device.Ipv4/properties/name\n- /components/schemas/Device.Ipv6/properties/name\n- /components/schemas/Bgp.V4RouteRange/properties/name\n- /components/schemas/Bgp.V6RouteRange/properties/name\n- /components/schemas/Bgp.CMacIpRange/properties/name\n- /components/schemas/Rsvp.LspIpv4Interface.P2PIngressIpv4Lsp/properties/name\n- /components/schemas/Isis.V4RouteRange/properties/name\n- /components/schemas/Isis.V6RouteRange/properties/name\n- /components/schemas/Ospfv2.V4RouteRange/properties/name\n- /components/schemas/Device.Dhcpv4client/properties/name\n- /components/schemas/Device.Dhcpv6client/properties/name\n"},"rx_names":{"type":"array","items":{"description":"The unique name of an emulated device that will be receiving.","type":"string"},"x-constraint":["/components/schemas/Device.Ethernet/properties/name","/components/schemas/Device.Ipv4/properties/name","/components/schemas/Device.Ipv6/properties/name","/components/schemas/Bgp.V4RouteRange/properties/name","/components/schemas/Bgp.V6RouteRange/properties/name","/components/schemas/Bgp.CMacIpRange/properties/name","/components/schemas/Rsvp.LspIpv4Interface.P2PEgressIpv4Lsp/properties/name","/components/schemas/Isis.V4RouteRange/properties/name","/components/schemas/Isis.V6RouteRange/properties/name","/components/schemas/Device.Dhcpv4client/properties/name","/components/schemas/Ospfv2.V4RouteRange/properties/name","/components/schemas/Device.Dhcpv6client/properties/name"],"example":["Eth 1","Eth 2","Eth 3","IPv4 1","IPv6 1","Bgp V4RouteRange 1","Bgp V6RouteRange 1"],"x-field-uid":3,"description":"TBD\n\nx-constraint:\n- /components/schemas/Device.Ethernet/properties/name\n- /components/schemas/Device.Ipv4/properties/name\n- /components/schemas/Device.Ipv6/properties/name\n- /components/schemas/Bgp.V4RouteRange/properties/name\n- /components/schemas/Bgp.V6RouteRange/properties/name\n- /components/schemas/Bgp.CMacIpRange/properties/name\n- /components/schemas/Rsvp.LspIpv4Interface.P2PEgressIpv4Lsp/properties/name\n- /components/schemas/Isis.V4RouteRange/properties/name\n- /components/schemas/Isis.V6RouteRange/properties/name\n- /components/schemas/Device.Dhcpv4client/properties/name\n- /components/schemas/Ospfv2.V4RouteRange/properties/name\n- /components/schemas/Device.Dhcpv6client/properties/name\n"}}},"Flow.Header":{"description":"Configuration for all traffic packet headers","type":"object","properties":{"choice":{"description":"The available types of flow headers. If one is not provided the \ndefault ethernet packet header MUST be provided.","type":"string","default":"ethernet","x-field-uid":1,"x-enum":{"custom":{"x-field-uid":1},"ethernet":{"x-field-uid":2},"vlan":{"x-field-uid":3},"vxlan":{"x-field-uid":4},"ipv4":{"x-field-uid":5},"ipv6":{"x-field-uid":6},"pfcpause":{"x-field-uid":7},"ethernetpause":{"x-field-uid":8},"tcp":{"x-field-uid":9},"udp":{"x-field-uid":10},"gre":{"x-field-uid":11},"gtpv1":{"x-field-uid":12},"gtpv2":{"x-field-uid":13},"arp":{"x-field-uid":14},"icmp":{"x-field-uid":15},"icmpv6":{"x-field-uid":16},"ppp":{"x-field-uid":17},"igmpv1":{"x-field-uid":18},"mpls":{"x-field-uid":19},"snmpv2c":{"x-field-uid":20},"rsvp":{"x-field-uid":21}},"enum":["custom","ethernet","vlan","vxlan","ipv4","ipv6","pfcpause","ethernetpause","tcp","udp","gre","gtpv1","gtpv2","arp","icmp","icmpv6","ppp","igmpv1","mpls","snmpv2c","rsvp"]},"custom":{"$ref":"#/components/schemas/Flow.Custom","x-field-uid":2},"ethernet":{"$ref":"#/components/schemas/Flow.Ethernet","x-field-uid":3},"vlan":{"$ref":"#/components/schemas/Flow.Vlan","x-field-uid":4},"vxlan":{"$ref":"#/components/schemas/Flow.Vxlan","x-field-uid":5},"ipv4":{"$ref":"#/components/schemas/Flow.Ipv4","x-field-uid":6},"ipv6":{"$ref":"#/components/schemas/Flow.Ipv6","x-field-uid":7},"pfcpause":{"$ref":"#/components/schemas/Flow.PfcPause","x-field-uid":8},"ethernetpause":{"$ref":"#/components/schemas/Flow.EthernetPause","x-field-uid":9},"tcp":{"$ref":"#/components/schemas/Flow.Tcp","x-field-uid":10},"udp":{"$ref":"#/components/schemas/Flow.Udp","x-field-uid":11},"gre":{"$ref":"#/components/schemas/Flow.Gre","x-field-uid":12},"gtpv1":{"$ref":"#/components/schemas/Flow.Gtpv1","x-field-uid":13},"gtpv2":{"$ref":"#/components/schemas/Flow.Gtpv2","x-field-uid":14},"arp":{"$ref":"#/components/schemas/Flow.Arp","x-field-uid":15},"icmp":{"$ref":"#/components/schemas/Flow.Icmp","x-field-uid":16},"icmpv6":{"$ref":"#/components/schemas/Flow.Icmpv6","x-field-uid":17},"ppp":{"$ref":"#/components/schemas/Flow.Ppp","x-field-uid":18},"igmpv1":{"$ref":"#/components/schemas/Flow.Igmpv1","x-field-uid":19},"mpls":{"$ref":"#/components/schemas/Flow.Mpls","x-field-uid":20},"snmpv2c":{"$ref":"#/components/schemas/Flow.Snmpv2c","x-field-uid":21},"rsvp":{"$ref":"#/components/schemas/Flow.Rsvp","x-field-uid":22}}},"Flow.Custom":{"type":"object","description":"Custom packet header","required":["bytes"],"properties":{"bytes":{"description":"A custom packet header defined as a string of hex bytes. The string MUST contain sequence of valid hex bytes. Spaces or colons can be part of the bytes but will be discarded. This packet header can be used in multiple places in the packet.","type":"string","pattern":"^[A-Fa-f0-9: ]+$","x-field-uid":1},"metric_tags":{"description":"One or more metric tags can be used to enable tracking portion of or all bits\nin a corresponding header field for metrics per each applicable value.\nThese would appear as tagged metrics in corresponding flow metrics.","type":"array","items":{"$ref":"#/components/schemas/Flow.Custom.MetricTag"},"x-field-uid":2}}},"Flow.Custom.MetricTag":{"description":"Metric Tag can be used to enable tracking portion of or all bits\nin a corresponding header field for metrics per each applicable value.\nThese would appear as tagged metrics in corresponding flow metrics.","type":"object","required":["name"],"properties":{"name":{"description":"Name used to identify the metrics associated with the values applicable\nfor configured offset and length inside corresponding header field","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-field-uid":1},"offset":{"description":"Offset in bits relative to start of corresponding header field","type":"integer","format":"uint32","default":0,"x-field-uid":2},"length":{"description":"Number of bits to track for metrics starting from configured offset\nof corresponding header field","type":"integer","format":"uint32","default":1,"minimum":1,"x-field-uid":3}}},"Flow.Ethernet":{"description":"Ethernet packet header","type":"object","properties":{"dst":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.Ethernet.Dst"},"src":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.Ethernet.Src"},"ether_type":{"x-field-uid":3,"$ref":"#/components/schemas/Pattern.Flow.Ethernet.EtherType"},"pfc_queue":{"x-field-uid":4,"$ref":"#/components/schemas/Pattern.Flow.Ethernet.PfcQueue"}}},"Flow.Vlan":{"description":"VLAN packet header","type":"object","properties":{"priority":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.Vlan.Priority"},"cfi":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.Vlan.Cfi"},"id":{"x-field-uid":3,"$ref":"#/components/schemas/Pattern.Flow.Vlan.Id"},"tpid":{"x-field-uid":4,"$ref":"#/components/schemas/Pattern.Flow.Vlan.Tpid"}}},"Flow.Vxlan":{"description":"VXLAN packet header","type":"object","properties":{"flags":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.Vxlan.Flags"},"reserved0":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.Vxlan.Reserved0"},"vni":{"x-field-uid":3,"$ref":"#/components/schemas/Pattern.Flow.Vxlan.Vni"},"reserved1":{"x-field-uid":4,"$ref":"#/components/schemas/Pattern.Flow.Vxlan.Reserved1"}}},"Flow.Ipv4":{"description":"IPv4 packet header","type":"object","properties":{"version":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.Version"},"header_length":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.HeaderLength"},"priority":{"$ref":"#/components/schemas/Flow.Ipv4.Priority","x-field-uid":3},"total_length":{"x-field-uid":4,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.TotalLength"},"identification":{"x-field-uid":5,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.Identification"},"reserved":{"x-field-uid":6,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.Reserved"},"dont_fragment":{"x-field-uid":7,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.DontFragment"},"more_fragments":{"x-field-uid":8,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.MoreFragments"},"fragment_offset":{"x-field-uid":9,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.FragmentOffset"},"time_to_live":{"x-field-uid":10,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.TimeToLive"},"protocol":{"x-field-uid":11,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.Protocol"},"header_checksum":{"x-field-uid":12,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.HeaderChecksum"},"src":{"x-field-uid":13,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.Src"},"dst":{"x-field-uid":14,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.Dst"},"options":{"type":"array","minItems":0,"items":{"$ref":"#/components/schemas/Flow.Ipv4.Options"},"x-field-uid":15}}},"Flow.Ipv4.Options":{"description":"IPv4 options are optional extensions for the IPv4 header that can be utilised to provide additional information about the IPv4 datagram.  It is encoded as a series of type, length and value attributes.  The IP header length MUST be increased to accommodate the extra bytes needed to encode the IP options. The length of the all options included to a IPv4 header should not exceed 40 bytes since IPv4 Header length (4 bits) can at max specify 15 4-word octets for a total of 60 bytes which includes 20 bytes needed for mandatory attributes of the IPv4 header. If the user adds multiples IPv4 options that exceeds 40 bytes and specify header length as \"auto\", implementation should throw error. Currently IP options supported are: 1. router_alert option allows devices to intercept packets not addressed to them directly as defined in RFC2113. 2. custom option is provided to configure user defined IP options as needed. ","type":"object","properties":{"choice":{"type":"string","default":"router_alert","x-field-uid":1,"x-enum":{"router_alert":{"x-field-uid":1},"custom":{"x-field-uid":2}},"enum":["router_alert","custom"]},"custom":{"$ref":"#/components/schemas/Flow.Ipv4Options.Custom","x-field-uid":2}}},"Flow.Ipv4Options.Custom":{"description":"User defined IP options to be appended to the IPv4 header.","type":"object","properties":{"type":{"$ref":"#/components/schemas/Flow.Ipv4Options.Custom.Type","x-field-uid":1},"length":{"$ref":"#/components/schemas/Flow.Ipv4Options.Custom.Length","x-field-uid":2},"value":{"description":"Value of the option field should not excced 38 bytes since maximum 40 bytes can be added as options in IPv4 header. For type and length requires 2 bytes, hence maximum of 38 bytes are expected. Maximum length of this attribute is 76 (38 * 2 hex character per byte).","type":"string","format":"hex","minLength":0,"maxLength":76,"default":"0000","x-field-uid":3}}},"Flow.Ipv4Options.Custom.Type":{"description":"Type options for custom options.","type":"object","properties":{"copied_flag":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.Ipv4Options.Custom.Type.CopiedFlag"},"option_class":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.Ipv4Options.Custom.Type.OptionClass"},"option_number":{"x-field-uid":3,"$ref":"#/components/schemas/Pattern.Flow.Ipv4Options.Custom.Type.OptionNumber"}}},"Flow.Ipv4Options.Custom.Length":{"description":"Length for custom options.","type":"object","properties":{"choice":{"description":"auto or configured value.","type":"string","default":"auto","x-field-uid":1,"x-enum":{"auto":{"x-field-uid":1},"value":{"x-field-uid":2}},"enum":["auto","value"]},"auto":{"description":"The OTG implementation can provide a system generated value for this property. If the OTG is unable to generate a value the default value must be used.","type":"integer","format":"uint32","default":0,"x-field-uid":2},"value":{"type":"integer","format":"uint32","default":0,"x-field-uid":3}}},"Flow.Ipv4.Priority":{"description":"A container for ipv4 raw, tos, dscp ip priorities.","type":"object","properties":{"choice":{"type":"string","default":"dscp","x-field-uid":1,"x-enum":{"raw":{"x-field-uid":1},"tos":{"x-field-uid":2},"dscp":{"x-field-uid":3}},"enum":["raw","tos","dscp"]},"raw":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.Priority.Raw"},"tos":{"$ref":"#/components/schemas/Flow.Ipv4.Tos","x-field-uid":3},"dscp":{"$ref":"#/components/schemas/Flow.Ipv4.Dscp","x-field-uid":4}}},"Flow.Ipv4.Dscp":{"description":"Differentiated services code point (DSCP) packet field.","type":"object","properties":{"phb":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.Dscp.Phb"},"ecn":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.Dscp.Ecn"}}},"Flow.Ipv4.Tos":{"description":"Type of service (TOS) packet field.","type":"object","properties":{"precedence":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.Tos.Precedence"},"delay":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.Tos.Delay"},"throughput":{"x-field-uid":3,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.Tos.Throughput"},"reliability":{"x-field-uid":4,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.Tos.Reliability"},"monetary":{"x-field-uid":5,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.Tos.Monetary"},"unused":{"x-field-uid":6,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.Tos.Unused"}}},"Flow.Ipv4.Auto":{"description":"The OTG implementation can provide a system generated, value for this property.","type":"object","required":["choice"],"properties":{"choice":{"description":"The method to be used to provide the system generated value.\n\nThe dhcp option populates the field based on the dynamic IPv4 address that has been assigned to the DHCPv4 client by a DHCPv4 server.","type":"string","x-enum":{"dhcp":{"x-field-uid":1}},"x-field-uid":1,"enum":["dhcp"]}}},"Flow.Ipv6":{"description":"IPv6 packet header","type":"object","properties":{"version":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.Ipv6.Version"},"traffic_class":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.Ipv6.TrafficClass"},"flow_label":{"x-field-uid":3,"$ref":"#/components/schemas/Pattern.Flow.Ipv6.FlowLabel"},"payload_length":{"x-field-uid":4,"$ref":"#/components/schemas/Pattern.Flow.Ipv6.PayloadLength"},"next_header":{"x-field-uid":5,"$ref":"#/components/schemas/Pattern.Flow.Ipv6.NextHeader"},"hop_limit":{"x-field-uid":6,"$ref":"#/components/schemas/Pattern.Flow.Ipv6.HopLimit"},"src":{"x-field-uid":7,"$ref":"#/components/schemas/Pattern.Flow.Ipv6.Src"},"dst":{"x-field-uid":8,"$ref":"#/components/schemas/Pattern.Flow.Ipv6.Dst"}}},"Flow.Ipv6.Auto":{"description":"The OTG implementation can provide a system generated, value for this property.","type":"object","required":["choice"],"properties":{"choice":{"description":"The method to be used to provide the system generated value.\nThe dhcp option populates the field based on the dynamic IPv6 address that has been assigned to the DHCPv6 client \nby a DHCPv6 server.","type":"string","x-enum":{"dhcp":{"x-field-uid":1}},"x-field-uid":1,"enum":["dhcp"]}}},"Flow.PfcPause":{"description":"IEEE 802.1Qbb PFC Pause packet header.","type":"object","properties":{"dst":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.PfcPause.Dst"},"src":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.PfcPause.Src"},"ether_type":{"x-field-uid":3,"$ref":"#/components/schemas/Pattern.Flow.PfcPause.EtherType"},"control_op_code":{"x-field-uid":4,"$ref":"#/components/schemas/Pattern.Flow.PfcPause.ControlOpCode"},"class_enable_vector":{"x-field-uid":5,"$ref":"#/components/schemas/Pattern.Flow.PfcPause.ClassEnableVector"},"pause_class_0":{"x-field-uid":6,"$ref":"#/components/schemas/Pattern.Flow.PfcPause.PauseClass0"},"pause_class_1":{"x-field-uid":7,"$ref":"#/components/schemas/Pattern.Flow.PfcPause.PauseClass1"},"pause_class_2":{"x-field-uid":8,"$ref":"#/components/schemas/Pattern.Flow.PfcPause.PauseClass2"},"pause_class_3":{"x-field-uid":9,"$ref":"#/components/schemas/Pattern.Flow.PfcPause.PauseClass3"},"pause_class_4":{"x-field-uid":10,"$ref":"#/components/schemas/Pattern.Flow.PfcPause.PauseClass4"},"pause_class_5":{"x-field-uid":11,"$ref":"#/components/schemas/Pattern.Flow.PfcPause.PauseClass5"},"pause_class_6":{"x-field-uid":12,"$ref":"#/components/schemas/Pattern.Flow.PfcPause.PauseClass6"},"pause_class_7":{"x-field-uid":13,"$ref":"#/components/schemas/Pattern.Flow.PfcPause.PauseClass7"}}},"Flow.EthernetPause":{"description":"IEEE 802.3x global ethernet pause packet header","type":"object","properties":{"dst":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.EthernetPause.Dst"},"src":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.EthernetPause.Src"},"ether_type":{"x-field-uid":3,"$ref":"#/components/schemas/Pattern.Flow.EthernetPause.EtherType"},"control_op_code":{"x-field-uid":4,"$ref":"#/components/schemas/Pattern.Flow.EthernetPause.ControlOpCode"},"time":{"x-field-uid":5,"$ref":"#/components/schemas/Pattern.Flow.EthernetPause.Time"}}},"Flow.Tcp":{"description":"TCP packet 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RECORD_ROUTE [optional]","type":"object","properties":{"objects":{"description":"\"Path\" message requires atleast SESSION, RSVP_HOP, TIME_VALUES, LABEL_REQUEST, SENDER_TEMPLATE and SENDER_TSPEC objects in order.","type":"array","items":{"$ref":"#/components/schemas/Flow.RSVP.PathObjects"},"x-field-uid":1}}},"Flow.RSVP.PathObjects":{"description":"Every RSVP object encapsulated in an RSVP message consists of a 32-bit word header and the object's contents.","type":"object","properties":{"class_num":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsClass","x-field-uid":1}}},"Flow.RSVPObject.Length":{"type":"object","properties":{"choice":{"description":"auto or configured value.","type":"string","default":"auto","x-field-uid":1,"x-enum":{"auto":{"x-field-uid":1},"value":{"x-field-uid":2}},"enum":["auto","value"]},"auto":{"description":"The OTG implementation will provide a system generated value for this property.  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Curently supported class numbers are for \"Path\" message type. \"Path\" message: Supported Class numbers and it's value: SESSION: 1, RSVP_HOP: 3, TIME_VALUES: 5, EXPLICIT_ROUTE: 20, LABEL_REQUEST: 19, SESSION_ATTRIBUTE: 207, SENDER_TEMPLATE: 11, SENDER_TSPEC: 12, RECORD_ROUTE: 21, Custom: User defined bytes based on class and c-types not supported in above options.","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-field-uid":1,"x-enum":{"session":{"x-field-uid":1},"rsvp_hop":{"x-field-uid":2},"time_values":{"x-field-uid":3},"explicit_route":{"x-field-uid":4},"label_request":{"x-field-uid":5},"session_attribute":{"x-field-uid":6},"sender_template":{"x-field-uid":7},"sender_tspec":{"x-field-uid":8},"record_route":{"x-field-uid":9},"custom":{"x-field-uid":10}},"enum":["session","rsvp_hop","time_values","explicit_route","label_request","session_attribute","sender_template","sender_tspec","record_route","custom"]},"session":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsClassSession","x-field-uid":2},"rsvp_hop":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsClassRsvpHop","x-field-uid":3},"time_values":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsClassTimeValues","x-field-uid":4},"explicit_route":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsClassExplicitRoute","x-field-uid":5},"label_request":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsClassLabelRequest","x-field-uid":6},"session_attribute":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsClassSessionAttribute","x-field-uid":7},"sender_template":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsClassSenderTemplate","x-field-uid":8},"sender_tspec":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsClassSenderTspec","x-field-uid":9},"record_route":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsClassRecordRoute","x-field-uid":10},"custom":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsCustom","x-field-uid":11}}},"Flow.RSVP.PathObjectsClassSession":{"description":"C-Type is specific to a class num.","type":"object","properties":{"length":{"description":"A 16-bit field containing the total object length in bytes.  Must always be a multiple of 4 or at least 4.","$ref":"#/components/schemas/Flow.RSVPObject.Length","x-field-uid":1},"c_type":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsSessionCType","x-field-uid":2}}},"Flow.RSVP.PathObjectsSessionCType":{"description":"The body of an object corresponding to the class number and c-type. Currently supported c-type for SESSION object is LSP Tunnel IPv4 (7).","type":"object","properties":{"choice":{"type":"string","x-field-uid":1,"default":"lsp_tunnel_ipv4","x-enum":{"lsp_tunnel_ipv4":{"x-field-uid":1}},"enum":["lsp_tunnel_ipv4"]},"lsp_tunnel_ipv4":{"$ref":"#/components/schemas/Flow.RSVP.PathSessionLspTunnelIpv4","x-field-uid":2}}},"Flow.RSVP.PathSessionLspTunnelIpv4":{"description":"Class = SESSION, LSP_TUNNEL_IPv4 C-Type = 7.","type":"object","properties":{"ipv4_tunnel_end_point_address":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSessionLspTunnelIpv4.Ipv4TunnelEndPointAddress"},"reserved":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSessionLspTunnelIpv4.Reserved"},"tunnel_id":{"x-field-uid":3,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSessionLspTunnelIpv4.TunnelId"},"extended_tunnel_id":{"description":"A 32-bit identifier used in the SESSION that remains constant over the life of the tunnel. Normally set to all zeros. Ingress nodes that wish to narrow the scope of a SESSION to the ingress-egress pair may place their IPv4 address here as a globally unique identifier.","$ref":"#/components/schemas/Flow.RSVP.PathSessionExtTunnelId","x-field-uid":4}}},"Flow.RSVP.PathSessionExtTunnelId":{"type":"object","properties":{"choice":{"description":"32 bit integer or IPv4 address.","type":"string","default":"as_integer","x-field-uid":1,"x-enum":{"as_integer":{"x-field-uid":1},"as_ipv4":{"x-field-uid":2}},"enum":["as_integer","as_ipv4"]},"as_integer":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSessionExtTunnelId.AsInteger"},"as_ipv4":{"x-field-uid":3,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSessionExtTunnelId.AsIpv4"}}},"Flow.RSVP.PathObjectsClassRsvpHop":{"description":"C-Type is specific to a class num.","type":"object","properties":{"length":{"description":"A 16-bit field containing the total object length in bytes.  Must always be a multiple of 4 or at least 4.","$ref":"#/components/schemas/Flow.RSVPObject.Length","x-field-uid":1},"c_type":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsRsvpHopCType","x-field-uid":2}}},"Flow.RSVP.PathObjectsRsvpHopCType":{"description":"Object for RSVP_HOP class. Currently supported c-type is IPv4 (1).","type":"object","properties":{"choice":{"type":"string","x-field-uid":1,"default":"ipv4","x-enum":{"ipv4":{"x-field-uid":1}},"enum":["ipv4"]},"ipv4":{"$ref":"#/components/schemas/Flow.RSVP.PathRsvpHopIpv4","x-field-uid":2}}},"Flow.RSVP.PathRsvpHopIpv4":{"description":"IPv4 RSVP_HOP object: Class = 3, C-Type = 1","type":"object","properties":{"ipv4_address":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathRsvpHopIpv4.Ipv4Address"},"logical_interface_handle":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathRsvpHopIpv4.LogicalInterfaceHandle"}}},"Flow.RSVP.PathObjectsClassTimeValues":{"description":"C-Type is specific to a class num.","type":"object","properties":{"length":{"description":"A 16-bit field containing the total object length in bytes.  Must always be a multiple of 4 or at least 4.","$ref":"#/components/schemas/Flow.RSVPObject.Length","x-field-uid":1},"c_type":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsTimeValuesCType","x-field-uid":2}}},"Flow.RSVP.PathObjectsTimeValuesCType":{"description":"Object for TIME_VALUES class. Currently supported c-type is Type 1 Time Value (1).","type":"object","properties":{"choice":{"type":"string","x-field-uid":1,"default":"type_1","x-enum":{"type_1":{"x-field-uid":1}},"enum":["type_1"]},"type_1":{"$ref":"#/components/schemas/Flow.RSVP.PathTimeValuesType1","x-field-uid":2}}},"Flow.RSVP.PathTimeValuesType1":{"description":"TIME_VALUES Object: Class = 5, C-Type = 1","type":"object","properties":{"refresh_period_r":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathTimeValuesType1.RefreshPeriodR"}}},"Flow.RSVP.PathObjectsClassExplicitRoute":{"description":"C-Type is specific to a class num.","type":"object","properties":{"length":{"description":"A 16-bit field containing the total object length in bytes.  Must always be a multiple of 4 or at least 4.","$ref":"#/components/schemas/Flow.RSVPObject.Length","x-field-uid":1},"c_type":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsClassExplicitRouteCType","x-field-uid":2}}},"Flow.RSVP.PathObjectsClassExplicitRouteCType":{"description":"Object for EXPLICIT_ROUTE class and c-type is Type 1 Explicit Route (1).","type":"object","properties":{"choice":{"type":"string","default":"type_1","x-field-uid":1,"x-enum":{"type_1":{"x-field-uid":1}},"enum":["type_1"]},"type_1":{"$ref":"#/components/schemas/Flow.RSVP.PathExplicitRouteType1","x-field-uid":2}}},"Flow.RSVP.PathExplicitRouteType1":{"description":"Type1 Explicit Route has subobjects. Currently supported subobjects are IPv4 prefix and Autonomous system number.","type":"object","properties":{"subobjects":{"type":"array","minItems":1,"items":{"$ref":"#/components/schemas/Flow.RSVP.Type1ExplicitRouteSubobjects"},"x-field-uid":1}}},"Flow.RSVP.Type1ExplicitRouteSubobjects":{"description":"Type is specific to a subobject.","type":"object","properties":{"type":{"$ref":"#/components/schemas/Flow.RSVP.Type1ExplicitRouteSubobjectsType","x-field-uid":1}}},"Flow.RSVP.Type1ExplicitRouteSubobjectsType":{"description":"Currently supported subobjects are IPv4 address(1) and Autonomous system number(32).","type":"object","properties":{"choice":{"type":"string","x-field-uid":1,"default":"ipv4_prefix","x-enum":{"ipv4_prefix":{"x-field-uid":1},"as_number":{"x-field-uid":2}},"enum":["ipv4_prefix","as_number"]},"ipv4_prefix":{"$ref":"#/components/schemas/Flow.RSVP.PathExplicitRouteType1Ipv4Prefix","x-field-uid":2},"as_number":{"$ref":"#/components/schemas/Flow.RSVP.PathExplicitRouteType1ASNumber","x-field-uid":3}}},"Flow.RSVP.PathExplicitRouteType1Ipv4Prefix":{"description":"Class = EXPLICIT_ROUTE, Type1 ROUTE_RECORD C-Type = 1 Subobject: IPv4 Prefix, C-Type: 1","type":"object","properties":{"l_bit":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathExplicitRouteType1Ipv4Prefix.LBit"},"length":{"description":"The Length contains the total length of the subobject in bytes,including L,Type and Length fields.   The Length MUST be atleast 4, and MUST be a multiple of 4.","$ref":"#/components/schemas/Flow.RSVPExplicitRoute.Length","x-field-uid":2},"ipv4_address":{"x-field-uid":3,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathExplicitRouteType1Ipv4Prefix.Ipv4Address"},"prefix":{"description":"The prefix length of the IPv4 address.","type":"integer","format":"uint32","minimum":1,"maximum":32,"default":32,"x-field-uid":4}}},"Flow.RSVP.PathExplicitRouteType1ASNumber":{"description":"Class = EXPLICIT_ROUTE, Type1 ROUTE_RECORD C-Type = 1 Subobject: Autonomous system number, C-Type: 32","type":"object","properties":{"l_bit":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathExplicitRouteType1ASNumber.LBit"},"length":{"description":"The Length contains the total length of the subobject in bytes,including L, Type and Length fields.   The Length MUST be atleast 4, and MUST be a multiple of 4.","$ref":"#/components/schemas/Flow.RSVPExplicitRouteASNumber.Length","x-field-uid":2},"as_number":{"description":"Autonomous System number to be set in the ERO sub-object that this LSP should traverse through. This field is applicable only if the value of 'type' is set to 'as_number'.","type":"integer","format":"uint32","default":0,"maximum":65535,"x-field-uid":3}}},"Flow.RSVPExplicitRoute.Length":{"type":"object","properties":{"choice":{"description":"auto or configured value.","type":"string","default":"auto","x-field-uid":1,"x-enum":{"auto":{"x-field-uid":1},"value":{"x-field-uid":2}},"enum":["auto","value"]},"auto":{"description":"The OTG implementation will provide a system generated value for this property.  If the OTG implementation is unable to generate a value the default value must be used. ","type":"integer","format":"uint32","default":8,"x-field-uid":2},"value":{"type":"integer","format":"uint32","maximum":255,"default":8,"x-field-uid":3}}},"Flow.RSVPExplicitRouteASNumber.Length":{"type":"object","properties":{"choice":{"description":"auto or configured value.","type":"string","default":"auto","x-field-uid":1,"x-enum":{"auto":{"x-field-uid":1},"value":{"x-field-uid":2}},"enum":["auto","value"]},"auto":{"description":"The OTG implementation will provide a system generated value for this property.  If the OTG implementation is unable to generate a value the default value must be used. ","type":"integer","format":"uint32","default":4,"x-field-uid":2},"value":{"type":"integer","format":"uint32","maximum":255,"default":4,"x-field-uid":3}}},"Flow.RSVP.PathObjectsClassLabelRequest":{"description":"C-Type is specific to a class num.","type":"object","properties":{"length":{"description":"A 16-bit field containing the total object length in bytes.  Must always be a multiple of 4 or at least 4.","$ref":"#/components/schemas/Flow.RSVPObject.Length","x-field-uid":1},"c_type":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsLabelRequestCType","x-field-uid":2}}},"Flow.RSVP.PathObjectsLabelRequestCType":{"description":"Object for LABEL_REQUEST class. Currently supported c-type is Without Label Range (1).","type":"object","properties":{"choice":{"type":"string","x-field-uid":1,"default":"without_label_range","x-enum":{"without_label_range":{"x-field-uid":1}},"enum":["without_label_range"]},"without_label_range":{"$ref":"#/components/schemas/Flow.RSVP.PathLabelRequestWithoutLabelRange","x-field-uid":2}}},"Flow.RSVP.PathLabelRequestWithoutLabelRange":{"description":"Class = LABEL_REQUEST, Without Label Range C-Type = 1","type":"object","properties":{"reserved":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathLabelRequestWithoutLabelRange.Reserved"},"l3pid":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathLabelRequestWithoutLabelRange.L3pid"}}},"Flow.RSVP.PathObjectsClassSessionAttribute":{"description":"C-Type is specific to a class num.","type":"object","properties":{"length":{"description":"A 16-bit field containing the total object length in bytes.  Must always be a multiple of 4 or at least 4.","$ref":"#/components/schemas/Flow.RSVPObject.Length","x-field-uid":1},"c_type":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsSessionAttributeCType","x-field-uid":2}}},"Flow.RSVP.PathObjectsSessionAttributeCType":{"description":"Object for SESSION_ATTRIBUTE class. Currently supported c-type is LSP_Tunnel_RA (1) and LSP_Tunnel (7).","type":"object","properties":{"choice":{"type":"string","x-field-uid":1,"default":"lsp_tunnel","x-enum":{"lsp_tunnel":{"x-field-uid":1},"lsp_tunnel_ra":{"x-field-uid":2}},"enum":["lsp_tunnel","lsp_tunnel_ra"]},"lsp_tunnel":{"$ref":"#/components/schemas/Flow.RSVP.PathSessionAttributeLspTunnel","x-field-uid":2},"lsp_tunnel_ra":{"$ref":"#/components/schemas/Flow.RSVP.PathSessionAttributeLspTunnelRa","x-field-uid":3}}},"Flow.RSVP.PathSessionAttributeLspTunnel":{"description":"SESSION_ATTRIBUTE class = 207, LSP_TUNNEL_RA C-Type = 7, resource affinity information.","type":"object","properties":{"setup_priority":{"description":"The priority of the session with respect to taking resources,in the range of 0 to 7. The value 0 is the highest priority. The Setup Priority is used in deciding whether this session can preempt another session.","type":"integer","format":"uint32","default":7,"maximum":7,"x-field-uid":1},"holding_priority":{"description":"The priority of the session with respect to holding resources,in the range of 0 to 7. The value 0 is the highest priority. The Setup Priority is used in deciding whether this session can preempt another session.","type":"integer","format":"uint32","default":7,"maximum":7,"x-field-uid":2},"flags":{"description":"0x01 Local protection desired, 0x02 Label recording desired, 0x04 SE Style desired","$ref":"#/components/schemas/Flow.RSVPLspTunnel.Flag","x-field-uid":3},"name_length":{"description":"The length of the display string before padding, in bytes.          ","$ref":"#/components/schemas/Flow.RSVPSessionAttributeName.Length","x-field-uid":4},"session_name":{"description":"A null padded string of characters.          ","type":"string","default":"","minLength":0,"maxLength":254,"x-field-uid":5}}},"Flow.RSVP.PathSessionAttributeLspTunnelRa":{"description":"SESSION_ATTRIBUTE class = 207, LSP_TUNNEL_RA C-Type = 1, it carries resource affinity information.","type":"object","properties":{"exclude_any":{"description":"A 32-bit vector representing a set of attribute filters associated with a tunnel any of which renders a link unacceptable. A null set (all bits set to zero) doesn't render the link unacceptable. The most significant byte in the hex-string is the farthest  to the left in the byte sequence.  Leading zero bytes in the configured value may be omitted for brevity.           ","type":"string","format":"hex","default":"00","minLength":0,"maxLength":8,"x-field-uid":1},"include_any":{"description":"A 32-bit vector representing a set of attribute filters associated with a tunnel any of which renders a link acceptable. A null set (all bits set to zero) automatically passes. The most significant byte in the hex-string is the farthest  to the left in the byte sequence.  Leading zero bytes in the configured value may be omitted for brevity.     ","type":"string","format":"hex","default":"00","minLength":0,"maxLength":8,"x-field-uid":2},"include_all":{"description":"A 32-bit vector representing a set of attribute filters associated with a tunnel all of which must be present for a link to be acceptable. A null set (all bits set to zero) automatically passes. The most significant byte in the hex-string is the farthest to the left in the byte sequence.  Leading zero bytes in the configured value may be omitted for brevity.          ","type":"string","format":"hex","default":"00","minLength":0,"maxLength":8,"x-field-uid":3},"setup_priority":{"description":"The priority of the session with respect to taking resources,in the range of 0 to 7. The value 0 is the highest priority. 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","type":"string","default":"","minLength":0,"maxLength":254,"x-field-uid":8}}},"Flow.RSVPLspTunnel.Flag":{"type":"object","properties":{"choice":{"type":"string","default":"local_protection_desired","x-enum":{"local_protection_desired":{"x-field-uid":1},"label_recording_desired":{"x-field-uid":2},"se_style_desired":{"x-field-uid":3}},"x-field-uid":1,"enum":["local_protection_desired","label_recording_desired","se_style_desired"]}}},"Flow.RSVPSessionAttributeName.Length":{"type":"object","properties":{"choice":{"description":"auto or configured value.","type":"string","default":"auto","x-field-uid":1,"x-enum":{"auto":{"x-field-uid":1},"value":{"x-field-uid":2}},"enum":["auto","value"]},"auto":{"description":"The OTG implementation will provide a system generated value for this property.  If the OTG implementation is unable to generate a value the default value must be used.","type":"integer","format":"uint32","default":0,"x-field-uid":2},"value":{"type":"integer","format":"uint32","maximum":255,"default":0,"x-field-uid":3}}},"Flow.RSVP.PathObjectsClassSenderTemplate":{"description":"C-Type is specific to a class num.","type":"object","properties":{"length":{"description":"A 16-bit field containing the total object length in bytes.  Must always be a multiple of 4 or at least 4.","$ref":"#/components/schemas/Flow.RSVPObject.Length","x-field-uid":1},"c_type":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsSenderTemplateCType","x-field-uid":2}}},"Flow.RSVP.PathObjectsSenderTemplateCType":{"description":"Object for SENDER_TEMPLATE class. Currently supported c-type is LSP Tunnel IPv4 (7).","type":"object","properties":{"choice":{"type":"string","x-field-uid":1,"default":"lsp_tunnel_ipv4","x-enum":{"lsp_tunnel_ipv4":{"x-field-uid":1}},"enum":["lsp_tunnel_ipv4"]},"lsp_tunnel_ipv4":{"$ref":"#/components/schemas/Flow.RSVP.PathSenderTemplateLspTunnelIpv4","x-field-uid":2}}},"Flow.RSVP.PathSenderTemplateLspTunnelIpv4":{"description":"Class = SENDER_TEMPLATE, LSP_TUNNEL_IPv4 C-Type = 7","type":"object","properties":{"ipv4_tunnel_sender_address":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSenderTemplateLspTunnelIpv4.Ipv4TunnelSenderAddress"},"reserved":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSenderTemplateLspTunnelIpv4.Reserved"},"lsp_id":{"x-field-uid":3,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSenderTemplateLspTunnelIpv4.LspId"}}},"Flow.RSVP.PathObjectsClassSenderTspec":{"description":"C-Type is specific to a class num.","type":"object","properties":{"length":{"description":"A 16-bit field containing the total object length in bytes.  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Currently supported c-type is int-serv (2).","type":"object","properties":{"choice":{"type":"string","x-field-uid":1,"default":"int_serv","x-enum":{"int_serv":{"x-field-uid":1}},"enum":["int_serv"]},"int_serv":{"$ref":"#/components/schemas/Flow.RSVP.PathSenderTspecIntServ","x-field-uid":2}}},"Flow.RSVP.PathSenderTspecIntServ":{"description":"int-serv SENDER_TSPEC object: Class = 12, C-Type = 2","type":"object","properties":{"version":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSenderTspecIntServ.Version"},"reserved1":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSenderTspecIntServ.Reserved1"},"overall_length":{"x-field-uid":3,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSenderTspecIntServ.OverallLength"},"service_header":{"x-field-uid":4,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSenderTspecIntServ.ServiceHeader"},"zero_bit":{"x-field-uid":5,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSenderTspecIntServ.ZeroBit"},"reserved2":{"x-field-uid":6,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSenderTspecIntServ.Reserved2"},"length_of_service_data":{"x-field-uid":7,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSenderTspecIntServ.LengthOfServiceData"},"parameter_id_token_bucket_tspec":{"x-field-uid":8,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSenderTspecIntServ.ParameterIdTokenBucketTspec"},"parameter_127_flag":{"x-field-uid":9,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSenderTspecIntServ.Parameter127Flag"},"parameter_127_length":{"x-field-uid":10,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSenderTspecIntServ.Parameter127Length"},"token_bucket_rate":{"description":"Token bucket rate is set to sender's view of its generated traffic.","type":"number","format":"float","default":0,"x-field-uid":11},"token_bucket_size":{"description":"Token bucket size is set to sender's view of its generated traffic.","type":"number","format":"float","default":0,"x-field-uid":12},"peak_data_rate":{"description":"The peak rate may be set to the sender's peak traffic generation rate (if known and controlled), the physical interface line rate (if known), or positive infinity (if no better value is available).","type":"number","format":"float","default":0,"x-field-uid":13},"minimum_policed_unit":{"x-field-uid":14,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSenderTspecIntServ.MinimumPolicedUnit"},"maximum_packet_size":{"x-field-uid":15,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSenderTspecIntServ.MaximumPacketSize"}}},"Flow.RSVP.PathObjectsClassRecordRoute":{"description":"C-Type is specific to a class num.","type":"object","properties":{"length":{"description":"A 16-bit field containing the total object length in bytes.  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Currently supported subobjects are IPv4 address(1) and Label(3).","type":"object","properties":{"subobjects":{"type":"array","minItems":1,"items":{"$ref":"#/components/schemas/Flow.RSVP.Type1RecordRouteSubobjects"},"x-field-uid":1}}},"Flow.RSVP.Type1RecordRouteSubobjects":{"description":"Type is specific to a subobject.","type":"object","properties":{"type":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsRecordRouteSubObjectType","x-field-uid":1}}},"Flow.RSVP.PathObjectsRecordRouteSubObjectType":{"description":"Currently supported subobjects are IPv4 address(1) and Label(3).","type":"object","properties":{"choice":{"type":"string","x-field-uid":1,"default":"ipv4_address","x-enum":{"ipv4_address":{"x-field-uid":1},"label":{"x-field-uid":2}},"enum":["ipv4_address","label"]},"ipv4_address":{"$ref":"#/components/schemas/Flow.RSVP.PathRecordRouteType1Ipv4Address","x-field-uid":2},"label":{"$ref":"#/components/schemas/Flow.RSVP.PathRecordRouteType1Label","x-field-uid":3}}},"Flow.RSVP.PathRecordRouteType1Ipv4Address":{"description":"Class = RECORD_ROUTE, Type1 ROUTE_RECORD C-Type = 1 Subobject: IPv4 Address, C-Type: 1","type":"object","properties":{"length":{"description":"The Length contains the total length of the subobject in bytes, including the Type and Length fields.   The Length MUST be atleast 4, and MUST be a multiple of 4.","$ref":"#/components/schemas/Flow.RSVPRouteRecord.Length","x-field-uid":1},"ipv4_address":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathRecordRouteType1Ipv4Address.Ipv4Address"},"prefix_length":{"x-field-uid":3,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathRecordRouteType1Ipv4Address.PrefixLength"},"flags":{"description":"0x01  local_protection_available, 0x02  local_protection_in_use","$ref":"#/components/schemas/Flow.RSVPRecordRouteIPv4.Flag","x-field-uid":4}}},"Flow.RSVPRecordRouteIPv4.Flag":{"type":"object","properties":{"choice":{"type":"string","default":"local_protection_available","x-enum":{"local_protection_available":{"x-field-uid":1},"local_protection_in_use":{"x-field-uid":2}},"x-field-uid":1,"enum":["local_protection_available","local_protection_in_use"]}}},"Flow.RSVP.PathRecordRouteType1Label":{"description":"Class = RECORD_ROUTE, Type1 ROUTE_RECORD C-Type = 1 Subobject: Label, C-Type: 3","type":"object","properties":{"length":{"description":"The Length contains the total length of the subobject in bytes, including the Type and Length fields.   The Length MUST be atleast 4, and MUST be a multiple of 4.","$ref":"#/components/schemas/Flow.RSVPRouteRecord.Length","x-field-uid":1},"flags":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathRecordRouteType1Label.Flags"},"c_type":{"x-field-uid":3,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathRecordRouteType1Label.CType"},"label":{"description":"The contents of the Label Object. Copied from the Label Object.","$ref":"#/components/schemas/Flow.RSVP.PathRecordRouteLabel","x-field-uid":4}}},"Flow.RSVP.PathRecordRouteLabel":{"type":"object","properties":{"choice":{"description":"32 bit integer or hex value.","type":"string","default":"as_integer","x-field-uid":1,"x-enum":{"as_integer":{"x-field-uid":1},"as_hex":{"x-field-uid":2}},"enum":["as_integer","as_hex"]},"as_integer":{"type":"integer","format":"uint32","default":16,"maximum":1048575,"x-field-uid":2},"as_hex":{"description":"Value of the this field should not excced 4 bytes. Maximum length of this attribute is 8 (4 * 2 hex character per byte).","type":"string","format":"hex","default":"10","maxLength":8,"x-field-uid":3}}},"Flow.RSVPRouteRecord.Length":{"type":"object","properties":{"choice":{"description":"auto or configured value.","type":"string","default":"auto","x-field-uid":1,"x-enum":{"auto":{"x-field-uid":1},"value":{"x-field-uid":2}},"enum":["auto","value"]},"auto":{"description":"The OTG implementation will provide a system generated value for this property.  If the OTG implementation is unable to generate a value the default value must be used.","type":"integer","format":"uint32","default":8,"x-field-uid":2},"value":{"type":"integer","format":"uint32","maximum":255,"default":8,"x-field-uid":3}}},"Flow.RSVP.PathObjectsCustom":{"type":"object","description":"Custom packet header","properties":{"type":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathObjectsCustom.Type"},"length":{"$ref":"#/components/schemas/Flow.RSVPObject.Length","x-field-uid":2},"bytes":{"description":"A custom packet header defined as a string of hex bytes. The string MUST contain sequence of valid hex bytes. Spaces or colons can be part of the bytes but will be discarded. Value of the this field should not excced 65525 bytes since maximum 65528 bytes can be added as object-contents in RSVP header. For type and length requires 3 bytes, hence maximum of 65524 bytes are expected. Maximum length of this attribute is 131050 (65525 * 2 hex character per byte).","type":"string","format":"hex","minLength":1,"maxLength":131050,"default":"0000","x-field-uid":3}}},"Flow.Size":{"description":"The frame size which overrides the total length of the packet","type":"object","properties":{"choice":{"type":"string","default":"fixed","x-field-uid":1,"x-enum":{"fixed":{"x-field-uid":1},"increment":{"x-field-uid":2},"random":{"x-field-uid":3},"weight_pairs":{"x-field-uid":4}},"enum":["fixed","increment","random","weight_pairs"]},"fixed":{"type":"integer","format":"uint32","default":64,"x-field-uid":2},"increment":{"$ref":"#/components/schemas/Flow.SizeIncrement","x-field-uid":3},"random":{"$ref":"#/components/schemas/Flow.SizeRandom","x-field-uid":4},"weight_pairs":{"$ref":"#/components/schemas/Flow.SizeWeightPairs","x-field-uid":5}}},"Flow.SizeIncrement":{"type":"object","description":"Frame size that increments from a starting size to \nan ending size incrementing by a step size.","properties":{"start":{"description":"Starting frame size in bytes","type":"integer","format":"uint32","minimum":1,"default":64,"x-field-uid":1},"end":{"description":"Ending frame size in bytes","type":"integer","format":"uint32","minimum":64,"default":1518,"x-field-uid":2},"step":{"description":"Step frame size in bytes","type":"integer","format":"uint32","default":1,"x-field-uid":3}}},"Flow.SizeRandom":{"type":"object","description":"Random frame size from a min value to a max value.","properties":{"min":{"type":"integer","format":"uint32","default":64,"x-field-uid":1},"max":{"type":"integer","format":"uint32","default":1518,"x-field-uid":2}}},"Flow.SizeWeightPairs":{"type":"object","description":"Frame size distribution, defined as <size, weight> pairs (including IMIX distribution).\nFrames are randomly generated such that the proportion of each frame size out of the total number of frames \nare matching with the weight value of the <size, weight> pair. However, as with any other probability \ndistribution, the sample distribution is close to theoretical value only if the size of the sample is reasonably large. \nWhen the number of frames is very low the transmitted frames may not come close to the ratio described in the weight.","properties":{"choice":{"type":"string","default":"predefined","x-field-uid":1,"x-enum":{"predefined":{"x-field-uid":1},"custom":{"x-field-uid":2}},"enum":["predefined","custom"]},"predefined":{"type":"string","default":"imix","description":"Specify predefined frame size distribution <size, weight> pairs (including IMIX distribution).  \nThe available predefined distribution pairs are:\n- IMIX (64:7, 570:4, and 1518:1)  \n- IPSec IMIX (90:58.67, 92:2, 594:23.66 and 1418:15.67)  \n- IPv6 IMIX (60:58.67, 496:2, 594:23.66 and 1518:15.67)  \n- Standard IMIX (58:58.67, 62:2, 594:23.66 and 1518:15.67)  \n- TCP IMIX (90:58.67, 92:2, 594:23.66 and 1518:15.67)  ","x-field-uid":2,"x-enum":{"imix":{"x-field-uid":1},"ipsec_imix":{"x-field-uid":2},"ipv6_imix":{"x-field-uid":3},"standard_imix":{"x-field-uid":4},"tcp_imix":{"x-field-uid":5}},"enum":["imix","ipsec_imix","ipv6_imix","standard_imix","tcp_imix"]},"custom":{"type":"array","items":{"$ref":"#/components/schemas/Flow.SizeWeightPairs.Custom"},"x-field-uid":3}}},"Flow.SizeWeightPairs.Custom":{"type":"object","description":"Custom frame size distribution <size, weight> pair.","properties":{"size":{"description":"The size of the frame (in bytes) for this weight pair.","type":"integer","format":"uint32","minimum":12,"maximum":65535,"default":64,"x-field-uid":1},"weight":{"description":"Weight assigned to the corresponding frame size in this weight pair. \nHigher weight means more packets.","type":"number","format":"float","default":1,"x-field-uid":2}}},"Flow.Rate":{"type":"object","description":"The rate of packet transmission","properties":{"choice":{"description":"The available types of flow rate.","type":"string","default":"pps","x-field-uid":1,"x-enum":{"pps":{"x-field-uid":1},"bps":{"x-field-uid":2},"kbps":{"x-field-uid":3},"mbps":{"x-field-uid":4},"gbps":{"x-field-uid":5},"percentage":{"x-field-uid":6}},"enum":["pps","bps","kbps","mbps","gbps","percentage"]},"pps":{"description":"Packets per second.","type":"integer","format":"uint64","minimum":1,"default":1000,"x-field-uid":2},"bps":{"description":"Bits per second.","type":"integer","format":"uint64","minimum":672,"default":1000000000,"x-field-uid":3},"kbps":{"description":"Kilobits per second.","type":"integer","format":"uint64","minimum":1,"default":1000000,"x-field-uid":4},"mbps":{"description":"Megabits per second. ","type":"integer","format":"uint64","minimum":1,"default":1000,"x-field-uid":5},"gbps":{"description":"Gigabits per second.","type":"integer","format":"uint32","minimum":1,"default":1,"x-field-uid":6},"percentage":{"description":"The percentage of a port location's available bandwidth.","type":"number","format":"float","minimum":0,"maximum":100,"default":100,"x-field-uid":7}}},"Flow.Duration":{"description":"A container for different transmit durations. ","type":"object","properties":{"choice":{"description":"A choice used to determine the type of duration.","type":"string","default":"continuous","x-field-uid":1,"x-enum":{"fixed_packets":{"x-field-uid":1},"fixed_seconds":{"x-field-uid":2},"burst":{"x-field-uid":3},"continuous":{"x-field-uid":4}},"enum":["fixed_packets","fixed_seconds","burst","continuous"]},"fixed_packets":{"$ref":"#/components/schemas/Flow.FixedPackets","x-field-uid":2},"fixed_seconds":{"$ref":"#/components/schemas/Flow.FixedSeconds","x-field-uid":3},"burst":{"$ref":"#/components/schemas/Flow.Burst","x-field-uid":4},"continuous":{"$ref":"#/components/schemas/Flow.Continuous","x-field-uid":5}}},"Flow.Continuous":{"description":"Transmit will be continuous and will not stop automatically. ","type":"object","properties":{"gap":{"description":"The minimum gap between packets expressed as bytes.","type":"integer","format":"uint32","default":12,"x-field-uid":1},"delay":{"$ref":"#/components/schemas/Flow.Delay","x-field-uid":2}}},"Flow.Delay":{"description":"The optional container to specify the delay before starting \ntransmission of packets.","type":"object","properties":{"choice":{"type":"string","default":"bytes","x-field-uid":1,"x-enum":{"bytes":{"x-field-uid":1},"nanoseconds":{"x-field-uid":2},"microseconds":{"x-field-uid":3}},"enum":["bytes","nanoseconds","microseconds"]},"bytes":{"description":"The delay before starting transmission of packets.\nA value of 0 indicates no delay.","type":"number","format":"float","minimum":0,"default":0,"x-field-uid":2},"nanoseconds":{"description":"The delay before starting transmission of packets.\nA value of 0 indicates no delay.","type":"number","format":"float","minimum":0,"default":0,"x-field-uid":3},"microseconds":{"description":"The delay before starting transmission of packets.\nA value of 0 indicates no delay.","type":"number","format":"float","minimum":0,"default":0,"x-field-uid":4}}},"Flow.FixedPackets":{"description":"Transmit a fixed number of packets after which the flow will stop.","type":"object","properties":{"packets":{"description":"Stop transmit of the flow after this number of packets.","type":"integer","format":"uint32","minimum":1,"default":1,"x-field-uid":1},"gap":{"description":"The minimum gap between packets expressed as bytes.","type":"integer","format":"uint32","default":12,"x-field-uid":2},"delay":{"$ref":"#/components/schemas/Flow.Delay","x-field-uid":3}}},"Flow.FixedSeconds":{"description":"Transmit for a fixed number of seconds after which the flow will stop.","type":"object","properties":{"seconds":{"description":"Stop transmit of the flow after this number of seconds.","type":"number","minimum":0,"default":1,"x-field-uid":1},"gap":{"description":"The minimum gap between packets expressed as bytes.","type":"integer","format":"uint32","default":12,"x-field-uid":2},"delay":{"$ref":"#/components/schemas/Flow.Delay","x-field-uid":3}}},"Flow.Burst":{"description":"Transmits continuous or fixed burst of packets. \nFor continuous burst of packets, it will not automatically stop.\nFor fixed burst of packets, it will stop after transmitting fixed number of bursts.      ","type":"object","properties":{"bursts":{"description":"The number of packet bursts transmitted per flow.\nA value of 0 implies continuous burst of packets.","type":"integer","format":"uint32","default":0,"x-field-uid":1},"packets":{"description":"The number of packets transmitted per burst.","type":"integer","format":"uint32","minimum":1,"default":1,"x-field-uid":2},"gap":{"description":"The minimum gap between packets expressed as bytes.","type":"integer","format":"uint32","default":12,"x-field-uid":3},"inter_burst_gap":{"$ref":"#/components/schemas/Flow.Duration.InterBurstGap","x-field-uid":4}}},"Flow.Duration.InterBurstGap":{"type":"object","description":"The optional container for specifying a gap between bursts.","properties":{"choice":{"description":"The type of inter burst gap units.","type":"string","default":"bytes","x-field-uid":1,"x-enum":{"bytes":{"x-field-uid":1},"nanoseconds":{"x-field-uid":2},"microseconds":{"x-field-uid":3}},"enum":["bytes","nanoseconds","microseconds"]},"bytes":{"description":"The amount of time between bursts expressed in bytes.\nA value of 0 indicates no gap between bursts.","type":"number","format":"double","minimum":0,"default":12,"x-field-uid":2},"nanoseconds":{"description":"The amount of time between bursts expressed in nanoseconds.\nA value of 0 indicates no gap between bursts.","type":"number","format":"double","minimum":0,"default":96,"x-field-uid":3},"microseconds":{"description":"The amount of time between bursts expressed in microseconds.\nA value of 0 indicates no gap between bursts.","type":"number","format":"double","minimum":0,"default":0.096,"x-field-uid":4}}},"Flow.Metrics":{"description":"The optional container for configuring flow metrics.","type":"object","properties":{"enable":{"description":"Enables flow metrics.\nEnabling this option may affect the resultant packet payload due to \nadditional instrumentation data.","type":"boolean","default":false,"x-field-uid":1},"loss":{"description":"Enables additional flow metric loss calculation.","type":"boolean","default":false,"x-field-uid":2},"rx_tx_ratio":{"description":"Rx Tx ratio.","$ref":"#/components/schemas/Flow.RxTxRatio","x-field-uid":6},"timestamps":{"description":"Enables additional flow metric first and last timestamps.","type":"boolean","default":false,"x-field-uid":3},"latency":{"description":"Latency metrics.","$ref":"#/components/schemas/Flow.Latency.Metrics","x-field-uid":4},"predefined_metric_tags":{"description":"Predefined metric tags","$ref":"#/components/schemas/Flow.Predefined.Tags","x-field-uid":5}}},"Flow.Latency.Metrics":{"description":"The optional container for per flow latency metric configuration.","type":"object","properties":{"enable":{"description":"True to enable latency metrics using timestamps.\n\nEnabling this option may affect the resultant packet payload due to \nadditional instrumentation data.","type":"boolean","default":false,"x-field-uid":1},"mode":{"description":"Select the type of latency measurement. The different types of \nlatency measurements are:\n\n\nstore_forward:\nThe time interval starting when the last bit of the frame leaves the\nsending port and ending when the first bit of the frame is seen on\nthe receiving port (LIFO).  This is based on the RFC 1242 standard.\n\n\ncut_through:\nThe time interval starting when the first bit of the frame leaves\nthe sending port and ending when the first bit of the frame is seen\non the receiving port (FIFO).  This is based on the RFC 1242 \nstandard.","type":"string","default":"store_forward","x-field-uid":2,"x-enum":{"store_forward":{"x-field-uid":1},"cut_through":{"x-field-uid":2}},"enum":["store_forward","cut_through"]}}},"Flow.Predefined.Tags":{"description":"List of predefined flow tracking options, outside packet fields, that can be enabled.","type":"object","properties":{"rx_name":{"description":"Enables Rx port or lag level disaggregation with predefined metrics tag name set as \"rx_name\".\nThe Rx port / lag names can be found under tagged_metrics tag names in flow metrics response.","type":"boolean","default":false,"x-field-uid":1}}},"Flow.RxTxRatio":{"description":"Rx Tx ratio is the ratio of expected number of Rx packets across all Rx ports to the Tx packets\nfor the configured flow. It is a factor by which the Tx packet count is multiplied to calculate\nthe sum of expected Rx packet count, across all Rx ports. This will be used to calculate loss\npercentage of flow at aggregate level.","type":"object","properties":{"choice":{"type":"string","default":"value","x-field-uid":1,"x-enum":{"rx_count":{"x-field-uid":1},"value":{"x-field-uid":2}},"enum":["rx_count","value"]},"rx_count":{"$ref":"#/components/schemas/Flow.RxTxRatio.RxCount","x-field-uid":2},"value":{"description":"Should be a positive, non-zero value. The default value of 1, is when the Rx packet count across\nall ports is expected to match the Tx packet count. A custom integer value (>1) can be specified for\nloss calculation for cases when there are multiple destination addresses configured within one flow,\nbut DUT is configured to replicate only to a subset of Rx ports. For cases when Tx side generates two\npackets from each source in 1:1 protection mode but only one of the two packets are received by the\nRx port, we may need to specify a fractional value instead.","type":"number","format":"float","default":1,"x-field-uid":3}}},"Flow.RxTxRatio.RxCount":{"description":"This is for cases where one copy of Tx packet is received on all Rx ports and so the sum total of Rx packets\nreceived across all Rx ports is a multiple of Rx port count and Tx packets."},"Event":{"description":"The optional container for event configuration.","type":"object","properties":{"enable":{"description":"True to enable all events. \nEnabling this option may affect the resultant packet payload due to \nadditional instrumentation data.","type":"boolean","default":false,"x-field-uid":1},"link":{"$ref":"#/components/schemas/Event.Link","x-field-uid":2},"rx_rate_threshold":{"$ref":"#/components/schemas/Event.RxRateThreshold","x-field-uid":3},"route_advertise_withdraw":{"$ref":"#/components/schemas/Event.RouteAdvertiseWithdraw","x-field-uid":4}}},"Event.RxRateThreshold":{"description":"The optional container for rx rate threshold event configuration.","type":"object","properties":{"enable":{"description":"True to enable the rx_rate_threshold event. \nEnabling this option may affect the resultant packet payload due to \nadditional instrumentation data.","type":"boolean","default":false,"x-field-uid":1},"threshold":{"description":"True to enable notifications when the rx rate of a flow passes above \nor below the threshold value. ","type":"number","format":"float","maximum":100,"minimum":0,"default":95,"x-field-uid":2}}},"Event.Link":{"description":"The optional container for link up/down event configuration.","type":"object","properties":{"enable":{"description":"True to enable notifications when a link up/down event occurs. ","type":"boolean","default":false,"x-field-uid":1}}},"Event.RouteAdvertiseWithdraw":{"description":"The optional container for route advertise/withdraw event configuration.","type":"object","properties":{"enable":{"description":"True to enable notifications when a route advertise/withdraw \nevent occurs. ","type":"boolean","default":false,"x-field-uid":1}}},"Event.Request":{"type":"object","properties":{"type":{"description":"Constrain the events being returned by specifying event types.\nIf the list is empty then all event types will be returned. ","type":"array","items":{"type":"string","example":"route_withdraw","x-enum":{"link_down":{"x-field-uid":1},"link_up":{"x-field-uid":2},"route_withdraw":{"x-field-uid":3},"route_advertise":{"x-field-uid":4},"flow_rx_rate_above_threshold":{"x-field-uid":5},"flow_rx_rate_below_threshold":{"x-field-uid":6}},"enum":["link_down","link_up","route_withdraw","route_advertise","flow_rx_rate_above_threshold","flow_rx_rate_below_threshold"]},"x-field-uid":1},"source":{"description":"Constrain the events being returned by specifying event sources. \nIf the list is empty then all event sources will be returned. \n\nx-constraint:\n- /components/schemas/Port/properties/name\n- /components/schemas/Bgp.V4RouteRange/name\n- /components/schemas/Bgp.V6RouteRange/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Port/properties/name","/components/schemas/Bgp.V4RouteRange/name","/components/schemas/Bgp.V6RouteRange/name"],"x-field-uid":2}}},"Event.Subscription":{"description":"A container that describes what events a system should provide and \noptionally where to publish them.  ","type":"object","properties":{"events":{"$ref":"#/components/schemas/Event.Request","x-field-uid":1},"callback_url":{"description":"Indicates where a client wants to be notified of the events set in\nthe events property.\nIf this property is empty or null then no event notifications will\nbe forwarded.","type":"string","format":"uri","example":"https://127.0.0.1/event/notification","x-field-uid":2}}},"Lldp":{"description":"Configuration of LLDP protocol IEEE Ref: https://www.ieee802.org/1/files/public/docs2002/lldp-protocol-00.pdf","type":"object","required":["connection","name"],"properties":{"connection":{"description":"The unique name of the object on which LLDP is running. ","$ref":"#/components/schemas/Lldp.Connection","x-field-uid":1},"chassis_id":{"description":"The Chassis ID is a mandatory TLV which identifies the chassis component of the endpoint identifier associated  with the transmitting LLDP agent. If mac address is specified it should be in colon seperated mac address format.","$ref":"#/components/schemas/Lldp.ChassisId","x-field-uid":2},"port_id":{"description":"The Port ID is a mandatory TLV which identifies the port component of the endpoint identifier associated with  the transmitting LLDP agent. If the specified port is an IEEE 802.3 Repeater port, then this TLV is optional.","$ref":"#/components/schemas/Lldp.PortId","x-field-uid":3},"system_name":{"description":"The system name field shall contain an alpha-numeric string that indicates the system's administratively assigned  name. The system name should be the system's fully qualified domain name. If implementations support IETF RFC  3418, the sysName object should be used for this field.","$ref":"#/components/schemas/Lldp.SystemName","x-field-uid":4},"hold_time":{"description":"Specifies the amount of time in seconds a receiving device should maintain LLDP information sent  by the device before discarding it.","type":"integer","format":"uint32","minimum":10,"maximum":65535,"default":120,"x-field-uid":5},"advertisement_interval":{"description":"Set the transmission frequency of LLDP updates in seconds.","type":"integer","format":"uint32","minimum":5,"maximum":65534,"default":30,"x-field-uid":6},"name":{"x-field-uid":7,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"org_infos":{"description":"The Organization Information is used to define the organization specific TLVs. The organization specific TLV is defined in IEEE 802.1AB-2016 specification. This category is provided to allow different organizations, such as  IEEE 802.1, IEEE 802.3, IETF, as well as individual software and equipment vendors, to define TLVs that advertise  information to remote entities attached to the same media.","type":"array","items":{"$ref":"#/components/schemas/Lldp.OrgInfo"},"x-field-uid":8}}},"Lldp.Connection":{"description":"LLDP connection to a test port. In future if more connection options arise  LLDP connection object will be enhanced. ","type":"object","properties":{"choice":{"description":"The name of the test port or other connection objects on which LLDP is configured.","type":"string","x-field-uid":1,"x-enum":{"port_name":{"x-field-uid":1}},"enum":["port_name"]},"port_name":{"description":"Name of the test port on which LLDP is configured on.\n\nx-constraint:\n- /components/schemas/Port/properties/name\n","type":"string","x-constraint":["/components/schemas/Port/properties/name"],"x-field-uid":2}}},"Lldp.ChassisId":{"description":"The Chassis ID is a mandatory TLV which identifies the chassis component of the endpoint identifier associated  with the transmitting LLDP agent. This field identifies the format and source of the chassis identifier string.  It is based on the enumerator defined by the LldpChassisIdSubtype object from IEEE 802.1AB MIB.","type":"object","properties":{"choice":{"description":"Chassis ID subtype to be used in Chassis ID TLV.","type":"string","default":"mac_address_subtype","x-field-uid":1,"x-enum":{"mac_address_subtype":{"x-field-uid":1},"interface_name_subtype":{"x-field-uid":2},"local_subtype":{"x-field-uid":3}},"enum":["mac_address_subtype","interface_name_subtype","local_subtype"]},"mac_address_subtype":{"$ref":"#/components/schemas/Lldp.ChassisMacSubType","x-field-uid":2},"interface_name_subtype":{"description":"Name of an interface of the chassis that uniquely identifies the chassis.","type":"string","x-field-uid":3},"local_subtype":{"description":"Locally assigned name of the chassis.","type":"string","x-field-uid":4}}},"Lldp.PortId":{"description":"The Port ID is a mandatory TLV which identifies the port component of the endpoint identifier associated with  the transmitting LLDP agent.This field identifies the format and source of the port identifier string. It is  based on the enumerator defined by the PtopoPortIdType object from RFC2922.","type":"object","properties":{"choice":{"description":"Port ID subtype to be used in Port ID TLV.","type":"string","default":"interface_name_subtype","x-field-uid":1,"x-enum":{"mac_address_subtype":{"x-field-uid":1},"interface_name_subtype":{"x-field-uid":2},"local_subtype":{"x-field-uid":3}},"enum":["mac_address_subtype","interface_name_subtype","local_subtype"]},"mac_address_subtype":{"description":"The MAC Address configured in the Port ID TLV.","type":"string","x-field-uid":2},"interface_name_subtype":{"$ref":"#/components/schemas/Lldp.PortInterfaceNameSubType","x-field-uid":3},"local_subtype":{"description":"The Locally assigned name configured in the Port ID TLV.","type":"string","x-field-uid":4}}},"Lldp.ChassisMacSubType":{"description":"The MAC address configured in the Chassis ID TLV. ","type":"object","properties":{"choice":{"description":"In auto mode the system generated value is set for this property, while if the choice is selected as value,  a user configured value will be used for this property.","type":"string","default":"auto","x-field-uid":1,"x-enum":{"auto":{"x-field-uid":1},"value":{"x-field-uid":2}},"enum":["auto","value"]},"auto":{"description":"The OTG implementation must provide a system generated value for this property.","type":"string","format":"mac","x-field-uid":2},"value":{"description":"User must specify a value if mode is not auto.","type":"string","format":"mac","x-field-uid":3}}},"Lldp.PortInterfaceNameSubType":{"description":"The interface name configured in the Port ID TLV. ","type":"object","properties":{"choice":{"description":"In auto mode the system generated value is set for this property, while if the choice is selected as value,  a user configured value will be used for this property.","type":"string","default":"auto","x-field-uid":1,"x-enum":{"auto":{"x-field-uid":1},"value":{"x-field-uid":2}},"enum":["auto","value"]},"auto":{"description":"The OTG implementation must provide a system generated value for this property.","type":"string","x-field-uid":2},"value":{"description":"User must specify a value if mode is not auto.","type":"string","x-field-uid":3}}},"Lldp.SystemName":{"description":"The system Name configured in the System Name TLV. ","type":"object","properties":{"choice":{"description":"In auto mode the system generated value is set for this property, while if the choice is selected as value,  a user configured value will be used for this property.","type":"string","default":"auto","x-field-uid":1,"x-enum":{"auto":{"x-field-uid":1},"value":{"x-field-uid":2}},"enum":["auto","value"]},"auto":{"description":"The OTG implementation must provide a system generated value for this property.","type":"string","x-field-uid":2},"value":{"description":"User must specify a value if mode is not auto.","type":"string","x-field-uid":3}}},"Lldp.OrgInfo":{"description":"The organization specific information configured in the Organization Specific TLV. ","type":"object","properties":{"oui":{"description":"The organizationally unique identifier field shall contain the organization's OUI as defined in Clause 9 of IEEE  Std 802. It is a 24 bit number that uniquely identifies a vendor, manufacturer, or other organizations. ","type":"string","format":"hex","maxLength":6,"minLength":6,"default":"0080C2","x-field-uid":1},"subtype":{"description":"The organizationally defined subtype field shall contain a unique subtype value assigned by the defining organization.","type":"integer","format":"uint32","minimum":1,"maximum":127,"default":1,"x-field-uid":2},"information":{"description":"Contains the organizationally defined information. The actual format of the organizationally defined information string  field is organizationally specific and can contain either binary or alpha-numeric information that is instance specific  for the particular TLV type and subtype. Alpha-numeric information are encoded in UTF-8 (as specified in IETF RFC 3629).  Or include one or more information fields with their associated field-type identifiers, designators similar to those in  the Management Address TLV.","$ref":"#/components/schemas/Lldp.OrgInfoType","x-field-uid":3}}},"Lldp.OrgInfoType":{"description":"Contains either the Alpha-numeric information encoded in UTF-8 (as specified in IETF RFC 3629) or include one or more information fields with  their associated field-type identifiers designators, similar to those in the Management Address TLV. Currently only one choice as info is given in future if required it can be extended to define sub tlvs.","type":"object","properties":{"choice":{"description":"In info mode the organizationally defined information contain either binary or alpha-numeric information encoded in UTF-8  (as specified in IETF RFC 3629).","type":"string","default":"info","x-field-uid":1,"x-enum":{"info":{"x-field-uid":1}},"enum":["info"]},"info":{"description":"The organizationally defined information encoded in UTF-8 (as specified in IETF RFC 3629). This byte stream can be of any  length from 1 to 507 bytes. In the info byte stream, one byte is represented as string of 2 characters, for example 2  character string (0x)AB represents value of a single byte. So the maximum length of this attribute is 1014 (507 * 2 hex  characters per byte).","type":"string","format":"hex","minLength":1,"maxLength":1014,"x-field-uid":2}}},"Error":{"description":"Error response generated while serving API request.","type":"object","required":["code","errors"],"properties":{"code":{"description":"Numeric status code based on the underlying transport being used.\nThe API server MUST set this code explicitly based on following references:\n  - HTTP 4xx errors: https://datatracker.ietf.org/doc/html/rfc9110#section-15.5\n  - HTTP 5xx errors: https://datatracker.ietf.org/doc/html/rfc9110#section-15.6\n  - gRPC errors: https://grpc.github.io/grpc/core/md_doc_statuscodes.html","type":"integer","format":"int32","x-field-uid":1},"kind":{"description":"Classification of error originating from within API server that may not be mapped to the value in `code`.\nAbsence of this field may indicate that the error did not originate from within API server.","type":"string","x-enum":{"validation":{"x-field-uid":1},"internal":{"x-field-uid":2}},"x-field-uid":2,"enum":["validation","internal"]},"errors":{"description":"List of error messages generated while executing the request.","type":"array","items":{"type":"string"},"x-field-uid":3}}},"Warning":{"description":"A list of warnings that have occurred while executing the request.","type":"object","properties":{"warnings":{"description":"A list of any system specific warnings that have occurred while \nexecuting the request.","type":"array","items":{"type":"string"},"x-field-uid":1}}},"Config.Update":{"description":"Request for updating specific attributes of resources in traffic generator","type":"object","properties":{"choice":{"type":"string","x-enum":{"flows":{"x-field-uid":1}},"x-field-uid":1,"enum":["flows"]},"flows":{"$ref":"#/components/schemas/Flows.Update","x-field-uid":2}}},"Flows.Update":{"description":"A container of flows with associated properties to be updated without affecting the flows current transmit state.","type":"object","required":["property_names","flows"],"properties":{"property_names":{"description":"Flow properties to be updated without affecting the transmit state.","type":"array","items":{"type":"string","x-enum":{"rate":{"x-field-uid":1},"size":{"x-field-uid":2}},"enum":["rate","size"]},"x-field-uid":1},"flows":{"description":"The list of configured flows for which given property will be updated.","type":"array","items":{"$ref":"#/components/schemas/Flow"},"x-field-uid":2}}},"Control.State":{"description":"Request for setting operational state of configured resources.","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"port":{"x-field-uid":1},"protocol":{"x-field-uid":2},"traffic":{"x-field-uid":3}},"x-field-uid":1,"enum":["port","protocol","traffic"]},"port":{"$ref":"#/components/schemas/State.Port","x-field-uid":2},"protocol":{"$ref":"#/components/schemas/State.Protocol","x-field-uid":3},"traffic":{"$ref":"#/components/schemas/State.Traffic","x-field-uid":4}}},"State.Port":{"description":"States associated with configured ports.","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"link":{"x-field-uid":1},"capture":{"x-field-uid":2}},"x-field-uid":1,"enum":["link","capture"]},"link":{"$ref":"#/components/schemas/State.Port.Link","x-field-uid":2},"capture":{"$ref":"#/components/schemas/State.Port.Capture","x-field-uid":3}}},"State.Traffic":{"description":"States associated with configured flows","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"flow_transmit":{"x-field-uid":1}},"x-field-uid":1,"enum":["flow_transmit"]},"flow_transmit":{"$ref":"#/components/schemas/State.Traffic.FlowTransmit","x-field-uid":2}}},"State.Protocol":{"description":"States associated with protocols on configured resources.","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"all":{"x-field-uid":1},"route":{"x-field-uid":2},"lacp":{"x-field-uid":3},"bgp":{"x-field-uid":4},"isis":{"x-field-uid":5},"ospfv2":{"x-field-uid":6}},"x-field-uid":1,"enum":["all","route","lacp","bgp","isis","ospfv2"]},"all":{"$ref":"#/components/schemas/State.Protocol.All","x-field-uid":2},"route":{"$ref":"#/components/schemas/State.Protocol.Route","x-field-uid":3},"lacp":{"$ref":"#/components/schemas/State.Protocol.Lacp","x-field-uid":4},"bgp":{"$ref":"#/components/schemas/State.Protocol.Bgp","x-field-uid":5},"isis":{"$ref":"#/components/schemas/State.Protocol.Isis","x-field-uid":6},"ospfv2":{"$ref":"#/components/schemas/State.Protocol.Ospfv2","x-field-uid":7}}},"State.Port.Link":{"description":"Sets the link of configured ports.","type":"object","required":["state"],"properties":{"port_names":{"description":"The names of target ports. An empty or null list will target all ports.\n\nx-constraint:\n- /components/schemas/Port/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Port/properties/name"],"x-field-uid":1},"state":{"description":"The link state.","type":"string","x-field-uid":2,"x-enum":{"up":{"x-field-uid":1},"down":{"x-field-uid":2}},"enum":["up","down"]}}},"State.Port.Capture":{"description":"Sets the capture state of configured ports","type":"object","required":["state"],"properties":{"port_names":{"description":"The names of ports to which the capture state will be applied to. If the list of port_names is empty or null the state will be applied to all configured ports.\nIf the list is not empty any port that is not included in the list of port_names MUST be ignored and not included in the state change.\n\nx-constraint:\n- /components/schemas/Port/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Port/properties/name"],"x-field-uid":1},"state":{"description":"The capture state.","type":"string","x-field-uid":2,"x-enum":{"start":{"x-field-uid":1},"stop":{"x-field-uid":2}},"enum":["start","stop"]}}},"State.Traffic.FlowTransmit":{"description":"Provides state control of flow transmission.","type":"object","required":["state"],"properties":{"flow_names":{"description":"The names of flows to which the transmit state will be applied to. If the list of flow_names is empty or null the state will be applied to all configured flows.\nIf the list is not empty any flow that is not included in the list of flow_names MUST be ignored and not included in the state change.\n\nx-constraint:\n- /components/schemas/Flow/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Flow/properties/name"],"x-field-uid":1},"state":{"description":"The transmit state.\nIf the value of the state property is 'start' then all flows defined by the 'flow_names' property will be started and the metric counters MUST be cleared prior to starting the flow(s).\nIf the value of the state property is 'stop' then all flows defined by the 'flow_names' property will be stopped and the metric counters MUST NOT be cleared.\nIf the value of the state property is 'pause' then all flows defined by the 'flow_names' property will be paused and the metric counters MUST NOT be cleared.\nIf the value of the state property is 'resume' then any paused flows defined by the 'flow_names' property will start transmit at the point at which they were paused. Any flow that is stopped will start transmit at the beginning of the flow. The flow(s) MUST NOT have their metric counters cleared.","type":"string","x-field-uid":2,"x-enum":{"start":{"x-field-uid":1},"stop":{"x-field-uid":2},"pause":{"x-field-uid":3},"resume":{"x-field-uid":4}},"enum":["start","stop","pause","resume"]}}},"State.Protocol.All":{"description":"Sets all configured protocols to `start` or `stop` state.\nSetting protocol state to `start` shall be a no-op if preceding `set_config` API call was made with `config.options.protocol_options.auto_start_all` set to `true` or if all the configured protocols are already started.","type":"object","required":["state"],"properties":{"state":{"description":"Protocol states","type":"string","x-field-uid":1,"x-enum":{"start":{"x-field-uid":1},"stop":{"x-field-uid":2}},"enum":["start","stop"]}}},"State.Protocol.Route":{"description":"Sets the state of configured routes","type":"object","required":["state"],"properties":{"names":{"description":"The names of device route objects to control. If no names are specified then all route objects that match the x-constraint will be affected.\n\nx-constraint:\n- /components/schemas/Bgp.V4RouteRange/properties/name\n- /components/schemas/Bgp.V6RouteRange/properties/name\n- /components/schemas/Isis.V4RouteRange/properties/name\n- /components/schemas/Isis.V6RouteRange/properties/name\n- /components/schemas/Ospfv2.V4RouteRange/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Bgp.V4RouteRange/properties/name","/components/schemas/Bgp.V6RouteRange/properties/name","/components/schemas/Isis.V4RouteRange/properties/name","/components/schemas/Isis.V6RouteRange/properties/name","/components/schemas/Ospfv2.V4RouteRange/properties/name"],"x-field-uid":1},"state":{"description":"Route states","type":"string","x-field-uid":2,"x-enum":{"withdraw":{"x-field-uid":1},"advertise":{"x-field-uid":2}},"enum":["withdraw","advertise"]}}},"State.Protocol.Lacp":{"description":"Sets state of configured LACP","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"admin":{"x-field-uid":1},"member_ports":{"x-field-uid":2}},"x-field-uid":1,"enum":["admin","member_ports"]},"admin":{"$ref":"#/components/schemas/State.Protocol.Lacp.Admin","x-field-uid":2},"member_ports":{"$ref":"#/components/schemas/State.Protocol.Lacp.MemberPorts","x-field-uid":3}}},"State.Protocol.Lacp.Admin":{"description":"Sets admin state of LACP configured on LAG members","required":["state"],"properties":{"lag_member_names":{"description":"The names of LAG members (ports) for which the state has to be applied. An empty or null list will control all LAG members.\n\nx-constraint:\n- /components/schemas/Port/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Port/properties/name"],"x-field-uid":1},"state":{"description":"The LACP Member admin state. 'up' will send LACPDUs with 'sync' flag set on selected member ports. 'down' will send LACPDUs with 'sync' flag unset on selected member ports.","type":"string","x-field-uid":2,"x-enum":{"up":{"x-field-uid":1},"down":{"x-field-uid":2}},"enum":["up","down"]}}},"State.Protocol.Lacp.MemberPorts":{"description":"Sets state of LACP member ports configured on LAG.","required":["state"],"properties":{"lag_member_names":{"description":"The names of LAG members (ports) for which the state has to be applied. An empty or null list will control all LAG members.\n\nx-constraint:\n- /components/schemas/Port/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Port/properties/name"],"x-field-uid":1},"state":{"description":"The desired LACP member port state.","type":"string","x-field-uid":2,"x-enum":{"up":{"x-field-uid":1},"down":{"x-field-uid":2}},"enum":["up","down"]}}},"State.Protocol.Bgp":{"description":"Sets state of configured BGP peers.","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"peers":{"x-field-uid":1}},"x-field-uid":1,"enum":["peers"]},"peers":{"$ref":"#/components/schemas/State.Protocol.Bgp.Peers","x-field-uid":2}}},"State.Protocol.Bgp.Peers":{"description":"Sets state of configured BGP peers.","required":["state"],"properties":{"peer_names":{"description":"The names of BGP peers for which the state has to be applied. An empty or null list will control all BGP peers.\n\nx-constraint:\n- /components/schemas/Bgp.V4Peer/properties/name\n- /components/schemas/Bgp.V6Peer/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Bgp.V4Peer/properties/name","/components/schemas/Bgp.V6Peer/properties/name"],"x-field-uid":1},"state":{"description":"The desired state of BGP peer. If the desired state is 'up', underlying IP interface(s) would be brought up automatically (if not already up), would attempt to bring up the BGP session(s) and advertise route(s), if configured. If the desired state is 'down', BGP session(s) would be brought down. ","type":"string","x-field-uid":2,"x-enum":{"up":{"x-field-uid":1},"down":{"x-field-uid":2}},"enum":["up","down"]}}},"State.Protocol.Isis":{"description":"Sets state of configured ISIS routers.","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"routers":{"x-field-uid":1}},"x-field-uid":1,"enum":["routers"]},"routers":{"$ref":"#/components/schemas/State.Protocol.Isis.Routers","x-field-uid":2}}},"State.Protocol.Isis.Routers":{"description":"Sets state of configured ISIS routers.","required":["state"],"properties":{"router_names":{"description":"The names of ISIS routers for which the state has to be applied. An empty or null list will control all ISIS routers.\n\nx-constraint:\n- /components/schemas/Device.IsisRouter/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.IsisRouter/properties/name"],"x-field-uid":1},"state":{"description":"The desired state of ISIS router. If the desired state is 'up', would attempt to bring up the ISIS session(s) with respective peer(s) and advertise route(s), if configured. If the desired state is 'down', would bring down ISIS session(s) with respective peer(s). ","type":"string","x-field-uid":2,"x-enum":{"up":{"x-field-uid":1},"down":{"x-field-uid":2}},"enum":["up","down"]}}},"State.Protocol.Ospfv2":{"description":"Sets state of configured OSPFv2 routers.","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"routers":{"x-field-uid":1}},"x-field-uid":1,"enum":["routers"]},"routers":{"$ref":"#/components/schemas/State.Protocol.Ospfv2.Routers","x-field-uid":2}}},"State.Protocol.Ospfv2.Routers":{"description":"Sets state of configured OSPFv2 routers.","required":["state"],"properties":{"router_names":{"description":"The names of OSPFv2 routers for which the state has to be applied. An empty or null list will control all OSPFv2 routers.\n\nx-constraint:\n- /components/schemas/Device.Ospfv2/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.Ospfv2/properties/name"],"x-field-uid":1},"state":{"description":"The desired state of OSPFv2 router. If the desired state is 'up', would attempt to bring up the OSPFv2 session(s) with respective peer(s) and advertise route(s), if configured. If the desired state is 'down', would bring down OSPFv2 session(s) with respective peer(s). ","type":"string","x-field-uid":2,"x-enum":{"up":{"x-field-uid":1},"down":{"x-field-uid":2}},"enum":["up","down"]}}},"Control.Action":{"description":"Request for triggering action against configured resources.","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"protocol":{"x-field-uid":1}},"x-field-uid":1,"enum":["protocol"]},"protocol":{"$ref":"#/components/schemas/Action.Protocol","x-field-uid":2}}},"Control.Action.Response":{"description":"Response for action triggered against configured resources along with warnings.","type":"object","properties":{"warnings":{"description":"List of warnings generated while triggering specified action","type":"array","items":{"type":"string"},"x-field-uid":1},"response":{"$ref":"#/components/schemas/Action.Response","x-field-uid":2}}},"Action.Response":{"description":"Response for action triggered against configured resources.","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"protocol":{"x-field-uid":1}},"x-field-uid":1,"enum":["protocol"]},"protocol":{"$ref":"#/components/schemas/Action.Response.Protocol","x-field-uid":2}}},"Action.Protocol":{"description":"Actions associated with protocols on configured resources.","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"ipv4":{"x-field-uid":1},"ipv6":{"x-field-uid":2},"bgp":{"x-field-uid":3}},"x-field-uid":1,"enum":["ipv4","ipv6","bgp"]},"ipv4":{"$ref":"#/components/schemas/Action.Protocol.Ipv4","x-field-uid":2},"ipv6":{"$ref":"#/components/schemas/Action.Protocol.Ipv6","x-field-uid":3},"bgp":{"$ref":"#/components/schemas/Action.Protocol.Bgp","x-field-uid":4}}},"Action.Response.Protocol":{"description":"Response for actions associated with protocols on configured resources.","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"ipv4":{"x-field-uid":1},"ipv6":{"x-field-uid":2}},"x-field-uid":1,"enum":["ipv4","ipv6"]},"ipv4":{"$ref":"#/components/schemas/Action.Response.Protocol.Ipv4","x-field-uid":2},"ipv6":{"$ref":"#/components/schemas/Action.Response.Protocol.Ipv6","x-field-uid":3}}},"Action.Protocol.Ipv4":{"description":"Actions associated with IPv4 on configured resources.","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"ping":{"x-field-uid":1}},"x-field-uid":1,"enum":["ping"]},"ping":{"$ref":"#/components/schemas/Action.Protocol.Ipv4.Ping","x-field-uid":2}}},"Action.Response.Protocol.Ipv4":{"description":"Response for actions associated with IPv4 on configured resources.","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"ping":{"x-field-uid":1}},"x-field-uid":1,"enum":["ping"]},"ping":{"$ref":"#/components/schemas/Action.Response.Protocol.Ipv4.Ping","x-field-uid":2}}},"Action.Protocol.Ipv4.Ping":{"description":"Request for initiating ping between multiple source and destination pairs.","type":"object","properties":{"requests":{"description":"List of IPv4 ping requests.","type":"array","items":{"$ref":"#/components/schemas/Action.Protocol.Ipv4.PingRequest"},"x-field-uid":1}}},"Action.Protocol.Ipv4.PingRequest":{"description":"Under Review: Most ping request parameters are still TBD.\n\nRequest for initiating ping between a single source and destination pair.\nFor ping request, 1 IPv4 ICMP Echo Request shall be sent and wait for ping response to either succeed or time out. The API wait timeout for each request shall be 300ms.","type":"object","x-status":{"status":"under_review","information":"Most ping request parameters are still TBD."},"properties":{"src_name":{"description":"Name of source IPv4 interface to be used.\n\nx-constraint:\n- /components/schemas/Device.Ipv4/properties/name\n","type":"string","x-constraint":["/components/schemas/Device.Ipv4/properties/name"],"x-field-uid":1},"dst_ip":{"description":"Destination IPv4 address to ping.","type":"string","format":"ipv4","x-field-uid":2}}},"Action.Response.Protocol.Ipv4.Ping":{"description":"Response for ping initiated between multiple source and destination pairs.","type":"object","properties":{"responses":{"description":"List of responses for IPv4 ping responses.","type":"array","items":{"$ref":"#/components/schemas/Action.Response.Protocol.Ipv4.PingResponse"},"x-field-uid":1}}},"Action.Response.Protocol.Ipv4.PingResponse":{"description":"Response for ping initiated between a single source and destination pair.","type":"object","required":["src_name","dst_ip","result"],"properties":{"src_name":{"description":"Name of source IPv4 interface used for ping.\n\nx-constraint:\n- /components/schemas/Device.Ipv4/properties/name\n","type":"string","x-constraint":["/components/schemas/Device.Ipv4/properties/name"],"x-field-uid":1},"dst_ip":{"description":"Destination IPv4 address used for ping.","type":"string","format":"ipv4","x-field-uid":2},"result":{"description":"Result of the ping request.","type":"string","x-field-uid":3,"x-enum":{"succeeded":{"x-field-uid":1},"failed":{"x-field-uid":2}},"enum":["succeeded","failed"]}}},"Action.Protocol.Ipv6":{"description":"Actions associated with IPv6 on configured resources.","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"ping":{"x-field-uid":1}},"x-field-uid":1,"enum":["ping"]},"ping":{"$ref":"#/components/schemas/Action.Protocol.Ipv6.Ping","x-field-uid":2}}},"Action.Response.Protocol.Ipv6":{"description":"Response for actions associated with IPv6 on configured resources.","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"ping":{"x-field-uid":1}},"x-field-uid":1,"enum":["ping"]},"ping":{"$ref":"#/components/schemas/Action.Response.Protocol.Ipv6.Ping","x-field-uid":2}}},"Action.Protocol.Ipv6.Ping":{"description":"Request for initiating ping between multiple source and destination pairs.","type":"object","properties":{"requests":{"description":"List of IPv6 ping requests.","type":"array","items":{"$ref":"#/components/schemas/Action.Protocol.Ipv6.PingRequest"},"x-field-uid":1}}},"Action.Protocol.Ipv6.PingRequest":{"description":"Under Review: Most ping request parameters are still TBD.\n\nRequest for initiating ping between a single source and destination pair.\nFor ping request, 1 IPv6 ICMP Echo Request shall be sent and wait for ping response to either succeed or time out. The API wait timeout for each request shall be 300ms.","type":"object","x-status":{"status":"under_review","information":"Most ping request parameters are still TBD."},"properties":{"src_name":{"description":"Name of source IPv6 interface to be used.\n\nx-constraint:\n- /components/schemas/Device.Ipv6/properties/name\n","type":"string","x-constraint":["/components/schemas/Device.Ipv6/properties/name"],"x-field-uid":1},"dst_ip":{"description":"Destination IPv6 address to ping.","type":"string","format":"ipv6","x-field-uid":2}}},"Action.Response.Protocol.Ipv6.Ping":{"description":"Response for ping initiated between multiple source and destination pairs.","type":"object","properties":{"responses":{"description":"List of responses for IPv6 ping responses.","type":"array","items":{"$ref":"#/components/schemas/Action.Response.Protocol.Ipv6.PingResponse"},"x-field-uid":1}}},"Action.Response.Protocol.Ipv6.PingResponse":{"description":"Response for ping initiated between a single source and destination pair.","type":"object","required":["src_name","dst_ip","result"],"properties":{"src_name":{"description":"Name of source IPv6 interface used for ping.\n\nx-constraint:\n- /components/schemas/Device.Ipv6/properties/name\n","type":"string","x-constraint":["/components/schemas/Device.Ipv6/properties/name"],"x-field-uid":1},"dst_ip":{"description":"Destination IPv6 address used for ping.","type":"string","format":"ipv6","x-field-uid":2},"result":{"description":"Result of the ping request.","type":"string","x-field-uid":3,"x-enum":{"succeeded":{"x-field-uid":1},"failed":{"x-field-uid":2}},"enum":["succeeded","failed"]}}},"Action.Protocol.Bgp":{"description":"Actions associated with BGP on configured resources.","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"notification":{"x-field-uid":1},"initiate_graceful_restart":{"x-field-uid":2}},"x-field-uid":1,"enum":["notification","initiate_graceful_restart"]},"notification":{"$ref":"#/components/schemas/Action.Protocol.Bgp.Notification","x-field-uid":2},"initiate_graceful_restart":{"$ref":"#/components/schemas/Action.Protocol.Bgp.InitiateGracefulRestart","x-field-uid":3}}},"Action.Protocol.Bgp.Notification":{"description":"A NOTIFICATION message is sent when an error is detected with the BGP session, such as hold timer expiring, misconfigured AS number  or a BGP session reset is requested. This causes the BGP connection to close. Send explicit NOTIFICATIONs for list of specified  BGP peers. If a user wants to send custom Error Code and Error Subcode the custom object should be configured. A user can send IANA defined BGP NOTIFICATIONs according to https://www.iana.org/assignments/bgp-parameters/bgp-parameters.xhtml. ","type":"object","properties":{"names":{"description":"The names of BGP Peers to send NOTIFICATION to. If no name is specified then NOTIFICATION will be sent to all configured BGP peers.\n\nx-constraint:\n- /components/schemas/Bgp.V4Peer/properties/name\n- /components/schemas/Bgp.V6Peer/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Bgp.V4Peer/properties/name","/components/schemas/Bgp.V6Peer/properties/name"],"x-field-uid":1},"choice":{"description":"Each BGP NOTIFICATION message includes an Error Code field indicating what type of problem occurred. For certain Error Codes, an Error  Subcode field provides additional details about the specific nature of the problem.  The choice value will provide the Error Code used in NOTIFICATION message.  The Subcode can be set for each of the corresponding errors except for Hold Timer Expired error and BGP Finite State Machine error.  In both of these cases Subcode 0 will be sent. If a user wants to use non zero Sub Code then custom choice can be used.","type":"string","x-field-uid":2,"default":"cease","x-enum":{"cease":{"x-field-uid":1},"message_header_error":{"x-field-uid":2},"open_message_error":{"x-field-uid":3},"update_message_error":{"x-field-uid":4},"hold_timer_expired":{"x-field-uid":5},"finite_state_machine_error":{"x-field-uid":6},"custom":{"x-field-uid":7}},"enum":["cease","message_header_error","open_message_error","update_message_error","hold_timer_expired","finite_state_machine_error","custom"]},"cease":{"$ref":"#/components/schemas/Device.Bgp.CeaseError","x-field-uid":3},"message_header_error":{"$ref":"#/components/schemas/Device.Bgp.MessageHeaderError","x-field-uid":4},"open_message_error":{"$ref":"#/components/schemas/Device.Bgp.OpenMessageError","x-field-uid":5},"update_message_error":{"$ref":"#/components/schemas/Device.Bgp.UpdateMessageError","x-field-uid":6},"hold_timer_expired":{"$ref":"#/components/schemas/Device.Bgp.HoldTimerExpired","x-field-uid":7},"finite_state_machine_error":{"$ref":"#/components/schemas/Device.Bgp.FiniteStateMachineError","x-field-uid":8},"custom":{"$ref":"#/components/schemas/Device.Bgp.CustomError","x-field-uid":9}}},"Action.Protocol.Bgp.InitiateGracefulRestart":{"description":"Initiates BGP Graceful Restart process for the selected BGP peers. If no name is specified then Graceful Restart will be sent to all configured BGP peers. To emulate scenarios where a peer sends a Notification and stops the session, an optional Notification object is included. If the remote peer and the local peer are both configured to perform Graceful Restart for Notification triggered session , this will result in  Graceful Restart scenario to be triggered as per RFC8538.","type":"object","properties":{"peer_names":{"description":"The names of device BGP peers objects to control.\n\nx-constraint:\n- /components/schemas/Bgp.V4Peer/properties/name\n- /components/schemas/Bgp.V6Peer/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Bgp.V4Peer/properties/name","/components/schemas/Bgp.V6Peer/properties/name"],"x-field-uid":1},"restart_delay":{"description":"Duration (in seconds) after which selected BGP peers will initiate \nGraceful restart by sending the Open Message with Restart State bit set in the Graceful Restart capability.","type":"integer","format":"uint32","maximum":3600,"default":30,"x-field-uid":2},"notification":{"description":"Send a Notification to the peer as per configured parameters when initially bringing down a session as per\nconfigured parameters.","$ref":"#/components/schemas/Action.Protocol.BgpGracefulRestart.Notification","x-field-uid":3}}},"Action.Protocol.BgpGracefulRestart.Notification":{"description":"Defines the explicit contents of the NOTIFICATION message to be sent when executing InitiateGracefulRestart trigger.  This causes the BGP connection to close.If a user wants to send custom Error Code and Error Subcode the custom object should be configured. A user can send IANA defined BGP NOTIFICATIONs according to https://www.iana.org/assignments/bgp-parameters/bgp-parameters.xhtml. ","type":"object","properties":{"choice":{"description":"Each BGP NOTIFICATION message includes an Error Code field indicating what type of problem occurred. For certain Error Codes, an Error  Subcode field provides additional details about the specific nature of the problem.  The choice value will provide the Error Code used in NOTIFICATION message.  The Subcode can be set for each of the corresponding errors except for Hold Timer Expired error and BGP Finite State Machine error.  In both of these cases Subcode 0 will be sent. If a user wants to use non zero Sub Code then custom choice can be used.","type":"string","x-field-uid":2,"default":"cease","x-enum":{"cease":{"x-field-uid":1},"message_header_error":{"x-field-uid":2},"open_message_error":{"x-field-uid":3},"update_message_error":{"x-field-uid":4},"hold_timer_expired":{"x-field-uid":5},"finite_state_machine_error":{"x-field-uid":6},"custom":{"x-field-uid":7}},"enum":["cease","message_header_error","open_message_error","update_message_error","hold_timer_expired","finite_state_machine_error","custom"]},"cease":{"$ref":"#/components/schemas/Device.Bgp.CeaseError","x-field-uid":3},"message_header_error":{"$ref":"#/components/schemas/Device.Bgp.MessageHeaderError","x-field-uid":4},"open_message_error":{"$ref":"#/components/schemas/Device.Bgp.OpenMessageError","x-field-uid":5},"update_message_error":{"$ref":"#/components/schemas/Device.Bgp.UpdateMessageError","x-field-uid":6},"hold_timer_expired":{"$ref":"#/components/schemas/Device.Bgp.HoldTimerExpired","x-field-uid":7},"finite_state_machine_error":{"$ref":"#/components/schemas/Device.Bgp.FiniteStateMachineError","x-field-uid":8},"custom":{"$ref":"#/components/schemas/Device.Bgp.CustomError","x-field-uid":9}}},"Metrics.Request":{"description":"Request to traffic generator for metrics of choice.","type":"object","properties":{"choice":{"type":"string","default":"port","x-field-uid":1,"x-enum":{"port":{"x-field-uid":1},"flow":{"x-field-uid":2},"bgpv4":{"x-field-uid":3},"bgpv6":{"x-field-uid":4},"isis":{"x-field-uid":5},"lag":{"x-field-uid":6},"lacp":{"x-field-uid":7},"lldp":{"x-field-uid":8},"rsvp":{"x-field-uid":9},"dhcpv4_client":{"x-field-uid":10},"dhcpv4_server":{"x-field-uid":11},"dhcpv6_client":{"x-field-uid":12},"dhcpv6_server":{"x-field-uid":13},"ospfv2":{"x-field-uid":14}},"enum":["port","flow","bgpv4","bgpv6","isis","lag","lacp","lldp","rsvp","dhcpv4_client","dhcpv4_server","dhcpv6_client","dhcpv6_server","ospfv2"]},"port":{"$ref":"#/components/schemas/Port.Metrics.Request","x-field-uid":2},"flow":{"$ref":"#/components/schemas/Flow.Metrics.Request","x-field-uid":3},"bgpv4":{"$ref":"#/components/schemas/Bgpv4.Metrics.Request","x-field-uid":4},"bgpv6":{"$ref":"#/components/schemas/Bgpv6.Metrics.Request","x-field-uid":5},"isis":{"$ref":"#/components/schemas/Isis.Metrics.Request","x-field-uid":6},"lag":{"$ref":"#/components/schemas/Lag.Metrics.Request","x-field-uid":7},"lacp":{"$ref":"#/components/schemas/Lacp.Metrics.Request","x-field-uid":8},"lldp":{"$ref":"#/components/schemas/Lldp.Metrics.Request","x-field-uid":9},"rsvp":{"$ref":"#/components/schemas/Rsvp.Metrics.Request","x-field-uid":10},"dhcpv4_client":{"$ref":"#/components/schemas/Dhcpv4Client.Metrics.Request","x-field-uid":11},"dhcpv4_server":{"$ref":"#/components/schemas/Dhcpv4Server.Metrics.Request","x-field-uid":12},"dhcpv6_client":{"$ref":"#/components/schemas/Dhcpv6Client.Metrics.Request","x-field-uid":13},"dhcpv6_server":{"$ref":"#/components/schemas/Dhcpv6Server.Metrics.Request","x-field-uid":14},"ospfv2":{"$ref":"#/components/schemas/Ospfv2.Metrics.Request","x-field-uid":15}}},"Metrics.Response":{"description":"Response containing chosen traffic generator metrics.","type":"object","properties":{"choice":{"type":"string","default":"port_metrics","x-field-uid":1,"x-enum":{"flow_metrics":{"x-field-uid":1},"port_metrics":{"x-field-uid":2},"bgpv4_metrics":{"x-field-uid":3},"bgpv6_metrics":{"x-field-uid":4},"isis_metrics":{"x-field-uid":5},"lag_metrics":{"x-field-uid":6},"lacp_metrics":{"x-field-uid":7},"lldp_metrics":{"x-field-uid":8},"rsvp_metrics":{"x-field-uid":9},"dhcpv4_client":{"x-field-uid":10},"dhcpv4_server":{"x-field-uid":11},"dhcpv6_client":{"x-field-uid":12},"dhcpv6_server":{"x-field-uid":13},"ospfv2_metrics":{"x-field-uid":14}},"enum":["flow_metrics","port_metrics","bgpv4_metrics","bgpv6_metrics","isis_metrics","lag_metrics","lacp_metrics","lldp_metrics","rsvp_metrics","dhcpv4_client","dhcpv4_server","dhcpv6_client","dhcpv6_server","ospfv2_metrics"]},"port_metrics":{"type":"array","items":{"$ref":"#/components/schemas/Port.Metric"},"x-field-uid":2},"flow_metrics":{"type":"array","items":{"$ref":"#/components/schemas/Flow.Metric"},"x-field-uid":3},"bgpv4_metrics":{"type":"array","items":{"$ref":"#/components/schemas/Bgpv4.Metric"},"x-field-uid":4},"bgpv6_metrics":{"type":"array","items":{"$ref":"#/components/schemas/Bgpv6.Metric"},"x-field-uid":5},"isis_metrics":{"type":"array","items":{"$ref":"#/components/schemas/Isis.Metric"},"x-field-uid":6},"lag_metrics":{"type":"array","items":{"$ref":"#/components/schemas/Lag.Metric"},"x-field-uid":7},"lacp_metrics":{"type":"array","items":{"$ref":"#/components/schemas/Lacp.Metric"},"x-field-uid":8},"lldp_metrics":{"type":"array","items":{"$ref":"#/components/schemas/Lldp.Metric"},"x-field-uid":9},"rsvp_metrics":{"type":"array","items":{"$ref":"#/components/schemas/Rsvp.Metric"},"x-field-uid":10},"dhcpv4client_metrics":{"type":"array","items":{"$ref":"#/components/schemas/Dhcpv4Client.Metric"},"x-field-uid":11},"dhcpv4server_metrics":{"type":"array","items":{"$ref":"#/components/schemas/Dhcpv4Server.Metric"},"x-field-uid":12},"dhcpv6client_metrics":{"type":"array","items":{"$ref":"#/components/schemas/Dhcpv6Client.Metric"},"x-field-uid":13},"dhcpv6server_metrics":{"type":"array","items":{"$ref":"#/components/schemas/Dhcpv6Server.Metric"},"x-field-uid":14},"ospfv2_metrics":{"type":"array","items":{"$ref":"#/components/schemas/Ospfv2.Metric"},"x-field-uid":15}}},"Port.Metrics.Request":{"description":"The port result request to the traffic generator","type":"object","properties":{"port_names":{"description":"The names of objects to return results for. An empty list will return all port row results.\n\nx-constraint:\n- /components/schemas/Port/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Port/properties/name"],"x-field-uid":1},"column_names":{"description":"The list of column names that the returned result set will contain. If the list is empty then all columns will be returned. The name of the port cannot be excluded.","type":"array","items":{"type":"string","x-enum":{"transmit":{"x-field-uid":1},"location":{"x-field-uid":2},"link":{"x-field-uid":3},"capture":{"x-field-uid":4},"frames_tx":{"x-field-uid":5},"frames_rx":{"x-field-uid":6},"bytes_tx":{"x-field-uid":7},"bytes_rx":{"x-field-uid":8},"frames_tx_rate":{"x-field-uid":9},"frames_rx_rate":{"x-field-uid":10},"bytes_tx_rate":{"x-field-uid":11},"bytes_rx_rate":{"x-field-uid":12},"last_change":{"x-field-uid":13}},"enum":["transmit","location","link","capture","frames_tx","frames_rx","bytes_tx","bytes_rx","frames_tx_rate","frames_rx_rate","bytes_tx_rate","bytes_rx_rate","last_change"]},"x-field-uid":2}}},"Port.Metric":{"type":"object","properties":{"name":{"description":"The name of a configured port\n\nx-constraint:\n- /components/schemas/Port/properties/name\n","type":"string","x-constraint":["/components/schemas/Port/properties/name"],"x-field-uid":1},"location":{"description":"The state of the connection to the test port location. The format should be the configured port location along with  any custom connection state message.","type":"string","x-field-uid":2},"link":{"description":"The state of the test port link The string can be up, down or a custom error message.","type":"string","x-field-uid":3,"x-enum":{"up":{"x-field-uid":1},"down":{"x-field-uid":2}},"enum":["up","down"]},"capture":{"description":"The state of the test port capture infrastructure. The string can be started, stopped or a custom error message.","type":"string","x-field-uid":4,"x-enum":{"started":{"x-field-uid":1},"stopped":{"x-field-uid":2}},"enum":["started","stopped"]},"frames_tx":{"description":"The current total number of frames transmitted","type":"integer","format":"uint64","x-field-uid":5},"frames_rx":{"description":"The current total number of valid frames received","type":"integer","format":"uint64","x-field-uid":6},"bytes_tx":{"description":"The current total number of bytes transmitted","type":"integer","format":"uint64","x-field-uid":7},"bytes_rx":{"description":"The current total number of valid bytes received","type":"integer","format":"uint64","x-field-uid":8},"frames_tx_rate":{"description":"The current rate of frames transmitted","type":"number","x-field-uid":9},"frames_rx_rate":{"description":"The current rate of valid frames received","type":"number","x-field-uid":10},"bytes_tx_rate":{"description":"The current rate of bytes transmitted","type":"number","x-field-uid":11},"bytes_rx_rate":{"description":"The current rate of bytes received","type":"number","x-field-uid":12},"transmit":{"description":"The transmit state of the flow.","type":"string","x-field-uid":13,"x-enum":{"started":{"x-field-uid":1},"stopped":{"x-field-uid":2}},"enum":["started","stopped"]},"last_change":{"description":"The timestamp indicates the absolute time of the last \nlink state change of the test port (e.g., up-to-down transition).\n\nThe value is the timestamp in nanoseconds relative to\nthe Unix Epoch (Jan 1, 1970 00:00:00 UTC).","type":"integer","format":"uint64","x-field-uid":14}}},"Flow.Metrics.Request":{"description":"The container for a flow metric request.","type":"object","properties":{"flow_names":{"description":"Flow metrics will be retrieved for these flow names.\nIf no flow names are specified then all flows will be returned.\n\nx-constraint:\n- /components/schemas/Flow/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Flow/properties/name"],"x-field-uid":1},"metric_names":{"description":"The list of metric names that the returned result set will contain. If the list is empty then all metrics will be returned.","type":"array","items":{"type":"string","x-enum":{"transmit":{"x-field-uid":1},"frames_tx":{"x-field-uid":2},"frames_rx":{"x-field-uid":3},"bytes_tx":{"x-field-uid":4},"bytes_rx":{"x-field-uid":5},"frames_tx_rate":{"x-field-uid":6},"frames_rx_rate":{"x-field-uid":7}},"enum":["transmit","frames_tx","frames_rx","bytes_tx","bytes_rx","frames_tx_rate","frames_rx_rate"]},"x-field-uid":3},"tagged_metrics":{"$ref":"#/components/schemas/Flow.TaggedMetrics.Filter","x-field-uid":4}}},"Flow.TaggedMetrics.Filter":{"description":"Filter for tagged metrics","type":"object","properties":{"include":{"description":"Controls inclusion/exclusion of tagged metrics when fetching flow metrics.","type":"boolean","default":true,"x-field-uid":1},"include_empty_metrics":{"description":"Controls inclusion/exclusion of tagged metrics where each underlying attributes has zero value or absent value.","type":"boolean","default":false,"x-field-uid":2},"metric_names":{"description":"The list of metric names that the returned result set will contain. If the list is empty then all metrics will be returned.","type":"array","items":{"type":"string","x-enum":{"frames_tx":{"x-field-uid":1},"frames_rx":{"x-field-uid":2},"bytes_tx":{"x-field-uid":3},"bytes_rx":{"x-field-uid":4},"frames_tx_rate":{"x-field-uid":5},"frames_rx_rate":{"x-field-uid":6}},"enum":["frames_tx","frames_rx","bytes_tx","bytes_rx","frames_tx_rate","frames_rx_rate"]},"x-field-uid":3},"filters":{"description":"List of filters to selectively fetch tagged metrics with certain tag and corresponding value.","type":"array","items":{"$ref":"#/components/schemas/Flow.MetricTag.Filter"},"x-field-uid":4}}},"Flow.MetricTag.Filter":{"description":"A container for filtering ingress and/or egress metric tags.\nThe Tx stats may not be applicable in both the request and response filter.","type":"object","properties":{"name":{"description":"A metric tag name that MUST exist in a flow packet or\nflow egress_packet configuration","type":"string","x-field-uid":1},"values":{"description":"A list of filters that can be applied to the metric tag name.\nBy default all values will be included in the flow metric results.","type":"array","items":{"type":"string"},"x-field-uid":2}}},"Flow.Metric":{"description":"A container for flow metrics.\nThe container is keyed by the name, port_tx and port_rx.","type":"object","properties":{"name":{"description":"The name of the flow","type":"string","example":"Tx -> Rx","x-field-uid":1},"port_tx":{"description":"The name of the transmit port","type":"string","x-field-uid":2},"port_rx":{"description":"The name of the receive port","type":"string","x-field-uid":3},"transmit":{"description":"The transmit state of the flow.","type":"string","x-field-uid":5,"x-enum":{"started":{"x-field-uid":1},"stopped":{"x-field-uid":2},"paused":{"x-field-uid":3}},"enum":["started","stopped","paused"]},"frames_tx":{"description":"The current total number of frames transmitted","type":"integer","format":"uint64","x-field-uid":6},"frames_rx":{"description":"The current total number of valid frames received","type":"integer","format":"uint64","x-field-uid":7},"bytes_tx":{"description":"The current total number of bytes transmitted","type":"integer","format":"uint64","x-field-uid":8},"bytes_rx":{"description":"The current total number of bytes received","type":"integer","format":"uint64","x-field-uid":9},"frames_tx_rate":{"description":"The current rate of frames transmitted","type":"number","x-field-uid":10},"frames_rx_rate":{"description":"The current rate of valid frames received","type":"number","x-field-uid":11},"loss":{"description":"The percentage of lost frames","type":"number","x-field-uid":12},"timestamps":{"$ref":"#/components/schemas/Metric.Timestamp","x-field-uid":13},"latency":{"$ref":"#/components/schemas/Metric.Latency","x-field-uid":14},"tagged_metrics":{"description":"List of metrics corresponding to a set of values applicable\nfor configured metric tags in ingress or egress packet header fields of corresponding flow.\nThe container is keyed by list of tag-value pairs.","type":"array","items":{"$ref":"#/components/schemas/Flow.TaggedMetric"},"x-field-uid":15}}},"Flow.TaggedMetric":{"description":"Metrics for each set of values applicable for configured\nmetric tags in ingress or egress packet header fields of corresponding flow.\nThe container is keyed by list of tag-value pairs.","type":"object","properties":{"tags":{"description":"List of tag and value pairs","type":"array","items":{"$ref":"#/components/schemas/Flow.MetricTag"},"x-field-uid":1},"frames_tx":{"description":"The current total number of frames transmitted","type":"integer","format":"uint64","x-field-uid":2},"frames_rx":{"description":"The current total number of valid frames received","type":"integer","format":"uint64","x-field-uid":3},"bytes_tx":{"description":"The current total number of bytes transmitted","type":"integer","format":"uint64","x-field-uid":4},"bytes_rx":{"description":"The current total number of bytes 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value","type":"string","default":"hex","x-enum":{"hex":{"x-field-uid":1},"str":{"x-field-uid":2}},"x-field-uid":1,"enum":["hex","str"]},"hex":{"description":"Value represented in hexadecimal format","type":"string","format":"hex","x-field-uid":2},"str":{"description":"Value represented in string format","type":"string","x-field-uid":3}}},"Metric.Timestamp":{"description":"The container for timestamp metrics.\nThe container will be empty if the timestamp has not been configured for\nthe flow.","type":"object","properties":{"first_timestamp_ns":{"description":"First timestamp in nanoseconds","type":"number","format":"double","x-field-uid":1},"last_timestamp_ns":{"description":"Last timestamp in nanoseconds","type":"number","format":"double","x-field-uid":2}}},"Metric.Latency":{"description":"The container for latency metrics. \nThe min/max/avg values are dependent on the type of latency measurement \nmode that is configured.\nThe container will be empty if the latency has not been configured for\nthe flow.","type":"object","properties":{"minimum_ns":{"description":"Minimum latency in nanoseconds","type":"number","format":"double","x-field-uid":1},"maximum_ns":{"description":"Maximum latency in nanoseconds","type":"number","format":"double","x-field-uid":2},"average_ns":{"description":"Average latency in nanoseconds","type":"number","format":"double","x-field-uid":3}}},"Bgpv4.Metrics.Request":{"description":"The request to retrieve BGPv4 per peer metrics/statistics.","type":"object","properties":{"peer_names":{"description":"The names of BGPv4 peers to return results for. An empty list will return results for all BGPv4 peers.\n\nx-constraint:\n- /components/schemas/Bgp.V4peer/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Bgp.V4peer/properties/name"],"x-field-uid":1},"column_names":{"description":"The list of column names that the returned result set will contain. If the list is empty then all columns will be returned except for any result_groups. The name of the BGPv4 peer cannot be excluded.","type":"array","items":{"type":"string","x-enum":{"session_state":{"x-field-uid":1},"session_flap_count":{"x-field-uid":2},"routes_advertised":{"x-field-uid":3},"routes_received":{"x-field-uid":4},"route_withdraws_sent":{"x-field-uid":5},"route_withdraws_received":{"x-field-uid":6},"updates_sent":{"x-field-uid":7},"updates_received":{"x-field-uid":8},"opens_sent":{"x-field-uid":9},"opens_received":{"x-field-uid":10},"keepalives_sent":{"x-field-uid":11},"keepalives_received":{"x-field-uid":12},"notifications_sent":{"x-field-uid":13},"notifications_received":{"x-field-uid":14},"fsm_state":{"x-field-uid":15},"end_of_rib_received":{"x-field-uid":16}},"enum":["session_state","session_flap_count","routes_advertised","routes_received","route_withdraws_sent","route_withdraws_received","updates_sent","updates_received","opens_sent","opens_received","keepalives_sent","keepalives_received","notifications_sent","notifications_received","fsm_state","end_of_rib_received"]},"x-field-uid":2}}},"Bgpv4.Metric":{"description":"BGPv4 per peer statistics information.","type":"object","properties":{"name":{"description":"The name of a configured BGPv4 peer.","type":"string","x-field-uid":1},"session_state":{"description":"Session state as up or down. Up refers to an Established state and Down refers to any other state.","type":"string","x-field-uid":2,"x-enum":{"up":{"x-field-uid":1},"down":{"x-field-uid":2}},"enum":["up","down"]},"session_flap_count":{"description":"Number of times the session went from Up to Down state.","type":"integer","format":"uint64","x-field-uid":3},"routes_advertised":{"description":"Number of routes advertised.","type":"integer","format":"uint64","x-field-uid":4},"routes_received":{"description":"Number of routes received.","type":"integer","format":"uint64","x-field-uid":5},"route_withdraws_sent":{"description":"Number of route withdraws sent.","type":"integer","format":"uint64","x-field-uid":6},"route_withdraws_received":{"description":"Number of route withdraws received.","type":"integer","format":"uint64","x-field-uid":7},"updates_sent":{"description":"Number of Update messages sent.","type":"integer","format":"uint64","x-field-uid":8},"updates_received":{"description":"Number of Update messages received.","type":"integer","format":"uint64","x-field-uid":9},"opens_sent":{"description":"Number of Open messages sent.","type":"integer","format":"uint64","x-field-uid":10},"opens_received":{"description":"Number of Open messages received.","type":"integer","format":"uint64","x-field-uid":11},"keepalives_sent":{"description":"Number of Keepalive messages sent.","type":"integer","format":"uint64","x-field-uid":12},"keepalives_received":{"description":"Number of Keepalive messages received.","type":"integer","format":"uint64","x-field-uid":13},"notifications_sent":{"description":"Number of Notification messages sent.","type":"integer","format":"uint64","x-field-uid":14},"notifications_received":{"description":"Number of Notification messages received.","type":"integer","format":"uint64","x-field-uid":15},"fsm_state":{"description":"BGP peer FSM (Finite State Machine) state as Idle, Connect, Active, OpenSent, OpenConfirm and Established. In all the states except Established the BGP session is down. Idle refers to the Idle state of the FSM. Connect refers to the state where the session is waiting for the underlying transport session to be established. Active refers to the state where the session is awaiting for a connection from the remote peer. OpenSent refers to the state where the session is in the process of being established. The local system has sent an OPEN message. OpenConfirm refers to the state where the session is in the process of being established. The local system has sent and received an OPEN message and is awaiting a NOTIFICATION or KEEPALIVE message from remote peer. Established refers to the state where the BGP session with the peer is established.","type":"string","x-field-uid":16,"x-enum":{"idle":{"x-field-uid":1},"connect":{"x-field-uid":2},"active":{"x-field-uid":3},"opensent":{"x-field-uid":4},"openconfirm":{"x-field-uid":5},"established":{"x-field-uid":6}},"enum":["idle","connect","active","opensent","openconfirm","established"]},"end_of_rib_received":{"description":"Number of End-of-RIB markers received indicating the completion of the initial routing update for a  particular <AFI, SAFI> address family after the session is established. For the IPv4 unicast address family, the End-of-RIB marker is an UPDATE message with the minimum length. For any other address family, it is an UPDATE message that contains only the MP_UNREACH_NLRI attribute with  no withdrawn routes for that <AFI, SAFI>.","type":"integer","format":"uint64","x-field-uid":17}}},"Bgpv6.Metrics.Request":{"description":"The request to retrieve BGPv6 per peer metrics/statistics.","type":"object","properties":{"peer_names":{"description":"The names of BGPv6 peers to return results for. An empty list will return results for all BGPv6 peers.\n\nx-constraint:\n- /components/schemas/Bgp.V6peer/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Bgp.V6peer/properties/name"],"x-field-uid":1},"column_names":{"description":"The list of column names that the returned result set will contain. If the list is empty then all columns will be returned except for any result_groups. The name of the BGPv6 peer cannot be excluded.","type":"array","items":{"type":"string","x-enum":{"session_state":{"x-field-uid":1},"session_flap_count":{"x-field-uid":2},"routes_advertised":{"x-field-uid":3},"routes_received":{"x-field-uid":4},"route_withdraws_sent":{"x-field-uid":5},"route_withdraws_received":{"x-field-uid":6},"updates_sent":{"x-field-uid":7},"updates_received":{"x-field-uid":8},"opens_sent":{"x-field-uid":9},"opens_received":{"x-field-uid":10},"keepalives_sent":{"x-field-uid":11},"keepalives_received":{"x-field-uid":12},"notifications_sent":{"x-field-uid":13},"notifications_received":{"x-field-uid":14},"fsm_state":{"x-field-uid":15},"end_of_rib_received":{"x-field-uid":16}},"enum":["session_state","session_flap_count","routes_advertised","routes_received","route_withdraws_sent","route_withdraws_received","updates_sent","updates_received","opens_sent","opens_received","keepalives_sent","keepalives_received","notifications_sent","notifications_received","fsm_state","end_of_rib_received"]},"x-field-uid":2}}},"Bgpv6.Metric":{"description":"BGPv6 per peer statistics information.","type":"object","properties":{"name":{"description":"The name of a configured BGPv6 peer.","type":"string","x-field-uid":1},"session_state":{"description":"Session state as up or down. Up refers to an Established state and Down refers to any other state.","type":"string","x-field-uid":2,"x-enum":{"up":{"x-field-uid":1},"down":{"x-field-uid":2}},"enum":["up","down"]},"session_flap_count":{"description":"Number of times the session went from Up to Down state.","type":"integer","format":"uint64","x-field-uid":3},"routes_advertised":{"description":"Number of routes advertised.","type":"integer","format":"uint64","x-field-uid":4},"routes_received":{"description":"Number of routes received.","type":"integer","format":"uint64","x-field-uid":5},"route_withdraws_sent":{"description":"Number of route withdraws sent.","type":"integer","format":"uint64","x-field-uid":6},"route_withdraws_received":{"description":"Number of route withdraws received.","type":"integer","format":"uint64","x-field-uid":7},"updates_sent":{"description":"Number of Update messages sent.","type":"integer","format":"uint64","x-field-uid":8},"updates_received":{"description":"Number of Update messages received.","type":"integer","format":"uint64","x-field-uid":9},"opens_sent":{"description":"Number of Open messages sent.","type":"integer","format":"uint64","x-field-uid":10},"opens_received":{"description":"Number of Open messages received.","type":"integer","format":"uint64","x-field-uid":11},"keepalives_sent":{"description":"Number of Keepalive messages sent.","type":"integer","format":"uint64","x-field-uid":12},"keepalives_received":{"description":"Number of Keepalive messages received.","type":"integer","format":"uint64","x-field-uid":13},"notifications_sent":{"description":"Number of Notification messages sent.","type":"integer","format":"uint64","x-field-uid":14},"notifications_received":{"description":"Number of Notification messages received.","type":"integer","format":"uint64","x-field-uid":15},"fsm_state":{"description":"BGP peer FSM (Finite State Machine) state as Idle, Connect, Active, OpenSent, OpenConfirm and Established. In all the states except Established the BGP session is down. Idle refers to the Idle state of the FSM. Connect refers to the state where the session is waiting for the underlying transport session to be established. Active refers to the state where the session is awaiting for a connection from the remote peer. OpenSent refers to the state where the session is in the process of being established. The local system has sent an OPEN message. OpenConfirm refers to the state where the session is in the process of being established. The local system has sent and received an OPEN message and is awaiting a NOTIFICATION or KEEPALIVE message from remote peer. Established refers to the state where the BGP session with the peer is established.","type":"string","x-field-uid":16,"x-enum":{"idle":{"x-field-uid":1},"connect":{"x-field-uid":2},"active":{"x-field-uid":3},"opensent":{"x-field-uid":4},"openconfirm":{"x-field-uid":5},"established":{"x-field-uid":6}},"enum":["idle","connect","active","opensent","openconfirm","established"]},"end_of_rib_received":{"description":"Number of End-of-RIB markers received indicating the completion of the initial routing update for a  particular <AFI, SAFI> address family after the session is established. For the IPv4 unicast address family, the End-of-RIB marker is an UPDATE message with the minimum length. For any other address family, it is an UPDATE message that contains only the MP_UNREACH_NLRI attribute with  no withdrawn routes for that <AFI, SAFI>.","type":"integer","format":"uint64","x-field-uid":17}}},"Isis.Metrics.Request":{"description":"The request to retrieve ISIS per Router metrics/statistics.","type":"object","properties":{"router_names":{"description":"The names of ISIS Routers to return results for. An empty list will return results for all ISIS router.\n\nx-constraint:\n- /components/schemas/Device.IsisRouter/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.IsisRouter/properties/name"],"x-field-uid":1},"column_names":{"description":"The list of column names that the returned result set will contain. If the list is empty then all columns will be returned except for any result_groups. The name of the ISIS Router cannot be excluded.","type":"array","items":{"type":"string","x-enum":{"l1_sessions_up":{"x-field-uid":1},"l1_session_flap":{"x-field-uid":2},"l1_database_size":{"x-field-uid":3},"l1_broadcast_hellos_sent":{"x-field-uid":4},"l1_broadcast_hellos_received":{"x-field-uid":5},"l1_point_to_point_hellos_sent":{"x-field-uid":6},"l1_point_to_point_hellos_received":{"x-field-uid":7},"l1_psnp_sent":{"x-field-uid":8},"l1_psnp_received":{"x-field-uid":9},"l1_csnp_sent":{"x-field-uid":10},"l1_csnp_received":{"x-field-uid":11},"l1_lsp_sent":{"x-field-uid":12},"l1_lsp_received":{"x-field-uid":13},"l2_sessions_up":{"x-field-uid":14},"l2_session_flap":{"x-field-uid":15},"l2_database_size":{"x-field-uid":16},"l2_broadcast_hellos_sent":{"x-field-uid":17},"l2_broadcast_hellos_received":{"x-field-uid":18},"l2_point_to_point_hellos_sent":{"x-field-uid":19},"l2_point_to_point_hellos_received":{"x-field-uid":20},"l2_psnp_sent":{"x-field-uid":21},"l2_psnp_received":{"x-field-uid":22},"l2_csnp_sent":{"x-field-uid":23},"l2_csnp_received":{"x-field-uid":24},"l2_lsp_sent":{"x-field-uid":25},"l2_lsp_received":{"x-field-uid":26}},"enum":["l1_sessions_up","l1_session_flap","l1_database_size","l1_broadcast_hellos_sent","l1_broadcast_hellos_received","l1_point_to_point_hellos_sent","l1_point_to_point_hellos_received","l1_psnp_sent","l1_psnp_received","l1_csnp_sent","l1_csnp_received","l1_lsp_sent","l1_lsp_received","l2_sessions_up","l2_session_flap","l2_database_size","l2_broadcast_hellos_sent","l2_broadcast_hellos_received","l2_point_to_point_hellos_sent","l2_point_to_point_hellos_received","l2_psnp_sent","l2_psnp_received","l2_csnp_sent","l2_csnp_received","l2_lsp_sent","l2_lsp_received"]},"x-field-uid":2}}},"Isis.Metric":{"description":"ISIS per router statistics information.","type":"object","properties":{"name":{"description":"The name of a configured ISIS router.","type":"string","x-field-uid":1},"l1_sessions_up":{"description":"The number of Level 1 (L1) sessions that are fully up.","type":"integer","format":"uint32","x-field-uid":2},"l1_session_flap":{"description":"The number of Level 1 Sessions Flap.","type":"integer","format":"uint64","x-field-uid":3},"l1_broadcast_hellos_sent":{"description":"Number of Level 1 Hello messages sent.","type":"integer","format":"uint64","x-field-uid":4},"l1_broadcast_hellos_received":{"description":"Number of Level 1 Hello messages received.","type":"integer","format":"uint64","x-field-uid":5},"l1_point_to_point_hellos_sent":{"description":"Number of Level 1 Point-to-Point(P2P) Hello messages sent.","type":"integer","format":"uint64","x-field-uid":6},"l1_point_to_point_hellos_received":{"description":"Number of Level 1 Point-to-Point(P2P) Hello messages received.","type":"integer","format":"uint64","x-field-uid":7},"l1_database_size":{"description":"Number of Link State Updates (LSPs) in the Level 1 LSP Databases.","type":"integer","format":"uint64","x-field-uid":8},"l1_psnp_sent":{"description":"Number of Level 1 (L1) Partial Sequence Number Packet (PSNPs) sent.","type":"integer","format":"uint64","x-field-uid":9},"l1_psnp_received":{"description":"Number of Level 1 (L1) Complete Sequence Number Packet (PSNPs) received.","type":"integer","format":"uint64","x-field-uid":10},"l1_csnp_sent":{"description":"Number of Level 1 (L1) Complete Sequence Number Packet (CSNPs) sent.","type":"integer","format":"uint64","x-field-uid":11},"l1_csnp_received":{"description":"Number of Level 1 (L1) Complete Sequence Number Packet (CSNPs) received.","type":"integer","format":"uint64","x-field-uid":12},"l1_lsp_sent":{"description":"Number of Level 1 (L1) Link State Protocol Data Units (LSPs) sent.","type":"integer","format":"uint64","x-field-uid":13},"l1_lsp_received":{"description":"Number of Level 1 (L1) Link State Protocol Data Units (LSPs) received.","type":"integer","format":"uint64","x-field-uid":14},"l2_sessions_up":{"description":"The number of Level 2 (L2) sessions that are fully up.","type":"integer","format":"uint32","x-field-uid":15},"l2_session_flap":{"description":"The number of Level 2 Sessions Flap.","type":"integer","format":"uint64","x-field-uid":16},"l2_broadcast_hellos_sent":{"description":"Number of Level 2 Hello messages sent.","type":"integer","format":"uint64","x-field-uid":17},"l2_broadcast_hellos_received":{"description":"Number of Level 2 Hello messages received.","type":"integer","format":"uint64","x-field-uid":18},"l2_point_to_point_hellos_sent":{"description":"Number of Level 2 Point-to-Point(P2P) Hello messages sent.","type":"integer","format":"uint64","x-field-uid":19},"l2_point_to_point_hellos_received":{"description":"Number of Level 2 Point-to-Point(P2P) Hello messages received.","type":"integer","format":"uint64","x-field-uid":20},"l2_database_size":{"description":"Number of Link State Updates (LSPs) in the Level 2 LSP Databases.","type":"integer","format":"uint64","x-field-uid":21},"l2_psnp_sent":{"description":"Number of Level 2 (L2) Partial Sequence Number Packet (PSNPs) sent.","type":"integer","format":"uint64","x-field-uid":22},"l2_psnp_received":{"description":"Number of Level 2 (L2) Complete Sequence Number Packet (PSNPs) received.","type":"integer","format":"uint64","x-field-uid":23},"l2_csnp_sent":{"description":"Number of Level 2 (L2) Complete Sequence Number Packet (CSNPs) sent.","type":"integer","format":"uint64","x-field-uid":24},"l2_csnp_received":{"description":"Number of Level 2 (L2) Complete Sequence Number Packet (CSNPs) received.","type":"integer","format":"uint64","x-field-uid":25},"l2_lsp_sent":{"description":"Number of Level 2 (L2) Link State Protocol Data Units (LSPs) sent.","type":"integer","format":"uint64","x-field-uid":26},"l2_lsp_received":{"description":"Number of Level 2 (L2) Link State Protocol Data Units (LSPs) received.","type":"integer","format":"uint64","x-field-uid":27}}},"Lag.Metrics.Request":{"description":"The request to retrieve per LAG metrics/statistics.","type":"object","properties":{"lag_names":{"description":"The names of LAGs to return results for. An empty list will return results for all LAGs.\n\nx-constraint:\n- /components/schemas/Lag/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Lag/properties/name"],"x-field-uid":1},"column_names":{"description":"The list of column names that the returned result set will contain. If the list is empty then all columns will be returned. The name of the LAG cannot be excluded.","type":"array","items":{"type":"string","x-enum":{"oper_status":{"x-field-uid":1},"member_ports_up":{"x-field-uid":2},"frames_tx":{"x-field-uid":3},"frames_rx":{"x-field-uid":4},"bytes_tx":{"x-field-uid":5},"bytes_rx":{"x-field-uid":6},"frames_tx_rate":{"x-field-uid":7},"frames_rx_rate":{"x-field-uid":8},"bytes_tx_rate":{"x-field-uid":9},"bytes_rx_rate":{"x-field-uid":10}},"enum":["oper_status","member_ports_up","frames_tx","frames_rx","bytes_tx","bytes_rx","frames_tx_rate","frames_rx_rate","bytes_tx_rate","bytes_rx_rate"]},"x-field-uid":2}}},"Lag.Metric":{"type":"object","properties":{"name":{"description":"The name of a configured LAG\n\nx-constraint:\n- /components/schemas/Lag/properties/name\n","type":"string","x-constraint":["/components/schemas/Lag/properties/name"],"x-field-uid":1},"oper_status":{"description":"The current operational state of the LAG. The state can be up or down. State 'up' indicates member_ports_up >= min_links.","type":"string","x-field-uid":2,"x-enum":{"up":{"x-field-uid":1},"down":{"x-field-uid":2}},"enum":["up","down"]},"member_ports_up":{"description":"The number of LAG member ports up.","type":"integer","format":"uint32","x-field-uid":3},"frames_tx":{"description":"The current total number of frames transmitted.","type":"integer","format":"uint64","x-field-uid":4},"frames_rx":{"description":"The current total number of valid frames received.","type":"integer","format":"uint64","x-field-uid":5},"bytes_tx":{"description":"The current total number of bytes transmitted.","type":"integer","format":"uint64","x-field-uid":6},"bytes_rx":{"description":"The current total number of valid bytes received.","type":"integer","format":"uint64","minimum":0,"x-field-uid":7},"frames_tx_rate":{"description":"The current rate of frames transmitted.","type":"number","x-field-uid":8},"frames_rx_rate":{"description":"The current rate of valid frames received.","type":"number","x-field-uid":9},"bytes_tx_rate":{"description":"The current rate of bytes transmitted.","type":"number","x-field-uid":10},"bytes_rx_rate":{"description":"The current rate of bytes received.","type":"number","x-field-uid":11}}},"Lacp.Metrics.Request":{"description":"The request to retrieve LACP per LAG member metrics/statistics.","type":"object","properties":{"lag_names":{"description":"The names of LAG (ports group) for which LACP metrics to be returned. An empty list will return metrics for all LAGs.\n\nx-constraint:\n- /components/schemas/Lag/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Lag/properties/name"],"x-field-uid":1},"lag_member_port_names":{"description":"The names of LAG members (ports) for which LACP metrics to be returned. An empty list will return metrics for all LAG members.\n\nx-constraint:\n- /components/schemas/Port/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Port/properties/name"],"x-field-uid":2},"column_names":{"description":"The list of column names that the returned result set will contain. If the list is empty then all columns will be returned. The name of LAG and LAG member can not be excluded.","type":"array","items":{"type":"string","x-enum":{"lacp_packets_rx":{"x-field-uid":1},"lacp_packets_tx":{"x-field-uid":2},"lacp_rx_errors":{"x-field-uid":3},"activity":{"x-field-uid":4},"timeout":{"x-field-uid":5},"synchronization":{"x-field-uid":6},"aggregatable":{"x-field-uid":7},"collecting":{"x-field-uid":8},"distributing":{"x-field-uid":9},"system_id":{"x-field-uid":10},"oper_key":{"x-field-uid":11},"partner_id":{"x-field-uid":12},"partner_key":{"x-field-uid":13},"port_num":{"x-field-uid":14},"partner_port_num":{"x-field-uid":15}},"enum":["lacp_packets_rx","lacp_packets_tx","lacp_rx_errors","activity","timeout","synchronization","aggregatable","collecting","distributing","system_id","oper_key","partner_id","partner_key","port_num","partner_port_num"]},"x-field-uid":3}}},"Lacp.Metric":{"description":"LACP metrics (statistics) per LAG member.","type":"object","properties":{"lag_name":{"description":"The name of a LAG (ports group) configured with LACP.","type":"string","x-field-uid":1},"lag_member_port_name":{"description":"The name of a LAG member (port) configured with LACP.","type":"string","x-field-uid":2},"lacp_packets_rx":{"description":"Number of LACPDUs received.","type":"integer","format":"uint64","x-field-uid":3},"lacp_packets_tx":{"description":"Number of LACPDUs transmitted.","type":"integer","format":"uint64","x-field-uid":4},"lacp_rx_errors":{"description":"Number of LACPDUs receive packet errors.","type":"integer","format":"uint64","x-field-uid":5},"activity":{"description":"Indicates participant is active or passive.","type":"string","x-field-uid":6,"x-enum":{"active":{"x-field-uid":1},"passive":{"x-field-uid":2}},"enum":["active","passive"]},"timeout":{"description":"The timeout type (short or long) used by the participant.","type":"string","x-field-uid":7,"x-enum":{"short":{"x-field-uid":1},"long":{"x-field-uid":2}},"enum":["short","long"]},"synchronization":{"description":"Indicates whether the participant is in-sync or out-of-sync.","type":"string","x-field-uid":8,"x-enum":{"in_sync":{"x-field-uid":1},"out_sync":{"x-field-uid":2}},"enum":["in_sync","out_sync"]},"aggregatable":{"description":"A true value indicates that the participant will allow the link to be used as part of the aggregate. A false value indicates the link should be used as an  individual link.","type":"boolean","x-field-uid":9},"collecting":{"description":"If true, the participant is collecting incoming frames on the link, otherwise false.","type":"boolean","x-field-uid":10},"distributing":{"description":"When true, the participant is distributing outgoing frames; when false, distribution is disabled.","type":"boolean","x-field-uid":11},"system_id":{"description":"MAC address that defines the local system ID for the aggregate interface.","type":"string","format":"mac","x-field-uid":12},"oper_key":{"description":"Current operational value of the key for the aggregate interface.","type":"integer","format":"uint32","x-field-uid":13},"partner_id":{"description":"MAC address representing the protocol partner's interface system ID.","type":"string","format":"mac","x-field-uid":14},"partner_key":{"description":"Operational value of the protocol partner's key.","type":"integer","format":"uint32","x-field-uid":15},"port_num":{"description":"Port number of the local (actor) aggregation member.","type":"integer","format":"uint32","x-field-uid":16},"partner_port_num":{"description":"Port number of the partner (remote) port for this member port.","type":"integer","format":"uint32","x-field-uid":17}}},"Lldp.Metrics.Request":{"description":"The request to retrieve LLDP per instance metrics/statistics.","type":"object","properties":{"lldp_names":{"description":"The names of LLDP instances to return results for. An empty list will return results for all LLDP instances.\n\nx-constraint:\n- /components/schemas/Lldp/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Lldp/properties/name"],"x-field-uid":1},"column_names":{"description":"The requested list of column names for the result set. If the list is empty then metrics for all columns will be returned. The name of LLDP instance can not be excluded.","type":"array","items":{"type":"string","x-enum":{"frames_rx":{"x-field-uid":1},"frames_tx":{"x-field-uid":2},"frames_error_rx":{"x-field-uid":3},"frames_discard":{"x-field-uid":4},"tlvs_discard":{"x-field-uid":5},"tlvs_unknown":{"x-field-uid":6}},"enum":["frames_rx","frames_tx","frames_error_rx","frames_discard","tlvs_discard","tlvs_unknown"]},"x-field-uid":2}}},"Lldp.Metric":{"description":"LLDP per instance statistics information.","type":"object","properties":{"name":{"description":"The name of the configured LLDP instance.","type":"string","x-field-uid":1},"frames_rx":{"description":"Number of LLDP frames received.","type":"integer","format":"uint64","x-field-uid":2},"frames_tx":{"description":"Number of LLDP frames transmitted.","type":"integer","format":"uint64","x-field-uid":3},"frames_error_rx":{"description":"Number of LLDP frames received with packet errors. This stat should be incremented based on statsFramesInErrorsTotal increment rule in section 10.3.2 of IEEE Std 802.1 AB-2005.","type":"integer","format":"uint64","x-field-uid":4},"frames_discard":{"description":"Number of LLDP frames received that are discarded. This stat should be incremented when one or more of the three mandatory  TLVs at the beginning of the LLDPDU is missing, out of order or  contains an out of range information string length. This stat should follow the validation rules in section 10.3.2 of IEEE  Std 802.1 AB-2005.","type":"integer","format":"uint64","x-field-uid":5},"tlvs_discard":{"description":"Number of LLDP tlvs received that are discarded. If any TLV contains  an error condition specific for that particular TLV or if any TLV  extends past the physical end of the frame then these TLVs will be discarded.","type":"integer","format":"uint64","x-field-uid":6},"tlvs_unknown":{"description":"Number of LLDP unknown tlvs received. If the OUI of the organizationlly specific TLV and/or organizationally defined subtype are not recognized,or if TLV type  value is in the range of reserved TLV types then these TLVs will be considered as  unknown TLVs.","type":"integer","format":"uint64","x-field-uid":7}}},"Rsvp.Metrics.Request":{"description":"The request to retrieve RSVP-TE per Router metrics/statistics.","type":"object","properties":{"router_names":{"description":"The names of RSVP-TE Routers to return results for. An empty list as input will return results for all RSVP-TE routers.\n\nx-constraint:\n- /components/schemas/Device.Rsvp/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.Rsvp/properties/name"],"x-field-uid":1},"column_names":{"description":"The list of column names that the returned result set will contain. If the input list is empty then all columns will be returned except for any result_groups.            ","type":"array","items":{"type":"string","x-enum":{"ingress_p2p_lsps_configured":{"x-field-uid":1},"ingress_p2p_lsps_up":{"x-field-uid":2},"egress_p2p_lsps_up":{"x-field-uid":3},"lsp_flap_count":{"x-field-uid":4},"paths_tx":{"x-field-uid":5},"paths_rx":{"x-field-uid":6},"resvs_tx":{"x-field-uid":7},"resvs_rx":{"x-field-uid":8},"path_tears_tx":{"x-field-uid":9},"path_tears_rx":{"x-field-uid":10},"resv_tears_tx":{"x-field-uid":11},"resv_tears_rx":{"x-field-uid":12},"path_errors_tx":{"x-field-uid":13},"path_errors_rx":{"x-field-uid":14},"resv_errors_tx":{"x-field-uid":15},"resv_errors_rx":{"x-field-uid":16},"resv_conf_tx":{"x-field-uid":17},"resv_conf_rx":{"x-field-uid":18},"hellos_tx":{"x-field-uid":19},"hellos_rx":{"x-field-uid":20},"acks_tx":{"x-field-uid":21},"acks_rx":{"x-field-uid":22},"nacks_tx":{"x-field-uid":23},"nacks_rx":{"x-field-uid":24},"srefresh_tx":{"x-field-uid":25},"srefresh_rx":{"x-field-uid":26},"bundle_tx":{"x-field-uid":27},"bundle_rx":{"x-field-uid":28},"path_reevaluation_request_tx":{"x-field-uid":29},"path_reoptimizations":{"x-field-uid":30}},"enum":["ingress_p2p_lsps_configured","ingress_p2p_lsps_up","egress_p2p_lsps_up","lsp_flap_count","paths_tx","paths_rx","resvs_tx","resvs_rx","path_tears_tx","path_tears_rx","resv_tears_tx","resv_tears_rx","path_errors_tx","path_errors_rx","resv_errors_tx","resv_errors_rx","resv_conf_tx","resv_conf_rx","hellos_tx","hellos_rx","acks_tx","acks_rx","nacks_tx","nacks_rx","srefresh_tx","srefresh_rx","bundle_tx","bundle_rx","path_reevaluation_request_tx","path_reoptimizations"]},"x-field-uid":2}}},"Rsvp.Metric":{"description":"RSVP-TE per router statistics information.","type":"object","properties":{"name":{"description":"The name of a configured RSVP router.","type":"string","x-field-uid":1},"ingress_p2p_lsps_configured":{"description":"The number of ingress point-to-point LSPs configured or transiting through the RSVP router which have been initated from the test port.","type":"integer","format":"uint32","x-field-uid":2},"ingress_p2p_lsps_up":{"description":"The number of ingress point-to-point LSPs for which Resv has been received and is currently up. ","type":"integer","format":"uint32","x-field-uid":3},"egress_p2p_lsps_up":{"description":"The number of egress point-to-point LSPs for which Path requests were successfully processed and is currently up.","type":"integer","format":"uint32","x-field-uid":4},"lsp_flap_count":{"description":"The number of times an LSP went from up to down state either because it timed out while waiting for Refreshes or  a PathTear or ResvTear message was received which caused the LSP to flap.","type":"integer","format":"uint64","x-field-uid":5},"paths_tx":{"description":"The number of Path messages sent by this RSVP router.","type":"integer","format":"uint64","x-field-uid":6},"paths_rx":{"description":"The number of Path messages received by this RSVP router.","type":"integer","format":"uint64","x-field-uid":7},"resvs_tx":{"description":"The number of Resv messages sent by this RSVP router.","type":"integer","format":"uint64","x-field-uid":8},"resvs_rx":{"description":"The number of Resv messages received by this RSVP router.","type":"integer","format":"uint64","x-field-uid":9},"path_tears_tx":{"description":"The number of  Path Tear messages sent by this RSVP router.","type":"integer","format":"uint64","x-field-uid":10},"path_tears_rx":{"description":"The number of Path Tear messages received by this RSVP router. ","type":"integer","format":"uint64","x-field-uid":11},"resv_tears_tx":{"description":"The number of  Resv Tear messages sent by this RSVP router.","type":"integer","format":"uint64","x-field-uid":12},"resv_tears_rx":{"description":"The number of Resv Tear messages received by this RSVP router. ","type":"integer","format":"uint64","x-field-uid":13},"path_errors_tx":{"description":"The number of Path Error messages sent by this RSVP router.","type":"integer","format":"uint64","x-field-uid":14},"path_errors_rx":{"description":"The number of Path Error messages received by this RSVP router. ","type":"integer","format":"uint64","x-field-uid":15},"resv_errors_tx":{"description":"The number of Resv Error messages sent by this RSVP router.","type":"integer","format":"uint64","x-field-uid":16},"resv_errors_rx":{"description":"The number of Resv Error messages received by this RSVP router. ","type":"integer","format":"uint64","x-field-uid":17},"resv_conf_tx":{"description":"The number of ResvConf messages sent by this RSVP router.","type":"integer","format":"uint64","x-field-uid":18},"resv_conf_rx":{"description":"The number of ResvConf messages received by this RSVP router. ","type":"integer","format":"uint64","x-field-uid":19},"hellos_tx":{"description":"The number of Hello messages sent by this RSVP router.","type":"integer","format":"uint64","x-field-uid":20},"hellos_rx":{"description":"The number of Hello messages received by this RSVP router. ","type":"integer","format":"uint64","x-field-uid":21},"acks_tx":{"description":"The number of Ack messages sent by this RSVP router.","type":"integer","format":"uint64","x-field-uid":22},"acks_rx":{"description":"The number of Ack messages received by this RSVP router. ","type":"integer","format":"uint64","x-field-uid":23},"nacks_tx":{"description":"The number of Nack messages sent by this RSVP router.","type":"integer","format":"uint64","x-field-uid":24},"nacks_rx":{"description":"The number of Nack messages received by this RSVP router. ","type":"integer","format":"uint64","x-field-uid":25},"srefresh_tx":{"description":"The number of SRefresh messages sent by this RSVP router.","type":"integer","format":"uint64","x-field-uid":26},"srefresh_rx":{"description":"The number of SRefresh messages received by this RSVP router. ","type":"integer","format":"uint64","x-field-uid":27},"bundle_tx":{"description":"The number of Bundle messages sent by this RSVP router.","type":"integer","format":"uint64","x-field-uid":28},"bundle_rx":{"description":"The number of Bundle messages received by this RSVP router. ","type":"integer","format":"uint64","x-field-uid":29},"path_reevaluation_request_tx":{"description":"The number of Path messages with Path Re-evaluation Request enabled sent by this RSVP router.","type":"integer","format":"uint64","x-field-uid":30},"path_reoptimizations":{"description":"The number of successfully completed Make-Before-Break operations on LSPs on this RSVP router.","type":"integer","format":"uint64","x-field-uid":31}}},"Dhcpv4Client.Metrics.Request":{"description":"The request to retrieve DHCPv4 per client metrics/statistics.","type":"object","properties":{"client_names":{"description":"The names of DHCPv4 clients to return results for. An empty list will return results for all DHCPv4 client.\n\nx-constraint:\n- /components/schemas/Device.Dhcpv4client/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.Dhcpv4client/properties/name"],"x-field-uid":1},"column_names":{"description":"The list of column names that the returned result set will contain. If the list is empty then all columns will be returned.  The name of the DHCPv4 client cannot be excluded.","type":"array","items":{"type":"string","x-enum":{"discovers_sent":{"x-field-uid":1},"offers_received":{"x-field-uid":2},"requests_sent":{"x-field-uid":3},"acks_received":{"x-field-uid":4},"nacks_received":{"x-field-uid":5},"releases_sent":{"x-field-uid":6},"declines_sent":{"x-field-uid":7}},"enum":["discovers_sent","offers_received","requests_sent","acks_received","nacks_received","releases_sent","declines_sent"]},"x-field-uid":2}}},"Dhcpv4Client.Metric":{"description":"DHCPv4 per peer statistics information.","type":"object","properties":{"name":{"description":"The name of a configured DHCPv4 client.","type":"string","x-field-uid":1},"discovers_sent":{"description":"Number of DHCPDISCOVER messages sent.","type":"integer","format":"uint64","x-field-uid":2},"offers_received":{"description":"Number of DHCPOFFER messages received.","type":"integer","format":"uint64","x-field-uid":3},"requests_sent":{"description":"Number of DHCPREQUEST messages sent.","type":"integer","format":"uint64","x-field-uid":4},"acks_received":{"description":"Number of lease DHCPACK messages received.","type":"integer","format":"uint64","x-field-uid":5},"nacks_received":{"description":"Number of negative lease DHCPNACK messages received.","type":"integer","format":"uint64","x-field-uid":6},"releases_sent":{"description":"Number of DHCPRELEASE messages sent.","type":"integer","format":"uint64","x-field-uid":7},"declines_sent":{"description":"Number of DHCPDECLINE messages sent.","type":"integer","format":"uint64","x-field-uid":8}}},"Dhcpv4Server.Metrics.Request":{"description":"The request to retrieve DHCPv4 per Server metrics/statistics.","type":"object","properties":{"server_names":{"description":"The names of DHCPv4 Servers to return results for. An empty list will return results for all DHCPv4 Server.\n\nx-constraint:\n- /components/schemas/Device.Dhcpv4Server/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.Dhcpv4Server/properties/name"],"x-field-uid":1},"column_names":{"description":"The list of column names that the returned result set will contain. If the list is empty then all columns will be returned.  The name of the DHCPv4 server cannot be excluded.","type":"array","items":{"type":"string","x-enum":{"discovers_received":{"x-field-uid":1},"offers_sent":{"x-field-uid":2},"requests_received":{"x-field-uid":3},"acks_sent":{"x-field-uid":4},"nacks_sent":{"x-field-uid":5},"releases_received":{"x-field-uid":6},"declines_received":{"x-field-uid":7}},"enum":["discovers_received","offers_sent","requests_received","acks_sent","nacks_sent","releases_received","declines_received"]},"x-field-uid":2}}},"Dhcpv4Server.Metric":{"description":"DHCPv4 per peer statistics information.","type":"object","properties":{"name":{"description":"The name of a configured DHCPv4 Server.","type":"string","x-field-uid":1},"discovers_received":{"description":"Number of DHCPDISCOVER messages received.","type":"integer","format":"uint64","x-field-uid":2},"offers_sent":{"description":"Number of DHCPOFFER messages sent.","type":"integer","format":"uint64","x-field-uid":3},"requests_received":{"description":"Number of DHCPOFFER messages received.","type":"integer","format":"uint64","x-field-uid":4},"acks_sent":{"description":"Number of lease DHCPACK messages sent.","type":"integer","format":"uint64","x-field-uid":5},"nacks_sent":{"description":"Number of negative lease DHCPNACK messages sent.","type":"integer","format":"uint64","x-field-uid":6},"releases_received":{"description":"Number of DHCPRELEASE messages received.","type":"integer","format":"uint64","x-field-uid":7},"declines_received":{"description":"Number of DHCPDECLINE messages received.","type":"integer","format":"uint64","x-field-uid":8}}},"Dhcpv6Client.Metrics.Request":{"description":"The request to retrieve DHCPv6 per client metrics/statistics.","type":"object","properties":{"client_names":{"description":"The names of DHCPv6 clients to return results for. An empty list will return results for all DHCPv6 client.\n\nx-constraint:\n- /components/schemas/Device.Dhcpv6client/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.Dhcpv6client/properties/name"],"x-field-uid":1},"column_names":{"description":"The list of column names that the returned result set will contain. If the list is empty then all columns will be returned except for any result_groups. The name of the DHCPv6 client cannot be excluded.","type":"array","items":{"type":"string","x-enum":{"solicits_sent":{"x-field-uid":1},"advertisements_received":{"x-field-uid":2},"advertisements_ignored":{"x-field-uid":3},"requests_sent":{"x-field-uid":4},"nacks_received":{"x-field-uid":5},"replies_received":{"x-field-uid":6},"information_requests_sent":{"x-field-uid":7},"renews_sent":{"x-field-uid":8},"rebinds_sent":{"x-field-uid":9},"releases_sent":{"x-field-uid":10},"reconfigures_received":{"x-field-uid":11},"rapid_commit_solicits_sent":{"x-field-uid":12},"rapid_commit_replies_received":{"x-field-uid":13}},"enum":["solicits_sent","advertisements_received","advertisements_ignored","requests_sent","nacks_received","replies_received","information_requests_sent","renews_sent","rebinds_sent","releases_sent","reconfigures_received","rapid_commit_solicits_sent","rapid_commit_replies_received"]},"x-field-uid":2}}},"Dhcpv6Client.Metric":{"description":"DHCPv6 per peer statistics information.","type":"object","properties":{"name":{"description":"The name of a configured DHCPv6 client.","type":"string","x-field-uid":1},"solicits_sent":{"description":"Number of DHCPSOLICIT messages sent.","type":"integer","format":"uint64","x-field-uid":2},"advertisements_received":{"description":"Number of DHCPADVERTISE messages received.","type":"integer","format":"uint64","x-field-uid":3},"advertisements_ignored":{"description":"Number of DHCPADVERTISE messages ignored.","type":"integer","format":"uint64","x-field-uid":4},"requests_sent":{"description":"Number of DHCPREQUEST messages sent.","type":"integer","format":"uint64","x-field-uid":5},"nacks_received":{"description":"Number of negative lease DHCPNACK messages received.","type":"integer","format":"uint64","x-field-uid":6},"replies_received":{"description":"Number of DHCPOFFER messages received.","type":"integer","format":"uint64","x-field-uid":7},"information_requests_sent":{"description":"Number of DHCP Inform requests sent.","type":"integer","format":"uint64","x-field-uid":8},"renews_sent":{"description":"Number of DHCP renew messages sent.","type":"integer","format":"uint64","x-field-uid":9},"rebinds_sent":{"description":"Number of DHCP rebind messages sent.","type":"integer","format":"uint64","x-field-uid":10},"releases_sent":{"description":"Number of DHCP Release messages sent.","type":"integer","format":"uint64","x-field-uid":11},"reconfigures_received":{"description":"Number of DHCP Reconfigure messages received.","type":"integer","format":"uint64","x-field-uid":12},"rapid_commit_solicits_sent":{"description":"Number of rapid commit DHCPSOLICIT messages sent.","type":"integer","format":"uint64","x-field-uid":13},"rapid_commit_replies_received":{"description":"Number of rapid commit DHCP Reply messages received.","type":"integer","format":"uint64","x-field-uid":14}}},"Dhcpv6Server.Metrics.Request":{"description":"The request to retrieve DHCPv6 per Server metrics/statistics.","type":"object","properties":{"server_names":{"description":"The names of DHCPv6 Servers to return results for. An empty list will return results for all DHCPv6 Server.\n\nx-constraint:\n- /components/schemas/Device.Dhcpv6Server/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.Dhcpv6Server/properties/name"],"x-field-uid":1},"column_names":{"description":"The list of column names that the returned result set will contain. If the list is empty then all columns will be returned except for any result_groups. The name of the DHCPv6 server cannot be excluded.","type":"array","items":{"type":"string","x-enum":{"solicits_received":{"x-field-uid":1},"solicits_ignored":{"x-field-uid":2},"advertisements_sent":{"x-field-uid":3},"requests_received":{"x-field-uid":4},"nacks_sent":{"x-field-uid":5},"confirms_received":{"x-field-uid":6},"renewals_received":{"x-field-uid":7},"rebinds_received":{"x-field-uid":8},"replies_sent":{"x-field-uid":9},"releases_received":{"x-field-uid":10},"declines_received":{"x-field-uid":11},"information_requests_received":{"x-field-uid":12},"relay_forwards_received":{"x-field-uid":13},"relay_replies_sent":{"x-field-uid":14},"reconfigures_sent":{"x-field-uid":15}},"enum":["solicits_received","solicits_ignored","advertisements_sent","requests_received","nacks_sent","confirms_received","renewals_received","rebinds_received","replies_sent","releases_received","declines_received","information_requests_received","relay_forwards_received","relay_replies_sent","reconfigures_sent"]},"x-field-uid":2}}},"Dhcpv6Server.Metric":{"description":"DHCPv6 per server statistics information.","type":"object","properties":{"name":{"description":"The name of a configured DHCPv6 Server.","type":"string","x-field-uid":1},"solicits_received":{"description":"Number of DHCPSOLICIT messages received.","type":"integer","format":"uint64","x-field-uid":2},"solicits_ignored":{"description":"Number of DHCPSOLICIT messages ignored.","type":"integer","format":"uint64","x-field-uid":3},"advertisements_sent":{"description":"Number of DHCP Advertise messages sent.","type":"integer","format":"uint64","x-field-uid":4},"requests_received":{"description":"Number of DHCPREQUEST messages received.","type":"integer","format":"uint64","x-field-uid":5},"nacks_sent":{"description":"Number of naks sent for DHCPREQUEST messages.","type":"integer","format":"uint64","x-field-uid":6},"confirms_received":{"description":"Number of DHCP Confirm messages received.","type":"integer","format":"uint64","x-field-uid":7},"renewals_received":{"description":"Number of DHCP Renewal messages received.","type":"integer","format":"uint64","x-field-uid":8},"rebinds_received":{"description":"Number of DHCP Rebind messages received.","type":"integer","format":"uint64","x-field-uid":9},"replies_sent":{"description":"Number of DHCP Reply messages sent.","type":"integer","format":"uint64","x-field-uid":10},"releases_received":{"description":"Number of DHCP Release messages received.","type":"integer","format":"uint64","x-field-uid":11},"declines_received":{"description":"Number of DHCP Decline messages received.","type":"integer","format":"uint64","x-field-uid":12},"information_requests_received":{"description":"Number of DHCP Information Request messages received.","type":"integer","format":"uint64","x-field-uid":13},"relay_forwards_received":{"description":"Number of DHCP Relay agent forward messages received.","type":"integer","format":"uint64","x-field-uid":14},"relay_replies_sent":{"description":"Number of DHCP reply messages sent to Relay agent.","type":"integer","format":"uint64","x-field-uid":15},"reconfigures_sent":{"description":"Number of DHCP Reconfigure messages sent.","type":"integer","format":"uint64","x-field-uid":16}}},"Ospfv2.Metrics.Request":{"description":"The request to retrieve OSPFv2 per Router metrics/statistics.","type":"object","properties":{"router_names":{"description":"The names of OSPFv2 routers to return results for. An empty list will return results for all OSPFv2 router.\n\nx-constraint:\n- /components/schemas/Device.Ospfv2/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.Ospfv2/properties/name"],"x-field-uid":1},"column_names":{"description":"The list of column names that the returned result set will contain.\nIf the list is empty then all columns will be returned except for\nany result_groups.\nThe name of the OSPFv2 Router cannot be excluded.","type":"array","items":{"type":"string","x-enum":{"full_state_count":{"x-field-uid":1},"down_state_count":{"x-field-uid":2},"sessions_flap":{"x-field-uid":3},"hellos_sent":{"x-field-uid":4},"hellos_received":{"x-field-uid":5},"dbd_sent":{"x-field-uid":6},"dbd_received":{"x-field-uid":7},"ls_request_sent":{"x-field-uid":8},"ls_request_received":{"x-field-uid":9},"ls_update_sent":{"x-field-uid":10},"ls_update_received":{"x-field-uid":11},"ls_ack_sent":{"x-field-uid":12},"ls_ack_received":{"x-field-uid":13},"lsa_sent":{"x-field-uid":14},"lsa_received":{"x-field-uid":15},"lsa_ack_sent":{"x-field-uid":16},"lsa_ack_received":{"x-field-uid":17},"router_lsa_sent":{"x-field-uid":18},"router_lsa_received":{"x-field-uid":19},"network_lsa_sent":{"x-field-uid":20},"network_lsa_received":{"x-field-uid":21},"summary_lsa_sent":{"x-field-uid":22},"summary_lsa_received":{"x-field-uid":23},"external_lsa_sent":{"x-field-uid":24},"external_lsa_received":{"x-field-uid":25},"nssa_lsa_sent":{"x-field-uid":26},"nssa_lsa_received":{"x-field-uid":27},"opaque_local_sent":{"x-field-uid":28},"opaque_local_received":{"x-field-uid":29},"opaque_area_sent":{"x-field-uid":30},"opaque_area_received":{"x-field-uid":31},"opaque_domain_sent":{"x-field-uid":32},"opaque_domain_received":{"x-field-uid":33}},"enum":["full_state_count","down_state_count","sessions_flap","hellos_sent","hellos_received","dbd_sent","dbd_received","ls_request_sent","ls_request_received","ls_update_sent","ls_update_received","ls_ack_sent","ls_ack_received","lsa_sent","lsa_received","lsa_ack_sent","lsa_ack_received","router_lsa_sent","router_lsa_received","network_lsa_sent","network_lsa_received","summary_lsa_sent","summary_lsa_received","external_lsa_sent","external_lsa_received","nssa_lsa_sent","nssa_lsa_received","opaque_local_sent","opaque_local_received","opaque_area_sent","opaque_area_received","opaque_domain_sent","opaque_domain_received"]},"x-field-uid":2}}},"Ospfv2.Metric":{"description":"OSPFv2 per router statistics information.","type":"object","properties":{"name":{"description":"The name of a configured OSPFv2 router.","type":"string","x-field-uid":1},"full_state_count":{"description":"The number of OSPFv2 sessions in up state.","type":"integer","format":"uint64","x-field-uid":2},"down_state_count":{"description":"The number of OSPFv2 sessions in down state.","type":"integer","format":"uint64","x-field-uid":3},"sessions_flap":{"description":"The number of change of OSPFv2 sessions from up to down state.","type":"integer","format":"uint64","x-field-uid":4},"hellos_sent":{"description":"The number of OSPFv2 Hello messages transmitted.","type":"integer","format":"uint64","x-field-uid":5},"hellos_received":{"description":"The number of OSPFv2 Hello messages received.","type":"integer","format":"uint64","x-field-uid":6},"dbd_sent":{"description":"The number of OSPFv2 Database Description (DBD) messages transmitted.","type":"integer","format":"uint64","x-field-uid":7},"dbd_received":{"description":"The number of OSPFv2 Database Description (DBD) messages received.","type":"integer","format":"uint64","x-field-uid":8},"ls_request_sent":{"description":"The number of OSPFv2 LinkState (LS) Request messages transmitted.","type":"integer","format":"uint64","x-field-uid":9},"ls_request_received":{"description":"The number of OSPFv2 LinkState (LS) Request messages received.","type":"integer","format":"uint64","x-field-uid":10},"ls_update_sent":{"description":"The number of OSPFv2 LinkState (LS) Update messages transmitted.","type":"integer","format":"uint64","x-field-uid":11},"ls_update_received":{"description":"The number of OSPFv2 LinkState (LS) Update messages received.","type":"integer","format":"uint64","x-field-uid":12},"ls_ack_sent":{"description":"The number of OSPFv2 LinkState (LS) Acknowledgement messages transmitted.","type":"integer","format":"uint64","x-field-uid":13},"ls_ack_received":{"description":"The number of OSPFv2 LinkState (LS) Acknowledgement messages received.","type":"integer","format":"uint64","x-field-uid":14},"lsa_sent":{"description":"The total number of OSPFv2 LinkState Advertisement (LSA) messages transmitted.","type":"integer","format":"uint64","x-field-uid":15},"lsa_received":{"description":"The total number of OSPFv2 LinkState Advertisement (LSA) messages received.","type":"integer","format":"uint64","x-field-uid":16},"lsa_ack_sent":{"description":"The total number of OSPFv2 LinkState Advertisement (LSA) messages acknowledged.","type":"integer","format":"uint64","x-field-uid":17},"lsa_ack_received":{"description":"The total number of OSPFv2 LinkState Advertisement (LSA) acknowledge messages received .","type":"integer","format":"uint64","x-field-uid":18},"router_lsa_sent":{"description":"The number of OSPFv2 Router (Type 1) LSAs transmitted.","type":"integer","format":"uint64","x-field-uid":19},"router_lsa_received":{"description":"The number of OSPFv2 Router (Type 1) LSAs received.","type":"integer","format":"uint64","x-field-uid":20},"network_lsa_sent":{"description":"The number of OSPFv2 Network (Type 2) LSAs transmitted.","type":"integer","format":"uint64","x-field-uid":21},"network_lsa_received":{"description":"The number of OSPFv2 Network (Type 2) LSAs transmitted.","type":"integer","format":"uint64","x-field-uid":22},"summary_lsa_sent":{"description":"The number of OSPFv2 Summary IP (Type 3) LSAs transmitted.  ","type":"integer","format":"uint64","x-field-uid":23},"summary_lsa_received":{"description":"The number of OSPFv2 Summary IP (Type 3) LSA received.","type":"integer","format":"uint64","x-field-uid":24},"external_lsa_sent":{"description":"The number of OSPFv2 External (Type 5) LSAs transmitted.","type":"integer","format":"uint64","x-field-uid":25},"external_lsa_received":{"description":"The number of OSPFv2 External (Type 5) LSAs received.","type":"integer","format":"uint64","x-field-uid":26},"nssa_lsa_sent":{"description":"The number of OSPFv2 NSSA (Type 7) LSAs transmitted.","type":"integer","format":"uint64","x-field-uid":27},"nssa_lsa_received":{"description":"The number of OSPFv2 NSSA (Type 7) LSAs received.","type":"integer","format":"uint64","x-field-uid":28},"opaque_local_sent":{"description":"The number of OSPFv2 Opaque Local (Type 9) LSAs transmitted.","type":"integer","format":"uint64","x-field-uid":29},"opaque_local_received":{"description":"The number of OSPFv2 Opaque Local (Type 9) LSAs received. ","type":"integer","format":"uint64","x-field-uid":30},"opaque_area_sent":{"description":"The number of OSPF Opaque Area (Type 10) LSAs transmitted.","type":"integer","format":"uint64","x-field-uid":31},"opaque_area_received":{"description":"The number of OSPFv2 Opaque Area (Type 10) LSAs received.","type":"integer","format":"uint64","x-field-uid":32},"opaque_domain_sent":{"description":"The number of OSPFv2 Opaque Domain (Type 11) LSAs transmitted.","type":"integer","format":"uint64","x-field-uid":33},"opaque_domain_received":{"description":"The number of OSPFv2 Opaque Domain (Type 11) LSAs received.","type":"integer","format":"uint64","x-field-uid":34}}},"States.Request":{"description":"Request to traffic generator for states of choice","type":"object","properties":{"choice":{"type":"string","default":"ipv4_neighbors","x-field-uid":1,"x-enum":{"ipv4_neighbors":{"x-field-uid":1},"ipv6_neighbors":{"x-field-uid":2},"bgp_prefixes":{"x-field-uid":3},"isis_lsps":{"x-field-uid":4},"lldp_neighbors":{"x-field-uid":5},"rsvp_lsps":{"x-field-uid":6},"dhcpv4_interfaces":{"x-field-uid":7},"dhcpv4_leases":{"x-field-uid":8},"dhcpv6_interfaces":{"x-field-uid":9},"dhcpv6_leases":{"x-field-uid":10},"ospfv2_lsas":{"x-field-uid":11}},"enum":["ipv4_neighbors","ipv6_neighbors","bgp_prefixes","isis_lsps","lldp_neighbors","rsvp_lsps","dhcpv4_interfaces","dhcpv4_leases","dhcpv6_interfaces","dhcpv6_leases","ospfv2_lsas"]},"ipv4_neighbors":{"$ref":"#/components/schemas/Neighborsv4.States.Request","x-field-uid":2},"ipv6_neighbors":{"$ref":"#/components/schemas/Neighborsv6.States.Request","x-field-uid":3},"bgp_prefixes":{"$ref":"#/components/schemas/BgpPrefix.State.Request","x-field-uid":4},"isis_lsps":{"$ref":"#/components/schemas/IsisLsps.State.Request","x-field-uid":5},"lldp_neighbors":{"$ref":"#/components/schemas/LldpNeighbors.State.Request","x-field-uid":6},"rsvp_lsps":{"$ref":"#/components/schemas/RsvpLsps.State.Request","x-field-uid":7},"dhcpv4_interfaces":{"$ref":"#/components/schemas/Dhcpv4Interface.State.Request","x-field-uid":8},"dhcpv4_leases":{"$ref":"#/components/schemas/Dhcpv4Lease.State.Request","x-field-uid":9},"dhcpv6_interfaces":{"$ref":"#/components/schemas/Dhcpv6Interface.State.Request","x-field-uid":10},"dhcpv6_leases":{"$ref":"#/components/schemas/Dhcpv6Lease.State.Request","x-field-uid":11},"ospfv2_lsas":{"$ref":"#/components/schemas/Ospfv2Lsas.State.Request","x-field-uid":12}}},"States.Response":{"description":"Response containing chosen traffic generator states","type":"object","properties":{"choice":{"type":"string","default":"ipv4_neighbors","x-field-uid":1,"x-enum":{"ipv4_neighbors":{"x-field-uid":1},"ipv6_neighbors":{"x-field-uid":2},"bgp_prefixes":{"x-field-uid":3},"isis_lsps":{"x-field-uid":4},"lldp_neighbors":{"x-field-uid":5},"rsvp_lsps":{"x-field-uid":6},"dhcpv4_interfaces":{"x-field-uid":7},"dhcpv4_leases":{"x-field-uid":8},"dhcpv6_interfaces":{"x-field-uid":9},"dhcpv6_leases":{"x-field-uid":10},"ospfv2_lsas":{"x-field-uid":11}},"enum":["ipv4_neighbors","ipv6_neighbors","bgp_prefixes","isis_lsps","lldp_neighbors","rsvp_lsps","dhcpv4_interfaces","dhcpv4_leases","dhcpv6_interfaces","dhcpv6_leases","ospfv2_lsas"]},"ipv4_neighbors":{"type":"array","items":{"$ref":"#/components/schemas/Neighborsv4.State"},"x-field-uid":2},"ipv6_neighbors":{"type":"array","items":{"$ref":"#/components/schemas/Neighborsv6.State"},"x-field-uid":3},"bgp_prefixes":{"type":"array","items":{"$ref":"#/components/schemas/BgpPrefixes.State"},"x-field-uid":4},"isis_lsps":{"type":"array","items":{"$ref":"#/components/schemas/IsisLsps.State"},"x-field-uid":5},"lldp_neighbors":{"type":"array","items":{"$ref":"#/components/schemas/LldpNeighbors.State"},"x-field-uid":6},"rsvp_lsps":{"type":"array","items":{"$ref":"#/components/schemas/RsvpLsps.State"},"x-field-uid":7},"dhcpv4_interfaces":{"type":"array","items":{"$ref":"#/components/schemas/Dhcpv4Interface.State"},"x-field-uid":8},"dhcpv4_leases":{"type":"array","items":{"$ref":"#/components/schemas/Dhcpv4Leases.State"},"x-field-uid":9},"dhcpv6_interfaces":{"type":"array","items":{"$ref":"#/components/schemas/Dhcpv6Interface.State"},"x-field-uid":10},"dhcpv6_leases":{"type":"array","items":{"$ref":"#/components/schemas/Dhcpv6Leases.State"},"x-field-uid":11},"ospfv2_lsas":{"type":"array","items":{"$ref":"#/components/schemas/Ospfv2Lsa.State"},"x-field-uid":12}}},"Neighborsv4.States.Request":{"description":"The request to retrieve IPv4 Neighbor state (ARP cache entries) of a network interface(s).","type":"object","properties":{"ethernet_names":{"description":"The names of Ethernet interfaces for which Neighbor state (ARP cache entries) will be retrieved. If no names are specified then the results will contain Neighbor state (ARP cache entries) for all available Ethernet interfaces.\n\nx-constraint:\n- /components/schemas/Device.Ethernet/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.Ethernet/properties/name"],"x-field-uid":1}}},"Neighborsv4.State":{"description":"IPv4 Neighbor state (ARP cache entry).","type":"object","required":["ethernet_name","ipv4_address"],"properties":{"ethernet_name":{"description":"The name of the Ethernet interface associated with the Neighbor state (ARP cache entry).","type":"string","x-field-uid":1},"ipv4_address":{"description":"The IPv4 address of the neighbor.","type":"string","format":"ipv4","x-field-uid":2},"link_layer_address":{"description":"The link-layer address (MAC) of the neighbor.","type":"string","format":"mac","x-field-uid":3}}},"Neighborsv6.States.Request":{"description":"The request to retrieve IPv6 Neighbor state (NDISC cache entries) of a network interface(s).","type":"object","properties":{"ethernet_names":{"description":"The names of Ethernet interfaces for which Neighbor state (NDISC cache entries) will be retrieved. If no names are specified then the results will contain Neighbor state (NDISC cache entries) for all available Ethernet interfaces.\n\nx-constraint:\n- /components/schemas/Device.Ethernet/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.Ethernet/properties/name"],"x-field-uid":1}}},"Neighborsv6.State":{"description":"IPv6 Neighbor state (NDISC cache entry).","type":"object","required":["ethernet_name","ipv6_address"],"properties":{"ethernet_name":{"description":"The name of the Ethernet interface associated with the Neighbor state (NDISC cache entry).","type":"string","x-field-uid":1},"ipv6_address":{"description":"The IPv6 address of the neighbor.","type":"string","format":"ipv6","x-field-uid":2},"link_layer_address":{"description":"The link-layer address (MAC) of the neighbor.","type":"string","format":"mac","x-field-uid":3}}},"BgpPrefix.State.Request":{"description":"The request to retrieve BGP peer prefix information.","type":"object","properties":{"bgp_peer_names":{"description":"The names of BGP peers for which prefix information will be retrieved. If no names are specified then the results will contain prefix information for all configured BGP peers.\n\nx-constraint:\n- /components/schemas/Bgp.V4Peer/properties/name\n- /components/schemas/Bgp.V6Peer/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Bgp.V4Peer/properties/name","/components/schemas/Bgp.V6Peer/properties/name"],"x-field-uid":1},"prefix_filters":{"description":"Specify which prefixes to return. If the list is empty or missing then all prefixes will be returned.","type":"array","items":{"type":"string","x-enum":{"ipv4_unicast":{"x-field-uid":1},"ipv6_unicast":{"x-field-uid":2}},"enum":["ipv4_unicast","ipv6_unicast"]},"x-field-uid":2},"ipv4_unicast_filters":{"description":"The IPv4 unicast results can be filtered by specifying additional prefix search criteria. If the ipv4_unicast_filters property is missing or empty then all IPv4 prefixes will be returned.","type":"array","items":{"$ref":"#/components/schemas/BgpPrefix.Ipv4Unicast.Filter"},"x-field-uid":3},"ipv6_unicast_filters":{"description":"The IPv6 unicast results can be filtered by specifying additional prefix search criteria. If the ipv6_unicast_filters property is missing or empty then all IPv6 prefixes will be returned.","type":"array","items":{"$ref":"#/components/schemas/BgpPrefix.Ipv6Unicast.Filter"},"x-field-uid":4}}},"BgpPrefix.Ipv4Unicast.Filter":{"type":"object","properties":{"addresses":{"description":"The addresses to match. If the addresses property is missing or empty then all addresses will match.","type":"array","items":{"type":"string","format":"ipv4"},"x-field-uid":1},"prefix_length":{"x-field-uid":2,"description":"The prefix length to match. If the prefix length is missing then all prefix lengths will match.","type":"integer","format":"uint32","maximum":128},"origin":{"x-field-uid":3,"description":"The origin to match. If the origin is missing then all origins will match.","type":"string","x-enum":{"igp":{"x-field-uid":1},"egp":{"x-field-uid":2},"incomplete":{"x-field-uid":3}},"enum":["igp","egp","incomplete"]},"path_id":{"x-field-uid":4,"description":"The path id to match. If the path id is missing then all path ids will match.","type":"integer","format":"uint32"}}},"BgpPrefix.Ipv6Unicast.Filter":{"type":"object","properties":{"addresses":{"description":"The addresses to match. If the addresses property is missing or empty then all addresses will match.","type":"array","items":{"type":"string","format":"ipv6"},"x-field-uid":1},"prefix_length":{"x-field-uid":2,"description":"The prefix length to match. If the prefix length is missing then all prefix lengths will match.","type":"integer","format":"uint32","maximum":128},"origin":{"x-field-uid":3,"description":"The origin to match. If the origin is missing then all origins will match.","type":"string","x-enum":{"igp":{"x-field-uid":1},"egp":{"x-field-uid":2},"incomplete":{"x-field-uid":3}},"enum":["igp","egp","incomplete"]},"path_id":{"x-field-uid":4,"description":"The path id to match. If the path id is missing then all path ids will match.","type":"integer","format":"uint32"}}},"BgpPrefixes.State":{"description":"BGP peer prefixes.","type":"object","properties":{"bgp_peer_name":{"description":"The name of a BGP peer.","type":"string","x-field-uid":1},"ipv4_unicast_prefixes":{"type":"array","items":{"$ref":"#/components/schemas/BgpPrefixIpv4Unicast.State"},"x-field-uid":2},"ipv6_unicast_prefixes":{"type":"array","items":{"$ref":"#/components/schemas/BgpPrefixIpv6Unicast.State"},"x-field-uid":3}}},"BgpPrefixIpv4Unicast.State":{"description":"IPv4 unicast prefix.","type":"object","properties":{"ipv4_address":{"description":"An IPv4 unicast address","type":"string","x-field-uid":1},"prefix_length":{"x-field-uid":2,"description":"The length of the prefix.","type":"integer","format":"uint32","maximum":128},"origin":{"x-field-uid":3,"description":"The origin of the prefix.","type":"string","x-enum":{"igp":{"x-field-uid":1},"egp":{"x-field-uid":2},"incomplete":{"x-field-uid":3}},"enum":["igp","egp","incomplete"]},"path_id":{"x-field-uid":4,"description":"The path id.","type":"integer","format":"uint32"},"ipv4_next_hop":{"x-field-uid":5,"description":"The IPv4 address of the egress interface.","type":"string","format":"ipv4"},"ipv6_next_hop":{"x-field-uid":6,"description":"The IPv6 address of the egress interface.","type":"string","format":"ipv6"},"communities":{"x-field-uid":7,"description":"Optional community attributes.","type":"array","items":{"$ref":"#/components/schemas/Result.BgpCommunity"}},"extended_communities":{"description":"Optional received Extended Community attributes. Each received Extended Community attribute is available for retrieval in two forms. Support of the 'raw' format in which all 8 bytes (16 hex characters) is always present and available for use. In addition, if supported by the implementation, the Extended Community attribute may also be retrieved in the  'structured' format which is an optional field.","type":"array","items":{"$ref":"#/components/schemas/Result.ExtendedCommunity"},"x-field-uid":11},"as_path":{"x-field-uid":8,"$ref":"#/components/schemas/Result.BgpAsPath"},"local_preference":{"x-field-uid":9,"description":"The local preference is a well-known attribute and the value is used for route selection. The route with the highest local preference value is preferred.","type":"integer","format":"uint32"},"multi_exit_discriminator":{"x-field-uid":10,"description":"The multi exit discriminator (MED) is an optional non-transitive attribute and the value is used for route selection. The route with the lowest MED value is preferred.","type":"integer","format":"uint32"}}},"BgpPrefixIpv6Unicast.State":{"description":"IPv6 unicast prefix.","type":"object","properties":{"ipv6_address":{"description":"An IPv6 unicast address","type":"string","x-field-uid":1},"prefix_length":{"x-field-uid":2,"description":"The length of the prefix.","type":"integer","format":"uint32","maximum":128},"origin":{"x-field-uid":3,"description":"The origin of the prefix.","type":"string","x-enum":{"igp":{"x-field-uid":1},"egp":{"x-field-uid":2},"incomplete":{"x-field-uid":3}},"enum":["igp","egp","incomplete"]},"path_id":{"x-field-uid":4,"description":"The path id.","type":"integer","format":"uint32"},"ipv4_next_hop":{"x-field-uid":5,"description":"The IPv4 address of the egress interface.","type":"string","format":"ipv4"},"ipv6_next_hop":{"x-field-uid":6,"description":"The IPv6 address of the egress interface.","type":"string","format":"ipv6"},"communities":{"x-field-uid":7,"description":"Optional community attributes.","type":"array","items":{"$ref":"#/components/schemas/Result.BgpCommunity"}},"extended_communities":{"description":"Optional received Extended Community attributes. Each received Extended Community attribute is available for retrieval in two forms. Support of the 'raw' format in which all 8 bytes (16 hex characters) is always present and available for use. In addition, if supported by the implementation, the Extended Community attribute may also be retrieved in the  'structured' format which is an optional field.","type":"array","items":{"$ref":"#/components/schemas/Result.ExtendedCommunity"},"x-field-uid":11},"as_path":{"x-field-uid":8,"$ref":"#/components/schemas/Result.BgpAsPath"},"local_preference":{"x-field-uid":9,"description":"The local preference is a well-known attribute and the value is used for route selection. The route with the highest local preference value is preferred.","type":"integer","format":"uint32"},"multi_exit_discriminator":{"x-field-uid":10,"description":"The multi exit discriminator (MED) is an optional non-transitive attribute and the value is used for route selection. The route with the lowest MED value is preferred.","type":"integer","format":"uint32"}}},"Result.ExtendedCommunity":{"description":"Each received Extended Community attribute is available for retrieval in two forms. Support of the 'raw' format in which all 8 bytes (16 hex characters) is always present and available for use. In addition, if supported by the implementation, the Extended Community attribute may also be retrieved in the 'structured' format which is an optional field.","type":"object","properties":{"raw":{"description":"The raw byte contents of the 8 bytes received in the Extended Community as 16 hex characters.              ","type":"string","format":"hex","maxLength":16,"x-field-uid":1},"structured":{"x-field-uid":2,"$ref":"#/components/schemas/Result.ExtendedCommunityStructured"}}},"Result.ExtendedCommunityStructured":{"description":"The Extended Communities Attribute is a optional BGP attribute,defined in RFC4360 with the Type Code 16. \nCommunity and Extended Communities  attributes are utilized to trigger routing decisions, such as acceptance, rejection,  preference, or redistribution. \nAn extended community is an 8-bytes value. It is divided into two main parts. The first 2 bytes of the community  encode a type and optonal sub-type field.\nThe last 6 bytes (or 7 bytes for types without a sub-type) carry a unique set of data in a format defined by the type and optional sub-type field. \nExtended communities provide a larger  range for grouping or categorizing communities.","type":"object","properties":{"choice":{"type":"string","x-enum":{"transitive_2octet_as_type":{"x-field-uid":1},"transitive_ipv4_address_type":{"x-field-uid":2},"transitive_4octet_as_type":{"x-field-uid":3},"transitive_opaque_type":{"x-field-uid":4},"non_transitive_2octet_as_type":{"x-field-uid":5}},"x-field-uid":1,"enum":["transitive_2octet_as_type","transitive_ipv4_address_type","transitive_4octet_as_type","transitive_opaque_type","non_transitive_2octet_as_type"]},"transitive_2octet_as_type":{"x-field-uid":2,"$ref":"#/components/schemas/Result.ExtendedCommunity.Transitive2OctetAsType"},"transitive_ipv4_address_type":{"x-field-uid":3,"$ref":"#/components/schemas/Result.ExtendedCommunity.TransitiveIpv4AddressType"},"transitive_4octet_as_type":{"x-field-uid":4,"$ref":"#/components/schemas/Result.ExtendedCommunity.Transitive4OctetAsType"},"transitive_opaque_type":{"x-field-uid":5,"$ref":"#/components/schemas/Result.ExtendedCommunity.TransitiveOpaqueType"},"non_transitive_2octet_as_type":{"x-field-uid":6,"$ref":"#/components/schemas/Result.ExtendedCommunity.NonTransitive2OctetAsType"}}},"Result.ExtendedCommunity.Transitive2OctetAsType.RouteTarget":{"description":"The Route Target Community identifies one or more routers that may receive a set of routes (that carry this Community) carried by BGP Update message.  It is sent with sub-type as 0x02.            ","type":"object","properties":{"global_2byte_as":{"description":"The two octet IANA assigned AS value assigned to the Autonomous System.","type":"integer","format":"uint32","maximum":65535,"x-field-uid":1},"local_4byte_admin":{"type":"integer","format":"uint32","description":"The Local Administrator sub-field contains a number from a numbering space that is administered by the organization to which the Autonomous System number carried in the Global Administrator sub-field has been assigned by an appropriate authority.","x-field-uid":2}}},"Result.ExtendedCommunity.Transitive2OctetAsType.RouteOrigin":{"description":"The Route Origin Community identifies one or more routers that inject a set of routes (that carry this Community) into BGP. It is sent with sub-type as 0x03 .","type":"object","properties":{"global_2byte_as":{"description":"The two octet IANA assigned AS value assigned to the Autonomous System.","type":"integer","format":"uint32","maximum":65535,"x-field-uid":1},"local_4byte_admin":{"description":"The Local Administrator sub-field contains a number from a numbering space that is administered by the organization to which the Autonomous System number carried in the Global Administrator sub-field has been assigned by an appropriate authority.","type":"integer","format":"uint32","x-field-uid":2}}},"Result.ExtendedCommunity.Transitive2OctetAsType":{"description":"The Transitive Two-Octet AS-Specific Extended Community is sent as type 0x00 .         ","type":"object","properties":{"choice":{"type":"string","x-enum":{"route_target_subtype":{"x-field-uid":1},"route_origin_subtype":{"x-field-uid":2}},"x-field-uid":1,"enum":["route_target_subtype","route_origin_subtype"]},"route_target_subtype":{"x-field-uid":2,"$ref":"#/components/schemas/Result.ExtendedCommunity.Transitive2OctetAsType.RouteTarget"},"route_origin_subtype":{"x-field-uid":3,"$ref":"#/components/schemas/Result.ExtendedCommunity.Transitive2OctetAsType.RouteOrigin"}}},"Result.ExtendedCommunity.TransitiveIpv4AddressType.RouteOrigin":{"description":"The Route Origin Community identifies one or more routers that inject a set of routes (that carry this Community) into BGP It is sent with sub-type as 0x03.","type":"object","properties":{"global_ipv4_admin":{"description":"An IPv4 unicast address assigned by one of the Internet registries.            ","type":"string","format":"ipv4","x-field-uid":1},"local_2byte_admin":{"description":"The Local Administrator sub-field contains a number from a numbering space that is administered by the organization to which  the IP address carried in the Global Administrator sub-field has been assigned by an appropriate authority.","type":"integer","format":"uint32","maximum":65535,"x-field-uid":2}}},"Result.ExtendedCommunity.TransitiveIpv4AddressType.RouteTarget":{"description":"The Route Target Community identifies one or more routers that may receive a set of routes (that carry this Community) carried by BGP.  It is sent with sub-type as 0x02.             ","type":"object","properties":{"global_ipv4_admin":{"description":"An IPv4 unicast address assigned by one of the Internet registries. ","type":"string","format":"ipv4","x-field-uid":1},"local_2byte_admin":{"type":"integer","format":"uint32","maximum":65535,"description":"The Local Administrator sub-field contains a number from a numbering space that is administered by the organization to which  the IP address carried in the Global Administrator sub-field has been assigned by an appropriate authority.","x-field-uid":2}}},"Result.ExtendedCommunity.TransitiveIpv4AddressType":{"description":"The Transitive IPv4 Address Specific Extended Community is sent as type 0x01.","type":"object","properties":{"choice":{"type":"string","x-enum":{"route_target_subtype":{"x-field-uid":1},"route_origin_subtype":{"x-field-uid":2}},"x-field-uid":1,"enum":["route_target_subtype","route_origin_subtype"]},"route_target_subtype":{"x-field-uid":2,"$ref":"#/components/schemas/Result.ExtendedCommunity.TransitiveIpv4AddressType.RouteTarget"},"route_origin_subtype":{"x-field-uid":3,"$ref":"#/components/schemas/Result.ExtendedCommunity.TransitiveIpv4AddressType.RouteOrigin"}}},"Result.ExtendedCommunity.Transitive4OctetAsType.RouteTarget":{"description":"The Route Target Community identifies one or more routers that may receive a set of routes (that carry this Community) carried by BGP.  It is sent with sub-type as 0x02              ","type":"object","properties":{"global_4byte_as":{"description":"The four octet IANA assigned AS value assigned to the Autonomous System.","type":"integer","format":"uint32","x-field-uid":1},"local_2byte_admin":{"type":"integer","format":"uint32","maximum":65535,"description":"The Local Administrator sub-field contains a number from a numbering space that is administered by the organization to which the Autonomous System number carried in the Global Administrator sub-field has been assigned by an appropriate authority.","x-field-uid":2}}},"Result.ExtendedCommunity.Transitive4OctetAsType.RouteOrigin":{"description":"The Route Origin Community identifies one or more routers that inject a set of routes (that carry this Community) into BGP. It is sent with sub-type as 0x03.","type":"object","properties":{"global_4byte_as":{"description":"The four octet IANA assigned AS value assigned to the Autonomous System.","type":"integer","format":"uint32","x-field-uid":1},"local_2byte_admin":{"description":"The Local Administrator sub-field contains a number from a numbering space that is administered by the organization to which the Autonomous System number carried in the Global Administrator sub-field has been assigned by an appropriate authority.","type":"integer","format":"uint32","maximum":65535,"x-field-uid":2}}},"Result.ExtendedCommunity.Transitive4OctetAsType":{"description":"The Transitive Four-Octet AS-Specific Extended Community is sent as type 0x02. It is defined in RFC 5668.       ","type":"object","properties":{"choice":{"type":"string","x-enum":{"route_target_subtype":{"x-field-uid":1},"route_origin_subtype":{"x-field-uid":2}},"x-field-uid":1,"enum":["route_target_subtype","route_origin_subtype"]},"route_target_subtype":{"x-field-uid":2,"$ref":"#/components/schemas/Result.ExtendedCommunity.Transitive4OctetAsType.RouteTarget"},"route_origin_subtype":{"x-field-uid":3,"$ref":"#/components/schemas/Result.ExtendedCommunity.Transitive4OctetAsType.RouteOrigin"}}},"Result.ExtendedCommunity.TransitiveOpaqueType.Color":{"description":"The Color Community contains locally administrator defined 'color' value which is used in conjunction with Encapsulation  attribute to decide whether a data packet can be transmitted on a certain tunnel or not. It is defined in RFC9012 and sent with sub-type as 0x0b.             ","type":"object","properties":{"flags":{"description":"Two octet flag values. ","type":"integer","format":"uint32","maximum":65535,"x-field-uid":1},"color":{"type":"integer","format":"uint32","description":"The color value is user defined and configured locally and used to determine whether a data packet can be transmitted on a certain tunnel or not\nin conjunction with the Encapsulation attribute. It is defined in RFC9012.           ","x-field-uid":2}}},"Result.ExtendedCommunity.TransitiveOpaqueType.Encapsulation":{"description":"This identifies the type of tunneling technology being signalled. It is defined in RFC9012 and sent with sub-type as 0x0c.","type":"object","properties":{"reserved":{"description":"Four bytes of reserved values. Normally set to 0 on transmit and ignored on receive. ","type":"integer","format":"uint32","x-field-uid":1},"tunnel_type":{"description":"Identifies the type of tunneling technology being signalled. Initially defined in RFC5512 and extended in RFC9012.\nSome of the important tunnel types include \n- 1 L2TPv3 over IP\t[RFC9012],           \n- 2\tGRE\t[RFC9012],          \n- 7\tIP in IP\t[RFC9012],\n- 8\tVXLAN Encapsulation\t[RFC8365],\n- 9\tNVGRE Encapsulation\t[RFC8365],\n- 10\tMPLS Encapsulation\t[RFC8365],\n- 15\tSR TE Policy Type\t[draft-ietf-idr-segment-routing-te-policy],\n- 19\tGeneve Encapsulation\t[RFC8926]","type":"integer","format":"uint32","maximum":65535,"x-field-uid":2}}},"Result.ExtendedCommunity.TransitiveOpaqueType":{"description":"The Transitive Opaque Extended Community is sent as type 0x03.","type":"object","properties":{"choice":{"type":"string","x-enum":{"color_subtype":{"x-field-uid":1},"encapsulation_subtype":{"x-field-uid":2}},"x-field-uid":1,"enum":["color_subtype","encapsulation_subtype"]},"color_subtype":{"x-field-uid":2,"$ref":"#/components/schemas/Result.ExtendedCommunity.TransitiveOpaqueType.Color"},"encapsulation_subtype":{"x-field-uid":3,"$ref":"#/components/schemas/Result.ExtendedCommunity.TransitiveOpaqueType.Encapsulation"}}},"Result.ExtendedCommunity.NonTransitive2OctetAsType.LinkBandwidth":{"description":"The Link Bandwidth Extended Community attribute is defined in draft-ietf-idr-link-bandwidth. It is sent with sub-type as 0x04.","type":"object","properties":{"global_2byte_as":{"description":"The value of the Global Administrator subfield should represent the Autonomous System of the router that attaches the Link Bandwidth Community. If four octet AS numbering scheme is used, AS_TRANS (23456) should be used.","type":"integer","format":"uint32","maximum":65535,"x-field-uid":1},"bandwidth":{"description":"Bandwidth of the link in bytes per second. ( 1 Kbps is 1000 bytes per second and 1 Mbps is 1000 Kbps per second )","type":"number","format":"float","x-field-uid":2}}},"Result.ExtendedCommunity.NonTransitive2OctetAsType":{"description":"The Non-Transitive Two-Octet AS-Specific Extended Community is sent as type 0x40.         ","type":"object","properties":{"choice":{"type":"string","x-enum":{"link_bandwidth_subtype":{"x-field-uid":1}},"x-field-uid":1,"enum":["link_bandwidth_subtype"]},"link_bandwidth_subtype":{"x-field-uid":2,"$ref":"#/components/schemas/Result.ExtendedCommunity.NonTransitive2OctetAsType.LinkBandwidth"}}},"Result.BgpCommunity":{"description":"BGP communities provide additional capability for tagging routes and  for modifying BGP routing policy on upstream and downstream routers. BGP community is a 32-bit number which is broken into 16-bit AS number and  a 16-bit custom value.","type":"object","properties":{"type":{"description":"The type of community AS number. If community type is manual_as_number then as_number and as_custom will be available.","type":"string","x-field-uid":1,"x-enum":{"manual_as_number":{"x-field-uid":1},"no_export":{"x-field-uid":2},"no_advertised":{"x-field-uid":3},"no_export_subconfed":{"x-field-uid":4},"llgr_stale":{"x-field-uid":5},"no_llgr":{"x-field-uid":6}},"enum":["manual_as_number","no_export","no_advertised","no_export_subconfed","llgr_stale","no_llgr"]},"as_number":{"description":"First two octets of 32 bit community AS number.","type":"integer","format":"uint32","maximum":65535,"x-field-uid":2},"as_custom":{"description":"Last two octets of the community value. ","type":"integer","format":"uint32","maximum":65535,"x-field-uid":3}}},"Result.BgpAsPath":{"description":"This attribute identifies the autonomous systems through  which routing information carried in this UPDATE message has passed.","type":"object","properties":{"segments":{"description":"AS Path segments present in the received AS Path attribute. ","type":"array","items":{"$ref":"#/components/schemas/Result.BgpAsPathSegment"},"x-field-uid":1}}},"Result.BgpAsPathSegment":{"description":"Configuration for a single BGP AS path segment","type":"object","properties":{"type":{"description":"AS sequence is the most common type of AS_PATH, it contains the  list of ASNs starting with the most recent ASN being added read  from left to right.\nThe other three AS_PATH types are used for Confederations - AS_SET is the type of AS_PATH attribute that summarizes routes using using the aggregate-address command, allowing AS_PATHs to be  summarized in the update as well. - AS_CONFED_SEQ gives the list of ASNs in the path starting with the  most recent ASN to be added reading left to right - AS_CONFED_SET will allow summarization of multiple AS PATHs to be  sent in BGP Updates.","type":"string","x-field-uid":1,"x-enum":{"as_seq":{"x-field-uid":1},"as_set":{"x-field-uid":2},"as_confed_seq":{"x-field-uid":3},"as_confed_set":{"x-field-uid":4}},"enum":["as_seq","as_set","as_confed_seq","as_confed_set"]},"as_numbers":{"description":"The AS numbers in this AS path segment.","type":"array","items":{"type":"integer","format":"uint32"},"x-field-uid":2}}},"IsisLsps.State.Request":{"description":"The request to retrieve ISIS Link State PDU (LSP) information learned by the router.","type":"object","properties":{"isis_router_names":{"description":"The names of ISIS routers for which learned information is requested. An empty list will return results for all ISIS routers.\n\nx-constraint:\n- /components/schemas/Device.IsisRouter/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.IsisRouter/properties/name"],"x-field-uid":1}}},"IsisLsps.State":{"description":"The result of ISIS LSP information that are retrieved.","type":"object","properties":{"isis_router_name":{"description":"The name of the ISIS Router.","type":"string","x-field-uid":1},"lsps":{"description":"One or more LSPs that are learned by this ISIS router.","type":"array","items":{"$ref":"#/components/schemas/IsisLsp.State"},"x-field-uid":2}}},"IsisLsp.State":{"description":"ISIS LSP.","type":"object","required":["lsp_id"],"properties":{"lsp_id":{"description":"LSP ID in the format, e.g. '640000000001-00-00'. LSP ID consists of the System ID of a neighbor, the Pseudonode ID, and the LSP number. The last two bytes represent Pseudonode ID and LSP number respectively. A pseudonode is a logical representation of the LAN which is generated by a Designated Intermediate System (DIS) on a LAN segment. If one LSP exceeds the maximum LSP size then it is sent in another LSP with the LSP number incremented by one. A router's learned LSP gets refreshed by 'remaining_lifetime'. Then the sequence number is incremented by 1.","type":"string","x-field-uid":1},"pdu_type":{"description":"Link State PDU type.","type":"string","x-field-uid":2,"x-enum":{"level_1":{"x-field-uid":1},"level_2":{"x-field-uid":2}},"enum":["level_1","level_2"]},"remaining_lifetime":{"description":"Remaining lifetime in seconds before LSP expires.","type":"integer","format":"uint32","x-field-uid":3},"sequence_number":{"description":"Sequence number of the LSP.","type":"integer","format":"uint64","x-field-uid":4},"pdu_length":{"description":"Total length of the LSP.","type":"integer","format":"uint32","maximum":65535,"x-field-uid":5},"flags":{"description":"LSP Type-Block flags.","$ref":"#/components/schemas/IsisLsp.Flags","x-field-uid":6},"is_type":{"description":"IS Type - bits 1 and 2 indicate the type of Intermediate System.\n1 - ( i.e. bit 1 set) Level 1 Intermediate system.\n2 - Unused value.\n3 - (i.e. bits 1 and 2 set) Level 2 Intermediate system. ","type":"integer","format":"uint32","maximum":3,"x-field-uid":7},"tlvs":{"description":"It refers to Link State PDU State TLVs container.","$ref":"#/components/schemas/IsisLsp.Tlvs","x-field-uid":8}}},"IsisLsp.Tlvs":{"description":"This contains the list of TLVs present in one LSP.","type":"object","properties":{"hostname_tlvs":{"description":"Array of Hostname TLVs ( type 137) present in this LSP.","type":"array","items":{"$ref":"#/components/schemas/IsisLsp.Hostname"},"x-field-uid":1},"is_reachability_tlvs":{"description":"Array of IS-Reachability TLVs (type 2) present in this LSP.","type":"array","items":{"$ref":"#/components/schemas/IsisLsp.IsReachabilityTlv"},"x-field-uid":2},"extended_is_reachability_tlvs":{"description":"Array of Extended IS-Reachability TLVs (type 22) present in this LSP.","type":"array","items":{"$ref":"#/components/schemas/IsisLsp.ExtendedIsReachabilityTlv"},"x-field-uid":3},"ipv4_internal_reachability_tlvs":{"description":"Array of IPv4 Internal Reachability TLVs (type 128) present in this LSP.","type":"array","items":{"$ref":"#/components/schemas/IsisLsp.Ipv4InternalReachabilityTlv"},"x-field-uid":4},"ipv4_external_reachability_tlvs":{"description":"Array of IPv4 External Reachability TLVs (type 130) present in this LSP.","type":"array","items":{"$ref":"#/components/schemas/IsisLsp.Ipv4ExternalReachabilityTlv"},"x-field-uid":5},"extended_ipv4_reachability_tlvs":{"description":"Array of IPv4 Extended Reachability TLVs (type 135) present in this LSP.","type":"array","items":{"$ref":"#/components/schemas/IsisLsp.ExtendedIpv4ReachabilityTlv"},"x-field-uid":6},"ipv6_reachability_tlvs":{"description":"Array of IPv6 Reachability TLVs (type 236) present in this LSP.","type":"array","items":{"$ref":"#/components/schemas/IsisLsp.Ipv6ReachabilityTlv"},"x-field-uid":7}}},"IsisLsp.Hostname":{"description":"It contains Hostname for the TLV 137.","type":"object","properties":{"hostname":{"description":"Hostname for an ISIS router.","type":"string","x-field-uid":1}}},"IsisLsp.Flags":{"description":"LSP Type flags.","type":"object","properties":{"partition_repair":{"description":"When set, the originator supports partition repair.","type":"boolean","x-field-uid":1},"attached_error":{"description":"When set, the originator is attached to another area using the referred metric.","type":"boolean","x-field-uid":2},"attached_expense":{"description":"When set, the originator is attached to another\narea using the referred metric.","type":"boolean","x-field-uid":3},"attached_delay":{"description":"Delay Metric - when set, the originator is attached to another\narea using the referred metric.","type":"boolean","x-field-uid":4},"attached_default":{"description":"Default Metric - when set, the originator is attached to another\narea using the referred metric.","type":"boolean","x-field-uid":5},"overload":{"description":"Overload bit - when set, the originator is overloaded, and must\nbe avoided in path calculation.","type":"boolean","x-field-uid":6}}},"IsisLsp.IsReachabilityTlv":{"description":"This container describes list of ISIS neighbors and attributes in IS-Reachability TLV (type 2).","type":"object","properties":{"neighbors":{"description":"This container describes Intermediate System (IS) neighbors.","type":"array","items":{"$ref":"#/components/schemas/IsisLsp.neighbor"},"x-field-uid":1}}},"IsisLsp.ExtendedIsReachabilityTlv":{"description":"This is list of ISIS neighbors and attributes in Extended-IS-Reachability TLV (type 22).","type":"object","properties":{"neighbors":{"description":"This container describes IS neighbors.","type":"array","items":{"$ref":"#/components/schemas/IsisLsp.neighbor"},"x-field-uid":1}}},"IsisLsp.neighbor":{"description":"This contains IS neighbors.","type":"object","properties":{"system_id":{"description":"The System ID for this emulated ISIS router, e.g. \"640100010000\".","type":"string","format":"hex","x-field-uid":1}}},"IsisLsp.Ipv4InternalReachabilityTlv":{"description":"This container defines list of IPv4 internal reachability information in one IPv4 internal reachability TLV.\nThis is advertised when the origin-type is set 'internal' in route range configurations.","type":"object","properties":{"prefixes":{"description":"Describes list of IPv4 prefixes in this TLV.","type":"array","items":{"$ref":"#/components/schemas/IsisLsp.V4Prefix"},"x-field-uid":1}}},"IsisLsp.Ipv4ExternalReachabilityTlv":{"description":"This container defines list of IPv4 external reachability information in one IPv4 external reachability TLV.\nThis is advertised when the origin-type is set 'external' in route range configurations.","type":"object","properties":{"prefixes":{"description":"Describes list of IPv4 prefixes in this TLV..","type":"array","items":{"$ref":"#/components/schemas/IsisLsp.V4Prefix"},"x-field-uid":1}}},"IsisLsp.V4Prefix":{"description":"This group defines attributes of an IPv4 standard prefix.","type":"object","properties":{"ipv4_address":{"description":"An IPv4 unicast prefix reachable via the originator of this LSP.","type":"string","x-field-uid":1},"prefix_length":{"description":"The length of the IPv4 prefix.","type":"integer","format":"uint32","maximum":32,"x-field-uid":2},"redistribution_type":{"description":"Up (0)-used when a prefix is initially advertised within the ISIS L3 hierarchy, \n  and for all other prefixes in L1 and L2 LSPs. (default) \nDown (1)-used when an L1/L2 router advertises L2 prefixes in L1 LSPs. \nThe prefixes are being advertised from a higher level (L2) down to a lower level (L1). ","type":"string","x-field-uid":3,"x-enum":{"up":{"x-field-uid":1},"down":{"x-field-uid":2}},"enum":["up","down"]},"default_metric":{"description":"ISIS default metric value.","type":"integer","format":"uint32","x-field-uid":4},"origin_type":{"description":"The origin of the advertised route-internal or external to the ISIS area. Options include the following: \n  Internal-for intra-area routes, through Level 1 LSPs. \n  External-for inter-area routes redistributed within L1, through Level\n1 LSPs.","type":"string","x-field-uid":5,"x-enum":{"internal":{"x-field-uid":1},"external":{"x-field-uid":2}},"enum":["internal","external"]}}},"IsisLsp.ExtendedIpv4ReachabilityTlv":{"description":"This container defines list of IPv4 extended reachability information in one Extended IPv4 External Reachability TLV.\nIt is advertised when the 'wide metric' is enabled.","type":"object","properties":{"prefixes":{"description":"IPv4 prefix contained within extended reachability TLVs.","type":"array","items":{"$ref":"#/components/schemas/IsisLsp.ExtendedV4Prefix"},"x-field-uid":1}}},"IsisLsp.ExtendedV4Prefix":{"description":"This group defines attributes of an IPv4 standard prefix.","type":"object","properties":{"ipv4_address":{"description":"An IPv4 unicast prefix reachable via the originator of this LSP.","type":"string","format":"ipv4","x-field-uid":1},"prefix_length":{"description":"The length of the IPv4 prefix.","type":"integer","format":"uint32","maximum":32,"x-field-uid":2},"metric":{"description":"ISIS wide metric.","type":"integer","format":"uint32","x-field-uid":3},"redistribution_type":{"description":"Up (0)-used when a prefix is initially advertised within the ISIS L3 hierarchy, \n  and for all other prefixes in L1 and L2 LSPs. (default) \nDown (1)-used when an L1/L2 router advertises L2 prefixes in L1 LSPs. \nThe prefixes are being advertised from a higher level (L2) down to a lower level (L1). ","type":"string","x-field-uid":4,"x-enum":{"up":{"x-field-uid":1},"down":{"x-field-uid":2}},"enum":["up","down"]},"prefix_attributes":{"$ref":"#/components/schemas/IsisLsp.PrefixAttributes","x-field-uid":5}}},"IsisLsp.Ipv6ReachabilityTlv":{"description":"It defines list of IPv6 extended reachability information in one IPv6 Reachability TLV.","type":"object","properties":{"prefixes":{"description":"IPv6 prefix contained within reachability TLVs.","type":"array","items":{"$ref":"#/components/schemas/IsisLsp.V6Prefix"},"x-field-uid":1}}},"IsisLsp.V6Prefix":{"description":"It defines attributes of an IPv6 standard prefix.","type":"object","properties":{"ipv6_address":{"description":"An IPv6 unicast prefix reachable via the originator of this LSP.","type":"string","format":"ipv6","x-field-uid":1},"prefix_length":{"description":"The length of the IPv6 prefix.","type":"integer","format":"uint32","maximum":128,"x-field-uid":2},"metric":{"description":"ISIS wide metric.","type":"integer","format":"uint32","x-field-uid":3},"redistribution_type":{"description":"Up (0)-used when a prefix is initially advertised within the ISIS L3 hierarchy, \n  and for all other prefixes in L1 and L2 LSPs. (default) \nDown (1)-used when an L1/L2 router advertises L2 prefixes in L1 LSPs. \nThe prefixes are being advertised from a higher level (L2) down to a lower level (L1). ","type":"string","x-field-uid":4,"x-enum":{"up":{"x-field-uid":1},"down":{"x-field-uid":2}},"enum":["up","down"]},"origin_type":{"description":"The origin of the advertised route-internal or external to the ISIS area. Options include the following: \n  Internal-for intra-area routes, through Level 1 LSPs. \n  External-for inter-area routes redistributed within L1, through Level\n1 LSPs.","type":"string","x-field-uid":5,"x-enum":{"internal":{"x-field-uid":1},"external":{"x-field-uid":2}},"enum":["internal","external"]},"prefix_attributes":{"$ref":"#/components/schemas/IsisLsp.PrefixAttributes","x-field-uid":6}}},"IsisLsp.PrefixAttributes":{"description":"This contains the properties of ISIS Prefix attributes for  the extended IPv4 and IPv6 reachability. https://www.rfc-editor.org/rfc/rfc7794.html","type":"object","properties":{"x_flag":{"description":"External Prefix Flag (Bit 0)","type":"boolean","x-field-uid":1},"r_flag":{"description":"Re-advertisement Flag (Bit 1)","type":"boolean","x-field-uid":2},"n_flag":{"description":"Node Flag (Bit 2)","type":"boolean","x-field-uid":3}}},"LldpNeighbors.State.Request":{"description":"The request to retrieve LLDP neighbor information for a given instance.","type":"object","properties":{"lldp_names":{"description":"The names of LLDP instances for which neighbor information will be retrieved. If no names are specified then the results will contain neighbor information for all configured LLDP instances.\n\nx-constraint:\n- /components/schemas/Lldp/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Lldp/properties/name"],"x-field-uid":1},"neighbor_id_filters":{"description":"Specify the neighbors for which information will be returned. If empty  or missing then information for all neighbors will be returned.","type":"array","items":{"type":"string"},"x-field-uid":2}}},"LldpNeighbors.State":{"description":"LLDP neighbor information.","type":"object","properties":{"lldp_name":{"description":"The name of the LLDP instance.","type":"string","x-field-uid":1},"system_name":{"description":"The system name field shall contain an alpha-numeric string that  indicates the system's administratively assigned name. The system name  should be the system's fully qualified domain name. If implementations  support IETF RFC 3418, the sysName object should be used for this field.","type":"string","x-field-uid":2},"system_description":{"description":"The system description field shall contain an alpha-numeric string that  is the textual description of the network entity. The system description  should include the full name and version identification of the system's  hardware type, software operating system, and networking software. If  implementations support IETF RFC 3418, the sysDescr object should be used  for this field.","type":"string","x-field-uid":3},"chassis_id":{"description":"The Chassis ID is a mandatory TLV which identifies the chassis component of  the endpoint identifier associated with the transmitting LLDP agent.","type":"string","x-field-uid":4},"chassis_id_type":{"description":"This field identifies the format and source of the chassis identifier string.  It is an enumerator defined by the LldpChassisIdSubtype object from IEEE 802.1AB  MIB.","type":"string","x-enum":{"port_component":{"x-field-uid":1},"network_address":{"x-field-uid":2},"chassis_component":{"x-field-uid":3},"mac_address":{"x-field-uid":4},"interface_name":{"x-field-uid":5},"local":{"x-field-uid":6},"interface_alias":{"x-field-uid":7}},"x-field-uid":5,"enum":["port_component","network_address","chassis_component","mac_address","interface_name","local","interface_alias"]},"neighbor_id":{"description":"System generated identifier for the neighbor on the LLDP instance.","type":"string","x-field-uid":6},"age":{"description":"Age since discovery in seconds.","type":"integer","format":"uint32","x-field-uid":7},"last_update":{"description":"Seconds since last update received.","type":"integer","format":"uint32","x-field-uid":8},"ttl":{"description":"The time-to-live (TTL) in seconds is a mandatory TLV which indicates how long information from the neighbor  should be considered valid.","type":"integer","format":"uint32","x-field-uid":9},"port_id":{"description":"The Port ID is a mandatory TLV which identifies the port component of the endpoint identifier associated with  the transmitting LLDP agent. If the specified port is an IEEE 802.3 Repeater port, then this TLV is optional.","type":"string","x-field-uid":10},"port_id_type":{"description":"This field identifies the format and source of the port identifier string. It is an enumerator defined by the PtopoPortIdType object from RFC2922.","type":"string","x-enum":{"port_component":{"x-field-uid":1},"network_address":{"x-field-uid":2},"agent_circuit_id":{"x-field-uid":3},"mac_address":{"x-field-uid":4},"interface_name":{"x-field-uid":5},"local":{"x-field-uid":6},"interface_alias":{"x-field-uid":7}},"x-field-uid":11,"enum":["port_component","network_address","agent_circuit_id","mac_address","interface_name","local","interface_alias"]},"port_description":{"description":"The binary string containing the actual port identifier for the port which this LLDP PDU was transmitted. The source  and format of this field is defined by PtopoPortId from RFC2922.","type":"string","x-field-uid":12},"management_address":{"description":"The Management Address is a mandatory TLV which identifies a network address associated with the local LLDP agent, which  can be used to reach the agent on the port identified in the Port ID TLV.","type":"string","x-field-uid":13},"management_address_type":{"description":"The enumerated value for the network address type identified in this TLV. This enumeration is defined in the 'Assigned Numbers'  RFC [RFC3232] and the ianaAddressFamilyNumbers object.","type":"string","x-field-uid":14},"custom_tlvs":{"type":"array","items":{"$ref":"#/components/schemas/LldpCustomTLV.State"},"x-field-uid":15},"capabilities":{"type":"array","items":{"$ref":"#/components/schemas/LldpCapability.State"},"x-field-uid":16}}},"LldpCustomTLV.State":{"description":"Custom TLV received from a neighbor.Custom TLVs are organization specific TLVs advertised with TLV type 127.","type":"object","properties":{"custom_type":{"description":"The integer value identifying the type of information contained in the value field.","type":"integer","format":"uint32","x-field-uid":1},"oui":{"description":"The organizationally unique identifier field shall contain the organization's OUI as defined in Clause 9 of IEEE Std 802. The high-order octet is 0 and the low-order 3 octets are the SMI Network Management Private Enterprise Code of the Vendor in network byte order,  as defined in the 'Assigned Numbers' RFC [RFC3232].","type":"string","x-field-uid":2},"oui_subtype":{"description":"The organizationally defined subtype field shall contain a unique subtype value assigned by the defining organization.","type":"integer","format":"uint32","x-field-uid":3},"information":{"description":"Contains information on the remaining bytes of the received Organization-Specific TLV after the sub-type field. The value must be returned in lowercase hexadecimal format.","type":"string","x-field-uid":4}}},"LldpCapability.State":{"description":"LLDP system capability advertised by the neighbor","type":"object","properties":{"capability_name":{"description":"Name of the system capability advertised by the neighbor. Capabilities are represented in a bitmap that defines the primary functions of the system.  The capabilities are defined in IEEE 802.1AB.","type":"string","x-enum":{"mac_bridge":{"x-field-uid":1},"two_port_mac_relay":{"x-field-uid":2},"repeater":{"x-field-uid":3},"docsis_cable_device":{"x-field-uid":4},"s_vlan":{"x-field-uid":5},"telephone":{"x-field-uid":6},"other":{"x-field-uid":7},"router":{"x-field-uid":8},"c_vlan":{"x-field-uid":9},"station_only":{"x-field-uid":10},"wlan_access_point":{"x-field-uid":11}},"x-field-uid":1,"enum":["mac_bridge","two_port_mac_relay","repeater","docsis_cable_device","s_vlan","telephone","other","router","c_vlan","station_only","wlan_access_point"]},"capability_enabled":{"description":"Indicates whether the corresponding system capability is enabled on the neighbor.","type":"boolean","x-field-uid":2}}},"RsvpLsps.State.Request":{"description":"The request to retrieve RSVP Label Switched Path (LSP) information learned by the router.","type":"object","properties":{"rsvp_router_names":{"description":"The names of RSVP-TE routers for which learned information is requested. An empty list will return results for all RSVP=TE routers.\n\nx-constraint:\n- /components/schemas/Device.Rsvp/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.Rsvp/properties/name"],"x-field-uid":1}}},"RsvpLsps.State":{"description":"Discovered IPv4 Point-to-Point LSPs of a RSVP-TE router.","type":"object","properties":{"rsvp_router_name":{"description":"The name of the RSVP-TE Router.","type":"string","x-field-uid":1},"ipv4_lsps":{"description":"IPv4 Point-to-Point RSVP-TE Discovered LSPs.","type":"array","items":{"$ref":"#/components/schemas/RsvpIPv4Lsp.State"},"x-field-uid":2}}},"RsvpIPv4Lsp.State":{"description":"IPv4 RSVP-TE Discovered LSPs.","type":"object","properties":{"source_address":{"description":"The origin IPv4 address of RSVP session.","type":"string","format":"ipv4","x-field-uid":1},"destination_address":{"description":"The IPv4 destination address of RSVP session.","type":"string","format":"ipv4","x-field-uid":2},"lsp":{"description":"It refers to the RSVP LSP properties.","$ref":"#/components/schemas/RsvpLsp.State","x-field-uid":3},"rros":{"description":"It refers to RSVP RRO objects container.","items":{"$ref":"#/components/schemas/RsvpLsp.Ipv4Rro"},"type":"array","x-field-uid":4},"eros":{"description":"It refers to RSVP ERO objects container.","items":{"$ref":"#/components/schemas/RsvpLsp.Ipv4Ero"},"type":"array","x-field-uid":5}}},"RsvpLsp.State":{"description":"IPv4 RSVP-TE Discovered LSPs.","type":"object","properties":{"tunnel_id":{"description":"The tunnel id of RSVP session which acts as an identifier that remains constant over the life of the tunnel.","type":"integer","format":"uint32","x-field-uid":1},"lsp_id":{"description":"The lsp-id of RSVP session which acts as a differentiator for two lsps originating from the same headend, commonly used to distinguish RSVP sessions during make before break operations.","type":"integer","format":"uint32","x-field-uid":2},"session_name":{"description":"The value of RSVP-TE Session Name field of the Session Attribute object.","type":"string","x-field-uid":3},"label_in":{"description":"The label received by RSVP-TE ingress.","type":"integer","format":"uint32","x-field-uid":4},"label_out":{"description":"The label assigned by RSVP-TE egress.","type":"integer","format":"uint32","x-field-uid":5},"session_status":{"description":"Operational state of the RSVP LSP.","type":"string","x-field-uid":6,"x-enum":{"up":{"x-field-uid":1},"down":{"x-field-uid":2}},"enum":["up","down"]},"last_flap_reason":{"description":"The reason for the last flap of this RSVP session.","type":"string","x-field-uid":7,"x-enum":{"resv_tear":{"x-field-uid":1},"path_tear":{"x-field-uid":2},"path_timeout":{"x-field-uid":3}},"enum":["resv_tear","path_tear","path_timeout"]},"up_time":{"description":"The tunnel UP time in milli seconds. If the tunnel is DOWN the UP time will be zero.","type":"integer","format":"uint64","x-field-uid":8}}},"RsvpLsp.Ipv4Rro":{"description":"This contains the list of Record Route Object(RRO) objects associated with the traffic engineering tunnel. The  Record Route Object(RRO) is used in RSVP-TE to record the route traversed by the LSP. The RRO might be present in both   Path message and Resv message, the RRO stores the IP addresses of the routers that the traffic engineering tunnel  traversed and also the label generated and distributed by the routers. The RROs in the Resv message mirrors that of  the Path message, the only difference is that the RRO in a Resv message records the path information in the reverse  direction. ","properties":{"address":{"description":"The IPv4 addresses of the routers that the traffic engineering tunnel traversed.","type":"string","format":"ipv4","x-field-uid":1},"reported_label":{"description":"Label reported for RRO hop. When the Label_Recording flag is set in the Session Attribute object, nodes doing route recording should include the Label Record subobject containing the reported label. ","type":"integer","format":"uint32","x-field-uid":2}}},"RsvpLsp.Ipv4Ero":{"description":"This contains the list of sub-objects included in the Explicit Route Object(ERO) object send in the PATH message from the ingress. These sub-objects contain the intermediate hops to be traversed by the LSP while being forwarded  towards the egress endpoint.","type":"object","properties":{"prefix":{"description":"The IPv4 prefix indicated by the ERO. Specified only when the ERO hop is an IPv4 prefix.","type":"string","format":"ipv4","x-field-uid":1},"asn":{"description":"The autonomous system number indicated by the ERO. Specified only when the ERO hop is an  2 or 4-byte AS number.","type":"integer","format":"uint32","x-field-uid":2},"type":{"description":"The type indicated by the ERO.","type":"string","x-field-uid":3,"x-enum":{"ipv4":{"x-field-uid":1},"ipv6":{"x-field-uid":2},"asn":{"x-field-uid":3},"asn4":{"x-field-uid":4},"label":{"x-field-uid":5},"unnumbered_interface":{"x-field-uid":6}},"enum":["ipv4","ipv6","asn","asn4","label","unnumbered_interface"]}}},"Dhcpv4Interface.State.Request":{"description":"The request for assigned IPv4 address information associated with DHCP Client sessions.","type":"object","properties":{"dhcp_client_names":{"description":"The names of DHCPv4 client to return results for. An empty list will return results for all DHCPv4 Client address information.\n\nx-constraint:\n- /components/schemas/Device.Dhcpv4client/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.Dhcpv4client/properties/name"],"x-field-uid":1}}},"Dhcpv4Interface.State":{"description":"The IPv4 address associated with this DHCP Client session.","type":"object","properties":{"dhcp_client_name":{"description":"The name of a DHCPv4 Client.","type":"string","x-field-uid":1},"ipv4_address":{"description":"The IPv4 address associated with this DHCP Client session.","type":"string","x-field-uid":2},"prefix_length":{"description":"The length of the prefix.","type":"integer","format":"uint32","maximum":32,"x-field-uid":3},"gateway_address":{"description":"The Gateway Ipv4 address associated with this DHCP Client session.","type":"string","x-field-uid":4},"lease_time":{"description":"The duration of the IPv4 address lease, in seconds.","type":"integer","format":"uint32","x-field-uid":5},"renew_time":{"description":"Time in seconds until the DHCPv4 client starts renewing the lease.","type":"integer","format":"uint32","x-field-uid":6},"rebind_time":{"description":"Time in seconds until the DHCPv4 client starts rebinding.","type":"integer","format":"uint32","x-field-uid":7}}},"Dhcpv4Lease.State.Request":{"description":"The request to retrieve DHCP Server host allocated status.","type":"object","properties":{"dhcp_server_names":{"description":"The names of DHCPv4 server to return results for. An empty list will return results for all DHCPv4 servers.\n\nx-constraint:\n- /components/schemas/Device.Dhcpv4server/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.Dhcpv4server/properties/name"],"x-field-uid":1}}},"Dhcpv4Leases.State":{"description":"Lease information of DHCP Server.","type":"object","properties":{"dhcp_server_name":{"description":"The name of a DHCP Server.","type":"string","x-field-uid":1},"leases":{"type":"array","items":{"$ref":"#/components/schemas/Dhcpv4Lease.State"},"x-field-uid":2}}},"Dhcpv4Lease.State":{"description":"IPv4 address lease state.","type":"object","properties":{"address":{"description":"The IPv4 address associated with this lease.","type":"string","x-field-uid":1},"valid_time":{"description":"The time in seconds after which the IPv4 address lease will expire.","type":"integer","format":"uint32","x-field-uid":2},"preferred_time":{"description":"The elapsed time in seconds since the address has been renewed.","type":"integer","format":"uint32","x-field-uid":3},"renew_time":{"description":"Time in seconds until the DHCPv4 client starts renewing the lease.","type":"integer","format":"uint32","x-field-uid":4},"rebind_time":{"description":"Time in seconds until the DHCPv4 client starts rebinding.","type":"integer","format":"uint32","x-field-uid":5},"client_id":{"description":"The ID of the DHCPv4 client holding this lease.","type":"string","x-field-uid":6},"circuit_id":{"description":"The Circuit ID option found in the last request message.","type":"string","x-field-uid":7},"remote_id":{"description":"The Remote ID option found in the last request message.","type":"string","x-field-uid":8}}},"Dhcpv6Interface.State.Request":{"description":"The request for assigned IPv6 address information associated with DHCP Client sessions.","type":"object","properties":{"dhcp_client_names":{"description":"The names of DHCPv6 client to return results for. An empty list will return results for all DHCPv6 Client address information.\n\nx-constraint:\n- /components/schemas/Device.Dhcpv6client/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.Dhcpv6client/properties/name"],"x-field-uid":1}}},"Dhcpv6Interface.State":{"description":"The IPv6 address associated with this DHCP Client session.","type":"object","properties":{"dhcp_client_name":{"description":"The name of a DHCPv6 Client.","type":"string","x-field-uid":1},"iapd_addresses":{"description":"The IPv6 IAPD addresses and prefixes associated with this DHCP Client session.","type":"array","items":{"$ref":"#/components/schemas/Dhcpv6Interface.Iapd"},"x-field-uid":2},"ia_addresses":{"description":"The IPv6 IATA/IANA addresses and gateways associated with this DHCP Client session.","type":"array","items":{"$ref":"#/components/schemas/Dhcpv6Interface.Ia"},"x-field-uid":3}}},"Dhcpv6Interface.Iapd":{"description":"The IPv6 IAPD address and prefix length associated with this DHCP Client session.","type":"object","properties":{"address":{"description":"The IAPD address associated with this DHCPv6 Client session.","type":"string","format":"ipv6","x-field-uid":1},"prefix_length":{"description":"The prefix length of the IAPD address associated with this DHCPv6 Client session.","type":"integer","format":"uint32","maximum":128,"x-field-uid":2},"lease_time":{"description":"The duration of the IPv6 address lease, in seconds.","type":"integer","format":"uint32","x-field-uid":3}}},"Dhcpv6Interface.Ia":{"description":"The IPv6 IATA/IANA address and gateway associated with this DHCP Client session.","type":"object","properties":{"address":{"description":"The address associated with this DHCPv6 Client session.","type":"string","format":"ipv6","x-field-uid":1},"gateway":{"description":"The Gateway address associated with this DHCPv6 Client session.","type":"string","format":"ipv6","x-field-uid":2},"lease_time":{"description":"The duration of the IPv6 address lease, in seconds.","type":"integer","format":"uint32","x-field-uid":3}}},"Dhcpv6Lease.State.Request":{"description":"The request to retrieve DHCP Server host allocated status.","type":"object","properties":{"dhcp_server_names":{"description":"The names of DHCPv6 server to return results for. An empty list will return results for all DHCPv6 servers.\n\nx-constraint:\n- /components/schemas/Device.Dhcpv6server/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.Dhcpv6server/properties/name"],"x-field-uid":1}}},"Dhcpv6Leases.State":{"description":"Lease information of DHCP Server.","type":"object","properties":{"dhcp_server_name":{"description":"The name of a DHCP Server.","type":"string","x-field-uid":1},"leases":{"type":"array","items":{"$ref":"#/components/schemas/Dhcpv6ServerLease.State"},"x-field-uid":2}}},"Dhcpv6ServerLease.State":{"description":"IPv6 unicast prefix.","type":"object","properties":{"address":{"description":"The IPv6 address associated with this lease.","type":"string","x-field-uid":1},"valid_time":{"description":"The time in seconds, IP address lease will expire.","type":"integer","format":"uint32","x-field-uid":2},"preferred_time":{"description":"The time in seconds, elapsed time since address has been renewed.","type":"integer","format":"uint32","x-field-uid":3},"renew_time":{"description":"Time in seconds until the DHCPv6 client starts renewing the lease.","type":"integer","format":"uint32","x-field-uid":4},"rebind_time":{"description":"Time in seconds until the DHCPv6 client starts rebinding.","type":"integer","format":"uint32","x-field-uid":5},"client_id":{"description":"The ID of the DHCPv6 client holding this lease.","type":"string","x-field-uid":6},"remote_id":{"description":"The Remote ID option found in the last request message.","type":"string","x-field-uid":7},"interface_id":{"description":"The Interface ID option found in the last request message.","type":"string","x-field-uid":8}}},"Ospfv2Lsas.State.Request":{"description":"The request to retrieve OSPFv2 Link State Advertisements (LSA) information learned by the routers.","type":"object","properties":{"router_names":{"description":"The names of OSPFv2 routers for which learned information is requested. An empty list will return results for all OSPFv2 routers.\n\nx-constraint:\n- /components/schemas/Device.Ospfv2Router/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.Ospfv2Router/properties/name"],"x-field-uid":1}}},"Ospfv2Lsa.State":{"description":"The result of OSPFv2 LSA information that are retrieved.","type":"object","properties":{"router_name":{"description":"The name of the OSPFv2 Router that learned the LSA information.","type":"string","x-field-uid":1},"router_lsas":{"description":"One or more OSPFv2 Router-LSA - Type 1.","type":"array","items":{"$ref":"#/components/schemas/Ospfv2.RouterLsa"},"x-field-uid":2},"network_lsas":{"description":"One or more OSPFv2 Network-LSA - Type 2.","type":"array","items":{"$ref":"#/components/schemas/Ospfv2.NetworkLsa"},"x-field-uid":3},"network_summary_lsas":{"description":"One or more OSPFv2 Network summary LSA - Type 3.","type":"array","items":{"$ref":"#/components/schemas/Ospfv2.NetworkSummaryLsa"},"x-field-uid":4},"summary_as_lsas":{"description":"One or more OSPFv2 Autonomous System Boundary Router (ASBR) summary LSA - 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The LSA type.","type":"string","x-field-uid":2,"x-enum":{"local":{"x-field-uid":1},"area":{"x-field-uid":2},"domain":{"x-field-uid":3}},"enum":["local","area","domain"]}}},"Ospfv2.LsaHeader":{"description":"Attributes in LSA Header.","type":"object","properties":{"lsa_id":{"description":"LSA ID in the IPv4 format. The Link State ID for the specified LSA type.","type":"string","format":"ipv4","x-field-uid":1},"advertising_router_id":{"description":"The router ID (in the IPv4 format) of the router that originated the LSA.","type":"string","format":"ipv4","x-field-uid":2},"sequence_number":{"description":"Sequence number to detect old and duplicate LSAs. 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When the connection is\nto a stub network it represents the mask; for p2p connections\nthat are unnumbered it represents the ifIndex value of the\nrouter's interface; for all other connections it represents\nthe local system's IP address.","type":"string","format":"ipv4","x-field-uid":3},"metric":{"description":"The data associated with the link type. The value is\ndependent upon the subtype of the LSA. When the connection is\nto a stub network it represents the mask; for p2p connections\nthat are unnumbered it represents the ifIndex value of the\nrouter's interface; for all other connections it represents\nthe local system's IP address.","type":"integer","format":"uint32","x-field-uid":4}}},"Capture.Request":{"description":"The capture result request to the traffic generator. Stops the port capture on the port_name and returns the capture.","type":"object","required":["port_name"],"properties":{"port_name":{"description":"The name of a port a capture is started on.\n\nx-constraint:\n- /components/schemas/Port/properties/name\n","type":"string","x-constraint":["/components/schemas/Port/properties/name"],"x-field-uid":1}}},"Pattern.Flow.Ethernet.Dst.Counter":{"description":"mac counter pattern","type":"object","properties":{"start":{"type":"string","x-field-uid":1,"default":"00:00:00:00:00:00","format":"mac"},"step":{"type":"string","x-field-uid":2,"default":"00:00:00:00:00:01","format":"mac"},"count":{"type":"integer","x-field-uid":3,"default":1,"format":"uint32"}}},"Pattern.Flow.Ethernet.Dst.MetricTag":{"description":"Metric tag can be used to enable tracking portion of or all bits in a corresponding header field for metrics per each applicable value. 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If the test ports defined by their location values are in use and  this value is true, the test ports will be preempted.","type":"boolean","default":false,"x-field-uid":1}}},"Lag":{"description":"The container for LAG (ports group) - aggregation of multiple LAG members (ports)","type":"object","properties":{"ports":{"type":"array","items":{"$ref":"#/components/schemas/Lag.Port"},"minItems":1,"maxItems":32,"x-field-uid":1},"protocol":{"$ref":"#/components/schemas/Lag.Protocol","x-field-uid":2},"min_links":{"description":"Specifies the mininum number of member interfaces that must be active for the aggregate interface to be available.\nIf the aggregate interface is not available due to min-links criterion not being met, LACPDUs continue to be transmitted and received by the member interfaces if LACP is enabled, but other PDUs are not transmitted or received.","type":"integer","format":"uint32","maximum":32,"default":1,"x-field-uid":3},"name":{"x-field-uid":4,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"}},"required":["name"]},"Lag.Port":{"description":"The container for a port's ethernet interface and LAG protocol settings","type":"object","required":["port_name","ethernet"],"properties":{"port_name":{"description":"The name of a port object that will be part of the LAG. \n\nx-constraint:\n- /components/schemas/Port/properties/name\n","type":"string","x-constraint":["/components/schemas/Port/properties/name"],"x-field-uid":1},"lacp":{"$ref":"#/components/schemas/Lag.Port.Lacp","x-field-uid":2},"ethernet":{"$ref":"#/components/schemas/Device.EthernetBase","x-field-uid":3}}},"Lag.Protocol":{"type":"object","properties":{"choice":{"description":"The type of controlling protocol for the LAG (ports group).","type":"string","default":"lacp","x-field-uid":1,"x-enum":{"lacp":{"x-field-uid":1},"static":{"x-field-uid":2}},"enum":["lacp","static"]},"lacp":{"$ref":"#/components/schemas/Lag.Protocol.Lacp","x-field-uid":2},"static":{"$ref":"#/components/schemas/Lag.Protocol.Static","x-field-uid":3}}},"Lag.Protocol.Static":{"description":"The container for static link aggregation protocol settings.","type":"object","properties":{"lag_id":{"description":"The static lag id","type":"integer","format":"uint32","maximum":65535,"default":0,"x-field-uid":1}}},"Lag.Protocol.Lacp":{"description":"The container for link aggregation control protocol settings of a LAG (ports group).","type":"object","properties":{"actor_system_id":{"description":"The actor system id","type":"string","format":"mac","default":"00:00:00:00:00:00","x-field-uid":1},"actor_system_priority":{"description":"The actor system priority","type":"integer","format":"uint32","maximum":65535,"default":0,"x-field-uid":2},"actor_key":{"description":"The actor key","type":"integer","format":"uint32","maximum":65535,"default":0,"x-field-uid":3}}},"Lag.Port.Lacp":{"description":"The container for link aggregation control protocol settings of a LAG member (port).","type":"object","properties":{"actor_port_number":{"description":"The actor port number","type":"integer","format":"uint32","maximum":65535,"default":0,"x-field-uid":1},"actor_port_priority":{"description":"The actor port priority","type":"integer","format":"uint32","maximum":65535,"default":1,"x-field-uid":2},"actor_activity":{"description":"Sets the value of LACP actor activity as either passive or active.\nPassive indicates the port's preference for not transmitting  LACPDUs unless its partner's control is Active.\nActive indicates the port's preference to participate in the  protocol regardless of the partner's control value.","type":"string","default":"active","x-field-uid":3,"x-enum":{"passive":{"x-field-uid":1},"active":{"x-field-uid":2}},"enum":["passive","active"]},"lacpdu_periodic_time_interval":{"x-constants":{"fast":1,"slow":30,"auto":0},"description":"This field defines how frequently LACPDUs are sent to the link partner","type":"integer","format":"uint32","maximum":65535,"default":0,"x-field-uid":4},"lacpdu_timeout":{"x-constants":{"short":3,"long":90,"auto":0},"description":"This timer is used to detect whether received protocol information has expired","type":"integer","format":"uint32","maximum":65535,"default":0,"x-field-uid":5}}},"Device.EthernetBase":{"description":"Base Ethernet interface.","type":"object","required":["name"],"properties":{"mac":{"description":"Media Access Control address.The implementation should ensure that the 'mac' field is explicitly configured by the user for  all types of interfaces as denoted by 'connection' attribute except 'simulated_link' where 'mac' is not mandatory.","type":"string","format":"mac","x-field-uid":1},"mtu":{"description":"Maximum Transmission Unit.","type":"integer","format":"uint32","maximum":65535,"default":1500,"x-field-uid":2},"vlans":{"description":"List of VLANs","type":"array","items":{"$ref":"#/components/schemas/Device.Vlan"},"x-field-uid":3},"name":{"x-field-uid":4,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"}}},"Device.Ethernet":{"description":"An Ethernet interface with IPv4 and IPv6 addresses. The implementation should ensure that the 'mac' field is explicitly configured by the user for  all types of interfaces as denoted by 'connection' attribute except 'simulated_link' where MAC is not mandatory.","type":"object","properties":{"connection":{"description":"Device connection to physical, LAG or another device.","$ref":"#/components/schemas/Ethernet.Connection","x-field-uid":2},"ipv4_addresses":{"description":"List of IPv4 addresses and their gateways. ","type":"array","items":{"$ref":"#/components/schemas/Device.Ipv4"},"x-field-uid":3},"ipv6_addresses":{"description":"List of global IPv6 addresses and their gateways.\nThe Link Local IPv6 address will be automatically generated.","type":"array","items":{"$ref":"#/components/schemas/Device.Ipv6"},"x-field-uid":4},"mac":{"x-field-uid":5,"description":"Media Access Control address.The implementation should ensure that the 'mac' field is explicitly configured by the user for  all types of interfaces as denoted by 'connection' attribute except 'simulated_link' where 'mac' is not mandatory.","type":"string","format":"mac"},"mtu":{"x-field-uid":6,"description":"Maximum Transmission Unit.","type":"integer","format":"uint32","maximum":65535,"default":1500},"vlans":{"x-field-uid":7,"description":"List of VLANs","type":"array","items":{"$ref":"#/components/schemas/Device.Vlan"}},"name":{"x-field-uid":8,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"dhcpv4_interfaces":{"description":"List of DHCPv4 Clients Configuration. ","type":"array","items":{"$ref":"#/components/schemas/Device.Dhcpv4client"},"x-field-uid":9},"dhcpv6_interfaces":{"description":"List of DHCPv6 Clients Configuration.","type":"array","items":{"$ref":"#/components/schemas/Device.Dhcpv6client"},"x-field-uid":10}},"required":["name"]},"Ethernet.Connection":{"description":"Ethernet interface connection to a port, LAG, VXLAN tunnel or a Simulated Internal Link used to create simulated topologies behind an emulated router.","type":"object","properties":{"choice":{"description":"port_name, lag_name, vxlan_name or simulated_link","type":"string","x-field-uid":1,"x-enum":{"port_name":{"x-field-uid":1},"lag_name":{"x-field-uid":2},"vxlan_name":{"x-field-uid":3},"simulated_link":{"x-field-uid":4}},"enum":["port_name","lag_name","vxlan_name","simulated_link"]},"port_name":{"description":"Name of the port that the Ethernet interface is configured on.\n\nx-constraint:\n- /components/schemas/Port/properties/name\n","type":"string","x-constraint":["/components/schemas/Port/properties/name"],"x-field-uid":2},"lag_name":{"description":"Name of the LAG that the Ethernet interface is configured on.\n\nx-constraint:\n- /components/schemas/Lag/properties/name\n","type":"string","x-constraint":["/components/schemas/Lag/properties/name"],"x-field-uid":3},"vxlan_name":{"description":"Name of the VXLAN instance (or VXLAN tunnel) that this Ethernet interface is connected to.\n\nx-constraint:\n- #/components/schemas/Vxlan.V4Tunnel/properties/name\n- #/components/schemas/Vxlan.V6Tunnel/properties/name\n","type":"string","x-constraint":["#/components/schemas/Vxlan.V4Tunnel/properties/name","#/components/schemas/Vxlan.V6Tunnel/properties/name"],"x-field-uid":4},"simulated_link":{"x-field-uid":5,"$ref":"#/components/schemas/Ethernet.SimulatedLink"}}},"Ethernet.SimulatedLink":{"description":"Details of the internal link which can be used to create simulated device topologies behind an emulated router. MAC, VLAN and MTU information for the internal links are not used for purposes of emulating Simulated Topologies ( e.g. by ISIS Emulated Router behind which this is configured )","type":"object","properties":{"remote_simulated_link":{"type":"string","description":"Name of the remote end of the simulated interface which also must be a simulated_link on a device which might be acting either as an unconnected device in a simulated topology \n( all ethernet links of type simulated_link ) or an emulated device connected to the Device Under Test (has at atleast one ethernet interface with connection to the port or\n lag connected to the DUT)\n\nx-constraint:\n- #/components/schemas/Device.Ethernet/properties/name\n","x-constraint":["#/components/schemas/Device.Ethernet/properties/name"],"x-field-uid":1},"link_type":{"description":"By default, simulated links are treated as Primary links , which means that the intention is for connected device to advertise this and full topology of devices connected to it.\ne.g. when advertised as ISIS Simulated Topology.\n\nAll simulated links inside one topology subset would normally can point to only other unconnected devices in the same topology or to the 'root' emulated device.\nIf a link is designated as secondary , only that link information will be advertised by the IGP e.g. ISIS , and not the entire topology behind it.\nThe optional secondary option allows emulation of external link scenarios where a simulated device (e.g. part of a ISIS simulated topology ) is advertised as reachable part of the topology \nby the emulated router behind which this is configured , as well as the other end of the secondary link which could be \n- 1) either a simulated device behind a different emulated router.\n- 2) or an emulated router on same or different port.\nThis allows emulation of scenarios where one device/router is emulated to be reachable from different Emulated Routers connected to the Device Under Test. (e.g. for FRR scenarios)\n\nIf an implementation does not support multiple primary links from same simulated topology i.e. full topology advertised via multiple emulated routers, it should return an error \nduring set_config operation with such a topology.","type":"string","default":"primary","x-enum":{"primary":{"x-field-uid":1},"secondary":{"x-field-uid":2}},"x-field-uid":2,"enum":["primary","secondary"]}}},"Device.Vlan":{"description":"Emulated VLAN protocol.","type":"object","properties":{"tpid":{"description":"Tag protocol identifier","type":"string","default":"x8100","x-field-uid":1,"x-enum":{"x8100":{"x-field-uid":1},"x88A8":{"x-field-uid":2},"x9100":{"x-field-uid":3},"x9200":{"x-field-uid":4},"x9300":{"x-field-uid":5}},"enum":["x8100","x88A8","x9100","x9200","x9300"]},"priority":{"description":"Priority code point","type":"integer","format":"uint32","maximum":3,"default":0,"x-field-uid":2},"id":{"description":"VLAN identifier","type":"integer","format":"uint32","maximum":4095,"default":1,"x-field-uid":3},"name":{"x-field-uid":4,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"}},"required":["name"]},"Device.Ipv4":{"description":"An IPv4 interface with gateway","type":"object","required":["gateway","address","name"],"properties":{"gateway":{"description":"The IPv4 address of the gateway","type":"string","format":"ipv4","x-field-uid":1},"gateway_mac":{"$ref":"#/components/schemas/Device.Ipv4GatewayMAC","x-field-uid":2},"address":{"x-field-uid":3,"description":"The IPv4 address","type":"string","format":"ipv4"},"prefix":{"x-field-uid":4,"description":"The prefix of the IPv4 address.","type":"integer","format":"uint32","minimum":1,"maximum":32,"default":24},"name":{"x-field-uid":5,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"}}},"Device.Ipv4Loopback":{"description":"An IPv4 Loopback interface.","type":"object","required":["eth_name","name"],"properties":{"eth_name":{"description":"The unique name of the Ethernet interface behind which this Loopback  interface will be created.\n\nx-constraint:\n- /components/schemas/Device.Ethernet/properties/name\n","type":"string","x-constraint":["/components/schemas/Device.Ethernet/properties/name"],"x-field-uid":1},"address":{"description":"The IPv4 Loopback address with prefix length of 32.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":2},"name":{"x-field-uid":3,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"}}},"Device.Ipv4GatewayMAC":{"description":"By default auto(resolved gateway mac) is set.  Setting a value would mean that ARP will not be used for learning MAC of connected device. The user-configured MAC address will be used for auto-filling the destination\n MAC address in the control and data packets sent from this IPv4 endpoint\nwhenever applicable.","type":"object","properties":{"choice":{"description":"auto or configured value.","type":"string","default":"auto","x-field-uid":1,"x-enum":{"auto":{"x-field-uid":1},"value":{"x-field-uid":2}},"enum":["auto","value"]},"auto":{"description":"The OTG implementation can provide a system generated value for this property. If the OTG is unable to generate a value the default value must be used.","type":"string","format":"mac","default":"00:00:00:00:00:00","x-field-uid":2},"value":{"type":"string","format":"mac","default":"00:00:00:00:00:00","x-field-uid":3}}},"Device.Ipv6":{"description":"An IPv6 interface with gateway.","type":"object","required":["gateway","address","name"],"properties":{"gateway":{"description":"The IPv6 gateway address.","type":"string","format":"ipv6","x-field-uid":1},"gateway_mac":{"$ref":"#/components/schemas/Device.Ipv6GatewayMAC","x-field-uid":2},"address":{"x-field-uid":3,"description":"The IPv6 address.","type":"string","format":"ipv6"},"prefix":{"x-field-uid":4,"description":"The network prefix.","type":"integer","format":"uint32","minimum":1,"maximum":128,"default":64},"name":{"x-field-uid":5,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"}}},"Device.Ipv6Loopback":{"description":"An IPv6 Loopback interface","type":"object","required":["eth_name","name"],"properties":{"eth_name":{"description":"The unique name of the Ethernet interface behind which this Loopback \n interface will be created.\n\nx-constraint:\n- /components/schemas/Device.Ethernet/properties/name\n","type":"string","x-constraint":["/components/schemas/Device.Ethernet/properties/name"],"x-field-uid":1},"address":{"description":"The IPv6 Loopback address with prefix length of 128.","type":"string","format":"ipv6","default":"::0","x-field-uid":2},"name":{"x-field-uid":3,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"}}},"Device.Ipv6GatewayMAC":{"description":"By default auto(resolved gateway mac) is set. Setting a value would mean that ND will not be used for learning MAC of connected device. The user-configured MAC address will be used for auto-filling the destination\n MAC address in the control and data packets sent from this IPv6 endpoint\nwhenever applicable.","type":"object","properties":{"choice":{"description":"auto or configured value.","type":"string","default":"auto","x-field-uid":1,"x-enum":{"auto":{"x-field-uid":1},"value":{"x-field-uid":2}},"enum":["auto","value"]},"auto":{"description":"The OTG implementation can provide a system generated value for this property. If the OTG is unable to generate a value the default value must be used.","type":"string","format":"mac","default":"00:00:00:00:00:00","x-field-uid":2},"value":{"type":"string","format":"mac","default":"00:00:00:00:00:00","x-field-uid":3}}},"Device.Dhcpv4client":{"description":"Configuration for emulated DHCPv4 Client on a single Interface. https://www.rfc-editor.org/rfc/rfc2131.html","type":"object","required":["name"],"properties":{"name":{"x-field-uid":1,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"choice":{"description":"The client receives one or more DHCPOFFER messages from one or more servers and client may choose to wait for multiple responses.\nThe client chooses one server from which to request configuration\nparameters, based on the configuration parameters offered in the DHCPOFFER messages.\n- first_server: if selected, the subnet accepts the IP addresses offered by the first server to respond with an offer of IP addresses.\n- server_address: The address of the DHCP server from which the subnet will accept IP addresses.","type":"string","default":"first_server","x-field-uid":2,"x-enum":{"first_server":{"x-field-uid":1},"server_address":{"x-field-uid":2}},"enum":["first_server","server_address"]},"server_address":{"description":"The address of the DHCP server.","type":"string","format":"ipv4","x-field-uid":4},"broadcast":{"description":"If the broadcast bit is set, then the server and relay agent broadcast DHCPOFFER and DHCPACK messages.","type":"boolean","default":false,"x-field-uid":5},"parameters_request_list":{"description":"Optional parameters field request list of DHCPv4 Client.","$ref":"#/components/schemas/Dhcpv4Client.Params","x-field-uid":6}}},"Dhcpv4Client.Params":{"description":"Configuration Parameter request list by emulated DHCPv4 Client.","type":"object","properties":{"subnet_mask":{"description":"Request for the subnet mask option specifies the client's subnet mask as per RFC950. ","type":"boolean","default":true,"x-field-uid":1},"router":{"description":"Request for the router option that specifies a list of IP addresses for routers on the client's subnet.","type":"boolean","default":true,"x-field-uid":2},"renewal_timer":{"description":"Request for the renewal timer, T1. When the timer expires, the client transitions from the BOUND state to the RENEWING state.","type":"boolean","default":false,"x-field-uid":3},"rebinding_timer":{"description":"Request for the rebinding timer (T2). When expires, the client transitions to the REBINDING state.","type":"boolean","default":false,"x-field-uid":4}}},"Device.Dhcpv6client":{"description":"Configuration for emulated DHCPv6 Client on a single Interface. If the DHCPv6 Client receives one or more  DHCPv6 ADVERTISE messages from one or more servers then the client chooses one server from which to request  configuration parameters, based on the configuration parameters offered by the server in the DHCPv6 ADVERTISE  messages. If all configuration parameters match then the first server will be chosen. https://www.rfc-editor.org/rfc/rfc8415.html","type":"object","required":["name"],"properties":{"name":{"x-field-uid":1,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"rapid_commit":{"description":"If Rapid Commit is set, client initiates Rapid Commit two-message exchange by including Rapid Commit option  in Solicit message.","type":"boolean","default":false,"x-field-uid":2},"ia_type":{"description":"Each IA has an associated IAID. Differnet IA options represent different types of IPv6 addresses and parameters \naccepted by DHCPv6 clients each used in different context by an IPv6 node.","$ref":"#/components/schemas/Device.Dhcpv6client.IaType","x-field-uid":3},"duid_type":{"description":"Each DHCP client and server has a DUID. DHCP clients and servers use DUIDs to identify each other.","$ref":"#/components/schemas/Device.Dhcpv6client.DuidType","x-field-uid":4},"options_request":{"description":"The options requested by a client from a server in the options request option.","$ref":"#/components/schemas/Device.Dhcpv6Client.OptionsRequest","x-field-uid":5},"options":{"description":"Optional DHCPv4 Client options that are sent in Dhcp client messages.","$ref":"#/components/schemas/Device.Dhcpv6Client.Options","x-field-uid":6}}},"Device.Dhcpv6Client.OptionsRequest":{"description":"DHCP client options, these configured options are sent in Dhcp client messages.","type":"object","required":["request","associated_dhcp_messages"],"properties":{"request":{"description":"List of options requested by a client from a server.","type":"array","items":{"$ref":"#/components/schemas/Dhcpv6ClientOptions.OptionsRequest"},"x-field-uid":1},"associated_dhcp_messages":{"description":"The list of dhcpv6 client messages where this option is included.","$ref":"#/components/schemas/Dhcpv6ClientOptions.IncludedMessages","x-field-uid":2}}},"Device.Dhcpv6Client.Options":{"description":"DHCP client options, these configured options are sent in Dhcp client messages.","type":"object","properties":{"server_identifier":{"description":"A client uses multicast to reach all servers or an individual server. An individual server is indicated by \nspecifying that server's DUID in a Server Identifier option in the client's message (all servers will receive \nthis message but only the indicated server will respond). All servers are indicated by not supplying this option.            ","$ref":"#/components/schemas/Dhcpv6ClientOptions.ServerIdentifier","x-field-uid":1},"vendor_class":{"description":"The vendor class option is used by a client to identify the vendor that manufactured the hardware on which \nthe client is running. The information contained in the data area of this option is contained in one or more \nopaque fields that identify details of the hardware configuration.","$ref":"#/components/schemas/Dhcpv6ClientOptions.VendorClass","x-field-uid":2},"vendor_info":{"description":"This option is used by clients to exchange vendor-specific information with servers.","$ref":"#/components/schemas/Dhcpv6ClientOptions.VendorInfo","x-field-uid":3},"fqdn":{"description":"DHCPv6 server needs to know the FQDN of the client for the addresses for the client's IA_NA bindings in order to \nupdate the IPv6-address-to-FQDN mapping. This option allows the client to convey its FQDN to the server. The Client \nFQDN option also contains Flags that DHCPv6 clients and servers use to negotiate who does which update.","$ref":"#/components/schemas/Dhcpv6ClientOptions.Fqdn","x-field-uid":4}}},"Device.Dhcpv6client.IaType":{"type":"object","properties":{"choice":{"description":"Identity Association: Each IA has an associated IAID. IA_NA and IA_TA options represent different types of  IPv6 addresses and parameters accepted by DHCPv6 clients each used in different context by an IPv6 node. IA_NA  is the Identity Association for Non-temporary Addresses option. IA_TA is the Identity Association for Temporary  Addresses option. IA_PD and IA_NAPD options represent one or more IPv6 prefix and parameters. IA_PD is the Identity  Association for Prefix Delegation and IA_NAPD s the Identity Association for Temporary Prefix Delegation.","type":"string","default":"iana","x-field-uid":1,"x-enum":{"iana":{"x-field-uid":1},"iata":{"x-field-uid":2},"iapd":{"x-field-uid":3},"ianapd":{"x-field-uid":4}},"enum":["iana","iata","iapd","ianapd"]},"iana":{"$ref":"#/components/schemas/Device.Dhcpv6client.IaTimeValue","x-field-uid":2},"iapd":{"$ref":"#/components/schemas/Device.Dhcpv6client.IaTimeValue","x-field-uid":3},"ianapd":{"$ref":"#/components/schemas/Device.Dhcpv6client.IaTimeValue","x-field-uid":4}}},"Device.Dhcpv6client.IaTimeValue":{"description":"The container for the suggested times at which the client contacts the server or any available server.","type":"object","properties":{"t1":{"description":"The suggested time at which the client contacts the server from which the addresses were obtained to  extend the lifetimes of the addresses assigned. T1 is a time duration relative to the current time expressed  in units of seconds. If set to 0 server will ignore it. If the maximum value is specified it means infinite time.","type":"integer","format":"uint32","maximum":4294967295,"default":302400,"x-field-uid":1},"t2":{"description":"The suggested time at which the client contacts any available server to extend the lifetimes of the addresses assigned.  T2 is a time duration relative to the current time expressed in units of seconds. If set to 0 server will ignore it. If  the maximum value is specified it means infinite time","type":"integer","format":"uint32","maximum":4294967295,"default":483840,"x-field-uid":2}}},"Device.Dhcpv6client.DuidType":{"type":"object","properties":{"choice":{"description":"Each DHCP client and server has a DUID. DHCP clients use DUIDs to identify a server in messages where a server needs  to be identified.","type":"string","default":"llt","x-field-uid":1,"x-enum":{"llt":{"x-field-uid":1},"en":{"x-field-uid":2},"ll":{"x-field-uid":3}},"enum":["llt","en","ll"]},"llt":{"$ref":"#/components/schemas/Device.Dhcpv6client.NoDuid","x-field-uid":2},"en":{"$ref":"#/components/schemas/Device.Dhcpv6client.DuidValue","x-field-uid":3},"ll":{"$ref":"#/components/schemas/Device.Dhcpv6client.NoDuid","x-field-uid":4}}},"Device.Dhcpv6client.DuidValue":{"description":"The container for the DUID-EN. This consists of the 4-octet vendor's registered Private Enterprise Number  as maintained by IANA [IANA-PEN] followed by a unique identifier assigned by the vendor.","type":"object","properties":{"enterprise_id":{"description":"4-octet vendor's registered Private Enterprise Number as maintained by IANA [IANA-PEN].","type":"integer","format":"uint32","minimum":1,"maximum":2147483647,"default":10,"x-field-uid":1},"vendor_id":{"description":"Unique identifier assigned by the vendor.","type":"integer","format":"uint32","minimum":1,"maximum":2147483647,"default":10,"x-field-uid":2}}},"Device.Dhcpv6client.NoDuid":{"description":"The container for DUID-LL and DUID-LLT.","type":"object"},"Dhcpv6ClientOptions.ServerIdentifier":{"type":"object","properties":{"choice":{"description":"The Identifier option is used to carry a DUID. The option code is 2. The server identifier identifies  a server. This option is used when client wants to contact a particular server.","type":"string","default":"duid_ll","x-field-uid":1,"x-enum":{"duid_llt":{"x-field-uid":1},"duid_en":{"x-field-uid":2},"duid_ll":{"x-field-uid":3},"duid_uuid":{"x-field-uid":4}},"enum":["duid_llt","duid_en","duid_ll","duid_uuid"]},"duid_llt":{"$ref":"#/components/schemas/Dhcpv6ClientOptions.DuidLlt","x-field-uid":2},"duid_en":{"$ref":"#/components/schemas/Dhcpv6ClientOptions.DuidEn","x-field-uid":3},"duid_ll":{"$ref":"#/components/schemas/Dhcpv6ClientOptions.DuidLl","x-field-uid":4},"duid_uuid":{"$ref":"#/components/schemas/Dhcpv6ClientOptions.DuidUuid","x-field-uid":5}}},"Dhcpv6ClientOptions.DuidLlt":{"description":"DUID based on Link Layer address plus time. Hardware Type will be auto assigned to ethernet type.","type":"object","required":["time","link_layer_address"],"properties":{"time":{"description":"The time value is the time that the DUID is generated represented in seconds since midnight (UTC), January 1, \n2000, modulo 2^32. The DUID generatation time will the current time when dhcpv6 client contacts the server.           ","type":"integer","format":"uint32","x-field-uid":1},"link_layer_address":{"description":"The link-layer address is stored in canonical form, as described in RFC 2464.     ","$ref":"#/components/schemas/Dhcpv6ClientOptions.LinkLayerAddress","x-field-uid":2}}},"Dhcpv6ClientOptions.DuidEn":{"description":"DUID assigned by vendor based on enterprise number.","type":"object","required":["enterprise_number","identifier"],"properties":{"enterprise_number":{"description":"Vendor's registered private enterprise number as maintained by IANA.            ","type":"integer","format":"uint32","maximum":4294967295,"x-field-uid":1},"identifier":{"description":"The unique identifier assigned by the vendor.           ","type":"string","format":"hex","minLength":1,"maxLength":8,"x-field-uid":2}}},"Dhcpv6ClientOptions.DuidLl":{"description":"DUID based on Link Layer address. Hardware Type will be auto assigned to ethernet type.","type":"object","required":["link_layer_address"],"properties":{"link_layer_address":{"description":"The link-layer address is stored in canonical form, as described in RFC 2464.           ","$ref":"#/components/schemas/Dhcpv6ClientOptions.LinkLayerAddress","x-field-uid":1}}},"Dhcpv6ClientOptions.DuidUuid":{"description":"DUID embedded a Universally Unique IDentifier (UUID). A UUID is an identifier that is unique across both  space and time, with respect to the space of all UUIDs.","type":"object","properties":{"version":{"description":"The version number is in the most significant 4 bits of the timestamp (bits 4 through 7 of the time_hi_and_version field).           ","$ref":"#/components/schemas/Dhcpv6ClientOptions.DuidUuidVersion","x-field-uid":1},"variant":{"description":"The variant field determines the layout of the UUID. It is multiplexed with clock_seq_hi_and_reserved.           ","$ref":"#/components/schemas/Dhcpv6ClientOptions.DuidUuidVariant","x-field-uid":2},"time_low":{"description":"The low field of the timestamp.            ","type":"integer","format":"uint32","default":0,"x-field-uid":3},"time_mid":{"description":"The middle field of the timestamp.            ","type":"integer","format":"uint32","default":0,"maximum":65535,"x-field-uid":4},"time_hi_and_version":{"description":"The high field of the timestamp multiplexed with the version number.            ","type":"integer","format":"uint32","default":0,"maximum":4095,"x-field-uid":5},"clock_seq_hi_and_reserved":{"description":"The high field of the clock sequence multiplexed with the variant.     ","type":"integer","format":"uint32","default":0,"maximum":31,"x-field-uid":6},"clock_seq_low":{"description":"The low field of the clock sequence.     ","type":"integer","format":"uint32","default":0,"maximum":127,"x-field-uid":7},"node":{"description":"The spatially unique node identifier.     ","type":"string","format":"mac","default":"00:00:00:00:00:00","x-field-uid":8}}},"Dhcpv6ClientOptions.DuidUuidVersion":{"description":"The version number is in the most significant 4 bits of the timestamp (bits 4 through 7 of the time_hi_and_version field).","type":"object","properties":{"choice":{"description":"The version values are from 1 to 5 in the most significant 4 bits of the timestamp (bits 4 through 7 of the  time_hi_and_version field).","type":"string","default":"v_1","x-field-uid":1,"x-enum":{"v_1":{"x-field-uid":1},"v_2":{"x-field-uid":2},"v_3":{"x-field-uid":3},"v_4":{"x-field-uid":4},"v_5":{"x-field-uid":5}},"enum":["v_1","v_2","v_3","v_4","v_5"]}}},"Dhcpv6ClientOptions.DuidUuidVariant":{"description":"The variant field determines the layout of the UUID.  That is, the interpretation of all other bits in the  UUID depends on the setting of the bits in the variant field).","type":"object","properties":{"choice":{"description":"The current variants are ncs, dce,microsoft guid and reserved.","type":"string","default":"ncs","x-field-uid":1,"x-enum":{"ncs":{"x-field-uid":1},"dce":{"x-field-uid":2},"guid":{"x-field-uid":3},"var_reserved":{"x-field-uid":4}},"enum":["ncs","dce","guid","var_reserved"]}}},"Dhcpv6ClientOptions.LinkLayerAddress":{"description":"The link-layer address configured in DUID llt or DUID ll.","type":"object","required":["value"],"properties":{"value":{"description":"The MAC address that becomes part of DUID llt or DUID ll.","type":"string","format":"mac","x-field-uid":3}}},"Dhcpv6ClientOptions.OptionsRequest":{"type":"object","properties":{"choice":{"description":"The Option Request option is used to identify a list of options in a message between a client and a server. The  option code is 6. - Vendor_specific information option, requested by clients for vendor-specific informations from servers. - DNS Recursive Name Server Option, requested by clients to get the list ofIPv6 addresses of DNS recursive name \n  servers to which DNS queries may be sent by the client resolver in order of preference.\n- Client FQDN option - indicates whether the client or the DHCP server should update DNS with the AAAA record \n  corresponding to the assigned IPv6 address and the FQDN provided in this option. The DHCP server always updates \n  the PTR record.\n- bootfile_url, if client is configured for network booting then the client must use this option to obtain the boot \n  file url from the server.\n- sztp. Securely provision a networking device when it is booting in a factory-default state.","type":"string","default":"vendor_information","x-field-uid":1,"x-enum":{"vendor_information":{"x-field-uid":1},"name_servers":{"x-field-uid":2},"fqdn":{"x-field-uid":3},"bootfile_url":{"x-field-uid":4},"sztp":{"x-field-uid":5},"custom":{"x-field-uid":6}},"enum":["vendor_information","name_servers","fqdn","bootfile_url","sztp","custom"]},"custom":{"$ref":"#/components/schemas/Dhcpv6ClientOptions.Custom","x-field-uid":2}}},"Dhcpv6ClientOptions.Custom":{"description":"The Custom option is used to provide a not so well known option in the message between a client and a server.","type":"object","required":["type"],"properties":{"type":{"description":"The type of the Custom option TLV.","type":"integer","format":"uint32","maximum":65535,"x-field-uid":1}}},"Dhcpv6ClientOptions.VendorClass":{"description":"This option is used by a client to identify the vendor that manufactured the hardware on which the client is running. The option code is 16.","type":"object","required":["enterprise_number","class_data","associated_dhcp_messages"],"properties":{"enterprise_number":{"description":"The vendor's registered Enterprise Number as registered with IANA.","type":"integer","format":"uint32","maximum":4294967295,"x-field-uid":1},"class_data":{"description":"The opaque data representing the hardware configuration of the host on which the client is running. Examples of  class data instances might include the version of the operating system the client is running or the amount of memory  installed on the client.","type":"array","items":{"type":"string"},"x-field-uid":2},"associated_dhcp_messages":{"description":"The dhcpv6 client messages where this option is included.","$ref":"#/components/schemas/Dhcpv6ClientOptions.IncludedMessages","x-field-uid":3}}},"Dhcpv6ClientOptions.IncludedMessages":{"description":"The dhcpv6 client messages where the option will be included. If all is selected the selected option will be added in the all the Dhcpv6 client messages, else based on the selection in particular Dhcpv6 client messages the option will be included.","type":"object","properties":{"choice":{"description":"The client message name where the option is included, by default it is all.","type":"string","default":"all","x-field-uid":1,"x-enum":{"all":{"x-field-uid":1},"msg_types":{"x-field-uid":2}},"enum":["all","msg_types"]},"msg_types":{"description":"User must specify the Dhcpv6 message type.","type":"array","items":{"$ref":"#/components/schemas/Dhcpv6ClientOptions.MessageType"},"x-field-uid":2}}},"Dhcpv6ClientOptions.MessageType":{"description":"The dhcpv6 client messages where the option will be included.","type":"object","properties":{"choice":{"description":"The client message name where the option is included, by default it is all.","type":"string","default":"solicit","x-field-uid":1,"x-enum":{"solicit":{"x-field-uid":1},"request":{"x-field-uid":2},"inform_request":{"x-field-uid":3},"release":{"x-field-uid":4},"renew":{"x-field-uid":5},"rebind":{"x-field-uid":6}},"enum":["solicit","request","inform_request","release","renew","rebind"]}}},"Dhcpv6ClientOptions.VendorInfo":{"description":"This option is used by clients to exchange vendor-specific information. The option code is 17.","type":"object","required":["enterprise_number","option_data","associated_dhcp_messages"],"properties":{"enterprise_number":{"description":"The vendor's registered Enterprise Number as registered with IANA.","type":"integer","format":"uint32","maximum":4294967295,"x-field-uid":1},"option_data":{"description":"An opaque object of octets,interpreted by vendor-specific code on the clients and servers.","type":"array","items":{"$ref":"#/components/schemas/Dhcpv6Options.VendorSpecificOptions"},"x-field-uid":2},"associated_dhcp_messages":{"description":"The list of dhcpv6 client messages where this option is included.","$ref":"#/components/schemas/Dhcpv6ClientOptions.IncludedMessages","x-field-uid":3}}},"Dhcpv6ServerOptions.VendorInfo":{"description":"This option is used by servers to exchange vendor-specific information. The option code is 17.","type":"object","required":["enterprise_number","option_data","associated_dhcp_messages"],"properties":{"enterprise_number":{"description":"The vendor's registered Enterprise Number as registered with IANA.","type":"integer","format":"uint32","maximum":4294967295,"x-field-uid":1},"option_data":{"description":"An opaque object of octets,interpreted by vendor-specific code on the clients and servers.","type":"array","items":{"$ref":"#/components/schemas/Dhcpv6Options.VendorSpecificOptions"},"x-field-uid":2},"associated_dhcp_messages":{"description":"The list of dhcpv6 client messages where this option is included.","$ref":"#/components/schemas/Dhcpv6ServerOptions.IncludedMessages","x-field-uid":3}}},"Dhcpv6ServerOptions.IncludedMessages":{"description":"The dhcpv6 server messages where the option will be included. If all is selected the selected option will be added  in the all the Dhcpv6 server messages, else based on the selection in particular Dhcpv6 server messages the option  will be included.","type":"object","properties":{"choice":{"description":"The server message name where the option is included, by default it is all.","type":"string","default":"all","x-field-uid":1,"x-enum":{"all":{"x-field-uid":1},"msg_types":{"x-field-uid":2}},"enum":["all","msg_types"]},"msg_types":{"description":"User must specify the Dhcpv6 message type.","type":"array","items":{"$ref":"#/components/schemas/Dhcpv6ServerOptions.MessageType"},"x-field-uid":2}}},"Dhcpv6ServerOptions.MessageType":{"description":"The dhcpv6 server messages where the option will be included.","type":"object","properties":{"choice":{"description":"The server message name where the option is included, by default it is all.","type":"string","default":"advertise","x-field-uid":1,"x-enum":{"advertise":{"x-field-uid":1},"reply":{"x-field-uid":2},"re_configure":{"x-field-uid":3}},"enum":["advertise","reply","re_configure"]}}},"Dhcpv6Options.VendorSpecificOptions":{"description":"The encapsulated vendor-specific options field is encoded as a sequence of code/length/value fields of  identical format to the DHCP options field. The option codes are defined by the vendor identified in the  enterprise-number field and are not managed by IANA.","type":"object","required":["code","data"],"properties":{"code":{"description":"The code for the encapsulated option.","type":"integer","format":"uint32","maximum":65535,"x-field-uid":1},"data":{"description":"The data for the encapsulated option.","type":"string","x-field-uid":2}}},"Dhcpv6ClientOptions.Fqdn":{"description":"DHCPv6 server needs to know the FQDN of the client for the addresses for the client's IA_NA bindings in order to update the IPv6-address-to-FQDN mapping. This option allows the client to convey its FQDN to the server. The Client  FQDN option also contains Flags that DHCPv6 clients and servers use to negotiate who does which updates. The option code is 39.","type":"object","required":["domain_name"],"properties":{"flag_s":{"description":"The \"S\" bit indicates whether the server should or should not perform the AAAA RR (FQDN-to-address) DNS updates.  A client sets the bit to 0 to indicate that the server should not perform the updates and 1 to indicate that the  server should perform the updates. The state of the bit in the reply from the server indicates the action to be  taken by the server. If it is 1, the server has taken responsibility for AAAA RR updates for the FQDN.","type":"boolean","default":true,"x-field-uid":1},"flag_o":{"description":"The \"O\" bit indicates whether the server has overridden the client's preference for the \"S\" bit. A client must set this  bit to 0. A server must set this bit to 1 if the \"S\" bit in its reply to the client does not match the \"S\" bit received  from the client.","type":"boolean","default":false,"x-field-uid":2},"flag_n":{"description":"The \"N\" bit indicates whether the server should not perform any DNS updates. A client sets this bit to 0 to request that  the server should perform updates (the PTR RR and possibly the AAAA RR based on the \"S\" bit) or to 1 to request that the  server should not perform any DNS updates. A server sets the \"N\" bit to indicate whether the server shall (0) or shall not (1)  perform DNS updates. If the \"N\" bit is 1, the \"S\" bit MUST be 0.","type":"boolean","default":false,"x-field-uid":3},"domain_name":{"description":"The Domain Name part of the option carries all or part of the FQDN of a DHCPv6 client. A client MAY also leave the  Domain Name field empty if it desires the server to provide a name. A fully qualified domain name (FQDN) is the complete  address of an internet host or computer. It provides its exact location within the domain name system (DNS) by specifying  the hostname, domain name and top-level domain (TLD). An FQDN isn't the same as a URL but rather is a part of it that fully  identifies the server to which the request is addressed. An FQDN doesn't carry the TCP/IP protocol information, such as Hypertext  Transfer Protocol (HTTP) or Hypertext Transfer Protocol Secure (HTTPS), which is always used at the beginning of a URL. Therefore,  adding the prefix http:// or https:// to the FQDN turns it into a full URL. One example can be microsoft.com.","type":"string","x-field-uid":4},"associated_dhcp_messages":{"description":"The list of dhcpv6 client messages where this option is included.","$ref":"#/components/schemas/Dhcpv6ClientOptions.IncludedMessages","x-field-uid":5}}},"Dhcpv6ServerOptions.BootfileUrl":{"description":"The server sends this option to inform the client about a URL to a boot file. This information is required for booting  over the network includes the details about the server on which the boot files can be found, the protocol to be used for  the download (for example,HTTP or TFTP, and the path and name of the boot file on the server. The option code is 59. The URL will contain the network communication protocol, a subdomain, a domain name, and its extension. If the host in the URL  is expressed using an IPv6 address rather than a domain name, the address in the URL then must be enclosed in \"[\" and \"]\"  characters, conforming to [RFC3986]. Eg of a boot file url can be \"tftp://[xxxx:xxxx:xxxx:xxxx::xxxx]/mboot.efi\".","type":"object","required":["url"],"properties":{"url":{"description":"The URL for the boot file. It must comply with STD 66 format.","type":"string","x-field-uid":1},"bootfile_params":{"description":"They are used to specify parameters for the boot file (similar to the command line arguments in most modern operating  systems). For example, these parameters could be used to specify the root file system of the OS kernel, or the location  from which a second-stage boot-loader program can download its configuration file.","type":"array","items":{"$ref":"#/components/schemas/Dhcpv6ServerOptions.BootFileParams"},"x-field-uid":2},"associated_dhcp_messages":{"description":"The list of dhcpv6 client messages where this option is included.","$ref":"#/components/schemas/Dhcpv6ServerOptions.IncludedMessages","x-field-uid":3}}},"Dhcpv6ServerOptions.BootFileParams":{"description":"The option code is 60. They are used to specify parameters for the boot file (similar to the command line arguments in most  modern operating systems).  For example, these parameters could be used to specify the root file system of the OS kernel, or  the location from which a second-stage boot-loader program can download its configuration file.","type":"object","required":["parameter"],"properties":{"parameter":{"description":"UTF-8 strings are parameters needed for booting, e.g., kernel parameters.","type":"string","x-field-uid":1}}},"Layer1":{"description":"A container for layer1 settings.","type":"object","required":["port_names","name"],"properties":{"port_names":{"description":"A list of unique names of port objects that will share the\nchoice settings. \n\nx-constraint:\n- /components/schemas/Port/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Port/properties/name"],"x-field-uid":1},"speed":{"description":"Set the speed if supported. When no speed is explicitly set, the current\nspeed of underlying test interface shall be assumed.","type":"string","x-field-uid":2,"x-enum":{"speed_10_fd_mbps":{"x-field-uid":1},"speed_10_hd_mbps":{"x-field-uid":2},"speed_100_fd_mbps":{"x-field-uid":3},"speed_100_hd_mbps":{"x-field-uid":4},"speed_1_gbps":{"x-field-uid":5},"speed_10_gbps":{"x-field-uid":6},"speed_25_gbps":{"x-field-uid":7},"speed_40_gbps":{"x-field-uid":8},"speed_50_gbps":{"x-field-uid":9},"speed_100_gbps":{"x-field-uid":10},"speed_200_gbps":{"x-field-uid":11},"speed_400_gbps":{"x-field-uid":12},"speed_800_gbps":{"x-field-uid":13}},"enum":["speed_10_fd_mbps","speed_10_hd_mbps","speed_100_fd_mbps","speed_100_hd_mbps","speed_1_gbps","speed_10_gbps","speed_25_gbps","speed_40_gbps","speed_50_gbps","speed_100_gbps","speed_200_gbps","speed_400_gbps","speed_800_gbps"]},"media":{"description":"Set the type of media for test interface if supported. When no media\ntype is explicitly set, the current media type of underlying test\ninterface shall be assumed.","type":"string","x-field-uid":3,"x-enum":{"copper":{"x-field-uid":1},"fiber":{"x-field-uid":2},"sgmii":{"x-field-uid":3}},"enum":["copper","fiber","sgmii"]},"promiscuous":{"description":"Enable promiscuous mode on test interface. A warning shall be raised if\nthis field is set to `true`, even when it's not supported, ignoring\nthe setting altogether.","type":"boolean","default":true,"x-field-uid":4},"mtu":{"description":"Set the maximum transmission unit size. A warning shall be raised if\nthe specified value is valid but not supported, ignoring the setting altogether.","type":"integer","format":"uint32","minimum":64,"maximum":9000,"default":1500,"x-field-uid":5},"ieee_media_defaults":{"description":"Under Review: This field is currently under review for pending exploration on use cases\n\nSet to true to override the auto_negotiate, link_training\nand rs_fec settings for gigabit ethernet interfaces.","type":"boolean","x-field-uid":6,"x-status":{"status":"under-review","information":"This field is currently under review for pending exploration on use cases"}},"auto_negotiate":{"description":"Under Review: This field is currently under review for pending exploration on use cases, given that a separate configuration called `AutoNegotiation` already exists.\n\nEnable/disable auto negotiation.","type":"boolean","x-field-uid":7,"x-status":{"status":"under-review","information":"This field is currently under review for pending exploration on use cases, given that a separate configuration called `AutoNegotiation` already exists."}},"auto_negotiation":{"$ref":"#/components/schemas/Layer1.AutoNegotiation","x-field-uid":8},"flow_control":{"$ref":"#/components/schemas/Layer1.FlowControl","x-field-uid":9},"name":{"x-field-uid":10,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"}}},"Layer1.AutoNegotiation":{"description":"Configuration for auto negotiation settings","type":"object","properties":{"advertise_1000_mbps":{"description":"If auto_negotiate is true and the interface supports this option\nthen this speed will be advertised.","type":"boolean","default":true,"x-field-uid":1},"advertise_100_fd_mbps":{"description":"If auto_negotiate is true and the interface supports this option\nthen this speed will be advertised.","type":"boolean","default":true,"x-field-uid":2},"advertise_100_hd_mbps":{"description":"If auto_negotiate is true and the interface supports this option\nthen this speed will be advertised.","type":"boolean","default":true,"x-field-uid":3},"advertise_10_fd_mbps":{"description":"If auto_negotiate is true and the interface supports this option\nthen this speed will be advertised.","type":"boolean","default":true,"x-field-uid":4},"advertise_10_hd_mbps":{"description":"If auto_negotiate is true and the interface supports this option\nthen this speed will be advertised.","type":"boolean","default":true,"x-field-uid":5},"link_training":{"description":"Enable/disable gigabit ethernet link training.","type":"boolean","default":false,"x-field-uid":6},"rs_fec":{"description":"Enable/disable gigabit ethernet reed solomon forward error correction (RS FEC).","type":"boolean","default":false,"x-field-uid":7}}},"Layer1.FlowControl":{"description":"A container for layer1 receive flow control settings.\nTo enable flow control settings on ports this object must be a valid\nobject not a null value.","type":"object","properties":{"directed_address":{"description":"The 48bit mac address that the layer1 port names will listen on\nfor a directed pause.","type":"string","format":"mac","default":"01:80:C2:00:00:01","x-field-uid":1},"choice":{"description":"The type of priority flow control.","type":"string","default":"ieee_802_1qbb","x-field-uid":2,"x-enum":{"ieee_802_1qbb":{"x-field-uid":1},"ieee_802_3x":{"x-field-uid":2}},"enum":["ieee_802_1qbb","ieee_802_3x"]},"ieee_802_1qbb":{"$ref":"#/components/schemas/Layer1.Ieee8021qbb","x-field-uid":3},"ieee_802_3x":{"$ref":"#/components/schemas/Layer1.Ieee8023x","x-field-uid":4}}},"Layer1.Ieee8023x":{"description":"A container for ieee 802.3x rx pause settings","type":"object"},"Layer1.Ieee8021qbb":{"description":"These settings enhance the existing 802.3x pause priority capabilities \nto enable flow control based on 802.1p priorities (classes of service). ","type":"object","properties":{"pfc_delay":{"description":"The upper limit on the transmit time of a queue after receiving a \nmessage to pause a specified priority.\nA value of 0 or null indicates that pfc delay will not be enabled. ","type":"integer","format":"uint32","default":0,"maximum":65535,"x-field-uid":1},"pfc_class_0":{"description":"The valid values are null, 0 - 7.\nA null value indicates there is no setting for this pfc class.","type":"integer","format":"uint32","maximum":7,"default":0,"x-field-uid":2},"pfc_class_1":{"description":"The valid values are null, 0 - 7.\nA null value indicates there is no setting for this pfc class.","type":"integer","format":"uint32","maximum":7,"default":1,"x-field-uid":3},"pfc_class_2":{"description":"The valid values are null, 0 - 7.\nA null value indicates there is no setting for this pfc class.","type":"integer","format":"uint32","maximum":7,"default":2,"x-field-uid":4},"pfc_class_3":{"description":"The valid values are null, 0 - 7.\nA null value indicates there is no setting for this pfc class.","type":"integer","format":"uint32","maximum":7,"default":3,"x-field-uid":5},"pfc_class_4":{"description":"The valid values are null, 0 - 7.\nA null value indicates there is no setting for this pfc class.","type":"integer","format":"uint32","maximum":7,"default":4,"x-field-uid":6},"pfc_class_5":{"description":"The valid values are null, 0 - 7.\nA null value indicates there is no setting for this pfc class.","type":"integer","format":"uint32","maximum":7,"default":5,"x-field-uid":7},"pfc_class_6":{"description":"The valid values are null, 0 - 7.\nA null value indicates there is no setting for this pfc class.","type":"integer","format":"uint32","maximum":7,"default":6,"x-field-uid":8},"pfc_class_7":{"description":"The valid values are null, 0 - 7.\nA null value indicates there is no setting for this pfc class.","type":"integer","format":"uint32","maximum":7,"default":7,"x-field-uid":9}}},"Capture":{"x-status":{"status":"under_review","information":"There may be changes in filter configuration"},"description":"Under Review: There may be changes in filter configuration\n\nConfiguration for capture settings.","type":"object","required":["port_names","name"],"properties":{"port_names":{"description":"The unique names of ports that the capture settings will apply to. Port_names cannot be duplicated between capture objects.\n\nx-constraint:\n- /components/schemas/Port/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Port/properties/name"],"x-field-uid":1},"filters":{"description":"A list of filters to apply to the capturing ports. If no filters are specified then all packets will be captured. A capture can have multiple filters. The number of filters supported is determined by the implementation which can be retrieved using the capabilities API.\nWhen multiple filters are specified the capture implementation  must && (and) all the filters.","type":"array","items":{"$ref":"#/components/schemas/Capture.Filter"},"x-field-uid":2},"overwrite":{"description":"Overwrite the capture buffer.","type":"boolean","default":true,"x-field-uid":3},"packet_size":{"description":"The maximum size of each captured packet. If no value is specified or it is null then the entire packet will be captured.","type":"integer","format":"uint32","maximum":65535,"x-field-uid":4},"format":{"description":"The format of the capture file.","type":"string","default":"pcap","x-field-uid":5,"x-enum":{"pcap":{"x-field-uid":1},"pcapng":{"x-field-uid":2}},"enum":["pcap","pcapng"]},"name":{"x-field-uid":6,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"}}},"Capture.Filter":{"description":"Configuration for capture filters","type":"object","properties":{"choice":{"description":"The type of capture filter.","type":"string","default":"custom","x-field-uid":1,"x-enum":{"custom":{"x-field-uid":1},"ethernet":{"x-field-uid":2},"vlan":{"x-field-uid":3},"ipv4":{"x-field-uid":4},"ipv6":{"x-field-uid":5}},"enum":["custom","ethernet","vlan","ipv4","ipv6"]},"custom":{"description":"Offset from last filter in the list. If no filters are present it is offset from position 0. 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container for emulated or simulated interfaces, loopback interfaces and protocol configurations.","type":"object","properties":{"ethernets":{"description":"Ethernet configuration for one or more emulated or simulated network interfaces.","type":"array","items":{"$ref":"#/components/schemas/Device.Ethernet"},"x-field-uid":1},"ipv4_loopbacks":{"description":"IPv4 Loopback interface that can be attached to an Ethernet in the same device  or to an Ethernet in another device.","type":"array","items":{"$ref":"#/components/schemas/Device.Ipv4Loopback"},"x-field-uid":2},"ipv6_loopbacks":{"description":"IPv6 Loopback interface that can be attached to an Ethernet in the same device  or to an Ethernet in another device.","type":"array","items":{"$ref":"#/components/schemas/Device.Ipv6Loopback"},"x-field-uid":3},"isis":{"description":"The properties of an IS-IS router and its children,  such as IS-IS interfaces and route 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It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"rsvp":{"description":"The properties of an RSVP router and its children.","$ref":"#/components/schemas/Device.Rsvp","x-field-uid":8},"dhcp_server":{"description":"The properties of DHCP Server and its children, such as DHCPv4, DHCPv6 servers.","$ref":"#/components/schemas/Device.DhcpServer","x-field-uid":9},"ospfv2":{"description":"Configuration for OSPFv2 router.","$ref":"#/components/schemas/Device.Ospfv2Router","x-field-uid":10}},"required":["name"]},"Protocol.Options":{"description":"Common options that apply to all configured protocols and interfaces. ","type":"object","properties":{"auto_start_all":{"description":"When set to true, all underlying resources for configured protocols   and interfaces shall be created and corresponding protocol session negotiation shall be initiated. Otherwise, when set to false,  corresponding protocol session negotiation will need to be initiated  using a separate set_protocol_state API call.","type":"boolean","default":true,"x-field-uid":1}}},"Device.IsisRouter":{"description":"A container of properties for an ISIS router and its interfaces.","type":"object","required":["system_id","interfaces","name"],"properties":{"instance":{"description":"This contains the properties of a Multi-Instance-capable routers or MI-RTR. Each router can emulate one ISIS instance at a time.","$ref":"#/components/schemas/Device.IsisMultiInstance","x-field-uid":1},"system_id":{"description":"The System ID for this emulated ISIS router, e.g. \"640100010000\".","type":"string","format":"hex","x-field-uid":2},"interfaces":{"description":"List of ISIS interfaces for this router.","type":"array","items":{"$ref":"#/components/schemas/Isis.Interface"},"x-field-uid":3},"basic":{"description":"Contains basic properties of an ISIS Router. ","$ref":"#/components/schemas/Isis.Basic","x-field-uid":4},"advanced":{"description":"Contains advance properties of an ISIS Router..","$ref":"#/components/schemas/Isis.Advanced","x-field-uid":5},"router_auth":{"description":"ISIS Router authentication properties.","$ref":"#/components/schemas/Isis.Authentication","x-field-uid":6},"v4_routes":{"description":"Emulated ISIS IPv4 routes.","type":"array","items":{"$ref":"#/components/schemas/Isis.V4RouteRange"},"x-field-uid":7},"v6_routes":{"description":"Emulated ISIS IPv6 routes.","type":"array","items":{"$ref":"#/components/schemas/Isis.V6RouteRange"},"x-field-uid":8},"name":{"x-field-uid":9,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"}}},"Device.IsisMultiInstance":{"description":"This container properties of an Multi-Instance-capable router (MI-RTR). ","type":"object","properties":{"iid":{"description":"Instance Identifier (IID) TLV will associate a PDU with an ISIS instance  by using a unique 16-bit number and including one or more  Instance-Specific Topology Identifiers (ITIDs).","type":"integer","format":"uint32","default":1,"maximum":65535,"x-field-uid":1},"itids":{"description":"This contains one or more ITIDs that will be advertised in IID TLV.","type":"array","items":{"type":"integer","format":"uint32","default":0,"maximum":65535},"x-field-uid":2}}},"Isis.Interface":{"description":"Configuration for single ISIS interface.","type":"object","required":["eth_name","name"],"properties":{"eth_name":{"description":"The unique name of the Ethernet interface on which ISIS is running. Two ISIS interfaces cannot share the same Ethernet. The underlying Ethernet Interface can an emulated or simulated interface. A simulated ethernet interface can be assumed to be connected by  a primary (internal to a simulated topology)  or a secondary link (connected to a device behind a different simulated topology).\n\nx-constraint:\n- /components/schemas/Device.Ethernet/properties/name\n","type":"string","x-constraint":["/components/schemas/Device.Ethernet/properties/name"],"x-field-uid":1},"metric":{"description":"The default metric cost for the interface.","type":"integer","format":"uint32","maximum":16777215,"default":10,"x-field-uid":2},"network_type":{"description":"The type of network link. ","type":"string","default":"broadcast","x-field-uid":3,"x-enum":{"broadcast":{"x-field-uid":1},"point_to_point":{"x-field-uid":2}},"enum":["broadcast","point_to_point"]},"level_type":{"description":"This indicates whether this router is participating in Level-1 (L1), \nLevel-2 (L2) or both L1 and L2 domains on this interface.","type":"string","default":"level_2","x-field-uid":4,"x-enum":{"level_1":{"x-field-uid":1},"level_2":{"x-field-uid":2},"level_1_2":{"x-field-uid":3}},"enum":["level_1","level_2","level_1_2"]},"l1_settings":{"description":"Settings of Level 1 Hello.","$ref":"#/components/schemas/IsisInterface.Level","x-field-uid":5},"l2_settings":{"description":"Settings of Level 2 Hello.","$ref":"#/components/schemas/IsisInterface.Level","x-field-uid":6},"multi_topology_ids":{"description":"Contains the properties of multiple topologies.","type":"array","items":{"$ref":"#/components/schemas/Isis.MT"},"x-field-uid":7},"traffic_engineering":{"description":"Contains a list of Traffic Engineering attributes.","type":"array","items":{"$ref":"#/components/schemas/LinkState.TE"},"x-field-uid":8},"authentication":{"description":"The Circuit authentication method used for the interfaces on this emulated ISIS v4/v6 router.","$ref":"#/components/schemas/IsisInterface.Authentication","x-field-uid":9},"advanced":{"description":"Optional container for advanced interface properties.","$ref":"#/components/schemas/IsisInterface.Advanced","x-field-uid":10},"link_protection":{"description":"Link protection on the ISIS link between two interfaces.","$ref":"#/components/schemas/IsisInterface.LinkProtection","x-field-uid":11},"srlg_values":{"description":"This contains list of SRLG values for the link between two interfaces.","type":"array","items":{"type":"integer","format":"uint32","maximum":16777215,"default":0},"x-field-uid":12},"name":{"x-field-uid":13,"description":"Globally unique name of an object. 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It is a 4-octet \nuser-defined bit mask used to assign administrative group numbers \nto the interface, for use in assigning colors and resource classes. \nEach set bit corresponds to a single administrative group for this \ninterface. The settings translate into Group numbers, which range \nfrom 0 to 31 (integers).","type":"string","format":"hex","default":"00000000","x-field-uid":1},"metric_level":{"description":"The user-assigned link metric for Traffic Engineering.","type":"integer","format":"uint32","default":0,"x-field-uid":2},"max_bandwith":{"description":"The maximum link bandwidth (sub-TLV 9) in bytes/sec allowed for this \nlink for a direction.","type":"integer","format":"uint32","default":125000000,"x-field-uid":3},"max_reservable_bandwidth":{"description":"The maximum link bandwidth (sub-TLV 10) in bytes/sec allowed for this \nlink in a direction.","type":"integer","format":"uint32","default":125000000,"x-field-uid":4},"priority_bandwidths":{"description":"Configuration of bandwidths of priority 0 through priority 7.","$ref":"#/components/schemas/LinkState.priorityBandwidths","x-field-uid":5}}},"LinkState.priorityBandwidths":{"description":"Specifies the amount of bandwidth that can be reserved with a setup priority of 0 \nthrough 7, arranged in increasing order with priority 0 having highest priority. \nIn ISIS, this is sent in sub-TLV (11) of Extended IS Reachability TLV. ","type":"object","properties":{"pb0":{"description":"Specifies the amount of bandwidth that can be reserved for the Priority 0.","type":"integer","format":"uint32","default":125000000,"x-field-uid":1},"pb1":{"description":"Specifies the amount of bandwidth that can be reserved for the Priority 1.","type":"integer","format":"uint32","default":125000000,"x-field-uid":2},"pb2":{"description":"Specify the amount of bandwidth that can be reserved for the Priority 2.","type":"integer","format":"uint32","default":125000000,"x-field-uid":3},"pb3":{"description":"Specifies the amount of bandwidth that can be reserved for the Priority 3.","type":"integer","format":"uint32","default":125000000,"x-field-uid":4},"pb4":{"description":"Specifies the amount of bandwidth that can be reserved for the Priority 4.","type":"integer","format":"uint32","default":125000000,"x-field-uid":5},"pb5":{"description":"Specifies the amount of bandwidth that can be reserved for the Priority 5.","type":"integer","format":"uint32","default":125000000,"x-field-uid":6},"pb6":{"description":"Specifies the amount of bandwidth that can be reserved for the Priority 6.","type":"integer","format":"uint32","default":125000000,"x-field-uid":7},"pb7":{"description":"Specifies the amount of bandwidth that can be reserved for the Priority 7.","type":"integer","format":"uint32","default":125000000,"x-field-uid":8}}},"IsisInterface.Authentication":{"description":"Optional container for circuit authentication properties.","type":"object","required":["auth_type"],"properties":{"auth_type":{"description":"The circuit authentication method.","type":"string","x-field-uid":1,"x-enum":{"md5":{"x-field-uid":1},"password":{"x-field-uid":2}},"enum":["md5","password"]},"md5":{"description":"MD5 key to be used for authentication.","type":"string","minLength":0,"maxLength":255,"x-field-uid":2},"password":{"description":"The password, in clear text, to be used for Authentication.","type":"string","minLength":0,"maxLength":255,"x-field-uid":3}}},"IsisInterface.Advanced":{"description":"Optional container for advanced interface properties.","type":"object","properties":{"auto_adjust_mtu":{"description":"If a padded Hello message is received on the interface, the length of \nthe Hello packets sent out on that interface is adjusted to match.","type":"boolean","default":true,"x-field-uid":1},"auto_adjust_area":{"description":"If a Level 1 Hello is received on this emulated router for an area \nnot currently in its area list, an area from the received Hello is \nadded to that list. This ensures an area match for all future \nLevel 1 Hellos from the source L1 router.","type":"boolean","default":true,"x-field-uid":2},"auto_adjust_supported_protocols":{"description":"If a Hello message listing supported protocols is received on this \nemulated router, the supported protocols advertised by this router \nare changed to match exactly.","type":"boolean","default":false,"x-field-uid":3},"enable_3way_handshake":{"description":"If it is true, the Point-to-Point circuit will include 3-way TLV in its Point-to-Point IIH  and attempt to establish the adjacency as specified in RFC 5303. This field is not applicable if network_type is set to 'broadcast' type in ISIS interface.","type":"boolean","default":true,"x-field-uid":4},"p2p_hellos_to_unicast_mac":{"description":"If it is true, the Point-to-Point Hello messages will be sent to the unicast MAC address. ","type":"boolean","default":false,"x-field-uid":5}}},"IsisInterface.LinkProtection":{"description":"Optional container for the link protection sub TLV (type 20).","type":"object","properties":{"extra_traffic":{"description":"Enable this to protect other link or links. LSPs on a link of this type are lost\nif any of the links fail.","type":"boolean","default":false,"x-field-uid":1},"unprotected":{"description":"Enabling this signifies that there is no other link protecting this \nlink. LSPs on a link of this type are lost if the link fails.","type":"boolean","default":false,"x-field-uid":2},"shared":{"description":"Enable this to share the Extra Traffic links between one or more \nlinks of type Shared.There are one or more disjoint links of type \nExtra Traffic that are protecting this link.","type":"boolean","default":false,"x-field-uid":3},"dedicated_1_to_1":{"description":"Enabling this signifies that there is one dedicated disjoint link \nof type Extra Traffic that is protecting this link.","type":"boolean","default":false,"x-field-uid":4},"dedicated_1_plus_1":{"description":"Enabling this signifies that a dedicated disjoint link is protecting \nthis link. However, the protecting link is not advertised in the \nlink state database and is therefore not available for the routing \nof LSPs.","type":"boolean","default":false,"x-field-uid":5},"enhanced":{"description":"Enabling this signifies that a protection scheme that is more \nreliable than Dedicated 1+1.","type":"boolean","default":false,"x-field-uid":6},"reserved_40":{"description":"This is a Protection Scheme with value 0x40. ","type":"boolean","default":false,"x-field-uid":7},"reserved_80":{"description":"This is a Protection Scheme with value 0x80. ","type":"boolean","default":false,"x-field-uid":8}}},"Isis.Basic":{"description":"This contains ISIS router basic properties.","type":"object","properties":{"ipv4_te_router_id":{"description":"IPv4 Traffic Engineering(TE) router id. This address should be configured as an IPv4 Loopback address in 'ipv4_loopbacks' in the Device.      ","type":"string","format":"ipv4","x-field-uid":1},"hostname":{"description":"Host name for the router. The host name is transmitted in all the packets sent from the router.","type":"string","x-field-uid":2},"enable_wide_metric":{"description":"When set to true, it allows sending of more detailed metric information  for the routes using 32-bit wide values using TLV 135 IP reachability and  more detailed reachability information for IS reachability by using TLV 22.  The detailed usage is described in RFC3784.","type":"boolean","default":true,"x-field-uid":3},"learned_lsp_filter":{"description":"Configuration for controlling storage of ISIS learned LSPs are received from the neighbors.","type":"boolean","default":false,"x-field-uid":4}}},"Isis.Advanced":{"description":"Contains ISIS router advanced properties.","type":"object","properties":{"enable_hello_padding":{"description":"It enables padding of Hello message to MTU size.","type":"boolean","default":true,"x-field-uid":1},"max_area_addresses":{"description":"The Number of Area Addresses permitted, with a valid range from 0 to 254.  A zero indicates a maximum of 3 addresses. ","type":"integer","format":"uint32","maximum":254,"default":3,"x-field-uid":2},"area_addresses":{"description":"Its combination of the ISP and HO-DSP.Usually all nodes within an area have  the same area address. If no area addresses are configured, a default area of \"490001\" will be advertised.","type":"array","items":{"type":"string","format":"hex"},"x-field-uid":3},"lsp_refresh_rate":{"description":"The rate at which LSPs are re-sent in seconds.","type":"integer","format":"uint32","default":600,"maximum":65535,"x-field-uid":4},"lsp_lifetime":{"description":"The MaxAge for retaining a learned LSP on this router in seconds.","type":"integer","format":"uint32","default":1200,"maximum":65535,"x-field-uid":5},"psnp_interval":{"description":"The number of milliseconds between transmissions of Partial Sequence Number PDU.","type":"integer","format":"uint32","maximum":60000,"default":2000,"x-field-uid":6},"csnp_interval":{"description":"The number of milliseconds between transmissions of Partial Sequence Number PDU.","type":"integer","format":"uint32","minimum":1,"maximum":65535000,"default":10000,"x-field-uid":7},"max_lsp_size":{"description":"The maximum size in bytes of any LSP that can be transmitted over a link of equal or less  than maximum MTU size.","type":"integer","format":"uint32","minimum":64,"maximum":9216,"default":1492,"x-field-uid":8},"lsp_mgroup_min_trans_interval":{"description":"The number of seconds between transmissions of LSPs/MGROUP-PDUs.","type":"integer","format":"uint32","minimum":1,"maximum":60000,"default":5000,"x-field-uid":9},"enable_attached_bit":{"description":"If the Attached bit is enabled, it indicates that the ISIS router is attached to another area  or the Level 2 backbone. The purpose of an Attached-Bit is to accomplish Inter-Area Routing.  When an L1/L2 router is connected to more than one area, it sets the Attached-bit on its L1 LSP. This can cause a default route ( 0.0.0.0/0 ) to be installed by the receiving router.","type":"boolean","default":true,"x-field-uid":10}}},"Isis.Authentication":{"description":"This contains ISIS Area/Domain authentication properties.","type":"object","properties":{"ignore_receive_md5":{"description":"Do not verify MD5 checksum in received LSPs.","type":"boolean","default":true,"x-field-uid":1},"area_auth":{"description":"The Area authentication method used for the emulated ISIS router.\nThis is used for L1 LSPs.","$ref":"#/components/schemas/Isis.AuthenticationBase","x-field-uid":2},"domain_auth":{"description":"The Domain authentication method used for the emulated ISIS router.\nThis is used for L2 LSPs.","$ref":"#/components/schemas/Isis.AuthenticationBase","x-field-uid":3}}},"Isis.AuthenticationBase":{"description":"Optional container for ISIS authentication properties.","type":"object","required":["auth_type"],"properties":{"auth_type":{"description":"The authentication method.","type":"string","x-field-uid":1,"x-enum":{"md5":{"x-field-uid":1},"password":{"x-field-uid":2}},"enum":["md5","password"]},"md5":{"description":"Authentication as an MD5 key.","type":"string","minLength":0,"maxLength":255,"x-field-uid":2},"password":{"description":"Authentication as a clear text password.","type":"string","minLength":0,"maxLength":255,"x-field-uid":3}}},"Isis.V4RouteRange":{"description":"Emulated ISIS IPv4 routes.","type":"object","properties":{"addresses":{"description":"A list of group of IPv4 route addresses.","type":"array","items":{"$ref":"#/components/schemas/V4RouteAddress"},"x-field-uid":1},"link_metric":{"x-field-uid":2,"description":"The user-defined metric associated with this route range.","type":"integer","format":"uint32","default":0,"minimum":0,"maximum":16777215},"origin_type":{"x-field-uid":3,"description":"The origin of the advertised route-internal or external to the ISIS area. 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","type":"string","default":"up","x-enum":{"up":{"x-field-uid":1},"down":{"x-field-uid":2}},"enum":["up","down"]},"name":{"x-field-uid":5,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"prefix_attr_enabled":{"x-field-uid":6,"description":"Specifies whether the sub-TLV for IPv4/IPv6 Extended Reachability Attribute Flags\nwill be advertised or not. ","type":"boolean","default":false},"x_flag":{"x-field-uid":7,"description":"External Prefix Flag (Bit 0)","type":"boolean","default":false},"r_flag":{"x-field-uid":8,"description":"Re-advertisement Flag (Bit 1)","type":"boolean","default":false},"n_flag":{"x-field-uid":9,"description":"Node Flag (Bit 2)","type":"boolean","default":false}},"required":["name"]},"V4RouteAddress":{"description":"A container for IPv4 route addresses.","type":"object","required":["address"],"properties":{"address":{"description":"The starting address of the network.","type":"string","format":"ipv4","x-field-uid":1},"prefix":{"description":"The IPv4 network prefix length to be applied to the address. ","type":"integer","format":"uint32","default":24,"maximum":32,"x-field-uid":2},"count":{"description":"The total number of addresses in the range.","type":"integer","format":"uint32","default":1,"minimum":1,"x-field-uid":3},"step":{"description":"Increments the network address prefixes within a route range  where multiple routes are present.  The value is incremented according to the Prefix Length and Step.","type":"integer","format":"uint32","default":1,"minimum":1,"x-field-uid":4}}},"V6RouteAddress":{"description":"A container for IPv6 route addresses.","type":"object","required":["address"],"properties":{"address":{"description":"The starting address of the network.","type":"string","format":"ipv6","x-field-uid":1},"prefix":{"description":"The IPv6 network prefix length to be applied to the address.","type":"integer","format":"uint32","default":64,"maximum":128,"x-field-uid":2},"count":{"description":"The total number of addresses in the range.","type":"integer","format":"uint32","default":1,"minimum":1,"x-field-uid":3},"step":{"description":"Increments the network address prefixes within a route range  where multiple routes are present.  The value is incremented according to the Prefix Length and Step.","type":"integer","format":"uint32","default":1,"minimum":1,"x-field-uid":4}}},"MACRouteAddress":{"description":"A container for MAC route addresses.","type":"object","required":["address"],"properties":{"address":{"description":"The starting address of the MAC Range.","type":"string","format":"mac","x-field-uid":1},"prefix":{"description":"The MAC prefix length to be applied to the address. ","type":"integer","format":"uint32","default":48,"minimum":0,"maximum":48,"x-field-uid":2},"count":{"description":"The total number of mac addresses in the range.","type":"integer","format":"uint32","default":1,"minimum":1,"x-field-uid":3},"step":{"description":"Increments the mac address prefixes within a mac range  where multiple routes are present.  The value is incremented according to the mac prefix Length and Step.","type":"integer","format":"uint32","default":1,"minimum":1,"x-field-uid":4}}},"Isis.V6RouteRange":{"description":"Emulated ISIS IPv6 routes.","type":"object","properties":{"addresses":{"description":"A list of group of IPv6 route addresses.","type":"array","items":{"$ref":"#/components/schemas/V6RouteAddress"},"x-field-uid":1},"link_metric":{"x-field-uid":2,"description":"The user-defined metric associated with this route range.","type":"integer","format":"uint32","default":0,"minimum":0,"maximum":16777215},"origin_type":{"x-field-uid":3,"description":"The origin of the advertised route-internal or external to the ISIS area. Options include the following: \n  Internal-for intra-area routes, through Level 1 LSPs. \n  External-for inter-area routes redistributed within L1, through Level\n1 LSPs.","type":"string","default":"internal","x-enum":{"internal":{"x-field-uid":1},"external":{"x-field-uid":2}},"enum":["internal","external"]},"redistribution_type":{"x-field-uid":4,"description":"Defines the Up/Down (Redistribution) bit defined for TLVs 128 and 130 by RFC 2966.  It is used for domain-wide advertisement of prefix information.\n\n  Up (0)-used when a prefix is initially advertised within the ISIS L3\nhierarchy, \n          and for all other prefixes in L1 and L2 LSPs. (default) \n  Down (1)-used when an L1/L2 router advertises L2 prefixes in L1 LSPs.\n\nThe prefixes are being advertised from a higher level (L2) down to a lower level (L1). ","type":"string","default":"up","x-enum":{"up":{"x-field-uid":1},"down":{"x-field-uid":2}},"enum":["up","down"]},"name":{"x-field-uid":5,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"prefix_attr_enabled":{"x-field-uid":6,"description":"Specifies whether the sub-TLV for IPv4/IPv6 Extended Reachability Attribute Flags\nwill be advertised or not. ","type":"boolean","default":false},"x_flag":{"x-field-uid":7,"description":"External Prefix Flag (Bit 0)","type":"boolean","default":false},"r_flag":{"x-field-uid":8,"description":"Re-advertisement Flag (Bit 1)","type":"boolean","default":false},"n_flag":{"x-field-uid":9,"description":"Node Flag (Bit 2)","type":"boolean","default":false}},"required":["name"]},"Device.BgpRouter":{"description":"Configuration for one or more IPv4 or IPv6 BGP peers.","type":"object","required":["router_id"],"properties":{"router_id":{"description":"The BGP router ID is a unique identifier used by BGP. It is a 32-bit value that is often represented by an IPv4 address.","type":"string","format":"ipv4","x-field-uid":1},"ipv4_interfaces":{"description":"This contains an array of references to IPv4 interfaces,  each of which will have list of peers to different destinations.   ","type":"array","items":{"$ref":"#/components/schemas/Bgp.V4Interface"},"x-field-uid":2},"ipv6_interfaces":{"description":"This contains an array of references to IPv6 interfaces,  each of which will have list of peers to different destinations.","type":"array","items":{"$ref":"#/components/schemas/Bgp.V6Interface"},"x-field-uid":3}}},"Device.Bgp.MessageHeaderError":{"description":"All errors detected while processing the Message Header are indicated by sending the NOTIFICATION message  with the Error Code-Message Header Error. The Error Subcode elaborates on the specific nature of the error.","type":"object","properties":{"subcode":{"description":"The Error Subcode indicates the specific type of error encountered during Message Header processing.","type":"string","default":"connection_not_synchronized_code1_subcode1","x-field-uid":1,"x-enum":{"connection_not_synchronized_code1_subcode1":{"x-field-uid":1},"bad_message_length_code1_subcode2":{"x-field-uid":2},"bad_message_type_code1_subcode3":{"x-field-uid":3}},"enum":["connection_not_synchronized_code1_subcode1","bad_message_length_code1_subcode2","bad_message_type_code1_subcode3"]}}},"Device.Bgp.OpenMessageError":{"description":"All errors detected while processing the OPEN message are indicated by sending the NOTIFICATION message  with the Error Code-Open Message Error. The Error Subcode elaborates on the specific nature of the error.","type":"object","properties":{"subcode":{"description":"The Error Subcode indicates the specific type of error encountered during OPEN message processing.","type":"string","default":"unsupported_version_number_code2_subcode1","x-field-uid":1,"x-enum":{"unsupported_version_number_code2_subcode1":{"x-field-uid":1},"error_peer_as_code2_subcode2":{"x-field-uid":2},"error_bgp_id_code2_subcode3":{"x-field-uid":3},"unsupported_optional_parameter_code2_subcode4":{"x-field-uid":4},"auth_failed_code2_subcode5":{"x-field-uid":5},"unsupported_hold_time_code2_subcode6":{"x-field-uid":6},"unsupported_capability_code2_subcode7":{"x-field-uid":7}},"enum":["unsupported_version_number_code2_subcode1","error_peer_as_code2_subcode2","error_bgp_id_code2_subcode3","unsupported_optional_parameter_code2_subcode4","auth_failed_code2_subcode5","unsupported_hold_time_code2_subcode6","unsupported_capability_code2_subcode7"]}}},"Device.Bgp.UpdateMessageError":{"description":"All errors detected while processing the UPDATE message are indicated by sending the NOTIFICATION message  with the Error Code-Update Message Error. The Error Subcode elaborates on the specific nature of the error.","type":"object","properties":{"subcode":{"description":"The Error Subcode, the specific type of error encountered during UPDATE processing.","type":"string","default":"malformed_attrib_list_code3_subcode1","x-field-uid":1,"x-enum":{"malformed_attrib_list_code3_subcode1":{"x-field-uid":1},"unrecognized_wellknown_attrib_code3_subcode2":{"x-field-uid":2},"wellknown_attrib_missing_code3_subcode3":{"x-field-uid":3},"attrib_flags_error_code3_subcode4":{"x-field-uid":4},"attrib_length_error_code3_subcode5":{"x-field-uid":5},"invalid_origin_attrib_code3_subcode6":{"x-field-uid":6},"as_routing_loop_code3_subcode7":{"x-field-uid":7},"invalid_nhop_attrib_code3_subcode8":{"x-field-uid":8},"error_optional_attrib_code3_subcode9":{"x-field-uid":9},"invalid_network_field_code3_subcode10":{"x-field-uid":10},"abnormal_aspath_code3_subcode11":{"x-field-uid":11}},"enum":["malformed_attrib_list_code3_subcode1","unrecognized_wellknown_attrib_code3_subcode2","wellknown_attrib_missing_code3_subcode3","attrib_flags_error_code3_subcode4","attrib_length_error_code3_subcode5","invalid_origin_attrib_code3_subcode6","as_routing_loop_code3_subcode7","invalid_nhop_attrib_code3_subcode8","error_optional_attrib_code3_subcode9","invalid_network_field_code3_subcode10","abnormal_aspath_code3_subcode11"]}}},"Device.Bgp.HoldTimerExpired":{"description":"If a system does not receive successive KEEPALIVE, UPDATE, and/or NOTIFICATION messages within the period specified  in the Hold Time field of the OPEN message, then the NOTIFICATION message with the Hold Timer Expired Error Code(Error Code 4) is  sent and the BGP connection is closed. The Sub Code used is 0. If a user wants to use non zero Sub Code then CustomError can be used."},"Device.Bgp.FiniteStateMachineError":{"description":"Any error detected by the BGP Finite State Machine (e.g., receipt of an unexpected event) is indicated by  sending the NOTIFICATION message with the Error Code-Finite State Machine Error(Error Code 5). The Sub Code used is 0.  If a user wants to use non zero Sub Code then CustomError can be used."},"Device.Bgp.CeaseError":{"description":"In the absence of any fatal errors, a BGP peer can close its BGP connection by sending the NOTIFICATION message with the  Error Code Cease. The 'hard_reset_code6_subcode9' subcode for Cease Notification can be used to signal a hard reset that will indicate that  Graceful Restart cannot be performed, even when Notification extensions to Graceful Restart procedure is supported.","type":"object","properties":{"subcode":{"description":"The Error Subcode to be sent to the peer in the Cease NOTIFICATION.","type":"string","default":"admin_shutdown_code6_subcode2","x-field-uid":1,"x-enum":{"max_number_prefix_reached_code6_subcode1":{"x-field-uid":1},"admin_shutdown_code6_subcode2":{"x-field-uid":2},"peer_deleted_code6_subcode3":{"x-field-uid":3},"admin_reset_code6_subcode4":{"x-field-uid":4},"connection_reject_code6_subcode5":{"x-field-uid":5},"other_config_changes_code6_subcode6":{"x-field-uid":6},"connection_collision_resolution_code6_subcode7":{"x-field-uid":7},"out_of_resources_code6_subcode8":{"x-field-uid":8},"bfd_session_down_code6_subcode10":{"x-field-uid":9},"hard_reset_code6_subcode9":{"x-field-uid":10}},"enum":["max_number_prefix_reached_code6_subcode1","admin_shutdown_code6_subcode2","peer_deleted_code6_subcode3","admin_reset_code6_subcode4","connection_reject_code6_subcode5","other_config_changes_code6_subcode6","connection_collision_resolution_code6_subcode7","out_of_resources_code6_subcode8","bfd_session_down_code6_subcode10","hard_reset_code6_subcode9"]}}},"Device.Bgp.CustomError":{"description":"A BGP peer can send NOTIFICATION message with user defined Error Code and Error Subcode.","type":"object","properties":{"code":{"description":"The Error code to be sent in the NOTIFICATION message to peer.","type":"integer","format":"uint32","x-field-uid":1},"subcode":{"description":"The Error Subcode to be sent in the NOTIFICATION message to peer.","type":"integer","format":"uint32","x-field-uid":2}}},"Bgp.V4Peer":{"description":"Configuration for emulated BGPv4 peers and routes.","type":"object","required":["peer_address","as_type","as_number","name"],"properties":{"peer_address":{"description":"IPv4 address of the BGP peer for the session.","type":"string","format":"ipv4","x-field-uid":1},"evpn_ethernet_segments":{"description":"This contains the list of Ethernet Virtual Private Network (EVPN) Ethernet Segments (ES) Per BGP Peer for IPv4 Address Family Identifier (AFI).\n\nEach Ethernet Segment contains a list of EVPN Instances (EVIs) . \nEach EVI contains a list of Broadcast Domains. \nEach Broadcast Domain contains a list of MAC/IP Ranges. \n\n<Ethernet Segment, EVI, Broadcast Domain> is responsible for advertising Ethernet Auto-discovery Route Per EVI (Type 1).\n\n<Ethernet Segment, EVI> is responsible for advertising Ethernet Auto-discovery Route Per Ethernet Segment (Type 1).\n\n<Ethernet Segment, EVI, Broadcast Domain, MAC/IP> is responsible for advertising MAC/IP Advertisement Route (Type 2).\n\n<Ethernet Segment, EVI, Broadcast Domain> is responsible for advertising Inclusive Multicast Ethernet Tag Route (Type 3).\n\nEthernet Segment is responsible for advertising Ethernet Segment Route (Type 4).","type":"array","items":{"$ref":"#/components/schemas/BgpV4.EthernetSegment"},"x-field-uid":2},"as_type":{"x-field-uid":3,"description":"The type of BGP autonomous system. External BGP is used for BGP links between two or more autonomous systems (ebgp). Internal BGP is used within a single autonomous system (ibgp). BGP property defaults are aligned with this object defined as an internal BGP peer. If the as_type is specified as 'ebgp' then other properties will need to be specified as per an external BGP peer. Specifically, for 'ebgp',  'as_set_mode' attribute in 'as_path' field  in any Route Range should be changed from default value 'do_not_include_local_as' to any other value.","type":"string","x-enum":{"ibgp":{"x-field-uid":1},"ebgp":{"x-field-uid":2}},"enum":["ibgp","ebgp"]},"as_number":{"x-field-uid":4,"description":"Autonomous System Number (AS number or ASN)","type":"integer","format":"uint32"},"as_number_width":{"x-field-uid":5,"description":"The width in bytes of the as_number values. Any as_number values that exceeds the width MUST result in an error.","type":"string","default":"four","x-enum":{"two":{"x-field-uid":1},"four":{"x-field-uid":2}},"enum":["two","four"]},"advanced":{"x-field-uid":6,"$ref":"#/components/schemas/Bgp.Advanced"},"capability":{"x-field-uid":7,"$ref":"#/components/schemas/Bgp.Capability"},"learned_information_filter":{"x-field-uid":8,"$ref":"#/components/schemas/Bgp.LearnedInformationFilter"},"v4_routes":{"x-field-uid":9,"description":"Emulated BGPv4 route ranges.","type":"array","items":{"$ref":"#/components/schemas/Bgp.V4RouteRange"}},"v6_routes":{"x-field-uid":10,"description":"Emulated BGPv6 route ranges.","type":"array","items":{"$ref":"#/components/schemas/Bgp.V6RouteRange"}},"v4_srte_policies":{"x-field-uid":11,"description":"Segment Routing Traffic Engineering (SR TE) Policies for IPv4 Address Family Identifier (AFI).","type":"array","items":{"$ref":"#/components/schemas/BgpSrte.V4Policy"}},"v6_srte_policies":{"x-field-uid":12,"description":"Segment Routing Traffic Engineering (SR TE) Policies for IPv6 Address Family Identifier (AFI).","type":"array","items":{"$ref":"#/components/schemas/BgpSrte.V6Policy"}},"name":{"x-field-uid":13,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.\nGlobally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"graceful_restart":{"x-field-uid":14,"$ref":"#/components/schemas/Bgp.GracefulRestart"},"replay_updates":{"description":"BGP Updates to be sent to the peer as specified after the session is established. ","$ref":"#/components/schemas/Bgp.UpdateReplay","x-field-uid":15}}},"Bgp.V4Interface":{"description":"Configuration for emulated BGPv4 peers and routes on a single IPv4 interface.","type":"object","required":["ipv4_name"],"properties":{"ipv4_name":{"description":"The unique name of the IPv4,  Loopback IPv4 interface or DHCPv4 client used as the source IP for this list of BGP peers.\n\nx-constraint:\n- /components/schemas/Device.Ipv4/properties/name\n- /components/schemas/Device.Ipv4Loopback/properties/name\n- /components/schemas/Device.Dhcpv4client/properties/name\n","type":"string","x-constraint":["/components/schemas/Device.Ipv4/properties/name","/components/schemas/Device.Ipv4Loopback/properties/name","/components/schemas/Device.Dhcpv4client/properties/name"],"x-field-uid":1},"peers":{"description":"This contains the list of BGPv4 peers configured on this interface.","type":"array","items":{"$ref":"#/components/schemas/Bgp.V4Peer"},"x-field-uid":2}}},"BgpV4.EthernetSegment":{"description":"Configuration for BGP Ethernet Segment ranges. Advertises following routes - \n\nType 4 - Ethernet Segment Route","type":"object","properties":{"df_election":{"description":"Designated Forwarder (DF) election configuration.","$ref":"#/components/schemas/Bgp.EthernetSegment.DfElection","x-field-uid":1},"evis":{"description":"This contains the list of EVIs.","type":"array","items":{"$ref":"#/components/schemas/BgpV4.EvpnEvis"},"x-field-uid":2},"esi":{"x-field-uid":3,"description":"10-octet Ethernet Segment Identifier (ESI) Example - For multi-home scenario nonZero ESI is '10000000000000000000' .","type":"string","format":"hex","default":"00000000000000000000"},"active_mode":{"x-field-uid":4,"description":"Single Active or All Active mode Redundancy mode selection for Multi-home.","type":"string","default":"all_active","x-enum":{"single_active":{"x-field-uid":1},"all_active":{"x-field-uid":2}},"enum":["single_active","all_active"]},"esi_label":{"x-field-uid":5,"description":"The label value to be advertised as ESI Label in ESI Label Extended Community. This is included in Ethernet Auto-discovery per ES Routes advertised by a router. ","type":"integer","format":"uint32","maximum":16777215,"default":0},"advanced":{"x-field-uid":6,"$ref":"#/components/schemas/Bgp.RouteAdvanced"},"communities":{"x-field-uid":7,"description":"Optional community settings.","type":"array","items":{"$ref":"#/components/schemas/Bgp.Community"}},"ext_communities":{"x-field-uid":8,"description":"Optional Extended Community settings. The Extended Communities Attribute is a transitive optional BGP attribute, with the Type Code 16. Community and Extended Communities  attributes are utilized to trigger routing decisions, such as acceptance, rejection,  preference, or redistribution. An extended community is an 8-Bytes value. It is divided into two main parts. The first 2 Bytes of the community encode a type and sub-type fields and the last 6 Bytes carry a unique set of data in a format defined by the type and sub-type field. Extended communities provide a larger  range for grouping or categorizing communities. When type is administrator_as_2octet or administrator_as_4octet, the valid sub types are route target and origin. The valid value for  administrator_as_2octet and administrator_as_4octet type is either two byte AS followed by four byte local administrator id or four byte AS followed by two  byte local administrator id.  When type is administrator_ipv4_address the valid sub types are route target and origin. The valid value for  administrator_ipv4_address is a four byte IPv4 address followed by a two byte local administrator id.  When type is opaque, valid sub types are color and encapsulation. When sub type is color, first two bytes of the value field contain flags and last four bytes  contains the value of the color. When sub type is encapsulation the first four bytes of value field are reserved and last two bytes carries the tunnel type from  IANA's \"ETHER TYPES\" registry e.g IPv4 (protocol type = 0x0800), IPv6 (protocol type = 0x86dd), and MPLS (protocol type = 0x8847). When type is administrator_as_2octet_link_bandwidth the valid sub type is extended_bandwidth. The first two bytes of the value field contains the AS number and the last four bytes contains the bandwidth in IEEE floating point format.  When type is evpn the valid subtype is mac_address. In the value field the low-order bit of the first byte(Flags) is defined as the \"Sticky/static\" flag and may be set to 1, indicating the MAC address is static and cannot move. The second byte is reserved and the  last four bytes contain the sequence number which is used to ensure that PEs retain the correct MAC/IP Advertisement route when multiple updates  occur for the same MAC address.","type":"array","items":{"$ref":"#/components/schemas/Bgp.ExtCommunity"}},"as_path":{"x-field-uid":9,"description":"Optional AS PATH settings.","$ref":"#/components/schemas/Bgp.AsPath"}}},"Bgp.EthernetSegment.DfElection":{"description":"Configuration for Designated Forwarder (DF) election among the Provider Edge (PE) routers on the same Ethernet Segment.","type":"object","properties":{"election_timer":{"description":"The DF election timer in seconds.","type":"integer","format":"uint32","maximum":300,"default":3,"x-field-uid":1}}},"Bgp.RouteAdvanced":{"description":"Configuration for advanced BGP route range settings.","type":"object","properties":{"include_multi_exit_discriminator":{"description":"BGP Multi Exit Discriminator attribute sent to the peer to help in the route selection process.  If set to true, the Multi Exit Discriminator attribute will be included in the route advertisement.","type":"boolean","default":true,"x-field-uid":3},"multi_exit_discriminator":{"description":"The multi exit discriminator (MED) value used for route selection sent to the peer.","type":"integer","format":"uint32","x-field-uid":1},"include_origin":{"description":"If set to true, the Origin attribute will be included in the route advertisement.","type":"boolean","default":true,"x-field-uid":4},"origin":{"description":"The origin attribute of a prefix can take three values: the prefix originates from an interior routing protocol 'igp',  it originates from 'egp' or the origin is 'incomplete', if the prefix is learned through other means.","type":"string","default":"igp","x-field-uid":2,"x-enum":{"igp":{"x-field-uid":1},"egp":{"x-field-uid":2},"incomplete":{"x-field-uid":3}},"enum":["igp","egp","incomplete"]},"include_local_preference":{"description":"BGP Local Preference attribute sent to the peer to indicate the degree of preference  for externally learned routes. If set to true, the Local Preference attribute will be included  in the route advertisement. This should be included only for internal peers.","type":"boolean","default":true,"x-field-uid":5},"local_preference":{"description":"Value to be set in Local Preference attribute if include_local_preference is set to true. It is  used for the selection of the path for the traffic leaving the AS. The route with the  highest local preference value is preferred.","type":"integer","format":"uint32","default":100,"x-field-uid":6}}},"Bgp.Community":{"description":"BGP communities provide additional capability for tagging routes and  for modifying BGP routing policy on upstream and downstream routers. BGP community is a 32-bit number which is broken into 16-bit AS number and  a 16-bit custom value.","type":"object","properties":{"type":{"description":"The type of community AS number.","type":"string","x-field-uid":1,"x-enum":{"manual_as_number":{"x-field-uid":1},"no_export":{"x-field-uid":2},"no_advertised":{"x-field-uid":3},"no_export_subconfed":{"x-field-uid":4},"llgr_stale":{"x-field-uid":5},"no_llgr":{"x-field-uid":6}},"enum":["manual_as_number","no_export","no_advertised","no_export_subconfed","llgr_stale","no_llgr"]},"as_number":{"description":"First two octets of 32 bit community AS number.","type":"integer","format":"uint32","maximum":65535,"default":0,"x-field-uid":2},"as_custom":{"description":"Last two octets of the community value. ","type":"integer","format":"uint32","maximum":65535,"default":0,"x-field-uid":3}}},"Bgp.ExtCommunity":{"description":"The Extended Communities Attribute is a transitive optional BGP attribute, with the Type Code 16. Community and Extended Communities  attributes are utilized to trigger routing decisions, such as acceptance, rejection,  preference, or redistribution. An extended community is an 8-Bytes value. It is divided into two main parts. The first 2 Bytes of the community encode a type and sub-type fields and the last 6 Bytes carry a unique set of data in a  format defined by the type and sub-type field. Extended communities provide a larger  range for grouping or categorizing communities.","type":"object","properties":{"type":{"description":"Extended Community Type field of 1 Byte.\n - administrator_as_2octet: Two-Octet AS Specific Extended Community (RFC 4360).\n - administrator_ipv4_address: IPv4 Address Specific Extended Community (RFC 4360).\n - administrator_as_4octet:  4-Octet AS Specific Extended Community (RFC 5668).\n - opaque: Opaque Extended Community (RFC 7432).\n - evpn: EVPN Extended Community (RFC 7153).  \n - administrator_as_2octet_link_bandwidth : Link Bandwidth Extended Community (RFC 7153).","type":"string","x-field-uid":1,"x-enum":{"administrator_as_2octet":{"x-field-uid":1},"administrator_ipv4_address":{"x-field-uid":2},"administrator_as_4octet":{"x-field-uid":3},"opaque":{"x-field-uid":4},"evpn":{"x-field-uid":5},"administrator_as_2octet_link_bandwidth":{"x-field-uid":6}},"enum":["administrator_as_2octet","administrator_ipv4_address","administrator_as_4octet","opaque","evpn","administrator_as_2octet_link_bandwidth"]},"subtype":{"description":"Extended Community Sub Type field of 1 Byte.\n- route_target: Route Target.\n- origin: Origin.\n- extended_bandwidth: Specifies the link bandwidth.\n- color: Specifies the color value.\n- encapsulation: Specifies the Encapsulation Extended Community.\n- mac_address: Specifies the Extended community MAC address.","type":"string","x-field-uid":2,"x-enum":{"route_target":{"x-field-uid":1},"origin":{"x-field-uid":2},"extended_bandwidth":{"x-field-uid":3},"color":{"x-field-uid":4},"encapsulation":{"x-field-uid":5},"mac_address":{"x-field-uid":6}},"enum":["route_target","origin","extended_bandwidth","color","encapsulation","mac_address"]},"value":{"description":"Extended Community value of 6 Bytes. Example - for the Opaque type and Color subtype value can be '0000000000c8'  for the color value 200.","type":"string","format":"hex","x-field-uid":3}}},"Bgp.AsPath":{"description":"This attribute identifies the autonomous systems through  which routing information carried in this UPDATE message has passed. This contains the configuration of how to include the Local AS in the AS path attribute of the MP REACH NLRI. It also contains optional configuration of additional AS Path Segments that can be included in the AS Path attribute. The AS Path consists of a Set or Sequence of Autonomous Systems (AS) numbers  that a routing information passes through to reach the destination.","type":"object","properties":{"as_set_mode":{"description":"Defines how the Local AS should be included in the MP REACH NLRI. For iBGP sessions, \"Do Not Include Local AS\" must be chosen. For eBGP sessions, any choice other than \"Do Not Include Local AS\" can be chosen.","type":"string","default":"do_not_include_local_as","x-field-uid":1,"x-enum":{"do_not_include_local_as":{"x-field-uid":1},"include_as_seq":{"x-field-uid":2},"include_as_set":{"x-field-uid":3},"include_as_confed_seq":{"x-field-uid":4},"include_as_confed_set":{"x-field-uid":5},"prepend_to_first_segment":{"x-field-uid":6}},"enum":["do_not_include_local_as","include_as_seq","include_as_set","include_as_confed_seq","include_as_confed_set","prepend_to_first_segment"]},"segments":{"description":"The additional AS path segments to be added in the NLRI.  By default, an empty AS path is always included and  the local AS is added to it as per the value of 'as_set_mode' attribute. ","type":"array","items":{"$ref":"#/components/schemas/Bgp.AsPathSegment"},"x-field-uid":2}}},"Bgp.AsPathSegment":{"description":"Configuration for a single BGP AS path segment","type":"object","properties":{"type":{"description":"AS sequence is the most common type of AS_PATH, it contains the  list of ASNs starting with the most recent ASN being added read  from left to right.\nThe other three AS_PATH types are used for Confederations - AS_SET is the type of AS_PATH attribute that summarizes routes using using the aggregate-address command, allowing AS_PATHs to be  summarized in the update as well. - AS_CONFED_SEQ gives the list of ASNs in the path starting with the  most recent ASN to be added reading left to right - AS_CONFED_SET will allow summarization of multiple AS PATHs to be  sent in BGP Updates.","type":"string","default":"as_seq","x-field-uid":1,"x-enum":{"as_seq":{"x-field-uid":1},"as_set":{"x-field-uid":2},"as_confed_seq":{"x-field-uid":3},"as_confed_set":{"x-field-uid":4}},"enum":["as_seq","as_set","as_confed_seq","as_confed_set"]},"as_numbers":{"description":"The AS numbers in this AS path segment.","type":"array","items":{"type":"integer","format":"uint32","default":1},"x-field-uid":2}}},"BgpV4.EvpnEvis":{"description":"This contains a list of different flavors of EVPN. \nFor example EVPN over VXLAN or EVPN over MPLS etc to be configured per Ethernet segment. \nNeed to instantiate correct type of EVPN instance as per requirement.","type":"object","properties":{"choice":{"type":"string","default":"evi_vxlan","x-field-uid":1,"x-enum":{"evi_vxlan":{"x-field-uid":1}},"enum":["evi_vxlan"]},"evi_vxlan":{"description":"EVPN VXLAN instance to be configured per Ethernet Segment.                  ","$ref":"#/components/schemas/BgpV4.EviVxlan","x-field-uid":2}}},"BgpV4.EviVxlan":{"description":"Configuration for BGP EVPN EVI. Advertises following routes - \n\nType 3 - Inclusive Multicast Ethernet Tag Route\n\nType 1 -  Ethernet Auto-discovery Route (Per EVI)\n\nType 1 -  Ethernet Auto-discovery Route (Per ES)","type":"object","properties":{"broadcast_domains":{"description":"This contains the list of Broadcast Domains to be configured per EVI.","type":"array","items":{"$ref":"#/components/schemas/BgpV4.EviVxlan.BroadcastDomain"},"x-field-uid":1},"replication_type":{"x-field-uid":2,"description":"This model only supports Ingress Replication","type":"string","default":"ingress_replication","x-enum":{"ingress_replication":{"x-field-uid":1}},"enum":["ingress_replication"]},"pmsi_label":{"x-field-uid":3,"description":"Downstream assigned VNI to be carried as Part of P-Multicast Service Interface Tunnel attribute (PMSI Tunnel Attribute) in Type 3 Inclusive Multicast Ethernet Tag Route.","type":"integer","format":"uint32","maximum":16777215,"default":16},"ad_label":{"x-field-uid":4,"description":"The Auto-discovery Route label (AD label) value, which gets advertised in the Ethernet Auto-discovery Route per <EVI, ESI>","type":"integer","format":"uint32","maximum":16777215,"default":0},"route_distinguisher":{"x-field-uid":5,"description":"Colon separated Extended Community value of 6 Bytes - \"AS number: Value\" identifying an EVI.            Example - for the as_2octet \"60005:100\".","$ref":"#/components/schemas/Bgp.RouteDistinguisher"},"route_target_export":{"x-field-uid":6,"description":"List of Layer 2 Virtual Network Identifier (L2VNI) export targets associated with this EVI. ","type":"array","items":{"$ref":"#/components/schemas/Bgp.RouteTarget"}},"route_target_import":{"x-field-uid":7,"description":"List of L2VNI import targets associated with this EVI. ","type":"array","items":{"$ref":"#/components/schemas/Bgp.RouteTarget"}},"l3_route_target_export":{"x-field-uid":8,"description":"List of Layer 3 Virtual Network Identifier (L3VNI) Export Route Targets.","type":"array","items":{"$ref":"#/components/schemas/Bgp.RouteTarget"}},"l3_route_target_import":{"x-field-uid":9,"description":"List of L3VNI Import Route Targets.","type":"array","items":{"$ref":"#/components/schemas/Bgp.RouteTarget"}},"advanced":{"x-field-uid":10,"$ref":"#/components/schemas/Bgp.RouteAdvanced"},"communities":{"x-field-uid":11,"description":"Optional community settings.","type":"array","items":{"$ref":"#/components/schemas/Bgp.Community"}},"ext_communities":{"x-field-uid":12,"description":"Optional Extended Community settings. The Extended Communities Attribute is a transitive optional BGP attribute, with the Type Code 16. Community and Extended Communities  attributes are utilized to trigger routing decisions, such as acceptance, rejection,  preference, or redistribution. An extended community is an 8-Bytes value. It is divided into two main parts. The first 2 Bytes of the community encode a type and sub-type fields and the last 6 Bytes carry a unique set of data in a format defined by the type and sub-type field. Extended communities provide a larger  range for grouping or categorizing communities. When type is administrator_as_2octet or administrator_as_4octet, the valid sub types are route target and origin. The valid value for  administrator_as_2octet and administrator_as_4octet type is either two byte AS followed by four byte local administrator id or four byte AS followed by two  byte local administrator id.  When type is administrator_ipv4_address the valid sub types are route target and origin. The valid value for  administrator_ipv4_address is a four byte IPv4 address followed by a two byte local administrator id.  When type is opaque, valid sub types are color and encapsulation. When sub type is color, first two bytes of the value field contain flags and last four bytes  contains the value of the color. When sub type is encapsulation the first four bytes of value field are reserved and last two bytes carries the tunnel type from  IANA's \"ETHER TYPES\" registry e.g IPv4 (protocol type = 0x0800), IPv6 (protocol type = 0x86dd), and MPLS (protocol type = 0x8847). When type is administrator_as_2octet_link_bandwidth the valid sub type is extended_bandwidth. The first two bytes of the value field contains the AS number and the last four bytes contains the bandwidth in IEEE floating point format.  When type is evpn the valid subtype is mac_address. In the value field the low-order bit of the first byte(Flags) is defined as the \"Sticky/static\" flag and may be set to 1, indicating the MAC address is static and cannot move. The second byte is reserved and the  last four bytes contain the sequence number which is used to ensure that PEs retain the correct MAC/IP Advertisement route when multiple updates  occur for the same MAC address.","type":"array","items":{"$ref":"#/components/schemas/Bgp.ExtCommunity"}},"as_path":{"x-field-uid":13,"description":"Optional AS PATH settings.","$ref":"#/components/schemas/Bgp.AsPath"}}},"BgpV4.EviVxlan.BroadcastDomain":{"description":"Configuration for Broadcast Domains per EVI.","type":"object","properties":{"cmac_ip_range":{"description":"This contains the list of Customer MAC/IP Ranges to be configured per Broadcast Domain. \n\nAdvertises following route - \nType 2 - MAC/IP Advertisement Route.","type":"array","items":{"$ref":"#/components/schemas/Bgp.CMacIpRange"},"x-field-uid":1},"ethernet_tag_id":{"x-field-uid":2,"description":"The Ethernet Tag ID of the Broadcast Domain.","type":"integer","format":"uint32","default":0},"vlan_aware_service":{"x-field-uid":3,"description":"VLAN-Aware service to be enabled or disabled.","type":"boolean","default":false}}},"Bgp.CMacIpRange":{"description":"Configuration for MAC/IP Ranges per Broadcast Domain. \n\nAdvertises following route -\n\nType 2 - MAC/IP Advertisement Route.","type":"object","properties":{"mac_addresses":{"description":"Host MAC address range per Broadcast Domain. ","$ref":"#/components/schemas/MACRouteAddress","x-field-uid":1},"l2vni":{"description":"Layer 2 Virtual Network Identifier (L2VNI) to be advertised with MAC/IP Advertisement Route (Type 2)","type":"integer","format":"uint32","maximum":16777215,"default":0,"x-field-uid":2},"ipv4_addresses":{"description":"Host IPv4 address range per Broadcast Domain.         ","$ref":"#/components/schemas/V4RouteAddress","x-field-uid":3},"ipv6_addresses":{"description":"Host IPv6 address range per Broadcast Domain.                 ","$ref":"#/components/schemas/V6RouteAddress","x-field-uid":4},"l3vni":{"description":"Layer 3 Virtual Network Identifier (L3VNI) to be advertised with MAC/IP Advertisement Route (Type 2).","type":"integer","format":"uint32","maximum":16777215,"default":0,"x-field-uid":5},"include_default_gateway":{"description":"Include default Gateway Extended Community in MAC/IP Advertisement Route (Type 2).","type":"boolean","default":false,"x-field-uid":6},"advanced":{"$ref":"#/components/schemas/Bgp.RouteAdvanced","x-field-uid":7},"communities":{"description":"Optional community settings.","type":"array","items":{"$ref":"#/components/schemas/Bgp.Community"},"x-field-uid":8},"ext_communities":{"description":"Optional Extended Community settings. The Extended Communities Attribute is a transitive optional BGP attribute, with the Type Code 16. Community and Extended Communities  attributes are utilized to trigger routing decisions, such as acceptance, rejection,  preference, or redistribution. An extended community is an 8-Bytes value. It is divided into two main parts. The first 2 Bytes of the community encode a type and sub-type fields and the last 6 Bytes carry a unique set of data in a format defined by the type and sub-type field. Extended communities provide a larger  range for grouping or categorizing communities. When type is administrator_as_2octet or administrator_as_4octet, the valid sub types are route target and origin. The valid value for  administrator_as_2octet and administrator_as_4octet type is either two byte AS followed by four byte local administrator id or four byte AS followed by two  byte local administrator id.  When type is administrator_ipv4_address the valid sub types are route target and origin. The valid value for  administrator_ipv4_address is a four byte IPv4 address followed by a two byte local administrator id.  When type is opaque, valid sub types are color and encapsulation. When sub type is color, first two bytes of the value field contain flags and last four bytes  contains the value of the color. When sub type is encapsulation the first four bytes of value field are reserved and last two bytes carries the tunnel type from  IANA's \"ETHER TYPES\" registry e.g IPv4 (protocol type = 0x0800), IPv6 (protocol type = 0x86dd), and MPLS (protocol type = 0x8847). When type is administrator_as_2octet_link_bandwidth the valid sub type is extended_bandwidth. The first two bytes of the value field contains the AS number and the last four bytes contains the bandwidth in IEEE floating point format.  When type is evpn the valid subtype is mac_address. In the value field the low-order bit of the first byte(Flags) is defined as the \"Sticky/static\" flag and may be set to 1, indicating the MAC address is static and cannot move. The second byte is reserved and the  last four bytes contain the sequence number which is used to ensure that PEs retain the correct MAC/IP Advertisement route when multiple updates  occur for the same MAC address.","type":"array","items":{"$ref":"#/components/schemas/Bgp.ExtCommunity"},"x-field-uid":9},"as_path":{"description":"Optional AS PATH settings.","$ref":"#/components/schemas/Bgp.AsPath","x-field-uid":10},"name":{"x-field-uid":11,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"}},"required":["name"]},"Bgp.RouteDistinguisher":{"description":"BGP Route Distinguisher.","type":"object","properties":{"rd_type":{"description":"Route Distinguisher Type field of 2 Byte.\n - as_2octet: Two-Octet AS Specific Extended Community (RFC 4360).\n - ipv4_address: IPv4 Address Specific Extended Community (RFC 4360).\n - as_4octet:  4-Octet AS Specific Extended Community (RFC 5668). ","type":"string","default":"as_2octet","x-field-uid":1,"x-enum":{"as_2octet":{"x-field-uid":1},"ipv4_address":{"x-field-uid":2},"as_4octet":{"x-field-uid":3}},"enum":["as_2octet","ipv4_address","as_4octet"]},"auto_config_rd_ip_addr":{"description":"Allow to automatically configure RD IP address  from local ip.","type":"boolean","default":false,"x-field-uid":2},"rd_value":{"description":"Colon separated Extended Community value of 6 Bytes - \"AS number: Value\".  Example - for the as_2octet or as_4octet \"60005:100\",  for ipv4_address \"1.1.1.1:100\"","type":"string","x-field-uid":3}}},"Bgp.RouteTarget":{"description":"BGP Route Target.","type":"object","properties":{"rt_type":{"description":"Extended Community Type field of 2 Byte.\n - as_2octet: Two-Octet AS Specific Extended Community (RFC 4360).\n - ipv4_address: IPv4 Address Specific Extended Community (RFC 4360).\n - as_4octet:  4-Octet AS Specific Extended Community (RFC 5668). ","type":"string","x-field-uid":1,"x-enum":{"as_2octet":{"x-field-uid":1},"ipv4_address":{"x-field-uid":2},"as_4octet":{"x-field-uid":3}},"enum":["as_2octet","ipv4_address","as_4octet"]},"rt_value":{"description":"Colon separated Extended Community value of 6 Bytes - AS number: Assigned Number.   Example - for the as_2octet or as_4octet \"60005:100\",  for ipv4_address \"1.1.1.1:100\"","type":"string","x-field-uid":2}}},"Bgp.Advanced":{"description":"Configuration for BGP advanced settings.","type":"object","properties":{"hold_time_interval":{"description":"Number of seconds the sender proposes for the value of the Hold Timer.","type":"integer","format":"uint32","default":90,"x-field-uid":1},"keep_alive_interval":{"description":"Number of seconds between transmissions of Keepalive messages by this peer.","type":"integer","format":"uint32","default":30,"x-field-uid":2},"update_interval":{"description":"The time interval at which Update messages are sent to the DUT, expressed as the number of milliseconds between Update messages. The update interval 0 implies to send all the updates as fast as possible.","type":"integer","format":"uint32","default":0,"x-field-uid":3},"time_to_live":{"description":"The limited number of iterations that a unit of data can experience before the data is discarded. This is placed in the TTL field in the IP header of the  transmitted packets.","type":"integer","format":"uint32","default":64,"maximum":255,"x-field-uid":4},"md5_key":{"description":"The value to be used as a secret MD5 key for authentication. If not configured, MD5 authentication will not be enabled.","type":"string","x-field-uid":5},"passive_mode":{"description":"If set to true, the local BGP peer will wait for the remote peer to initiate the BGP session\nby establishing the TCP connection, rather than initiating sessions from the local peer.","type":"boolean","default":false,"x-field-uid":6},"listen_port":{"description":"The TCP port number on which to accept BGP connections from the remote peer.","type":"integer","format":"uint32","default":179,"maximum":65535,"x-field-uid":7},"neighbor_port":{"description":"Destination TCP port number of the BGP peer when initiating a\nsession from the local BGP peer.","type":"integer","format":"uint32","default":179,"maximum":65535,"x-field-uid":8}}},"Bgp.Capability":{"description":"Configuration for BGP capability settings.","type":"object","properties":{"ipv4_unicast":{"description":"Support for the IPv4 Unicast address family.","type":"boolean","default":true,"x-field-uid":1},"ipv4_multicast":{"description":"Support for the IPv4 Multicast address family. ","type":"boolean","default":false,"x-field-uid":2},"ipv6_unicast":{"description":"Support for the IPv4 Unicast address family.","type":"boolean","default":true,"x-field-uid":3},"ipv6_multicast":{"description":"Support for the IPv6 Multicast address family.","type":"boolean","default":false,"x-field-uid":4},"vpls":{"description":"Support for VPLS as below. \nRFC4761 - Virtual Private LAN Service (VPLS) using BGP for Auto-Discovery\nand Signaling. \nRFC6624 - Layer 2 Virtual Private Networks using BGP for Auto-Discovery \nand Signaling.","type":"boolean","default":false,"x-field-uid":5},"route_refresh":{"description":"Support for the route refresh capabilities. Route Refresh allows the dynamic exchange of route refresh requests  and routing information between BGP peers and the subsequent re-advertisement  of the outbound or inbound routing table.","type":"boolean","default":true,"x-field-uid":6},"route_constraint":{"description":"Supports for the route constraint capabilities. Route Constraint allows the advertisement of Route Target Membership  information. The BGP peers exchange Route Target Reachability Information,  which is used to build a route distribution graph.  This limits the propagation of VPN Network Layer Reachability Information (NLRI) between different autonomous systems  or distinct clusters of the same autonomous system. This is supported for Layer 3 Virtual Private Network scenario.","type":"boolean","default":false,"x-field-uid":7},"link_state_non_vpn":{"description":"Support for BGP Link State for ISIS and OSPF.","type":"boolean","default":false,"x-field-uid":8},"link_state_vpn":{"description":"Capability advertisement of BGP Link State for VPNs.","type":"boolean","default":false,"x-field-uid":9},"evpn":{"description":"Support for the EVPN address family.","type":"boolean","default":false,"x-field-uid":10},"extended_next_hop_encoding":{"description":"Support for extended Next Hop Encoding for Nexthop field in  IPv4 routes advertisement.  This allows IPv4 routes being advertised by IPv6 peers to  include an IPv6 Nexthop.","type":"boolean","default":false,"x-field-uid":11},"ipv4_multicast_vpn":{"description":"Support for the IPv4 Multicast VPN address family.","type":"boolean","default":false,"x-field-uid":12},"ipv4_mpls_vpn":{"description":"Support for the IPv4 MPLS L3VPN address family.","type":"boolean","default":false,"x-field-uid":13},"ipv4_mdt":{"description":"Supports for IPv4 MDT address family messages.","type":"boolean","default":false,"x-field-uid":14},"ipv4_multicast_mpls_vpn":{"description":"Support for the IPv4 Multicast VPN address family.","type":"boolean","default":false,"x-field-uid":15},"ipv4_unicast_flow_spec":{"description":"Support for propagation of IPv4 unicast flow specification rules.","type":"boolean","default":false,"x-field-uid":16},"ipv4_sr_te_policy":{"description":"Support for IPv4 SRTE policy.","type":"boolean","default":false,"x-field-uid":17},"ipv4_unicast_add_path":{"description":"Support for IPv4 Unicast Add Path Capability.","type":"boolean","default":false,"x-field-uid":18},"ipv6_multicast_vpn":{"description":"Support for the IPv6 Multicast VPN address family.","type":"boolean","default":false,"x-field-uid":19},"ipv6_mpls_vpn":{"description":"Support for the IPv6 MPLS L3VPN address family.","type":"boolean","default":false,"x-field-uid":20},"ipv6_mdt":{"description":"Support for IPv6 MDT address family messages.","type":"boolean","default":false,"x-field-uid":21},"ipv6_multicast_mpls_vpn":{"description":"Support for the IPv6 Multicast VPN address family.","type":"boolean","default":false,"x-field-uid":22},"ipv6_unicast_flow_spec":{"description":"Support for propagation of IPv6 unicast flow specification rules.","type":"boolean","default":false,"x-field-uid":23},"ipv6_sr_te_policy":{"description":"Support for IPv6 SRTE policy.","type":"boolean","default":false,"x-field-uid":24},"ipv6_unicast_add_path":{"description":"Support for IPv6 Unicast Add Path Capability.","type":"boolean","default":false,"x-field-uid":25}}},"Bgp.LearnedInformationFilter":{"description":"Configuration for controlling storage of BGP learned information recieved from the peer.","type":"object","properties":{"unicast_ipv4_prefix":{"description":"If enabled, will store the information related to Unicast IPv4 Prefixes recieved from the peer.","type":"boolean","default":false,"x-field-uid":1},"unicast_ipv6_prefix":{"description":"If enabled, will store the information related to Unicast IPv6 Prefixes recieved from the peer.","type":"boolean","default":false,"x-field-uid":2}}},"Bgp.V4RouteRange":{"description":"Emulated BGPv4 route range.","type":"object","properties":{"addresses":{"description":"A list of group of IPv4 route addresses.","type":"array","items":{"$ref":"#/components/schemas/V4RouteAddress"},"x-field-uid":1},"next_hop_mode":{"description":"Specify the NextHop in MP REACH NLRI. The mode for setting the IP address  of the NextHop in the MP REACH NLRI can be one of the following:\n  Local IP: Automatically fills the Nexthop with the Local IP of the BGP\npeer.\n  If BGP peer is of type IPv6, Nexthop Encoding capability should be enabled.\n  Manual: Override the Nexthop with any arbitrary IPv4/IPv6 address.   ","type":"string","default":"local_ip","x-field-uid":2,"x-enum":{"local_ip":{"x-field-uid":1},"manual":{"x-field-uid":2}},"enum":["local_ip","manual"]},"next_hop_address_type":{"description":"If the Nexthop Mode is Manual, it sets the type of the NextHop IP address.","type":"string","default":"ipv4","x-field-uid":3,"x-enum":{"ipv4":{"x-field-uid":1},"ipv6":{"x-field-uid":2}},"enum":["ipv4","ipv6"]},"next_hop_ipv4_address":{"description":"The IPv4 address of the next hop if the Nexthop Mode is manual and the Nexthop type is IPv4. If BGP peer is of type IPv6, Nexthop Encoding capability should be enabled.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":4},"next_hop_ipv6_address":{"description":"The IPv6 address of the next hop if the Nexthop Mode is manual and the Nexthop type is IPv6. ","type":"string","format":"ipv6","default":"::0","x-field-uid":5},"advanced":{"x-field-uid":6,"$ref":"#/components/schemas/Bgp.RouteAdvanced"},"communities":{"x-field-uid":7,"description":"Optional community settings.","type":"array","items":{"$ref":"#/components/schemas/Bgp.Community"}},"as_path":{"x-field-uid":8,"$ref":"#/components/schemas/Bgp.AsPath"},"add_path":{"x-field-uid":9,"$ref":"#/components/schemas/Bgp.AddPath"},"name":{"x-field-uid":10,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"ext_communities":{"x-status":{"status":"deprecated","information":"This property is deprecated in favor of property extended_communities"},"x-field-uid":11,"description":"Deprecated: This property is deprecated in favor of property extended_communities\n\nOptional Extended Community settings. The Extended Communities Attribute is a transitive optional BGP attribute, with the Type Code 16. Community and Extended Communities  attributes are utilized to trigger routing decisions, such as acceptance, rejection,  preference, or redistribution. An extended community is an 8-Bytes value. It is divided into two main parts. The first 2 Bytes of the community encode a type and sub-type fields and the last 6 Bytes carry a unique set of data in a format defined by the type and sub-type field. Extended communities provide a larger  range for grouping or categorizing communities. When type is administrator_as_2octet or administrator_as_4octet, the valid sub types are route target and origin. The valid value for  administrator_as_2octet and administrator_as_4octet type is either two byte AS followed by four byte local administrator id or four byte AS followed by two  byte local administrator id.  When type is administrator_ipv4_address the valid sub types are route target and origin. The valid value for  administrator_ipv4_address is a four byte IPv4 address followed by a two byte local administrator id.  When type is opaque, valid sub types are color and encapsulation. When sub type is color, first two bytes of the value field contain flags and last four bytes  contains the value of the color. When sub type is encapsulation the first four bytes of value field are reserved and last two bytes carries the tunnel type from  IANA's \"ETHER TYPES\" registry e.g IPv4 (protocol type = 0x0800), IPv6 (protocol type = 0x86dd), and MPLS (protocol type = 0x8847). When type is administrator_as_2octet_link_bandwidth the valid sub type is extended_bandwidth. The first two bytes of the value field contains the AS number and the last four bytes contains the bandwidth in IEEE floating point format.  When type is evpn the valid subtype is mac_address. In the value field the low-order bit of the first byte(Flags) is defined as the \"Sticky/static\" flag and may be set to 1, indicating the MAC address is static and cannot move. The second byte is reserved and the  last four bytes contain the sequence number which is used to ensure that PEs retain the correct MAC/IP Advertisement route when multiple updates  occur for the same MAC address.  Note evpn type is defined mainly for use with evpn route updates and not for IPv4 and IPv6 route updates.","type":"array","items":{"$ref":"#/components/schemas/Bgp.ExtCommunity"}},"extended_communities":{"x-field-uid":12,"description":"Optional Extended Community settings. The Extended Communities Attribute is a transitive optional BGP attribute, with the Type Code 16. Community and Extended Communities  attributes are utilized to trigger routing decisions, such as acceptance, rejection,  preference, or redistribution. An extended community is an eight byte value. It is divided into two main parts. The first two bytes of the community encode a type and sub-type fields and the last six bytes carry a unique set of data in a format defined by the type and sub-type field. Extended communities provide a larger range for grouping or categorizing communities.            ","type":"array","items":{"$ref":"#/components/schemas/Bgp.ExtendedCommunity"}}},"required":["name"]},"Bgp.AddPath":{"description":"The BGP Additional Paths feature is a BGP extension that allows the  advertisement of multiple paths for the same prefix without the new  paths implicitly replacing any previous paths.","type":"object","properties":{"path_id":{"description":"The id of the additional path.","type":"integer","format":"uint32","default":1,"x-field-uid":1}}},"Bgp.ExtendedCommunity":{"description":"The Extended Communities Attribute is a optional BGP attribute,defined in RFC4360 with the Type Code 16.  Community and Extended Communities  attributes are utilized to trigger routing decisions, such as acceptance, rejection,  preference, or redistribution.  An extended community is an 8-Bytes value.It is divided into two main parts. The first 2 Bytes of the community  encode a type and optonal sub-type field. The last 6 bytes (or 7 bytes for types without a sub-type) carry a unique set of data in a format defined by the type and optional sub-type field.  Extended communities provide a larger  range for grouping or categorizing communities.","type":"object","properties":{"choice":{"type":"string","default":"transitive_2octet_as_type","x-enum":{"transitive_2octet_as_type":{"x-field-uid":1},"transitive_ipv4_address_type":{"x-field-uid":2},"transitive_4octet_as_type":{"x-field-uid":3},"transitive_opaque_type":{"x-field-uid":4},"transitive_evpn_type":{"x-field-uid":5},"non_transitive_2octet_as_type":{"x-field-uid":6},"custom":{"x-field-uid":7}},"x-field-uid":1,"enum":["transitive_2octet_as_type","transitive_ipv4_address_type","transitive_4octet_as_type","transitive_opaque_type","transitive_evpn_type","non_transitive_2octet_as_type","custom"]},"transitive_2octet_as_type":{"x-field-uid":2,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.Transitive2OctetAsType"},"transitive_ipv4_address_type":{"x-field-uid":3,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.TransitiveIpv4AddressType"},"transitive_4octet_as_type":{"x-field-uid":4,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.Transitive4OctetAsType"},"transitive_opaque_type":{"x-field-uid":5,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.TransitiveOpaqueType"},"transitive_evpn_type":{"x-field-uid":6,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.TransitiveEvpnType"},"non_transitive_2octet_as_type":{"x-field-uid":7,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.NonTransitive2OctetAsType"},"custom":{"x-field-uid":8,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.CustomType"}}},"Bgp.ExtendedCommunity.Transitive2OctetAsType.RouteTarget":{"description":"The Route Target Community identifies one or more routers that may receive a set of routes (that carry this Community) carried by BGP.  It is sent with sub-type as 0x02.            ","type":"object","properties":{"global_2byte_as":{"description":"The two octet IANA assigned AS value assigned to the Autonomous System.","type":"integer","format":"uint32","maximum":65535,"default":100,"x-field-uid":1},"local_4byte_admin":{"type":"integer","format":"uint32","default":1,"description":"The Local Administrator sub-field contains a number from a numbering space that is administered by the organization to which the Autonomous System number carried in the Global Administrator sub-field has been assigned by an appropriate authority.","x-field-uid":2}}},"Bgp.ExtendedCommunity.Transitive2OctetAsType.RouteOrigin":{"description":"The Route Origin Community identifies one or more routers that inject a set of routes (that carry this Community) into BGP. It is sent with sub-type as 0x03 .","type":"object","properties":{"global_2byte_as":{"description":"The two octet IANA assigned AS value assigned to the Autonomous System.","type":"integer","format":"uint32","maximum":65535,"default":100,"x-field-uid":1},"local_4byte_admin":{"description":"The Local Administrator sub-field contains a number from a numbering space that is administered by the organization to which the Autonomous System number carried in the Global Administrator sub-field has been assigned by an appropriate authority.","type":"integer","format":"uint32","default":1,"x-field-uid":2}}},"Bgp.ExtendedCommunity.Transitive2OctetAsType":{"description":"The Transitive Two-Octet AS-Specific Extended Community is sent as type 0x00 .         ","type":"object","properties":{"choice":{"type":"string","default":"route_target_subtype","x-enum":{"route_target_subtype":{"x-field-uid":1},"route_origin_subtype":{"x-field-uid":2}},"x-field-uid":1,"enum":["route_target_subtype","route_origin_subtype"]},"route_target_subtype":{"x-field-uid":2,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.Transitive2OctetAsType.RouteTarget"},"route_origin_subtype":{"x-field-uid":3,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.Transitive2OctetAsType.RouteOrigin"}}},"Bgp.ExtendedCommunity.TransitiveIpv4AddressType.RouteOrigin":{"description":"The Route Origin Community identifies one or more routers that inject a set of routes (that carry this Community) into BGP It is sent with sub-type as 0x03.","type":"object","properties":{"global_ipv4_admin":{"description":"An IPv4 unicast address assigned by one of the Internet registries.            ","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":1},"local_2byte_admin":{"description":"The Local Administrator sub-field contains a number from a numbering space that is administered by the organization to which  the IP address carried in the Global Administrator sub-field has been assigned by an appropriate authority.","type":"integer","format":"uint32","default":1,"maximum":65535,"x-field-uid":2}}},"Bgp.ExtendedCommunity.TransitiveIpv4AddressType.RouteTarget":{"description":"The Route Target Community identifies one or more routers that may receive a set of routes (that carry this Community) carried by BGP.  It is sent with sub-type as 0x02.             ","type":"object","properties":{"global_ipv4_admin":{"description":"An IPv4 unicast address assigned by one of the Internet registries. ","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":1},"local_2byte_admin":{"type":"integer","format":"uint32","maximum":65535,"default":1,"description":"The Local Administrator sub-field contains a number from a numbering space that is administered by the organization to which  the IP address carried in the Global Administrator sub-field has been assigned by an appropriate authority.","x-field-uid":2}}},"Bgp.ExtendedCommunity.TransitiveIpv4AddressType":{"description":"The Transitive IPv4 Address Specific Extended Community is sent as type 0x01.","type":"object","properties":{"choice":{"type":"string","default":"route_target_subtype","x-enum":{"route_target_subtype":{"x-field-uid":1},"route_origin_subtype":{"x-field-uid":2}},"x-field-uid":1,"enum":["route_target_subtype","route_origin_subtype"]},"route_target_subtype":{"x-field-uid":2,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.TransitiveIpv4AddressType.RouteTarget"},"route_origin_subtype":{"x-field-uid":3,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.TransitiveIpv4AddressType.RouteOrigin"}}},"Bgp.ExtendedCommunity.Transitive4OctetAsType.RouteTarget":{"description":"The Route Target Community identifies one or more routers that may receive a set of routes (that carry this Community) carried by BGP.  It is sent with sub-type as 0x02              ","type":"object","properties":{"global_4byte_as":{"description":"The four octet IANA assigned AS value assigned to the Autonomous System.","type":"integer","format":"uint32","default":100,"x-field-uid":1},"local_2byte_admin":{"type":"integer","format":"uint32","default":1,"maximum":65535,"description":"The Local Administrator sub-field contains a number from a numbering space that is administered by the organization to which the Autonomous System number carried in the Global Administrator sub-field has been assigned by an appropriate authority.","x-field-uid":2}}},"Bgp.ExtendedCommunity.Transitive4OctetAsType.RouteOrigin":{"description":"The Route Origin Community identifies one or more routers that inject a set of routes (that carry this Community) into BGP. It is sent with sub-type as 0x03.","type":"object","properties":{"global_4byte_as":{"description":"The four octet IANA assigned AS value assigned to the Autonomous System.","type":"integer","format":"uint32","default":100,"x-field-uid":1},"local_2byte_admin":{"description":"The Local Administrator sub-field contains a number from a numbering space that is administered by the organization to which the Autonomous System number carried in the Global Administrator sub-field has been assigned by an appropriate authority.","type":"integer","format":"uint32","default":1,"maximum":65535,"x-field-uid":2}}},"Bgp.ExtendedCommunity.Transitive4OctetAsType":{"description":"The Transitive Four-Octet AS-Specific Extended Community is sent as type 0x02. It is defined in RFC 5668.       ","type":"object","properties":{"choice":{"type":"string","default":"route_target_subtype","x-enum":{"route_target_subtype":{"x-field-uid":1},"route_origin_subtype":{"x-field-uid":2}},"x-field-uid":1,"enum":["route_target_subtype","route_origin_subtype"]},"route_target_subtype":{"x-field-uid":2,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.Transitive4OctetAsType.RouteTarget"},"route_origin_subtype":{"x-field-uid":3,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.Transitive4OctetAsType.RouteOrigin"}}},"Bgp.ExtendedCommunity.TransitiveOpaqueType.Color":{"description":"The Color Community contains locally administrator defined 'color' value which is used in conjunction with Encapsulation  attribute to decide whether a data packet can be transmitted on a certain tunnel or not. It is defined in RFC9012 and sent with sub-type as 0x0b.             ","type":"object","properties":{"flags":{"description":"Two octet flag values. ","type":"integer","format":"uint32","maximum":65535,"default":0,"x-field-uid":1},"color":{"type":"integer","format":"uint32","default":0,"description":"The color value is user defined and configured locally and used to determine whether a data packet can be transmitted on a certain tunnel or not in conjunction with the Encapsulation attribute. It is defined in RFC9012.           ","x-field-uid":2}}},"Bgp.ExtendedCommunity.TransitiveOpaqueType.Encapsulation":{"description":"This identifies the type of tunneling technology being signalled. It is defined in RFC9012 and sent with sub-type as 0x0c.","type":"object","properties":{"reserved":{"description":"Four bytes of reserved values. Normally set to 0 on transmit and ignored on receive. ","type":"integer","format":"uint32","default":0,"x-field-uid":1},"tunnel_type":{"description":"Identifies the type of tunneling technology being signalled. Initially defined in RFC5512 and extended in RFC9012. Some of the important tunnel types include  1 L2TPv3 over IP\t[RFC9012], \n2\tGRE\t[RFC9012]\n7\tIP in IP\t[RFC9012]\n8\tVXLAN Encapsulation\t[RFC8365]\n9\tNVGRE Encapsulation\t[RFC8365]\n10\tMPLS Encapsulation\t[RFC8365]\n15\tSR TE Policy Type\t[draft-ietf-idr-segment-routing-te-policy]\n19\tGeneve Encapsulation\t[RFC8926]","type":"integer","format":"uint32","maximum":65535,"default":1,"x-field-uid":2}}},"Bgp.ExtendedCommunity.TransitiveOpaqueType":{"description":"The Transitive Opaque Extended Community is sent as type 0x03.","type":"object","properties":{"choice":{"type":"string","default":"color_subtype","x-enum":{"color_subtype":{"x-field-uid":1},"encapsulation_subtype":{"x-field-uid":2}},"x-field-uid":1,"enum":["color_subtype","encapsulation_subtype"]},"color_subtype":{"x-field-uid":2,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.TransitiveOpaqueType.Color"},"encapsulation_subtype":{"x-field-uid":3,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.TransitiveOpaqueType.Encapsulation"}}},"Bgp.ExtendedCommunity.TransitiveEvpnType.RouterMac":{"description":"The Router MAC EVPN Community is defined in RFC9135 and normally sent only for EVPN Type-2 Routes . It is sent with sub-type 0x03.","type":"object","properties":{"router_mac":{"description":"MAC Address of the PE Router.           ","type":"string","format":"mac","default":"0:0:0:0:0:0","x-field-uid":1}}},"Bgp.ExtendedCommunity.TransitiveEvpnType":{"description":"The Transitive EVPN Extended Community is sent as type 0x06 .        ","type":"object","properties":{"choice":{"type":"string","default":"router_mac_subtype","x-enum":{"router_mac_subtype":{"x-field-uid":1}},"x-field-uid":1,"enum":["router_mac_subtype"]},"router_mac_subtype":{"x-field-uid":2,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.TransitiveEvpnType.RouterMac"}}},"Bgp.ExtendedCommunity.NonTransitive2OctetAsType.LinkBandwidth":{"description":"The Link Bandwidth Extended Community attribute is defined in draft-ietf-idr-link-bandwidth. It is sent with sub-type as 0x04.","type":"object","properties":{"global_2byte_as":{"description":"The value of the Global Administrator subfield should represent the Autonomous System of the router that attaches the Link Bandwidth Community. If four octet AS numbering scheme is used, AS_TRANS (23456) should be used.","type":"integer","format":"uint32","default":100,"maximum":65535,"x-field-uid":1},"bandwidth":{"description":"Bandwidth of the link in bytes per second. ( 1 Kbps is 1000 bytes per second and 1 Mbps is 1000 Kbps per second )","type":"number","format":"float","default":0,"x-field-uid":2}}},"Bgp.ExtendedCommunity.NonTransitive2OctetAsType":{"description":"The Non-Transitive Two-Octet AS-Specific Extended Community is sent as type 0x40.         ","type":"object","properties":{"choice":{"type":"string","default":"link_bandwidth_subtype","x-enum":{"link_bandwidth_subtype":{"x-field-uid":1}},"x-field-uid":1,"enum":["link_bandwidth_subtype"]},"link_bandwidth_subtype":{"x-field-uid":2,"$ref":"#/components/schemas/Bgp.ExtendedCommunity.NonTransitive2OctetAsType.LinkBandwidth"}}},"Bgp.ExtendedCommunity.CustomType":{"description":"Add a custom Extended Community with a combination of types , sub-types and values not explicitly specified above or not defined yet.         ","type":"object","properties":{"community_type":{"description":"The type to be set in the Extended Community attribute. Accepts hexadecimal input upto ff .         ","type":"string","format":"hex","maxLength":2,"default":"00","x-field-uid":1},"community_subtype":{"description":"The sub-type to be set in the Extended Community attribute. For certain types with no sub-type this byte can also be used as part of an extended value field. Accepts hexadecimal input upto ff.","type":"string","format":"hex","maxLength":2,"default":"00","x-field-uid":2},"value":{"description":"6 byte hex value to be carried in the last 6 bytes of the Extended Community. Accepts hexadecimal input upto ffffffffffff.      ","type":"string","format":"hex","maxLength":12,"default":"000000000000","x-field-uid":3}}},"Bgp.V6RouteRange":{"description":"Emulated BGPv6 route range.","type":"object","properties":{"addresses":{"description":"A list of group of IPv6 route addresses.","type":"array","items":{"$ref":"#/components/schemas/V6RouteAddress"},"x-field-uid":1},"next_hop_mode":{"description":"Specify the NextHop in MP REACH NLRI. The mode for setting the IP address  of the NextHop in the MP REACH NLRI can be one of the following:\n  Local IP: Automatically fills the Nexthop with the Local IP of the BGP\npeer.\n  If BGP peer is of type IPv6, Nexthop Encoding capability should be enabled.\n  Manual: Override the Nexthop with any arbitrary IPv4/IPv6 address.   ","type":"string","default":"local_ip","x-field-uid":2,"x-enum":{"local_ip":{"x-field-uid":1},"manual":{"x-field-uid":2}},"enum":["local_ip","manual"]},"next_hop_address_type":{"description":"If the Nexthop Mode is Manual, it sets the type of the NextHop IP address.","type":"string","default":"ipv6","x-field-uid":3,"x-enum":{"ipv4":{"x-field-uid":1},"ipv6":{"x-field-uid":2}},"enum":["ipv4","ipv6"]},"next_hop_ipv4_address":{"description":"The IPv4 address of the next hop if the Nexthop Mode is manual and the Nexthop type is IPv4. If BGP peer is of type IPv6, Nexthop Encoding capability should be enabled.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":4},"next_hop_ipv6_address":{"description":"The IPv6 address of the next hop if the Nexthop Mode is manual and the Nexthop type is IPv6. ","type":"string","format":"ipv6","default":"::0","x-field-uid":5},"advanced":{"x-field-uid":6,"$ref":"#/components/schemas/Bgp.RouteAdvanced"},"communities":{"x-field-uid":7,"description":"Optional community settings.","type":"array","items":{"$ref":"#/components/schemas/Bgp.Community"}},"as_path":{"x-field-uid":8,"$ref":"#/components/schemas/Bgp.AsPath"},"add_path":{"x-field-uid":9,"$ref":"#/components/schemas/Bgp.AddPath"},"name":{"x-field-uid":10,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"ext_communities":{"x-status":{"status":"deprecated","information":"This property is deprecated in favor of property extended_communities"},"x-field-uid":11,"description":"Deprecated: This property is deprecated in favor of property extended_communities\n\nOptional Extended Community settings. The Extended Communities Attribute is a transitive optional BGP attribute, with the Type Code 16. Community and Extended Communities  attributes are utilized to trigger routing decisions, such as acceptance, rejection,  preference, or redistribution. An extended community is an 8-Bytes value. It is divided into two main parts. The first 2 Bytes of the community encode a type and sub-type fields and the last 6 Bytes carry a unique set of data in a format defined by the type and sub-type field. Extended communities provide a larger  range for grouping or categorizing communities. When type is administrator_as_2octet or administrator_as_4octet, the valid sub types are route target and origin. The valid value for  administrator_as_2octet and administrator_as_4octet type is either two byte AS followed by four byte local administrator id or four byte AS followed by two  byte local administrator id.  When type is administrator_ipv4_address the valid sub types are route target and origin. The valid value for  administrator_ipv4_address is a four byte IPv4 address followed by a two byte local administrator id.  When type is opaque, valid sub types are color and encapsulation. When sub type is color, first two bytes of the value field contain flags and last four bytes  contains the value of the color. When sub type is encapsulation the first four bytes of value field are reserved and last two bytes carries the tunnel type from  IANA's \"ETHER TYPES\" registry e.g IPv4 (protocol type = 0x0800), IPv6 (protocol type = 0x86dd), and MPLS (protocol type = 0x8847). When type is administrator_as_2octet_link_bandwidth the valid sub type is extended_bandwidth. The first two bytes of the value field contains the AS number and the last four bytes contains the bandwidth in IEEE floating point format.  When type is evpn the valid subtype is mac_address. In the value field the low-order bit of the first byte(Flags) is defined as the \"Sticky/static\" flag and may be set to 1, indicating the MAC address is static and cannot move. The second byte is reserved and the  last four bytes contain the sequence number which is used to ensure that PEs retain the correct MAC/IP Advertisement route when multiple updates  occur for the same MAC address.  Note evpn type is defined mainly for use with evpn route updates and not for IPv4 and IPv6 route updates.","type":"array","items":{"$ref":"#/components/schemas/Bgp.ExtCommunity"}},"extended_communities":{"x-field-uid":12,"description":"Optional Extended Community settings. The Extended Communities Attribute is a transitive optional BGP attribute, with the Type Code 16. Community and Extended Communities  attributes are utilized to trigger routing decisions, such as acceptance, rejection,  preference, or redistribution. An extended community is an eight byte value. It is divided into two main parts. The first two bytes of the community encode a type and sub-type fields and the last six bytes carry a unique set of data in a format defined by the type and sub-type field. Extended communities provide a larger range for grouping or categorizing communities.            ","type":"array","items":{"$ref":"#/components/schemas/Bgp.ExtendedCommunity"}}},"required":["name"]},"BgpSrte.V4Policy":{"description":"Configuration for BGP Segment Routing Traffic Engineering(SRTE) \npolicy.\n","type":"object","required":["ipv4_endpoint","name"],"properties":{"distinguisher":{"description":"4-octet value uniquely identifying the policy in the context of (color, endpoint) tuple. It is used by the SR Policy originator to make unique (from an NLRI perspective)  both for multiple candidate  paths of the same SR Policy as well as candidate paths  of different SR Policies (i.e. with different segment list) with the same Color  and Endpoint but meant for different head-ends.","type":"integer","format":"uint32","default":1,"x-field-uid":1},"color":{"description":"Policy color is used to match the color of the destination prefixes to steer traffic into the SR Policy.","type":"integer","format":"uint32","default":100,"x-field-uid":2},"ipv4_endpoint":{"description":"Specifies a single node or a set of nodes (e.g. an anycast address). It is selected on the basis of the SR Policy type (AFI).","type":"string","format":"ipv4","x-field-uid":3},"next_hop_mode":{"description":"Mode for choosing the NextHop in MP REACH NLRI. Available modes are : Local IP: Automatically fills the Nexthop with the Local IP of the BGP peer. For IPv6 BGP peer the Nexthop Encoding capability should be enabled. Manual: Override the Nexthop with any arbitrary IPv4/IPv6 address.","type":"string","default":"local_ip","x-field-uid":4,"x-enum":{"local_ip":{"x-field-uid":1},"manual":{"x-field-uid":2}},"enum":["local_ip","manual"]},"next_hop_address_type":{"description":"Type of next hop IP address to be used when 'next_hop_mode' is set to 'manual'. ","type":"string","default":"ipv4","x-field-uid":5,"x-enum":{"ipv4":{"x-field-uid":1},"ipv6":{"x-field-uid":2}},"enum":["ipv4","ipv6"]},"next_hop_ipv4_address":{"description":"The IPv4 address of the next hop if the Nexthop type 'next_hop_mode' is 'manual' and the Nexthop type 'next_hop_address_type' is IPv4. If BGP peer is of type IPv6, Nexthop Encoding capability extended_next_hop_encoding should be enabled.","type":"string","format":"ipv4","x-field-uid":6},"next_hop_ipv6_address":{"description":"The IPv6 address of the next hop if the Nexthop Mode 'next_hop_address_type' is 'manual' and the Nexthop type 'next_hop_address_type' is IPv6. ","type":"string","format":"ipv6","x-field-uid":7},"advanced":{"$ref":"#/components/schemas/Bgp.RouteAdvanced","x-field-uid":8},"add_path":{"$ref":"#/components/schemas/Bgp.AddPath","x-field-uid":9},"as_path":{"$ref":"#/components/schemas/Bgp.AsPath","x-field-uid":10},"communities":{"description":"Optional Community settings.","type":"array","items":{"$ref":"#/components/schemas/Bgp.Community"},"x-field-uid":11},"ext_communities":{"description":"Optional Extended Community settings. The Extended Communities Attribute is a transitive optional BGP attribute, with the Type Code 16. Community and Extended Communities  attributes are utilized to trigger routing decisions, such as acceptance, rejection,  preference, or redistribution. An extended community is an 8-Bytes value. It is divided into two main parts. The first 2 Bytes of the community encode a type and sub-type fields and the last 6 Bytes carry a unique set of data in a format defined by the type and sub-type field. Extended communities provide a larger  range for grouping or categorizing communities. When type is administrator_as_2octet or administrator_as_4octet, the valid sub types are route target and origin. The valid value for  administrator_as_2octet and administrator_as_4octet type is either two byte AS followed by four byte local administrator id or four byte AS followed by two  byte local administrator id.  When type is administrator_ipv4_address the valid sub types are route target and origin. The valid value for  administrator_ipv4_address is a four byte IPv4 address followed by a two byte local administrator id.  When type is opaque, valid sub types are color and encapsulation. When sub type is color, first two bytes of the value field contain flags and last four bytes  contains the value of the color. When sub type is encapsulation the first four bytes of value field are reserved and last two bytes carries the tunnel type from  IANA's \"ETHER TYPES\" registry e.g IPv4 (protocol type = 0x0800), IPv6 (protocol type = 0x86dd), and MPLS (protocol type = 0x8847). When type is administrator_as_2octet_link_bandwidth the valid sub type is extended_bandwidth. The first two bytes of the value field contains the AS number and the last four bytes contains the bandwidth in IEEE floating point format.  When type is evpn the valid subtype is mac_address. In the value field the low-order bit of the first byte(Flags) is defined as the \"Sticky/static\" flag and may be set to 1, indicating the MAC address is static and cannot move. The second byte is reserved and the  last four bytes contain the sequence number which is used to ensure that PEs retain the correct MAC/IP Advertisement route when multiple updates  occur for the same MAC address.","type":"array","items":{"$ref":"#/components/schemas/Bgp.ExtCommunity"},"x-field-uid":12},"tunnel_tlvs":{"description":"List Tunnel Encapsulation Attributes.","type":"array","items":{"$ref":"#/components/schemas/BgpSrte.V4TunnelTlv"},"x-field-uid":13},"name":{"x-field-uid":14,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"active":{"x-field-uid":15,"description":"If enabled means that this part of the configuration including any active 'children' nodes will be advertised to peer.  If disabled, this means that though config is present, it is not taking any part of the test but can be activated at run-time to advertise just this part of the configuration to the peer.","type":"boolean","default":true}}},"BgpSrte.V4TunnelTlv":{"description":"Configuration for BGP SRTE Tunnel TLV.","type":"object","properties":{"remote_endpoint_sub_tlv":{"$ref":"#/components/schemas/BgpSrte.RemoteEndpointSubTlv","x-field-uid":1},"color_sub_tlv":{"$ref":"#/components/schemas/BgpSrte.ColorSubTlv","x-field-uid":2},"binding_sub_tlv":{"$ref":"#/components/schemas/BgpSrte.BindingSubTlv","x-field-uid":3},"preference_sub_tlv":{"$ref":"#/components/schemas/BgpSrte.PreferenceSubTlv","x-field-uid":4},"policy_priority_sub_tlv":{"$ref":"#/components/schemas/BgpSrte.PolicyPrioritySubTlv","x-field-uid":5},"policy_name_sub_tlv":{"$ref":"#/components/schemas/BgpSrte.PolicyNameSubTlv","x-field-uid":6},"explicit_null_label_policy_sub_tlv":{"$ref":"#/components/schemas/BgpSrte.ExplicitNullLabelPolicySubTlv","x-field-uid":7},"segment_lists":{"type":"array","items":{"$ref":"#/components/schemas/BgpSrte.SegmentList"},"x-field-uid":8},"name":{"x-field-uid":9,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"active":{"x-field-uid":10,"description":"If enabled means that this part of the configuration including any active 'children' nodes will be advertised to peer.  If disabled, this means that though config is present, it is not taking any part of the test but can be activated at run-time to advertise just this part of the configuration to the peer.","type":"boolean","default":true}},"required":["name"]},"BgpSrte.RemoteEndpointSubTlv":{"description":"Configuration for the BGP remote endpoint sub TLV.","type":"object","properties":{"as_number":{"description":"Autonomous system (AS) number","type":"integer","format":"uint32","default":0,"x-field-uid":1},"address_family":{"description":"Determines the address type","type":"string","default":"ipv4","x-field-uid":2,"x-enum":{"ipv4":{"x-field-uid":1},"ipv6":{"x-field-uid":2}},"enum":["ipv4","ipv6"]},"ipv4_address":{"description":"The IPv4 address of the Remote Endpoint.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":3},"ipv6_address":{"description":"The IPv6 address of the Remote Endpoint.","type":"string","format":"ipv6","default":"::0","x-field-uid":4}}},"BgpSrte.ColorSubTlv":{"description":"Configuration for the Policy Color attribute sub-TLV. The Color sub-TLV MAY be used as a way to \"color\" the corresponding Tunnel TLV. The Value field of the sub-TLV is eight octets long and consists of a Color Extended Community. First two octets of its Value field are 0x030b as type and subtype of extended  community. Remaining six octets are are exposed to configure. ","type":"object","properties":{"color":{"description":"Six octet values. Example: 000000000064 for color value 100.","type":"string","format":"hex","x-field-uid":1}}},"BgpSrte.BindingSubTlv":{"description":"Configuration for the binding SID sub-TLV.  This is used to signal the binding SID related information  of the SR Policy candidate path.","type":"object","properties":{"binding_sid_type":{"description":"Type of the binding SID.  Supported types are \"No Binding SID\" or \"Four Octets Sid\" or \"IPv6 SID\".","type":"string","default":"no_binding","x-field-uid":1,"x-enum":{"no_binding":{"x-field-uid":1},"four_octet_sid":{"x-field-uid":2},"ipv6_sid":{"x-field-uid":3}},"enum":["no_binding","four_octet_sid","ipv6_sid"]},"four_octet_sid":{"description":"Binding SID is encoded in 4 octets. ","type":"integer","format":"uint32","x-field-uid":2},"ipv6_sid":{"description":"IPv6 SID value.","type":"string","format":"ipv6","x-field-uid":3},"s_flag":{"description":"S-Flag encodes the \"Specified-BSID-only\" behavior.","type":"boolean","default":false,"x-field-uid":4},"i_flag":{"description":"I-Flag encodes the \"Drop Upon Invalid\" behavior.","type":"boolean","default":false,"x-field-uid":5}}},"BgpSrte.PreferenceSubTlv":{"description":"Configuration for BGP preference sub TLV of the SR Policy candidate path.","type":"object","properties":{"preference":{"description":"The preference value of the SR Policy candidate path.","type":"integer","format":"uint32","default":0,"x-field-uid":1}}},"BgpSrte.PolicyPrioritySubTlv":{"description":"Configuration for the Policy Priority sub-TLV. The Policy Priority to indicate the order in which the SR policies  are re-computed upon topological change.","type":"object","properties":{"policy_priority":{"description":"One-octet Priority value.","type":"integer","format":"uint32","maximum":255,"x-field-uid":1}}},"BgpSrte.PolicyNameSubTlv":{"description":"Configuration for the Policy Name sub-TLV. The Policy Name sub-TLV is used to attach a symbolic name to the SR Policy candidate path.","type":"object","properties":{"policy_name":{"description":"Symbolic name for the policy that should be a string of printable ASCII characters, without a NULL terminator.","type":"string","minLength":1,"maxLength":32,"x-field-uid":1}}},"BgpSrte.ExplicitNullLabelPolicySubTlv":{"description":"Configuration for BGP explicit null label policy sub TLV settings.","type":"object","properties":{"explicit_null_label_policy":{"description":"The value of the explicit null label policy ","type":"string","default":"do_not_push_enlp","x-field-uid":1,"x-enum":{"reserved_enlp":{"x-field-uid":1},"push_ipv4_enlp":{"x-field-uid":2},"push_ipv6_enlp":{"x-field-uid":3},"push_ipv4_ipv6_enlp":{"x-field-uid":4},"do_not_push_enlp":{"x-field-uid":5}},"enum":["reserved_enlp","push_ipv4_enlp","push_ipv6_enlp","push_ipv4_ipv6_enlp","do_not_push_enlp"]}}},"BgpSrte.SegmentList":{"description":"Optional configuration for BGP SR TE Policy segment list. The Segment List sub-TLV encodes a single explicit path towards the Endpoint.","type":"object","properties":{"weight":{"description":"The Weight associated with a given path and the sub-TLV is optional.","type":"integer","format":"uint32","default":0,"x-field-uid":1},"segments":{"type":"array","items":{"$ref":"#/components/schemas/BgpSrte.Segment"},"x-field-uid":2},"name":{"x-field-uid":3,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"active":{"x-field-uid":4,"description":"If enabled means that this part of the configuration including any active 'children' nodes will be advertised to peer.  If disabled, this means that though config is present, it is not taking any part of the test but can be activated at run-time to advertise just this part of the configuration to the peer.","type":"boolean","default":true}},"required":["name"]},"BgpSrte.Segment":{"description":"A Segment sub-TLV describes a single segment in a segment list  i.e., a single element of the explicit path. The Segment sub-TLVs are optional.","type":"object","required":["segment_type","name"],"properties":{"segment_type":{"description":"Specify one of the segment type.\nhttps://datatracker.ietf.org/doc/html/draft-ietf-idr-segment-routing-te-policy-13\nType  A: SID only, in the form of MPLS Label.\nType  B: SID only, in the form of IPv6 Address.\nType  C: IPv4 Node Address with optional SID.\nType  D: IPv6 Node Address with optional SID for SR MPLS.\nType  E: IPv4 Address and index with optional SID.\nType  F: IPv4 Local and Remote addresses with optional SID.\nType  G: IPv6 Address and index for local and remote pair with optional\n      SID for SR MPLS.\nType  H: IPv6 Local and Remote addresses with optional SID for SR MPLS.\nType  I: IPv6 Node Address with optional SID for SRv6.\nType  J: IPv6 Address and index for local and remote pair with optional\n      SID for SRv6.\nType  K: IPv6 Local and Remote addresses for SRv6.","type":"string","x-field-uid":1,"x-enum":{"type_a":{"x-field-uid":1},"type_b":{"x-field-uid":2},"type_c":{"x-field-uid":3},"type_d":{"x-field-uid":4},"type_e":{"x-field-uid":5},"type_f":{"x-field-uid":6},"type_g":{"x-field-uid":7},"type_h":{"x-field-uid":8},"type_i":{"x-field-uid":9},"type_j":{"x-field-uid":10},"type_k":{"x-field-uid":11}},"enum":["type_a","type_b","type_c","type_d","type_e","type_f","type_g","type_h","type_i","type_j","type_k"]},"type_a":{"$ref":"#/components/schemas/BgpSrte.SegmentATypeSubTlv","x-field-uid":2},"type_b":{"$ref":"#/components/schemas/BgpSrte.SegmentBTypeSubTlv","x-field-uid":3},"type_c":{"$ref":"#/components/schemas/BgpSrte.SegmentCTypeSubTlv","x-field-uid":4},"type_d":{"$ref":"#/components/schemas/BgpSrte.SegmentDTypeSubTlv","x-field-uid":5},"type_e":{"$ref":"#/components/schemas/BgpSrte.SegmentETypeSubTlv","x-field-uid":6},"type_f":{"$ref":"#/components/schemas/BgpSrte.SegmentFTypeSubTlv","x-field-uid":7},"type_g":{"$ref":"#/components/schemas/BgpSrte.SegmentGTypeSubTlv","x-field-uid":8},"type_h":{"$ref":"#/components/schemas/BgpSrte.SegmentHTypeSubTlv","x-field-uid":9},"type_i":{"$ref":"#/components/schemas/BgpSrte.SegmentITypeSubTlv","x-field-uid":10},"type_j":{"$ref":"#/components/schemas/BgpSrte.SegmentJTypeSubTlv","x-field-uid":11},"type_k":{"$ref":"#/components/schemas/BgpSrte.SegmentKTypeSubTlv","x-field-uid":12},"name":{"x-field-uid":13,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"active":{"x-field-uid":14,"description":"If enabled means that this part of the configuration including any active 'children' nodes will be advertised to peer.  If disabled, this means that though config is present, it is not taking any part of the test but can be activated at run-time to advertise just this part of the configuration to the peer.","type":"boolean","default":true}}},"BgpSrte.SrMplsSid":{"description":"Configuration for SR-MPLS with Label, TC, Bottom-of-Stack and TTL.","type":"object","properties":{"label":{"description":"Label value in [0, 2^20 -1].","type":"integer","format":"uint32","maximum":1048575,"x-field-uid":1},"tc":{"description":"Traffic class in bits.","type":"integer","format":"uint32","maximum":7,"x-field-uid":2},"s_bit":{"description":"Bottom-of-Stack bit.","type":"boolean","x-field-uid":3},"ttl":{"description":"Time To Live. ","type":"integer","format":"uint32","maximum":225,"x-field-uid":4}}},"BgpSrte.SRv6SIDEndpointBehaviorAndStructure":{"description":"Configuration for SRv6 Endpoint Behavior and SID Structure.  Its optional. Summation of lengths for Locator Block, Locator Node,  Function, and Argument MUST be less than or equal to 128.","type":"object","properties":{"lb_length":{"description":"SRv6 SID Locator Block length in bits.","type":"integer","format":"uint32","maximum":128,"default":0,"x-field-uid":1},"ln_length":{"description":"SRv6 SID Locator Node length in bits.","type":"integer","format":"uint32","maximum":128,"default":0,"x-field-uid":2},"func_length":{"description":"SRv6 SID Function length in bits.","type":"integer","format":"uint32","maximum":128,"default":0,"x-field-uid":3},"arg_length":{"description":"SRv6 SID Arguments length in bits.","type":"integer","format":"uint32","maximum":128,"default":0,"x-field-uid":4}}},"BgpSrte.SegmentATypeSubTlv":{"description":"Type  A: SID only, in the form of MPLS Label.","type":"object","properties":{"flags":{"description":"One octet bitmap for flags including V-Flag, A-Flag, S-Flag, B-Flag etc. as defined in https://datatracker.ietf.org/doc/html/draft-ietf-idr-segment-routing-te-policy-13#section-2.4.4.2.12","type":"string","format":"hex","x-field-uid":1},"label":{"x-field-uid":2,"description":"Label value in [0, 2^20 -1].","type":"integer","format":"uint32","maximum":1048575},"tc":{"x-field-uid":3,"description":"Traffic class in bits.","type":"integer","format":"uint32","maximum":7},"s_bit":{"x-field-uid":4,"description":"Bottom-of-Stack bit.","type":"boolean"},"ttl":{"x-field-uid":5,"description":"Time To Live. ","type":"integer","format":"uint32","maximum":225}}},"BgpSrte.SegmentBTypeSubTlv":{"description":"Type  B: SID only, in the form of IPv6 address.","type":"object","required":["srv6_sid"],"properties":{"flags":{"description":"One octet bitmap for flags including V-Flag, A-Flag, S-Flag, B-Flag etc. as defined in https://datatracker.ietf.org/doc/html/draft-ietf-idr-segment-routing-te-policy-13#section-2.4.4.2.12","type":"string","format":"hex","x-field-uid":1},"srv6_sid":{"description":"SRv6 SID.","type":"string","format":"ipv6","x-field-uid":2},"srv6_sid_endpoint_behavior":{"description":"Optional SRv6 Endpoint Behavior and SID Structure.","$ref":"#/components/schemas/BgpSrte.SRv6SIDEndpointBehaviorAndStructure","x-field-uid":3}}},"BgpSrte.SegmentCTypeSubTlv":{"description":"Type C: IPv4 Node Address with optional SID.","type":"object","required":["ipv4_node_address"],"properties":{"flags":{"description":"One octet bitmap for flags including V-Flag, A-Flag, S-Flag, B-Flag etc. as defined in https://datatracker.ietf.org/doc/html/draft-ietf-idr-segment-routing-te-policy-13#section-2.4.4.2.12","type":"string","format":"hex","x-field-uid":1},"sr_algorithm":{"description":"SR Algorithm identifier when A-Flag in on.","type":"integer","format":"uint32","maximum":255,"default":0,"x-field-uid":2},"ipv4_node_address":{"description":"IPv4 address representing a node.","type":"string","format":"ipv4","x-field-uid":3},"sr_mpls_sid":{"description":"Optional SR-MPLS SID.","$ref":"#/components/schemas/BgpSrte.SrMplsSid","x-field-uid":4}}},"BgpSrte.SegmentDTypeSubTlv":{"description":"Type D: IPv6 Node Address with optional SID for SR MPLS.","type":"object","required":["ipv6_node_address"],"properties":{"flags":{"description":"One octet bitmap for flags including V-Flag, A-Flag, S-Flag, B-Flag etc. as defined in https://datatracker.ietf.org/doc/html/draft-ietf-idr-segment-routing-te-policy-13#section-2.4.4.2.12","type":"string","format":"hex","x-field-uid":1},"sr_algorithm":{"description":"specifying SR Algorithm when when A-Flag as defined in above flags.","type":"integer","format":"uint32","maximum":255,"default":0,"x-field-uid":2},"ipv6_node_address":{"description":"IPv6 address representing a node.","type":"string","format":"ipv6","x-field-uid":3},"sr_mpls_sid":{"description":"Optional SR-MPLS SID.","$ref":"#/components/schemas/BgpSrte.SrMplsSid","x-field-uid":4}}},"BgpSrte.SegmentETypeSubTlv":{"description":"Type E: IPv4 Address and Local Interface ID with optional SID","type":"object","required":["ipv4_node_address"],"properties":{"flags":{"description":"One octet bitmap for flags including V-Flag, A-Flag, S-Flag, B-Flag etc. as defined in https://datatracker.ietf.org/doc/html/draft-ietf-idr-segment-routing-te-policy-13#section-2.4.4.2.12","type":"string","format":"hex","x-field-uid":1},"local_interface_id":{"description":"Local Interface ID: The Interface Index as defined in [RFC8664].","type":"integer","format":"uint32","default":0,"x-field-uid":2},"ipv4_node_address":{"description":"IPv4 address representing a node.","type":"string","format":"ipv4","x-field-uid":3},"sr_mpls_sid":{"description":"Optional SR-MPLS SID.","$ref":"#/components/schemas/BgpSrte.SrMplsSid","x-field-uid":4}}},"BgpSrte.SegmentFTypeSubTlv":{"description":"Type F: IPv4 Local and Remote addresses with optional SID.","type":"object","required":["local_ipv4_address","remote_ipv4_address"],"properties":{"flags":{"description":"One octet bitmap for flags including V-Flag, A-Flag, S-Flag, B-Flag etc. as defined in https://datatracker.ietf.org/doc/html/draft-ietf-idr-segment-routing-te-policy-13#section-2.4.4.2.12","type":"string","format":"hex","x-field-uid":1},"local_ipv4_address":{"description":"Local IPv4 Address.","type":"string","format":"ipv4","x-field-uid":2},"remote_ipv4_address":{"description":"Remote IPv4 Address.","type":"string","format":"ipv4","x-field-uid":3},"sr_mpls_sid":{"description":"Optional SR-MPLS SID.","$ref":"#/components/schemas/BgpSrte.SrMplsSid","x-field-uid":4}}},"BgpSrte.SegmentGTypeSubTlv":{"description":"Type G: IPv6 Address, Interface ID for local and remote pair with optional SID for SR MPLS.","type":"object","required":["local_ipv6_node_address","remote_ipv6_node_address"],"properties":{"flags":{"description":"One octet bitmap for flags including V-Flag, A-Flag, S-Flag, B-Flag etc. as defined in https://datatracker.ietf.org/doc/html/draft-ietf-idr-segment-routing-te-policy-13#section-2.4.4.2.12","type":"string","format":"hex","x-field-uid":1},"local_interface_id":{"description":"Local Interface ID: The Interface Index as defined in [RFC8664].","type":"integer","format":"uint32","default":0,"x-field-uid":2},"local_ipv6_node_address":{"description":"IPv6 address representing a node.","type":"string","format":"ipv6","x-field-uid":3},"remote_interface_id":{"description":"Local Interface ID: The Interface Index as defined in [RFC8664].","type":"integer","format":"uint32","default":0,"x-field-uid":4},"remote_ipv6_node_address":{"description":"IPv6 address representing a node.","type":"string","format":"ipv6","x-field-uid":5},"sr_mpls_sid":{"description":"Optional SR-MPLS SID.","$ref":"#/components/schemas/BgpSrte.SrMplsSid","x-field-uid":6}}},"BgpSrte.SegmentHTypeSubTlv":{"description":"Type H: IPv6 Local and Remote addresses with optional SID for SR MPLS.","type":"object","required":["local_ipv6_address","remote_ipv6_address"],"properties":{"flags":{"description":"One octet bitmap for flags including V-Flag, A-Flag, S-Flag, B-Flag etc. as defined in https://datatracker.ietf.org/doc/html/draft-ietf-idr-segment-routing-te-policy-13#section-2.4.4.2.12","type":"string","format":"hex","x-field-uid":1},"local_ipv6_address":{"description":"Local IPv6 Address.","type":"string","format":"ipv6","x-field-uid":2},"remote_ipv6_address":{"description":"Remote IPv6 Address.","type":"string","format":"ipv6","x-field-uid":3},"sr_mpls_sid":{"description":"Optional SR-MPLS SID.","$ref":"#/components/schemas/BgpSrte.SrMplsSid","x-field-uid":4}}},"BgpSrte.SegmentITypeSubTlv":{"description":"Type I: IPv6 Node Address with optional SRv6 SID.","type":"object","required":["ipv6_node_address"],"properties":{"flags":{"description":"One octet bitmap for flags including V-Flag, A-Flag, S-Flag, B-Flag etc. as defined in https://datatracker.ietf.org/doc/html/draft-ietf-idr-segment-routing-te-policy-13#section-2.4.4.2.12","type":"string","format":"hex","x-field-uid":1},"ipv6_node_address":{"description":"IPv6 address representing a node.","type":"string","format":"ipv6","x-field-uid":2},"srv6_sid":{"description":"Optional SRv6 SID.","type":"string","format":"ipv6","x-field-uid":3},"srv6_sid_endpoint_behavior":{"description":"Optional SRv6 Endpoint Behavior and SID Structure.","$ref":"#/components/schemas/BgpSrte.SRv6SIDEndpointBehaviorAndStructure","x-field-uid":4}}},"BgpSrte.SegmentJTypeSubTlv":{"description":"Type J: IPv6 Address, Interface ID for local and remote pair for SRv6 with optional SID.","type":"object","required":["local_ipv6_node_address","remote_ipv6_node_address"],"properties":{"flags":{"description":"One octet bitmap for flags including V-Flag, A-Flag, S-Flag, B-Flag etc. as defined in https://datatracker.ietf.org/doc/html/draft-ietf-idr-segment-routing-te-policy-13#section-2.4.4.2.12","type":"string","format":"hex","x-field-uid":1},"sr_algorithm":{"description":"SR Algorithm identifier when A-Flag in on.","type":"integer","format":"uint32","default":0,"x-field-uid":2},"local_interface_id":{"description":"Local Interface ID: The Interface Index as defined in [RFC8664].","type":"integer","format":"uint32","default":0,"x-field-uid":3},"local_ipv6_node_address":{"description":"IPv6 address representing a node.","type":"string","format":"ipv6","x-field-uid":4},"remote_interface_id":{"description":"Local Interface ID: The Interface Index as defined in [RFC8664].","type":"integer","format":"uint32","default":0,"x-field-uid":5},"remote_ipv6_node_address":{"description":"IPv6 address representing a node.","type":"string","format":"ipv6","x-field-uid":6},"srv6_sid":{"description":"Optional SRv6 SID.","type":"string","format":"ipv6","x-field-uid":7},"srv6_sid_endpoint_behavior":{"description":"Optional SRv6 Endpoint Behavior and SID Structure.","$ref":"#/components/schemas/BgpSrte.SRv6SIDEndpointBehaviorAndStructure","x-field-uid":8}}},"BgpSrte.SegmentKTypeSubTlv":{"description":"Type K: IPv6 Local and Remote addresses for SRv6 with optional SID.","type":"object","required":["local_ipv6_address","remote_ipv6_address"],"properties":{"flags":{"description":"One octet bitmap for flags including V-Flag, A-Flag, S-Flag, B-Flag etc. as defined in https://datatracker.ietf.org/doc/html/draft-ietf-idr-segment-routing-te-policy-13#section-2.4.4.2.12","type":"string","format":"hex","x-field-uid":1},"sr_algorithm":{"description":"SR Algorithm identifier when A-Flag in on.","type":"integer","format":"uint32","default":0,"x-field-uid":2},"local_ipv6_address":{"description":"IPv6 address representing a 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It is used by the SR Policy originator to make unique multiple  occurrences of the same SR Policy.","type":"integer","format":"uint32","default":1,"x-field-uid":1},"color":{"description":"Identifies the policy. It is used to match the color of the  destination prefixes to steer traffic into the SR Policy. ","type":"integer","format":"uint32","default":100,"x-field-uid":2},"ipv6_endpoint":{"description":"Specifies a single node or a set of nodes (e.g., an anycast address). It is selected on the basis of the SR Policy type (AFI).","type":"string","format":"ipv6","x-field-uid":3},"next_hop_mode":{"description":"Mode for choosing the NextHop in MP REACH NLRI. Available modes are : Local IP: Automatically fills the Nexthop with the Local IP of the BGP peer. For IPv6 BGP peer the Nexthop Encoding capability should be enabled. Manual: Override the Nexthop with any arbitrary IPv4/IPv6 address.","type":"string","default":"local_ip","x-field-uid":4,"x-enum":{"local_ip":{"x-field-uid":1},"manual":{"x-field-uid":2}},"enum":["local_ip","manual"]},"next_hop_address_type":{"description":"Type of next hop IP address to be used when 'next_hop_mode' is set to 'manual'. ","type":"string","default":"ipv6","x-field-uid":5,"x-enum":{"ipv4":{"x-field-uid":1},"ipv6":{"x-field-uid":2}},"enum":["ipv4","ipv6"]},"next_hop_ipv4_address":{"description":"The IPv4 address of the Nexthop if the 'next_hop_mode' is 'manual' and the Nexthop type 'next_hop_address_type' is IPv4. If BGP peer is of type IPv6, Nexthop Encoding capability extended_next_hop_encoding should be enabled.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":6},"next_hop_ipv6_address":{"description":"The IPv6 address of the next hop if the Nexthop Mode 'next_hop_address_type' is 'manual' and the Nexthop type 'next_hop_address_type' is IPv6. ","type":"string","format":"ipv6","default":"::0","x-field-uid":7},"advanced":{"$ref":"#/components/schemas/Bgp.RouteAdvanced","x-field-uid":8},"add_path":{"$ref":"#/components/schemas/Bgp.AddPath","x-field-uid":9},"as_path":{"$ref":"#/components/schemas/Bgp.AsPath","x-field-uid":10},"communities":{"description":"Optional community settings.","type":"array","items":{"$ref":"#/components/schemas/Bgp.Community"},"x-field-uid":11},"extcommunities":{"description":"Optional Extended Community settings. The Extended Communities Attribute is a transitive optional BGP attribute, with the Type Code 16. Community and Extended Communities  attributes are utilized to trigger routing decisions, such as acceptance, rejection,  preference, or redistribution. An extended community is an 8-Bytes value. It is divided into two main parts. The first 2 Bytes of the community encode a type and sub-type fields and the last 6 Bytes carry a unique set of data in a format defined by the type and sub-type field. Extended communities provide a larger  range for grouping or categorizing communities. When type is administrator_as_2octet or administrator_as_4octet, the valid sub types are route target and origin. The valid value for  administrator_as_2octet and administrator_as_4octet type is either two byte AS followed by four byte local administrator id or four byte AS followed by two  byte local administrator id.  When type is administrator_ipv4_address the valid sub types are route target and origin. The valid value for  administrator_ipv4_address is a four byte IPv4 address followed by a two byte local administrator id.  When type is opaque, valid sub types are color and encapsulation. When sub type is color, first two bytes of the value field contain flags and last four bytes  contains the value of the color. When sub type is encapsulation the first four bytes of value field are reserved and last two bytes carries the tunnel type from  IANA's \"ETHER TYPES\" registry e.g IPv4 (protocol type = 0x0800), IPv6 (protocol type = 0x86dd), and MPLS (protocol type = 0x8847). When type is administrator_as_2octet_link_bandwidth the valid sub type is extended_bandwidth. The first two bytes of the value field contains the AS number and the last four bytes contains the bandwidth in IEEE floating point format.  When type is evpn the valid subtype is mac_address. In the value field the low-order bit of the first byte(Flags) is defined as the \"Sticky/static\" flag and may be set to 1, indicating the MAC address is static and cannot move. The second byte is reserved and the  last four bytes contain the sequence number which is used to ensure that PEs retain the correct MAC/IP Advertisement route when multiple updates  occur for the same MAC address.","type":"array","items":{"$ref":"#/components/schemas/Bgp.ExtCommunity"},"x-field-uid":12},"tunnel_tlvs":{"description":"List of optional tunnel TLV settings.","type":"array","items":{"$ref":"#/components/schemas/BgpSrte.V6TunnelTlv"},"x-field-uid":13},"name":{"x-field-uid":14,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"active":{"x-field-uid":15,"description":"If enabled means that this part of the configuration including any active 'children' nodes will be advertised to peer.  If disabled, this means that though config is present, it is not taking any part of the test but can be activated at run-time to advertise just this part of the configuration to the peer.","type":"boolean","default":true}}},"BgpSrte.V6TunnelTlv":{"description":"Configuration for BGP SRTE Tunnel TLV.","type":"object","properties":{"remote_endpoint_sub_tlv":{"$ref":"#/components/schemas/BgpSrte.RemoteEndpointSubTlv","x-field-uid":1},"color_sub_tlv":{"$ref":"#/components/schemas/BgpSrte.ColorSubTlv","x-field-uid":2},"binding_sub_tlv":{"$ref":"#/components/schemas/BgpSrte.BindingSubTlv","x-field-uid":3},"preference_sub_tlv":{"$ref":"#/components/schemas/BgpSrte.PreferenceSubTlv","x-field-uid":4},"policy_priority_sub_tlv":{"$ref":"#/components/schemas/BgpSrte.PolicyPrioritySubTlv","x-field-uid":5},"policy_name_sub_tlv":{"$ref":"#/components/schemas/BgpSrte.PolicyNameSubTlv","x-field-uid":6},"explicit_null_label_policy_sub_tlv":{"$ref":"#/components/schemas/BgpSrte.ExplicitNullLabelPolicySubTlv","x-field-uid":7},"segment_lists":{"type":"array","items":{"$ref":"#/components/schemas/BgpSrte.SegmentList"},"x-field-uid":8},"name":{"x-field-uid":9,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"active":{"x-field-uid":10,"description":"If enabled means that this part of the configuration including any active 'children' nodes will be advertised to peer.  If disabled, this means that though config is present, it is not taking any part of the test but can be activated at run-time to advertise just this part of the configuration to the peer.","type":"boolean","default":true}},"required":["name"]},"Bgp.GracefulRestart":{"description":"The Graceful Restart Capability (RFC 4724) is a BGP capability that can be used by a BGP speaker to indicate its ability to preserve its forwarding state during BGP restart. The Graceful Restart (GR) capability is advertised in OPEN messages sent between BGP peers. After a BGP session has been established, and the initial routing update has been completed,  an End-of-RIB (Routing Information Base) marker is sent in an UPDATE message to convey information  about routing convergence.","type":"object","properties":{"enable_gr":{"description":"If enabled, Graceful Restart capability is advertised in BGP OPEN messages.","type":"boolean","default":false,"x-field-uid":1},"restart_time":{"description":"This is the estimated duration (in seconds) it will take for the BGP session to be re-established after a restart.  This can be used to speed up routing convergence by its peer in case the BGP speaker does not come back after a restart.","type":"integer","format":"uint32","maximum":4096,"default":45,"x-field-uid":2},"enable_llgr":{"description":"If enabled, the \"Long-lived Graceful Restart Capability\", or \"LLGR Capability\"\nwill be advertised.\nThis capability MUST be advertised in conjunction with the Graceful Restart \ncapability.","type":"boolean","default":false,"x-field-uid":3},"stale_time":{"description":"Duration (in seconds) specifying how long stale information (for the AFI/SAFI) \nmay be retained. This is a three byte field and is applicable \nonly if 'enable_llgr' is set to 'true'.","type":"integer","format":"uint32","maximum":16777215,"default":10,"x-field-uid":4},"enable_notification":{"description":"If enabled, the N flag will be set in the Graceful Restart capability in the Open message. \nIf both peers in a BGP connection has this enabled, Graceful Restart procedures are performed\neven if the peer goes down due to sending of a Notification Message as per RFC8538.","type":"boolean","default":true,"x-field-uid":5}}},"Bgp.UpdateReplay":{"description":"Ordered BGP Updates ( including both Advertise and Withdraws ) to be sent in the order given in the input to the peer after the BGP session is established.","type":"object","properties":{"choice":{"type":"string","default":"structured_pdus","x-enum":{"structured_pdus":{"x-field-uid":1},"raw_bytes":{"x-field-uid":2}},"x-field-uid":1,"enum":["structured_pdus","raw_bytes"]},"structured_pdus":{"x-field-uid":2,"$ref":"#/components/schemas/Bgp.StructuredPdus"},"raw_bytes":{"x-field-uid":3,"$ref":"#/components/schemas/Bgp.RawBytes"}}},"Bgp.RawBytes":{"description":"Ordered BGP Updates ( including both Advertise and Withdraws ) to be sent in the order given in the input to the peer after the BGP session is established.","type":"object","properties":{"updates":{"description":"Array of ordered BGP Updates ( including both Advertise and Withdraws ) to be sent in the order given in the input to the peer after the BGP session is established. ","type":"array","items":{"$ref":"#/components/schemas/Bgp.OneUpdateReplay"},"x-field-uid":1}}},"Bgp.OneUpdateReplay":{"description":"Specification of one BGP Update to be sent to the BGP peer.        ","type":"object","required":["update_bytes"],"properties":{"time_gap":{"description":"Minimum time interval in milliseconds from previous Update from the sequence of BGP Updates to be replayed.","type":"integer","format":"uint32","default":0,"x-field-uid":1},"update_bytes":{"description":"Bytes specified in hex format to be sent to peer after the BGP Update Header. The Update Header will always have the  initial 16 bytes containing Marker bytes, 2 bytes containing the Length and 1 byte containing the Type.The string MUST  contain sequence of valid hex bytes. The bytes specified in hex format should be appended to the Update message to be sent  to the peer after the fixed 19 bytes described above. This byte stream can be of any length from 1 to 4077 bytes.The value  4077 is derived from the maximum length allowed for a BGP message in RFC4271 which is 4096 minus mandatory 19 bytes described  above. In the imported byte stream, one byte is represented as string of 2 characters, for example 2 character string (0x)AB  represents value of a single byte. So the maximum length of this attribute is 8154 (4077 * 2 hex characters per byte).","type":"string","format":"hex","minLength":1,"maxLength":8154,"x-field-uid":2}}},"Bgp.StructuredPdus":{"description":"Ordered BGP Updates ( including both Advertise and Withdraws ) to be sent in the order given in the input to the peer after the BGP session is established.","type":"object","properties":{"updates":{"description":"Array of ordered BGP Updates ( including both Advertise and Withdraws ) to be sent in the order given in the input to the peer after the BGP session is established.            ","type":"array","items":{"$ref":"#/components/schemas/Bgp.OneStructuredUpdateReplay"},"x-field-uid":1}}},"Bgp.OneStructuredUpdateReplay":{"description":"One structured BGP Update.        ","type":"object","properties":{"time_gap":{"description":"Minimum time interval in milliseconds from previous Update from the sequence of BGP Updates to be replayed.","type":"integer","format":"uint32","default":0,"x-field-uid":1},"path_attributes":{"description":"Attributes carried in the Update packet alongwith the reach/unreach prefixes.          ","$ref":"#/components/schemas/Bgp.Attributes","x-field-uid":2},"traditional_unreach_nlris":{"description":"The IPv4 prefixes to be included in the traditional UNREACH_NLRI. ","type":"array","items":{"$ref":"#/components/schemas/Bgp.OneTraditionalNlriPrefix"},"x-field-uid":3},"traditional_reach_nlris":{"description":"The IPv4 prefixes to be included in the traditional REACH_NLRI. ","type":"array","items":{"$ref":"#/components/schemas/Bgp.OneTraditionalNlriPrefix"},"x-field-uid":4}}},"Bgp.OneTraditionalNlriPrefix":{"description":"TRADITIONAL_NLRI is an optional part of the the BGP Update which can carry only IPv4 prefix information as defined in https://www.rfc-editor.org/rfc/rfc4271.html#section-4.3 \nand extended by https://datatracker.ietf.org/doc/html/rfc7911#section-3 to carry additional Path Id information per prefix.","type":"object","properties":{"address":{"description":"The IPv4 address of the network.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":1},"prefix":{"description":"The IPv4 network prefix length to be applied to the address. ","type":"integer","format":"uint32","default":24,"maximum":32,"x-field-uid":2},"path_id":{"$ref":"#/components/schemas/Bgp.NLRIPrefixPathId","x-field-uid":3}}},"Bgp.OneIpv4NLRIPrefix":{"description":"One IPv4 NLRI Prefix.","type":"object","properties":{"address":{"description":"The IPv4 address of the network.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":1},"prefix":{"description":"The IPv4 network prefix length to be applied to the address. ","type":"integer","format":"uint32","default":24,"maximum":32,"x-field-uid":2},"path_id":{"$ref":"#/components/schemas/Bgp.NLRIPrefixPathId","x-field-uid":3}}},"Bgp.OneIpv6NLRIPrefix":{"description":"One IPv6 NLRI Prefix.","type":"object","properties":{"address":{"description":"The IPv6 address of the network.","type":"string","format":"ipv6","default":"0::0","x-field-uid":1},"prefix":{"description":"The IPv6 network prefix length to be applied to the address. ","type":"integer","format":"uint32","default":64,"maximum":128,"x-field-uid":2},"path_id":{"$ref":"#/components/schemas/Bgp.NLRIPrefixPathId","x-field-uid":3}}},"Bgp.NLRIPrefixPathId":{"description":"Optional field in the NLRI carrying Path Id of the prefix.","type":"object","properties":{"value":{"description":"The value of the optional Path ID of the prefix. ","type":"integer","format":"uint32","default":1,"x-field-uid":1}}},"Bgp.Ipv4SrPolicyNLRIPrefix":{"description":"IPv4 Segment Routing Policy NLRI Prefix.","type":"object","properties":{"distinguisher":{"description":"The 4-octet value uniquely identifying the policy in the context of <color, endpoint> tuple.  The distinguisher has no semantic value and is solely used by the SR Policy originator to make unique (from an NLRI perspective)  both for multiple candidate paths of the same SR Policy as well as candidate paths of different SR Policies  (i.e. with different segment lists) with the same Color and Endpoint but meant for different headends. ","type":"integer","format":"uint32","default":1,"x-field-uid":1},"color":{"description":"4-octet value identifying (with the endpoint) the policy. The color is used to match the color of the destination  prefixes to steer traffic into the SR Policy as specified in section 8 of RFC9256.","type":"integer","format":"uint32","default":1,"x-field-uid":2},"endpoint":{"description":"Identifies the endpoint of a policy.  The Endpoint is an IPv4 address and can be either a unicast or an unspecified address (0.0.0.0) as specified in section 2.1 of RFC9256.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":3}}},"Bgp.Ipv6SrPolicyNLRIPrefix":{"description":"One IPv6 Segment Routing Policy NLRI Prefix.","type":"object","properties":{"distinguisher":{"description":"The 4-octet value uniquely identifying the policy in the context of <color, endpoint> tuple.  The distinguisher has no semantic value and is solely used by the SR Policy originator to make unique (from an NLRI perspective)  both for multiple candidate paths of the same SR Policy as well as candidate paths of different SR Policies  (i.e. with different segment lists) with the same Color and Endpoint but meant for different headends. ","type":"integer","format":"uint32","default":1,"x-field-uid":1},"color":{"description":"4-octet value identifying (with the endpoint) the policy. The color is used to match the color of the destination  prefixes to steer traffic into the SR Policy as specified in section 8 of RFC9256.","type":"integer","format":"uint32","default":1,"x-field-uid":2},"endpoint":{"description":"Identifies the endpoint of a policy.  The Endpoint may represent a single node or a set of nodes (e.g., an anycast address). The Endpoint is an IPv6 address and can be either a unicast or an unspecified address (0::0) as specified in section 2.1 of RFC9256.","type":"string","format":"ipv6","default":"0::0","x-field-uid":3}}},"Bgp.Attributes":{"description":"Attributes carried in the Update packet alongwith the reach/unreach prefixes.","type":"object","properties":{"other_attributes":{"description":"Any attributes not present in the list of configurable attributes should be added to the list of unknown attributes.            ","type":"array","items":{"$ref":"#/components/schemas/Bgp.Attributes.OtherAttribute"},"x-field-uid":1},"origin":{"description":"The ORIGIN attribute is a mandatory attribute which can take three values: \nthe prefix originates from an interior routing protocol 'igp', it originates from 'egp' \nor the origin is 'incomplete',if the prefix is learned through other means.                    ","type":"string","default":"incomplete","x-field-uid":2,"x-enum":{"igp":{"x-field-uid":1},"egp":{"x-field-uid":2},"incomplete":{"x-field-uid":3}},"enum":["igp","egp","incomplete"]},"as_path":{"description":"AS_PATH attribute to be included in the Update. ","$ref":"#/components/schemas/Bgp.Attributes.AsPath","x-field-uid":3},"as4_path":{"description":"AS4_PATH attribute to be included in the Update.             ","$ref":"#/components/schemas/Bgp.Attributes.As4Path","x-field-uid":4},"next_hop":{"$ref":"#/components/schemas/Bgp.Attributes.NextHop","x-field-uid":5},"multi_exit_discriminator":{"$ref":"#/components/schemas/Bgp.Attributes.MultiExitDiscriminator","x-field-uid":6},"local_preference":{"$ref":"#/components/schemas/Bgp.Attributes.LocalPreference","x-field-uid":7},"include_atomic_aggregator":{"description":"If enabled, it indicates that the ATOMIC_AGGREGATOR attribute should be included in the Update.\nPresence of this attribute Indicates that this route might not be getting sent on a fully optimized path \nsince some intermediate BGP speaker has aggregated the route.                         ","type":"boolean","default":false,"x-field-uid":8},"aggregator":{"$ref":"#/components/schemas/Bgp.Attributes.Aggregator","x-field-uid":9},"as4_aggregator":{"$ref":"#/components/schemas/Bgp.Attributes.As4Aggregator","x-field-uid":10},"community":{"type":"array","items":{"$ref":"#/components/schemas/Bgp.Attributes.Community"},"x-field-uid":11},"originator_id":{"$ref":"#/components/schemas/Bgp.Attributes.OriginatorId","x-field-uid":12},"cluster_ids":{"description":"When a Route Reflector reflects a route, it prepends the local CLUSTER_ID to the CLUSTER_LIST as defined in RFC4456.  ","type":"array","items":{"type":"string","format":"ipv4","default":"0.0.0.0"},"x-field-uid":13},"extended_communities":{"description":"Optional EXTENDED_COMMUNITY attribute settings.\nThe EXTENDED_COMMUNITY Attribute is a transitive optional BGP attribute, with the Type Code 16. Community and Extended Communities  attributes\nare utilized to trigger routing decisions, such as acceptance, rejection,  preference, or redistribution. An extended community is an eight byte value.\nIt is divided into two main parts. The first two bytes of the community encode a type and sub-type fields and the last six bytes carry a unique set\nof data in a format defined by the type and sub-type field. Extended communities provide a larger range for grouping or categorizing communities.            ","type":"array","items":{"$ref":"#/components/schemas/Bgp.ExtendedCommunity"},"x-field-uid":14},"tunnel_encapsulation":{"$ref":"#/components/schemas/Bgp.Attributes.TunnelEncapsulation","x-field-uid":15},"mp_reach":{"$ref":"#/components/schemas/Bgp.Attributes.MpReachNlri","x-field-uid":16},"mp_unreach":{"$ref":"#/components/schemas/Bgp.Attributes.MpUnreachNlri","x-field-uid":17}}},"Bgp.Attributes.OtherAttribute":{"description":"One unknown attribute stored as hex bytes.","type":"object","required":["type","raw_value"],"properties":{"flag_optional":{"description":"Optional flag in the BGP attribute.","type":"boolean","default":false,"x-field-uid":1},"flag_transitive":{"description":"Transitive flag in the BGP attribute.","type":"boolean","default":false,"x-field-uid":2},"flag_partial":{"description":"Partial flag in the BGP attribute.","type":"boolean","default":false,"x-field-uid":3},"flag_extended_length":{"description":"Extended length flag in the BGP attribute.","type":"boolean","default":false,"x-field-uid":4},"type":{"description":"The value of the Type field in the attribute.","type":"integer","format":"uint32","x-field-uid":5},"raw_value":{"description":"Contents of the value field ( the contents after the initial two bytes containing the Flags and Type field ) of the attribute in hex bytes. \nIt includes the contents of length of the extended length field if included.","type":"string","format":"hex","x-field-uid":6}}},"Bgp.Attributes.AsPath":{"description":"The AS_PATH attribute identifies the autonomous systems through  which routing information\ncarried in this UPDATE message has passed.\nThis contains the configuration of how to include the Local AS in the AS path\nattribute of the MP REACH NLRI. It also contains optional configuration of\nadditional AS Path Segments that can be included in the AS Path attribute.\nThe AS Path consists of a Set or Sequence of Autonomous Systems (AS) numbers  that\na routing information passes through to reach the destination.\nThere are two modes in which AS numbers can be encoded in the AS Path Segments\n- When the AS Path is being exchanged between old and new BGP speakers or between two old BGP speakers , the AS numbers are encoded as 2 byte values.\n- When the AS Path is being exchanged between two new BGP speakers supporting 4 byte AS , the AS numbers are encoded as 4 byte values.","type":"object","properties":{"choice":{"type":"string","default":"four_byte_as_path","x-enum":{"four_byte_as_path":{"x-field-uid":1},"two_byte_as_path":{"x-field-uid":2}},"x-field-uid":1,"enum":["four_byte_as_path","two_byte_as_path"]},"four_byte_as_path":{"x-field-uid":2,"$ref":"#/components/schemas/Bgp.Attributes.AsPath.FourByteAsPath"},"two_byte_as_path":{"x-field-uid":3,"$ref":"#/components/schemas/Bgp.Attributes.AsPath.TwoByteAsPath"}}},"Bgp.Attributes.AsPath.FourByteAsPath":{"description":"AS Paths with 4 byte AS numbers can be exchanged only if both BGP speakers support 4 byte AS number extensions.","type":"object","properties":{"segments":{"description":"The AS path segments containing 4 byte AS numbers to be added in the AS Path attribute.  By default, an empty AS path should always be included and for EBGP at minimum the local AS number should be present in the AS Path.            ","type":"array","items":{"$ref":"#/components/schemas/Bgp.Attributes.FourByteAsPathSegment"},"x-field-uid":1}}},"Bgp.Attributes.FourByteAsPathSegment":{"description":"Configuration for a single BGP AS path segment containing 4 byte AS numbers.","type":"object","properties":{"type":{"description":"AS sequence is the most common type of AS_PATH, it contains the  list\nof ASNs starting with the most recent ASN being added read  from left\nto right.\nThe other three AS_PATH types are used for Confederations\n- AS_SET is the type of AS_PATH attribute that summarizes routes using\nusing the aggregate-address command, allowing AS_PATHs to be  summarized\nin the update as well.\n- AS_CONFED_SEQ gives the list of ASNs in the path starting with the  most\nrecent ASN to be added reading left to right\n- AS_CONFED_SET will allow summarization of multiple AS PATHs to be  sent\nin BGP Updates.","type":"string","default":"as_seq","x-field-uid":1,"x-enum":{"as_seq":{"x-field-uid":1},"as_set":{"x-field-uid":2},"as_confed_seq":{"x-field-uid":3},"as_confed_set":{"x-field-uid":4}},"enum":["as_seq","as_set","as_confed_seq","as_confed_set"]},"as_numbers":{"description":"The 4 byte AS numbers in this AS path segment.","type":"array","items":{"type":"integer","format":"uint32","default":1},"x-field-uid":2}}},"Bgp.Attributes.AsPath.TwoByteAsPath":{"description":"AS Paths with 2 byte AS numbers is used when any of the two scenarios occur :\n  - An old BGP speaker and new BGP speaker are sending BGP Updates to one another.\n  - Two old BGP speakers are sending BGP Updates to one another.","type":"object","properties":{"segments":{"description":"The AS path segments containing 2 byte AS numbers to be added in the AS Path attribute.  By default, an empty AS path should always be included and for EBGP the sender's AS number should be prepended to the AS Path.            ","type":"array","items":{"$ref":"#/components/schemas/Bgp.Attributes.TwoByteAsPathSegment"},"x-field-uid":1}}},"Bgp.Attributes.TwoByteAsPathSegment":{"description":"Configuration for a single BGP AS path segment containing 2 byte AS numbers.","type":"object","properties":{"type":{"description":"AS sequence is the most common type of AS_PATH, it contains the  list\nof ASNs starting with the most recent ASN being added read  from left\nto right.\nThe other three AS_PATH types are used for Confederations\n- AS_SET is the type of AS_PATH attribute that summarizes routes using\nusing the aggregate-address command, allowing AS_PATHs to be  summarized\nin the update as well.\n- AS_CONFED_SEQ gives the list of ASNs in the path starting with the  most\nrecent ASN to be added reading left to right\n- AS_CONFED_SET will allow summarization of multiple AS PATHs to be  sent\nin BGP Updates.","type":"string","default":"as_seq","x-field-uid":1,"x-enum":{"as_seq":{"x-field-uid":1},"as_set":{"x-field-uid":2},"as_confed_seq":{"x-field-uid":3},"as_confed_set":{"x-field-uid":4}},"enum":["as_seq","as_set","as_confed_seq","as_confed_set"]},"as_numbers":{"description":"The 2 byte AS numbers in this AS path segment.","type":"array","items":{"type":"integer","format":"uint32","default":1,"maximum":65535},"x-field-uid":2}}},"Bgp.Attributes.As4Path":{"description":"The AS4_PATH attribute identifies the autonomous systems through  which routing information\ncarried in this UPDATE message has passed.\nThis contains the configuration of how to include the Local AS in the AS path\nattribute of the MP REACH NLRI. It also contains optional configuration of\nadditional AS Path Segments that can be included in the AS Path attribute.\nThe AS Path consists of a Set or Sequence of Autonomous Systems (AS) numbers  that\na routing information passes through to reach the destination.\nAS4_PATH is only exchanged in two scenarios:\n- When an old BGP speaker has to forward a received AS4_PATH containing 4 byte AS numbers to new BGP speaker.\n- When a new BGP speaker is connected to an old BGP speaker and has to propagate 4 byte AS numbers via the old BGP speaker.\nIts usage is described in RFC4893.","type":"object","properties":{"segments":{"description":"The AS path segments containing 4 byte AS numbers to be added in the AS4_PATH attribute.","type":"array","items":{"$ref":"#/components/schemas/Bgp.Attributes.FourByteAsPathSegment"},"x-field-uid":1}}},"Bgp.Attributes.Aggregator":{"description":"Optional AGGREGATOR attribute which maybe be added by a BGP speaker which performs route aggregation.\nWhen AGGREGATOR attribute is being sent to a new BGP speaker , the AS number is encoded as a 4 byte value.\nWhen AGGREGATOR attribute is being exchanged between a new and an old BGP speaker or between two old BGP speakers, \nthe AS number is encoded as a 2 byte value.\nIt contain the AS number and IP address of the speaker performing the aggregation.         ","type":"object","properties":{"choice":{"type":"string","default":"four_byte_as","x-enum":{"four_byte_as":{"x-field-uid":1},"two_byte_as":{"x-field-uid":2}},"x-field-uid":1,"enum":["four_byte_as","two_byte_as"]},"four_byte_as":{"description":"The value of the 4 byte  AS number of the BGP speaker which aggregated the route. If the value of the AS number is less than 2 octets ( 65535 or less), the AS4_AGGREGATOR object should not be sent.","type":"integer","format":"uint32","default":65536,"x-field-uid":2},"two_byte_as":{"description":"The value of the 2 byte AS number of the BGP speaker which aggregated the route.              ","type":"integer","format":"uint32","default":1,"maximum":65535,"x-field-uid":3},"ipv4_address":{"description":"The IPv4 address of the BGP speaker which aggregated the route.            ","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":4}}},"Bgp.Attributes.As4Aggregator":{"description":"Optional AS4_AGGREGATOR attribute which maybe be added by a BGP speaker in one of two cases:\n- If it is a new BGP speaker speaking to an old BGP speaker and needs to send a 4 byte value for the AS number of the BGP route aggregator.\n- If it is a old BGP speaker speaking to a new BGP speaker and has to transparently forward a received AS4_AGGREGATOR from some other peer.\nIts usage is described in RFC4893.          ","type":"object","properties":{"as_num":{"description":"The value of the 4 byte AS number of the BGP speaker which aggregated the route.              ","type":"integer","format":"uint32","x-field-uid":1},"ipv4_address":{"description":"The IPv4 address of the BGP speaker which aggregated the route.            ","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":2}}},"Bgp.Attributes.Community":{"description":"The COMMUNITY attribute provide additional capability for tagging routes and for modifying BGP routing policy on \nupstream and downstream routers. BGP community is a 32-bit number which is broken into 16-bit AS number and a \n16-bit custom value or it contains some pre-defined well known values.           ","type":"object","required":["choice"],"properties":{"choice":{"description":"The type of community AS number.   ","type":"string","x-field-uid":1,"x-enum":{"custom_community":{"x-field-uid":1},"no_export":{"x-field-uid":2},"no_advertised":{"x-field-uid":3},"no_export_subconfed":{"x-field-uid":4},"llgr_stale":{"x-field-uid":5},"no_llgr":{"x-field-uid":6}},"enum":["custom_community","no_export","no_advertised","no_export_subconfed","llgr_stale","no_llgr"]},"custom_community":{"$ref":"#/components/schemas/Bgp.Attributes.CustomCommunity","x-field-uid":2}}},"Bgp.Attributes.CustomCommunity":{"description":"User defined COMMUNITY attribute containing 2 byte AS and custom 2 byte value defined by the administrator of the domain.        ","type":"object","properties":{"as_number":{"description":"First two octets of the community value containing a 2 byte AS number.","type":"integer","format":"uint32","maximum":65535,"default":0,"x-field-uid":1},"custom":{"description":"Last two octets of the community value in hex.  If user provides less than 4 hex bytes, it should be left-padded with 0s.","type":"string","format":"hex","default":"0000","maxLength":4,"x-field-uid":2}}},"Bgp.Attributes.NextHop":{"description":"Next hop to be sent inside MP_REACH NLRI or as the NEXT_HOP attribute if advertised as traditional NLRI.            ","type":"object","required":["choice"],"properties":{"choice":{"description":"The type of the next HOP.  ","type":"string","x-field-uid":1,"x-enum":{"ipv4":{"x-field-uid":1},"ipv6":{"x-field-uid":2},"ipv6_two_addresses":{"x-field-uid":3}},"enum":["ipv4","ipv6","ipv6_two_addresses"]},"ipv4":{"description":"The 4 byte IPv4 address of the next-hop from which the route was received.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":2},"ipv6":{"description":"The 16 byte IPv6 address of the next-hop from which the route was received.","type":"string","format":"ipv6","default":"0::0","x-field-uid":3},"ipv6_two_addresses":{"x-field-uid":4,"$ref":"#/components/schemas/Bgp.Attributes.NextHop.Ipv6TwoAddresses"}}},"Bgp.Attributes.NextHop.Ipv6TwoAddresses":{"description":"There is a specific scenario in which it is possible to receive a Global and Link Local address in the Next Hop \nfield in a MP_REACH attribute or in the NEXT_HOP attribute(RFC2545: Section 3). ","type":"object","properties":{"first":{"description":"The first IPv6 next hop in the 32 byte IPv6 Next Hop.","type":"string","format":"ipv6","default":"0::0","x-field-uid":1},"second":{"description":"The second IPv6 next hop in the 32 byte IPv6 Next Hop.","type":"string","format":"ipv6","default":"0::0","x-field-uid":2}}},"Bgp.Attributes.MpReachNlri":{"description":"The MP_REACH attribute is an optional attribute which can be included in the attributes of a BGP Update message as defined in https://datatracker.ietf.org/doc/html/rfc4760#section-3.\nThe following AFI / SAFI combinations are supported:\n- IPv4 Unicast with AFI as 1 and SAFI as 1 \n- IPv6 Unicast with AFI as 2 and SAFI as 1 \n- Segment Routing Policy for IPv4 Unicast with AFI as 1 and SAFI as 73 ( draft-ietf-idr-sr-policy-safi-02 Section 2.1 )\n- Segment Routing Policy for IPv6 Unicast with AFI as 2 and SAFI as 73","type":"object","required":["choice"],"properties":{"next_hop":{"$ref":"#/components/schemas/Bgp.Attributes.NextHop","x-field-uid":1},"choice":{"description":"The AFI and SAFI to be sent in the MPREACH_NLRI in the Update.  ","type":"string","x-field-uid":2,"x-enum":{"ipv4_unicast":{"x-field-uid":1},"ipv6_unicast":{"x-field-uid":2},"ipv4_srpolicy":{"x-field-uid":3},"ipv6_srpolicy":{"x-field-uid":4}},"enum":["ipv4_unicast","ipv6_unicast","ipv4_srpolicy","ipv6_srpolicy"]},"ipv4_unicast":{"description":"List of IPv4 prefixes being sent in the IPv4 Unicast MPREACH_NLRI .","type":"array","items":{"$ref":"#/components/schemas/Bgp.OneIpv4NLRIPrefix"},"x-field-uid":3},"ipv6_unicast":{"description":"List of IPv6 prefixes being sent in the IPv6 Unicast MPREACH_NLRI .","type":"array","items":{"$ref":"#/components/schemas/Bgp.OneIpv6NLRIPrefix"},"x-field-uid":4},"ipv4_srpolicy":{"description":"IPv4 endpoint with Segment Routing Policy being sent in the IPv4 MPREACH_NLRI .","$ref":"#/components/schemas/Bgp.Ipv4SrPolicyNLRIPrefix","x-field-uid":5},"ipv6_srpolicy":{"description":"IPv6 endpoint with Segment Routing Policy being sent in the IPv6 MPREACH_NLRI .          ","$ref":"#/components/schemas/Bgp.Ipv6SrPolicyNLRIPrefix","x-field-uid":6}}},"Bgp.Attributes.MpUnreachNlri":{"description":"The MP_UNREACH attribute is an optional attribute which can be included in the attributes of a BGP Update message as defined in https://datatracker.ietf.org/doc/html/rfc4760#section-3.\nThe following AFI / SAFI combinations are supported:\n- IPv4 Unicast with AFI as 1 and SAFI as 1 \n- IPv6 Unicast with AFI as 2 and SAFI as 1 \n- Segment Routing Policy for IPv4 Unicast with AFI as 1 and SAFI as 73 (draft-ietf-idr-sr-policy-safi-02 Section 2.1)\n- Segment Routing Policy for IPv6 Unicast with AFI as 2 and SAFI as 73","type":"object","properties":{"choice":{"description":"The AFI and SAFI to be sent in the MPUNREACH_NLRI in the Update.  ","type":"string","x-field-uid":1,"x-enum":{"ipv4_unicast":{"x-field-uid":1},"ipv6_unicast":{"x-field-uid":2},"ipv4_srpolicy":{"x-field-uid":3},"ipv6_srpolicy":{"x-field-uid":4}},"enum":["ipv4_unicast","ipv6_unicast","ipv4_srpolicy","ipv6_srpolicy"]},"ipv4_unicast":{"description":"List of IPv4 prefixes being sent in the IPv4 Unicast MPUNREACH_NLRI .","type":"array","items":{"$ref":"#/components/schemas/Bgp.OneIpv4NLRIPrefix"},"x-field-uid":2},"ipv6_unicast":{"description":"List of IPv6 prefixes being sent in the IPv6 Unicast MPUNREACH_NLRI .","type":"array","items":{"$ref":"#/components/schemas/Bgp.OneIpv6NLRIPrefix"},"x-field-uid":3},"ipv4_srpolicy":{"description":"IPv4 endpoint with Segment Routing Policy being sent in the IPv4 MPUNREACH_NLRI .","$ref":"#/components/schemas/Bgp.Ipv4SrPolicyNLRIPrefix","x-field-uid":4},"ipv6_srpolicy":{"description":"IPv6 endpoint with Segment Routing Policy being sent in the IPv4 MPUNREACH_NLRI .          ","$ref":"#/components/schemas/Bgp.Ipv6SrPolicyNLRIPrefix","x-field-uid":5}}},"Bgp.Attributes.MultiExitDiscriminator":{"description":"Optional MULTI_EXIT_DISCRIMINATOR attribute sent to the peer to help in the route selection process. ","properties":{"value":{"description":"The multi exit discriminator (MED) value used for route selection sent to the peer.            ","type":"integer","format":"uint32","default":0,"x-field-uid":1}}},"Bgp.Attributes.LocalPreference":{"description":"Optional LOCAL_PREFERENCE attribute sent to the peer to indicate the degree of preference \nfor externally learned routes.This should be included only for internal peers.It is \nused for the selection of the path for the traffic leaving the AS.The route with the \nhighest local preference value is preferred.","properties":{"value":{"description":"Value to be set in the LOCAL_PREFERENCE attribute The multi exit discriminator (MED) value used for route selection sent to the peer.            ","type":"integer","format":"uint32","default":100,"x-field-uid":1}}},"Bgp.Attributes.OriginatorId":{"description":"Optional ORIGINATOR_ID attribute (type code 9) carries the Router Id of the route's originator in the local AS.","properties":{"value":{"description":"The value of the originator's Router Id.            ","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":1}}},"Bgp.Attributes.TunnelEncapsulation":{"description":"The TUNNEL_ENCAPSULATION  attribute is used by a BGP speaker to inform other BGP speakers how to encapsulate packets that need to be sent to it.\nIt is defined in RFC9012 and is assigned a Type code of 23.","properties":{"choice":{"description":"Identifies a type of tunnel. The field contains values from the IANA registry \"BGP Tunnel Encapsulation Attribute Tunnel Types\".","type":"string","x-field-uid":1,"x-enum":{"sr_policy":{"x-field-uid":1}},"default":"sr_policy","enum":["sr_policy"]},"sr_policy":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy","x-field-uid":2}}},"Bgp.Attributes.SegmentRoutingPolicy":{"description":"Optional Segment Routing Policy information as defined in draft-ietf-idr-sr-policy-safi-02.\nThis information is carried in TUNNEL_ENCAPSULATION attribute with type set to  SR Policy (15). ","type":"object","properties":{"binding_segment_identifier":{"$ref":"#/components/schemas/Bgp.Attributes.Bsid","x-field-uid":1},"srv6_binding_segment_identifier":{"description":"The SRv6 Binding SID sub-TLV is an optional sub-TLV of type 20 that is used to signal the SRv6 Binding SID\nrelated information of an SR Policy candidate path. \n  - More than one SRv6 Binding SID sub-TLVs MAY be signaled in the same SR Policy encoding to indicate one\n    or more SRv6 SIDs, each with potentially different SRv6 Endpoint Behaviors to be instantiated.\n  - The format of the sub-TLV is defined in draft-ietf-idr-sr-policy-safi-02 Section 2.4.3 .       ","type":"array","items":{"$ref":"#/components/schemas/Bgp.Attributes.Srv6Bsid"},"x-field-uid":2},"preference":{"$ref":"#/components/schemas/Bgp.Attributes.SrPolicy.Preference","x-field-uid":3},"priority":{"$ref":"#/components/schemas/Bgp.Attributes.SrPolicy.Priority","x-field-uid":4},"policy_name":{"$ref":"#/components/schemas/Bgp.Attributes.SrPolicy.PolicyName","x-field-uid":5},"policy_candidate_name":{"$ref":"#/components/schemas/Bgp.Attributes.SrPolicy.PolicyCandidateName","x-field-uid":6},"explicit_null_label_policy":{"$ref":"#/components/schemas/Bgp.Attributes.SrPolicy.ExplicitNullPolicy","x-field-uid":7},"segment_list":{"type":"array","items":{"$ref":"#/components/schemas/Bgp.Attributes.SrPolicy.SegmentList"},"x-field-uid":8}}},"Bgp.Attributes.Bsid":{"description":"The Binding Segment Identifier is an optional sub-tlv of type 13 that can be sent with a SR Policy \nTunnel Encapsulation attribute.\nWhen the active candidate path has a specified Binding Segment Identifier, the SR Policy uses that \nBSID if this value (label in MPLS, IPv6 address in SRv6) is available.\n- The format of the sub-TLV is defined in draft-ietf-idr-sr-policy-safi-02 Section 2.4.2 . \n- It is recommended that if SRv6 Binding SID is desired to be signalled, the SRv6 Binding SID sub-TLV that enables \n  the specification of the SRv6 Endpoint Behavior should be used.","type":"object","required":["choice"],"properties":{"choice":{"description":"The type of Segment Identifier.   ","type":"string","x-field-uid":1,"x-enum":{"mpls":{"x-field-uid":1},"srv6":{"x-field-uid":2}},"enum":["mpls","srv6"]},"mpls":{"$ref":"#/components/schemas/Bgp.Attributes.Bsid.Mpls","x-field-uid":2},"srv6":{"$ref":"#/components/schemas/Bgp.Attributes.Bsid.Srv6","x-field-uid":3}}},"Bgp.Attributes.Bsid.Mpls":{"description":"When the active candidate path has a specified Binding Segment Identifier, the SR Policy uses that BSID defined \nas a MPLS label.The format of the sub-TLV is defined in draft-ietf-idr-sr-policy-safi-02  Section 2.4.2 .","type":"object","properties":{"flag_specified_bsid_only":{"description":"S-Flag: This flag encodes the \"Specified-BSID-only\" behavior. It's usage is \ndescribed in section 6.2.3 in [RFC9256].","type":"boolean","default":false,"x-field-uid":1},"flag_drop_upon_invalid":{"description":"I-Flag: This flag encodes the \"Drop Upon Invalid\" behavior. \nIt's usage is described in section 8.2 in [RFC9256].","type":"boolean","default":false,"x-field-uid":2},"mpls_sid":{"$ref":"#/components/schemas/Bgp.Attributes.Sid.Mpls","x-field-uid":3}}},"Bgp.Attributes.Bsid.Srv6":{"description":"When the active candidate path has a specified Binding Segment Identifier, the SR Policy uses that BSID defined \nas an IPv6 Address.The format of the sub-TLV is defined in draft-ietf-idr-sr-policy-safi-02 Section 2.4.2 .","type":"object","properties":{"flag_specified_bsid_only":{"description":"S-Flag: This flag encodes the \"Specified-BSID-only\" behavior. It's usage is \ndescribed in section 6.2.3 in [RFC9256].","type":"boolean","default":false,"x-field-uid":1},"flag_drop_upon_invalid":{"description":"I-Flag: This flag encodes the \"Drop Upon Invalid\" behavior. \nIt's usage is described in section 8.2 in [RFC9256].","type":"boolean","default":false,"x-field-uid":2},"ipv6_addr":{"description":"IPv6 address denoting the SRv6 SID.","type":"string","format":"ipv6","default":"0::0","x-field-uid":3}}},"Bgp.Attributes.Srv6Bsid":{"description":"The SRv6 Binding SID sub-TLV is an optional sub-TLV of type 20 that is used to signal the SRv6 Binding SID\nrelated information of an SR Policy candidate path. \n  - More than one SRv6 Binding SID sub-TLVs MAY be signaled in the same SR Policy encoding to indicate one or\n    more SRv6 SIDs, each with potentially different SRv6 Endpoint Behaviors to be instantiated.\n  - The format of the sub-TLV is defined in draft-ietf-idr-sr-policy-safi-02 Section 2.4.3 .","type":"object","properties":{"flag_specified_bsid_only":{"description":"S-Flag: This flag encodes the \"Specified-BSID-only\" behavior. It's usage is \ndescribed in section 6.2.3 in [RFC9256].","type":"boolean","default":false,"x-field-uid":1},"flag_drop_upon_invalid":{"description":"I-Flag: This flag encodes the \"Drop Upon Invalid\" behavior. \nIt's usage is described in section 8.2 in [RFC9256].","type":"boolean","default":false,"x-field-uid":2},"flag_srv6_endpoint_behavior":{"description":"B-Flag: This flag, when set, indicates the presence of the SRv6 Endpoint Behavior \nand SID Structure encoding specified in Section 2.4.4.2.4 of draft-ietf-idr-sr-policy-safi-02.","type":"boolean","default":false,"x-field-uid":3},"ipv6_addr":{"description":"IPv6 address denoting the SRv6 SID.","type":"string","format":"ipv6","default":"0::0","x-field-uid":4},"srv6_endpoint_behavior":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.SRv6SIDEndpointBehaviorAndStructure","x-field-uid":5}}},"Bgp.Attributes.Sid.Mpls":{"description":"This carries a 20 bit Multi Protocol Label Switching alongwith 3 bits traffic class, 1 bit indicating presence\nor absence of Bottom-Of-Stack and 8 bits carrying the Time to Live value. ","type":"object","properties":{"label":{"description":"20 bit MPLS Label value.","type":"integer","format":"uint32","default":16,"maximum":1048576,"x-field-uid":1},"traffic_class":{"description":"3 bits of Traffic Class.","type":"integer","format":"uint32","default":0,"maximum":7,"x-field-uid":2},"flag_bos":{"description":"Bottom of Stack","type":"boolean","default":true,"x-field-uid":3},"ttl":{"description":"8 bits Time to Live","type":"integer","format":"uint32","default":63,"maximum":63,"x-field-uid":4}}},"Bgp.Attributes.Sid.Srv6":{"description":"An IPv6 address denoting a SRv6 SID.","type":"object","properties":{"ip":{"type":"string","format":"ipv6","default":"0::0","x-field-uid":1}}},"Bgp.Attributes.SrPolicy.Preference":{"description":"Optional Preference sub-tlv (Type 12) is used to select the best candidate path for an SR Policy.\nIt is defined in Section 2.4.1 of draft-ietf-idr-sr-policy-safi-02 .\n","type":"object","properties":{"value":{"description":"Value to be carried in the Preference sub-tlv.","type":"integer","format":"uint32","default":0,"x-field-uid":1}}},"Bgp.Attributes.SrPolicy.Priority":{"description":"Optional Priority sub-tlv (Type 15) used to select the order in which policies should be re-computed.\n- It is defined in Section 2.4.6 of draft-ietf-idr-sr-policy-safi-02 .","type":"object","properties":{"value":{"description":"Value to be carried in the Priority sub-tlv.            ","type":"integer","format":"uint32","maximum":255,"default":0,"x-field-uid":1}}},"Bgp.Attributes.SrPolicy.PolicyCandidateName":{"description":"Optional Policy Candidate Path Name sub-tlv (Type 129) which carries the symbolic name for the SR Policy candidate path \nfor debugging.    \n- It is defined in Section 2.4.7 of draft-ietf-idr-sr-policy-safi-02 .","type":"object","required":["value"],"properties":{"value":{"description":"Value of the symbolic Policy Candidate Path Name carried in the Policy Candidate Path Name sub-tlv.\nIt is recommended that the size of the name is limited to 255 bytes.","type":"string","maxLength":500,"x-field-uid":1}}},"Bgp.Attributes.SrPolicy.PolicyName":{"description":"Optional Policy Name sub-tlv (Type 130) which carries the symbolic name for the SR Policy for which the \ncandidate path is being advertised for debugging.    \n- It is defined in Section 2.4.8 of draft-ietf-idr-sr-policy-safi-02 .","type":"object","required":["value"],"properties":{"value":{"description":"Value of the symbolic policy name carried in the Policy Name sub-tlv.\nIt is recommended that the size of the name is limited to 255 bytes.","type":"string","maxLength":500,"x-field-uid":1}}},"Bgp.Attributes.SrPolicy.ExplicitNullPolicy":{"description":"This is an optional sub-tlv (Type 14) which indicates whether an Explicit NULL Label must be pushed on an unlabeled IP\npacket before other labels for IPv4 or IPv6 flows.\n- It is defined in Section 2.4.5 of draft-ietf-idr-sr-policy-safi-02.","properties":{"choice":{"description":"The Explicit NULL Label policy.","type":"string","x-field-uid":1,"x-enum":{"unknown":{"x-field-uid":1},"push_ipv4":{"x-field-uid":2},"push_ipv6":{"x-field-uid":3},"push_ipv4_and_ipv6":{"x-field-uid":4},"donot_push":{"x-field-uid":5}},"default":"push_ipv4_and_ipv6","enum":["unknown","push_ipv4","push_ipv6","push_ipv4_and_ipv6","donot_push"]}}},"Bgp.Attributes.SrPolicy.SegmentList":{"description":"One optional SEGMENT_LIST sub-tlv encoded with type of 128.\nOne sub-tlv (Type 128) encodes a single explicit path towards the endpoint as described in \nsection 5.1 of [RFC9256]. \nThe Segment List sub-TLV includes the elements of the paths (i.e., segments) as well \nas an optional Weight sub-TLV.","type":"object","properties":{"weight":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.SegmentList.Weight","x-field-uid":1},"segments":{"type":"array","items":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.SegmentList.Segment"},"x-field-uid":2}}},"Bgp.Attributes.SegmentRoutingPolicy.SegmentList.Weight":{"description":"The optional Weight sub-TLV (Type 9) specifies the weight associated with a given segment list. The weight is used for weighted multipath.","type":"object","properties":{"value":{"description":"Value of the weight.","type":"integer","format":"uint32","default":0,"x-field-uid":1}}},"Bgp.Attributes.SegmentRoutingPolicy.SegmentList.Segment":{"description":"A Segment sub-TLV describes a single segment in a segment list  i.e., a single\nelement of the explicit path. The Segment sub-TLVs are optional.\nSegment Types A and B are defined as described in 2.4.4.2.\nSegment Types C upto K are defined as described in in draft-ietf-idr-bgp-sr-segtypes-ext-03  .      ","type":"object","required":["choice"],"properties":{"choice":{"description":"Specify one of the segment types as defined in ietf-idr-segment-routing-te-policy\n- Type  A: SID only, in the form of MPLS Label.\n- Type  B: SID only, in the form of IPv6 Address.\n- Type  C: IPv4 Prefix with optional SR Algorithm.\n- Type  D: IPv6 Global Prefix with optional SR Algorithm for SR-MPLS.\n- Type  E: IPv4 Prefix with Local Interface ID.\n- Type  F: IPv4 Addresses for link endpoints as Local, Remote pair.\n- Type  G: IPv6 Prefix and Interface ID for link endpoints as Local, Remote pair for SR-MPLS.\n- Type  H: IPv6 Addresses for link endpoints as Local, Remote pair for SR-MPLS.\n- Type  I: IPv6 Global Prefix with optional SR Algorithm for SRv6.\n- Type  J: IPv6 Prefix and Interface ID for link endpoints as Local, Remote pair for SRv6.\n- Type  K: IPv6 Addresses for link endpoints as Local, Remote pair for SRv6.","type":"string","x-field-uid":1,"x-enum":{"type_a":{"x-field-uid":1},"type_b":{"x-field-uid":2},"type_c":{"x-field-uid":3},"type_d":{"x-field-uid":4},"type_e":{"x-field-uid":5},"type_f":{"x-field-uid":6},"type_g":{"x-field-uid":7},"type_h":{"x-field-uid":8},"type_i":{"x-field-uid":9},"type_j":{"x-field-uid":10},"type_k":{"x-field-uid":11}},"enum":["type_a","type_b","type_c","type_d","type_e","type_f","type_g","type_h","type_i","type_j","type_k"]},"type_a":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeA","x-field-uid":2},"type_b":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeB","x-field-uid":3},"type_c":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeC","x-field-uid":4},"type_d":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeD","x-field-uid":5},"type_e":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeE","x-field-uid":6},"type_f":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeF","x-field-uid":7},"type_g":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeG","x-field-uid":8},"type_h":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeH","x-field-uid":9},"type_i":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeI","x-field-uid":10},"type_j":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeJ","x-field-uid":11},"type_k":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeK","x-field-uid":12}}},"Bgp.Attributes.SegmentRoutingPolicy.TypeA":{"description":"Type A: SID only, in the form of MPLS Label.\nIt is encoded as a Segment of Type 1 in the SEGMENT_LIST sub-tlv.","type":"object","properties":{"flags":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeFlags","x-field-uid":1},"mpls_sid":{"$ref":"#/components/schemas/Bgp.Attributes.Sid.Mpls","x-field-uid":2}}},"Bgp.Attributes.SegmentRoutingPolicy.TypeB":{"description":"Type B: SID only, in the form of IPv6 address.\nIt is encoded as a Segment of Type 13 in the SEGMENT_LIST sub-tlv.","type":"object","properties":{"flags":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeFlags","x-field-uid":1},"srv6_sid":{"description":"SRv6 SID.","type":"string","format":"ipv6","default":"0::0","x-field-uid":2},"srv6_endpoint_behavior":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.SRv6SIDEndpointBehaviorAndStructure","x-field-uid":3}}},"Bgp.Attributes.SegmentRoutingPolicy.TypeC":{"description":"Type C: IPv4 Node Address with optional SID.\nIt is encoded as a Segment of Type 3 in the SEGMENT_LIST sub-tlv.","type":"object","properties":{"flags":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeFlags","x-field-uid":1},"sr_algorithm":{"description":"SR Algorithm identifier when A-Flag in on. If A-flag is not enabled, it should be set to 0 on transmission and ignored on receipt.","type":"integer","format":"uint32","maximum":255,"default":0,"x-field-uid":2},"ipv4_node_address":{"description":"IPv4 address representing a node.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":3},"sr_mpls_sid":{"description":"Optional SR-MPLS SID.","$ref":"#/components/schemas/Bgp.Attributes.Sid.Mpls","x-field-uid":4}}},"Bgp.Attributes.SegmentRoutingPolicy.TypeD":{"description":"Type D: IPv6 Node Address with optional SID for SR MPLS.\nIt is encoded as a Segment of Type 4 in the SEGMENT_LIST sub-tlv.        ","type":"object","properties":{"flags":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeFlags","x-field-uid":1},"sr_algorithm":{"description":"SR Algorithm identifier when A-Flag in on. If A-flag is not enabled, it should be set to 0 on transmission and ignored on receipt.","type":"integer","format":"uint32","maximum":255,"default":0,"x-field-uid":2},"ipv6_node_address":{"description":"IPv6 address representing a node.","type":"string","format":"ipv6","default":"0::0","x-field-uid":3},"sr_mpls_sid":{"description":"Optional SR-MPLS SID.","$ref":"#/components/schemas/Bgp.Attributes.Sid.Mpls","x-field-uid":4}}},"Bgp.Attributes.SegmentRoutingPolicy.TypeE":{"description":"Type E: IPv4 Address and Local Interface ID with optional SID\nIt is encoded as a Segment of Type 5 in the SEGMENT_LIST sub-tlv. ","type":"object","properties":{"flags":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeFlags","x-field-uid":1},"local_interface_id":{"description":"The Interface Index as defined in [RFC8664].","type":"integer","format":"uint32","default":0,"x-field-uid":2},"ipv4_node_address":{"description":"IPv4 address representing a node.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":3},"sr_mpls_sid":{"description":"Optional SR-MPLS SID.","$ref":"#/components/schemas/Bgp.Attributes.Sid.Mpls","x-field-uid":4}}},"Bgp.Attributes.SegmentRoutingPolicy.TypeF":{"description":"Type F: IPv4 Local and Remote addresses with optional SR-MPLS SID.\nIt is encoded as a Segment of Type 6 in the SEGMENT_LIST sub-tlv. ","type":"object","properties":{"flags":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeFlags","x-field-uid":1},"local_ipv4_address":{"description":"Local IPv4 Address.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":2},"remote_ipv4_address":{"description":"Remote IPv4 Address.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":3},"sr_mpls_sid":{"description":"Optional SR-MPLS SID.","$ref":"#/components/schemas/Bgp.Attributes.Sid.Mpls","x-field-uid":4}}},"Bgp.Attributes.SegmentRoutingPolicy.TypeG":{"description":"Type G: IPv6 Address, Interface ID for local and remote pair with optional SID for SR MPLS.\nIt is encoded as a Segment of Type 7 in the SEGMENT_LIST sub-tlv. ","type":"object","properties":{"flags":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeFlags","x-field-uid":1},"local_interface_id":{"description":"The local Interface Index as defined in [RFC8664].","type":"integer","format":"uint32","default":0,"x-field-uid":2},"local_ipv6_node_address":{"description":"The IPv6 address representing the local node.","type":"string","format":"ipv6","default":"0::0","x-field-uid":3},"remote_interface_id":{"description":"The remote Interface Index as defined in [RFC8664]. The value MAY be set to zero when the local node address and interface identifiers are sufficient to describe the link.","type":"integer","format":"uint32","default":0,"x-field-uid":4},"remote_ipv6_node_address":{"description":"IPv6 address representing the remote node. The value MAY be set to zero when the local node address and interface identifiers are sufficient to describe the link.","type":"string","format":"ipv6","default":"0::0","x-field-uid":5},"sr_mpls_sid":{"description":"Optional SR-MPLS SID.","$ref":"#/components/schemas/Bgp.Attributes.Sid.Mpls","x-field-uid":6}}},"Bgp.Attributes.SegmentRoutingPolicy.TypeH":{"description":"Type H: IPv6 Local and Remote addresses with optional SID for SR MPLS.\nIt is encoded as a Segment of Type 8 in the SEGMENT_LIST sub-tlv. ","type":"object","properties":{"flags":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeFlags","x-field-uid":1},"local_ipv6_address":{"description":"Local IPv6 Address.","type":"string","format":"ipv6","default":"0::0","x-field-uid":2},"remote_ipv6_address":{"description":"Remote IPv6 Address.","type":"string","format":"ipv6","default":"0::0","x-field-uid":3},"sr_mpls_sid":{"description":"Optional SR-MPLS SID.","$ref":"#/components/schemas/Bgp.Attributes.Sid.Mpls","x-field-uid":6}}},"Bgp.Attributes.SegmentRoutingPolicy.TypeI":{"description":"Type I: IPv6 Node Address with optional SR Algorithm and optional SRv6 SID.\nIt is encoded as a Segment of Type 14 in the SEGMENT_LIST sub-tlv. ","type":"object","properties":{"flags":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeFlags","x-field-uid":1},"sr_algorithm":{"description":"SR Algorithm identifier when A-Flag in on. If A-flag is not enabled, it should be set to 0 on transmission and ignored on receipt.","type":"integer","format":"uint32","maximum":255,"default":0,"x-field-uid":2},"ipv6_node_address":{"description":"IPv6 address representing a node.","type":"string","format":"ipv6","default":"0::0","x-field-uid":3},"srv6_sid":{"$ref":"#/components/schemas/Bgp.Attributes.Sid.Srv6","x-field-uid":4},"srv6_endpoint_behavior":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.SRv6SIDEndpointBehaviorAndStructure","x-field-uid":5}}},"Bgp.Attributes.SegmentRoutingPolicy.TypeJ":{"description":"Type J: IPv6 Address, Interface ID for local and remote pair for SRv6 with optional SID.\nIt is encoded as a Segment of Type 15 in the SEGMENT_LIST sub-tlv. ","type":"object","properties":{"flags":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeFlags","x-field-uid":1},"sr_algorithm":{"description":"SR Algorithm identifier when A-Flag in on. If A-flag is not enabled, it should be set to 0 on transmission and ignored on receipt.","type":"integer","format":"uint32","maximum":255,"default":0,"x-field-uid":2},"local_interface_id":{"description":"The local Interface Index as defined in [RFC8664].","type":"integer","format":"uint32","default":0,"x-field-uid":3},"local_ipv6_node_address":{"description":"The IPv6 address representing the local node.","type":"string","format":"ipv6","default":"0::0","x-field-uid":4},"remote_interface_id":{"description":"The remote Interface Index as defined in [RFC8664]. The value MAY be set to zero when the local node address and interface identifiers are sufficient to describe the link.","type":"integer","format":"uint32","default":0,"x-field-uid":5},"remote_ipv6_node_address":{"description":"IPv6 address representing the remote node. The value MAY be set to zero when the local node address and interface identifiers are sufficient to describe the link.","type":"string","format":"ipv6","default":"0::0","x-field-uid":6},"srv6_sid":{"$ref":"#/components/schemas/Bgp.Attributes.Sid.Srv6","x-field-uid":7},"srv6_endpoint_behavior":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.SRv6SIDEndpointBehaviorAndStructure","x-field-uid":8}}},"Bgp.Attributes.SegmentRoutingPolicy.TypeK":{"description":"Type K: IPv6 Local and Remote addresses for SRv6 with optional SID.\nIt is encoded as a Segment of Type 16 in the SEGMENT_LIST sub-tlv. ","type":"object","properties":{"flags":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.TypeFlags","x-field-uid":1},"sr_algorithm":{"description":"SR Algorithm identifier when A-Flag in on. If A-flag is not enabled, it should be set to 0 on transmission and ignored on receipt.","type":"integer","format":"uint32","maximum":255,"default":0,"x-field-uid":2},"local_ipv6_address":{"description":"Local IPv6 Address.","type":"string","format":"ipv6","default":"0::0","x-field-uid":3},"remote_ipv6_address":{"description":"Remote IPv6 Address.","type":"string","format":"ipv6","default":"0::0","x-field-uid":4},"srv6_sid":{"$ref":"#/components/schemas/Bgp.Attributes.Sid.Srv6","x-field-uid":5},"srv6_endpoint_behavior":{"$ref":"#/components/schemas/Bgp.Attributes.SegmentRoutingPolicy.SRv6SIDEndpointBehaviorAndStructure","x-field-uid":6}}},"Bgp.Attributes.SegmentRoutingPolicy.TypeFlags":{"description":"Flags for each Segment in SEGMENT_LIST sub-tlv.\n- V-flag. Indicates verification is enabled. See section 5, of https://datatracker.ietf.org/doc/html/rfc9256\n- A-flag. Indicates presence of SR Algorithm field applicable to Segment Types C, D , I , J and K .\n- B-Flag. Indicates presence of SRv6 Endpoint Behavior and SID Structure encoding applicable to Segment Types B , I , J and K .\n- S-Flag: This flag, when set, indicates the presence of the SR-MPLS or SRv6 SID depending on the segment type. (draft-ietf-idr-bgp-sr-segtypes-ext-03 Section 2.10).\n          This flag is applicable for Segment Types C, D, E, F, G, H, I, J, and K.","type":"object","properties":{"v_flag":{"description":"Indicates verification of segment data in is enabled.            ","type":"boolean","default":false,"x-field-uid":1},"a_flag":{"description":"Indicates presence of SR Algorithm field applicable to Segment Types 3, 4, and 9.           ","type":"boolean","default":false,"x-field-uid":2},"s_flag":{"description":"This flag, when set, indicates the presence of the SR-MPLS or SRv6 SID depending on the segment type.","type":"boolean","default":false,"x-field-uid":3},"b_flag":{"description":"Indicates presence of SRv6 Endpoint Behavior and SID Structure encoding specified in Section 2.4.4.2.4\nof draft-ietf-idr-sr-policy-safi-02.         ","type":"boolean","default":false,"x-field-uid":4}}},"Bgp.Attributes.SegmentRoutingPolicy.SRv6SIDEndpointBehaviorAndStructure":{"description":"Configuration for optional SRv6 Endpoint Behavior and SID Structure. Summation of lengths for Locator Block, Locator Node,  Function, and Argument MUST be less than or equal to 128. - This is specified in draft-ietf-idr-sr-policy-safi-02 Section 2.4.4.2.4","type":"object","properties":{"endpoint_behaviour":{"description":"This is a 2-octet field that is used to specify the SRv6 Endpoint Behavior code point for the SRv6 SID as defined \nin section 9.2 of [RFC8986]. When set with the value 0xFFFF (i.e., Opaque), the choice of SRv6 Endpoint Behavior is \nleft to the headend. Well known 16-bit values for this field are available at \nhttps://www.iana.org/assignments/segment-routing/segment-routing.xhtml .","type":"string","format":"hex","default":"ffff","maxLength":4,"x-field-uid":1},"lb_length":{"description":"SRv6 SID Locator Block length in bits.","type":"integer","format":"uint32","maximum":128,"default":0,"x-field-uid":2},"ln_length":{"description":"SRv6 SID Locator Node length in bits.","type":"integer","format":"uint32","maximum":128,"default":0,"x-field-uid":3},"func_length":{"description":"SRv6 SID Function length in bits.","type":"integer","format":"uint32","maximum":128,"default":0,"x-field-uid":4},"arg_length":{"description":"SRv6 SID Arguments length in bits.","type":"integer","format":"uint32","maximum":128,"default":0,"x-field-uid":5}}},"Bgp.NLRIPrefixSegmentRoutingDistinguisher":{"description":"Optional field in the NLRI carrying the distinguisher for Segment Routing Policy NLRI with SAFI 73.","type":"object","properties":{"value":{"description":"The value of the optional Segment Routing distinguisher of the prefix. ","type":"integer","format":"uint32","default":1,"x-field-uid":1}}},"Bgp.V6Peer":{"description":"Configuration for BGPv6 peer settings and routes.","type":"object","required":["peer_address","as_type","as_number","name"],"properties":{"peer_address":{"description":"IPv6 address of the BGP peer for the session","type":"string","format":"ipv6","x-field-uid":1},"segment_routing":{"$ref":"#/components/schemas/Bgp.V6SegmentRouting","x-field-uid":2},"evpn_ethernet_segments":{"description":"This contains the list of Ethernet Virtual Private Network (EVPN) Ethernet Segments (ES) Per BGP Peer for IPv6 Address Family Identifier (AFI).\n\nEach Ethernet Segment contains a list of EVPN Instances (EVIs) . \nEach EVI contains a list of Broadcast Domains. \nEach Broadcast Domain contains a list of MAC/IP Ranges. \n\n<Ethernet Segment, EVI, Broadcast Domain> is responsible for advertising Ethernet Auto-discovery Route Per EVI (Type 1).\n\n<Ethernet Segment, EVI> is responsible for advertising Ethernet Auto-discovery Route Per Ethernet Segment (Type 1).\n\n<Ethernet Segment, EVI, Broadcast Domain, MAC/IP> is responsible for advertising MAC/IP Advertisement Route (Type 2).\n\n<Ethernet Segment, EVI, Broadcast Domain> is responsible for advertising Inclusive Multicast Ethernet Tag Route (Type 3).\n\nEthernet Segment is responsible for advertising Ethernet Segment Route (Type 4).","type":"array","items":{"$ref":"#/components/schemas/BgpV6.EthernetSegment"},"x-field-uid":3},"as_type":{"x-field-uid":4,"description":"The type of BGP autonomous system. External BGP is used for BGP links between two or more autonomous systems (ebgp). Internal BGP is used within a single autonomous system (ibgp). BGP property defaults are aligned with this object defined as an internal BGP peer. If the as_type is specified as 'ebgp' then other properties will need to be specified as per an external BGP peer. Specifically, for 'ebgp',  'as_set_mode' attribute in 'as_path' field  in any Route Range should be changed from default value 'do_not_include_local_as' to any other value.","type":"string","x-enum":{"ibgp":{"x-field-uid":1},"ebgp":{"x-field-uid":2}},"enum":["ibgp","ebgp"]},"as_number":{"x-field-uid":5,"description":"Autonomous System Number (AS number or ASN)","type":"integer","format":"uint32"},"as_number_width":{"x-field-uid":6,"description":"The width in bytes of the as_number values. Any as_number values that exceeds the width MUST result in an error.","type":"string","default":"four","x-enum":{"two":{"x-field-uid":1},"four":{"x-field-uid":2}},"enum":["two","four"]},"advanced":{"x-field-uid":7,"$ref":"#/components/schemas/Bgp.Advanced"},"capability":{"x-field-uid":8,"$ref":"#/components/schemas/Bgp.Capability"},"learned_information_filter":{"x-field-uid":9,"$ref":"#/components/schemas/Bgp.LearnedInformationFilter"},"v4_routes":{"x-field-uid":10,"description":"Emulated BGPv4 route ranges.","type":"array","items":{"$ref":"#/components/schemas/Bgp.V4RouteRange"}},"v6_routes":{"x-field-uid":11,"description":"Emulated BGPv6 route ranges.","type":"array","items":{"$ref":"#/components/schemas/Bgp.V6RouteRange"}},"v4_srte_policies":{"x-field-uid":12,"description":"Segment Routing Traffic Engineering (SR TE) Policies for IPv4 Address Family Identifier (AFI).","type":"array","items":{"$ref":"#/components/schemas/BgpSrte.V4Policy"}},"v6_srte_policies":{"x-field-uid":13,"description":"Segment Routing Traffic Engineering (SR TE) Policies for IPv6 Address Family Identifier (AFI).","type":"array","items":{"$ref":"#/components/schemas/BgpSrte.V6Policy"}},"name":{"x-field-uid":14,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.\nGlobally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"graceful_restart":{"x-field-uid":15,"$ref":"#/components/schemas/Bgp.GracefulRestart"},"replay_updates":{"description":"BGP Updates to be sent to the peer as specified after the session is established. ","$ref":"#/components/schemas/Bgp.UpdateReplay","x-field-uid":16}}},"Bgp.V6Interface":{"description":"Configuration for emulated BGPv6 peers and routes on a single IPv6 interface.","type":"object","required":["ipv6_name"],"properties":{"ipv6_name":{"description":"The unique name of IPv6 Loopback IPv6 interface or DHCPv4 client used as the source IP for this list of BGP peers.\n\nx-constraint:\n- /components/schemas/Device.Ipv6/properties/name\n- /components/schemas/Device.Ipv6Loopback/properties/name\n- /components/schemas/Device.Dhcpv6client/properties/name\n","type":"string","x-constraint":["/components/schemas/Device.Ipv6/properties/name","/components/schemas/Device.Ipv6Loopback/properties/name","/components/schemas/Device.Dhcpv6client/properties/name"],"x-field-uid":1},"peers":{"description":"This contains the list of BGPv6 peers configured on this interface.","type":"array","items":{"$ref":"#/components/schemas/Bgp.V6Peer"},"x-field-uid":2}}},"Bgp.V6SegmentRouting":{"description":"Configuration for BGPv6 segment routing settings.","type":"object","properties":{"ingress_supports_vpn":{"description":"TBD","type":"boolean","default":false,"x-field-uid":1},"reduced_encapsulation":{"description":"TBD","type":"boolean","default":false,"x-field-uid":2},"copy_time_to_live":{"description":"TBD","type":"boolean","default":false,"x-field-uid":3},"time_to_live":{"description":"TBD","type":"integer","format":"uint32","default":0,"x-field-uid":4},"max_sids_per_srh":{"description":"TBD","type":"integer","format":"uint32","default":0,"maximum":255,"x-field-uid":5},"auto_generate_segment_left_value":{"description":"TBD","type":"boolean","default":false,"x-field-uid":6},"segment_left_value":{"description":"TBD","type":"integer","format":"uint32","default":0,"x-field-uid":7},"advertise_sr_te_policy":{"description":"TBD","type":"boolean","default":false,"x-field-uid":8}}},"BgpV6.EthernetSegment":{"description":"Configuration for BGP Ethernet Segment ranges. Advertises following routes -\n\nType 4 - Ethernet Segment Route","type":"object","properties":{"df_election":{"description":"Designated Forwarder (DF) election configuration.","$ref":"#/components/schemas/Bgp.EthernetSegment.DfElection","x-field-uid":1},"evis":{"description":"This contains the list of EVIs.","type":"array","items":{"$ref":"#/components/schemas/BgpV6.EvpnEvis"},"x-field-uid":2},"esi":{"x-field-uid":3,"description":"10-octet Ethernet Segment Identifier (ESI) Example - For multi-home scenario nonZero ESI is '10000000000000000000' .","type":"string","format":"hex","default":"00000000000000000000"},"active_mode":{"x-field-uid":4,"description":"Single Active or All Active mode Redundancy mode selection for Multi-home.","type":"string","default":"all_active","x-enum":{"single_active":{"x-field-uid":1},"all_active":{"x-field-uid":2}},"enum":["single_active","all_active"]},"esi_label":{"x-field-uid":5,"description":"The label value to be advertised as ESI Label in ESI Label Extended Community. This is included in Ethernet Auto-discovery per ES Routes advertised by a router. ","type":"integer","format":"uint32","maximum":16777215,"default":0},"advanced":{"x-field-uid":6,"$ref":"#/components/schemas/Bgp.RouteAdvanced"},"communities":{"x-field-uid":7,"description":"Optional community settings.","type":"array","items":{"$ref":"#/components/schemas/Bgp.Community"}},"ext_communities":{"x-field-uid":8,"description":"Optional Extended Community settings. The Extended Communities Attribute is a transitive optional BGP attribute, with the Type Code 16. Community and Extended Communities  attributes are utilized to trigger routing decisions, such as acceptance, rejection,  preference, or redistribution. An extended community is an 8-Bytes value. It is divided into two main parts. The first 2 Bytes of the community encode a type and sub-type fields and the last 6 Bytes carry a unique set of data in a format defined by the type and sub-type field. Extended communities provide a larger  range for grouping or categorizing communities. When type is administrator_as_2octet or administrator_as_4octet, the valid sub types are route target and origin. The valid value for  administrator_as_2octet and administrator_as_4octet type is either two byte AS followed by four byte local administrator id or four byte AS followed by two  byte local administrator id.  When type is administrator_ipv4_address the valid sub types are route target and origin. The valid value for  administrator_ipv4_address is a four byte IPv4 address followed by a two byte local administrator id.  When type is opaque, valid sub types are color and encapsulation. When sub type is color, first two bytes of the value field contain flags and last four bytes  contains the value of the color. When sub type is encapsulation the first four bytes of value field are reserved and last two bytes carries the tunnel type from  IANA's \"ETHER TYPES\" registry e.g IPv4 (protocol type = 0x0800), IPv6 (protocol type = 0x86dd), and MPLS (protocol type = 0x8847). When type is administrator_as_2octet_link_bandwidth the valid sub type is extended_bandwidth. The first two bytes of the value field contains the AS number and the last four bytes contains the bandwidth in IEEE floating point format.  When type is evpn the valid subtype is mac_address. In the value field the low-order bit of the first byte(Flags) is defined as the \"Sticky/static\" flag and may be set to 1, indicating the MAC address is static and cannot move. The second byte is reserved and the  last four bytes contain the sequence number which is used to ensure that PEs retain the correct MAC/IP Advertisement route when multiple updates  occur for the same MAC address.","type":"array","items":{"$ref":"#/components/schemas/Bgp.ExtCommunity"}},"as_path":{"x-field-uid":9,"description":"Optional AS PATH settings.","$ref":"#/components/schemas/Bgp.AsPath"}}},"BgpV6.EvpnEvis":{"description":"This contains a list of different flavors of EVPN. \nFor example EVPN over VXLAN or EVPN over MPLS etc to be configured per Ethernet segment. \nNeed to instantiate correct type of EVPN instance as per requirement.","type":"object","properties":{"choice":{"type":"string","default":"evi_vxlan","x-field-uid":1,"x-enum":{"evi_vxlan":{"x-field-uid":1}},"enum":["evi_vxlan"]},"evi_vxlan":{"description":"EVPN VXLAN instance to be configured per Ethernet Segment.                    ","$ref":"#/components/schemas/BgpV6.EviVxlan","x-field-uid":2}}},"BgpV6.EviVxlan":{"description":"Configuration for BGP EVPN EVI. Advertises following routes -\n\nType 3 - Inclusive Multicast Ethernet Tag Route\n\nType 1 -  Ethernet Auto-discovery Route (Per EVI)\n\nType 1 -  Ethernet Auto-discovery Route (Per ES)","type":"object","properties":{"broadcast_domains":{"description":"This contains the list of Broadcast Domains to be configured per EVI.","type":"array","items":{"$ref":"#/components/schemas/BgpV6.EviVxlan.BroadcastDomain"},"x-field-uid":1},"replication_type":{"x-field-uid":2,"description":"This model only supports Ingress Replication","type":"string","default":"ingress_replication","x-enum":{"ingress_replication":{"x-field-uid":1}},"enum":["ingress_replication"]},"pmsi_label":{"x-field-uid":3,"description":"Downstream assigned VNI to be carried as Part of P-Multicast Service Interface Tunnel attribute (PMSI Tunnel Attribute) in Type 3 Inclusive Multicast Ethernet Tag Route.","type":"integer","format":"uint32","maximum":16777215,"default":16},"ad_label":{"x-field-uid":4,"description":"The Auto-discovery Route label (AD label) value, which gets advertised in the Ethernet Auto-discovery Route per <EVI, ESI>","type":"integer","format":"uint32","maximum":16777215,"default":0},"route_distinguisher":{"x-field-uid":5,"description":"Colon separated Extended Community value of 6 Bytes - \"AS number: Value\" identifying an EVI.            Example - for the as_2octet \"60005:100\".","$ref":"#/components/schemas/Bgp.RouteDistinguisher"},"route_target_export":{"x-field-uid":6,"description":"List of Layer 2 Virtual Network Identifier (L2VNI) export targets associated with this EVI. ","type":"array","items":{"$ref":"#/components/schemas/Bgp.RouteTarget"}},"route_target_import":{"x-field-uid":7,"description":"List of L2VNI import targets associated with this EVI. ","type":"array","items":{"$ref":"#/components/schemas/Bgp.RouteTarget"}},"l3_route_target_export":{"x-field-uid":8,"description":"List of Layer 3 Virtual Network Identifier (L3VNI) Export Route Targets.","type":"array","items":{"$ref":"#/components/schemas/Bgp.RouteTarget"}},"l3_route_target_import":{"x-field-uid":9,"description":"List of L3VNI Import Route Targets.","type":"array","items":{"$ref":"#/components/schemas/Bgp.RouteTarget"}},"advanced":{"x-field-uid":10,"$ref":"#/components/schemas/Bgp.RouteAdvanced"},"communities":{"x-field-uid":11,"description":"Optional community settings.","type":"array","items":{"$ref":"#/components/schemas/Bgp.Community"}},"ext_communities":{"x-field-uid":12,"description":"Optional Extended Community settings. The Extended Communities Attribute is a transitive optional BGP attribute, with the Type Code 16. Community and Extended Communities  attributes are utilized to trigger routing decisions, such as acceptance, rejection,  preference, or redistribution. An extended community is an 8-Bytes value. It is divided into two main parts. The first 2 Bytes of the community encode a type and sub-type fields and the last 6 Bytes carry a unique set of data in a format defined by the type and sub-type field. Extended communities provide a larger  range for grouping or categorizing communities. When type is administrator_as_2octet or administrator_as_4octet, the valid sub types are route target and origin. The valid value for  administrator_as_2octet and administrator_as_4octet type is either two byte AS followed by four byte local administrator id or four byte AS followed by two  byte local administrator id.  When type is administrator_ipv4_address the valid sub types are route target and origin. The valid value for  administrator_ipv4_address is a four byte IPv4 address followed by a two byte local administrator id.  When type is opaque, valid sub types are color and encapsulation. When sub type is color, first two bytes of the value field contain flags and last four bytes  contains the value of the color. When sub type is encapsulation the first four bytes of value field are reserved and last two bytes carries the tunnel type from  IANA's \"ETHER TYPES\" registry e.g IPv4 (protocol type = 0x0800), IPv6 (protocol type = 0x86dd), and MPLS (protocol type = 0x8847). When type is administrator_as_2octet_link_bandwidth the valid sub type is extended_bandwidth. The first two bytes of the value field contains the AS number and the last four bytes contains the bandwidth in IEEE floating point format.  When type is evpn the valid subtype is mac_address. In the value field the low-order bit of the first byte(Flags) is defined as the \"Sticky/static\" flag and may be set to 1, indicating the MAC address is static and cannot move. The second byte is reserved and the  last four bytes contain the sequence number which is used to ensure that PEs retain the correct MAC/IP Advertisement route when multiple updates  occur for the same MAC address.","type":"array","items":{"$ref":"#/components/schemas/Bgp.ExtCommunity"}},"as_path":{"x-field-uid":13,"description":"Optional AS PATH settings.","$ref":"#/components/schemas/Bgp.AsPath"}}},"BgpV6.EviVxlan.BroadcastDomain":{"description":"Configuration for Broadcast Domains per EVI.","type":"object","properties":{"cmac_ip_range":{"description":"This contains the list of Customer MAC/IP Ranges to be configured per Broadcast Domain. \n\nAdvertises following route - \nType 2 - MAC/IP Advertisement Route.","type":"array","items":{"$ref":"#/components/schemas/Bgp.CMacIpRange"},"x-field-uid":1},"ethernet_tag_id":{"x-field-uid":2,"description":"The Ethernet Tag ID of the Broadcast Domain.","type":"integer","format":"uint32","default":0},"vlan_aware_service":{"x-field-uid":3,"description":"VLAN-Aware service to be enabled or disabled.","type":"boolean","default":false}}},"Device.Vxlan":{"properties":{"v4_tunnels":{"description":"IPv4 VXLAN Tunnels","type":"array","items":{"$ref":"#/components/schemas/Vxlan.V4Tunnel"},"x-field-uid":1},"v6_tunnels":{"description":"IPv6 VXLAN Tunnels","type":"array","items":{"$ref":"#/components/schemas/Vxlan.V6Tunnel"},"x-field-uid":2}}},"Vxlan.V4Tunnel":{"description":"Configuration and operational state parameters relating to IPv4 VXLAN tunnel end-point interface.","type":"object","required":["source_interface","vni","name"],"properties":{"source_interface":{"description":"Determines the source interface.\n\nx-constraint:\n- /components/schemas/Device.Ipv4/properties/name\n- /components/schemas/Device.Ipv4Loopback/properties/name\n","type":"string","x-constraint":["/components/schemas/Device.Ipv4/properties/name","/components/schemas/Device.Ipv4Loopback/properties/name"],"x-field-uid":1},"destination_ip_mode":{"$ref":"#/components/schemas/Vxlan.V4Tunnel.DestinationIPMode","x-field-uid":2},"vni":{"x-field-uid":3,"description":"VXLAN Network Identifier (VNI) to distinguish network instances on the wire","type":"integer","format":"uint32","minimum":1,"maximum":16777215},"name":{"x-field-uid":4,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.\nGlobally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"}}},"Vxlan.V6Tunnel":{"description":"Configuration and operational state parameters relating to IPv6 VXLAN tunnel end-point interface.","type":"object","required":["source_interface","vni","name"],"properties":{"source_interface":{"description":"Determines the source interface.\n\nx-constraint:\n- /components/schemas/Device.Ipv6/properties/name\n- /components/schemas/Device.Ipv6Loopback/properties/name\n","type":"string","x-constraint":["/components/schemas/Device.Ipv6/properties/name","/components/schemas/Device.Ipv6Loopback/properties/name"],"x-field-uid":1},"destination_ip_mode":{"$ref":"#/components/schemas/Vxlan.V6Tunnel.DestinationIPMode","x-field-uid":2},"vni":{"x-field-uid":3,"description":"VXLAN Network Identifier (VNI) to distinguish network instances on the wire","type":"integer","format":"uint32","minimum":1,"maximum":16777215},"name":{"x-field-uid":4,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.\nGlobally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"}}},"Vxlan.V4Tunnel.DestinationIPMode":{"description":"Communication mode between the VTEPs, either unicast or multicast.","type":"object","properties":{"choice":{"description":"unicast or multicast","type":"string","default":"multicast","x-field-uid":1,"x-enum":{"unicast":{"x-field-uid":1},"multicast":{"x-field-uid":2}},"enum":["unicast","multicast"]},"unicast":{"$ref":"#/components/schemas/Vxlan.V4Tunnel.DestinationIPMode.Unicast","x-field-uid":2},"multicast":{"$ref":"#/components/schemas/Vxlan.V4Tunnel.DestinationIPMode.Multicast","x-field-uid":3}}},"Vxlan.V6Tunnel.DestinationIPMode":{"description":"Communication mode between the VTEPs, either unicast or multicast.","type":"object","properties":{"choice":{"description":"unicast or multicast","type":"string","default":"multicast","x-field-uid":1,"x-enum":{"unicast":{"x-field-uid":1},"multicast":{"x-field-uid":2}},"enum":["unicast","multicast"]},"unicast":{"$ref":"#/components/schemas/Vxlan.V6Tunnel.DestinationIPMode.Unicast","x-field-uid":2},"multicast":{"$ref":"#/components/schemas/Vxlan.V6Tunnel.DestinationIPMode.Multicast","x-field-uid":3}}},"Vxlan.V4Tunnel.DestinationIPMode.Unicast":{"properties":{"vteps":{"description":"List of VTEPs for member VNI(VXLAN Network Identifier)","type":"array","items":{"$ref":"#/components/schemas/Vxlan.V4Tunnel.DestinationIPMode.Unicast.Vtep"},"x-field-uid":1}}},"Vxlan.V6Tunnel.DestinationIPMode.Unicast":{"properties":{"vteps":{"description":"List of VTEPs for member VNI(VXLAN Network Identifier)","type":"array","items":{"$ref":"#/components/schemas/Vxlan.V6Tunnel.DestinationIPMode.Unicast.Vtep"},"x-field-uid":1}}},"Vxlan.Tunnel.DestinationIPMode.Unicast.ArpSuppressionCache":{"description":"Each VTEP maintains an ARP suppression cache table for known IP hosts and their associated MAC addresses in the VNI segment.  When an end host in the VNI sends an ARP request for another end-host IP address,  its local VTEP intercepts the ARP request and checks for the ARP-resolved IP address in its ARP suppression cache table.  If it finds a match, the local VTEP sends an ARP response on behalf of the remote end host.","type":"object","properties":{"remote_vm_mac":{"description":"Remote VM MAC address bound to Remote VM IPv4 address","type":"string","format":"mac","x-field-uid":1},"remote_vm_ipv4":{"description":"Remote VM IPv4 address","type":"string","format":"ipv4","x-field-uid":2}}},"Vxlan.V4Tunnel.DestinationIPMode.Unicast.Vtep":{"description":"VTEP (VXLAN Tunnel End Point (VTEP)) parameters","type":"object","properties":{"remote_vtep_address":{"description":"Remote VXLAN Tunnel End Point address","type":"string","format":"ipv4","x-field-uid":1},"arp_suppression_cache":{"x-field-uid":2,"description":"Each VTEP maintains an ARP suppression cache table for known IP hosts and their associated MAC addresses in the VNI segment.  When an end host in the VNI sends an ARP request for another end-host IP address,  its local VTEP intercepts the ARP request and checks for the ARP-resolved IP address in its ARP suppression cache table.  If it finds a match, the local VTEP sends an ARP response on behalf of the remote end host.","type":"array","items":{"$ref":"#/components/schemas/Vxlan.Tunnel.DestinationIPMode.Unicast.ArpSuppressionCache"}}}},"Vxlan.V6Tunnel.DestinationIPMode.Unicast.Vtep":{"description":"VTEP (VXLAN Tunnel End Point (VTEP)) parameters","type":"object","properties":{"remote_vtep_address":{"description":"Remote VXLAN Tunnel End Point address","type":"string","format":"ipv6","x-field-uid":1},"arp_suppression_cache":{"x-field-uid":2,"description":"Each VTEP maintains an ARP suppression cache table for known IP hosts and their associated MAC addresses in the VNI segment.  When an end host in the VNI sends an ARP request for another end-host IP address,  its local VTEP intercepts the ARP request and checks for the ARP-resolved IP address in its ARP suppression cache table.  If it finds a match, the local VTEP sends an ARP response on behalf of the remote end host.","type":"array","items":{"$ref":"#/components/schemas/Vxlan.Tunnel.DestinationIPMode.Unicast.ArpSuppressionCache"}}}},"Vxlan.V4Tunnel.DestinationIPMode.Multicast":{"description":"Multicast Group address for member VNI(VXLAN Network Identifier)","type":"object","properties":{"address":{"description":"IPv4 Multicast address","type":"string","format":"ipv4","x-field-uid":1}}},"Vxlan.V6Tunnel.DestinationIPMode.Multicast":{"description":"Multicast Group address for member VNI(VXLAN Network Identifier)","type":"object","properties":{"address":{"description":"IPv6 Multicast address","type":"string","format":"ipv6","x-field-uid":1}}},"Device.Rsvp":{"description":"Configuration for one or more RSVP interfaces, ingress and egress LSPs. In this model, currently IPv4 RSVP and point-to-point LSPs are supported as per RFC3209 and related specifications.","type":"object","properties":{"ipv4_interfaces":{"description":"List of IPv4 RSVP connected interfaces. At least one interface should be present for device connected to the DUT. For unconnected devices, this array must be empty.","type":"array","items":{"$ref":"#/components/schemas/Rsvp.Ipv4Interface"},"x-field-uid":1},"lsp_ipv4_interfaces":{"description":"List of IPv4 Loopback or IPv4 connected interfaces acting as RSVP ingress and egress endpoints.","type":"array","items":{"$ref":"#/components/schemas/Rsvp.LspIpv4Interface"},"x-field-uid":2},"name":{"x-field-uid":3,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"}}},"Rsvp.Ipv4Interface":{"description":"Configuration for RSVP Interface.","type":"object","required":["ipv4_name","neighbor_ip"],"properties":{"ipv4_name":{"description":"The globally unique name of the IPv4 interface connected to the DUT. This name must match the \"name\" field of the \"ipv4_addresses\" on top which this RSVP interface is configured.          \n\nx-constraint:\n- /components/schemas/Device.Ipv4/properties/name\n","type":"string","x-constraint":["/components/schemas/Device.Ipv4/properties/name"],"x-field-uid":1},"neighbor_ip":{"description":"IPv4 address of the RSVP neighbor on this interface.","type":"string","format":"ipv4","x-field-uid":2},"label_space_start":{"description":"The user-defined label space start value. The LSPs for which this router acts as a egress are assigned labels from this label pool.The\"label_space_start\" and \"label_space_end\" together defines this label-pool. ","type":"integer","format":"uint32","default":1000,"maximum":1048575,"x-field-uid":3},"label_space_end":{"description":"The user-defined label space end value.The last label value that can be assigned to the LSPs for which this router acts as egress.","type":"integer","format":"uint32","default":100000,"maximum":1048575,"x-field-uid":4},"enable_refresh_reduction":{"description":"Enables sending of Refresh Reduction as described in RFC2961.","type":"boolean","default":false,"x-field-uid":5},"summary_refresh_interval":{"description":"The number of seconds between transmissions of successive Summary Refreshes. There is no specification specified maximum value. For clarity, setting the maximum to 1 hour.","type":"integer","format":"uint32","default":30,"maximum":3600,"x-field-uid":6},"send_bundle":{"description":"Enables aggregration of different RSVP messages within a single PDU.","type":"boolean","default":false,"x-field-uid":7},"bundle_threshold":{"description":"The number of milliseconds to wait after which RSVP will bundle different RSVP messages and transmit Bundle messages.","type":"integer","format":"uint32","default":50,"maximum":1000,"x-field-uid":8},"enable_hello":{"description":"Enables sending of Hello Messages as per RFC3209.            ","type":"boolean","default":false,"x-field-uid":9},"hello_interval":{"description":"If enable_hello is set to 'true', this specifies the minimum hello interval in seconds at which successive Hello Messages  are sent as per RFC3209. There is no specification specified maximum value. For clarity, setting the maximum to 1 hour.","type":"integer","format":"uint32","default":9,"maximum":3600,"x-field-uid":10},"timeout_multiplier":{"description":"The number of missed hellos after which the node should consider RSVP Neighbor to have timed out. There is no specification specified maximum value. Setting the maximum allowed value to 10.","type":"integer","format":"uint32","default":3,"maximum":10,"x-field-uid":11}}},"Rsvp.LspIpv4Interface":{"description":"Configuration for RSVP LSP IPv4 Interface.","type":"object","required":["ipv4_name"],"properties":{"ipv4_name":{"description":"The globally unique name of the IPv4 or Loopback IPv4 interface acting as the RSVP ingress and egress endpoint for  the LSPs configured on this interface. This must match the \"name\" field of either \"ipv4_addresses\" or \"ipv4_loopbacks\"  on which this LSP interface is configured.\n\nx-constraint:\n- /components/schemas/Device.Ipv4/properties/name\n- /components/schemas/Device.Ipv4Loopback/properties/name\n","type":"string","x-constraint":["/components/schemas/Device.Ipv4/properties/name","/components/schemas/Device.Ipv4Loopback/properties/name"],"x-field-uid":1},"p2p_egress_ipv4_lsps":{"description":"Contains properties of Tail(Egress) LSPs. ","$ref":"#/components/schemas/Rsvp.LspIpv4Interface.P2PEgressIpv4Lsp","x-field-uid":2},"p2p_ingress_ipv4_lsps":{"description":"Array of point-to-point RSVP-TE P2P LSPs originating from this interface.","type":"array","items":{"$ref":"#/components/schemas/Rsvp.LspIpv4Interface.P2PIngressIpv4Lsp"},"x-field-uid":3}}},"Rsvp.LspIpv4Interface.P2PEgressIpv4Lsp":{"description":"Configuration for RSVP Egress Point-to-Point(P2P) IPv4 LSPs.","type":"object","required":["name"],"properties":{"name":{"x-field-uid":1,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"refresh_interval":{"description":"The time in seconds between successive transmissions of RESV Refreshes. The actual refresh interval is jittered by upto 50%. There is no specification specified maximum value. For clarity, setting the maximum to 1 hour. ","type":"integer","format":"uint32","default":30,"maximum":3600,"x-field-uid":2},"timeout_multiplier":{"description":"The number of missed PATH refreshes after which a recieving node should consider the LSP state to have timed out. There is no specification specified maximum value. Setting the maximum allowed value to 10.","type":"integer","format":"uint32","default":3,"maximum":10,"x-field-uid":3},"reservation_style":{"description":"It determines how RSVP-TE enabled network devices set up reservations along the path between an end-to-end  QOS-enabled connection. If 'auto' is enabled, the style is chosen based on whether the incoming Path has 'SE Desired' flag set. Otherwise, the style is chosen based on the value selected for this attribute.","type":"string","x-enum":{"shared_explicit":{"x-field-uid":1},"fixed_filter":{"x-field-uid":2},"auto":{"x-field-uid":3}},"default":"shared_explicit","x-field-uid":4,"enum":["shared_explicit","fixed_filter","auto"]},"enable_fixed_label":{"description":"If enabled, a specific fixed label will be advertised by the egress or tail end for all Path messages received by this egress.  This can be leveraged to advertise Explicit or Implicit null labels.            ","type":"boolean","default":false,"x-field-uid":5},"fixed_label_value":{"description":"The fixed label value as advertised by egress in RESV message. Applicable only if 'fixed_label' is set to 'true'. Special values are '0 - IPv4 Explicit NULL', '2 - IPv6 Explicit NULL' and '3 - Implicit NULL'.   Outside of this, labels are expected to have a minimum value of 16.","type":"integer","format":"uint32","default":0,"maximum":1048575,"x-field-uid":6}}},"Rsvp.LspIpv4Interface.P2PIngressIpv4Lsp":{"description":"Configuration for an RSVP Ingress point-to-point LSP.","type":"object","required":["remote_address","name"],"properties":{"name":{"x-field-uid":1,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"remote_address":{"description":"IPv4 address of the remote endpoint of the LSP.","type":"string","format":"ipv4","x-field-uid":2},"tunnel_id":{"description":"The Tunnel ID of the RSVP LSP. Carried in the SESSION object in Path Messages.","type":"integer","format":"uint32","default":1,"minimum":1,"maximum":65535,"x-field-uid":3},"lsp_id":{"description":"The LSP ID of the RSVP LSP. Carried in the SENDER_TEMPLATE object in Path Messages.","type":"integer","format":"uint32","default":1,"minimum":1,"maximum":65535,"x-field-uid":4},"refresh_interval":{"description":"The time in seconds between successive transmissions of PATH Refreshes.  The actual refresh interval is jittered by upto 50%. There is no specification specified maximum value. For clarity, setting the maximum to 1 hour. ","type":"integer","format":"uint32","default":30,"minimum":1,"maximum":3600,"x-field-uid":5},"timeout_multiplier":{"description":"The number of missed RESV refreshes after which a recieving node should consider the LSP state to have timed out. There is no specification specified maximum value. Setting the maximum allowed value to 10.","type":"integer","format":"uint32","default":3,"minimum":1,"maximum":10,"x-field-uid":6},"backup_lsp_id":{"description":"The LSP id that will be used when creating a Make-Before-Break LSP when the active LSP is using lsp_id. If the active LSP on which Make-Before-Break is being done is using the backup_lsp_id, the new LSP created will toggle to  use the lsp_id instead.","type":"integer","format":"uint32","default":2,"minimum":1,"maximum":65535,"x-field-uid":7},"lsp_switchover_delay":{"description":"The amount of delay in milliseconds that an implementation should wait for before switching traffic to the new LSP created after  a Make-Before-Break is done on an LSP. The default value is 0 which means to switch immediately. An implementation should support a minimum delay value of at least 50ms . There is no specification specified maximum value. Setting maximum allowed value to 1 minute.  If a delay value is supplied which is lesser than the minimum delay value supported, a warning should be provided indicating that the minimum value of LSP switchover delay is automatically increased to the supported minimum value. This warning should be included in the list of warnings in the 'Response.Warning' attribute sent in the SetConfig 'Success' Response.","type":"integer","format":"uint32","default":0,"minimum":0,"maximum":60000,"x-field-uid":8},"session_attribute":{"description":"This contains the values of the fields to be included in the SESSION_ATTRIBUTE object in the Path Message sent for the LSP.            ","$ref":"#/components/schemas/Rsvp.SessionAttribute","x-field-uid":9},"tspec":{"description":"This contains the values of the fields to be included in the TSPEC object in the Path Message sent for the LSP.            ","$ref":"#/components/schemas/Rsvp.Tspec","x-field-uid":10},"fast_reroute":{"description":"This contains the values of the fields to be included in the FAST_REROUTE object in the Path Message sent for the LSP. \nThis is an optional object . If this attribute is not included , the FAST_REROUTE object will not be included.           ","$ref":"#/components/schemas/Rsvp.FastReroute","x-field-uid":11},"ero":{"description":"This contains the values of the fields to be included in the ERO object in the Path Message sent for the LSP. \nThis is an optional object . If this attribute is not included , the ERO object will not be included.           ","$ref":"#/components/schemas/Rsvp.Ero","x-field-uid":12}}},"Rsvp.SessionAttribute":{"description":"Configuration for RSVP-TE SESSION_ATTRIBUTE object included in Path Messages as defined in RFC3209. The bandwidth_protection_desired and node_protection_desired flags are defined in RFC4090 (Fast Reroute).","type":"object","properties":{"auto_generate_session_name":{"description":"If this is enabled, an auto-generated Session Name is included in the SESSION_ATTRIBUTE object in the Path Message for this LSP.","type":"boolean","default":true,"x-field-uid":1},"session_name":{"description":"If auto_generate_session_name is set to 'false', then the value of this field is used to fill the Session Name field of the SESSION_ATTRIBUTE object in the Path Message for this LSP. It is suggested to include the Local IP, Remote IP, Tunnel ID and LSP ID in the auto-generated Session Name to ensure uniqueness of the name in the test. The maximum length of session name is 254 bytes.           ","type":"string","minLength":0,"maxLength":254,"x-field-uid":2},"setup_priority":{"description":"Specifies the value of the Setup Priority field. This controls whether the LSP should pre-empt existing  LSP setup with certain Holding Priority if resource limitation is encountered when setting up the LSP. (e.g. bandwidth availability). The value 0 is the highest priority while 7 is the lowest.","type":"integer","format":"uint32","default":7,"maximum":7,"x-field-uid":3},"holding_priority":{"description":"Specifies the value of the Holding Priority field. This controls whether a new LSP being created with certain Setup Priority should pre-empt this LSP if resource limitation is encountered when setting up the LSP. (e.g. bandwidth availability). The value 0 is the highest priority while 7 is the lowest.","type":"integer","format":"uint32","default":7,"maximum":7,"x-field-uid":4},"local_protection_desired":{"description":"This flag permits transit routers to use a local repair mechanism which may result in violation of the explicit route object.  When a fault is detected on an adjacent downstream link or node, a transit router can reroute traffic for fast service restoration.","type":"boolean","default":false,"x-field-uid":5},"label_recording_desired":{"description":"This flag indicates that label information should be included when doing a route record.","type":"boolean","default":false,"x-field-uid":6},"se_style_desired":{"description":"This flag indicates that the tunnel ingress node may choose to reroute this tunnel without tearing it down. A tunnel egress node SHOULD use the Shared Explicit(SE) Style when responding with a Resv message.","type":"boolean","default":false,"x-field-uid":7},"bandwidth_protection_desired":{"description":"This flag in the SESSION_ATTRIBUTE object in the Path Message indicates to the PLRs along the protected LSP path that a  backup path with a bandwidth guarantee is desired.   This bandwidth has to be guaranteed for the protected LSP, if no FAST_REROUTE object is included in the PATH message. If a FAST_REROUTE object is present in the Path message, then the bandwidth specified therein is to be guaranteed.","type":"boolean","default":false,"x-field-uid":8},"node_protection_desired":{"description":"This flag in the SESSION_ATTRIBUTE object in the Path Message indicates to the PLRs along a protected LSP path that it is desired to have a backup path that bypasses at least the next node of the protected LSP.","type":"boolean","default":false,"x-field-uid":9},"resource_affinities":{"description":"This is an optional object. If included the extended SESSION_ATTRIBUTE object is sent in the Path message containing \nthe additional fields included in this object. This contains a set of three bitmaps using which further constraints can be\nset on the path calculated for the LSP based on the Admin Group settings in the IGP (e.g ISIS or OSPF interface).        ","$ref":"#/components/schemas/Rsvp.ResourceAffinities","x-field-uid":10}}},"Rsvp.ResourceAffinities":{"description":"This is an optional object. If included, the extended SESSION_ATTRIBUTE object is sent in the Path message containing \nthe additional fields included in this object. This contains a set of three bitmaps using which further constraints can be\nset on the path calculated for the LSP based on the Admin Group settings in the IGP (e.g ISIS or OSPF interface).","type":"object","properties":{"exclude_any":{"description":"A 32-bit vector representing a set of attribute filters associated with a tunnel any of which renders a link unacceptable.  A null set (all bits set to zero) doesn't render the link unacceptable.  The most significant byte in the hex-string is the farthest  to the left in the byte sequence.  Leading zero bytes in the configured value may be omitted for brevity.          ","type":"string","format":"hex","default":"0","minLength":0,"maxLength":8,"x-field-uid":1},"include_any":{"description":"A 32-bit vector representing a set of attribute filters associated with a tunnel any of which renders a link acceptable. A null set (all bits set to zero) automatically passes. The most significant byte in the hex-string is the farthest  to the left in the byte sequence.  Leading zero bytes in the configured value may be omitted for brevity.         ","type":"string","format":"hex","default":"0","minLength":0,"maxLength":8,"x-field-uid":2},"include_all":{"description":"A 32-bit vector representing a set of attribute filters associated with a tunnel all of which must be present for a link to be acceptable. A null set (all bits set to zero) automatically passes. The most significant byte in the hex-string is the farthest  to the left in the byte sequence.  Leading zero bytes in the configured value may be omitted for brevity.         ","type":"string","format":"hex","default":"0","minLength":0,"maxLength":8,"x-field-uid":3}}},"Rsvp.Tspec":{"description":"Configuration for RSVP-TE TSPEC object included in Path Messages. The usage of these parameters is defined in RFC2215.","type":"object","properties":{"token_bucket_rate":{"description":"The rate of the traffic to be carried in this LSP in bytes per second. This is part of the Token Bucket specification defined for a traffic flow defined in RFC2215.","type":"number","format":"float","default":0,"x-field-uid":1},"token_bucket_size":{"description":"The depth of the token bucket in bytes used to specify the Token Bucket characteristics of the traffic to be carried in the LSP. This is part of the Token Bucket specification defined for a traffic flow defined in RFC2215.","type":"number","format":"float","default":0,"x-field-uid":2},"peak_data_rate":{"description":"The peak data rate of the traffic in bytes per second used to specify the Token Bucket characteristics of the traffic  to be carried in the LSP. This is part of the Token Bucket specification defined for a traffic flow defined in RFC2215.","type":"number","format":"float","default":0,"x-field-uid":3},"minimum_policed_unit":{"description":"Specifies the minium length of packet frames that will be policed. ","type":"integer","format":"uint32","default":0,"maximum":65535,"x-field-uid":4},"maximum_policed_unit":{"description":"Specifies the maximum length of packet frames that will be policed. ","type":"integer","format":"uint32","default":0,"maximum":65535,"x-field-uid":5}}},"Rsvp.FastReroute":{"description":"Configuration for the optional RSVP-TE FAST_REROUTE object included in Path Messages as defined in RFC4090. ","type":"object","properties":{"setup_priority":{"description":"Specifies the value of the Setup Priority field. This controls whether the backup LSP should pre-empt existing LSP that is setup with certain Holding Priority. While setting up a backup LSP, preemption of existing LSP can happen  if resource limitation is encountered (e.g bandwidth availability).","type":"integer","format":"uint32","default":7,"maximum":7,"x-field-uid":1},"holding_priority":{"description":"Specifies the value of the Holding Priority field. This controls whether a new LSP being created with certain Setup Priority should pre-empt this LSP set up with this Holding Priority. While setting up a new LSP, preemption of existing LSP can happen  if resource limitation is encountered (e.g bandwidth availability).            ","type":"integer","format":"uint32","default":7,"maximum":7,"x-field-uid":2},"hop_limit":{"description":"Specifies the value of the Hop Limit field. This controls the maximum number of hops the LSP should traverse to reach the  LSP end-point.","type":"integer","format":"uint32","default":3,"maximum":255,"x-field-uid":3},"bandwidth":{"description":"Specifies the value of the Bandwidth field as a 32-bit IEEE floating point integer, in bytes per second, as desired for the LSP. ","type":"number","format":"float","default":0,"x-field-uid":4},"exclude_any":{"description":"A 32-bit vector representing a set of attribute filters associated with a tunnel any of which renders a link unacceptable. A null set (all bits set to zero) doesn't render the link unacceptable. The most significant byte in the hex-string is the farthest  to the left in the byte sequence.  Leading zero bytes in the configured value may be omitted for brevity.           ","type":"string","format":"hex","default":"0","minLength":0,"maxLength":8,"x-field-uid":5},"include_any":{"description":"A 32-bit vector representing a set of attribute filters associated with a tunnel any of which renders a link acceptable. A null set (all bits set to zero) automatically passes. The most significant byte in the hex-string is the farthest  to the left in the byte sequence.  Leading zero bytes in the configured value may be omitted for brevity.     ","type":"string","format":"hex","default":"0","minLength":0,"maxLength":8,"x-field-uid":6},"include_all":{"description":"A 32-bit vector representing a set of attribute filters associated with a tunnel all of which must be present for a link to be acceptable. A null set (all bits set to zero) automatically passes. The most significant byte in the hex-string is the farthest  to the left in the byte sequence.  Leading zero bytes in the configured value may be omitted for brevity.          ","type":"string","format":"hex","default":"0","minLength":0,"maxLength":8,"x-field-uid":7},"one_to_one_backup_desired":{"description":"Requests protection via the one-to-one backup method.           ","type":"boolean","default":false,"x-field-uid":8},"facility_backup_desired":{"description":"Requests protection via the facility backup method.           ","type":"boolean","default":false,"x-field-uid":9}}},"Rsvp.Ero":{"description":"Configuration for the optional RSVP-TE explicit route object(ERO) object included in Path Messages. ","type":"object","properties":{"prepend_neighbor_ip":{"description":"Determines whether the IP address of the RSVP neighbor should be added as an ERO sub-object. If it is to be included, it can be included as a Loose hop or as a Strict hop.","type":"string","x-enum":{"dont_prepend":{"x-field-uid":1},"prepend_loose":{"x-field-uid":2},"prepend_strict":{"x-field-uid":3}},"default":"prepend_loose","x-field-uid":1,"enum":["dont_prepend","prepend_loose","prepend_strict"]},"prefix_length":{"description":"If prepend_egress_ip is set to one of 'prepend_loose' or 'prepend_strict', then set this value as the prefix length of the ERO sub-object containing egress IP address.                        ","type":"integer","format":"uint32","default":32,"maximum":32,"x-field-uid":2},"subobjects":{"description":"Array of sub-objects to be included in the ERO. These sub-objects contain the intermediate hops to be traversed by the LSP while being forwarded towards the egress endpoint. These sub-objects are included after the optional sub-object containing IP address of egress endpoint of the LSP (when present).","type":"array","items":{"$ref":"#/components/schemas/Rsvp.Ero.Subobject"},"x-field-uid":3}}},"Rsvp.Ero.Subobject":{"description":"Configuration for the ERO sub-object.","type":"object","properties":{"type":{"description":"The type of the ERO sub-object, one of IPv4 Address or AS Number.","type":"string","x-enum":{"ipv4":{"x-field-uid":1},"as_number":{"x-field-uid":2}},"default":"ipv4","x-field-uid":1,"enum":["ipv4","as_number"]},"ipv4_address":{"description":"IPv4 address that this LSP should traverse through. This field is applicable only if the value of 'type' is set to 'ipv4'.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":2},"prefix_length":{"description":"Prefix length for the IPv4 address in the ERO sub-object. This field is applicable only if the value of 'type' is set to 'ipv4'.","type":"integer","format":"uint32","default":32,"maximum":32,"x-field-uid":3},"as_number":{"description":"Autonomous System number to be set in the ERO sub-object that this LSP should traverse through. This field is applicable only if the value of 'type' is set to 'as_number'. Note that as per RFC3209, 4-byte AS encoding is not supported.","type":"integer","format":"uint32","default":0,"maximum":65535,"x-field-uid":4},"hop_type":{"description":"The hop type of the ERO sub-object, one of Strict or Loose.","type":"string","x-enum":{"strict":{"x-field-uid":1},"loose":{"x-field-uid":2}},"default":"loose","x-field-uid":5,"enum":["strict","loose"]}}},"Device.DhcpServer":{"description":"Configuration for one or more IPv4 or IPv6 DHCP servers.","type":"object","properties":{"ipv4_interfaces":{"description":"This contains an array of references to IPv4 interfaces, each of which will contain one DHCPv4 server.  ","type":"array","items":{"$ref":"#/components/schemas/DhcpServer.V4"},"x-field-uid":2},"ipv6_interfaces":{"description":"This contains an array of references to IPv6 interfaces, each of which will contain one DHCPv6 server.","type":"array","items":{"$ref":"#/components/schemas/DhcpServer.V6"},"x-field-uid":3}}},"DhcpServer.V4":{"description":"Configuration for emulated DHCPv4 Server.","type":"object","required":["name","ipv4_name","address_pools"],"properties":{"name":{"x-field-uid":1,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"ipv4_name":{"description":"The unique name of the IPv4 on which DHCPv4 server will run.\n\nx-constraint:\n- /components/schemas/Device.Ipv4/properties/name\n","type":"string","x-constraint":["/components/schemas/Device.Ipv4/properties/name"],"x-field-uid":2},"address_pools":{"description":"List of DHCPv4 Server Lease parameters","type":"array","items":{"$ref":"#/components/schemas/DhcpServerV4.Pool"},"x-field-uid":3}}},"DhcpServerV4.Pool":{"description":"Configuration for DHCPv4 address pool for a lease.","type":"object","required":["start_address"],"properties":{"name":{"x-field-uid":1,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"lease_time":{"description":"The duration of time in seconds that is assigned to a lease.","type":"integer","format":"uint32","minimum":10,"default":86400,"x-field-uid":2},"start_address":{"description":"The IPv4 address of the first lease pool.","type":"string","format":"ipv4","x-field-uid":3},"prefix_length":{"description":"The IPv4 network prefix length to be applied to the address. ","type":"integer","format":"uint32","default":24,"maximum":32,"x-field-uid":4},"count":{"description":"The total number of addresses in the pool.","type":"integer","format":"uint32","default":1,"minimum":1,"maximum":1000000,"x-field-uid":5},"step":{"description":"The increment value for the lease address within the lease pool. The value is incremented according to the prefix_length and step.","type":"integer","format":"uint32","default":1,"minimum":1,"x-field-uid":6},"options":{"description":"Optional configuration for DHCPv4 address pool for the lease.","$ref":"#/components/schemas/DhcpServerV4.PoolOption","x-field-uid":7}}},"DhcpServerV4.PoolOption":{"description":"Optional configuration for DHCPv4 address pool for the lease.","type":"object","properties":{"router_address":{"description":"The Router address advertised by the DHCPv4 server in Offer and Ack messages.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":1},"primary_dns_server":{"description":"The primary DNS server address that is offered to DHCP clients that request this information through a TLV option.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":2},"secondary_dns_server":{"description":"The primary DNS server address that is offered to DHCP clients that request this information through a TLV option.","type":"string","format":"ipv4","default":"0.0.0.0","x-field-uid":3},"echo_relay_with_tlv_82":{"description":"If selected, the DHCP server includes in its replies the TLV information for the DHCPv4 Relay Agent Option 82 and the corresponding sub-TLVs that it receives from a DHCP relay agent, otherwise it replies without including this TLV.","type":"boolean","default":true,"x-field-uid":4}}},"DhcpServer.V6":{"description":"Configuration for emulated DHCPv6 Server.","type":"object","required":["name","ipv6_name","leases"],"properties":{"name":{"x-field-uid":1,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"ipv6_name":{"description":"The unique name of the IPv6 on which DHCPv6 server will run.\n\nx-constraint:\n- /components/schemas/Device.Ipv6/properties/name\n","type":"string","x-constraint":["/components/schemas/Device.Ipv6/properties/name"],"x-field-uid":2},"rapid_commit":{"description":"If Rapid Commit is set, server responds to client initiated Rapid Commit two-message exchanges.","type":"boolean","default":false,"x-field-uid":3},"reconfigure_via_relay_agent":{"description":"If the server does not have an address to which it can send the Reconfigure message directly to the client, the  server uses a Relay-reply message to send the Reconfigure message to a relay agent that will relay the message to the client.","type":"boolean","default":false,"x-field-uid":4},"leases":{"description":"Array of DHCP pools configured on a server.            ","type":"array","items":{"$ref":"#/components/schemas/DhcpV6Server.Lease"},"x-field-uid":5},"options":{"description":"Optional DHCPv4 Server options that are sent in Dhcp server messages.","$ref":"#/components/schemas/Dhcpv6Server.Options","x-field-uid":6}}},"Dhcpv6Server.Options":{"description":"DHCP server options, these configured options are sent in Dhcp server messages.","type":"object","properties":{"dns":{"description":"Additional DHCP server primary dns and other configuration options.            ","$ref":"#/components/schemas/DhcpV6Server.Dns","x-field-uid":1},"vendor_info":{"description":"This option is used by servers to exchange vendor-specific information with clients.","$ref":"#/components/schemas/Dhcpv6ServerOptions.VendorInfo","x-field-uid":2},"bootfile_url":{"description":"The server sends this option to inform the client about a URL to a boot file which client will use for\nnetwork boots.","$ref":"#/components/schemas/Dhcpv6ServerOptions.BootfileUrl","x-field-uid":3}}},"DhcpV6Server.Lease":{"description":"One DHCP pool configuration on a server.        ","type":"object","required":["ia_type"],"properties":{"lease_time":{"description":"The Life Time length in seconds that is assigned to a lease if the requesting DHCP client does not specify a specific expiration time.","type":"integer","format":"uint32","minimum":300,"maximum":30000000,"default":86400,"x-field-uid":1},"ia_type":{"$ref":"#/components/schemas/Dhcpv6Server.IaType","x-field-uid":5}}},"Dhcpv6Server.IaType":{"type":"object","properties":{"choice":{"description":"Identity Association: a collection of leases assigned to a client. Each IA has an associated IAID.  Each IA holds one type of lease, like an identity association for temporary addresses (IA_TA) holds  temporary addresses, and an identity association for prefix delegation (IA_PD).","type":"string","default":"iana","x-field-uid":1,"x-enum":{"iana":{"x-field-uid":1},"iata":{"x-field-uid":2},"iapd":{"x-field-uid":3},"ianapd":{"x-field-uid":4}},"enum":["iana","iata","iapd","ianapd"]},"iana":{"$ref":"#/components/schemas/Dhcpv6Server.PoolInfo","x-field-uid":2},"iata":{"$ref":"#/components/schemas/Dhcpv6Server.PoolInfo","x-field-uid":3},"iapd":{"$ref":"#/components/schemas/Dhcpv6Server.IapdPoolInfo","x-field-uid":4},"ianapd":{"$ref":"#/components/schemas/Dhcpv6Server.IanapdPoolInfo","x-field-uid":5}}},"Dhcpv6Server.PoolInfo":{"description":"The container for pool configurations for IA types iana and iata.","type":"object","properties":{"start_address":{"description":"The first IP address of the lease pool.","type":"string","format":"ipv6","x-field-uid":1},"prefix_len":{"description":"The prefix_len ( in conjunction with the step) can be used to increment the IPv6 lease addresses  to be assigned to the requested clients when multiple addresses are configured by using the size field  in the pool. The address is incremented using the prefix_len and step.","type":"integer","format":"uint32","default":64,"maximum":128,"x-field-uid":2},"size":{"description":"The total number of addresses in the pool.","type":"integer","format":"uint32","default":1,"minimum":1,"maximum":1000000,"x-field-uid":3},"step":{"description":"The increment value for the lease address within the lease pool where multiple addresses are present.  The value of the advertised IPv6 prefixes are incremented according to the prefix_len and step.","type":"integer","format":"uint32","default":1,"minimum":1,"x-field-uid":4}}},"Dhcpv6Server.IapdPoolInfo":{"description":"The container for prefix pool configurations for IA type iapd.","type":"object","properties":{"start_prefix_address":{"description":"The first IP address of the prefix pool.","type":"string","format":"ipv6","x-field-uid":1},"configured_prefix_len":{"description":"The configured_prefix_len ( in conjunction with the prefix_step) can be used to increment the IPv6 lease addresses  to be assigned to the requested clients when multiple addresses are configured by using the size field in the pool.  e.g. This can be used to assign multiple IPv6 host addresses within the same IPv6 subnet ( defined by advertised_prefix_len )  to multiple requesting clients.","type":"integer","format":"uint32","default":128,"maximum":128,"x-field-uid":2},"prefix_size":{"description":"The total number of addresses in the pool.","type":"integer","format":"uint32","default":10,"minimum":1,"maximum":1000000,"x-field-uid":3},"prefix_step":{"description":"The increment value for the lease address within the lease pool where multiple addresses are present.  The value of the advertised IPv6 prefixes are incremented according to the configured_prefix_len and prefix_step.","type":"integer","format":"uint32","default":1,"minimum":1,"x-field-uid":4},"advertised_prefix_len":{"description":"The prefix length of the IPv6 prefix that the Dhcpv6 server offers to the Dhcpv6 client. ","type":"integer","format":"uint32","default":64,"maximum":128,"x-field-uid":5}}},"Dhcpv6Server.IanapdPoolInfo":{"description":"The container for pool configurations for IA type ianapd.","type":"object","properties":{"iana":{"description":"The pool configurations for IA types iana in ianapd.","$ref":"#/components/schemas/Dhcpv6Server.PoolInfo","x-field-uid":1},"iapd":{"description":"The pool configurations for IA types iapd in ianapd.","$ref":"#/components/schemas/Dhcpv6Server.IapdPoolInfo","x-field-uid":2}}},"DhcpV6Server.Dns":{"description":"Optional Dns configuration for DHCPv6 server.","type":"object","required":["primary"],"properties":{"primary":{"description":"The primary DNS server address that is offered to DHCP clients that request this information through a TLV option.","type":"string","format":"ipv6","x-field-uid":1},"secondary_dns":{"description":"DHCP server secondary dns configuration options. If included secondary DNS server address will be offered to \nDHCP clients that request this information through a TLV option.","type":"array","items":{"$ref":"#/components/schemas/DhcpV6Server.SecondaryDns"},"x-field-uid":2}}},"DhcpV6Server.SecondaryDns":{"description":"Advanced Dns configuration for DHCPv6 server.","type":"object","properties":{"ip":{"description":"The secondary DNS server address that is offered to DHCP clients that request this information through a TLV option.","type":"string","format":"ipv6","x-field-uid":1}}},"Device.Ospfv2Router":{"description":"Under Review: OSPFv2 is currently under review for pending exploration on use cases.\n\nA container of properties for an OSPFv2 router and its interfaces & Route Ranges.","x-status":{"status":"under_review","information":"OSPFv2 is currently under review for pending exploration on use cases."},"type":"object","required":["interfaces","name"],"properties":{"name":{"x-field-uid":1,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"router_id":{"description":"OSPFv2 Router Id.","$ref":"#/components/schemas/Ospfv2.RouterId","x-field-uid":2},"lsa_retransmit_time":{"description":"The time in seconds for LSA retransmission.","type":"integer","format":"uint32","default":5,"minimum":1,"x-field-uid":3},"lsa_refresh_time":{"description":"The time in seconds required for LSA refresh.","type":"integer","format":"uint32","default":1800,"minimum":5,"x-field-uid":4},"inter_burst_lsu_interval":{"description":"The gap in miliseconds between each Flood Link State Update Burst ","type":"integer","format":"uint32","default":33,"x-field-uid":5},"max_flood_lsu_per_burst":{"description":"The maximum number of Flood LSUpdates for each burst ","type":"integer","format":"uint32","default":1,"minimum":1,"x-field-uid":6},"graceful_restart":{"$ref":"#/components/schemas/Ospfv2.GracefulRestart","x-field-uid":7},"store_lsa":{"description":"Configuration for controlling storage of OSPFv2 learned LSAs received from the neighbors.","type":"boolean","default":false,"x-field-uid":8},"capabilities":{"description":"A router indicates the optional capabilities that it supports in its OSPF Hello packets, Database Description packets and in its LSAs.","$ref":"#/components/schemas/Ospfv2.Options","x-field-uid":9},"interfaces":{"description":"List of OSPFv2 interfaces for this router.","type":"array","items":{"$ref":"#/components/schemas/Ospfv2.Interface"},"x-field-uid":10},"v4_routes":{"description":"Emulated OSPFv4 IPv4 routes.","type":"array","items":{"$ref":"#/components/schemas/Ospfv2.V4RouteRange"},"x-field-uid":11}}},"Ospfv2.RouterId":{"description":"Container for OSPFv2 Router ID configuration.","type":"object","properties":{"choice":{"description":"IP address of Router ID for this emulated OSPFv2 router.\n- interface_ip: When IPv4 interface address to be assigned as Router ID.\n- custom: When, Router ID needs to be configured different from Interface IPv4 address.","type":"string","default":"interface_ip","x-field-uid":1,"x-enum":{"interface_ip":{"x-field-uid":1},"custom":{"x-field-uid":2}},"enum":["interface_ip","custom"]},"custom":{"description":"Router ID in IPv4 address format.","type":"string","format":"ipv4","x-field-uid":3}}},"Ospfv2.Options":{"description":"The OSPFv2 Options field is present Database Description packets and all LSAs.  \nThis enables OSPF routers to support (or not support) optional capabilities, \nand to communicate their capability level to other OSPF routers.\nWhen capabilities are exchanged in Database Description packets a\nrouter can choose not to forward certain LSAs to a neighbor because\nof its reduced functionality.\nReference: A.2 The Options field: https://www.rfc-editor.org/rfc/rfc2328#page-46.","type":"object","properties":{"t_bit":{"description":"Type of Service: 0th-bit: describes OSPFv2's TOS capability.","type":"boolean","default":false,"x-field-uid":1},"e_bit":{"description":"External Capability: 1st-bit: describes the way AS-external-LSAs are flooded.","type":"boolean","default":false,"x-field-uid":2},"mc_bit":{"description":"Multicast Capability: 2nd-bit: describes whether IP multicast datagrams are forwarded according to  the specifications in [Ref18], rfc2328.","type":"boolean","default":false,"x-field-uid":3},"np_bit":{"description":"NSSA Capability: 3rd-bit: describes the handling of Type-7 LSAs, as specified in [Ref19], rfc2328.","type":"boolean","default":false,"x-field-uid":4},"ea_bit":{"description":"External Attribute: 4th-bit: describes the router's willingness to receive and forward External-Attributes-LSAs,  as specified in [Ref20], rfc2328.","type":"boolean","default":false,"x-field-uid":5},"dc_bit":{"description":"Demand Circuit: 5th-bit: describes the router's handling of demand circuits, as specified in [Ref21], rfc2328.","type":"boolean","default":false,"x-field-uid":6},"o_bit":{"description":"Opaque LSA's Forwarded: 6th-bit: describes the router's willingness to receive and forward Opaque-LSAs, rfc2370.","type":"boolean","default":false,"x-field-uid":7},"unused_bit":{"description":"Opaque LSA's Forwarded: 7th-bit: unused bit.","type":"boolean","default":false,"x-field-uid":8},"lsa_b_bit":{"description":"Set to indicate that the router acts as an Area Border Router.","type":"boolean","default":false,"x-field-uid":9},"lsa_e_bit":{"description":"Set to indicate that the router acts as an AS Boundary Router.","type":"boolean","default":false,"x-field-uid":10}}},"Ospfv2.GracefulRestart":{"description":"Container of properties of OSPFv2 Graceful Retstart.","type":"object","properties":{"helper_mode":{"description":"Support of Graceful Restart in Helper Mode.","type":"boolean","default":false,"x-field-uid":1}}},"Ospfv2.Interface":{"description":"Configuration for single OSPFv2 interface.","type":"object","required":["name","ipv4_name"],"properties":{"name":{"x-field-uid":1,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"ipv4_name":{"description":"The globally unique name of the IPv4 interface connected to the DUT.            \n\nx-constraint:\n- /components/schemas/Device.Ipv4/properties/name\n","type":"string","x-constraint":["/components/schemas/Device.Ipv4/properties/name"],"x-field-uid":2},"area":{"description":"The Area ID of the area to which the attached network belongs.\nAll routing protocol packets originating from the interface are\nlabelled with this Area ID.           ","$ref":"#/components/schemas/Ospfv2Interface.Area","x-field-uid":3},"network_type":{"description":"The OSPF network link type.","$ref":"#/components/schemas/Ospfv2Interface.NetworkType","x-field-uid":4},"traffic_engineering":{"description":"Contains a list of Traffic Engineering attributes.","type":"array","items":{"$ref":"#/components/schemas/LinkState.TE"},"x-field-uid":5},"authentication":{"description":"OSPFv2 authentication properties.\nIf the authentication is not configured, none OSPF packet exchange is authenticated.","$ref":"#/components/schemas/Ospfv2Interface.Authentication","x-field-uid":6},"advanced":{"description":"Optional container for advanced interface properties.","$ref":"#/components/schemas/Ospfv2Interface.Advanced","x-field-uid":7},"link_protection":{"description":"Link protection on the OSPFv2 link between two interfaces.","$ref":"#/components/schemas/Ospfv2Interface.LinkProtection","x-field-uid":8},"srlg_values":{"description":"A Shared Risk Link Group (SRLG) is represented by a 32-bit number unique within an IGP (OSPFv2 and IS-IS) domain.\nAn SRLG is a set of links sharing a common resource, which affects all links in the set if the common resource fails.\nLinks share the same risk of failure and are therefore considered to belong to the same SRLG.","type":"array","items":{"type":"integer","format":"uint32","maximum":16777215,"default":0},"x-field-uid":9}}},"Ospfv2Interface.Area":{"description":"Container for OSPF Area ID identifies the routing area to which the host belongs..      ","type":"object","properties":{"choice":{"description":"The OSPF Area ID identifies the routing area to which the host belongs. Area ID type can be following format.\n- id: A 32-bit number identifying the area.\n- ip:     The Area ID in IPv4 address format.","type":"string","default":"id","x-field-uid":1,"x-enum":{"id":{"x-field-uid":1},"ip":{"x-field-uid":2}},"enum":["id","ip"]},"id":{"description":"The Area ID.","type":"integer","format":"uint32","default":0,"x-field-uid":2},"ip":{"description":"The Area ID in IPv4 address format.","type":"string","format":"ipv4","x-field-uid":3}}},"Ospfv2Interface.NetworkType":{"description":"The OSPF network link type options.\n  - Point to Point: \n  - Broadcast: \n  - Point to Multipoint: In this case, at least a neigbor to be configured. ","type":"object","properties":{"choice":{"type":"string","default":"broadcast","x-field-uid":1,"x-enum":{"broadcast":{"x-field-uid":1},"point_to_point":{"x-field-uid":2},"point_to_multipoint":{"x-field-uid":3}},"enum":["broadcast","point_to_point","point_to_multipoint"]},"point_to_multipoint":{"description":"List of Neigbhors.","type":"array","items":{"$ref":"#/components/schemas/Ospfv2Interface.Neighbor"},"x-field-uid":2}}},"Ospfv2Interface.Neighbor":{"description":"Configuration of a neighbor.","type":"object","properties":{"neighbor_ip":{"type":"string","format":"ipv4","x-field-uid":1}}},"Ospfv2Interface.Advanced":{"description":"Contains OSPFv2 advanced properties.","type":"object","properties":{"hello_interval":{"description":"The time interval, in seconds, between the Hello packets that\nthe router sends on the interface. Advertised in Hello packets\nsent out this interface.","type":"integer","format":"uint32","default":10,"x-field-uid":1},"dead_interval":{"description":"The time interval in seconds before the router's neighbors will declare\nit down, when they stop hearing the router's Hello Packets.\nAdvertised in Hello packets sent out this interface.","type":"integer","format":"uint32","default":40,"x-field-uid":2},"routing_metric":{"description":"Routing metric associated with the interface..","type":"integer","format":"uint32","default":0,"x-field-uid":3},"priority":{"description":"The Priority for (Backup) Designated Router election.          \t\nThis value is used in Hello packets for the Designated Router (DR) election process.\nThe default is 0, which indicates that the router will not participate in the DR election process.","type":"integer","format":"uint32","default":0,"x-field-uid":4},"validate_received_mtu":{"description":"If this is set to true, then the MTU received from the neighbor during Database (DB) Exchange \nwill be validated, otherwise it will be ignored.\n","type":"boolean","default":true,"x-field-uid":5}}},"Ospfv2Interface.Options":{"description":"The OSPF Options field is present in OSPF Hello packets, Database Description packets and all LSAs.\nThe Options field enables OSPF routers to support (or not support) optional capabilities, and to\ncommunicate their capability level to other OSPF routers https://datatracker.ietf.org/doc/html/rfc2328#page-46.\nWhen used in Hello packets, the Options field allows a router to reject a neighbor because of a capability mismatch.","type":"object","properties":{"t_bit":{"description":"Type of Service: 0th-bit: describes OSPFv2's TOS capability.","type":"boolean","default":false,"x-field-uid":1},"e_bit":{"description":"External Capability: This bit describes the way AS-external-LSAs are flooded.","type":"boolean","default":false,"x-field-uid":2},"mc_bit":{"description":"Multicast Capability: This bit describes whether IP multicast datagrams are forwarded according to  the specifications in [Ref18], rfc2328.","type":"boolean","default":false,"x-field-uid":3},"np_bit":{"description":"NSSA Capability: This bit describes the handling of Type-7 LSAs, as specified in [Ref19], rfc2328.","type":"boolean","default":false,"x-field-uid":4},"ea_bit":{"description":"External Attribute: This bit describes the router's willingness to receive and forward External-Attributes-LSAs,  as specified in [Ref20], rfc2328.","type":"boolean","default":false,"x-field-uid":5},"dc_bit":{"description":"Demand Circuit: This bit describes the router's handling of demand circuits, as specified in [Ref21], rfc2328.","type":"boolean","default":false,"x-field-uid":6},"o_bit":{"description":"Opaque LSA's Forwarded: This bit describes the router's willingness to receive and forward Opaque-LSAs, rfc2370.","type":"boolean","default":false,"x-field-uid":7},"unused_bit":{"description":"Opaque LSA's Forwarded: 7th-bit: unused bit.","type":"boolean","default":false,"x-field-uid":8}}},"Ospfv2Interface.Authentication":{"description":"This contains OSPFv2 authentication properties.\nReference: https://www.rfc-editor.org/rfc/rfc2328#appendix-D","type":"object","properties":{"choice":{"description":"The authentication method.\n- md5 - Cryptographic authentication.\n- clear_text - Simple password authentication. A 64-bit field is configured on a per-network basis. \n  All packets sent on a particular network must have this configured value (in clear text) \n  in their OSPF header 64-bit authentication field.","type":"string","default":"clear_text","x-field-uid":1,"x-enum":{"md5s":{"x-field-uid":1},"clear_text":{"x-field-uid":2}},"enum":["md5s","clear_text"]},"md5s":{"description":"List of MD5 Key IDs and MD5 Keys.","type":"array","items":{"$ref":"#/components/schemas/Ospfv2Authentication.Md5"},"x-field-uid":2},"clear_text":{"description":"The 8 Byte authentication field in the OSPF packet.","type":"string","minLength":1,"maxLength":8,"default":"otg","x-field-uid":4}}},"Ospfv2Authentication.Md5":{"description":"Container of Cryptographic authentication. \nIf the authentication type is of 'md5' then 'md5_key_id' and 'md5_key' \nboth are to be configured. A shared secret key is configured in all routers attached to a common network/subnet.\nFor each OSPF protocol packet, the key is used to generate/verify a \"message digest\" that is appended to the end\nof the OSPF packet.","type":"object","properties":{"key_id":{"description":"The unique MD5 Key Identifier per-interface.","type":"integer","format":"uint32","minimum":1,"maximum":255,"x-field-uid":1},"key":{"description":"An alphanumeric secret used to generate the 16 byte MD5 hash value added \nto the OSPFv2 PDU in the Authentication TLV.","type":"string","minLength":1,"maxLength":16,"x-field-uid":2}}},"Ospfv2Interface.LinkProtection":{"description":"Optional container for the link protection sub TLV (type 20).","type":"object","properties":{"extra_traffic":{"description":"Enable this to protect other link or links. LSAs on a link of this type are lost\nif any of the links fail.","type":"boolean","default":false,"x-field-uid":1},"unprotected":{"description":"Enabling this signifies that there is no other link protecting this \nlink. LSAs on a link of this type are lost if the link fails.","type":"boolean","default":false,"x-field-uid":2},"shared":{"description":"Enable this to share the Extra Traffic links between one or more \nlinks of type Shared.There are one or more disjoint links of type \nExtra Traffic that are protecting this link.","type":"boolean","default":false,"x-field-uid":3},"dedicated_1_to_1":{"description":"Enabling this signifies that there is one dedicated disjoint link \nof type Extra Traffic that is protecting this link.","type":"boolean","default":false,"x-field-uid":4},"dedicated_1_plus_1":{"description":"Enabling this signifies that a dedicated disjoint link is protecting \nthis link. However, the protecting link is not advertised in the \nlink state database and is therefore not available for the routing \nof LSAs.","type":"boolean","default":false,"x-field-uid":5},"enhanced":{"description":"Enabling this signifies that a protection scheme that is more \nreliable than Dedicated 1+1.","type":"boolean","default":false,"x-field-uid":6},"reserved_40":{"description":"This is a Protection Scheme with value 0x40. ","type":"boolean","default":false,"x-field-uid":7},"reserved_80":{"description":"This is a Protection Scheme with value 0x80. ","type":"boolean","default":false,"x-field-uid":8}}},"Ospfv2.V4RouteRange":{"description":"Emulated OSPFv2 IPv4 routes.","type":"object","properties":{"name":{"x-field-uid":1,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"addresses":{"description":"A list of group of IPv4 route addresses.","type":"array","items":{"$ref":"#/components/schemas/V4RouteAddress"},"x-field-uid":2},"metric":{"description":"The user-defined metric associated with this route range.","type":"integer","format":"uint32","default":0,"minimum":0,"maximum":16777215,"x-field-uid":3},"route_origin":{"description":"The type of the OSPFv2 routes.","$ref":"#/components/schemas/Ospfv2V4RR.RouteOrigin","x-field-uid":4}},"required":["name"]},"Ospfv2V4RR.RouteOrigin":{"description":"Container of type of the OSPFv2 types correspond directly to the OSPFv2 LSAs types as\ndefined in the \"OSPFv2 Link State (LS) Type - http://www.iana.org/assignments/ospfv2-parameters.  ","type":"object","properties":{"choice":{"description":"Supported types are: - intra_area: for Intra-Area. - inter_area: for Inter Area. - external_type_1: for Autonomous System (AS) External with internal AS meteric. - external_type_2: for Autonomous System (AS) External with internal and external AS meteric. - nssa_external: for 7 Not-So-Stubby Area (NSSA) External.","type":"string","default":"inter_area","x-field-uid":1,"x-enum":{"intra_area":{"x-field-uid":1},"inter_area":{"x-field-uid":2},"external_type_1":{"x-field-uid":3},"external_type_2":{"x-field-uid":4},"nssa_external":{"x-field-uid":5}},"enum":["intra_area","inter_area","external_type_1","external_type_2","nssa_external"]},"intra_area":{"description":"Configuration for the Intra-Area.","$ref":"#/components/schemas/Ospfv2V4RR.IntraArea","x-field-uid":2},"inter_area":{"description":"Configuration for the Intra-Area.","$ref":"#/components/schemas/Ospfv2V4RR.InterArea","x-field-uid":3},"external_type_1":{"description":"Configuration for the External Type 1.","$ref":"#/components/schemas/Ospfv2V4RR.ExternalType1","x-field-uid":4},"external_type_2":{"description":"Configuration for the External Type 2.","$ref":"#/components/schemas/Ospfv2V4RR.ExternalType2","x-field-uid":5},"nssa_external":{"description":"Configuration for the External Type 2.","$ref":"#/components/schemas/Ospfv2V4RR.NssaExternal","x-field-uid":6}}},"Ospfv2V4RR.IntraArea":{"description":"Container for Intra-Area.","type":"object","properties":{"flags":{"description":"One-octet field contains flags applicable to the prefix.","$ref":"#/components/schemas/Ospfv2V4RR.ExtdPrefixFlags","x-field-uid":1}}},"Ospfv2V4RR.InterArea":{"description":"Container for Intra-Area.","type":"object","properties":{"flags":{"description":"One-octet field contains flags applicable to the prefix.","$ref":"#/components/schemas/Ospfv2V4RR.ExtdPrefixFlags","x-field-uid":1}}},"Ospfv2V4RR.ExternalType1":{"description":"Container for Intra-Area.","type":"object","properties":{"flags":{"description":"One-octet field contains flags applicable to the prefix.","$ref":"#/components/schemas/Ospfv2V4RR.ExtdPrefixFlags","x-field-uid":1}}},"Ospfv2V4RR.ExternalType2":{"description":"Container for Intra-Area.","type":"object","properties":{"flags":{"description":"One-octet field contains flags applicable to the prefix.","$ref":"#/components/schemas/Ospfv2V4RR.ExtdPrefixFlags","x-field-uid":1}}},"Ospfv2V4RR.NssaExternal":{"description":"Container for Intra-Area.","type":"object","properties":{"flags":{"description":"One-octet field contains flags applicable to the prefix.","$ref":"#/components/schemas/Ospfv2V4RR.ExtdPrefixFlags","x-field-uid":1},"propagation":{"description":"The flag is set True if LSA will be propagated between Areas.","type":"boolean","default":false,"x-field-uid":2}}},"Ospfv2V4RR.ExtdPrefixFlags":{"description":"One-octet field contains flags applicable to the prefix. https://datatracker.ietf.org/doc/html/rfc7684.","type":"object","properties":{"a_flag":{"description":"0x80 - (Attach Flag): An Area Border Router (ABR)\ngenerating an OSPFv2 Extended Prefix TLV for an inter-area\nprefix that is locally connected or attached in another\nconnected area SHOULD set this flag.","type":"boolean","default":false,"x-field-uid":1},"n_flag":{"description":"N-Flag (Node Flag): Set when the prefix identifies the\nadvertising router, i.e., the prefix is a host prefix\nadvertising a globally reachable address typically associated\nwith a loopback address.","type":"boolean","default":false,"x-field-uid":2}}},"Flow":{"description":"A high level data plane traffic flow.","type":"object","required":["tx_rx","name"],"properties":{"tx_rx":{"description":"The transmit and receive endpoints.","$ref":"#/components/schemas/Flow.TxRx","x-field-uid":1},"packet":{"description":"The list of protocol headers defining the shape of all \nintended packets in corresponding flow as it is transmitted\nby traffic-generator port.\n\nThe order of protocol headers assigned to the list is the\norder they will appear on the wire.\n\nIn the case of an empty list the keyword/value of minItems: 1 \nindicates that an implementation MUST provide at least one \nFlow.Header object.\n\nThe default value for the Flow.Header choice property is ethernet \nwhich will result in an implementation by default providing at least \none ethernet packet header.","type":"array","minItems":1,"items":{"$ref":"#/components/schemas/Flow.Header"},"x-field-uid":2},"egress_packet":{"description":"Under Review: The packet header schema for egress tracking currently exposes unwanted fields. The query structure for tagged metrics inside flows metrics requires documenting expected response format.\n\nThe list of protocol headers defining the shape of all \nintended packets in corresponding flow as it is received\nby traffic-generator port.\n\nFor all protocol headers, only the `metric_tags` property is configurable.","type":"array","items":{"$ref":"#/components/schemas/Flow.Header"},"x-status":{"status":"under-review","information":"The packet header schema for egress tracking currently exposes unwanted fields. The query structure for tagged metrics inside flows metrics requires documenting expected response format."},"x-field-uid":9},"size":{"description":"The size of the packets.","$ref":"#/components/schemas/Flow.Size","x-field-uid":3},"rate":{"description":"The transmit rate of the packets.","$ref":"#/components/schemas/Flow.Rate","x-field-uid":4},"duration":{"description":"The transmit duration of the packets.","$ref":"#/components/schemas/Flow.Duration","x-field-uid":5},"metrics":{"description":"Flow metrics. ","$ref":"#/components/schemas/Flow.Metrics","x-field-uid":6},"name":{"x-field-uid":7,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"}}},"Flow.TxRx":{"description":"A container for different types of transmit and receive \nendpoint containers.","type":"object","properties":{"choice":{"description":"The type of transmit and receive container used by the flow.","type":"string","default":"port","x-field-uid":1,"x-enum":{"port":{"x-field-uid":1},"device":{"x-field-uid":2}},"enum":["port","device"]},"port":{"$ref":"#/components/schemas/Flow.Port","x-field-uid":2},"device":{"$ref":"#/components/schemas/Flow.Router","x-field-uid":3}}},"Flow.Port":{"description":"A container for a transmit port and 0..n intended receive ports.\nWhen assigning this container to a flow the flows's \npacket headers will not be populated with any address resolution \ninformation such as source and/or destination addresses. \nFor example Flow.Ethernet dst mac address values will be defaulted to 0. \nFor full control over the Flow.properties.packet header contents use this \ncontainer. ","type":"object","required":["tx_name"],"properties":{"tx_name":{"description":"The unique name of a port that is the transmit port.\n\nx-constraint:\n- /components/schemas/Port/properties/name\n- /components/schemas/Lag/properties/name\n","type":"string","x-constraint":["/components/schemas/Port/properties/name","/components/schemas/Lag/properties/name"],"x-field-uid":1},"rx_name":{"description":"Deprecated: This property is deprecated in favor of property rx_names\n\nThe unique name of a port that is the intended receive port.\n\nx-constraint:\n- /components/schemas/Port/properties/name\n- /components/schemas/Lag/properties/name\n","x-status":{"status":"deprecated","information":"This property is deprecated in favor of property rx_names"},"type":"string","x-constraint":["/components/schemas/Port/properties/name","/components/schemas/Lag/properties/name"],"x-field-uid":2},"rx_names":{"description":"Unique name of ports or lags that are intended receive endpoints.\n\nx-constraint:\n- /components/schemas/Port/properties/name\n- /components/schemas/Lag/properties/name\n","type":"array","items":{"description":"The unique name of a port or lag that is the intended receive port.","type":"string"},"x-constraint":["/components/schemas/Port/properties/name","/components/schemas/Lag/properties/name"],"x-field-uid":3}}},"Flow.Router":{"description":"A container for declaring a map of 1..n transmit devices to 1..n receive devices. This allows for a single flow to have  different tx to rx device flows such as a single one to one map or a  many to many map.","type":"object","required":["tx_names","rx_names"],"properties":{"mode":{"description":"Determines the intent of creating traffic sub-flow(s) between the device \nendpoints, from the entities of <b>tx_names</b> to the entities of <b>rx_names</b> \nto derive how <b>auto</b> packet fields can be populated with \nthe actual value(s) by the implementation.\n\nThe <b>one_to_one</b> mode creates traffic sub-flow(s) between each device endpoint pair in \ntx_names to rx_names by index.\nThe length of tx_names and rx_names MUST be the same.\nThe same device name can be repeated multiple times in tx_names or rx_names, in any order to create desired meshing between device(s).\nFor 2 values in tx_names and 2 values in rx_names, 2 device endpoint pairs would be generated (each pair representing a traffic sub-flow).\n\nThe <b>mesh</b> mode creates traffic sub-flow(s) between each value in tx_names to\nevery value in rx_names, forming the device endpoint pair(s).\nFor 2 values in tx_names and 3 values in rx_names, generated device endpoint pairs would be 2x3=6. \n\nA generated device endpoint pair with same device endpoint name for both transmit & receive device endpoint MUST raise an error.\n\nPacket fields of type <b>auto</b> would be populated with one value for each device endpoint pair (representing the traffic sub-flow). \nThe value would be determined considering transmit & receive device of the sub-flow. And the sequence of the populated value(s) \nwould be in the order of generated device endpoint pair(s).\nIf 2 device endpoint pairs are generated (based on mode, tx_names and rx_names), say (d1 to d3) and (d2 to d3), and ethernet.dst is set as <b>auto</b>, then \nthe auto field would be <b>replaced</b> by the implementation with a sequence of 2 values, [v1,v2] where \nv1 is determined using context (d1,d3) and v2 using context (d2,d3).\nThe final outcome is that packets generated on the wire will contain the values v1,v2,v1,... for ethernet.dst field. Any non-auto packet fields \nshould be configured accordingly. For example, non-auto packet field ethernet.src can be configured with values [u1, u2], where \nu1 & u2 are source MAC of the connected interface of device d1 and d2 respectively. Then packets on the wire will contain correct value pairs \n(u1,v1),(u2,v2),(u1,v1),... for (ethernet.src,ethernet.dst) fields.","type":"string","default":"mesh","x-field-uid":1,"x-enum":{"mesh":{"x-field-uid":1},"one_to_one":{"x-field-uid":2}},"enum":["mesh","one_to_one"]},"tx_names":{"type":"array","items":{"description":"The unique name of an emulated device that will be transmitting.","type":"string"},"x-constraint":["/components/schemas/Device.Ethernet/properties/name","/components/schemas/Device.Ipv4/properties/name","/components/schemas/Device.Ipv6/properties/name","/components/schemas/Bgp.V4RouteRange/properties/name","/components/schemas/Bgp.V6RouteRange/properties/name","/components/schemas/Bgp.CMacIpRange/properties/name","/components/schemas/Rsvp.LspIpv4Interface.P2PIngressIpv4Lsp/properties/name","/components/schemas/Isis.V4RouteRange/properties/name","/components/schemas/Isis.V6RouteRange/properties/name","/components/schemas/Ospfv2.V4RouteRange/properties/name","/components/schemas/Device.Dhcpv4client/properties/name","/components/schemas/Device.Dhcpv6client/properties/name"],"example":["Eth 1","Eth 2","Eth 3","IPv4 1","IPv6 1","Bgp V4RouteRange 1","Bgp V6RouteRange 1"],"x-field-uid":2,"description":"TBD\n\nx-constraint:\n- /components/schemas/Device.Ethernet/properties/name\n- /components/schemas/Device.Ipv4/properties/name\n- /components/schemas/Device.Ipv6/properties/name\n- /components/schemas/Bgp.V4RouteRange/properties/name\n- /components/schemas/Bgp.V6RouteRange/properties/name\n- /components/schemas/Bgp.CMacIpRange/properties/name\n- /components/schemas/Rsvp.LspIpv4Interface.P2PIngressIpv4Lsp/properties/name\n- /components/schemas/Isis.V4RouteRange/properties/name\n- /components/schemas/Isis.V6RouteRange/properties/name\n- /components/schemas/Ospfv2.V4RouteRange/properties/name\n- /components/schemas/Device.Dhcpv4client/properties/name\n- /components/schemas/Device.Dhcpv6client/properties/name\n"},"rx_names":{"type":"array","items":{"description":"The unique name of an emulated device that will be receiving.","type":"string"},"x-constraint":["/components/schemas/Device.Ethernet/properties/name","/components/schemas/Device.Ipv4/properties/name","/components/schemas/Device.Ipv6/properties/name","/components/schemas/Bgp.V4RouteRange/properties/name","/components/schemas/Bgp.V6RouteRange/properties/name","/components/schemas/Bgp.CMacIpRange/properties/name","/components/schemas/Rsvp.LspIpv4Interface.P2PEgressIpv4Lsp/properties/name","/components/schemas/Isis.V4RouteRange/properties/name","/components/schemas/Isis.V6RouteRange/properties/name","/components/schemas/Device.Dhcpv4client/properties/name","/components/schemas/Ospfv2.V4RouteRange/properties/name","/components/schemas/Device.Dhcpv6client/properties/name"],"example":["Eth 1","Eth 2","Eth 3","IPv4 1","IPv6 1","Bgp V4RouteRange 1","Bgp V6RouteRange 1"],"x-field-uid":3,"description":"TBD\n\nx-constraint:\n- /components/schemas/Device.Ethernet/properties/name\n- /components/schemas/Device.Ipv4/properties/name\n- /components/schemas/Device.Ipv6/properties/name\n- /components/schemas/Bgp.V4RouteRange/properties/name\n- /components/schemas/Bgp.V6RouteRange/properties/name\n- /components/schemas/Bgp.CMacIpRange/properties/name\n- /components/schemas/Rsvp.LspIpv4Interface.P2PEgressIpv4Lsp/properties/name\n- /components/schemas/Isis.V4RouteRange/properties/name\n- /components/schemas/Isis.V6RouteRange/properties/name\n- /components/schemas/Device.Dhcpv4client/properties/name\n- /components/schemas/Ospfv2.V4RouteRange/properties/name\n- /components/schemas/Device.Dhcpv6client/properties/name\n"}}},"Flow.Header":{"description":"Configuration for all traffic packet headers","type":"object","properties":{"choice":{"description":"The available types of flow headers. If one is not provided the \ndefault ethernet packet header MUST be provided.","type":"string","default":"ethernet","x-field-uid":1,"x-enum":{"custom":{"x-field-uid":1},"ethernet":{"x-field-uid":2},"vlan":{"x-field-uid":3},"vxlan":{"x-field-uid":4},"ipv4":{"x-field-uid":5},"ipv6":{"x-field-uid":6},"pfcpause":{"x-field-uid":7},"ethernetpause":{"x-field-uid":8},"tcp":{"x-field-uid":9},"udp":{"x-field-uid":10},"gre":{"x-field-uid":11},"gtpv1":{"x-field-uid":12},"gtpv2":{"x-field-uid":13},"arp":{"x-field-uid":14},"icmp":{"x-field-uid":15},"icmpv6":{"x-field-uid":16},"ppp":{"x-field-uid":17},"igmpv1":{"x-field-uid":18},"mpls":{"x-field-uid":19},"snmpv2c":{"x-field-uid":20},"rsvp":{"x-field-uid":21}},"enum":["custom","ethernet","vlan","vxlan","ipv4","ipv6","pfcpause","ethernetpause","tcp","udp","gre","gtpv1","gtpv2","arp","icmp","icmpv6","ppp","igmpv1","mpls","snmpv2c","rsvp"]},"custom":{"$ref":"#/components/schemas/Flow.Custom","x-field-uid":2},"ethernet":{"$ref":"#/components/schemas/Flow.Ethernet","x-field-uid":3},"vlan":{"$ref":"#/components/schemas/Flow.Vlan","x-field-uid":4},"vxlan":{"$ref":"#/components/schemas/Flow.Vxlan","x-field-uid":5},"ipv4":{"$ref":"#/components/schemas/Flow.Ipv4","x-field-uid":6},"ipv6":{"$ref":"#/components/schemas/Flow.Ipv6","x-field-uid":7},"pfcpause":{"$ref":"#/components/schemas/Flow.PfcPause","x-field-uid":8},"ethernetpause":{"$ref":"#/components/schemas/Flow.EthernetPause","x-field-uid":9},"tcp":{"$ref":"#/components/schemas/Flow.Tcp","x-field-uid":10},"udp":{"$ref":"#/components/schemas/Flow.Udp","x-field-uid":11},"gre":{"$ref":"#/components/schemas/Flow.Gre","x-field-uid":12},"gtpv1":{"$ref":"#/components/schemas/Flow.Gtpv1","x-field-uid":13},"gtpv2":{"$ref":"#/components/schemas/Flow.Gtpv2","x-field-uid":14},"arp":{"$ref":"#/components/schemas/Flow.Arp","x-field-uid":15},"icmp":{"$ref":"#/components/schemas/Flow.Icmp","x-field-uid":16},"icmpv6":{"$ref":"#/components/schemas/Flow.Icmpv6","x-field-uid":17},"ppp":{"$ref":"#/components/schemas/Flow.Ppp","x-field-uid":18},"igmpv1":{"$ref":"#/components/schemas/Flow.Igmpv1","x-field-uid":19},"mpls":{"$ref":"#/components/schemas/Flow.Mpls","x-field-uid":20},"snmpv2c":{"$ref":"#/components/schemas/Flow.Snmpv2c","x-field-uid":21},"rsvp":{"$ref":"#/components/schemas/Flow.Rsvp","x-field-uid":22}}},"Flow.Custom":{"type":"object","description":"Custom packet header","required":["bytes"],"properties":{"bytes":{"description":"A custom packet header defined as a string of hex bytes. The string MUST contain sequence of valid hex bytes. Spaces or colons can be part of the bytes but will be discarded. This packet header can be used in multiple places in the packet.","type":"string","pattern":"^[A-Fa-f0-9: ]+$","x-field-uid":1},"metric_tags":{"description":"One or more metric tags can be used to enable tracking portion of or all bits\nin a corresponding header field for metrics per each applicable value.\nThese would appear as tagged metrics in corresponding flow metrics.","type":"array","items":{"$ref":"#/components/schemas/Flow.Custom.MetricTag"},"x-field-uid":2}}},"Flow.Custom.MetricTag":{"description":"Metric Tag can be used to enable tracking portion of or all bits\nin a corresponding header field for metrics per each applicable value.\nThese would appear as tagged metrics in corresponding flow metrics.","type":"object","required":["name"],"properties":{"name":{"description":"Name used to identify the metrics associated with the values applicable\nfor configured offset and length inside corresponding header field","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-field-uid":1},"offset":{"description":"Offset in bits relative to start of corresponding header field","type":"integer","format":"uint32","default":0,"x-field-uid":2},"length":{"description":"Number of bits to track for metrics starting from configured offset\nof corresponding header field","type":"integer","format":"uint32","default":1,"minimum":1,"x-field-uid":3}}},"Flow.Ethernet":{"description":"Ethernet packet header","type":"object","properties":{"dst":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.Ethernet.Dst"},"src":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.Ethernet.Src"},"ether_type":{"x-field-uid":3,"$ref":"#/components/schemas/Pattern.Flow.Ethernet.EtherType"},"pfc_queue":{"x-field-uid":4,"$ref":"#/components/schemas/Pattern.Flow.Ethernet.PfcQueue"}}},"Flow.Vlan":{"description":"VLAN packet header","type":"object","properties":{"priority":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.Vlan.Priority"},"cfi":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.Vlan.Cfi"},"id":{"x-field-uid":3,"$ref":"#/components/schemas/Pattern.Flow.Vlan.Id"},"tpid":{"x-field-uid":4,"$ref":"#/components/schemas/Pattern.Flow.Vlan.Tpid"}}},"Flow.Vxlan":{"description":"VXLAN packet header","type":"object","properties":{"flags":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.Vxlan.Flags"},"reserved0":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.Vxlan.Reserved0"},"vni":{"x-field-uid":3,"$ref":"#/components/schemas/Pattern.Flow.Vxlan.Vni"},"reserved1":{"x-field-uid":4,"$ref":"#/components/schemas/Pattern.Flow.Vxlan.Reserved1"}}},"Flow.Ipv4":{"description":"IPv4 packet header","type":"object","properties":{"version":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.Version"},"header_length":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.HeaderLength"},"priority":{"$ref":"#/components/schemas/Flow.Ipv4.Priority","x-field-uid":3},"total_length":{"x-field-uid":4,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.TotalLength"},"identification":{"x-field-uid":5,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.Identification"},"reserved":{"x-field-uid":6,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.Reserved"},"dont_fragment":{"x-field-uid":7,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.DontFragment"},"more_fragments":{"x-field-uid":8,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.MoreFragments"},"fragment_offset":{"x-field-uid":9,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.FragmentOffset"},"time_to_live":{"x-field-uid":10,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.TimeToLive"},"protocol":{"x-field-uid":11,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.Protocol"},"header_checksum":{"x-field-uid":12,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.HeaderChecksum"},"src":{"x-field-uid":13,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.Src"},"dst":{"x-field-uid":14,"$ref":"#/components/schemas/Pattern.Flow.Ipv4.Dst"},"options":{"type":"array","minItems":0,"items":{"$ref":"#/components/schemas/Flow.Ipv4.Options"},"x-field-uid":15}}},"Flow.Ipv4.Options":{"description":"IPv4 options are optional extensions for the IPv4 header that can be utilised to provide additional information about the IPv4 datagram.  It is encoded as a series of type, length and value attributes.  The IP header length MUST be increased to accommodate the extra bytes needed to encode the IP options. The length of the all options included to a IPv4 header should not exceed 40 bytes since IPv4 Header length (4 bits) can at max specify 15 4-word octets for a total of 60 bytes which includes 20 bytes needed for mandatory attributes of the IPv4 header. If the user adds multiples IPv4 options that exceeds 40 bytes and specify header length as \"auto\", implementation should throw error. Currently IP options supported are: 1. router_alert option allows devices to intercept packets not addressed to them directly as defined in RFC2113. 2. custom option is provided to configure user defined IP options as needed. ","type":"object","properties":{"choice":{"type":"string","default":"router_alert","x-field-uid":1,"x-enum":{"router_alert":{"x-field-uid":1},"custom":{"x-field-uid":2}},"enum":["router_alert","custom"]},"custom":{"$ref":"#/components/schemas/Flow.Ipv4Options.Custom","x-field-uid":2}}},"Flow.Ipv4Options.Custom":{"description":"User defined IP options to be appended to the IPv4 header.","type":"object","properties":{"type":{"$ref":"#/components/schemas/Flow.Ipv4Options.Custom.Type","x-field-uid":1},"length":{"$ref":"#/components/schemas/Flow.Ipv4Options.Custom.Length","x-field-uid":2},"value":{"description":"Value of the option field should not excced 38 bytes since maximum 40 bytes can be added as options in IPv4 header. For type and length requires 2 bytes, hence maximum of 38 bytes are expected. Maximum length of this attribute is 76 (38 * 2 hex character per byte).","type":"string","format":"hex","minLength":0,"maxLength":76,"default":"0000","x-field-uid":3}}},"Flow.Ipv4Options.Custom.Type":{"description":"Type options for custom options.","type":"object","properties":{"copied_flag":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.Ipv4Options.Custom.Type.CopiedFlag"},"option_class":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.Ipv4Options.Custom.Type.OptionClass"},"option_number":{"x-field-uid":3,"$ref":"#/components/schemas/Pattern.Flow.Ipv4Options.Custom.Type.OptionNumber"}}},"Flow.Ipv4Options.Custom.Length":{"description":"Length for custom options.","type":"object","properties":{"choice":{"description":"auto or configured value.","type":"string","default":"auto","x-field-uid":1,"x-enum":{"auto":{"x-field-uid":1},"value":{"x-field-uid":2}},"enum":["auto","value"]},"auto":{"description":"The OTG implementation can provide a system generated value for this property. 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Sequence of variable_bindings.","type":"array","items":{"$ref":"#/components/schemas/Flow.Snmpv2c.VariableBinding"},"x-field-uid":4}}},"Flow.Snmpv2c.BulkPDU":{"description":"The purpose of the GetBulkRequest-PDU is to request the transfer of a potentially large amount of data, including, but not limited to, the efficient and rapid retrieval of large tables.","type":"object","properties":{"request_id":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.Snmpv2c.BulkPDU.RequestId"},"non_repeaters":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.Snmpv2c.BulkPDU.NonRepeaters"},"max_repetitions":{"x-field-uid":3,"$ref":"#/components/schemas/Pattern.Flow.Snmpv2c.BulkPDU.MaxRepetitions"},"variable_bindings":{"description":"A Sequence of variable_bindings.","type":"array","items":{"$ref":"#/components/schemas/Flow.Snmpv2c.VariableBinding"},"x-field-uid":4}}},"Flow.Snmpv2c.VariableBinding":{"description":"A Sequence of two fields, an object_identifier and the value for/from that object_identifier.","type":"object","properties":{"object_identifier":{"x-field-uid":1,"description":"The Object Identifier points to a particular parameter in the SNMP agent. \n- Encoding of this field follows RFC2578(section 3.5) and ASN.1 X.690(section 8.1.3.6) specification.\n  Refer: http://www.itu.int/ITU-T/asn1/\n- According to BER, the first two numbers of any OID (x.y) are encoded as one value using the formula (40*x)+y. \n  Example, the first two numbers of an SNMP OID 1.3... are encoded as 43 or 0x2B, because (40*1)+3 = 43. \n- After the first two numbers are encoded, the subsequent numbers in the OID are each encoded as a byte. \n- However, a special rule is required for large numbers because one byte can only represent a number from 0-127. \n- The rule for large numbers states that only the lower 7 bits in the byte are used for holding the value (0-127). \n- The highest order bit(8th) is used as a flag to indicate that this number spans more than one byte. Therefore, any number over 127 must be encoded using more than one byte. \n  - Example, the number 2680 in the OID '1.3.6.1.4.1.2680.1.2.7.3.2.0' cannot be encoded using a single byte. \n    According to this rule, the number 2680 must be encoded as 0x94 0x78. \n    Since the most significant bit is set in the first byte (0x94), it indicates that number spans to the next byte.\n    Since the most significant bit is not set in the next byte (0x78), it indicates that the number ends at the second byte.\n    The value is derived by appending 7 bits from each of the concatenated bytes i.e (0x14 *128^1) + (0x78 * 128^0) = 2680.","type":"string","format":"oid","default":"0.1"},"value":{"$ref":"#/components/schemas/Flow.Snmpv2c.VariableBindingValue","x-field-uid":2}}},"Flow.Snmpv2c.VariableBindingValue":{"description":"The value for the object_identifier as per RFC2578.","type":"object","properties":{"choice":{"type":"string","default":"no_value","x-field-uid":1,"x-enum":{"no_value":{"x-field-uid":1},"integer_value":{"x-field-uid":2},"string_value":{"x-field-uid":3},"object_identifier_value":{"x-field-uid":4},"ip_address_value":{"x-field-uid":5},"counter_value":{"x-field-uid":6},"timeticks_value":{"x-field-uid":7},"arbitrary_value":{"x-field-uid":8},"big_counter_value":{"x-field-uid":9},"unsigned_integer_value":{"x-field-uid":10}},"enum":["no_value","integer_value","string_value","object_identifier_value","ip_address_value","counter_value","timeticks_value","arbitrary_value","big_counter_value","unsigned_integer_value"]},"integer_value":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.Snmpv2c.VariableBindingValue.IntegerValue"},"string_value":{"$ref":"#/components/schemas/Flow.Snmpv2c.VariableBindingStringValue","x-field-uid":3},"object_identifier_value":{"x-field-uid":4,"description":"The Object Identifier points to a particular parameter in the SNMP agent. \n- Encoding of this field follows RFC2578(section 3.5) and ASN.1 X.690(section 8.1.3.6) specification.\n  Refer: http://www.itu.int/ITU-T/asn1/\n- According to BER, the first two numbers of any OID (x.y) are encoded as one value using the formula (40*x)+y. \n  Example, the first two numbers of an SNMP OID 1.3... are encoded as 43 or 0x2B, because (40*1)+3 = 43. \n- After the first two numbers are encoded, the subsequent numbers in the OID are each encoded as a byte. \n- However, a special rule is required for large numbers because one byte can only represent a number from 0-127. \n- The rule for large numbers states that only the lower 7 bits in the byte are used for holding the value (0-127). \n- The highest order bit(8th) is used as a flag to indicate that this number spans more than one byte. Therefore, any number over 127 must be encoded using more than one byte. \n  - Example, the number 2680 in the OID '1.3.6.1.4.1.2680.1.2.7.3.2.0' cannot be encoded using a single byte. \n    According to this rule, the number 2680 must be encoded as 0x94 0x78. \n    Since the most significant bit is set in the first byte (0x94), it indicates that number spans to the next byte.\n    Since the most significant bit is not set in the next byte (0x78), it indicates that the number ends at the second byte.\n    The value is derived by appending 7 bits from each of the concatenated bytes i.e (0x14 *128^1) + (0x78 * 128^0) = 2680.","type":"string","format":"oid","default":"0.1"},"ip_address_value":{"x-field-uid":5,"$ref":"#/components/schemas/Pattern.Flow.Snmpv2c.VariableBindingValue.IpAddressValue"},"counter_value":{"x-field-uid":6,"$ref":"#/components/schemas/Pattern.Flow.Snmpv2c.VariableBindingValue.CounterValue"},"timeticks_value":{"x-field-uid":7,"$ref":"#/components/schemas/Pattern.Flow.Snmpv2c.VariableBindingValue.TimeticksValue"},"arbitrary_value":{"description":"It contains the hex bytes of the value to be sent.  As of now it is restricted to 10000 bytes.","type":"string","format":"hex","maxLength":10000,"default":"00","x-field-uid":8},"big_counter_value":{"x-field-uid":9,"$ref":"#/components/schemas/Pattern.Flow.Snmpv2c.VariableBindingValue.BigCounterValue"},"unsigned_integer_value":{"x-field-uid":10,"$ref":"#/components/schemas/Pattern.Flow.Snmpv2c.VariableBindingValue.UnsignedIntegerValue"}}},"Flow.Snmpv2c.VariableBindingStringValue":{"type":"object","description":"It contains the raw/ascii string value to be sent.","properties":{"choice":{"type":"string","default":"ascii","x-field-uid":1,"x-enum":{"ascii":{"x-field-uid":1},"raw":{"x-field-uid":2}},"enum":["ascii","raw"]},"ascii":{"description":"It contains the ASCII string to be sent.  As of now it is restricted to 10000 bytes.","type":"string","maxLength":10000,"default":"ascii","x-field-uid":2},"raw":{"description":"It contains the hex string to be sent.  As of now it is restricted to 10000 bytes.","type":"string","format":"hex","maxLength":10000,"default":"00","x-field-uid":3}}},"Flow.Rsvp":{"description":"RSVP packet header as defined in RFC2205 and RFC3209. Currently only supported message type is \"Path\" with mandatory objects and sub-objects.","type":"object","properties":{"version":{"description":"RSVP Protocol Version.","type":"integer","format":"uint32","default":1,"maximum":15,"x-field-uid":1},"flag":{"description":"Flag, 0x01-0x08: Reserved.","type":"string","default":"not_refresh_reduction_capable","x-enum":{"not_refresh_reduction_capable":{"x-field-uid":1},"refresh_reduction_capable":{"x-field-uid":2}},"x-field-uid":2,"enum":["not_refresh_reduction_capable","refresh_reduction_capable"]},"rsvp_checksum":{"x-field-uid":3,"$ref":"#/components/schemas/Pattern.Flow.Rsvp.RsvpChecksum"},"time_to_live":{"x-field-uid":4,"$ref":"#/components/schemas/Pattern.Flow.Rsvp.TimeToLive"},"reserved":{"x-field-uid":5,"$ref":"#/components/schemas/Pattern.Flow.Rsvp.Reserved"},"rsvp_length":{"description":"The sum of the lengths of the common header and all objects included in the message.","$ref":"#/components/schemas/Flow.RSVP.Length","x-field-uid":6},"message_type":{"description":"An 8-bit number that identifies the function of the RSVP message. There are aound 20 message types defined in https://www.iana.org/assignments/rsvp-parameters/rsvp-parameters.xhtml#rsvp-parameters-2 . Among these presently supported is \"Path\"(value: 1) message type.","$ref":"#/components/schemas/Flow.RSVP.Message","x-field-uid":7}}},"Flow.RSVP.Length":{"type":"object","properties":{"choice":{"description":"auto or configured value.","type":"string","default":"auto","x-field-uid":1,"x-enum":{"auto":{"x-field-uid":1},"value":{"x-field-uid":2}},"enum":["auto","value"]},"auto":{"description":"The OTG implementation will provide a system generated value for this property.  If the OTG implementation is unable to generate a value the default value must be used.","type":"integer","format":"uint32","default":0,"x-field-uid":2},"value":{"type":"integer","format":"uint32","maximum":65535,"default":0,"x-field-uid":3}}},"Flow.RSVP.Message":{"type":"object","properties":{"choice":{"type":"string","default":"path","x-enum":{"path":{"x-field-uid":1}},"x-field-uid":1,"enum":["path"]},"path":{"$ref":"#/components/schemas/Flow.RSVP.PathMessage","x-field-uid":2}}},"Flow.RSVP.PathMessage":{"description":"\"Path\" message requires the following list of objects in order as defined in https://www.rfc-editor.org/rfc/rfc3209.html#page-15: 1. SESSION 2. RSVP_HOP 3. TIME_VALUES 4. EXPLICIT_ROUTE [optional] 5. LABEL_REQUEST 6. SESSION_ATTRIBUTE [optional] 7. SENDER_TEMPLATE 8. SENDER_TSPEC 9. RECORD_ROUTE [optional]","type":"object","properties":{"objects":{"description":"\"Path\" message requires atleast SESSION, RSVP_HOP, TIME_VALUES, LABEL_REQUEST, SENDER_TEMPLATE and SENDER_TSPEC objects in order.","type":"array","items":{"$ref":"#/components/schemas/Flow.RSVP.PathObjects"},"x-field-uid":1}}},"Flow.RSVP.PathObjects":{"description":"Every RSVP object encapsulated in an RSVP message consists of a 32-bit word header and the object's contents.","type":"object","properties":{"class_num":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsClass","x-field-uid":1}}},"Flow.RSVPObject.Length":{"type":"object","properties":{"choice":{"description":"auto or configured value.","type":"string","default":"auto","x-field-uid":1,"x-enum":{"auto":{"x-field-uid":1},"value":{"x-field-uid":2}},"enum":["auto","value"]},"auto":{"description":"The OTG implementation will provide a system generated value for this property.  If the OTG implementation is unable to generate a value the default value must be used.","type":"integer","format":"uint32","default":4,"x-field-uid":2},"value":{"type":"integer","format":"uint32","minimum":4,"maximum":65535,"default":4,"x-field-uid":3}}},"Flow.RSVP.PathObjectsClass":{"description":"The class number is used to identify the class of an object. Defined in https://www.iana.org/assignments/rsvp-parameters/rsvp-parameters.xhtml#rsvp-parameters-4 . Curently supported class numbers are for \"Path\" message type. \"Path\" message: Supported Class numbers and it's value: SESSION: 1, RSVP_HOP: 3, TIME_VALUES: 5, EXPLICIT_ROUTE: 20, LABEL_REQUEST: 19, SESSION_ATTRIBUTE: 207, SENDER_TEMPLATE: 11, SENDER_TSPEC: 12, RECORD_ROUTE: 21, Custom: User defined bytes based on class and c-types not supported in above options.","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-field-uid":1,"x-enum":{"session":{"x-field-uid":1},"rsvp_hop":{"x-field-uid":2},"time_values":{"x-field-uid":3},"explicit_route":{"x-field-uid":4},"label_request":{"x-field-uid":5},"session_attribute":{"x-field-uid":6},"sender_template":{"x-field-uid":7},"sender_tspec":{"x-field-uid":8},"record_route":{"x-field-uid":9},"custom":{"x-field-uid":10}},"enum":["session","rsvp_hop","time_values","explicit_route","label_request","session_attribute","sender_template","sender_tspec","record_route","custom"]},"session":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsClassSession","x-field-uid":2},"rsvp_hop":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsClassRsvpHop","x-field-uid":3},"time_values":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsClassTimeValues","x-field-uid":4},"explicit_route":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsClassExplicitRoute","x-field-uid":5},"label_request":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsClassLabelRequest","x-field-uid":6},"session_attribute":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsClassSessionAttribute","x-field-uid":7},"sender_template":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsClassSenderTemplate","x-field-uid":8},"sender_tspec":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsClassSenderTspec","x-field-uid":9},"record_route":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsClassRecordRoute","x-field-uid":10},"custom":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsCustom","x-field-uid":11}}},"Flow.RSVP.PathObjectsClassSession":{"description":"C-Type is specific to a class num.","type":"object","properties":{"length":{"description":"A 16-bit field containing the total object length in bytes.  Must always be a multiple of 4 or at least 4.","$ref":"#/components/schemas/Flow.RSVPObject.Length","x-field-uid":1},"c_type":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsSessionCType","x-field-uid":2}}},"Flow.RSVP.PathObjectsSessionCType":{"description":"The body of an object corresponding to the class number and c-type. Currently supported c-type for SESSION object is LSP Tunnel IPv4 (7).","type":"object","properties":{"choice":{"type":"string","x-field-uid":1,"default":"lsp_tunnel_ipv4","x-enum":{"lsp_tunnel_ipv4":{"x-field-uid":1}},"enum":["lsp_tunnel_ipv4"]},"lsp_tunnel_ipv4":{"$ref":"#/components/schemas/Flow.RSVP.PathSessionLspTunnelIpv4","x-field-uid":2}}},"Flow.RSVP.PathSessionLspTunnelIpv4":{"description":"Class = SESSION, LSP_TUNNEL_IPv4 C-Type = 7.","type":"object","properties":{"ipv4_tunnel_end_point_address":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSessionLspTunnelIpv4.Ipv4TunnelEndPointAddress"},"reserved":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSessionLspTunnelIpv4.Reserved"},"tunnel_id":{"x-field-uid":3,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSessionLspTunnelIpv4.TunnelId"},"extended_tunnel_id":{"description":"A 32-bit identifier used in the SESSION that remains constant over the life of the tunnel. Normally set to all zeros. Ingress nodes that wish to narrow the scope of a SESSION to the ingress-egress pair may place their IPv4 address here as a globally unique identifier.","$ref":"#/components/schemas/Flow.RSVP.PathSessionExtTunnelId","x-field-uid":4}}},"Flow.RSVP.PathSessionExtTunnelId":{"type":"object","properties":{"choice":{"description":"32 bit integer or IPv4 address.","type":"string","default":"as_integer","x-field-uid":1,"x-enum":{"as_integer":{"x-field-uid":1},"as_ipv4":{"x-field-uid":2}},"enum":["as_integer","as_ipv4"]},"as_integer":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSessionExtTunnelId.AsInteger"},"as_ipv4":{"x-field-uid":3,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSessionExtTunnelId.AsIpv4"}}},"Flow.RSVP.PathObjectsClassRsvpHop":{"description":"C-Type is specific to a class num.","type":"object","properties":{"length":{"description":"A 16-bit field containing the total object length in bytes.  Must always be a multiple of 4 or at least 4.","$ref":"#/components/schemas/Flow.RSVPObject.Length","x-field-uid":1},"c_type":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsRsvpHopCType","x-field-uid":2}}},"Flow.RSVP.PathObjectsRsvpHopCType":{"description":"Object for RSVP_HOP class. Currently supported c-type is IPv4 (1).","type":"object","properties":{"choice":{"type":"string","x-field-uid":1,"default":"ipv4","x-enum":{"ipv4":{"x-field-uid":1}},"enum":["ipv4"]},"ipv4":{"$ref":"#/components/schemas/Flow.RSVP.PathRsvpHopIpv4","x-field-uid":2}}},"Flow.RSVP.PathRsvpHopIpv4":{"description":"IPv4 RSVP_HOP object: Class = 3, C-Type = 1","type":"object","properties":{"ipv4_address":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathRsvpHopIpv4.Ipv4Address"},"logical_interface_handle":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathRsvpHopIpv4.LogicalInterfaceHandle"}}},"Flow.RSVP.PathObjectsClassTimeValues":{"description":"C-Type is specific to a class num.","type":"object","properties":{"length":{"description":"A 16-bit field containing the total object length in bytes.  Must always be a multiple of 4 or at least 4.","$ref":"#/components/schemas/Flow.RSVPObject.Length","x-field-uid":1},"c_type":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsTimeValuesCType","x-field-uid":2}}},"Flow.RSVP.PathObjectsTimeValuesCType":{"description":"Object for TIME_VALUES class. Currently supported c-type is Type 1 Time Value (1).","type":"object","properties":{"choice":{"type":"string","x-field-uid":1,"default":"type_1","x-enum":{"type_1":{"x-field-uid":1}},"enum":["type_1"]},"type_1":{"$ref":"#/components/schemas/Flow.RSVP.PathTimeValuesType1","x-field-uid":2}}},"Flow.RSVP.PathTimeValuesType1":{"description":"TIME_VALUES Object: Class = 5, C-Type = 1","type":"object","properties":{"refresh_period_r":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathTimeValuesType1.RefreshPeriodR"}}},"Flow.RSVP.PathObjectsClassExplicitRoute":{"description":"C-Type is specific to a class num.","type":"object","properties":{"length":{"description":"A 16-bit field containing the total object length in bytes.  Must always be a multiple of 4 or at least 4.","$ref":"#/components/schemas/Flow.RSVPObject.Length","x-field-uid":1},"c_type":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsClassExplicitRouteCType","x-field-uid":2}}},"Flow.RSVP.PathObjectsClassExplicitRouteCType":{"description":"Object for EXPLICIT_ROUTE class and c-type is Type 1 Explicit Route (1).","type":"object","properties":{"choice":{"type":"string","default":"type_1","x-field-uid":1,"x-enum":{"type_1":{"x-field-uid":1}},"enum":["type_1"]},"type_1":{"$ref":"#/components/schemas/Flow.RSVP.PathExplicitRouteType1","x-field-uid":2}}},"Flow.RSVP.PathExplicitRouteType1":{"description":"Type1 Explicit Route has subobjects. Currently supported subobjects are IPv4 prefix and Autonomous system number.","type":"object","properties":{"subobjects":{"type":"array","minItems":1,"items":{"$ref":"#/components/schemas/Flow.RSVP.Type1ExplicitRouteSubobjects"},"x-field-uid":1}}},"Flow.RSVP.Type1ExplicitRouteSubobjects":{"description":"Type is specific to a subobject.","type":"object","properties":{"type":{"$ref":"#/components/schemas/Flow.RSVP.Type1ExplicitRouteSubobjectsType","x-field-uid":1}}},"Flow.RSVP.Type1ExplicitRouteSubobjectsType":{"description":"Currently supported subobjects are IPv4 address(1) and Autonomous system number(32).","type":"object","properties":{"choice":{"type":"string","x-field-uid":1,"default":"ipv4_prefix","x-enum":{"ipv4_prefix":{"x-field-uid":1},"as_number":{"x-field-uid":2}},"enum":["ipv4_prefix","as_number"]},"ipv4_prefix":{"$ref":"#/components/schemas/Flow.RSVP.PathExplicitRouteType1Ipv4Prefix","x-field-uid":2},"as_number":{"$ref":"#/components/schemas/Flow.RSVP.PathExplicitRouteType1ASNumber","x-field-uid":3}}},"Flow.RSVP.PathExplicitRouteType1Ipv4Prefix":{"description":"Class = EXPLICIT_ROUTE, Type1 ROUTE_RECORD C-Type = 1 Subobject: IPv4 Prefix, C-Type: 1","type":"object","properties":{"l_bit":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathExplicitRouteType1Ipv4Prefix.LBit"},"length":{"description":"The Length contains the total length of the subobject in bytes,including L,Type and Length fields.   The Length MUST be atleast 4, and MUST be a multiple of 4.","$ref":"#/components/schemas/Flow.RSVPExplicitRoute.Length","x-field-uid":2},"ipv4_address":{"x-field-uid":3,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathExplicitRouteType1Ipv4Prefix.Ipv4Address"},"prefix":{"description":"The prefix length of the IPv4 address.","type":"integer","format":"uint32","minimum":1,"maximum":32,"default":32,"x-field-uid":4}}},"Flow.RSVP.PathExplicitRouteType1ASNumber":{"description":"Class = EXPLICIT_ROUTE, Type1 ROUTE_RECORD C-Type = 1 Subobject: Autonomous system number, C-Type: 32","type":"object","properties":{"l_bit":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathExplicitRouteType1ASNumber.LBit"},"length":{"description":"The Length contains the total length of the subobject in bytes,including L, Type and Length fields.   The Length MUST be atleast 4, and MUST be a multiple of 4.","$ref":"#/components/schemas/Flow.RSVPExplicitRouteASNumber.Length","x-field-uid":2},"as_number":{"description":"Autonomous System number to be set in the ERO sub-object that this LSP should traverse through. This field is applicable only if the value of 'type' is set to 'as_number'.","type":"integer","format":"uint32","default":0,"maximum":65535,"x-field-uid":3}}},"Flow.RSVPExplicitRoute.Length":{"type":"object","properties":{"choice":{"description":"auto or configured value.","type":"string","default":"auto","x-field-uid":1,"x-enum":{"auto":{"x-field-uid":1},"value":{"x-field-uid":2}},"enum":["auto","value"]},"auto":{"description":"The OTG implementation will provide a system generated value for this property.  If the OTG implementation is unable to generate a value the default value must be used. ","type":"integer","format":"uint32","default":8,"x-field-uid":2},"value":{"type":"integer","format":"uint32","maximum":255,"default":8,"x-field-uid":3}}},"Flow.RSVPExplicitRouteASNumber.Length":{"type":"object","properties":{"choice":{"description":"auto or configured value.","type":"string","default":"auto","x-field-uid":1,"x-enum":{"auto":{"x-field-uid":1},"value":{"x-field-uid":2}},"enum":["auto","value"]},"auto":{"description":"The OTG implementation will provide a system generated value for this property.  If the OTG implementation is unable to generate a value the default value must be used. ","type":"integer","format":"uint32","default":4,"x-field-uid":2},"value":{"type":"integer","format":"uint32","maximum":255,"default":4,"x-field-uid":3}}},"Flow.RSVP.PathObjectsClassLabelRequest":{"description":"C-Type is specific to a class num.","type":"object","properties":{"length":{"description":"A 16-bit field containing the total object length in bytes.  Must always be a multiple of 4 or at least 4.","$ref":"#/components/schemas/Flow.RSVPObject.Length","x-field-uid":1},"c_type":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsLabelRequestCType","x-field-uid":2}}},"Flow.RSVP.PathObjectsLabelRequestCType":{"description":"Object for LABEL_REQUEST class. Currently supported c-type is Without Label Range (1).","type":"object","properties":{"choice":{"type":"string","x-field-uid":1,"default":"without_label_range","x-enum":{"without_label_range":{"x-field-uid":1}},"enum":["without_label_range"]},"without_label_range":{"$ref":"#/components/schemas/Flow.RSVP.PathLabelRequestWithoutLabelRange","x-field-uid":2}}},"Flow.RSVP.PathLabelRequestWithoutLabelRange":{"description":"Class = LABEL_REQUEST, Without Label Range C-Type = 1","type":"object","properties":{"reserved":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathLabelRequestWithoutLabelRange.Reserved"},"l3pid":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathLabelRequestWithoutLabelRange.L3pid"}}},"Flow.RSVP.PathObjectsClassSessionAttribute":{"description":"C-Type is specific to a class num.","type":"object","properties":{"length":{"description":"A 16-bit field containing the total object length in bytes.  Must always be a multiple of 4 or at least 4.","$ref":"#/components/schemas/Flow.RSVPObject.Length","x-field-uid":1},"c_type":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsSessionAttributeCType","x-field-uid":2}}},"Flow.RSVP.PathObjectsSessionAttributeCType":{"description":"Object for SESSION_ATTRIBUTE class. Currently supported c-type is LSP_Tunnel_RA (1) and LSP_Tunnel (7).","type":"object","properties":{"choice":{"type":"string","x-field-uid":1,"default":"lsp_tunnel","x-enum":{"lsp_tunnel":{"x-field-uid":1},"lsp_tunnel_ra":{"x-field-uid":2}},"enum":["lsp_tunnel","lsp_tunnel_ra"]},"lsp_tunnel":{"$ref":"#/components/schemas/Flow.RSVP.PathSessionAttributeLspTunnel","x-field-uid":2},"lsp_tunnel_ra":{"$ref":"#/components/schemas/Flow.RSVP.PathSessionAttributeLspTunnelRa","x-field-uid":3}}},"Flow.RSVP.PathSessionAttributeLspTunnel":{"description":"SESSION_ATTRIBUTE class = 207, LSP_TUNNEL_RA C-Type = 7, resource affinity information.","type":"object","properties":{"setup_priority":{"description":"The priority of the session with respect to taking resources,in the range of 0 to 7. The value 0 is the highest priority. The Setup Priority is used in deciding whether this session can preempt another session.","type":"integer","format":"uint32","default":7,"maximum":7,"x-field-uid":1},"holding_priority":{"description":"The priority of the session with respect to holding resources,in the range of 0 to 7. The value 0 is the highest priority. The Setup Priority is used in deciding whether this session can preempt another session.","type":"integer","format":"uint32","default":7,"maximum":7,"x-field-uid":2},"flags":{"description":"0x01 Local protection desired, 0x02 Label recording desired, 0x04 SE Style desired","$ref":"#/components/schemas/Flow.RSVPLspTunnel.Flag","x-field-uid":3},"name_length":{"description":"The length of the display string before padding, in bytes.          ","$ref":"#/components/schemas/Flow.RSVPSessionAttributeName.Length","x-field-uid":4},"session_name":{"description":"A null padded string of characters.          ","type":"string","default":"","minLength":0,"maxLength":254,"x-field-uid":5}}},"Flow.RSVP.PathSessionAttributeLspTunnelRa":{"description":"SESSION_ATTRIBUTE class = 207, LSP_TUNNEL_RA C-Type = 1, it carries resource affinity information.","type":"object","properties":{"exclude_any":{"description":"A 32-bit vector representing a set of attribute filters associated with a tunnel any of which renders a link unacceptable. A null set (all bits set to zero) doesn't render the link unacceptable. The most significant byte in the hex-string is the farthest  to the left in the byte sequence.  Leading zero bytes in the configured value may be omitted for brevity.           ","type":"string","format":"hex","default":"00","minLength":0,"maxLength":8,"x-field-uid":1},"include_any":{"description":"A 32-bit vector representing a set of attribute filters associated with a tunnel any of which renders a link acceptable. A null set (all bits set to zero) automatically passes. The most significant byte in the hex-string is the farthest  to the left in the byte sequence.  Leading zero bytes in the configured value may be omitted for brevity.     ","type":"string","format":"hex","default":"00","minLength":0,"maxLength":8,"x-field-uid":2},"include_all":{"description":"A 32-bit vector representing a set of attribute filters associated with a tunnel all of which must be present for a link to be acceptable. A null set (all bits set to zero) automatically passes. The most significant byte in the hex-string is the farthest to the left in the byte sequence.  Leading zero bytes in the configured value may be omitted for brevity.          ","type":"string","format":"hex","default":"00","minLength":0,"maxLength":8,"x-field-uid":3},"setup_priority":{"description":"The priority of the session with respect to taking resources,in the range of 0 to 7. The value 0 is the highest priority. The Setup Priority is used in deciding whether this session can preempt another session.","type":"integer","format":"uint32","default":7,"maximum":7,"x-field-uid":4},"holding_priority":{"description":"The priority of the session with respect to holding resources,in the range of 0 to 7. The value 0 is the highest priority. The Setup Priority is used in deciding whether this session can preempt another session.","type":"integer","format":"uint32","default":7,"maximum":7,"x-field-uid":5},"flags":{"description":"0x01 Local protection desired, 0x02 Label recording desired, 0x04 SE Style desired","$ref":"#/components/schemas/Flow.RSVPLspTunnel.Flag","x-field-uid":6},"name_length":{"description":"The length of the display string before padding, in bytes.          ","$ref":"#/components/schemas/Flow.RSVPSessionAttributeName.Length","x-field-uid":7},"session_name":{"description":"A null padded string of characters.          ","type":"string","default":"","minLength":0,"maxLength":254,"x-field-uid":8}}},"Flow.RSVPLspTunnel.Flag":{"type":"object","properties":{"choice":{"type":"string","default":"local_protection_desired","x-enum":{"local_protection_desired":{"x-field-uid":1},"label_recording_desired":{"x-field-uid":2},"se_style_desired":{"x-field-uid":3}},"x-field-uid":1,"enum":["local_protection_desired","label_recording_desired","se_style_desired"]}}},"Flow.RSVPSessionAttributeName.Length":{"type":"object","properties":{"choice":{"description":"auto or configured value.","type":"string","default":"auto","x-field-uid":1,"x-enum":{"auto":{"x-field-uid":1},"value":{"x-field-uid":2}},"enum":["auto","value"]},"auto":{"description":"The OTG implementation will provide a system generated value for this property.  If the OTG implementation is unable to generate a value the default value must be used.","type":"integer","format":"uint32","default":0,"x-field-uid":2},"value":{"type":"integer","format":"uint32","maximum":255,"default":0,"x-field-uid":3}}},"Flow.RSVP.PathObjectsClassSenderTemplate":{"description":"C-Type is specific to a class num.","type":"object","properties":{"length":{"description":"A 16-bit field containing the total object length in bytes.  Must always be a multiple of 4 or at least 4.","$ref":"#/components/schemas/Flow.RSVPObject.Length","x-field-uid":1},"c_type":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsSenderTemplateCType","x-field-uid":2}}},"Flow.RSVP.PathObjectsSenderTemplateCType":{"description":"Object for SENDER_TEMPLATE class. Currently supported c-type is LSP Tunnel IPv4 (7).","type":"object","properties":{"choice":{"type":"string","x-field-uid":1,"default":"lsp_tunnel_ipv4","x-enum":{"lsp_tunnel_ipv4":{"x-field-uid":1}},"enum":["lsp_tunnel_ipv4"]},"lsp_tunnel_ipv4":{"$ref":"#/components/schemas/Flow.RSVP.PathSenderTemplateLspTunnelIpv4","x-field-uid":2}}},"Flow.RSVP.PathSenderTemplateLspTunnelIpv4":{"description":"Class = SENDER_TEMPLATE, LSP_TUNNEL_IPv4 C-Type = 7","type":"object","properties":{"ipv4_tunnel_sender_address":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSenderTemplateLspTunnelIpv4.Ipv4TunnelSenderAddress"},"reserved":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSenderTemplateLspTunnelIpv4.Reserved"},"lsp_id":{"x-field-uid":3,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSenderTemplateLspTunnelIpv4.LspId"}}},"Flow.RSVP.PathObjectsClassSenderTspec":{"description":"C-Type is specific to a class num.","type":"object","properties":{"length":{"description":"A 16-bit field containing the total object length in bytes.  Must always be a multiple of 4 or at least 4.","$ref":"#/components/schemas/Flow.RSVPObject.Length","x-field-uid":1},"c_type":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsSenderTspecCType","x-field-uid":2}}},"Flow.RSVP.PathObjectsSenderTspecCType":{"description":"Object for SENDER_TSPEC class. Currently supported c-type is int-serv (2).","type":"object","properties":{"choice":{"type":"string","x-field-uid":1,"default":"int_serv","x-enum":{"int_serv":{"x-field-uid":1}},"enum":["int_serv"]},"int_serv":{"$ref":"#/components/schemas/Flow.RSVP.PathSenderTspecIntServ","x-field-uid":2}}},"Flow.RSVP.PathSenderTspecIntServ":{"description":"int-serv SENDER_TSPEC object: Class = 12, C-Type = 2","type":"object","properties":{"version":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSenderTspecIntServ.Version"},"reserved1":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSenderTspecIntServ.Reserved1"},"overall_length":{"x-field-uid":3,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSenderTspecIntServ.OverallLength"},"service_header":{"x-field-uid":4,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSenderTspecIntServ.ServiceHeader"},"zero_bit":{"x-field-uid":5,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSenderTspecIntServ.ZeroBit"},"reserved2":{"x-field-uid":6,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSenderTspecIntServ.Reserved2"},"length_of_service_data":{"x-field-uid":7,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSenderTspecIntServ.LengthOfServiceData"},"parameter_id_token_bucket_tspec":{"x-field-uid":8,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSenderTspecIntServ.ParameterIdTokenBucketTspec"},"parameter_127_flag":{"x-field-uid":9,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSenderTspecIntServ.Parameter127Flag"},"parameter_127_length":{"x-field-uid":10,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSenderTspecIntServ.Parameter127Length"},"token_bucket_rate":{"description":"Token bucket rate is set to sender's view of its generated traffic.","type":"number","format":"float","default":0,"x-field-uid":11},"token_bucket_size":{"description":"Token bucket size is set to sender's view of its generated traffic.","type":"number","format":"float","default":0,"x-field-uid":12},"peak_data_rate":{"description":"The peak rate may be set to the sender's peak traffic generation rate (if known and controlled), the physical interface line rate (if known), or positive infinity (if no better value is available).","type":"number","format":"float","default":0,"x-field-uid":13},"minimum_policed_unit":{"x-field-uid":14,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSenderTspecIntServ.MinimumPolicedUnit"},"maximum_packet_size":{"x-field-uid":15,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathSenderTspecIntServ.MaximumPacketSize"}}},"Flow.RSVP.PathObjectsClassRecordRoute":{"description":"C-Type is specific to a class num.","type":"object","properties":{"length":{"description":"A 16-bit field containing the total object length in bytes.  Must always be a multiple of 4 or at least 4.","$ref":"#/components/schemas/Flow.RSVPObject.Length","x-field-uid":1},"c_type":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsRecordRouteCType","x-field-uid":2}}},"Flow.RSVP.PathObjectsRecordRouteCType":{"description":"Object for RECORD_ROUTE class. c-type is Type 1 Route Record (1).","type":"object","properties":{"choice":{"type":"string","default":"type_1","x-field-uid":1,"x-enum":{"type_1":{"x-field-uid":1}},"enum":["type_1"]},"type_1":{"$ref":"#/components/schemas/Flow.RSVP.PathRecordRouteType1","x-field-uid":2}}},"Flow.RSVP.PathRecordRouteType1":{"description":"Type1 record route has list of subobjects. Currently supported subobjects are IPv4 address(1) and Label(3).","type":"object","properties":{"subobjects":{"type":"array","minItems":1,"items":{"$ref":"#/components/schemas/Flow.RSVP.Type1RecordRouteSubobjects"},"x-field-uid":1}}},"Flow.RSVP.Type1RecordRouteSubobjects":{"description":"Type is specific to a subobject.","type":"object","properties":{"type":{"$ref":"#/components/schemas/Flow.RSVP.PathObjectsRecordRouteSubObjectType","x-field-uid":1}}},"Flow.RSVP.PathObjectsRecordRouteSubObjectType":{"description":"Currently supported subobjects are IPv4 address(1) and Label(3).","type":"object","properties":{"choice":{"type":"string","x-field-uid":1,"default":"ipv4_address","x-enum":{"ipv4_address":{"x-field-uid":1},"label":{"x-field-uid":2}},"enum":["ipv4_address","label"]},"ipv4_address":{"$ref":"#/components/schemas/Flow.RSVP.PathRecordRouteType1Ipv4Address","x-field-uid":2},"label":{"$ref":"#/components/schemas/Flow.RSVP.PathRecordRouteType1Label","x-field-uid":3}}},"Flow.RSVP.PathRecordRouteType1Ipv4Address":{"description":"Class = RECORD_ROUTE, Type1 ROUTE_RECORD C-Type = 1 Subobject: IPv4 Address, C-Type: 1","type":"object","properties":{"length":{"description":"The Length contains the total length of the subobject in bytes, including the Type and Length fields.   The Length MUST be atleast 4, and MUST be a multiple of 4.","$ref":"#/components/schemas/Flow.RSVPRouteRecord.Length","x-field-uid":1},"ipv4_address":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathRecordRouteType1Ipv4Address.Ipv4Address"},"prefix_length":{"x-field-uid":3,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathRecordRouteType1Ipv4Address.PrefixLength"},"flags":{"description":"0x01  local_protection_available, 0x02  local_protection_in_use","$ref":"#/components/schemas/Flow.RSVPRecordRouteIPv4.Flag","x-field-uid":4}}},"Flow.RSVPRecordRouteIPv4.Flag":{"type":"object","properties":{"choice":{"type":"string","default":"local_protection_available","x-enum":{"local_protection_available":{"x-field-uid":1},"local_protection_in_use":{"x-field-uid":2}},"x-field-uid":1,"enum":["local_protection_available","local_protection_in_use"]}}},"Flow.RSVP.PathRecordRouteType1Label":{"description":"Class = RECORD_ROUTE, Type1 ROUTE_RECORD C-Type = 1 Subobject: Label, C-Type: 3","type":"object","properties":{"length":{"description":"The Length contains the total length of the subobject in bytes, including the Type and Length fields.   The Length MUST be atleast 4, and MUST be a multiple of 4.","$ref":"#/components/schemas/Flow.RSVPRouteRecord.Length","x-field-uid":1},"flags":{"x-field-uid":2,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathRecordRouteType1Label.Flags"},"c_type":{"x-field-uid":3,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathRecordRouteType1Label.CType"},"label":{"description":"The contents of the Label Object. Copied from the Label Object.","$ref":"#/components/schemas/Flow.RSVP.PathRecordRouteLabel","x-field-uid":4}}},"Flow.RSVP.PathRecordRouteLabel":{"type":"object","properties":{"choice":{"description":"32 bit integer or hex value.","type":"string","default":"as_integer","x-field-uid":1,"x-enum":{"as_integer":{"x-field-uid":1},"as_hex":{"x-field-uid":2}},"enum":["as_integer","as_hex"]},"as_integer":{"type":"integer","format":"uint32","default":16,"maximum":1048575,"x-field-uid":2},"as_hex":{"description":"Value of the this field should not excced 4 bytes. Maximum length of this attribute is 8 (4 * 2 hex character per byte).","type":"string","format":"hex","default":"10","maxLength":8,"x-field-uid":3}}},"Flow.RSVPRouteRecord.Length":{"type":"object","properties":{"choice":{"description":"auto or configured value.","type":"string","default":"auto","x-field-uid":1,"x-enum":{"auto":{"x-field-uid":1},"value":{"x-field-uid":2}},"enum":["auto","value"]},"auto":{"description":"The OTG implementation will provide a system generated value for this property.  If the OTG implementation is unable to generate a value the default value must be used.","type":"integer","format":"uint32","default":8,"x-field-uid":2},"value":{"type":"integer","format":"uint32","maximum":255,"default":8,"x-field-uid":3}}},"Flow.RSVP.PathObjectsCustom":{"type":"object","description":"Custom packet header","properties":{"type":{"x-field-uid":1,"$ref":"#/components/schemas/Pattern.Flow.RSVP.PathObjectsCustom.Type"},"length":{"$ref":"#/components/schemas/Flow.RSVPObject.Length","x-field-uid":2},"bytes":{"description":"A custom packet header defined as a string of hex bytes. The string MUST contain sequence of valid hex bytes. Spaces or colons can be part of the bytes but will be discarded. Value of the this field should not excced 65525 bytes since maximum 65528 bytes can be added as object-contents in RSVP header. For type and length requires 3 bytes, hence maximum of 65524 bytes are expected. Maximum length of this attribute is 131050 (65525 * 2 hex character per byte).","type":"string","format":"hex","minLength":1,"maxLength":131050,"default":"0000","x-field-uid":3}}},"Flow.Size":{"description":"The frame size which overrides the total length of the packet","type":"object","properties":{"choice":{"type":"string","default":"fixed","x-field-uid":1,"x-enum":{"fixed":{"x-field-uid":1},"increment":{"x-field-uid":2},"random":{"x-field-uid":3},"weight_pairs":{"x-field-uid":4}},"enum":["fixed","increment","random","weight_pairs"]},"fixed":{"type":"integer","format":"uint32","default":64,"x-field-uid":2},"increment":{"$ref":"#/components/schemas/Flow.SizeIncrement","x-field-uid":3},"random":{"$ref":"#/components/schemas/Flow.SizeRandom","x-field-uid":4},"weight_pairs":{"$ref":"#/components/schemas/Flow.SizeWeightPairs","x-field-uid":5}}},"Flow.SizeIncrement":{"type":"object","description":"Frame size that increments from a starting size to \nan ending size incrementing by a step size.","properties":{"start":{"description":"Starting frame size in bytes","type":"integer","format":"uint32","minimum":1,"default":64,"x-field-uid":1},"end":{"description":"Ending frame size in bytes","type":"integer","format":"uint32","minimum":64,"default":1518,"x-field-uid":2},"step":{"description":"Step frame size in bytes","type":"integer","format":"uint32","default":1,"x-field-uid":3}}},"Flow.SizeRandom":{"type":"object","description":"Random frame size from a min value to a max value.","properties":{"min":{"type":"integer","format":"uint32","default":64,"x-field-uid":1},"max":{"type":"integer","format":"uint32","default":1518,"x-field-uid":2}}},"Flow.SizeWeightPairs":{"type":"object","description":"Frame size distribution, defined as <size, weight> pairs (including IMIX distribution).\nFrames are randomly generated such that the proportion of each frame size out of the total number of frames \nare matching with the weight value of the <size, weight> pair. However, as with any other probability \ndistribution, the sample distribution is close to theoretical value only if the size of the sample is reasonably large. \nWhen the number of frames is very low the transmitted frames may not come close to the ratio described in the weight.","properties":{"choice":{"type":"string","default":"predefined","x-field-uid":1,"x-enum":{"predefined":{"x-field-uid":1},"custom":{"x-field-uid":2}},"enum":["predefined","custom"]},"predefined":{"type":"string","default":"imix","description":"Specify predefined frame size distribution <size, weight> pairs (including IMIX distribution).  \nThe available predefined distribution pairs are:\n- IMIX (64:7, 570:4, and 1518:1)  \n- IPSec IMIX (90:58.67, 92:2, 594:23.66 and 1418:15.67)  \n- IPv6 IMIX (60:58.67, 496:2, 594:23.66 and 1518:15.67)  \n- Standard IMIX (58:58.67, 62:2, 594:23.66 and 1518:15.67)  \n- TCP IMIX (90:58.67, 92:2, 594:23.66 and 1518:15.67)  ","x-field-uid":2,"x-enum":{"imix":{"x-field-uid":1},"ipsec_imix":{"x-field-uid":2},"ipv6_imix":{"x-field-uid":3},"standard_imix":{"x-field-uid":4},"tcp_imix":{"x-field-uid":5}},"enum":["imix","ipsec_imix","ipv6_imix","standard_imix","tcp_imix"]},"custom":{"type":"array","items":{"$ref":"#/components/schemas/Flow.SizeWeightPairs.Custom"},"x-field-uid":3}}},"Flow.SizeWeightPairs.Custom":{"type":"object","description":"Custom frame size distribution <size, weight> pair.","properties":{"size":{"description":"The size of the frame (in bytes) for this weight pair.","type":"integer","format":"uint32","minimum":12,"maximum":65535,"default":64,"x-field-uid":1},"weight":{"description":"Weight assigned to the corresponding frame size in this weight pair. \nHigher weight means more packets.","type":"number","format":"float","default":1,"x-field-uid":2}}},"Flow.Rate":{"type":"object","description":"The rate of packet transmission","properties":{"choice":{"description":"The available types of flow rate.","type":"string","default":"pps","x-field-uid":1,"x-enum":{"pps":{"x-field-uid":1},"bps":{"x-field-uid":2},"kbps":{"x-field-uid":3},"mbps":{"x-field-uid":4},"gbps":{"x-field-uid":5},"percentage":{"x-field-uid":6}},"enum":["pps","bps","kbps","mbps","gbps","percentage"]},"pps":{"description":"Packets per second.","type":"integer","format":"uint64","minimum":1,"default":1000,"x-field-uid":2},"bps":{"description":"Bits per second.","type":"integer","format":"uint64","minimum":672,"default":1000000000,"x-field-uid":3},"kbps":{"description":"Kilobits per second.","type":"integer","format":"uint64","minimum":1,"default":1000000,"x-field-uid":4},"mbps":{"description":"Megabits per second. ","type":"integer","format":"uint64","minimum":1,"default":1000,"x-field-uid":5},"gbps":{"description":"Gigabits per second.","type":"integer","format":"uint32","minimum":1,"default":1,"x-field-uid":6},"percentage":{"description":"The percentage of a port location's available bandwidth.","type":"number","format":"float","minimum":0,"maximum":100,"default":100,"x-field-uid":7}}},"Flow.Duration":{"description":"A container for different transmit durations. ","type":"object","properties":{"choice":{"description":"A choice used to determine the type of duration.","type":"string","default":"continuous","x-field-uid":1,"x-enum":{"fixed_packets":{"x-field-uid":1},"fixed_seconds":{"x-field-uid":2},"burst":{"x-field-uid":3},"continuous":{"x-field-uid":4}},"enum":["fixed_packets","fixed_seconds","burst","continuous"]},"fixed_packets":{"$ref":"#/components/schemas/Flow.FixedPackets","x-field-uid":2},"fixed_seconds":{"$ref":"#/components/schemas/Flow.FixedSeconds","x-field-uid":3},"burst":{"$ref":"#/components/schemas/Flow.Burst","x-field-uid":4},"continuous":{"$ref":"#/components/schemas/Flow.Continuous","x-field-uid":5}}},"Flow.Continuous":{"description":"Transmit will be continuous and will not stop automatically. ","type":"object","properties":{"gap":{"description":"The minimum gap between packets expressed as bytes.","type":"integer","format":"uint32","default":12,"x-field-uid":1},"delay":{"$ref":"#/components/schemas/Flow.Delay","x-field-uid":2}}},"Flow.Delay":{"description":"The optional container to specify the delay before starting \ntransmission of packets.","type":"object","properties":{"choice":{"type":"string","default":"bytes","x-field-uid":1,"x-enum":{"bytes":{"x-field-uid":1},"nanoseconds":{"x-field-uid":2},"microseconds":{"x-field-uid":3}},"enum":["bytes","nanoseconds","microseconds"]},"bytes":{"description":"The delay before starting transmission of packets.\nA value of 0 indicates no delay.","type":"number","format":"float","minimum":0,"default":0,"x-field-uid":2},"nanoseconds":{"description":"The delay before starting transmission of packets.\nA value of 0 indicates no delay.","type":"number","format":"float","minimum":0,"default":0,"x-field-uid":3},"microseconds":{"description":"The delay before starting transmission of packets.\nA value of 0 indicates no delay.","type":"number","format":"float","minimum":0,"default":0,"x-field-uid":4}}},"Flow.FixedPackets":{"description":"Transmit a fixed number of packets after which the flow will stop.","type":"object","properties":{"packets":{"description":"Stop transmit of the flow after this number of packets.","type":"integer","format":"uint32","minimum":1,"default":1,"x-field-uid":1},"gap":{"description":"The minimum gap between packets expressed as bytes.","type":"integer","format":"uint32","default":12,"x-field-uid":2},"delay":{"$ref":"#/components/schemas/Flow.Delay","x-field-uid":3}}},"Flow.FixedSeconds":{"description":"Transmit for a fixed number of seconds after which the flow will stop.","type":"object","properties":{"seconds":{"description":"Stop transmit of the flow after this number of seconds.","type":"number","minimum":0,"default":1,"x-field-uid":1},"gap":{"description":"The minimum gap between packets expressed as bytes.","type":"integer","format":"uint32","default":12,"x-field-uid":2},"delay":{"$ref":"#/components/schemas/Flow.Delay","x-field-uid":3}}},"Flow.Burst":{"description":"Transmits continuous or fixed burst of packets. \nFor continuous burst of packets, it will not automatically stop.\nFor fixed burst of packets, it will stop after transmitting fixed number of bursts.      ","type":"object","properties":{"bursts":{"description":"The number of packet bursts transmitted per flow.\nA value of 0 implies continuous burst of packets.","type":"integer","format":"uint32","default":0,"x-field-uid":1},"packets":{"description":"The number of packets transmitted per burst.","type":"integer","format":"uint32","minimum":1,"default":1,"x-field-uid":2},"gap":{"description":"The minimum gap between packets expressed as bytes.","type":"integer","format":"uint32","default":12,"x-field-uid":3},"inter_burst_gap":{"$ref":"#/components/schemas/Flow.Duration.InterBurstGap","x-field-uid":4}}},"Flow.Duration.InterBurstGap":{"type":"object","description":"The optional container for specifying a gap between bursts.","properties":{"choice":{"description":"The type of inter burst gap units.","type":"string","default":"bytes","x-field-uid":1,"x-enum":{"bytes":{"x-field-uid":1},"nanoseconds":{"x-field-uid":2},"microseconds":{"x-field-uid":3}},"enum":["bytes","nanoseconds","microseconds"]},"bytes":{"description":"The amount of time between bursts expressed in bytes.\nA value of 0 indicates no gap between bursts.","type":"number","format":"double","minimum":0,"default":12,"x-field-uid":2},"nanoseconds":{"description":"The amount of time between bursts expressed in nanoseconds.\nA value of 0 indicates no gap between bursts.","type":"number","format":"double","minimum":0,"default":96,"x-field-uid":3},"microseconds":{"description":"The amount of time between bursts expressed in microseconds.\nA value of 0 indicates no gap between bursts.","type":"number","format":"double","minimum":0,"default":0.096,"x-field-uid":4}}},"Flow.Metrics":{"description":"The optional container for configuring flow metrics.","type":"object","properties":{"enable":{"description":"Enables flow metrics.\nEnabling this option may affect the resultant packet payload due to \nadditional instrumentation data.","type":"boolean","default":false,"x-field-uid":1},"loss":{"description":"Enables additional flow metric loss calculation.","type":"boolean","default":false,"x-field-uid":2},"rx_tx_ratio":{"description":"Rx Tx ratio.","$ref":"#/components/schemas/Flow.RxTxRatio","x-field-uid":6},"timestamps":{"description":"Enables additional flow metric first and last timestamps.","type":"boolean","default":false,"x-field-uid":3},"latency":{"description":"Latency metrics.","$ref":"#/components/schemas/Flow.Latency.Metrics","x-field-uid":4},"predefined_metric_tags":{"description":"Predefined metric tags","$ref":"#/components/schemas/Flow.Predefined.Tags","x-field-uid":5}}},"Flow.Latency.Metrics":{"description":"The optional container for per flow latency metric configuration.","type":"object","properties":{"enable":{"description":"True to enable latency metrics using timestamps.\n\nEnabling this option may affect the resultant packet payload due to \nadditional instrumentation data.","type":"boolean","default":false,"x-field-uid":1},"mode":{"description":"Select the type of latency measurement. The different types of \nlatency measurements are:\n\n\nstore_forward:\nThe time interval starting when the last bit of the frame leaves the\nsending port and ending when the first bit of the frame is seen on\nthe receiving port (LIFO).  This is based on the RFC 1242 standard.\n\n\ncut_through:\nThe time interval starting when the first bit of the frame leaves\nthe sending port and ending when the first bit of the frame is seen\non the receiving port (FIFO).  This is based on the RFC 1242 \nstandard.","type":"string","default":"store_forward","x-field-uid":2,"x-enum":{"store_forward":{"x-field-uid":1},"cut_through":{"x-field-uid":2}},"enum":["store_forward","cut_through"]}}},"Flow.Predefined.Tags":{"description":"List of predefined flow tracking options, outside packet fields, that can be enabled.","type":"object","properties":{"rx_name":{"description":"Enables Rx port or lag level disaggregation with predefined metrics tag name set as \"rx_name\".\nThe Rx port / lag names can be found under tagged_metrics tag names in flow metrics response.","type":"boolean","default":false,"x-field-uid":1}}},"Flow.RxTxRatio":{"description":"Rx Tx ratio is the ratio of expected number of Rx packets across all Rx ports to the Tx packets\nfor the configured flow. It is a factor by which the Tx packet count is multiplied to calculate\nthe sum of expected Rx packet count, across all Rx ports. This will be used to calculate loss\npercentage of flow at aggregate level.","type":"object","properties":{"choice":{"type":"string","default":"value","x-field-uid":1,"x-enum":{"rx_count":{"x-field-uid":1},"value":{"x-field-uid":2}},"enum":["rx_count","value"]},"rx_count":{"$ref":"#/components/schemas/Flow.RxTxRatio.RxCount","x-field-uid":2},"value":{"description":"Should be a positive, non-zero value. The default value of 1, is when the Rx packet count across\nall ports is expected to match the Tx packet count. A custom integer value (>1) can be specified for\nloss calculation for cases when there are multiple destination addresses configured within one flow,\nbut DUT is configured to replicate only to a subset of Rx ports. For cases when Tx side generates two\npackets from each source in 1:1 protection mode but only one of the two packets are received by the\nRx port, we may need to specify a fractional value instead.","type":"number","format":"float","default":1,"x-field-uid":3}}},"Flow.RxTxRatio.RxCount":{"description":"This is for cases where one copy of Tx packet is received on all Rx ports and so the sum total of Rx packets\nreceived across all Rx ports is a multiple of Rx port count and Tx packets."},"Event":{"description":"The optional container for event configuration.","type":"object","properties":{"enable":{"description":"True to enable all events. \nEnabling this option may affect the resultant packet payload due to \nadditional instrumentation data.","type":"boolean","default":false,"x-field-uid":1},"link":{"$ref":"#/components/schemas/Event.Link","x-field-uid":2},"rx_rate_threshold":{"$ref":"#/components/schemas/Event.RxRateThreshold","x-field-uid":3},"route_advertise_withdraw":{"$ref":"#/components/schemas/Event.RouteAdvertiseWithdraw","x-field-uid":4}}},"Event.RxRateThreshold":{"description":"The optional container for rx rate threshold event configuration.","type":"object","properties":{"enable":{"description":"True to enable the rx_rate_threshold event. \nEnabling this option may affect the resultant packet payload due to \nadditional instrumentation data.","type":"boolean","default":false,"x-field-uid":1},"threshold":{"description":"True to enable notifications when the rx rate of a flow passes above \nor below the threshold value. ","type":"number","format":"float","maximum":100,"minimum":0,"default":95,"x-field-uid":2}}},"Event.Link":{"description":"The optional container for link up/down event configuration.","type":"object","properties":{"enable":{"description":"True to enable notifications when a link up/down event occurs. ","type":"boolean","default":false,"x-field-uid":1}}},"Event.RouteAdvertiseWithdraw":{"description":"The optional container for route advertise/withdraw event configuration.","type":"object","properties":{"enable":{"description":"True to enable notifications when a route advertise/withdraw \nevent occurs. ","type":"boolean","default":false,"x-field-uid":1}}},"Event.Request":{"type":"object","properties":{"type":{"description":"Constrain the events being returned by specifying event types.\nIf the list is empty then all event types will be returned. ","type":"array","items":{"type":"string","example":"route_withdraw","x-enum":{"link_down":{"x-field-uid":1},"link_up":{"x-field-uid":2},"route_withdraw":{"x-field-uid":3},"route_advertise":{"x-field-uid":4},"flow_rx_rate_above_threshold":{"x-field-uid":5},"flow_rx_rate_below_threshold":{"x-field-uid":6}},"enum":["link_down","link_up","route_withdraw","route_advertise","flow_rx_rate_above_threshold","flow_rx_rate_below_threshold"]},"x-field-uid":1},"source":{"description":"Constrain the events being returned by specifying event sources. \nIf the list is empty then all event sources will be returned. \n\nx-constraint:\n- /components/schemas/Port/properties/name\n- /components/schemas/Bgp.V4RouteRange/name\n- /components/schemas/Bgp.V6RouteRange/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Port/properties/name","/components/schemas/Bgp.V4RouteRange/name","/components/schemas/Bgp.V6RouteRange/name"],"x-field-uid":2}}},"Event.Subscription":{"description":"A container that describes what events a system should provide and \noptionally where to publish them.  ","type":"object","properties":{"events":{"$ref":"#/components/schemas/Event.Request","x-field-uid":1},"callback_url":{"description":"Indicates where a client wants to be notified of the events set in\nthe events property.\nIf this property is empty or null then no event notifications will\nbe forwarded.","type":"string","format":"uri","example":"https://127.0.0.1/event/notification","x-field-uid":2}}},"Lldp":{"description":"Configuration of LLDP protocol IEEE Ref: https://www.ieee802.org/1/files/public/docs2002/lldp-protocol-00.pdf","type":"object","required":["connection","name"],"properties":{"connection":{"description":"The unique name of the object on which LLDP is running. ","$ref":"#/components/schemas/Lldp.Connection","x-field-uid":1},"chassis_id":{"description":"The Chassis ID is a mandatory TLV which identifies the chassis component of the endpoint identifier associated  with the transmitting LLDP agent. If mac address is specified it should be in colon seperated mac address format.","$ref":"#/components/schemas/Lldp.ChassisId","x-field-uid":2},"port_id":{"description":"The Port ID is a mandatory TLV which identifies the port component of the endpoint identifier associated with  the transmitting LLDP agent. If the specified port is an IEEE 802.3 Repeater port, then this TLV is optional.","$ref":"#/components/schemas/Lldp.PortId","x-field-uid":3},"system_name":{"description":"The system name field shall contain an alpha-numeric string that indicates the system's administratively assigned  name. The system name should be the system's fully qualified domain name. If implementations support IETF RFC  3418, the sysName object should be used for this field.","$ref":"#/components/schemas/Lldp.SystemName","x-field-uid":4},"hold_time":{"description":"Specifies the amount of time in seconds a receiving device should maintain LLDP information sent  by the device before discarding it.","type":"integer","format":"uint32","minimum":10,"maximum":65535,"default":120,"x-field-uid":5},"advertisement_interval":{"description":"Set the transmission frequency of LLDP updates in seconds.","type":"integer","format":"uint32","minimum":5,"maximum":65534,"default":30,"x-field-uid":6},"name":{"x-field-uid":7,"description":"Globally unique name of an object. It also serves as the primary key for arrays of objects.","type":"string","pattern":"^[\\sa-zA-Z0-9-_()><\\[\\]]+$","x-unique":"global"},"org_infos":{"description":"The Organization Information is used to define the organization specific TLVs. The organization specific TLV is defined in IEEE 802.1AB-2016 specification. This category is provided to allow different organizations, such as  IEEE 802.1, IEEE 802.3, IETF, as well as individual software and equipment vendors, to define TLVs that advertise  information to remote entities attached to the same media.","type":"array","items":{"$ref":"#/components/schemas/Lldp.OrgInfo"},"x-field-uid":8}}},"Lldp.Connection":{"description":"LLDP connection to a test port. In future if more connection options arise  LLDP connection object will be enhanced. ","type":"object","properties":{"choice":{"description":"The name of the test port or other connection objects on which LLDP is configured.","type":"string","x-field-uid":1,"x-enum":{"port_name":{"x-field-uid":1}},"enum":["port_name"]},"port_name":{"description":"Name of the test port on which LLDP is configured on.\n\nx-constraint:\n- /components/schemas/Port/properties/name\n","type":"string","x-constraint":["/components/schemas/Port/properties/name"],"x-field-uid":2}}},"Lldp.ChassisId":{"description":"The Chassis ID is a mandatory TLV which identifies the chassis component of the endpoint identifier associated  with the transmitting LLDP agent. This field identifies the format and source of the chassis identifier string.  It is based on the enumerator defined by the LldpChassisIdSubtype object from IEEE 802.1AB MIB.","type":"object","properties":{"choice":{"description":"Chassis ID subtype to be used in Chassis ID TLV.","type":"string","default":"mac_address_subtype","x-field-uid":1,"x-enum":{"mac_address_subtype":{"x-field-uid":1},"interface_name_subtype":{"x-field-uid":2},"local_subtype":{"x-field-uid":3}},"enum":["mac_address_subtype","interface_name_subtype","local_subtype"]},"mac_address_subtype":{"$ref":"#/components/schemas/Lldp.ChassisMacSubType","x-field-uid":2},"interface_name_subtype":{"description":"Name of an interface of the chassis that uniquely identifies the chassis.","type":"string","x-field-uid":3},"local_subtype":{"description":"Locally assigned name of the chassis.","type":"string","x-field-uid":4}}},"Lldp.PortId":{"description":"The Port ID is a mandatory TLV which identifies the port component of the endpoint identifier associated with  the transmitting LLDP agent.This field identifies the format and source of the port identifier string. It is  based on the enumerator defined by the PtopoPortIdType object from RFC2922.","type":"object","properties":{"choice":{"description":"Port ID subtype to be used in Port ID TLV.","type":"string","default":"interface_name_subtype","x-field-uid":1,"x-enum":{"mac_address_subtype":{"x-field-uid":1},"interface_name_subtype":{"x-field-uid":2},"local_subtype":{"x-field-uid":3}},"enum":["mac_address_subtype","interface_name_subtype","local_subtype"]},"mac_address_subtype":{"description":"The MAC Address configured in the Port ID TLV.","type":"string","x-field-uid":2},"interface_name_subtype":{"$ref":"#/components/schemas/Lldp.PortInterfaceNameSubType","x-field-uid":3},"local_subtype":{"description":"The Locally assigned name configured in the Port ID TLV.","type":"string","x-field-uid":4}}},"Lldp.ChassisMacSubType":{"description":"The MAC address configured in the Chassis ID TLV. ","type":"object","properties":{"choice":{"description":"In auto mode the system generated value is set for this property, while if the choice is selected as value,  a user configured value will be used for this property.","type":"string","default":"auto","x-field-uid":1,"x-enum":{"auto":{"x-field-uid":1},"value":{"x-field-uid":2}},"enum":["auto","value"]},"auto":{"description":"The OTG implementation must provide a system generated value for this property.","type":"string","format":"mac","x-field-uid":2},"value":{"description":"User must specify a value if mode is not auto.","type":"string","format":"mac","x-field-uid":3}}},"Lldp.PortInterfaceNameSubType":{"description":"The interface name configured in the Port ID TLV. ","type":"object","properties":{"choice":{"description":"In auto mode the system generated value is set for this property, while if the choice is selected as value,  a user configured value will be used for this property.","type":"string","default":"auto","x-field-uid":1,"x-enum":{"auto":{"x-field-uid":1},"value":{"x-field-uid":2}},"enum":["auto","value"]},"auto":{"description":"The OTG implementation must provide a system generated value for this property.","type":"string","x-field-uid":2},"value":{"description":"User must specify a value if mode is not auto.","type":"string","x-field-uid":3}}},"Lldp.SystemName":{"description":"The system Name configured in the System Name TLV. ","type":"object","properties":{"choice":{"description":"In auto mode the system generated value is set for this property, while if the choice is selected as value,  a user configured value will be used for this property.","type":"string","default":"auto","x-field-uid":1,"x-enum":{"auto":{"x-field-uid":1},"value":{"x-field-uid":2}},"enum":["auto","value"]},"auto":{"description":"The OTG implementation must provide a system generated value for this property.","type":"string","x-field-uid":2},"value":{"description":"User must specify a value if mode is not auto.","type":"string","x-field-uid":3}}},"Lldp.OrgInfo":{"description":"The organization specific information configured in the Organization Specific TLV. ","type":"object","properties":{"oui":{"description":"The organizationally unique identifier field shall contain the organization's OUI as defined in Clause 9 of IEEE  Std 802. It is a 24 bit number that uniquely identifies a vendor, manufacturer, or other organizations. ","type":"string","format":"hex","maxLength":6,"minLength":6,"default":"0080C2","x-field-uid":1},"subtype":{"description":"The organizationally defined subtype field shall contain a unique subtype value assigned by the defining organization.","type":"integer","format":"uint32","minimum":1,"maximum":127,"default":1,"x-field-uid":2},"information":{"description":"Contains the organizationally defined information. The actual format of the organizationally defined information string  field is organizationally specific and can contain either binary or alpha-numeric information that is instance specific  for the particular TLV type and subtype. Alpha-numeric information are encoded in UTF-8 (as specified in IETF RFC 3629).  Or include one or more information fields with their associated field-type identifiers, designators similar to those in  the Management Address TLV.","$ref":"#/components/schemas/Lldp.OrgInfoType","x-field-uid":3}}},"Lldp.OrgInfoType":{"description":"Contains either the Alpha-numeric information encoded in UTF-8 (as specified in IETF RFC 3629) or include one or more information fields with  their associated field-type identifiers designators, similar to those in the Management Address TLV. Currently only one choice as info is given in future if required it can be extended to define sub tlvs.","type":"object","properties":{"choice":{"description":"In info mode the organizationally defined information contain either binary or alpha-numeric information encoded in UTF-8  (as specified in IETF RFC 3629).","type":"string","default":"info","x-field-uid":1,"x-enum":{"info":{"x-field-uid":1}},"enum":["info"]},"info":{"description":"The organizationally defined information encoded in UTF-8 (as specified in IETF RFC 3629). This byte stream can be of any  length from 1 to 507 bytes. In the info byte stream, one byte is represented as string of 2 characters, for example 2  character string (0x)AB represents value of a single byte. So the maximum length of this attribute is 1014 (507 * 2 hex  characters per byte).","type":"string","format":"hex","minLength":1,"maxLength":1014,"x-field-uid":2}}},"Error":{"description":"Error response generated while serving API request.","type":"object","required":["code","errors"],"properties":{"code":{"description":"Numeric status code based on the underlying transport being used.\nThe API server MUST set this code explicitly based on following references:\n  - HTTP 4xx errors: https://datatracker.ietf.org/doc/html/rfc9110#section-15.5\n  - HTTP 5xx errors: https://datatracker.ietf.org/doc/html/rfc9110#section-15.6\n  - gRPC errors: https://grpc.github.io/grpc/core/md_doc_statuscodes.html","type":"integer","format":"int32","x-field-uid":1},"kind":{"description":"Classification of error originating from within API server that may not be mapped to the value in `code`.\nAbsence of this field may indicate that the error did not originate from within API server.","type":"string","x-enum":{"validation":{"x-field-uid":1},"internal":{"x-field-uid":2}},"x-field-uid":2,"enum":["validation","internal"]},"errors":{"description":"List of error messages generated while executing the request.","type":"array","items":{"type":"string"},"x-field-uid":3}}},"Warning":{"description":"A list of warnings that have occurred while executing the request.","type":"object","properties":{"warnings":{"description":"A list of any system specific warnings that have occurred while \nexecuting the request.","type":"array","items":{"type":"string"},"x-field-uid":1}}},"Config.Update":{"description":"Request for updating specific attributes of resources in traffic generator","type":"object","properties":{"choice":{"type":"string","x-enum":{"flows":{"x-field-uid":1}},"x-field-uid":1,"enum":["flows"]},"flows":{"$ref":"#/components/schemas/Flows.Update","x-field-uid":2}}},"Flows.Update":{"description":"A container of flows with associated properties to be updated without affecting the flows current transmit state.","type":"object","required":["property_names","flows"],"properties":{"property_names":{"description":"Flow properties to be updated without affecting the transmit state.","type":"array","items":{"type":"string","x-enum":{"rate":{"x-field-uid":1},"size":{"x-field-uid":2}},"enum":["rate","size"]},"x-field-uid":1},"flows":{"description":"The list of configured flows for which given property will be updated.","type":"array","items":{"$ref":"#/components/schemas/Flow"},"x-field-uid":2}}},"Control.State":{"description":"Request for setting operational state of configured resources.","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"port":{"x-field-uid":1},"protocol":{"x-field-uid":2},"traffic":{"x-field-uid":3}},"x-field-uid":1,"enum":["port","protocol","traffic"]},"port":{"$ref":"#/components/schemas/State.Port","x-field-uid":2},"protocol":{"$ref":"#/components/schemas/State.Protocol","x-field-uid":3},"traffic":{"$ref":"#/components/schemas/State.Traffic","x-field-uid":4}}},"State.Port":{"description":"States associated with configured ports.","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"link":{"x-field-uid":1},"capture":{"x-field-uid":2}},"x-field-uid":1,"enum":["link","capture"]},"link":{"$ref":"#/components/schemas/State.Port.Link","x-field-uid":2},"capture":{"$ref":"#/components/schemas/State.Port.Capture","x-field-uid":3}}},"State.Traffic":{"description":"States associated with configured flows","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"flow_transmit":{"x-field-uid":1}},"x-field-uid":1,"enum":["flow_transmit"]},"flow_transmit":{"$ref":"#/components/schemas/State.Traffic.FlowTransmit","x-field-uid":2}}},"State.Protocol":{"description":"States associated with protocols on configured resources.","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"all":{"x-field-uid":1},"route":{"x-field-uid":2},"lacp":{"x-field-uid":3},"bgp":{"x-field-uid":4},"isis":{"x-field-uid":5},"ospfv2":{"x-field-uid":6}},"x-field-uid":1,"enum":["all","route","lacp","bgp","isis","ospfv2"]},"all":{"$ref":"#/components/schemas/State.Protocol.All","x-field-uid":2},"route":{"$ref":"#/components/schemas/State.Protocol.Route","x-field-uid":3},"lacp":{"$ref":"#/components/schemas/State.Protocol.Lacp","x-field-uid":4},"bgp":{"$ref":"#/components/schemas/State.Protocol.Bgp","x-field-uid":5},"isis":{"$ref":"#/components/schemas/State.Protocol.Isis","x-field-uid":6},"ospfv2":{"$ref":"#/components/schemas/State.Protocol.Ospfv2","x-field-uid":7}}},"State.Port.Link":{"description":"Sets the link of configured ports.","type":"object","required":["state"],"properties":{"port_names":{"description":"The names of target ports. An empty or null list will target all ports.\n\nx-constraint:\n- /components/schemas/Port/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Port/properties/name"],"x-field-uid":1},"state":{"description":"The link state.","type":"string","x-field-uid":2,"x-enum":{"up":{"x-field-uid":1},"down":{"x-field-uid":2}},"enum":["up","down"]}}},"State.Port.Capture":{"description":"Sets the capture state of configured ports","type":"object","required":["state"],"properties":{"port_names":{"description":"The names of ports to which the capture state will be applied to. If the list of port_names is empty or null the state will be applied to all configured ports.\nIf the list is not empty any port that is not included in the list of port_names MUST be ignored and not included in the state change.\n\nx-constraint:\n- /components/schemas/Port/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Port/properties/name"],"x-field-uid":1},"state":{"description":"The capture state.","type":"string","x-field-uid":2,"x-enum":{"start":{"x-field-uid":1},"stop":{"x-field-uid":2}},"enum":["start","stop"]}}},"State.Traffic.FlowTransmit":{"description":"Provides state control of flow transmission.","type":"object","required":["state"],"properties":{"flow_names":{"description":"The names of flows to which the transmit state will be applied to. If the list of flow_names is empty or null the state will be applied to all configured flows.\nIf the list is not empty any flow that is not included in the list of flow_names MUST be ignored and not included in the state change.\n\nx-constraint:\n- /components/schemas/Flow/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Flow/properties/name"],"x-field-uid":1},"state":{"description":"The transmit state.\nIf the value of the state property is 'start' then all flows defined by the 'flow_names' property will be started and the metric counters MUST be cleared prior to starting the flow(s).\nIf the value of the state property is 'stop' then all flows defined by the 'flow_names' property will be stopped and the metric counters MUST NOT be cleared.\nIf the value of the state property is 'pause' then all flows defined by the 'flow_names' property will be paused and the metric counters MUST NOT be cleared.\nIf the value of the state property is 'resume' then any paused flows defined by the 'flow_names' property will start transmit at the point at which they were paused. Any flow that is stopped will start transmit at the beginning of the flow. The flow(s) MUST NOT have their metric counters cleared.","type":"string","x-field-uid":2,"x-enum":{"start":{"x-field-uid":1},"stop":{"x-field-uid":2},"pause":{"x-field-uid":3},"resume":{"x-field-uid":4}},"enum":["start","stop","pause","resume"]}}},"State.Protocol.All":{"description":"Sets all configured protocols to `start` or `stop` state.\nSetting protocol state to `start` shall be a no-op if preceding `set_config` API call was made with `config.options.protocol_options.auto_start_all` set to `true` or if all the configured protocols are already started.","type":"object","required":["state"],"properties":{"state":{"description":"Protocol states","type":"string","x-field-uid":1,"x-enum":{"start":{"x-field-uid":1},"stop":{"x-field-uid":2}},"enum":["start","stop"]}}},"State.Protocol.Route":{"description":"Sets the state of configured routes","type":"object","required":["state"],"properties":{"names":{"description":"The names of device route objects to control. If no names are specified then all route objects that match the x-constraint will be affected.\n\nx-constraint:\n- /components/schemas/Bgp.V4RouteRange/properties/name\n- /components/schemas/Bgp.V6RouteRange/properties/name\n- /components/schemas/Isis.V4RouteRange/properties/name\n- /components/schemas/Isis.V6RouteRange/properties/name\n- /components/schemas/Ospfv2.V4RouteRange/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Bgp.V4RouteRange/properties/name","/components/schemas/Bgp.V6RouteRange/properties/name","/components/schemas/Isis.V4RouteRange/properties/name","/components/schemas/Isis.V6RouteRange/properties/name","/components/schemas/Ospfv2.V4RouteRange/properties/name"],"x-field-uid":1},"state":{"description":"Route states","type":"string","x-field-uid":2,"x-enum":{"withdraw":{"x-field-uid":1},"advertise":{"x-field-uid":2}},"enum":["withdraw","advertise"]}}},"State.Protocol.Lacp":{"description":"Sets state of configured LACP","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"admin":{"x-field-uid":1},"member_ports":{"x-field-uid":2}},"x-field-uid":1,"enum":["admin","member_ports"]},"admin":{"$ref":"#/components/schemas/State.Protocol.Lacp.Admin","x-field-uid":2},"member_ports":{"$ref":"#/components/schemas/State.Protocol.Lacp.MemberPorts","x-field-uid":3}}},"State.Protocol.Lacp.Admin":{"description":"Sets admin state of LACP configured on LAG members","required":["state"],"properties":{"lag_member_names":{"description":"The names of LAG members (ports) for which the state has to be applied. An empty or null list will control all LAG members.\n\nx-constraint:\n- /components/schemas/Port/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Port/properties/name"],"x-field-uid":1},"state":{"description":"The LACP Member admin state. 'up' will send LACPDUs with 'sync' flag set on selected member ports. 'down' will send LACPDUs with 'sync' flag unset on selected member ports.","type":"string","x-field-uid":2,"x-enum":{"up":{"x-field-uid":1},"down":{"x-field-uid":2}},"enum":["up","down"]}}},"State.Protocol.Lacp.MemberPorts":{"description":"Sets state of LACP member ports configured on LAG.","required":["state"],"properties":{"lag_member_names":{"description":"The names of LAG members (ports) for which the state has to be applied. An empty or null list will control all LAG members.\n\nx-constraint:\n- /components/schemas/Port/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Port/properties/name"],"x-field-uid":1},"state":{"description":"The desired LACP member port state.","type":"string","x-field-uid":2,"x-enum":{"up":{"x-field-uid":1},"down":{"x-field-uid":2}},"enum":["up","down"]}}},"State.Protocol.Bgp":{"description":"Sets state of configured BGP peers.","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"peers":{"x-field-uid":1}},"x-field-uid":1,"enum":["peers"]},"peers":{"$ref":"#/components/schemas/State.Protocol.Bgp.Peers","x-field-uid":2}}},"State.Protocol.Bgp.Peers":{"description":"Sets state of configured BGP peers.","required":["state"],"properties":{"peer_names":{"description":"The names of BGP peers for which the state has to be applied. An empty or null list will control all BGP peers.\n\nx-constraint:\n- /components/schemas/Bgp.V4Peer/properties/name\n- /components/schemas/Bgp.V6Peer/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Bgp.V4Peer/properties/name","/components/schemas/Bgp.V6Peer/properties/name"],"x-field-uid":1},"state":{"description":"The desired state of BGP peer. If the desired state is 'up', underlying IP interface(s) would be brought up automatically (if not already up), would attempt to bring up the BGP session(s) and advertise route(s), if configured. If the desired state is 'down', BGP session(s) would be brought down. ","type":"string","x-field-uid":2,"x-enum":{"up":{"x-field-uid":1},"down":{"x-field-uid":2}},"enum":["up","down"]}}},"State.Protocol.Isis":{"description":"Sets state of configured ISIS routers.","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"routers":{"x-field-uid":1}},"x-field-uid":1,"enum":["routers"]},"routers":{"$ref":"#/components/schemas/State.Protocol.Isis.Routers","x-field-uid":2}}},"State.Protocol.Isis.Routers":{"description":"Sets state of configured ISIS routers.","required":["state"],"properties":{"router_names":{"description":"The names of ISIS routers for which the state has to be applied. An empty or null list will control all ISIS routers.\n\nx-constraint:\n- /components/schemas/Device.IsisRouter/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.IsisRouter/properties/name"],"x-field-uid":1},"state":{"description":"The desired state of ISIS router. If the desired state is 'up', would attempt to bring up the ISIS session(s) with respective peer(s) and advertise route(s), if configured. If the desired state is 'down', would bring down ISIS session(s) with respective peer(s). ","type":"string","x-field-uid":2,"x-enum":{"up":{"x-field-uid":1},"down":{"x-field-uid":2}},"enum":["up","down"]}}},"State.Protocol.Ospfv2":{"description":"Sets state of configured OSPFv2 routers.","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"routers":{"x-field-uid":1}},"x-field-uid":1,"enum":["routers"]},"routers":{"$ref":"#/components/schemas/State.Protocol.Ospfv2.Routers","x-field-uid":2}}},"State.Protocol.Ospfv2.Routers":{"description":"Sets state of configured OSPFv2 routers.","required":["state"],"properties":{"router_names":{"description":"The names of OSPFv2 routers for which the state has to be applied. An empty or null list will control all OSPFv2 routers.\n\nx-constraint:\n- /components/schemas/Device.Ospfv2/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.Ospfv2/properties/name"],"x-field-uid":1},"state":{"description":"The desired state of OSPFv2 router. If the desired state is 'up', would attempt to bring up the OSPFv2 session(s) with respective peer(s) and advertise route(s), if configured. If the desired state is 'down', would bring down OSPFv2 session(s) with respective peer(s). ","type":"string","x-field-uid":2,"x-enum":{"up":{"x-field-uid":1},"down":{"x-field-uid":2}},"enum":["up","down"]}}},"Control.Action":{"description":"Request for triggering action against configured resources.","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"protocol":{"x-field-uid":1}},"x-field-uid":1,"enum":["protocol"]},"protocol":{"$ref":"#/components/schemas/Action.Protocol","x-field-uid":2}}},"Control.Action.Response":{"description":"Response for action triggered against configured resources along with warnings.","type":"object","properties":{"warnings":{"description":"List of warnings generated while triggering specified action","type":"array","items":{"type":"string"},"x-field-uid":1},"response":{"$ref":"#/components/schemas/Action.Response","x-field-uid":2}}},"Action.Response":{"description":"Response for action triggered against configured resources.","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"protocol":{"x-field-uid":1}},"x-field-uid":1,"enum":["protocol"]},"protocol":{"$ref":"#/components/schemas/Action.Response.Protocol","x-field-uid":2}}},"Action.Protocol":{"description":"Actions associated with protocols on configured resources.","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"ipv4":{"x-field-uid":1},"ipv6":{"x-field-uid":2},"bgp":{"x-field-uid":3}},"x-field-uid":1,"enum":["ipv4","ipv6","bgp"]},"ipv4":{"$ref":"#/components/schemas/Action.Protocol.Ipv4","x-field-uid":2},"ipv6":{"$ref":"#/components/schemas/Action.Protocol.Ipv6","x-field-uid":3},"bgp":{"$ref":"#/components/schemas/Action.Protocol.Bgp","x-field-uid":4}}},"Action.Response.Protocol":{"description":"Response for actions associated with protocols on configured resources.","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"ipv4":{"x-field-uid":1},"ipv6":{"x-field-uid":2}},"x-field-uid":1,"enum":["ipv4","ipv6"]},"ipv4":{"$ref":"#/components/schemas/Action.Response.Protocol.Ipv4","x-field-uid":2},"ipv6":{"$ref":"#/components/schemas/Action.Response.Protocol.Ipv6","x-field-uid":3}}},"Action.Protocol.Ipv4":{"description":"Actions associated with IPv4 on configured resources.","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"ping":{"x-field-uid":1}},"x-field-uid":1,"enum":["ping"]},"ping":{"$ref":"#/components/schemas/Action.Protocol.Ipv4.Ping","x-field-uid":2}}},"Action.Response.Protocol.Ipv4":{"description":"Response for actions associated with IPv4 on configured resources.","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"ping":{"x-field-uid":1}},"x-field-uid":1,"enum":["ping"]},"ping":{"$ref":"#/components/schemas/Action.Response.Protocol.Ipv4.Ping","x-field-uid":2}}},"Action.Protocol.Ipv4.Ping":{"description":"Request for initiating ping between multiple source and destination pairs.","type":"object","properties":{"requests":{"description":"List of IPv4 ping requests.","type":"array","items":{"$ref":"#/components/schemas/Action.Protocol.Ipv4.PingRequest"},"x-field-uid":1}}},"Action.Protocol.Ipv4.PingRequest":{"description":"Under Review: Most ping request parameters are still TBD.\n\nRequest for initiating ping between a single source and destination pair.\nFor ping request, 1 IPv4 ICMP Echo Request shall be sent and wait for ping response to either succeed or time out. The API wait timeout for each request shall be 300ms.","type":"object","x-status":{"status":"under_review","information":"Most ping request parameters are still TBD."},"properties":{"src_name":{"description":"Name of source IPv4 interface to be used.\n\nx-constraint:\n- /components/schemas/Device.Ipv4/properties/name\n","type":"string","x-constraint":["/components/schemas/Device.Ipv4/properties/name"],"x-field-uid":1},"dst_ip":{"description":"Destination IPv4 address to ping.","type":"string","format":"ipv4","x-field-uid":2}}},"Action.Response.Protocol.Ipv4.Ping":{"description":"Response for ping initiated between multiple source and destination pairs.","type":"object","properties":{"responses":{"description":"List of responses for IPv4 ping responses.","type":"array","items":{"$ref":"#/components/schemas/Action.Response.Protocol.Ipv4.PingResponse"},"x-field-uid":1}}},"Action.Response.Protocol.Ipv4.PingResponse":{"description":"Response for ping initiated between a single source and destination pair.","type":"object","required":["src_name","dst_ip","result"],"properties":{"src_name":{"description":"Name of source IPv4 interface used for ping.\n\nx-constraint:\n- /components/schemas/Device.Ipv4/properties/name\n","type":"string","x-constraint":["/components/schemas/Device.Ipv4/properties/name"],"x-field-uid":1},"dst_ip":{"description":"Destination IPv4 address used for ping.","type":"string","format":"ipv4","x-field-uid":2},"result":{"description":"Result of the ping request.","type":"string","x-field-uid":3,"x-enum":{"succeeded":{"x-field-uid":1},"failed":{"x-field-uid":2}},"enum":["succeeded","failed"]}}},"Action.Protocol.Ipv6":{"description":"Actions associated with IPv6 on configured resources.","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"ping":{"x-field-uid":1}},"x-field-uid":1,"enum":["ping"]},"ping":{"$ref":"#/components/schemas/Action.Protocol.Ipv6.Ping","x-field-uid":2}}},"Action.Response.Protocol.Ipv6":{"description":"Response for actions associated with IPv6 on configured resources.","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"ping":{"x-field-uid":1}},"x-field-uid":1,"enum":["ping"]},"ping":{"$ref":"#/components/schemas/Action.Response.Protocol.Ipv6.Ping","x-field-uid":2}}},"Action.Protocol.Ipv6.Ping":{"description":"Request for initiating ping between multiple source and destination pairs.","type":"object","properties":{"requests":{"description":"List of IPv6 ping requests.","type":"array","items":{"$ref":"#/components/schemas/Action.Protocol.Ipv6.PingRequest"},"x-field-uid":1}}},"Action.Protocol.Ipv6.PingRequest":{"description":"Under Review: Most ping request parameters are still TBD.\n\nRequest for initiating ping between a single source and destination pair.\nFor ping request, 1 IPv6 ICMP Echo Request shall be sent and wait for ping response to either succeed or time out. The API wait timeout for each request shall be 300ms.","type":"object","x-status":{"status":"under_review","information":"Most ping request parameters are still TBD."},"properties":{"src_name":{"description":"Name of source IPv6 interface to be used.\n\nx-constraint:\n- /components/schemas/Device.Ipv6/properties/name\n","type":"string","x-constraint":["/components/schemas/Device.Ipv6/properties/name"],"x-field-uid":1},"dst_ip":{"description":"Destination IPv6 address to ping.","type":"string","format":"ipv6","x-field-uid":2}}},"Action.Response.Protocol.Ipv6.Ping":{"description":"Response for ping initiated between multiple source and destination pairs.","type":"object","properties":{"responses":{"description":"List of responses for IPv6 ping responses.","type":"array","items":{"$ref":"#/components/schemas/Action.Response.Protocol.Ipv6.PingResponse"},"x-field-uid":1}}},"Action.Response.Protocol.Ipv6.PingResponse":{"description":"Response for ping initiated between a single source and destination pair.","type":"object","required":["src_name","dst_ip","result"],"properties":{"src_name":{"description":"Name of source IPv6 interface used for ping.\n\nx-constraint:\n- /components/schemas/Device.Ipv6/properties/name\n","type":"string","x-constraint":["/components/schemas/Device.Ipv6/properties/name"],"x-field-uid":1},"dst_ip":{"description":"Destination IPv6 address used for ping.","type":"string","format":"ipv6","x-field-uid":2},"result":{"description":"Result of the ping request.","type":"string","x-field-uid":3,"x-enum":{"succeeded":{"x-field-uid":1},"failed":{"x-field-uid":2}},"enum":["succeeded","failed"]}}},"Action.Protocol.Bgp":{"description":"Actions associated with BGP on configured resources.","type":"object","required":["choice"],"properties":{"choice":{"type":"string","x-enum":{"notification":{"x-field-uid":1},"initiate_graceful_restart":{"x-field-uid":2}},"x-field-uid":1,"enum":["notification","initiate_graceful_restart"]},"notification":{"$ref":"#/components/schemas/Action.Protocol.Bgp.Notification","x-field-uid":2},"initiate_graceful_restart":{"$ref":"#/components/schemas/Action.Protocol.Bgp.InitiateGracefulRestart","x-field-uid":3}}},"Action.Protocol.Bgp.Notification":{"description":"A NOTIFICATION message is sent when an error is detected with the BGP session, such as hold timer expiring, misconfigured AS number  or a BGP session reset is requested. This causes the BGP connection to close. Send explicit NOTIFICATIONs for list of specified  BGP peers. If a user wants to send custom Error Code and Error Subcode the custom object should be configured. A user can send IANA defined BGP NOTIFICATIONs according to https://www.iana.org/assignments/bgp-parameters/bgp-parameters.xhtml. ","type":"object","properties":{"names":{"description":"The names of BGP Peers to send NOTIFICATION to. If no name is specified then NOTIFICATION will be sent to all configured BGP peers.\n\nx-constraint:\n- /components/schemas/Bgp.V4Peer/properties/name\n- /components/schemas/Bgp.V6Peer/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Bgp.V4Peer/properties/name","/components/schemas/Bgp.V6Peer/properties/name"],"x-field-uid":1},"choice":{"description":"Each BGP NOTIFICATION message includes an Error Code field indicating what type of problem occurred. For certain Error Codes, an Error  Subcode field provides additional details about the specific nature of the problem.  The choice value will provide the Error Code used in NOTIFICATION message.  The Subcode can be set for each of the corresponding errors except for Hold Timer Expired error and BGP Finite State Machine error.  In both of these cases Subcode 0 will be sent. If a user wants to use non zero Sub Code then custom choice can be used.","type":"string","x-field-uid":2,"default":"cease","x-enum":{"cease":{"x-field-uid":1},"message_header_error":{"x-field-uid":2},"open_message_error":{"x-field-uid":3},"update_message_error":{"x-field-uid":4},"hold_timer_expired":{"x-field-uid":5},"finite_state_machine_error":{"x-field-uid":6},"custom":{"x-field-uid":7}},"enum":["cease","message_header_error","open_message_error","update_message_error","hold_timer_expired","finite_state_machine_error","custom"]},"cease":{"$ref":"#/components/schemas/Device.Bgp.CeaseError","x-field-uid":3},"message_header_error":{"$ref":"#/components/schemas/Device.Bgp.MessageHeaderError","x-field-uid":4},"open_message_error":{"$ref":"#/components/schemas/Device.Bgp.OpenMessageError","x-field-uid":5},"update_message_error":{"$ref":"#/components/schemas/Device.Bgp.UpdateMessageError","x-field-uid":6},"hold_timer_expired":{"$ref":"#/components/schemas/Device.Bgp.HoldTimerExpired","x-field-uid":7},"finite_state_machine_error":{"$ref":"#/components/schemas/Device.Bgp.FiniteStateMachineError","x-field-uid":8},"custom":{"$ref":"#/components/schemas/Device.Bgp.CustomError","x-field-uid":9}}},"Action.Protocol.Bgp.InitiateGracefulRestart":{"description":"Initiates BGP Graceful Restart process for the selected BGP peers. If no name is specified then Graceful Restart will be sent to all configured BGP peers. To emulate scenarios where a peer sends a Notification and stops the session, an optional Notification object is included. If the remote peer and the local peer are both configured to perform Graceful Restart for Notification triggered session , this will result in  Graceful Restart scenario to be triggered as per RFC8538.","type":"object","properties":{"peer_names":{"description":"The names of device BGP peers objects to control.\n\nx-constraint:\n- /components/schemas/Bgp.V4Peer/properties/name\n- /components/schemas/Bgp.V6Peer/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Bgp.V4Peer/properties/name","/components/schemas/Bgp.V6Peer/properties/name"],"x-field-uid":1},"restart_delay":{"description":"Duration (in seconds) after which selected BGP peers will initiate \nGraceful restart by sending the Open Message with Restart State bit set in the Graceful Restart capability.","type":"integer","format":"uint32","maximum":3600,"default":30,"x-field-uid":2},"notification":{"description":"Send a Notification to the peer as per configured parameters when initially bringing down a session as per\nconfigured parameters.","$ref":"#/components/schemas/Action.Protocol.BgpGracefulRestart.Notification","x-field-uid":3}}},"Action.Protocol.BgpGracefulRestart.Notification":{"description":"Defines the explicit contents of the NOTIFICATION message to be sent when executing InitiateGracefulRestart trigger.  This causes the BGP connection to close.If a user wants to send custom Error Code and Error Subcode the custom object should be configured. A user can send IANA defined BGP NOTIFICATIONs according to https://www.iana.org/assignments/bgp-parameters/bgp-parameters.xhtml. ","type":"object","properties":{"choice":{"description":"Each BGP NOTIFICATION message includes an Error Code field indicating what type of problem occurred. For certain Error Codes, an Error  Subcode field provides additional details about the specific nature of the problem.  The choice value will provide the Error Code used in NOTIFICATION message.  The Subcode can be set for each of the corresponding errors except for Hold Timer Expired error and BGP Finite State Machine error.  In both of these cases Subcode 0 will be sent. If a user wants to use non zero Sub Code then custom choice can be used.","type":"string","x-field-uid":2,"default":"cease","x-enum":{"cease":{"x-field-uid":1},"message_header_error":{"x-field-uid":2},"open_message_error":{"x-field-uid":3},"update_message_error":{"x-field-uid":4},"hold_timer_expired":{"x-field-uid":5},"finite_state_machine_error":{"x-field-uid":6},"custom":{"x-field-uid":7}},"enum":["cease","message_header_error","open_message_error","update_message_error","hold_timer_expired","finite_state_machine_error","custom"]},"cease":{"$ref":"#/components/schemas/Device.Bgp.CeaseError","x-field-uid":3},"message_header_error":{"$ref":"#/components/schemas/Device.Bgp.MessageHeaderError","x-field-uid":4},"open_message_error":{"$ref":"#/components/schemas/Device.Bgp.OpenMessageError","x-field-uid":5},"update_message_error":{"$ref":"#/components/schemas/Device.Bgp.UpdateMessageError","x-field-uid":6},"hold_timer_expired":{"$ref":"#/components/schemas/Device.Bgp.HoldTimerExpired","x-field-uid":7},"finite_state_machine_error":{"$ref":"#/components/schemas/Device.Bgp.FiniteStateMachineError","x-field-uid":8},"custom":{"$ref":"#/components/schemas/Device.Bgp.CustomError","x-field-uid":9}}},"Metrics.Request":{"description":"Request 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choice.","type":"object","properties":{"choice":{"type":"string","default":"port","x-field-uid":1,"x-enum":{"port":{"x-field-uid":1},"flow":{"x-field-uid":2},"bgpv4":{"x-field-uid":3},"bgpv6":{"x-field-uid":4},"isis":{"x-field-uid":5},"lag":{"x-field-uid":6},"lacp":{"x-field-uid":7},"lldp":{"x-field-uid":8},"rsvp":{"x-field-uid":9},"dhcpv4_client":{"x-field-uid":10},"dhcpv4_server":{"x-field-uid":11},"dhcpv6_client":{"x-field-uid":12},"dhcpv6_server":{"x-field-uid":13},"ospfv2":{"x-field-uid":14}},"enum":["port","flow","bgpv4","bgpv6","isis","lag","lacp","lldp","rsvp","dhcpv4_client","dhcpv4_server","dhcpv6_client","dhcpv6_server","ospfv2"]},"port":{"$ref":"#/components/schemas/Port.Metrics.Request","x-field-uid":2},"flow":{"$ref":"#/components/schemas/Flow.Metrics.Request","x-field-uid":3},"bgpv4":{"$ref":"#/components/schemas/Bgpv4.Metrics.Request","x-field-uid":4},"bgpv6":{"$ref":"#/components/schemas/Bgpv6.Metrics.Request","x-field-uid":5},"isis":{"$ref":"#/components/schemas/Isis.Metrics.Request","x-field-uid":6},"lag":{"$ref":"#/components/schemas/Lag.Metrics.Request","x-field-uid":7},"lacp":{"$ref":"#/components/schemas/Lacp.Metrics.Request","x-field-uid":8},"lldp":{"$ref":"#/components/schemas/Lldp.Metrics.Request","x-field-uid":9},"rsvp":{"$ref":"#/components/schemas/Rsvp.Metrics.Request","x-field-uid":10},"dhcpv4_client":{"$ref":"#/components/schemas/Dhcpv4Client.Metrics.Request","x-field-uid":11},"dhcpv4_server":{"$ref":"#/components/schemas/Dhcpv4Server.Metrics.Request","x-field-uid":12},"dhcpv6_client":{"$ref":"#/components/schemas/Dhcpv6Client.Metrics.Request","x-field-uid":13},"dhcpv6_server":{"$ref":"#/components/schemas/Dhcpv6Server.Metrics.Request","x-field-uid":14},"ospfv2":{"$ref":"#/components/schemas/Ospfv2.Metrics.Request","x-field-uid":15}}},"Metrics.Response":{"description":"Response containing chosen traffic generator metrics.","type":"object","properties":{"choice":{"type":"string","default":"port_metrics","x-field-uid":1,"x-enum":{"flow_metrics":{"x-field-uid":1},"port_metrics":{"x-field-uid":2},"bgpv4_metrics":{"x-field-uid":3},"bgpv6_metrics":{"x-field-uid":4},"isis_metrics":{"x-field-uid":5},"lag_metrics":{"x-field-uid":6},"lacp_metrics":{"x-field-uid":7},"lldp_metrics":{"x-field-uid":8},"rsvp_metrics":{"x-field-uid":9},"dhcpv4_client":{"x-field-uid":10},"dhcpv4_server":{"x-field-uid":11},"dhcpv6_client":{"x-field-uid":12},"dhcpv6_server":{"x-field-uid":13},"ospfv2_metrics":{"x-field-uid":14}},"enum":["flow_metrics","port_metrics","bgpv4_metrics","bgpv6_metrics","isis_metrics","lag_metrics","lacp_metrics","lldp_metrics","rsvp_metrics","dhcpv4_client","dhcpv4_server","dhcpv6_client","dhcpv6_server","ospfv2_metrics"]},"port_metrics":{"type":"array","items":{"$ref":"#/components/schemas/Port.Metric"},"x-field-uid":2},"flow_metrics":{"type":"array","items":{"$ref":"#/components/schemas/Flow.Metric"},"x-field-uid":3},"bgpv4_metrics":{"type":"array","items":{"$ref":"#/components/schemas/Bgpv4.Metric"},"x-field-uid":4},"bgpv6_metrics":{"type":"array","items":{"$ref":"#/components/schemas/Bgpv6.Metric"},"x-field-uid":5},"isis_metrics":{"type":"array","items":{"$ref":"#/components/schemas/Isis.Metric"},"x-field-uid":6},"lag_metrics":{"type":"array","items":{"$ref":"#/components/schemas/Lag.Metric"},"x-field-uid":7},"lacp_metrics":{"type":"array","items":{"$ref":"#/components/schemas/Lacp.Metric"},"x-field-uid":8},"lldp_metrics":{"type":"array","items":{"$ref":"#/components/schemas/Lldp.Metric"},"x-field-uid":9},"rsvp_metrics":{"type":"array","items":{"$ref":"#/components/schemas/Rsvp.Metric"},"x-field-uid":10},"dhcpv4client_metrics":{"type":"array","items":{"$ref":"#/components/schemas/Dhcpv4Client.Metric"},"x-field-uid":11},"dhcpv4server_metrics":{"type":"array","items":{"$ref":"#/components/schemas/Dhcpv4Server.Metric"},"x-field-uid":12},"dhcpv6client_metrics":{"type":"array","items":{"$ref":"#/components/schemas/Dhcpv6Client.Metric"},"x-field-uid":13},"dhcpv6server_metrics":{"type":"array","items":{"$ref":"#/components/schemas/Dhcpv6Server.Metric"},"x-field-uid":14},"ospfv2_metrics":{"type":"array","items":{"$ref":"#/components/schemas/Ospfv2.Metric"},"x-field-uid":15}}},"Port.Metrics.Request":{"description":"The port result request to the traffic generator","type":"object","properties":{"port_names":{"description":"The names of objects to return results for. 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The string can be started, stopped or a custom error message.","type":"string","x-field-uid":4,"x-enum":{"started":{"x-field-uid":1},"stopped":{"x-field-uid":2}},"enum":["started","stopped"]},"frames_tx":{"description":"The current total number of frames transmitted","type":"integer","format":"uint64","x-field-uid":5},"frames_rx":{"description":"The current total number of valid frames received","type":"integer","format":"uint64","x-field-uid":6},"bytes_tx":{"description":"The current total number of bytes transmitted","type":"integer","format":"uint64","x-field-uid":7},"bytes_rx":{"description":"The current total number of valid bytes received","type":"integer","format":"uint64","x-field-uid":8},"frames_tx_rate":{"description":"The current rate of frames transmitted","type":"number","x-field-uid":9},"frames_rx_rate":{"description":"The current rate of valid frames received","type":"number","x-field-uid":10},"bytes_tx_rate":{"description":"The current rate of bytes transmitted","type":"number","x-field-uid":11},"bytes_rx_rate":{"description":"The current rate of bytes received","type":"number","x-field-uid":12},"transmit":{"description":"The transmit state of the flow.","type":"string","x-field-uid":13,"x-enum":{"started":{"x-field-uid":1},"stopped":{"x-field-uid":2}},"enum":["started","stopped"]}}},"Flow.Metrics.Request":{"description":"The container for a flow metric request.","type":"object","properties":{"flow_names":{"description":"Flow metrics will be retrieved for these flow names.\nIf no flow names are specified then all flows will be returned.\n\nx-constraint:\n- /components/schemas/Flow/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Flow/properties/name"],"x-field-uid":1},"metric_names":{"description":"The list of metric names that the returned result set will contain. 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If the list is empty then all metrics will be returned.","type":"array","items":{"type":"string","x-enum":{"frames_tx":{"x-field-uid":1},"frames_rx":{"x-field-uid":2},"bytes_tx":{"x-field-uid":3},"bytes_rx":{"x-field-uid":4},"frames_tx_rate":{"x-field-uid":5},"frames_rx_rate":{"x-field-uid":6}},"enum":["frames_tx","frames_rx","bytes_tx","bytes_rx","frames_tx_rate","frames_rx_rate"]},"x-field-uid":3},"filters":{"description":"List of filters to selectively fetch tagged metrics with certain tag and corresponding value.","type":"array","items":{"$ref":"#/components/schemas/Flow.MetricTag.Filter"},"x-field-uid":4}}},"Flow.MetricTag.Filter":{"description":"A container for filtering ingress and/or egress metric tags.\nThe Tx stats may not be applicable in both the request and response filter.","type":"object","properties":{"name":{"description":"A metric tag name that MUST exist in a flow packet or\nflow egress_packet configuration","type":"string","x-field-uid":1},"values":{"description":"A list of filters that can be applied to the metric tag name.\nBy default all values will be included in the flow metric results.","type":"array","items":{"type":"string"},"x-field-uid":2}}},"Flow.Metric":{"description":"A container for flow metrics.\nThe container is keyed by the name, port_tx and port_rx.","type":"object","properties":{"name":{"description":"The name of the flow","type":"string","example":"Tx -> Rx","x-field-uid":1},"port_tx":{"description":"The name of the transmit port","type":"string","x-field-uid":2},"port_rx":{"description":"The name of the receive port","type":"string","x-field-uid":3},"transmit":{"description":"The transmit state of the flow.","type":"string","x-field-uid":5,"x-enum":{"started":{"x-field-uid":1},"stopped":{"x-field-uid":2},"paused":{"x-field-uid":3}},"enum":["started","stopped","paused"]},"frames_tx":{"description":"The current total number of frames transmitted","type":"integer","format":"uint64","x-field-uid":6},"frames_rx":{"description":"The current total number of valid frames received","type":"integer","format":"uint64","x-field-uid":7},"bytes_tx":{"description":"The current total number of bytes transmitted","type":"integer","format":"uint64","x-field-uid":8},"bytes_rx":{"description":"The current total number of bytes received","type":"integer","format":"uint64","x-field-uid":9},"frames_tx_rate":{"description":"The current rate of frames transmitted","type":"number","x-field-uid":10},"frames_rx_rate":{"description":"The current rate of valid frames received","type":"number","x-field-uid":11},"loss":{"description":"The percentage of lost frames","type":"number","x-field-uid":12},"timestamps":{"$ref":"#/components/schemas/Metric.Timestamp","x-field-uid":13},"latency":{"$ref":"#/components/schemas/Metric.Latency","x-field-uid":14},"tagged_metrics":{"description":"List of metrics corresponding to a set of values applicable\nfor configured metric tags in ingress or egress packet header fields of corresponding flow.\nThe container is keyed by list of tag-value pairs.","type":"array","items":{"$ref":"#/components/schemas/Flow.TaggedMetric"},"x-field-uid":15}}},"Flow.TaggedMetric":{"description":"Metrics for each set of values applicable for configured\nmetric tags in ingress or egress packet header fields of corresponding flow.\nThe container is keyed by list of tag-value pairs.","type":"object","properties":{"tags":{"description":"List of tag and value pairs","type":"array","items":{"$ref":"#/components/schemas/Flow.MetricTag"},"x-field-uid":1},"frames_tx":{"description":"The current total number of frames transmitted","type":"integer","format":"uint64","x-field-uid":2},"frames_rx":{"description":"The current total number of valid frames received","type":"integer","format":"uint64","x-field-uid":3},"bytes_tx":{"description":"The current total number of bytes transmitted","type":"integer","format":"uint64","x-field-uid":4},"bytes_rx":{"description":"The current total number of bytes received","type":"integer","format":"uint64","x-field-uid":5},"frames_tx_rate":{"description":"The current rate of frames transmitted","type":"number","x-field-uid":6},"frames_rx_rate":{"description":"The current rate of valid frames received","type":"number","x-field-uid":7},"loss":{"description":"The percentage of lost frames","type":"number","x-field-uid":8},"timestamps":{"$ref":"#/components/schemas/Metric.Timestamp","x-field-uid":9},"latency":{"$ref":"#/components/schemas/Metric.Latency","x-field-uid":10}}},"Flow.MetricTag":{"type":"object","properties":{"name":{"description":"Name of packet field metric tag","type":"string","x-field-uid":1},"value":{"$ref":"#/components/schemas/Flow.MetricTag.Value","x-field-uid":2}}},"Flow.MetricTag.Value":{"description":"A container for metric tag value","type":"object","properties":{"choice":{"description":"Available formats for metric tag value","type":"string","default":"hex","x-enum":{"hex":{"x-field-uid":1},"str":{"x-field-uid":2}},"x-field-uid":1,"enum":["hex","str"]},"hex":{"description":"Value represented in hexadecimal format","type":"string","format":"hex","x-field-uid":2},"str":{"description":"Value represented in string format","type":"string","x-field-uid":3}}},"Metric.Timestamp":{"description":"The container for timestamp metrics.\nThe container will be empty if the timestamp has not been configured for\nthe flow.","type":"object","properties":{"first_timestamp_ns":{"description":"First timestamp in nanoseconds","type":"number","format":"double","x-field-uid":1},"last_timestamp_ns":{"description":"Last timestamp in nanoseconds","type":"number","format":"double","x-field-uid":2}}},"Metric.Latency":{"description":"The container for latency metrics. \nThe min/max/avg values are dependent on the type of latency measurement \nmode that is configured.\nThe container will be empty if the latency has not been configured for\nthe flow.","type":"object","properties":{"minimum_ns":{"description":"Minimum latency in nanoseconds","type":"number","format":"double","x-field-uid":1},"maximum_ns":{"description":"Maximum latency in nanoseconds","type":"number","format":"double","x-field-uid":2},"average_ns":{"description":"Average latency in nanoseconds","type":"number","format":"double","x-field-uid":3}}},"Bgpv4.Metrics.Request":{"description":"The request to retrieve BGPv4 per peer metrics/statistics.","type":"object","properties":{"peer_names":{"description":"The names of BGPv4 peers to return results for. An empty list will return results for all BGPv4 peers.\n\nx-constraint:\n- /components/schemas/Bgp.V4peer/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Bgp.V4peer/properties/name"],"x-field-uid":1},"column_names":{"description":"The list of column names that the returned result set will contain. If the list is empty then all columns will be returned except for any result_groups. The name of the BGPv4 peer cannot be excluded.","type":"array","items":{"type":"string","x-enum":{"session_state":{"x-field-uid":1},"session_flap_count":{"x-field-uid":2},"routes_advertised":{"x-field-uid":3},"routes_received":{"x-field-uid":4},"route_withdraws_sent":{"x-field-uid":5},"route_withdraws_received":{"x-field-uid":6},"updates_sent":{"x-field-uid":7},"updates_received":{"x-field-uid":8},"opens_sent":{"x-field-uid":9},"opens_received":{"x-field-uid":10},"keepalives_sent":{"x-field-uid":11},"keepalives_received":{"x-field-uid":12},"notifications_sent":{"x-field-uid":13},"notifications_received":{"x-field-uid":14},"fsm_state":{"x-field-uid":15},"end_of_rib_received":{"x-field-uid":16}},"enum":["session_state","session_flap_count","routes_advertised","routes_received","route_withdraws_sent","route_withdraws_received","updates_sent","updates_received","opens_sent","opens_received","keepalives_sent","keepalives_received","notifications_sent","notifications_received","fsm_state","end_of_rib_received"]},"x-field-uid":2}}},"Bgpv4.Metric":{"description":"BGPv4 per peer statistics information.","type":"object","properties":{"name":{"description":"The name of a configured BGPv4 peer.","type":"string","x-field-uid":1},"session_state":{"description":"Session state as up or down. Up refers to an Established state and Down refers to any other state.","type":"string","x-field-uid":2,"x-enum":{"up":{"x-field-uid":1},"down":{"x-field-uid":2}},"enum":["up","down"]},"session_flap_count":{"description":"Number of times the session went from Up to Down state.","type":"integer","format":"uint64","x-field-uid":3},"routes_advertised":{"description":"Number of routes advertised.","type":"integer","format":"uint64","x-field-uid":4},"routes_received":{"description":"Number of routes received.","type":"integer","format":"uint64","x-field-uid":5},"route_withdraws_sent":{"description":"Number of route withdraws sent.","type":"integer","format":"uint64","x-field-uid":6},"route_withdraws_received":{"description":"Number of route withdraws received.","type":"integer","format":"uint64","x-field-uid":7},"updates_sent":{"description":"Number of Update messages sent.","type":"integer","format":"uint64","x-field-uid":8},"updates_received":{"description":"Number of Update messages received.","type":"integer","format":"uint64","x-field-uid":9},"opens_sent":{"description":"Number of Open messages sent.","type":"integer","format":"uint64","x-field-uid":10},"opens_received":{"description":"Number of Open messages received.","type":"integer","format":"uint64","x-field-uid":11},"keepalives_sent":{"description":"Number of Keepalive messages sent.","type":"integer","format":"uint64","x-field-uid":12},"keepalives_received":{"description":"Number of Keepalive messages received.","type":"integer","format":"uint64","x-field-uid":13},"notifications_sent":{"description":"Number of Notification messages sent.","type":"integer","format":"uint64","x-field-uid":14},"notifications_received":{"description":"Number of Notification messages received.","type":"integer","format":"uint64","x-field-uid":15},"fsm_state":{"description":"BGP peer FSM (Finite State Machine) state as Idle, Connect, Active, OpenSent, OpenConfirm and Established. In all the states except Established the BGP session is down. Idle refers to the Idle state of the FSM. Connect refers to the state where the session is waiting for the underlying transport session to be established. Active refers to the state where the session is awaiting for a connection from the remote peer. OpenSent refers to the state where the session is in the process of being established. The local system has sent an OPEN message. OpenConfirm refers to the state where the session is in the process of being established. The local system has sent and received an OPEN message and is awaiting a NOTIFICATION or KEEPALIVE message from remote peer. Established refers to the state where the BGP session with the peer is established.","type":"string","x-field-uid":16,"x-enum":{"idle":{"x-field-uid":1},"connect":{"x-field-uid":2},"active":{"x-field-uid":3},"opensent":{"x-field-uid":4},"openconfirm":{"x-field-uid":5},"established":{"x-field-uid":6}},"enum":["idle","connect","active","opensent","openconfirm","established"]},"end_of_rib_received":{"description":"Number of End-of-RIB markers received indicating the completion of the initial routing update for a  particular <AFI, SAFI> address family after the session is established. For the IPv4 unicast address family, the End-of-RIB marker is an UPDATE message with the minimum length. For any other address family, it is an UPDATE message that contains only the MP_UNREACH_NLRI attribute with  no withdrawn routes for that <AFI, SAFI>.","type":"integer","format":"uint64","x-field-uid":17}}},"Bgpv6.Metrics.Request":{"description":"The request to retrieve BGPv6 per peer metrics/statistics.","type":"object","properties":{"peer_names":{"description":"The names of BGPv6 peers to return results for. An empty list will return results for all BGPv6 peers.\n\nx-constraint:\n- /components/schemas/Bgp.V6peer/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Bgp.V6peer/properties/name"],"x-field-uid":1},"column_names":{"description":"The list of column names that the returned result set will contain. If the list is empty then all columns will be returned except for any result_groups. The name of the BGPv6 peer cannot be excluded.","type":"array","items":{"type":"string","x-enum":{"session_state":{"x-field-uid":1},"session_flap_count":{"x-field-uid":2},"routes_advertised":{"x-field-uid":3},"routes_received":{"x-field-uid":4},"route_withdraws_sent":{"x-field-uid":5},"route_withdraws_received":{"x-field-uid":6},"updates_sent":{"x-field-uid":7},"updates_received":{"x-field-uid":8},"opens_sent":{"x-field-uid":9},"opens_received":{"x-field-uid":10},"keepalives_sent":{"x-field-uid":11},"keepalives_received":{"x-field-uid":12},"notifications_sent":{"x-field-uid":13},"notifications_received":{"x-field-uid":14},"fsm_state":{"x-field-uid":15},"end_of_rib_received":{"x-field-uid":16}},"enum":["session_state","session_flap_count","routes_advertised","routes_received","route_withdraws_sent","route_withdraws_received","updates_sent","updates_received","opens_sent","opens_received","keepalives_sent","keepalives_received","notifications_sent","notifications_received","fsm_state","end_of_rib_received"]},"x-field-uid":2}}},"Bgpv6.Metric":{"description":"BGPv6 per peer statistics information.","type":"object","properties":{"name":{"description":"The name of a configured BGPv6 peer.","type":"string","x-field-uid":1},"session_state":{"description":"Session state as up or down. Up refers to an Established state and Down refers to any other state.","type":"string","x-field-uid":2,"x-enum":{"up":{"x-field-uid":1},"down":{"x-field-uid":2}},"enum":["up","down"]},"session_flap_count":{"description":"Number of times the session went from Up to Down state.","type":"integer","format":"uint64","x-field-uid":3},"routes_advertised":{"description":"Number of routes advertised.","type":"integer","format":"uint64","x-field-uid":4},"routes_received":{"description":"Number of routes received.","type":"integer","format":"uint64","x-field-uid":5},"route_withdraws_sent":{"description":"Number of route withdraws sent.","type":"integer","format":"uint64","x-field-uid":6},"route_withdraws_received":{"description":"Number of route withdraws received.","type":"integer","format":"uint64","x-field-uid":7},"updates_sent":{"description":"Number of Update messages sent.","type":"integer","format":"uint64","x-field-uid":8},"updates_received":{"description":"Number of Update messages received.","type":"integer","format":"uint64","x-field-uid":9},"opens_sent":{"description":"Number of Open messages sent.","type":"integer","format":"uint64","x-field-uid":10},"opens_received":{"description":"Number of Open messages received.","type":"integer","format":"uint64","x-field-uid":11},"keepalives_sent":{"description":"Number of Keepalive messages sent.","type":"integer","format":"uint64","x-field-uid":12},"keepalives_received":{"description":"Number of Keepalive messages received.","type":"integer","format":"uint64","x-field-uid":13},"notifications_sent":{"description":"Number of Notification messages sent.","type":"integer","format":"uint64","x-field-uid":14},"notifications_received":{"description":"Number of Notification messages received.","type":"integer","format":"uint64","x-field-uid":15},"fsm_state":{"description":"BGP peer FSM (Finite State Machine) state as Idle, Connect, Active, OpenSent, OpenConfirm and Established. In all the states except Established the BGP session is down. Idle refers to the Idle state of the FSM. Connect refers to the state where the session is waiting for the underlying transport session to be established. Active refers to the state where the session is awaiting for a connection from the remote peer. OpenSent refers to the state where the session is in the process of being established. The local system has sent an OPEN message. OpenConfirm refers to the state where the session is in the process of being established. The local system has sent and received an OPEN message and is awaiting a NOTIFICATION or KEEPALIVE message from remote peer. Established refers to the state where the BGP session with the peer is established.","type":"string","x-field-uid":16,"x-enum":{"idle":{"x-field-uid":1},"connect":{"x-field-uid":2},"active":{"x-field-uid":3},"opensent":{"x-field-uid":4},"openconfirm":{"x-field-uid":5},"established":{"x-field-uid":6}},"enum":["idle","connect","active","opensent","openconfirm","established"]},"end_of_rib_received":{"description":"Number of End-of-RIB markers received indicating the completion of the initial routing update for a  particular <AFI, SAFI> address family after the session is established. For the IPv4 unicast address family, the End-of-RIB marker is an UPDATE message with the minimum length. For any other address family, it is an UPDATE message that contains only the MP_UNREACH_NLRI attribute with  no withdrawn routes for that <AFI, SAFI>.","type":"integer","format":"uint64","x-field-uid":17}}},"Isis.Metrics.Request":{"description":"The request to retrieve ISIS per Router metrics/statistics.","type":"object","properties":{"router_names":{"description":"The names of ISIS Routers to return results for. An empty list will return results for all ISIS router.\n\nx-constraint:\n- /components/schemas/Device.IsisRouter/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.IsisRouter/properties/name"],"x-field-uid":1},"column_names":{"description":"The list of column names that the returned result set will contain. If the list is empty then all columns will be returned except for any result_groups. The name of the ISIS Router cannot be excluded.","type":"array","items":{"type":"string","x-enum":{"l1_sessions_up":{"x-field-uid":1},"l1_session_flap":{"x-field-uid":2},"l1_database_size":{"x-field-uid":3},"l1_broadcast_hellos_sent":{"x-field-uid":4},"l1_broadcast_hellos_received":{"x-field-uid":5},"l1_point_to_point_hellos_sent":{"x-field-uid":6},"l1_point_to_point_hellos_received":{"x-field-uid":7},"l1_psnp_sent":{"x-field-uid":8},"l1_psnp_received":{"x-field-uid":9},"l1_csnp_sent":{"x-field-uid":10},"l1_csnp_received":{"x-field-uid":11},"l1_lsp_sent":{"x-field-uid":12},"l1_lsp_received":{"x-field-uid":13},"l2_sessions_up":{"x-field-uid":14},"l2_session_flap":{"x-field-uid":15},"l2_database_size":{"x-field-uid":16},"l2_broadcast_hellos_sent":{"x-field-uid":17},"l2_broadcast_hellos_received":{"x-field-uid":18},"l2_point_to_point_hellos_sent":{"x-field-uid":19},"l2_point_to_point_hellos_received":{"x-field-uid":20},"l2_psnp_sent":{"x-field-uid":21},"l2_psnp_received":{"x-field-uid":22},"l2_csnp_sent":{"x-field-uid":23},"l2_csnp_received":{"x-field-uid":24},"l2_lsp_sent":{"x-field-uid":25},"l2_lsp_received":{"x-field-uid":26}},"enum":["l1_sessions_up","l1_session_flap","l1_database_size","l1_broadcast_hellos_sent","l1_broadcast_hellos_received","l1_point_to_point_hellos_sent","l1_point_to_point_hellos_received","l1_psnp_sent","l1_psnp_received","l1_csnp_sent","l1_csnp_received","l1_lsp_sent","l1_lsp_received","l2_sessions_up","l2_session_flap","l2_database_size","l2_broadcast_hellos_sent","l2_broadcast_hellos_received","l2_point_to_point_hellos_sent","l2_point_to_point_hellos_received","l2_psnp_sent","l2_psnp_received","l2_csnp_sent","l2_csnp_received","l2_lsp_sent","l2_lsp_received"]},"x-field-uid":2}}},"Isis.Metric":{"description":"ISIS per router statistics information.","type":"object","properties":{"name":{"description":"The name of a configured ISIS router.","type":"string","x-field-uid":1},"l1_sessions_up":{"description":"The number of Level 1 (L1) sessions that are fully up.","type":"integer","format":"uint32","x-field-uid":2},"l1_session_flap":{"description":"The number of Level 1 Sessions Flap.","type":"integer","format":"uint64","x-field-uid":3},"l1_broadcast_hellos_sent":{"description":"Number of Level 1 Hello messages sent.","type":"integer","format":"uint64","x-field-uid":4},"l1_broadcast_hellos_received":{"description":"Number of Level 1 Hello messages received.","type":"integer","format":"uint64","x-field-uid":5},"l1_point_to_point_hellos_sent":{"description":"Number of Level 1 Point-to-Point(P2P) Hello messages sent.","type":"integer","format":"uint64","x-field-uid":6},"l1_point_to_point_hellos_received":{"description":"Number of Level 1 Point-to-Point(P2P) Hello messages received.","type":"integer","format":"uint64","x-field-uid":7},"l1_database_size":{"description":"Number of Link State Updates (LSPs) in the Level 1 LSP Databases.","type":"integer","format":"uint64","x-field-uid":8},"l1_psnp_sent":{"description":"Number of Level 1 (L1) Partial Sequence Number Packet (PSNPs) sent.","type":"integer","format":"uint64","x-field-uid":9},"l1_psnp_received":{"description":"Number of Level 1 (L1) Complete Sequence Number Packet (PSNPs) received.","type":"integer","format":"uint64","x-field-uid":10},"l1_csnp_sent":{"description":"Number of Level 1 (L1) Complete Sequence Number Packet (CSNPs) sent.","type":"integer","format":"uint64","x-field-uid":11},"l1_csnp_received":{"description":"Number of Level 1 (L1) Complete Sequence Number Packet (CSNPs) received.","type":"integer","format":"uint64","x-field-uid":12},"l1_lsp_sent":{"description":"Number of Level 1 (L1) Link State Protocol Data Units (LSPs) sent.","type":"integer","format":"uint64","x-field-uid":13},"l1_lsp_received":{"description":"Number of Level 1 (L1) Link State Protocol Data Units (LSPs) received.","type":"integer","format":"uint64","x-field-uid":14},"l2_sessions_up":{"description":"The number of Level 2 (L2) sessions that are fully up.","type":"integer","format":"uint32","x-field-uid":15},"l2_session_flap":{"description":"The number of Level 2 Sessions Flap.","type":"integer","format":"uint64","x-field-uid":16},"l2_broadcast_hellos_sent":{"description":"Number of Level 2 Hello messages sent.","type":"integer","format":"uint64","x-field-uid":17},"l2_broadcast_hellos_received":{"description":"Number of Level 2 Hello messages received.","type":"integer","format":"uint64","x-field-uid":18},"l2_point_to_point_hellos_sent":{"description":"Number of Level 2 Point-to-Point(P2P) Hello messages sent.","type":"integer","format":"uint64","x-field-uid":19},"l2_point_to_point_hellos_received":{"description":"Number of Level 2 Point-to-Point(P2P) Hello messages received.","type":"integer","format":"uint64","x-field-uid":20},"l2_database_size":{"description":"Number of Link State Updates (LSPs) in the Level 2 LSP Databases.","type":"integer","format":"uint64","x-field-uid":21},"l2_psnp_sent":{"description":"Number of Level 2 (L2) Partial Sequence Number Packet (PSNPs) sent.","type":"integer","format":"uint64","x-field-uid":22},"l2_psnp_received":{"description":"Number of Level 2 (L2) Complete Sequence Number Packet (PSNPs) received.","type":"integer","format":"uint64","x-field-uid":23},"l2_csnp_sent":{"description":"Number of Level 2 (L2) Complete Sequence Number Packet (CSNPs) sent.","type":"integer","format":"uint64","x-field-uid":24},"l2_csnp_received":{"description":"Number of Level 2 (L2) Complete Sequence Number Packet (CSNPs) received.","type":"integer","format":"uint64","x-field-uid":25},"l2_lsp_sent":{"description":"Number of Level 2 (L2) Link State Protocol Data Units (LSPs) sent.","type":"integer","format":"uint64","x-field-uid":26},"l2_lsp_received":{"description":"Number of Level 2 (L2) Link State Protocol Data Units (LSPs) received.","type":"integer","format":"uint64","x-field-uid":27}}},"Lag.Metrics.Request":{"description":"The request to retrieve per LAG metrics/statistics.","type":"object","properties":{"lag_names":{"description":"The names of LAGs to return results for. An empty list will return results for all LAGs.\n\nx-constraint:\n- /components/schemas/Lag/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Lag/properties/name"],"x-field-uid":1},"column_names":{"description":"The list of column names that the returned result set will contain. If the list is empty then all columns will be returned. The name of the LAG cannot be excluded.","type":"array","items":{"type":"string","x-enum":{"oper_status":{"x-field-uid":1},"member_ports_up":{"x-field-uid":2},"frames_tx":{"x-field-uid":3},"frames_rx":{"x-field-uid":4},"bytes_tx":{"x-field-uid":5},"bytes_rx":{"x-field-uid":6},"frames_tx_rate":{"x-field-uid":7},"frames_rx_rate":{"x-field-uid":8},"bytes_tx_rate":{"x-field-uid":9},"bytes_rx_rate":{"x-field-uid":10}},"enum":["oper_status","member_ports_up","frames_tx","frames_rx","bytes_tx","bytes_rx","frames_tx_rate","frames_rx_rate","bytes_tx_rate","bytes_rx_rate"]},"x-field-uid":2}}},"Lag.Metric":{"type":"object","properties":{"name":{"description":"The name of a configured LAG\n\nx-constraint:\n- /components/schemas/Lag/properties/name\n","type":"string","x-constraint":["/components/schemas/Lag/properties/name"],"x-field-uid":1},"oper_status":{"description":"The current operational state of the LAG. The state can be up or down. State 'up' indicates member_ports_up >= min_links.","type":"string","x-field-uid":2,"x-enum":{"up":{"x-field-uid":1},"down":{"x-field-uid":2}},"enum":["up","down"]},"member_ports_up":{"description":"The number of LAG member ports up.","type":"integer","format":"uint32","x-field-uid":3},"frames_tx":{"description":"The current total number of frames transmitted.","type":"integer","format":"uint64","x-field-uid":4},"frames_rx":{"description":"The current total number of valid frames received.","type":"integer","format":"uint64","x-field-uid":5},"bytes_tx":{"description":"The current total number of bytes transmitted.","type":"integer","format":"uint64","x-field-uid":6},"bytes_rx":{"description":"The current total number of valid bytes received.","type":"integer","format":"uint64","minimum":0,"x-field-uid":7},"frames_tx_rate":{"description":"The current rate of frames transmitted.","type":"number","x-field-uid":8},"frames_rx_rate":{"description":"The current rate of valid frames received.","type":"number","x-field-uid":9},"bytes_tx_rate":{"description":"The current rate of bytes transmitted.","type":"number","x-field-uid":10},"bytes_rx_rate":{"description":"The current rate of bytes received.","type":"number","x-field-uid":11}}},"Lacp.Metrics.Request":{"description":"The request to retrieve LACP per LAG member metrics/statistics.","type":"object","properties":{"lag_names":{"description":"The names of LAG (ports group) for which LACP metrics to be returned. An empty list will return metrics for all LAGs.\n\nx-constraint:\n- /components/schemas/Lag/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Lag/properties/name"],"x-field-uid":1},"lag_member_port_names":{"description":"The names of LAG members (ports) for which LACP metrics to be returned. An empty list will return metrics for all LAG members.\n\nx-constraint:\n- /components/schemas/Port/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Port/properties/name"],"x-field-uid":2},"column_names":{"description":"The list of column names that the returned result set will contain. If the list is empty then all columns will be returned. The name of LAG and LAG member can not be excluded.","type":"array","items":{"type":"string","x-enum":{"lacp_packets_rx":{"x-field-uid":1},"lacp_packets_tx":{"x-field-uid":2},"lacp_rx_errors":{"x-field-uid":3},"activity":{"x-field-uid":4},"timeout":{"x-field-uid":5},"synchronization":{"x-field-uid":6},"aggregatable":{"x-field-uid":7},"collecting":{"x-field-uid":8},"distributing":{"x-field-uid":9},"system_id":{"x-field-uid":10},"oper_key":{"x-field-uid":11},"partner_id":{"x-field-uid":12},"partner_key":{"x-field-uid":13},"port_num":{"x-field-uid":14},"partner_port_num":{"x-field-uid":15}},"enum":["lacp_packets_rx","lacp_packets_tx","lacp_rx_errors","activity","timeout","synchronization","aggregatable","collecting","distributing","system_id","oper_key","partner_id","partner_key","port_num","partner_port_num"]},"x-field-uid":3}}},"Lacp.Metric":{"description":"LACP metrics (statistics) per LAG member.","type":"object","properties":{"lag_name":{"description":"The name of a LAG (ports group) configured with LACP.","type":"string","x-field-uid":1},"lag_member_port_name":{"description":"The name of a LAG member (port) configured with LACP.","type":"string","x-field-uid":2},"lacp_packets_rx":{"description":"Number of LACPDUs received.","type":"integer","format":"uint64","x-field-uid":3},"lacp_packets_tx":{"description":"Number of LACPDUs transmitted.","type":"integer","format":"uint64","x-field-uid":4},"lacp_rx_errors":{"description":"Number of LACPDUs receive packet errors.","type":"integer","format":"uint64","x-field-uid":5},"activity":{"description":"Indicates participant is active or passive.","type":"string","x-field-uid":6,"x-enum":{"active":{"x-field-uid":1},"passive":{"x-field-uid":2}},"enum":["active","passive"]},"timeout":{"description":"The timeout type (short or long) used by the participant.","type":"string","x-field-uid":7,"x-enum":{"short":{"x-field-uid":1},"long":{"x-field-uid":2}},"enum":["short","long"]},"synchronization":{"description":"Indicates whether the participant is in-sync or out-of-sync.","type":"string","x-field-uid":8,"x-enum":{"in_sync":{"x-field-uid":1},"out_sync":{"x-field-uid":2}},"enum":["in_sync","out_sync"]},"aggregatable":{"description":"A true value indicates that the participant will allow the link to be used as part of the aggregate. A false value indicates the link should be used as an  individual link.","type":"boolean","x-field-uid":9},"collecting":{"description":"If true, the participant is collecting incoming frames on the link, otherwise false.","type":"boolean","x-field-uid":10},"distributing":{"description":"When true, the participant is distributing outgoing frames; when false, distribution is disabled.","type":"boolean","x-field-uid":11},"system_id":{"description":"MAC address that defines the local system ID for the aggregate interface.","type":"string","format":"mac","x-field-uid":12},"oper_key":{"description":"Current operational value of the key for the aggregate interface.","type":"integer","format":"uint32","x-field-uid":13},"partner_id":{"description":"MAC address representing the protocol partner's interface system ID.","type":"string","format":"mac","x-field-uid":14},"partner_key":{"description":"Operational value of the protocol partner's key.","type":"integer","format":"uint32","x-field-uid":15},"port_num":{"description":"Port number of the local (actor) aggregation member.","type":"integer","format":"uint32","x-field-uid":16},"partner_port_num":{"description":"Port number of the partner (remote) port for this member port.","type":"integer","format":"uint32","x-field-uid":17}}},"Lldp.Metrics.Request":{"description":"The request to retrieve LLDP per instance metrics/statistics.","type":"object","properties":{"lldp_names":{"description":"The names of LLDP instances to return results for. An empty list will return results for all LLDP instances.\n\nx-constraint:\n- /components/schemas/Lldp/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Lldp/properties/name"],"x-field-uid":1},"column_names":{"description":"The requested list of column names for the result set. If the list is empty then metrics for all columns will be returned. The name of LLDP instance can not be excluded.","type":"array","items":{"type":"string","x-enum":{"frames_rx":{"x-field-uid":1},"frames_tx":{"x-field-uid":2},"frames_error_rx":{"x-field-uid":3},"frames_discard":{"x-field-uid":4},"tlvs_discard":{"x-field-uid":5},"tlvs_unknown":{"x-field-uid":6}},"enum":["frames_rx","frames_tx","frames_error_rx","frames_discard","tlvs_discard","tlvs_unknown"]},"x-field-uid":2}}},"Lldp.Metric":{"description":"LLDP per instance statistics information.","type":"object","properties":{"name":{"description":"The name of the configured LLDP instance.","type":"string","x-field-uid":1},"frames_rx":{"description":"Number of LLDP frames received.","type":"integer","format":"uint64","x-field-uid":2},"frames_tx":{"description":"Number of LLDP frames transmitted.","type":"integer","format":"uint64","x-field-uid":3},"frames_error_rx":{"description":"Number of LLDP frames received with packet errors. This stat should be incremented based on statsFramesInErrorsTotal increment rule in section 10.3.2 of IEEE Std 802.1 AB-2005.","type":"integer","format":"uint64","x-field-uid":4},"frames_discard":{"description":"Number of LLDP frames received that are discarded. This stat should be incremented when one or more of the three mandatory  TLVs at the beginning of the LLDPDU is missing, out of order or  contains an out of range information string length. This stat should follow the validation rules in section 10.3.2 of IEEE  Std 802.1 AB-2005.","type":"integer","format":"uint64","x-field-uid":5},"tlvs_discard":{"description":"Number of LLDP tlvs received that are discarded. If any TLV contains  an error condition specific for that particular TLV or if any TLV  extends past the physical end of the frame then these TLVs will be discarded.","type":"integer","format":"uint64","x-field-uid":6},"tlvs_unknown":{"description":"Number of LLDP unknown tlvs received. If the OUI of the organizationlly specific TLV and/or organizationally defined subtype are not recognized,or if TLV type  value is in the range of reserved TLV types then these TLVs will be considered as  unknown TLVs.","type":"integer","format":"uint64","x-field-uid":7}}},"Rsvp.Metrics.Request":{"description":"The request to retrieve RSVP-TE per Router metrics/statistics.","type":"object","properties":{"router_names":{"description":"The names of RSVP-TE Routers to return results for. An empty list as input will return results for all RSVP-TE routers.\n\nx-constraint:\n- /components/schemas/Device.Rsvp/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.Rsvp/properties/name"],"x-field-uid":1},"column_names":{"description":"The list of column names that the returned result set will contain. If the input list is empty then all columns will be returned except for any result_groups.            ","type":"array","items":{"type":"string","x-enum":{"ingress_p2p_lsps_configured":{"x-field-uid":1},"ingress_p2p_lsps_up":{"x-field-uid":2},"egress_p2p_lsps_up":{"x-field-uid":3},"lsp_flap_count":{"x-field-uid":4},"paths_tx":{"x-field-uid":5},"paths_rx":{"x-field-uid":6},"resvs_tx":{"x-field-uid":7},"resvs_rx":{"x-field-uid":8},"path_tears_tx":{"x-field-uid":9},"path_tears_rx":{"x-field-uid":10},"resv_tears_tx":{"x-field-uid":11},"resv_tears_rx":{"x-field-uid":12},"path_errors_tx":{"x-field-uid":13},"path_errors_rx":{"x-field-uid":14},"resv_errors_tx":{"x-field-uid":15},"resv_errors_rx":{"x-field-uid":16},"resv_conf_tx":{"x-field-uid":17},"resv_conf_rx":{"x-field-uid":18},"hellos_tx":{"x-field-uid":19},"hellos_rx":{"x-field-uid":20},"acks_tx":{"x-field-uid":21},"acks_rx":{"x-field-uid":22},"nacks_tx":{"x-field-uid":23},"nacks_rx":{"x-field-uid":24},"srefresh_tx":{"x-field-uid":25},"srefresh_rx":{"x-field-uid":26},"bundle_tx":{"x-field-uid":27},"bundle_rx":{"x-field-uid":28},"path_reevaluation_request_tx":{"x-field-uid":29},"path_reoptimizations":{"x-field-uid":30}},"enum":["ingress_p2p_lsps_configured","ingress_p2p_lsps_up","egress_p2p_lsps_up","lsp_flap_count","paths_tx","paths_rx","resvs_tx","resvs_rx","path_tears_tx","path_tears_rx","resv_tears_tx","resv_tears_rx","path_errors_tx","path_errors_rx","resv_errors_tx","resv_errors_rx","resv_conf_tx","resv_conf_rx","hellos_tx","hellos_rx","acks_tx","acks_rx","nacks_tx","nacks_rx","srefresh_tx","srefresh_rx","bundle_tx","bundle_rx","path_reevaluation_request_tx","path_reoptimizations"]},"x-field-uid":2}}},"Rsvp.Metric":{"description":"RSVP-TE per router statistics information.","type":"object","properties":{"name":{"description":"The name of a configured RSVP router.","type":"string","x-field-uid":1},"ingress_p2p_lsps_configured":{"description":"The number of ingress point-to-point LSPs configured or transiting through the RSVP router which have been initated from the test port.","type":"integer","format":"uint32","x-field-uid":2},"ingress_p2p_lsps_up":{"description":"The number of ingress point-to-point LSPs for which Resv has been received and is currently up. ","type":"integer","format":"uint32","x-field-uid":3},"egress_p2p_lsps_up":{"description":"The number of egress point-to-point LSPs for which Path requests were successfully processed and is currently up.","type":"integer","format":"uint32","x-field-uid":4},"lsp_flap_count":{"description":"The number of times an LSP went from up to down state either because it timed out while waiting for Refreshes or  a PathTear or ResvTear message was received which caused the LSP to flap.","type":"integer","format":"uint64","x-field-uid":5},"paths_tx":{"description":"The number of Path messages sent by this RSVP router.","type":"integer","format":"uint64","x-field-uid":6},"paths_rx":{"description":"The number of Path messages received by this RSVP router.","type":"integer","format":"uint64","x-field-uid":7},"resvs_tx":{"description":"The number of Resv messages sent by this RSVP router.","type":"integer","format":"uint64","x-field-uid":8},"resvs_rx":{"description":"The number of Resv messages received by this RSVP router.","type":"integer","format":"uint64","x-field-uid":9},"path_tears_tx":{"description":"The number of  Path Tear messages sent by this RSVP router.","type":"integer","format":"uint64","x-field-uid":10},"path_tears_rx":{"description":"The number of Path Tear messages received by this RSVP router. ","type":"integer","format":"uint64","x-field-uid":11},"resv_tears_tx":{"description":"The number of  Resv Tear messages sent by this RSVP router.","type":"integer","format":"uint64","x-field-uid":12},"resv_tears_rx":{"description":"The number of Resv Tear messages received by this RSVP router. ","type":"integer","format":"uint64","x-field-uid":13},"path_errors_tx":{"description":"The number of Path Error messages sent by this RSVP router.","type":"integer","format":"uint64","x-field-uid":14},"path_errors_rx":{"description":"The number of Path Error messages received by this RSVP router. ","type":"integer","format":"uint64","x-field-uid":15},"resv_errors_tx":{"description":"The number of Resv Error messages sent by this RSVP router.","type":"integer","format":"uint64","x-field-uid":16},"resv_errors_rx":{"description":"The number of Resv Error messages received by this RSVP router. ","type":"integer","format":"uint64","x-field-uid":17},"resv_conf_tx":{"description":"The number of ResvConf messages sent by this RSVP router.","type":"integer","format":"uint64","x-field-uid":18},"resv_conf_rx":{"description":"The number of ResvConf messages received by this RSVP router. ","type":"integer","format":"uint64","x-field-uid":19},"hellos_tx":{"description":"The number of Hello messages sent by this RSVP router.","type":"integer","format":"uint64","x-field-uid":20},"hellos_rx":{"description":"The number of Hello messages received by this RSVP router. ","type":"integer","format":"uint64","x-field-uid":21},"acks_tx":{"description":"The number of Ack messages sent by this RSVP router.","type":"integer","format":"uint64","x-field-uid":22},"acks_rx":{"description":"The number of Ack messages received by this RSVP router. ","type":"integer","format":"uint64","x-field-uid":23},"nacks_tx":{"description":"The number of Nack messages sent by this RSVP router.","type":"integer","format":"uint64","x-field-uid":24},"nacks_rx":{"description":"The number of Nack messages received by this RSVP router. ","type":"integer","format":"uint64","x-field-uid":25},"srefresh_tx":{"description":"The number of SRefresh messages sent by this RSVP router.","type":"integer","format":"uint64","x-field-uid":26},"srefresh_rx":{"description":"The number of SRefresh messages received by this RSVP router. ","type":"integer","format":"uint64","x-field-uid":27},"bundle_tx":{"description":"The number of Bundle messages sent by this RSVP router.","type":"integer","format":"uint64","x-field-uid":28},"bundle_rx":{"description":"The number of Bundle messages received by this RSVP router. ","type":"integer","format":"uint64","x-field-uid":29},"path_reevaluation_request_tx":{"description":"The number of Path messages with Path Re-evaluation Request enabled sent by this RSVP router.","type":"integer","format":"uint64","x-field-uid":30},"path_reoptimizations":{"description":"The number of successfully completed Make-Before-Break operations on LSPs on this RSVP router.","type":"integer","format":"uint64","x-field-uid":31}}},"Dhcpv4Client.Metrics.Request":{"description":"The request to retrieve DHCPv4 per client metrics/statistics.","type":"object","properties":{"client_names":{"description":"The names of DHCPv4 clients to return results for. An empty list will return results for all DHCPv4 client.\n\nx-constraint:\n- /components/schemas/Device.Dhcpv4client/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.Dhcpv4client/properties/name"],"x-field-uid":1},"column_names":{"description":"The list of column names that the returned result set will contain. If the list is empty then all columns will be returned.  The name of the DHCPv4 client cannot be excluded.","type":"array","items":{"type":"string","x-enum":{"discovers_sent":{"x-field-uid":1},"offers_received":{"x-field-uid":2},"requests_sent":{"x-field-uid":3},"acks_received":{"x-field-uid":4},"nacks_received":{"x-field-uid":5},"releases_sent":{"x-field-uid":6},"declines_sent":{"x-field-uid":7}},"enum":["discovers_sent","offers_received","requests_sent","acks_received","nacks_received","releases_sent","declines_sent"]},"x-field-uid":2}}},"Dhcpv4Client.Metric":{"description":"DHCPv4 per peer statistics information.","type":"object","properties":{"name":{"description":"The name of a configured DHCPv4 client.","type":"string","x-field-uid":1},"discovers_sent":{"description":"Number of DHCPDISCOVER messages sent.","type":"integer","format":"uint64","x-field-uid":2},"offers_received":{"description":"Number of DHCPOFFER messages received.","type":"integer","format":"uint64","x-field-uid":3},"requests_sent":{"description":"Number of DHCPREQUEST messages sent.","type":"integer","format":"uint64","x-field-uid":4},"acks_received":{"description":"Number of lease DHCPACK messages received.","type":"integer","format":"uint64","x-field-uid":5},"nacks_received":{"description":"Number of negative lease DHCPNACK messages received.","type":"integer","format":"uint64","x-field-uid":6},"releases_sent":{"description":"Number of DHCPRELEASE messages sent.","type":"integer","format":"uint64","x-field-uid":7},"declines_sent":{"description":"Number of DHCPDECLINE messages sent.","type":"integer","format":"uint64","x-field-uid":8}}},"Dhcpv4Server.Metrics.Request":{"description":"The request to retrieve DHCPv4 per Server metrics/statistics.","type":"object","properties":{"server_names":{"description":"The names of DHCPv4 Servers to return results for. An empty list will return results for all DHCPv4 Server.\n\nx-constraint:\n- /components/schemas/Device.Dhcpv4Server/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.Dhcpv4Server/properties/name"],"x-field-uid":1},"column_names":{"description":"The list of column names that the returned result set will contain. If the list is empty then all columns will be returned.  The name of the DHCPv4 server cannot be excluded.","type":"array","items":{"type":"string","x-enum":{"discovers_received":{"x-field-uid":1},"offers_sent":{"x-field-uid":2},"requests_received":{"x-field-uid":3},"acks_sent":{"x-field-uid":4},"nacks_sent":{"x-field-uid":5},"releases_received":{"x-field-uid":6},"declines_received":{"x-field-uid":7}},"enum":["discovers_received","offers_sent","requests_received","acks_sent","nacks_sent","releases_received","declines_received"]},"x-field-uid":2}}},"Dhcpv4Server.Metric":{"description":"DHCPv4 per peer statistics information.","type":"object","properties":{"name":{"description":"The name of a configured DHCPv4 Server.","type":"string","x-field-uid":1},"discovers_received":{"description":"Number of DHCPDISCOVER messages received.","type":"integer","format":"uint64","x-field-uid":2},"offers_sent":{"description":"Number of DHCPOFFER messages sent.","type":"integer","format":"uint64","x-field-uid":3},"requests_received":{"description":"Number of DHCPOFFER messages received.","type":"integer","format":"uint64","x-field-uid":4},"acks_sent":{"description":"Number of lease DHCPACK messages sent.","type":"integer","format":"uint64","x-field-uid":5},"nacks_sent":{"description":"Number of negative lease DHCPNACK messages sent.","type":"integer","format":"uint64","x-field-uid":6},"releases_received":{"description":"Number of DHCPRELEASE messages received.","type":"integer","format":"uint64","x-field-uid":7},"declines_received":{"description":"Number of DHCPDECLINE messages received.","type":"integer","format":"uint64","x-field-uid":8}}},"Dhcpv6Client.Metrics.Request":{"description":"The request to retrieve DHCPv6 per client metrics/statistics.","type":"object","properties":{"client_names":{"description":"The names of DHCPv6 clients to return results for. An empty list will return results for all DHCPv6 client.\n\nx-constraint:\n- /components/schemas/Device.Dhcpv6client/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.Dhcpv6client/properties/name"],"x-field-uid":1},"column_names":{"description":"The list of column names that the returned result set will contain. If the list is empty then all columns will be returned except for any result_groups. The name of the DHCPv6 client cannot be excluded.","type":"array","items":{"type":"string","x-enum":{"solicits_sent":{"x-field-uid":1},"advertisements_received":{"x-field-uid":2},"advertisements_ignored":{"x-field-uid":3},"requests_sent":{"x-field-uid":4},"nacks_received":{"x-field-uid":5},"replies_received":{"x-field-uid":6},"information_requests_sent":{"x-field-uid":7},"renews_sent":{"x-field-uid":8},"rebinds_sent":{"x-field-uid":9},"releases_sent":{"x-field-uid":10},"reconfigures_received":{"x-field-uid":11},"rapid_commit_solicits_sent":{"x-field-uid":12},"rapid_commit_replies_received":{"x-field-uid":13}},"enum":["solicits_sent","advertisements_received","advertisements_ignored","requests_sent","nacks_received","replies_received","information_requests_sent","renews_sent","rebinds_sent","releases_sent","reconfigures_received","rapid_commit_solicits_sent","rapid_commit_replies_received"]},"x-field-uid":2}}},"Dhcpv6Client.Metric":{"description":"DHCPv6 per peer statistics information.","type":"object","properties":{"name":{"description":"The name of a configured DHCPv6 client.","type":"string","x-field-uid":1},"solicits_sent":{"description":"Number of DHCPSOLICIT messages sent.","type":"integer","format":"uint64","x-field-uid":2},"advertisements_received":{"description":"Number of DHCPADVERTISE messages received.","type":"integer","format":"uint64","x-field-uid":3},"advertisements_ignored":{"description":"Number of DHCPADVERTISE messages ignored.","type":"integer","format":"uint64","x-field-uid":4},"requests_sent":{"description":"Number of DHCPREQUEST messages sent.","type":"integer","format":"uint64","x-field-uid":5},"nacks_received":{"description":"Number of negative lease DHCPNACK messages received.","type":"integer","format":"uint64","x-field-uid":6},"replies_received":{"description":"Number of DHCPOFFER messages received.","type":"integer","format":"uint64","x-field-uid":7},"information_requests_sent":{"description":"Number of DHCP Inform requests sent.","type":"integer","format":"uint64","x-field-uid":8},"renews_sent":{"description":"Number of DHCP renew messages sent.","type":"integer","format":"uint64","x-field-uid":9},"rebinds_sent":{"description":"Number of DHCP rebind messages sent.","type":"integer","format":"uint64","x-field-uid":10},"releases_sent":{"description":"Number of DHCP Release messages sent.","type":"integer","format":"uint64","x-field-uid":11},"reconfigures_received":{"description":"Number of DHCP Reconfigure messages received.","type":"integer","format":"uint64","x-field-uid":12},"rapid_commit_solicits_sent":{"description":"Number of rapid commit DHCPSOLICIT messages sent.","type":"integer","format":"uint64","x-field-uid":13},"rapid_commit_replies_received":{"description":"Number of rapid commit DHCP Reply messages received.","type":"integer","format":"uint64","x-field-uid":14}}},"Dhcpv6Server.Metrics.Request":{"description":"The request to retrieve DHCPv6 per Server metrics/statistics.","type":"object","properties":{"server_names":{"description":"The names of DHCPv6 Servers to return results for. An empty list will return results for all DHCPv6 Server.\n\nx-constraint:\n- /components/schemas/Device.Dhcpv6Server/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.Dhcpv6Server/properties/name"],"x-field-uid":1},"column_names":{"description":"The list of column names that the returned result set will contain. If the list is empty then all columns will be returned except for any result_groups. The name of the DHCPv6 server cannot be excluded.","type":"array","items":{"type":"string","x-enum":{"solicits_received":{"x-field-uid":1},"solicits_ignored":{"x-field-uid":2},"advertisements_sent":{"x-field-uid":3},"requests_received":{"x-field-uid":4},"nacks_sent":{"x-field-uid":5},"confirms_received":{"x-field-uid":6},"renewals_received":{"x-field-uid":7},"rebinds_received":{"x-field-uid":8},"replies_sent":{"x-field-uid":9},"releases_received":{"x-field-uid":10},"declines_received":{"x-field-uid":11},"information_requests_received":{"x-field-uid":12},"relay_forwards_received":{"x-field-uid":13},"relay_replies_sent":{"x-field-uid":14},"reconfigures_sent":{"x-field-uid":15}},"enum":["solicits_received","solicits_ignored","advertisements_sent","requests_received","nacks_sent","confirms_received","renewals_received","rebinds_received","replies_sent","releases_received","declines_received","information_requests_received","relay_forwards_received","relay_replies_sent","reconfigures_sent"]},"x-field-uid":2}}},"Dhcpv6Server.Metric":{"description":"DHCPv6 per server statistics information.","type":"object","properties":{"name":{"description":"The name of a configured DHCPv6 Server.","type":"string","x-field-uid":1},"solicits_received":{"description":"Number of DHCPSOLICIT messages received.","type":"integer","format":"uint64","x-field-uid":2},"solicits_ignored":{"description":"Number of DHCPSOLICIT messages ignored.","type":"integer","format":"uint64","x-field-uid":3},"advertisements_sent":{"description":"Number of DHCP Advertise messages sent.","type":"integer","format":"uint64","x-field-uid":4},"requests_received":{"description":"Number of DHCPREQUEST messages received.","type":"integer","format":"uint64","x-field-uid":5},"nacks_sent":{"description":"Number of naks sent for DHCPREQUEST messages.","type":"integer","format":"uint64","x-field-uid":6},"confirms_received":{"description":"Number of DHCP Confirm messages received.","type":"integer","format":"uint64","x-field-uid":7},"renewals_received":{"description":"Number of DHCP Renewal messages received.","type":"integer","format":"uint64","x-field-uid":8},"rebinds_received":{"description":"Number of DHCP Rebind messages received.","type":"integer","format":"uint64","x-field-uid":9},"replies_sent":{"description":"Number of DHCP Reply messages sent.","type":"integer","format":"uint64","x-field-uid":10},"releases_received":{"description":"Number of DHCP Release messages received.","type":"integer","format":"uint64","x-field-uid":11},"declines_received":{"description":"Number of DHCP Decline messages received.","type":"integer","format":"uint64","x-field-uid":12},"information_requests_received":{"description":"Number of DHCP Information Request messages received.","type":"integer","format":"uint64","x-field-uid":13},"relay_forwards_received":{"description":"Number of DHCP Relay agent forward messages received.","type":"integer","format":"uint64","x-field-uid":14},"relay_replies_sent":{"description":"Number of DHCP reply messages sent to Relay agent.","type":"integer","format":"uint64","x-field-uid":15},"reconfigures_sent":{"description":"Number of DHCP Reconfigure messages sent.","type":"integer","format":"uint64","x-field-uid":16}}},"Ospfv2.Metrics.Request":{"description":"The request to retrieve OSPFv2 per Router metrics/statistics.","type":"object","properties":{"router_names":{"description":"The names of OSPFv2 routers to return results for. An empty list will return results for all OSPFv2 router.\n\nx-constraint:\n- /components/schemas/Device.Ospfv2/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.Ospfv2/properties/name"],"x-field-uid":1},"column_names":{"description":"The list of column names that the returned result set will contain.\nIf the list is empty then all columns will be returned except for\nany result_groups.\nThe name of the OSPFv2 Router cannot be excluded.","type":"array","items":{"type":"string","x-enum":{"full_state_count":{"x-field-uid":1},"down_state_count":{"x-field-uid":2},"sessions_flap":{"x-field-uid":3},"hellos_sent":{"x-field-uid":4},"hellos_received":{"x-field-uid":5},"dbd_sent":{"x-field-uid":6},"dbd_received":{"x-field-uid":7},"ls_request_sent":{"x-field-uid":8},"ls_request_received":{"x-field-uid":9},"ls_update_sent":{"x-field-uid":10},"ls_update_received":{"x-field-uid":11},"ls_ack_sent":{"x-field-uid":12},"ls_ack_received":{"x-field-uid":13},"lsa_sent":{"x-field-uid":14},"lsa_received":{"x-field-uid":15},"lsa_ack_sent":{"x-field-uid":16},"lsa_ack_received":{"x-field-uid":17},"router_lsa_sent":{"x-field-uid":18},"router_lsa_received":{"x-field-uid":19},"network_lsa_sent":{"x-field-uid":20},"network_lsa_received":{"x-field-uid":21},"summary_lsa_sent":{"x-field-uid":22},"summary_lsa_received":{"x-field-uid":23},"external_lsa_sent":{"x-field-uid":24},"external_lsa_received":{"x-field-uid":25},"nssa_lsa_sent":{"x-field-uid":26},"nssa_lsa_received":{"x-field-uid":27},"opaque_local_sent":{"x-field-uid":28},"opaque_local_received":{"x-field-uid":29},"opaque_area_sent":{"x-field-uid":30},"opaque_area_received":{"x-field-uid":31},"opaque_domain_sent":{"x-field-uid":32},"opaque_domain_received":{"x-field-uid":33}},"enum":["full_state_count","down_state_count","sessions_flap","hellos_sent","hellos_received","dbd_sent","dbd_received","ls_request_sent","ls_request_received","ls_update_sent","ls_update_received","ls_ack_sent","ls_ack_received","lsa_sent","lsa_received","lsa_ack_sent","lsa_ack_received","router_lsa_sent","router_lsa_received","network_lsa_sent","network_lsa_received","summary_lsa_sent","summary_lsa_received","external_lsa_sent","external_lsa_received","nssa_lsa_sent","nssa_lsa_received","opaque_local_sent","opaque_local_received","opaque_area_sent","opaque_area_received","opaque_domain_sent","opaque_domain_received"]},"x-field-uid":2}}},"Ospfv2.Metric":{"description":"OSPFv2 per router statistics information.","type":"object","properties":{"name":{"description":"The name of a configured OSPFv2 router.","type":"string","x-field-uid":1},"full_state_count":{"description":"The number of OSPFv2 sessions in up state.","type":"integer","format":"uint64","x-field-uid":2},"down_state_count":{"description":"The number of OSPFv2 sessions in down state.","type":"integer","format":"uint64","x-field-uid":3},"sessions_flap":{"description":"The number of change of OSPFv2 sessions from up to down state.","type":"integer","format":"uint64","x-field-uid":4},"hellos_sent":{"description":"The number of OSPFv2 Hello messages transmitted.","type":"integer","format":"uint64","x-field-uid":5},"hellos_received":{"description":"The number of OSPFv2 Hello messages received.","type":"integer","format":"uint64","x-field-uid":6},"dbd_sent":{"description":"The number of OSPFv2 Database Description (DBD) messages transmitted.","type":"integer","format":"uint64","x-field-uid":7},"dbd_received":{"description":"The number of OSPFv2 Database Description (DBD) messages received.","type":"integer","format":"uint64","x-field-uid":8},"ls_request_sent":{"description":"The number of OSPFv2 LinkState (LS) Request messages transmitted.","type":"integer","format":"uint64","x-field-uid":9},"ls_request_received":{"description":"The number of OSPFv2 LinkState (LS) Request messages received.","type":"integer","format":"uint64","x-field-uid":10},"ls_update_sent":{"description":"The number of OSPFv2 LinkState (LS) Update messages transmitted.","type":"integer","format":"uint64","x-field-uid":11},"ls_update_received":{"description":"The number of OSPFv2 LinkState (LS) Update messages received.","type":"integer","format":"uint64","x-field-uid":12},"ls_ack_sent":{"description":"The number of OSPFv2 LinkState (LS) Acknowledgement messages transmitted.","type":"integer","format":"uint64","x-field-uid":13},"ls_ack_received":{"description":"The number of OSPFv2 LinkState (LS) Acknowledgement messages received.","type":"integer","format":"uint64","x-field-uid":14},"lsa_sent":{"description":"The total number of OSPFv2 LinkState Advertisement (LSA) messages transmitted.","type":"integer","format":"uint64","x-field-uid":15},"lsa_received":{"description":"The total number of OSPFv2 LinkState Advertisement (LSA) messages received.","type":"integer","format":"uint64","x-field-uid":16},"lsa_ack_sent":{"description":"The total number of OSPFv2 LinkState Advertisement (LSA) messages acknowledged.","type":"integer","format":"uint64","x-field-uid":17},"lsa_ack_received":{"description":"The total number of OSPFv2 LinkState Advertisement (LSA) acknowledge messages received .","type":"integer","format":"uint64","x-field-uid":18},"router_lsa_sent":{"description":"The number of OSPFv2 Router (Type 1) LSAs transmitted.","type":"integer","format":"uint64","x-field-uid":19},"router_lsa_received":{"description":"The number of OSPFv2 Router (Type 1) LSAs received.","type":"integer","format":"uint64","x-field-uid":20},"network_lsa_sent":{"description":"The number of OSPFv2 Network (Type 2) LSAs transmitted.","type":"integer","format":"uint64","x-field-uid":21},"network_lsa_received":{"description":"The number of OSPFv2 Network (Type 2) LSAs transmitted.","type":"integer","format":"uint64","x-field-uid":22},"summary_lsa_sent":{"description":"The number of OSPFv2 Summary IP (Type 3) LSAs transmitted.  ","type":"integer","format":"uint64","x-field-uid":23},"summary_lsa_received":{"description":"The number of OSPFv2 Summary IP (Type 3) LSA received.","type":"integer","format":"uint64","x-field-uid":24},"external_lsa_sent":{"description":"The number of OSPFv2 External (Type 5) LSAs transmitted.","type":"integer","format":"uint64","x-field-uid":25},"external_lsa_received":{"description":"The number of OSPFv2 External (Type 5) LSAs received.","type":"integer","format":"uint64","x-field-uid":26},"nssa_lsa_sent":{"description":"The number of OSPFv2 NSSA (Type 7) LSAs transmitted.","type":"integer","format":"uint64","x-field-uid":27},"nssa_lsa_received":{"description":"The number of OSPFv2 NSSA (Type 7) LSAs received.","type":"integer","format":"uint64","x-field-uid":28},"opaque_local_sent":{"description":"The number of OSPFv2 Opaque Local (Type 9) LSAs transmitted.","type":"integer","format":"uint64","x-field-uid":29},"opaque_local_received":{"description":"The number of OSPFv2 Opaque Local (Type 9) LSAs received. ","type":"integer","format":"uint64","x-field-uid":30},"opaque_area_sent":{"description":"The number of OSPF Opaque Area (Type 10) LSAs transmitted.","type":"integer","format":"uint64","x-field-uid":31},"opaque_area_received":{"description":"The number of OSPFv2 Opaque Area (Type 10) LSAs received.","type":"integer","format":"uint64","x-field-uid":32},"opaque_domain_sent":{"description":"The number of OSPFv2 Opaque Domain (Type 11) LSAs transmitted.","type":"integer","format":"uint64","x-field-uid":33},"opaque_domain_received":{"description":"The number of OSPFv2 Opaque Domain (Type 11) LSAs received.","type":"integer","format":"uint64","x-field-uid":34}}},"States.Request":{"description":"Request to traffic generator for states of choice","type":"object","properties":{"choice":{"type":"string","default":"ipv4_neighbors","x-field-uid":1,"x-enum":{"ipv4_neighbors":{"x-field-uid":1},"ipv6_neighbors":{"x-field-uid":2},"bgp_prefixes":{"x-field-uid":3},"isis_lsps":{"x-field-uid":4},"lldp_neighbors":{"x-field-uid":5},"rsvp_lsps":{"x-field-uid":6},"dhcpv4_interfaces":{"x-field-uid":7},"dhcpv4_leases":{"x-field-uid":8},"dhcpv6_interfaces":{"x-field-uid":9},"dhcpv6_leases":{"x-field-uid":10},"ospfv2_lsas":{"x-field-uid":11}},"enum":["ipv4_neighbors","ipv6_neighbors","bgp_prefixes","isis_lsps","lldp_neighbors","rsvp_lsps","dhcpv4_interfaces","dhcpv4_leases","dhcpv6_interfaces","dhcpv6_leases","ospfv2_lsas"]},"ipv4_neighbors":{"$ref":"#/components/schemas/Neighborsv4.States.Request","x-field-uid":2},"ipv6_neighbors":{"$ref":"#/components/schemas/Neighborsv6.States.Request","x-field-uid":3},"bgp_prefixes":{"$ref":"#/components/schemas/BgpPrefix.State.Request","x-field-uid":4},"isis_lsps":{"$ref":"#/components/schemas/IsisLsps.State.Request","x-field-uid":5},"lldp_neighbors":{"$ref":"#/components/schemas/LldpNeighbors.State.Request","x-field-uid":6},"rsvp_lsps":{"$ref":"#/components/schemas/RsvpLsps.State.Request","x-field-uid":7},"dhcpv4_interfaces":{"$ref":"#/components/schemas/Dhcpv4Interface.State.Request","x-field-uid":8},"dhcpv4_leases":{"$ref":"#/components/schemas/Dhcpv4Lease.State.Request","x-field-uid":9},"dhcpv6_interfaces":{"$ref":"#/components/schemas/Dhcpv6Interface.State.Request","x-field-uid":10},"dhcpv6_leases":{"$ref":"#/components/schemas/Dhcpv6Lease.State.Request","x-field-uid":11},"ospfv2_lsas":{"$ref":"#/components/schemas/Ospfv2Lsas.State.Request","x-field-uid":12}}},"States.Response":{"description":"Response containing chosen traffic generator states","type":"object","properties":{"choice":{"type":"string","default":"ipv4_neighbors","x-field-uid":1,"x-enum":{"ipv4_neighbors":{"x-field-uid":1},"ipv6_neighbors":{"x-field-uid":2},"bgp_prefixes":{"x-field-uid":3},"isis_lsps":{"x-field-uid":4},"lldp_neighbors":{"x-field-uid":5},"rsvp_lsps":{"x-field-uid":6},"dhcpv4_interfaces":{"x-field-uid":7},"dhcpv4_leases":{"x-field-uid":8},"dhcpv6_interfaces":{"x-field-uid":9},"dhcpv6_leases":{"x-field-uid":10},"ospfv2_lsas":{"x-field-uid":11}},"enum":["ipv4_neighbors","ipv6_neighbors","bgp_prefixes","isis_lsps","lldp_neighbors","rsvp_lsps","dhcpv4_interfaces","dhcpv4_leases","dhcpv6_interfaces","dhcpv6_leases","ospfv2_lsas"]},"ipv4_neighbors":{"type":"array","items":{"$ref":"#/components/schemas/Neighborsv4.State"},"x-field-uid":2},"ipv6_neighbors":{"type":"array","items":{"$ref":"#/components/schemas/Neighborsv6.State"},"x-field-uid":3},"bgp_prefixes":{"type":"array","items":{"$ref":"#/components/schemas/BgpPrefixes.State"},"x-field-uid":4},"isis_lsps":{"type":"array","items":{"$ref":"#/components/schemas/IsisLsps.State"},"x-field-uid":5},"lldp_neighbors":{"type":"array","items":{"$ref":"#/components/schemas/LldpNeighbors.State"},"x-field-uid":6},"rsvp_lsps":{"type":"array","items":{"$ref":"#/components/schemas/RsvpLsps.State"},"x-field-uid":7},"dhcpv4_interfaces":{"type":"array","items":{"$ref":"#/components/schemas/Dhcpv4Interface.State"},"x-field-uid":8},"dhcpv4_leases":{"type":"array","items":{"$ref":"#/components/schemas/Dhcpv4Leases.State"},"x-field-uid":9},"dhcpv6_interfaces":{"type":"array","items":{"$ref":"#/components/schemas/Dhcpv6Interface.State"},"x-field-uid":10},"dhcpv6_leases":{"type":"array","items":{"$ref":"#/components/schemas/Dhcpv6Leases.State"},"x-field-uid":11},"ospfv2_lsas":{"type":"array","items":{"$ref":"#/components/schemas/Ospfv2Lsa.State"},"x-field-uid":12}}},"Neighborsv4.States.Request":{"description":"The request to retrieve IPv4 Neighbor state (ARP cache entries) of a network interface(s).","type":"object","properties":{"ethernet_names":{"description":"The names of Ethernet interfaces for which Neighbor state (ARP cache entries) will be retrieved. If no names are specified then the results will contain Neighbor state (ARP cache entries) for all available Ethernet interfaces.\n\nx-constraint:\n- /components/schemas/Device.Ethernet/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.Ethernet/properties/name"],"x-field-uid":1}}},"Neighborsv4.State":{"description":"IPv4 Neighbor state (ARP cache entry).","type":"object","required":["ethernet_name","ipv4_address"],"properties":{"ethernet_name":{"description":"The name of the Ethernet interface associated with the Neighbor state (ARP cache entry).","type":"string","x-field-uid":1},"ipv4_address":{"description":"The IPv4 address of the neighbor.","type":"string","format":"ipv4","x-field-uid":2},"link_layer_address":{"description":"The link-layer address (MAC) of the neighbor.","type":"string","format":"mac","x-field-uid":3}}},"Neighborsv6.States.Request":{"description":"The request to retrieve IPv6 Neighbor state (NDISC cache entries) of a network interface(s).","type":"object","properties":{"ethernet_names":{"description":"The names of Ethernet interfaces for which Neighbor state (NDISC cache entries) will be retrieved. If no names are specified then the results will contain Neighbor state (NDISC cache entries) for all available Ethernet interfaces.\n\nx-constraint:\n- /components/schemas/Device.Ethernet/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.Ethernet/properties/name"],"x-field-uid":1}}},"Neighborsv6.State":{"description":"IPv6 Neighbor state (NDISC cache entry).","type":"object","required":["ethernet_name","ipv6_address"],"properties":{"ethernet_name":{"description":"The name of the Ethernet interface associated with the Neighbor state (NDISC cache entry).","type":"string","x-field-uid":1},"ipv6_address":{"description":"The IPv6 address of the neighbor.","type":"string","format":"ipv6","x-field-uid":2},"link_layer_address":{"description":"The link-layer address (MAC) of the neighbor.","type":"string","format":"mac","x-field-uid":3}}},"BgpPrefix.State.Request":{"description":"The request to retrieve BGP peer prefix information.","type":"object","properties":{"bgp_peer_names":{"description":"The names of BGP peers for which prefix information will be retrieved. If no names are specified then the results will contain prefix information for all configured BGP peers.\n\nx-constraint:\n- /components/schemas/Bgp.V4Peer/properties/name\n- /components/schemas/Bgp.V6Peer/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Bgp.V4Peer/properties/name","/components/schemas/Bgp.V6Peer/properties/name"],"x-field-uid":1},"prefix_filters":{"description":"Specify which prefixes to return. If the list is empty or missing then all prefixes will be returned.","type":"array","items":{"type":"string","x-enum":{"ipv4_unicast":{"x-field-uid":1},"ipv6_unicast":{"x-field-uid":2}},"enum":["ipv4_unicast","ipv6_unicast"]},"x-field-uid":2},"ipv4_unicast_filters":{"description":"The IPv4 unicast results can be filtered by specifying additional prefix search criteria. If the ipv4_unicast_filters property is missing or empty then all IPv4 prefixes will be returned.","type":"array","items":{"$ref":"#/components/schemas/BgpPrefix.Ipv4Unicast.Filter"},"x-field-uid":3},"ipv6_unicast_filters":{"description":"The IPv6 unicast results can be filtered by specifying additional prefix search criteria. If the ipv6_unicast_filters property is missing or empty then all IPv6 prefixes will be returned.","type":"array","items":{"$ref":"#/components/schemas/BgpPrefix.Ipv6Unicast.Filter"},"x-field-uid":4}}},"BgpPrefix.Ipv4Unicast.Filter":{"type":"object","properties":{"addresses":{"description":"The addresses to match. If the addresses property is missing or empty then all addresses will match.","type":"array","items":{"type":"string","format":"ipv4"},"x-field-uid":1},"prefix_length":{"x-field-uid":2,"description":"The prefix length to match. If the prefix length is missing then all prefix lengths will match.","type":"integer","format":"uint32","maximum":128},"origin":{"x-field-uid":3,"description":"The origin to match. If the origin is missing then all origins will match.","type":"string","x-enum":{"igp":{"x-field-uid":1},"egp":{"x-field-uid":2},"incomplete":{"x-field-uid":3}},"enum":["igp","egp","incomplete"]},"path_id":{"x-field-uid":4,"description":"The path id to match. If the path id is missing then all path ids will match.","type":"integer","format":"uint32"}}},"BgpPrefix.Ipv6Unicast.Filter":{"type":"object","properties":{"addresses":{"description":"The addresses to match. If the addresses property is missing or empty then all addresses will match.","type":"array","items":{"type":"string","format":"ipv6"},"x-field-uid":1},"prefix_length":{"x-field-uid":2,"description":"The prefix length to match. If the prefix length is missing then all prefix lengths will match.","type":"integer","format":"uint32","maximum":128},"origin":{"x-field-uid":3,"description":"The origin to match. If the origin is missing then all origins will match.","type":"string","x-enum":{"igp":{"x-field-uid":1},"egp":{"x-field-uid":2},"incomplete":{"x-field-uid":3}},"enum":["igp","egp","incomplete"]},"path_id":{"x-field-uid":4,"description":"The path id to match. If the path id is missing then all path ids will match.","type":"integer","format":"uint32"}}},"BgpPrefixes.State":{"description":"BGP peer prefixes.","type":"object","properties":{"bgp_peer_name":{"description":"The name of a BGP peer.","type":"string","x-field-uid":1},"ipv4_unicast_prefixes":{"type":"array","items":{"$ref":"#/components/schemas/BgpPrefixIpv4Unicast.State"},"x-field-uid":2},"ipv6_unicast_prefixes":{"type":"array","items":{"$ref":"#/components/schemas/BgpPrefixIpv6Unicast.State"},"x-field-uid":3}}},"BgpPrefixIpv4Unicast.State":{"description":"IPv4 unicast prefix.","type":"object","properties":{"ipv4_address":{"description":"An IPv4 unicast address","type":"string","x-field-uid":1},"prefix_length":{"x-field-uid":2,"description":"The length of the prefix.","type":"integer","format":"uint32","maximum":128},"origin":{"x-field-uid":3,"description":"The origin of the prefix.","type":"string","x-enum":{"igp":{"x-field-uid":1},"egp":{"x-field-uid":2},"incomplete":{"x-field-uid":3}},"enum":["igp","egp","incomplete"]},"path_id":{"x-field-uid":4,"description":"The path id.","type":"integer","format":"uint32"},"ipv4_next_hop":{"x-field-uid":5,"description":"The IPv4 address of the egress interface.","type":"string","format":"ipv4"},"ipv6_next_hop":{"x-field-uid":6,"description":"The IPv6 address of the egress interface.","type":"string","format":"ipv6"},"communities":{"x-field-uid":7,"description":"Optional community attributes.","type":"array","items":{"$ref":"#/components/schemas/Result.BgpCommunity"}},"extended_communities":{"description":"Optional received Extended Community attributes. Each received Extended Community attribute is available for retrieval in two forms. Support of the 'raw' format in which all 8 bytes (16 hex characters) is always present and available for use. In addition, if supported by the implementation, the Extended Community attribute may also be retrieved in the  'structured' format which is an optional field.","type":"array","items":{"$ref":"#/components/schemas/Result.ExtendedCommunity"},"x-field-uid":11},"as_path":{"x-field-uid":8,"$ref":"#/components/schemas/Result.BgpAsPath"},"local_preference":{"x-field-uid":9,"description":"The local preference is a well-known attribute and the value is used for route selection. The route with the highest local preference value is preferred.","type":"integer","format":"uint32"},"multi_exit_discriminator":{"x-field-uid":10,"description":"The multi exit discriminator (MED) is an optional non-transitive attribute and the value is used for route selection. The route with the lowest MED value is preferred.","type":"integer","format":"uint32"}}},"BgpPrefixIpv6Unicast.State":{"description":"IPv6 unicast prefix.","type":"object","properties":{"ipv6_address":{"description":"An IPv6 unicast address","type":"string","x-field-uid":1},"prefix_length":{"x-field-uid":2,"description":"The length of the prefix.","type":"integer","format":"uint32","maximum":128},"origin":{"x-field-uid":3,"description":"The origin of the prefix.","type":"string","x-enum":{"igp":{"x-field-uid":1},"egp":{"x-field-uid":2},"incomplete":{"x-field-uid":3}},"enum":["igp","egp","incomplete"]},"path_id":{"x-field-uid":4,"description":"The path id.","type":"integer","format":"uint32"},"ipv4_next_hop":{"x-field-uid":5,"description":"The IPv4 address of the egress interface.","type":"string","format":"ipv4"},"ipv6_next_hop":{"x-field-uid":6,"description":"The IPv6 address of the egress interface.","type":"string","format":"ipv6"},"communities":{"x-field-uid":7,"description":"Optional community attributes.","type":"array","items":{"$ref":"#/components/schemas/Result.BgpCommunity"}},"extended_communities":{"description":"Optional received Extended Community attributes. Each received Extended Community attribute is available for retrieval in two forms. Support of the 'raw' format in which all 8 bytes (16 hex characters) is always present and available for use. In addition, if supported by the implementation, the Extended Community attribute may also be retrieved in the  'structured' format which is an optional field.","type":"array","items":{"$ref":"#/components/schemas/Result.ExtendedCommunity"},"x-field-uid":11},"as_path":{"x-field-uid":8,"$ref":"#/components/schemas/Result.BgpAsPath"},"local_preference":{"x-field-uid":9,"description":"The local preference is a well-known attribute and the value is used for route selection. The route with the highest local preference value is preferred.","type":"integer","format":"uint32"},"multi_exit_discriminator":{"x-field-uid":10,"description":"The multi exit discriminator (MED) is an optional non-transitive attribute and the value is used for route selection. The route with the lowest MED value is preferred.","type":"integer","format":"uint32"}}},"Result.ExtendedCommunity":{"description":"Each received Extended Community attribute is available for retrieval in two forms. Support of the 'raw' format in which all 8 bytes (16 hex characters) is always present and available for use. In addition, if supported by the implementation, the Extended Community attribute may also be retrieved in the 'structured' format which is an optional field.","type":"object","properties":{"raw":{"description":"The raw byte contents of the 8 bytes received in the Extended Community as 16 hex characters.              ","type":"string","format":"hex","maxLength":16,"x-field-uid":1},"structured":{"x-field-uid":2,"$ref":"#/components/schemas/Result.ExtendedCommunityStructured"}}},"Result.ExtendedCommunityStructured":{"description":"The Extended Communities Attribute is a optional BGP attribute,defined in RFC4360 with the Type Code 16. \nCommunity and Extended Communities  attributes are utilized to trigger routing decisions, such as acceptance, rejection,  preference, or redistribution. \nAn extended community is an 8-bytes value. It is divided into two main parts. The first 2 bytes of the community  encode a type and optonal sub-type field.\nThe last 6 bytes (or 7 bytes for types without a sub-type) carry a unique set of data in a format defined by the type and optional sub-type field. \nExtended communities provide a larger  range for grouping or categorizing communities.","type":"object","properties":{"choice":{"type":"string","x-enum":{"transitive_2octet_as_type":{"x-field-uid":1},"transitive_ipv4_address_type":{"x-field-uid":2},"transitive_4octet_as_type":{"x-field-uid":3},"transitive_opaque_type":{"x-field-uid":4},"non_transitive_2octet_as_type":{"x-field-uid":5}},"x-field-uid":1,"enum":["transitive_2octet_as_type","transitive_ipv4_address_type","transitive_4octet_as_type","transitive_opaque_type","non_transitive_2octet_as_type"]},"transitive_2octet_as_type":{"x-field-uid":2,"$ref":"#/components/schemas/Result.ExtendedCommunity.Transitive2OctetAsType"},"transitive_ipv4_address_type":{"x-field-uid":3,"$ref":"#/components/schemas/Result.ExtendedCommunity.TransitiveIpv4AddressType"},"transitive_4octet_as_type":{"x-field-uid":4,"$ref":"#/components/schemas/Result.ExtendedCommunity.Transitive4OctetAsType"},"transitive_opaque_type":{"x-field-uid":5,"$ref":"#/components/schemas/Result.ExtendedCommunity.TransitiveOpaqueType"},"non_transitive_2octet_as_type":{"x-field-uid":6,"$ref":"#/components/schemas/Result.ExtendedCommunity.NonTransitive2OctetAsType"}}},"Result.ExtendedCommunity.Transitive2OctetAsType.RouteTarget":{"description":"The Route Target Community identifies one or more routers that may receive a set of routes (that carry this Community) carried by BGP Update message.  It is sent with sub-type as 0x02.            ","type":"object","properties":{"global_2byte_as":{"description":"The two octet IANA assigned AS value assigned to the Autonomous System.","type":"integer","format":"uint32","maximum":65535,"x-field-uid":1},"local_4byte_admin":{"type":"integer","format":"uint32","description":"The Local Administrator sub-field contains a number from a numbering space that is administered by the organization to which the Autonomous System number carried in the Global Administrator sub-field has been assigned by an appropriate authority.","x-field-uid":2}}},"Result.ExtendedCommunity.Transitive2OctetAsType.RouteOrigin":{"description":"The Route Origin Community identifies one or more routers that inject a set of routes (that carry this Community) into BGP. It is sent with sub-type as 0x03 .","type":"object","properties":{"global_2byte_as":{"description":"The two octet IANA assigned AS value assigned to the Autonomous System.","type":"integer","format":"uint32","maximum":65535,"x-field-uid":1},"local_4byte_admin":{"description":"The Local Administrator sub-field contains a number from a numbering space that is administered by the organization to which the Autonomous System number carried in the Global Administrator sub-field has been assigned by an appropriate authority.","type":"integer","format":"uint32","x-field-uid":2}}},"Result.ExtendedCommunity.Transitive2OctetAsType":{"description":"The Transitive Two-Octet AS-Specific Extended Community is sent as type 0x00 .         ","type":"object","properties":{"choice":{"type":"string","x-enum":{"route_target_subtype":{"x-field-uid":1},"route_origin_subtype":{"x-field-uid":2}},"x-field-uid":1,"enum":["route_target_subtype","route_origin_subtype"]},"route_target_subtype":{"x-field-uid":2,"$ref":"#/components/schemas/Result.ExtendedCommunity.Transitive2OctetAsType.RouteTarget"},"route_origin_subtype":{"x-field-uid":3,"$ref":"#/components/schemas/Result.ExtendedCommunity.Transitive2OctetAsType.RouteOrigin"}}},"Result.ExtendedCommunity.TransitiveIpv4AddressType.RouteOrigin":{"description":"The Route Origin Community identifies one or more routers that inject a set of routes (that carry this Community) into BGP It is sent with sub-type as 0x03.","type":"object","properties":{"global_ipv4_admin":{"description":"An IPv4 unicast address assigned by one of the Internet registries.            ","type":"string","format":"ipv4","x-field-uid":1},"local_2byte_admin":{"description":"The Local Administrator sub-field contains a number from a numbering space that is administered by the organization to which  the IP address carried in the Global Administrator sub-field has been assigned by an appropriate authority.","type":"integer","format":"uint32","maximum":65535,"x-field-uid":2}}},"Result.ExtendedCommunity.TransitiveIpv4AddressType.RouteTarget":{"description":"The Route Target Community identifies one or more routers that may receive a set of routes (that carry this Community) carried by BGP.  It is sent with sub-type as 0x02.             ","type":"object","properties":{"global_ipv4_admin":{"description":"An IPv4 unicast address assigned by one of the Internet registries. ","type":"string","format":"ipv4","x-field-uid":1},"local_2byte_admin":{"type":"integer","format":"uint32","maximum":65535,"description":"The Local Administrator sub-field contains a number from a numbering space that is administered by the organization to which  the IP address carried in the Global Administrator sub-field has been assigned by an appropriate authority.","x-field-uid":2}}},"Result.ExtendedCommunity.TransitiveIpv4AddressType":{"description":"The Transitive IPv4 Address Specific Extended Community is sent as type 0x01.","type":"object","properties":{"choice":{"type":"string","x-enum":{"route_target_subtype":{"x-field-uid":1},"route_origin_subtype":{"x-field-uid":2}},"x-field-uid":1,"enum":["route_target_subtype","route_origin_subtype"]},"route_target_subtype":{"x-field-uid":2,"$ref":"#/components/schemas/Result.ExtendedCommunity.TransitiveIpv4AddressType.RouteTarget"},"route_origin_subtype":{"x-field-uid":3,"$ref":"#/components/schemas/Result.ExtendedCommunity.TransitiveIpv4AddressType.RouteOrigin"}}},"Result.ExtendedCommunity.Transitive4OctetAsType.RouteTarget":{"description":"The Route Target Community identifies one or more routers that may receive a set of routes (that carry this Community) carried by BGP.  It is sent with sub-type as 0x02              ","type":"object","properties":{"global_4byte_as":{"description":"The four octet IANA assigned AS value assigned to the Autonomous System.","type":"integer","format":"uint32","x-field-uid":1},"local_2byte_admin":{"type":"integer","format":"uint32","maximum":65535,"description":"The Local Administrator sub-field contains a number from a numbering space that is administered by the organization to which the Autonomous System number carried in the Global Administrator sub-field has been assigned by an appropriate authority.","x-field-uid":2}}},"Result.ExtendedCommunity.Transitive4OctetAsType.RouteOrigin":{"description":"The Route Origin Community identifies one or more routers that inject a set of routes (that carry this Community) into BGP. It is sent with sub-type as 0x03.","type":"object","properties":{"global_4byte_as":{"description":"The four octet IANA assigned AS value assigned to the Autonomous System.","type":"integer","format":"uint32","x-field-uid":1},"local_2byte_admin":{"description":"The Local Administrator sub-field contains a number from a numbering space that is administered by the organization to which the Autonomous System number carried in the Global Administrator sub-field has been assigned by an appropriate authority.","type":"integer","format":"uint32","maximum":65535,"x-field-uid":2}}},"Result.ExtendedCommunity.Transitive4OctetAsType":{"description":"The Transitive Four-Octet AS-Specific Extended Community is sent as type 0x02. It is defined in RFC 5668.       ","type":"object","properties":{"choice":{"type":"string","x-enum":{"route_target_subtype":{"x-field-uid":1},"route_origin_subtype":{"x-field-uid":2}},"x-field-uid":1,"enum":["route_target_subtype","route_origin_subtype"]},"route_target_subtype":{"x-field-uid":2,"$ref":"#/components/schemas/Result.ExtendedCommunity.Transitive4OctetAsType.RouteTarget"},"route_origin_subtype":{"x-field-uid":3,"$ref":"#/components/schemas/Result.ExtendedCommunity.Transitive4OctetAsType.RouteOrigin"}}},"Result.ExtendedCommunity.TransitiveOpaqueType.Color":{"description":"The Color Community contains locally administrator defined 'color' value which is used in conjunction with Encapsulation  attribute to decide whether a data packet can be transmitted on a certain tunnel or not. It is defined in RFC9012 and sent with sub-type as 0x0b.             ","type":"object","properties":{"flags":{"description":"Two octet flag values. ","type":"integer","format":"uint32","maximum":65535,"x-field-uid":1},"color":{"type":"integer","format":"uint32","description":"The color value is user defined and configured locally and used to determine whether a data packet can be transmitted on a certain tunnel or not\nin conjunction with the Encapsulation attribute. It is defined in RFC9012.           ","x-field-uid":2}}},"Result.ExtendedCommunity.TransitiveOpaqueType.Encapsulation":{"description":"This identifies the type of tunneling technology being signalled. It is defined in RFC9012 and sent with sub-type as 0x0c.","type":"object","properties":{"reserved":{"description":"Four bytes of reserved values. Normally set to 0 on transmit and ignored on receive. ","type":"integer","format":"uint32","x-field-uid":1},"tunnel_type":{"description":"Identifies the type of tunneling technology being signalled. Initially defined in RFC5512 and extended in RFC9012.\nSome of the important tunnel types include \n- 1 L2TPv3 over IP\t[RFC9012],           \n- 2\tGRE\t[RFC9012],          \n- 7\tIP in IP\t[RFC9012],\n- 8\tVXLAN Encapsulation\t[RFC8365],\n- 9\tNVGRE Encapsulation\t[RFC8365],\n- 10\tMPLS Encapsulation\t[RFC8365],\n- 15\tSR TE Policy Type\t[draft-ietf-idr-segment-routing-te-policy],\n- 19\tGeneve Encapsulation\t[RFC8926]","type":"integer","format":"uint32","maximum":65535,"x-field-uid":2}}},"Result.ExtendedCommunity.TransitiveOpaqueType":{"description":"The Transitive Opaque Extended Community is sent as type 0x03.","type":"object","properties":{"choice":{"type":"string","x-enum":{"color_subtype":{"x-field-uid":1},"encapsulation_subtype":{"x-field-uid":2}},"x-field-uid":1,"enum":["color_subtype","encapsulation_subtype"]},"color_subtype":{"x-field-uid":2,"$ref":"#/components/schemas/Result.ExtendedCommunity.TransitiveOpaqueType.Color"},"encapsulation_subtype":{"x-field-uid":3,"$ref":"#/components/schemas/Result.ExtendedCommunity.TransitiveOpaqueType.Encapsulation"}}},"Result.ExtendedCommunity.NonTransitive2OctetAsType.LinkBandwidth":{"description":"The Link Bandwidth Extended Community attribute is defined in draft-ietf-idr-link-bandwidth. It is sent with sub-type as 0x04.","type":"object","properties":{"global_2byte_as":{"description":"The value of the Global Administrator subfield should represent the Autonomous System of the router that attaches the Link Bandwidth Community. If four octet AS numbering scheme is used, AS_TRANS (23456) should be used.","type":"integer","format":"uint32","maximum":65535,"x-field-uid":1},"bandwidth":{"description":"Bandwidth of the link in bytes per second. ( 1 Kbps is 1000 bytes per second and 1 Mbps is 1000 Kbps per second )","type":"number","format":"float","x-field-uid":2}}},"Result.ExtendedCommunity.NonTransitive2OctetAsType":{"description":"The Non-Transitive Two-Octet AS-Specific Extended Community is sent as type 0x40.         ","type":"object","properties":{"choice":{"type":"string","x-enum":{"link_bandwidth_subtype":{"x-field-uid":1}},"x-field-uid":1,"enum":["link_bandwidth_subtype"]},"link_bandwidth_subtype":{"x-field-uid":2,"$ref":"#/components/schemas/Result.ExtendedCommunity.NonTransitive2OctetAsType.LinkBandwidth"}}},"Result.BgpCommunity":{"description":"BGP communities provide additional capability for tagging routes and  for modifying BGP routing policy on upstream and downstream routers. BGP community is a 32-bit number which is broken into 16-bit AS number and  a 16-bit custom value.","type":"object","properties":{"type":{"description":"The type of community AS number. If community type is manual_as_number then as_number and as_custom will be available.","type":"string","x-field-uid":1,"x-enum":{"manual_as_number":{"x-field-uid":1},"no_export":{"x-field-uid":2},"no_advertised":{"x-field-uid":3},"no_export_subconfed":{"x-field-uid":4},"llgr_stale":{"x-field-uid":5},"no_llgr":{"x-field-uid":6}},"enum":["manual_as_number","no_export","no_advertised","no_export_subconfed","llgr_stale","no_llgr"]},"as_number":{"description":"First two octets of 32 bit community AS number.","type":"integer","format":"uint32","maximum":65535,"x-field-uid":2},"as_custom":{"description":"Last two octets of the community value. ","type":"integer","format":"uint32","maximum":65535,"x-field-uid":3}}},"Result.BgpAsPath":{"description":"This attribute identifies the autonomous systems through  which routing information carried in this UPDATE message has passed.","type":"object","properties":{"segments":{"description":"AS Path segments present in the received AS Path attribute. ","type":"array","items":{"$ref":"#/components/schemas/Result.BgpAsPathSegment"},"x-field-uid":1}}},"Result.BgpAsPathSegment":{"description":"Configuration for a single BGP AS path segment","type":"object","properties":{"type":{"description":"AS sequence is the most common type of AS_PATH, it contains the  list of ASNs starting with the most recent ASN being added read  from left to right.\nThe other three AS_PATH types are used for Confederations - AS_SET is the type of AS_PATH attribute that summarizes routes using using the aggregate-address command, allowing AS_PATHs to be  summarized in the update as well. - AS_CONFED_SEQ gives the list of ASNs in the path starting with the  most recent ASN to be added reading left to right - AS_CONFED_SET will allow summarization of multiple AS PATHs to be  sent in BGP Updates.","type":"string","x-field-uid":1,"x-enum":{"as_seq":{"x-field-uid":1},"as_set":{"x-field-uid":2},"as_confed_seq":{"x-field-uid":3},"as_confed_set":{"x-field-uid":4}},"enum":["as_seq","as_set","as_confed_seq","as_confed_set"]},"as_numbers":{"description":"The AS numbers in this AS path segment.","type":"array","items":{"type":"integer","format":"uint32"},"x-field-uid":2}}},"IsisLsps.State.Request":{"description":"The request to retrieve ISIS Link State PDU (LSP) information learned by the router.","type":"object","properties":{"isis_router_names":{"description":"The names of ISIS routers for which learned information is requested. An empty list will return results for all ISIS routers.\n\nx-constraint:\n- /components/schemas/Device.IsisRouter/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.IsisRouter/properties/name"],"x-field-uid":1}}},"IsisLsps.State":{"description":"The result of ISIS LSP information that are retrieved.","type":"object","properties":{"isis_router_name":{"description":"The name of the ISIS Router.","type":"string","x-field-uid":1},"lsps":{"description":"One or more LSPs that are learned by this ISIS router.","type":"array","items":{"$ref":"#/components/schemas/IsisLsp.State"},"x-field-uid":2}}},"IsisLsp.State":{"description":"ISIS LSP.","type":"object","required":["lsp_id"],"properties":{"lsp_id":{"description":"LSP ID in the format, e.g. '640000000001-00-00'. LSP ID consists of the System ID of a neighbor, the Pseudonode ID, and the LSP number. The last two bytes represent Pseudonode ID and LSP number respectively. A pseudonode is a logical representation of the LAN which is generated by a Designated Intermediate System (DIS) on a LAN segment. If one LSP exceeds the maximum LSP size then it is sent in another LSP with the LSP number incremented by one. A router's learned LSP gets refreshed by 'remaining_lifetime'. Then the sequence number is incremented by 1.","type":"string","x-field-uid":1},"pdu_type":{"description":"Link State PDU type.","type":"string","x-field-uid":2,"x-enum":{"level_1":{"x-field-uid":1},"level_2":{"x-field-uid":2}},"enum":["level_1","level_2"]},"remaining_lifetime":{"description":"Remaining lifetime in seconds before LSP expires.","type":"integer","format":"uint32","x-field-uid":3},"sequence_number":{"description":"Sequence number of the LSP.","type":"integer","format":"uint64","x-field-uid":4},"pdu_length":{"description":"Total length of the LSP.","type":"integer","format":"uint32","maximum":65535,"x-field-uid":5},"flags":{"description":"LSP Type-Block flags.","$ref":"#/components/schemas/IsisLsp.Flags","x-field-uid":6},"is_type":{"description":"IS Type - bits 1 and 2 indicate the type of Intermediate System.\n1 - ( i.e. bit 1 set) Level 1 Intermediate system.\n2 - Unused value.\n3 - (i.e. bits 1 and 2 set) Level 2 Intermediate system. ","type":"integer","format":"uint32","maximum":3,"x-field-uid":7},"tlvs":{"description":"It refers to Link State PDU State TLVs container.","$ref":"#/components/schemas/IsisLsp.Tlvs","x-field-uid":8}}},"IsisLsp.Tlvs":{"description":"This contains the list of TLVs present in one LSP.","type":"object","properties":{"hostname_tlvs":{"description":"Array of Hostname TLVs ( type 137) present in this LSP.","type":"array","items":{"$ref":"#/components/schemas/IsisLsp.Hostname"},"x-field-uid":1},"is_reachability_tlvs":{"description":"Array of IS-Reachability TLVs (type 2) present in this LSP.","type":"array","items":{"$ref":"#/components/schemas/IsisLsp.IsReachabilityTlv"},"x-field-uid":2},"extended_is_reachability_tlvs":{"description":"Array of Extended IS-Reachability TLVs (type 22) present in this LSP.","type":"array","items":{"$ref":"#/components/schemas/IsisLsp.ExtendedIsReachabilityTlv"},"x-field-uid":3},"ipv4_internal_reachability_tlvs":{"description":"Array of IPv4 Internal Reachability TLVs (type 128) present in this LSP.","type":"array","items":{"$ref":"#/components/schemas/IsisLsp.Ipv4InternalReachabilityTlv"},"x-field-uid":4},"ipv4_external_reachability_tlvs":{"description":"Array of IPv4 External Reachability TLVs (type 130) present in this LSP.","type":"array","items":{"$ref":"#/components/schemas/IsisLsp.Ipv4ExternalReachabilityTlv"},"x-field-uid":5},"extended_ipv4_reachability_tlvs":{"description":"Array of IPv4 Extended Reachability TLVs (type 135) present in this LSP.","type":"array","items":{"$ref":"#/components/schemas/IsisLsp.ExtendedIpv4ReachabilityTlv"},"x-field-uid":6},"ipv6_reachability_tlvs":{"description":"Array of IPv6 Reachability TLVs (type 236) present in this LSP.","type":"array","items":{"$ref":"#/components/schemas/IsisLsp.Ipv6ReachabilityTlv"},"x-field-uid":7}}},"IsisLsp.Hostname":{"description":"It contains Hostname for the TLV 137.","type":"object","properties":{"hostname":{"description":"Hostname for an ISIS router.","type":"string","x-field-uid":1}}},"IsisLsp.Flags":{"description":"LSP Type flags.","type":"object","properties":{"partition_repair":{"description":"When set, the originator supports partition repair.","type":"boolean","x-field-uid":1},"attached_error":{"description":"When set, the originator is attached to another area using the referred metric.","type":"boolean","x-field-uid":2},"attached_expense":{"description":"When set, the originator is attached to another\narea using the referred metric.","type":"boolean","x-field-uid":3},"attached_delay":{"description":"Delay Metric - when set, the originator is attached to another\narea using the referred metric.","type":"boolean","x-field-uid":4},"attached_default":{"description":"Default Metric - when set, the originator is attached to another\narea using the referred metric.","type":"boolean","x-field-uid":5},"overload":{"description":"Overload bit - when set, the originator is overloaded, and must\nbe avoided in path calculation.","type":"boolean","x-field-uid":6}}},"IsisLsp.IsReachabilityTlv":{"description":"This container describes list of ISIS neighbors and attributes in IS-Reachability TLV (type 2).","type":"object","properties":{"neighbors":{"description":"This container describes Intermediate System (IS) neighbors.","type":"array","items":{"$ref":"#/components/schemas/IsisLsp.neighbor"},"x-field-uid":1}}},"IsisLsp.ExtendedIsReachabilityTlv":{"description":"This is list of ISIS neighbors and attributes in Extended-IS-Reachability TLV (type 22).","type":"object","properties":{"neighbors":{"description":"This container describes IS neighbors.","type":"array","items":{"$ref":"#/components/schemas/IsisLsp.neighbor"},"x-field-uid":1}}},"IsisLsp.neighbor":{"description":"This contains IS neighbors.","type":"object","properties":{"system_id":{"description":"The System ID for this emulated ISIS router, e.g. \"640100010000\".","type":"string","format":"hex","x-field-uid":1}}},"IsisLsp.Ipv4InternalReachabilityTlv":{"description":"This container defines list of IPv4 internal reachability information in one IPv4 internal reachability TLV.\nThis is advertised when the origin-type is set 'internal' in route range configurations.","type":"object","properties":{"prefixes":{"description":"Describes list of IPv4 prefixes in this TLV.","type":"array","items":{"$ref":"#/components/schemas/IsisLsp.V4Prefix"},"x-field-uid":1}}},"IsisLsp.Ipv4ExternalReachabilityTlv":{"description":"This container defines list of IPv4 external reachability information in one IPv4 external reachability TLV.\nThis is advertised when the origin-type is set 'external' in route range configurations.","type":"object","properties":{"prefixes":{"description":"Describes list of IPv4 prefixes in this TLV..","type":"array","items":{"$ref":"#/components/schemas/IsisLsp.V4Prefix"},"x-field-uid":1}}},"IsisLsp.V4Prefix":{"description":"This group defines attributes of an IPv4 standard prefix.","type":"object","properties":{"ipv4_address":{"description":"An IPv4 unicast prefix reachable via the originator of this LSP.","type":"string","x-field-uid":1},"prefix_length":{"description":"The length of the IPv4 prefix.","type":"integer","format":"uint32","maximum":32,"x-field-uid":2},"redistribution_type":{"description":"Up (0)-used when a prefix is initially advertised within the ISIS L3 hierarchy, \n  and for all other prefixes in L1 and L2 LSPs. (default) \nDown (1)-used when an L1/L2 router advertises L2 prefixes in L1 LSPs. \nThe prefixes are being advertised from a higher level (L2) down to a lower level (L1). ","type":"string","x-field-uid":3,"x-enum":{"up":{"x-field-uid":1},"down":{"x-field-uid":2}},"enum":["up","down"]},"default_metric":{"description":"ISIS default metric value.","type":"integer","format":"uint32","x-field-uid":4},"origin_type":{"description":"The origin of the advertised route-internal or external to the ISIS area. Options include the following: \n  Internal-for intra-area routes, through Level 1 LSPs. \n  External-for inter-area routes redistributed within L1, through Level\n1 LSPs.","type":"string","x-field-uid":5,"x-enum":{"internal":{"x-field-uid":1},"external":{"x-field-uid":2}},"enum":["internal","external"]}}},"IsisLsp.ExtendedIpv4ReachabilityTlv":{"description":"This container defines list of IPv4 extended reachability information in one Extended IPv4 External Reachability TLV.\nIt is advertised when the 'wide metric' is enabled.","type":"object","properties":{"prefixes":{"description":"IPv4 prefix contained within extended reachability TLVs.","type":"array","items":{"$ref":"#/components/schemas/IsisLsp.ExtendedV4Prefix"},"x-field-uid":1}}},"IsisLsp.ExtendedV4Prefix":{"description":"This group defines attributes of an IPv4 standard prefix.","type":"object","properties":{"ipv4_address":{"description":"An IPv4 unicast prefix reachable via the originator of this LSP.","type":"string","format":"ipv4","x-field-uid":1},"prefix_length":{"description":"The length of the IPv4 prefix.","type":"integer","format":"uint32","maximum":32,"x-field-uid":2},"metric":{"description":"ISIS wide metric.","type":"integer","format":"uint32","x-field-uid":3},"redistribution_type":{"description":"Up (0)-used when a prefix is initially advertised within the ISIS L3 hierarchy, \n  and for all other prefixes in L1 and L2 LSPs. (default) \nDown (1)-used when an L1/L2 router advertises L2 prefixes in L1 LSPs. \nThe prefixes are being advertised from a higher level (L2) down to a lower level (L1). ","type":"string","x-field-uid":4,"x-enum":{"up":{"x-field-uid":1},"down":{"x-field-uid":2}},"enum":["up","down"]},"prefix_attributes":{"$ref":"#/components/schemas/IsisLsp.PrefixAttributes","x-field-uid":5}}},"IsisLsp.Ipv6ReachabilityTlv":{"description":"It defines list of IPv6 extended reachability information in one IPv6 Reachability TLV.","type":"object","properties":{"prefixes":{"description":"IPv6 prefix contained within reachability TLVs.","type":"array","items":{"$ref":"#/components/schemas/IsisLsp.V6Prefix"},"x-field-uid":1}}},"IsisLsp.V6Prefix":{"description":"It defines attributes of an IPv6 standard prefix.","type":"object","properties":{"ipv6_address":{"description":"An IPv6 unicast prefix reachable via the originator of this LSP.","type":"string","format":"ipv6","x-field-uid":1},"prefix_length":{"description":"The length of the IPv6 prefix.","type":"integer","format":"uint32","maximum":128,"x-field-uid":2},"metric":{"description":"ISIS wide metric.","type":"integer","format":"uint32","x-field-uid":3},"redistribution_type":{"description":"Up (0)-used when a prefix is initially advertised within the ISIS L3 hierarchy, \n  and for all other prefixes in L1 and L2 LSPs. (default) \nDown (1)-used when an L1/L2 router advertises L2 prefixes in L1 LSPs. \nThe prefixes are being advertised from a higher level (L2) down to a lower level (L1). ","type":"string","x-field-uid":4,"x-enum":{"up":{"x-field-uid":1},"down":{"x-field-uid":2}},"enum":["up","down"]},"origin_type":{"description":"The origin of the advertised route-internal or external to the ISIS area. Options include the following: \n  Internal-for intra-area routes, through Level 1 LSPs. \n  External-for inter-area routes redistributed within L1, through Level\n1 LSPs.","type":"string","x-field-uid":5,"x-enum":{"internal":{"x-field-uid":1},"external":{"x-field-uid":2}},"enum":["internal","external"]},"prefix_attributes":{"$ref":"#/components/schemas/IsisLsp.PrefixAttributes","x-field-uid":6}}},"IsisLsp.PrefixAttributes":{"description":"This contains the properties of ISIS Prefix attributes for  the extended IPv4 and IPv6 reachability. https://www.rfc-editor.org/rfc/rfc7794.html","type":"object","properties":{"x_flag":{"description":"External Prefix Flag (Bit 0)","type":"boolean","x-field-uid":1},"r_flag":{"description":"Re-advertisement Flag (Bit 1)","type":"boolean","x-field-uid":2},"n_flag":{"description":"Node Flag (Bit 2)","type":"boolean","x-field-uid":3}}},"LldpNeighbors.State.Request":{"description":"The request to retrieve LLDP neighbor information for a given instance.","type":"object","properties":{"lldp_names":{"description":"The names of LLDP instances for which neighbor information will be retrieved. If no names are specified then the results will contain neighbor information for all configured LLDP instances.\n\nx-constraint:\n- /components/schemas/Lldp/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Lldp/properties/name"],"x-field-uid":1},"neighbor_id_filters":{"description":"Specify the neighbors for which information will be returned. If empty  or missing then information for all neighbors will be returned.","type":"array","items":{"type":"string"},"x-field-uid":2}}},"LldpNeighbors.State":{"description":"LLDP neighbor information.","type":"object","properties":{"lldp_name":{"description":"The name of the LLDP instance.","type":"string","x-field-uid":1},"system_name":{"description":"The system name field shall contain an alpha-numeric string that  indicates the system's administratively assigned name. The system name  should be the system's fully qualified domain name. If implementations  support IETF RFC 3418, the sysName object should be used for this field.","type":"string","x-field-uid":2},"system_description":{"description":"The system description field shall contain an alpha-numeric string that  is the textual description of the network entity. The system description  should include the full name and version identification of the system's  hardware type, software operating system, and networking software. If  implementations support IETF RFC 3418, the sysDescr object should be used  for this field.","type":"string","x-field-uid":3},"chassis_id":{"description":"The Chassis ID is a mandatory TLV which identifies the chassis component of  the endpoint identifier associated with the transmitting LLDP agent.","type":"string","x-field-uid":4},"chassis_id_type":{"description":"This field identifies the format and source of the chassis identifier string.  It is an enumerator defined by the LldpChassisIdSubtype object from IEEE 802.1AB  MIB.","type":"string","x-enum":{"port_component":{"x-field-uid":1},"network_address":{"x-field-uid":2},"chassis_component":{"x-field-uid":3},"mac_address":{"x-field-uid":4},"interface_name":{"x-field-uid":5},"local":{"x-field-uid":6},"interface_alias":{"x-field-uid":7}},"x-field-uid":5,"enum":["port_component","network_address","chassis_component","mac_address","interface_name","local","interface_alias"]},"neighbor_id":{"description":"System generated identifier for the neighbor on the LLDP instance.","type":"string","x-field-uid":6},"age":{"description":"Age since discovery in seconds.","type":"integer","format":"uint32","x-field-uid":7},"last_update":{"description":"Seconds since last update received.","type":"integer","format":"uint32","x-field-uid":8},"ttl":{"description":"The time-to-live (TTL) in seconds is a mandatory TLV which indicates how long information from the neighbor  should be considered valid.","type":"integer","format":"uint32","x-field-uid":9},"port_id":{"description":"The Port ID is a mandatory TLV which identifies the port component of the endpoint identifier associated with  the transmitting LLDP agent. If the specified port is an IEEE 802.3 Repeater port, then this TLV is optional.","type":"string","x-field-uid":10},"port_id_type":{"description":"This field identifies the format and source of the port identifier string. It is an enumerator defined by the PtopoPortIdType object from RFC2922.","type":"string","x-enum":{"port_component":{"x-field-uid":1},"network_address":{"x-field-uid":2},"agent_circuit_id":{"x-field-uid":3},"mac_address":{"x-field-uid":4},"interface_name":{"x-field-uid":5},"local":{"x-field-uid":6},"interface_alias":{"x-field-uid":7}},"x-field-uid":11,"enum":["port_component","network_address","agent_circuit_id","mac_address","interface_name","local","interface_alias"]},"port_description":{"description":"The binary string containing the actual port identifier for the port which this LLDP PDU was transmitted. The source  and format of this field is defined by PtopoPortId from RFC2922.","type":"string","x-field-uid":12},"management_address":{"description":"The Management Address is a mandatory TLV which identifies a network address associated with the local LLDP agent, which  can be used to reach the agent on the port identified in the Port ID TLV.","type":"string","x-field-uid":13},"management_address_type":{"description":"The enumerated value for the network address type identified in this TLV. This enumeration is defined in the 'Assigned Numbers'  RFC [RFC3232] and the ianaAddressFamilyNumbers object.","type":"string","x-field-uid":14},"custom_tlvs":{"type":"array","items":{"$ref":"#/components/schemas/LldpCustomTLV.State"},"x-field-uid":15},"capabilities":{"type":"array","items":{"$ref":"#/components/schemas/LldpCapability.State"},"x-field-uid":16}}},"LldpCustomTLV.State":{"description":"Custom TLV received from a neighbor.Custom TLVs are organization specific TLVs advertised with TLV type 127.","type":"object","properties":{"custom_type":{"description":"The integer value identifying the type of information contained in the value field.","type":"integer","format":"uint32","x-field-uid":1},"oui":{"description":"The organizationally unique identifier field shall contain the organization's OUI as defined in Clause 9 of IEEE Std 802. The high-order octet is 0 and the low-order 3 octets are the SMI Network Management Private Enterprise Code of the Vendor in network byte order,  as defined in the 'Assigned Numbers' RFC [RFC3232].","type":"string","x-field-uid":2},"oui_subtype":{"description":"The organizationally defined subtype field shall contain a unique subtype value assigned by the defining organization.","type":"integer","format":"uint32","x-field-uid":3},"information":{"description":"Contains information on the remaining bytes of the received Organization-Specific TLV after the sub-type field. The value must be returned in lowercase hexadecimal format.","type":"string","x-field-uid":4}}},"LldpCapability.State":{"description":"LLDP system capability advertised by the neighbor","type":"object","properties":{"capability_name":{"description":"Name of the system capability advertised by the neighbor. Capabilities are represented in a bitmap that defines the primary functions of the system.  The capabilities are defined in IEEE 802.1AB.","type":"string","x-enum":{"mac_bridge":{"x-field-uid":1},"two_port_mac_relay":{"x-field-uid":2},"repeater":{"x-field-uid":3},"docsis_cable_device":{"x-field-uid":4},"s_vlan":{"x-field-uid":5},"telephone":{"x-field-uid":6},"other":{"x-field-uid":7},"router":{"x-field-uid":8},"c_vlan":{"x-field-uid":9},"station_only":{"x-field-uid":10},"wlan_access_point":{"x-field-uid":11}},"x-field-uid":1,"enum":["mac_bridge","two_port_mac_relay","repeater","docsis_cable_device","s_vlan","telephone","other","router","c_vlan","station_only","wlan_access_point"]},"capability_enabled":{"description":"Indicates whether the corresponding system capability is enabled on the neighbor.","type":"boolean","x-field-uid":2}}},"RsvpLsps.State.Request":{"description":"The request to retrieve RSVP Label Switched Path (LSP) information learned by the router.","type":"object","properties":{"rsvp_router_names":{"description":"The names of RSVP-TE routers for which learned information is requested. An empty list will return results for all RSVP=TE routers.\n\nx-constraint:\n- /components/schemas/Device.Rsvp/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.Rsvp/properties/name"],"x-field-uid":1}}},"RsvpLsps.State":{"description":"Discovered IPv4 Point-to-Point LSPs of a RSVP-TE router.","type":"object","properties":{"rsvp_router_name":{"description":"The name of the RSVP-TE Router.","type":"string","x-field-uid":1},"ipv4_lsps":{"description":"IPv4 Point-to-Point RSVP-TE Discovered LSPs.","type":"array","items":{"$ref":"#/components/schemas/RsvpIPv4Lsp.State"},"x-field-uid":2}}},"RsvpIPv4Lsp.State":{"description":"IPv4 RSVP-TE Discovered LSPs.","type":"object","properties":{"source_address":{"description":"The origin IPv4 address of RSVP session.","type":"string","format":"ipv4","x-field-uid":1},"destination_address":{"description":"The IPv4 destination address of RSVP session.","type":"string","format":"ipv4","x-field-uid":2},"lsp":{"description":"It refers to the RSVP LSP properties.","$ref":"#/components/schemas/RsvpLsp.State","x-field-uid":3},"rros":{"description":"It refers to RSVP RRO objects container.","items":{"$ref":"#/components/schemas/RsvpLsp.Ipv4Rro"},"type":"array","x-field-uid":4},"eros":{"description":"It refers to RSVP ERO objects container.","items":{"$ref":"#/components/schemas/RsvpLsp.Ipv4Ero"},"type":"array","x-field-uid":5}}},"RsvpLsp.State":{"description":"IPv4 RSVP-TE Discovered LSPs.","type":"object","properties":{"tunnel_id":{"description":"The tunnel id of RSVP session which acts as an identifier that remains constant over the life of the tunnel.","type":"integer","format":"uint32","x-field-uid":1},"lsp_id":{"description":"The lsp-id of RSVP session which acts as a differentiator for two lsps originating from the same headend, commonly used to distinguish RSVP sessions during make before break operations.","type":"integer","format":"uint32","x-field-uid":2},"session_name":{"description":"The value of RSVP-TE Session Name field of the Session Attribute object.","type":"string","x-field-uid":3},"label_in":{"description":"The label received by RSVP-TE ingress.","type":"integer","format":"uint32","x-field-uid":4},"label_out":{"description":"The label assigned by RSVP-TE egress.","type":"integer","format":"uint32","x-field-uid":5},"session_status":{"description":"Operational state of the RSVP LSP.","type":"string","x-field-uid":6,"x-enum":{"up":{"x-field-uid":1},"down":{"x-field-uid":2}},"enum":["up","down"]},"last_flap_reason":{"description":"The reason for the last flap of this RSVP session.","type":"string","x-field-uid":7,"x-enum":{"resv_tear":{"x-field-uid":1},"path_tear":{"x-field-uid":2},"path_timeout":{"x-field-uid":3}},"enum":["resv_tear","path_tear","path_timeout"]},"up_time":{"description":"The tunnel UP time in milli seconds. If the tunnel is DOWN the UP time will be zero.","type":"integer","format":"uint64","x-field-uid":8}}},"RsvpLsp.Ipv4Rro":{"description":"This contains the list of Record Route Object(RRO) objects associated with the traffic engineering tunnel. The  Record Route Object(RRO) is used in RSVP-TE to record the route traversed by the LSP. The RRO might be present in both   Path message and Resv message, the RRO stores the IP addresses of the routers that the traffic engineering tunnel  traversed and also the label generated and distributed by the routers. The RROs in the Resv message mirrors that of  the Path message, the only difference is that the RRO in a Resv message records the path information in the reverse  direction. ","properties":{"address":{"description":"The IPv4 addresses of the routers that the traffic engineering tunnel traversed.","type":"string","format":"ipv4","x-field-uid":1},"reported_label":{"description":"Label reported for RRO hop. When the Label_Recording flag is set in the Session Attribute object, nodes doing route recording should include the Label Record subobject containing the reported label. ","type":"integer","format":"uint32","x-field-uid":2}}},"RsvpLsp.Ipv4Ero":{"description":"This contains the list of sub-objects included in the Explicit Route Object(ERO) object send in the PATH message from the ingress. These sub-objects contain the intermediate hops to be traversed by the LSP while being forwarded  towards the egress endpoint.","type":"object","properties":{"prefix":{"description":"The IPv4 prefix indicated by the ERO. Specified only when the ERO hop is an IPv4 prefix.","type":"string","format":"ipv4","x-field-uid":1},"asn":{"description":"The autonomous system number indicated by the ERO. Specified only when the ERO hop is an  2 or 4-byte AS number.","type":"integer","format":"uint32","x-field-uid":2},"type":{"description":"The type indicated by the ERO.","type":"string","x-field-uid":3,"x-enum":{"ipv4":{"x-field-uid":1},"ipv6":{"x-field-uid":2},"asn":{"x-field-uid":3},"asn4":{"x-field-uid":4},"label":{"x-field-uid":5},"unnumbered_interface":{"x-field-uid":6}},"enum":["ipv4","ipv6","asn","asn4","label","unnumbered_interface"]}}},"Dhcpv4Interface.State.Request":{"description":"The request for assigned IPv4 address information associated with DHCP Client sessions.","type":"object","properties":{"dhcp_client_names":{"description":"The names of DHCPv4 client to return results for. An empty list will return results for all DHCPv4 Client address information.\n\nx-constraint:\n- /components/schemas/Device.Dhcpv4client/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.Dhcpv4client/properties/name"],"x-field-uid":1}}},"Dhcpv4Interface.State":{"description":"The IPv4 address associated with this DHCP Client session.","type":"object","properties":{"dhcp_client_name":{"description":"The name of a DHCPv4 Client.","type":"string","x-field-uid":1},"ipv4_address":{"description":"The IPv4 address associated with this DHCP Client session.","type":"string","x-field-uid":2},"prefix_length":{"description":"The length of the prefix.","type":"integer","format":"uint32","maximum":32,"x-field-uid":3},"gateway_address":{"description":"The Gateway Ipv4 address associated with this DHCP Client session.","type":"string","x-field-uid":4},"lease_time":{"description":"The duration of the IPv4 address lease, in seconds.","type":"integer","format":"uint32","x-field-uid":5},"renew_time":{"description":"Time in seconds until the DHCPv4 client starts renewing the lease.","type":"integer","format":"uint32","x-field-uid":6},"rebind_time":{"description":"Time in seconds until the DHCPv4 client starts rebinding.","type":"integer","format":"uint32","x-field-uid":7}}},"Dhcpv4Lease.State.Request":{"description":"The request to retrieve DHCP Server host allocated status.","type":"object","properties":{"dhcp_server_names":{"description":"The names of DHCPv4 server to return results for. An empty list will return results for all DHCPv4 servers.\n\nx-constraint:\n- /components/schemas/Device.Dhcpv4server/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.Dhcpv4server/properties/name"],"x-field-uid":1}}},"Dhcpv4Leases.State":{"description":"Lease information of DHCP Server.","type":"object","properties":{"dhcp_server_name":{"description":"The name of a DHCP Server.","type":"string","x-field-uid":1},"leases":{"type":"array","items":{"$ref":"#/components/schemas/Dhcpv4Lease.State"},"x-field-uid":2}}},"Dhcpv4Lease.State":{"description":"IPv4 address lease state.","type":"object","properties":{"address":{"description":"The IPv4 address associated with this lease.","type":"string","x-field-uid":1},"valid_time":{"description":"The time in seconds after which the IPv4 address lease will expire.","type":"integer","format":"uint32","x-field-uid":2},"preferred_time":{"description":"The elapsed time in seconds since the address has been renewed.","type":"integer","format":"uint32","x-field-uid":3},"renew_time":{"description":"Time in seconds until the DHCPv4 client starts renewing the lease.","type":"integer","format":"uint32","x-field-uid":4},"rebind_time":{"description":"Time in seconds until the DHCPv4 client starts rebinding.","type":"integer","format":"uint32","x-field-uid":5},"client_id":{"description":"The ID of the DHCPv4 client holding this lease.","type":"string","x-field-uid":6},"circuit_id":{"description":"The Circuit ID option found in the last request message.","type":"string","x-field-uid":7},"remote_id":{"description":"The Remote ID option found in the last request message.","type":"string","x-field-uid":8}}},"Dhcpv6Interface.State.Request":{"description":"The request for assigned IPv6 address information associated with DHCP Client sessions.","type":"object","properties":{"dhcp_client_names":{"description":"The names of DHCPv6 client to return results for. An empty list will return results for all DHCPv6 Client address information.\n\nx-constraint:\n- /components/schemas/Device.Dhcpv6client/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.Dhcpv6client/properties/name"],"x-field-uid":1}}},"Dhcpv6Interface.State":{"description":"The IPv6 address associated with this DHCP Client session.","type":"object","properties":{"dhcp_client_name":{"description":"The name of a DHCPv6 Client.","type":"string","x-field-uid":1},"iapd_addresses":{"description":"The IPv6 IAPD addresses and prefixes associated with this DHCP Client session.","type":"array","items":{"$ref":"#/components/schemas/Dhcpv6Interface.Iapd"},"x-field-uid":2},"ia_addresses":{"description":"The IPv6 IATA/IANA addresses and gateways associated with this DHCP Client session.","type":"array","items":{"$ref":"#/components/schemas/Dhcpv6Interface.Ia"},"x-field-uid":3}}},"Dhcpv6Interface.Iapd":{"description":"The IPv6 IAPD address and prefix length associated with this DHCP Client session.","type":"object","properties":{"address":{"description":"The IAPD address associated with this DHCPv6 Client session.","type":"string","format":"ipv6","x-field-uid":1},"prefix_length":{"description":"The prefix length of the IAPD address associated with this DHCPv6 Client session.","type":"integer","format":"uint32","maximum":128,"x-field-uid":2},"lease_time":{"description":"The duration of the IPv6 address lease, in seconds.","type":"integer","format":"uint32","x-field-uid":3}}},"Dhcpv6Interface.Ia":{"description":"The IPv6 IATA/IANA address and gateway associated with this DHCP Client session.","type":"object","properties":{"address":{"description":"The address associated with this DHCPv6 Client session.","type":"string","format":"ipv6","x-field-uid":1},"gateway":{"description":"The Gateway address associated with this DHCPv6 Client session.","type":"string","format":"ipv6","x-field-uid":2},"lease_time":{"description":"The duration of the IPv6 address lease, in seconds.","type":"integer","format":"uint32","x-field-uid":3}}},"Dhcpv6Lease.State.Request":{"description":"The request to retrieve DHCP Server host allocated status.","type":"object","properties":{"dhcp_server_names":{"description":"The names of DHCPv6 server to return results for. An empty list will return results for all DHCPv6 servers.\n\nx-constraint:\n- /components/schemas/Device.Dhcpv6server/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.Dhcpv6server/properties/name"],"x-field-uid":1}}},"Dhcpv6Leases.State":{"description":"Lease information of DHCP Server.","type":"object","properties":{"dhcp_server_name":{"description":"The name of a DHCP Server.","type":"string","x-field-uid":1},"leases":{"type":"array","items":{"$ref":"#/components/schemas/Dhcpv6ServerLease.State"},"x-field-uid":2}}},"Dhcpv6ServerLease.State":{"description":"IPv6 unicast prefix.","type":"object","properties":{"address":{"description":"The IPv6 address associated with this lease.","type":"string","x-field-uid":1},"valid_time":{"description":"The time in seconds, IP address lease will expire.","type":"integer","format":"uint32","x-field-uid":2},"preferred_time":{"description":"The time in seconds, elapsed time since address has been renewed.","type":"integer","format":"uint32","x-field-uid":3},"renew_time":{"description":"Time in seconds until the DHCPv6 client starts renewing the lease.","type":"integer","format":"uint32","x-field-uid":4},"rebind_time":{"description":"Time in seconds until the DHCPv6 client starts rebinding.","type":"integer","format":"uint32","x-field-uid":5},"client_id":{"description":"The ID of the DHCPv6 client holding this lease.","type":"string","x-field-uid":6},"remote_id":{"description":"The Remote ID option found in the last request message.","type":"string","x-field-uid":7},"interface_id":{"description":"The Interface ID option found in the last request message.","type":"string","x-field-uid":8}}},"Ospfv2Lsas.State.Request":{"description":"The request to retrieve OSPFv2 Link State Advertisements (LSA) information learned by the routers.","type":"object","properties":{"router_names":{"description":"The names of OSPFv2 routers for which learned information is requested. An empty list will return results for all OSPFv2 routers.\n\nx-constraint:\n- /components/schemas/Device.Ospfv2Router/properties/name\n","type":"array","items":{"type":"string"},"x-constraint":["/components/schemas/Device.Ospfv2Router/properties/name"],"x-field-uid":1}}},"Ospfv2Lsa.State":{"description":"The result of OSPFv2 LSA information that are retrieved.","type":"object","properties":{"router_name":{"description":"The name of the OSPFv2 Router that learned the LSA information.","type":"string","x-field-uid":1},"router_lsas":{"description":"One or more OSPFv2 Router-LSA - Type 1.","type":"array","items":{"$ref":"#/components/schemas/Ospfv2.RouterLsa"},"x-field-uid":2},"network_lsas":{"description":"One or more OSPFv2 Network-LSA - Type 2.","type":"array","items":{"$ref":"#/components/schemas/Ospfv2.NetworkLsa"},"x-field-uid":3},"network_summary_lsas":{"description":"One or more OSPFv2 Network summary LSA - Type 3.","type":"array","items":{"$ref":"#/components/schemas/Ospfv2.NetworkSummaryLsa"},"x-field-uid":4},"summary_as_lsas":{"description":"One or more OSPFv2 Autonomous System Boundary Router (ASBR) summary LSA - Type 4.","type":"array","items":{"$ref":"#/components/schemas/Ospfv2.SummaryAsLsa"},"x-field-uid":5},"external_as_lsas":{"description":"OSPFv2 AS-External-LSA - Type 5.","type":"array","items":{"$ref":"#/components/schemas/Ospfv2.ExternalAsLsa"},"x-field-uid":6},"nssa_lsas":{"description":"One or more OSPFv2 NSSA-LSA - Type 7.","type":"array","items":{"$ref":"#/components/schemas/Ospfv2.NssaLsa"},"x-field-uid":7},"opaque_lsas":{"description":"One or more OSPFv2 Link-Scope Opaque-LSA - Type 9.","type":"array","items":{"$ref":"#/components/schemas/Ospfv2.OpaqueLsa"},"x-field-uid":8}}},"Ospfv2.RouterLsa":{"description":"Contents of the router LSA.","type":"object","properties":{"header":{"description":"Contents of the LSA header.","$ref":"#/components/schemas/Ospfv2.LsaHeader","x-field-uid":1},"links":{"description":"Links that are described within the LSA.","type":"array","items":{"$ref":"#/components/schemas/Ospfv2.Link"},"x-field-uid":2}}},"Ospfv2.NetworkLsa":{"description":"Contents of the Network LSA.","type":"object","properties":{"header":{"description":"Contents of the LSA header.","$ref":"#/components/schemas/Ospfv2.LsaHeader","x-field-uid":1},"network_mask":{"description":"The IPv4 address mask for the network.","type":"string","format":"ipv4","x-field-uid":2},"neighbor_router_ids":{"description":"Neighbor router ids that are described within the LSA.","type":"array","items":{"type":"string","format":"ipv4"},"x-field-uid":3}}},"Ospfv2.NetworkSummaryLsa":{"description":"Contents of the Network Summary LSA - Type 3.\nThe value of the IPv4 prefix that was received is present in header.lsa_id.","type":"object","properties":{"header":{"description":"Contents of the LSA header.","$ref":"#/components/schemas/Ospfv2.LsaHeader","x-field-uid":1},"network_mask":{"description":"The IPv4 address mask for the network.","type":"string","format":"ipv4","x-field-uid":2},"metric":{"description":"The cost of the summary route TOS level 0 and all unspecified levels.","type":"integer","format":"uint32","x-field-uid":3}}},"Ospfv2.SummaryAsLsa":{"description":"Contents of OSPFv2 Autonomous System Boundary Router (ASBR) summary LSA - Type 4.","type":"object","properties":{"header":{"description":"Contents of the LSA header.","$ref":"#/components/schemas/Ospfv2.LsaHeader","x-field-uid":1},"network_mask":{"description":"The IPv4 address mask for the network.","type":"string","format":"ipv4","x-field-uid":2},"metric":{"description":"The cost of the summary route TOS level 0 and all unspecified levels.","type":"integer","format":"uint32","x-field-uid":3}}},"Ospfv2.ExternalAsLsa":{"description":"Contents of OSPFv2 AS-External-LSA - Type 5.\nThe value of the IPv4 prefix that was received is present in header.lsa_id.","type":"object","properties":{"header":{"description":"Contents of the LSA header.","$ref":"#/components/schemas/Ospfv2.LsaHeader","x-field-uid":1},"network_mask":{"description":"The IPv4 address mask for the network.","type":"string","format":"ipv4","x-field-uid":2},"metric":{"description":"The cost of the summary route TOS level 0 and all unspecified levels.","type":"integer","format":"uint32","x-field-uid":3},"metric_type":{"description":"The type of metric associated with the route range.","type":"integer","format":"uint32","x-field-uid":4}}},"Ospfv2.NssaLsa":{"description":"Contents of OSPFv2 NSSA LSA - Type 7.\nThe value of the IPv4 prefix that was received is present in header.lsa_id.","type":"object","properties":{"header":{"description":"Contents of the LSA header.","$ref":"#/components/schemas/Ospfv2.LsaHeader","x-field-uid":1},"network_mask":{"description":"The IPv4 address mask for the network.","type":"string","format":"ipv4","x-field-uid":2},"metric":{"description":"The cost of the summary route TOS level 0 and all unspecified levels.","type":"integer","format":"uint32","x-field-uid":3},"metric_type":{"description":"The type of metric associated with the route range.","type":"integer","format":"uint32","x-field-uid":4},"forwarding_address":{"description":"IPv4 Forwarding address.","type":"string","format":"ipv4","x-field-uid":5}}},"Ospfv2.OpaqueLsa":{"description":"Contents of OSPFv2 Opaque LSA - Type 7.","type":"object","properties":{"header":{"description":"Contents of the LSA header.","$ref":"#/components/schemas/Ospfv2.LsaHeader","x-field-uid":1},"type":{"description":"The type of Opaque TE LSAs. The LSA type.","type":"string","x-field-uid":2,"x-enum":{"local":{"x-field-uid":1},"area":{"x-field-uid":2},"domain":{"x-field-uid":3}},"enum":["local","area","domain"]}}},"Ospfv2.LsaHeader":{"description":"Attributes in LSA Header.","type":"object","properties":{"lsa_id":{"description":"LSA ID in the IPv4 format. The Link State ID for the specified LSA type.","type":"string","format":"ipv4","x-field-uid":1},"advertising_router_id":{"description":"The router ID (in the IPv4 format) of the router that originated the LSA.","type":"string","format":"ipv4","x-field-uid":2},"sequence_number":{"description":"Sequence number to detect old and duplicate LSAs. 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Any network-reachable interface address is allowed here. 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diff --git a/artifacts/openapi.yaml b/artifacts/openapi.yaml
index f63effb1..59966efa 100644
--- a/artifacts/openapi.yaml
+++ b/artifacts/openapi.yaml
@@ -7,7 +7,7 @@ info:
     \ issue](https://github.com/open-traffic-generator/models/issues) in the models\
     \ repository\n- [fork the models repository](https://github.com/open-traffic-generator/models)\
     \ and submit a PR"
-  version: 1.17.0
+  version: 1.18.0
   contact:
     url: https://github.com/open-traffic-generator/models
   license:
@@ -9707,7 +9707,7 @@ components:
           x-field-uid: 1
         prefix_len:
           description: |-
-            The IPv6 network prefix length is used for incrementing the lease address within the lease pool where multiple addresses are configured by using the size field. The address is incremented using the configured Prefix Length and Step.
+            The prefix_len ( in conjunction with the step) can be used to increment the IPv6 lease addresses  to be assigned to the requested clients when multiple addresses are configured by using the size field  in the pool. The address is incremented using the prefix_len and step.
           type: integer
           format: uint32
           default: 64
@@ -9724,7 +9724,7 @@ components:
           x-field-uid: 3
         step:
           description: |-
-            The increment value for the lease address within the lease pool where multiple addresses are present. The value is incremented according to the configured Prefix Length and Step.
+            The increment value for the lease address within the lease pool where multiple addresses are present.  The value of the advertised IPv6 prefixes are incremented according to the prefix_len and step.
           type: integer
           format: uint32
           default: 1
@@ -9742,13 +9742,11 @@ components:
           format: ipv6
           x-field-uid: 1
         configured_prefix_len:
-          description: "The IPv6 network prefix length is used for incrementing the\
-            \ lease address within the lease pool where multiple addresses are configured\
-            \ by using the size field. The address is incremented using the configured\
-            \ Prefix Length and Step. "
+          description: |-
+            The configured_prefix_len ( in conjunction with the prefix_step) can be used to increment the IPv6 lease addresses  to be assigned to the requested clients when multiple addresses are configured by using the size field in the pool.  e.g. This can be used to assign multiple IPv6 host addresses within the same IPv6 subnet ( defined by advertised_prefix_len )  to multiple requesting clients.
           type: integer
           format: uint32
-          default: 64
+          default: 128
           maximum: 128
           x-field-uid: 2
         prefix_size:
@@ -9762,7 +9760,7 @@ components:
           x-field-uid: 3
         prefix_step:
           description: |-
-            The increment value for the lease address within the lease pool where multiple addresses are present. The value is incremented according to the Prefix Length and Step.
+            The increment value for the lease address within the lease pool where multiple addresses are present.  The value of the advertised IPv6 prefixes are incremented according to the configured_prefix_len and prefix_step.
           type: integer
           format: uint32
           default: 1
diff --git a/artifacts/otg.proto b/artifacts/otg.proto
index 265a131c..cd870ed9 100644
--- a/artifacts/otg.proto
+++ b/artifacts/otg.proto
@@ -1,4 +1,4 @@
-/* Open Traffic Generator API 1.17.0
+/* Open Traffic Generator API 1.18.0
  * Open Traffic Generator API defines a model-driven, vendor-neutral and standard
  * interface for emulating layer 2-7 network devices and generating test traffic.
  * 
@@ -7252,9 +7252,10 @@ message Dhcpv6ServerPoolInfo {
   // The first IP address of the lease pool.
   optional string start_address = 1;
 
-  // The IPv6 network prefix length is used for incrementing the lease address within
-  // the lease pool where multiple addresses are configured by using the size field. The
-  // address is incremented using the configured Prefix Length and Step.
+  // The prefix_len ( in conjunction with the step) can be used to increment the IPv6
+  // lease addresses  to be assigned to the requested clients when multiple addresses
+  // are configured by using the size field  in the pool. The address is incremented using
+  // the prefix_len and step.
   // default = 64
   optional uint32 prefix_len = 2;
 
@@ -7263,8 +7264,8 @@ message Dhcpv6ServerPoolInfo {
   optional uint32 size = 3;
 
   // The increment value for the lease address within the lease pool where multiple addresses
-  // are present. The value is incremented according to the configured Prefix Length and
-  // Step.
+  // are present.  The value of the advertised IPv6 prefixes are incremented according
+  // to the prefix_len and step.
   // default = 1
   optional uint32 step = 4;
 }
@@ -7275,10 +7276,12 @@ message Dhcpv6ServerIapdPoolInfo {
   // The first IP address of the prefix pool.
   optional string start_prefix_address = 1;
 
-  // The IPv6 network prefix length is used for incrementing the lease address within
-  // the lease pool where multiple addresses are configured by using the size field. The
-  // address is incremented using the configured Prefix Length and Step.
-  // default = 64
+  // The configured_prefix_len ( in conjunction with the prefix_step) can be used to increment
+  // the IPv6 lease addresses  to be assigned to the requested clients when multiple addresses
+  // are configured by using the size field in the pool.  e.g. This can be used to assign
+  // multiple IPv6 host addresses within the same IPv6 subnet ( defined by advertised_prefix_len
+  // )  to multiple requesting clients.
+  // default = 128
   optional uint32 configured_prefix_len = 2;
 
   // The total number of addresses in the pool.
@@ -7286,7 +7289,8 @@ message Dhcpv6ServerIapdPoolInfo {
   optional uint32 prefix_size = 3;
 
   // The increment value for the lease address within the lease pool where multiple addresses
-  // are present. The value is incremented according to the Prefix Length and Step.
+  // are present.  The value of the advertised IPv6 prefixes are incremented according
+  // to the configured_prefix_len and prefix_step.
   // default = 1
   optional uint32 prefix_step = 4;
 
diff --git a/device/dhcp/servers/v6/dhcpv6server.yaml b/device/dhcp/servers/v6/dhcpv6server.yaml
index e51f5152..bd154b0c 100644
--- a/device/dhcp/servers/v6/dhcpv6server.yaml
+++ b/device/dhcp/servers/v6/dhcpv6server.yaml
@@ -130,8 +130,9 @@ components:
           x-field-uid: 1
         prefix_len:
           description: >-
-            The IPv6 network prefix length is used for incrementing the lease address within the lease pool where multiple
-            addresses are configured by using the size field. The address is incremented using the configured Prefix Length and Step.
+            The prefix_len ( in conjunction with the step) can be used to increment the IPv6 lease addresses 
+            to be assigned to the requested clients when multiple addresses are configured by using the size field 
+            in the pool. The address is incremented using the prefix_len and step.
           type: integer
           format: uint32
           default: 64
@@ -148,9 +149,8 @@ components:
           x-field-uid: 3
         step:
           description: >-
-            The increment value for the lease address within the lease pool where multiple
-            addresses are present. The value is incremented according to the configured Prefix
-            Length and Step.
+            The increment value for the lease address within the lease pool where multiple addresses are present. 
+            The value of the advertised IPv6 prefixes are incremented according to the prefix_len and step.
           type: integer
           format: uint32
           default: 1
@@ -170,11 +170,13 @@ components:
           x-field-uid: 1
         configured_prefix_len:
           description: >-
-            The IPv6 network prefix length is used for incrementing the lease address within the lease pool where multiple
-            addresses are configured by using the size field. The address is incremented using the configured Prefix Length and Step. 
+           The configured_prefix_len ( in conjunction with the prefix_step) can be used to increment the IPv6 lease addresses 
+           to be assigned to the requested clients when multiple addresses are configured by using the size field in the pool. 
+           e.g. This can be used to assign multiple IPv6 host addresses within the same IPv6 subnet ( defined by advertised_prefix_len ) 
+           to multiple requesting clients.
           type: integer
           format: uint32
-          default: 64
+          default: 128
           maximum: 128
           x-field-uid: 2
         prefix_size:
@@ -188,9 +190,8 @@ components:
           x-field-uid: 3
         prefix_step:
           description: >-
-            The increment value for the lease address within the lease pool where multiple
-            addresses are present. The value is incremented according to the Prefix
-            Length and Step.
+            The increment value for the lease address within the lease pool where multiple addresses are present. 
+            The value of the advertised IPv6 prefixes are incremented according to the configured_prefix_len and prefix_step.
           type: integer
           format: uint32
           default: 1