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class_policies_p1.py
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#!/usr/bin/env python3
import base64
import jinja2
import json
import os
import pkg_resources
import platform
import re
import stdiomask
import validating
from class_policies_lan import policies_lan
from class_policies_san import policies_san
from class_policies_vxan import policies_vxan
from class_pools import pools
from easy_functions import choose_policy, policies_parse
from easy_functions import exit_default_no, exit_default_yes
from easy_functions import ipmi_key_function
from easy_functions import policy_descr, policy_name
from easy_functions import sensitive_var_value
from easy_functions import variablesFromAPI
from easy_functions import varBoolLoop
from easy_functions import varNumberLoop
from easy_functions import varStringLoop
from easy_functions import vlan_list_full
from easy_functions import write_to_template
from textwrap import fill
ucs_template_path = pkg_resources.resource_filename('class_policies_p1', 'Templates/')
class policies_p1(object):
def __init__(self, name_prefix, org, type):
self.templateLoader = jinja2.FileSystemLoader(
searchpath=(ucs_template_path + '%s/') % (type))
self.templateEnv = jinja2.Environment(loader=self.templateLoader)
self.name_prefix = name_prefix
self.org = org
self.type = type
#==============================================
# Adapter Configuration Policy Module
#==============================================
def adapter_configuration_policies(self, jsonData, easy_jsonData, **kwargs):
name_prefix = self.name_prefix
name_suffix = 'adapter'
opSystem = kwargs['opSystem']
org = self.org
policy_type = 'Adapter Configuration Policy'
templateVars = {}
templateVars["header"] = '%s Variables' % (policy_type)
templateVars["initial_write"] = True
templateVars["org"] = org
templateVars["policy_type"] = policy_type
templateVars["template_file"] = 'template_open.jinja2'
templateVars["template_type"] = 'adapter_configuration_policies'
tfDir = kwargs['tfDir']
# Open the Template file
write_to_template(self, **templateVars)
templateVars["initial_write"] = False
configure_loop = False
while configure_loop == False:
print(f'\n-------------------------------------------------------------------------------------------\n')
print(f' An {policy_type} configures the Ethernet and Fibre-Channel settings for the ')
print(f' Virtual Interface Card (VIC) adapter.\n')
print(f' This wizard will save the configuration for this section to the following file:')
if opSystem == 'Windows':
print(f' - {tfDir}\\{org}\\{self.type}\\{templateVars["template_type"]}.auto.tfvars')
else:
print(f' - {tfDir}/{org}/{self.type}/{templateVars["template_type"]}.auto.tfvars')
print(f'\n-------------------------------------------------------------------------------------------\n')
configure = input(f'Do You Want to Configure an {policy_type}? Enter "Y" or "N" [Y]: ')
if configure == 'Y' or configure == '':
policy_loop = False
while policy_loop == False:
if not name_prefix == '':
name = '%s_%s' % (name_prefix, name_suffix)
else:
name = '%s_%s' % (org, name_suffix)
templateVars["name"] = policy_name(name, policy_type)
templateVars["descr"] = policy_descr(templateVars["name"], policy_type)
print(f'\n-------------------------------------------------------------------------------------------\n')
print(f' If Selected, then FCoE Initialization Protocol (FIP) mode is enabled. FIP mode ensures ')
print(f' that the adapter is compatible with current FCoE standards.')
print(f'\n-------------------------------------------------------------------------------------------\n')
valid = False
while valid == False:
Question = input('Do you want to Enable FIP on the VIC? Enter "Y" or "N" [Y]: ')
if Question == '' or Question == 'Y':
templateVars["enable_fip"] = True
valid = True
elif Question == 'N':
templateVars["enable_fip"] = False
valid = True
else:
print(f'\n-------------------------------------------------------------------------------------------\n')
print(f' Error!! Invalid Value. Please enter "Y" or "N".')
print(f'\n-------------------------------------------------------------------------------------------\n')
print(f'\n-------------------------------------------------------------------------------------------\n')
print(f' If Selected, then Link Layer Discovery Protocol (LLDP) enables all the Data Center ')
print(f' Bridging Capability Exchange protocol (DCBX) functionality, which includes FCoE,')
print(f' priority based flow control.')
print(f'\n-------------------------------------------------------------------------------------------\n')
valid = False
while valid == False:
Question = input('Do you want to Enable LLDP on the VIC? Enter "Y" or "N" [Y]: ')
if Question == '' or Question == 'Y':
templateVars["enable_lldp"] = True
valid = True
elif Question == 'N':
templateVars["enable_lldp"] = False
valid = True
else:
print(f'\n-------------------------------------------------------------------------------------------\n')
print(f' Error!! Invalid Value. Please enter "Y" or "N".')
print(f'\n-------------------------------------------------------------------------------------------\n')
print(f'\n-------------------------------------------------------------------------------------------\n')
print(f' When Port Channel is enabled, two vNICs and two vHBAs are available for use on the adapter')
print(f' card. When disabled, four vNICs and four vHBAs are available for use on the adapter card.')
print(f' Disabling port channel reboots the server. Port Channel is supported only for')
print(f' Cisco 4th Gen VIC Adapters with 4 interfaces.')
print(f'\n-------------------------------------------------------------------------------------------\n')
valid = False
while valid == False:
Question = input('Do you want to Enable Port-Channel on the VIC? Enter "Y" or "N" [Y]: ')
if Question == '' or Question == 'Y':
templateVars["enable_port_channel"] = True
valid = True
elif Question == 'N':
templateVars["enable_port_channel"] = False
valid = True
else:
print(f'\n-------------------------------------------------------------------------------------------\n')
print(f' Error!! Invalid Value. Please enter "Y" or "N".')
print(f'\n-------------------------------------------------------------------------------------------\n')
intList = [1, 2, 3, 4]
for x in intList:
templateVars["multi_select"] = False
jsonVars = jsonData['components']['schemas']['adapter.DceInterfaceSettings']['allOf'][1]['properties']
templateVars["var_description"] = jsonVars['FecMode']['description']
templateVars["jsonVars"] = sorted(jsonVars['FecMode']['enum'])
templateVars["defaultVar"] = jsonVars['FecMode']['default']
templateVars["varType"] = f'DCE Interface {x} FEC Mode'
intFec = f'fec_mode_{x}'
templateVars[intFec] = variablesFromAPI(**templateVars)
print(f'\n-------------------------------------------------------------------------------------------\n')
print(f' description = "{templateVars["descr"]}"')
print(f' enable_fip = {templateVars["enable_fip"]}')
print(f' enable_lldp = {templateVars["enable_lldp"]}')
print(f' enable_port_channel = {templateVars["enable_port_channel"]}')
print(f' fec_mode_1 = "{templateVars["fec_mode_1"]}"')
print(f' fec_mode_2 = "{templateVars["fec_mode_2"]}"')
print(f' fec_mode_3 = "{templateVars["fec_mode_3"]}"')
print(f' fec_mode_4 = "{templateVars["fec_mode_4"]}"')
print(f' name = "{templateVars["name"]}"')
print(f'\n-------------------------------------------------------------------------------------------\n')
valid_confirm = False
while valid_confirm == False:
confirm_policy = input('Do you want to accept the above configuration? Enter "Y" or "N" [Y]: ')
if confirm_policy == 'Y' or confirm_policy == '':
confirm_policy = 'Y'
# Write Policies to Template File
templateVars["template_file"] = '%s.jinja2' % (templateVars["template_type"])
write_to_template(self, **templateVars)
configure_loop, policy_loop = exit_default_no(templateVars["policy_type"])
valid_confirm = True
elif confirm_policy == 'N':
print(f'\n------------------------------------------------------\n')
print(f' Starting {templateVars["policy_type"]} Section over.')
print(f'\n------------------------------------------------------\n')
valid_confirm = True
else:
print(f'\n------------------------------------------------------\n')
print(f' Error!! Invalid Value. Please enter "Y" or "N".')
print(f'\n------------------------------------------------------\n')
elif configure == 'N':
configure_loop = True
else:
print(f'\n-------------------------------------------------------------------------------------------\n')
print(f' Error!! Invalid Value. Please enter "Y" or "N".')
print(f'\n-------------------------------------------------------------------------------------------\n')
# Close the Template file
templateVars["template_file"] = 'template_close.jinja2'
write_to_template(self, **templateVars)
#==============================================
# BIOS Policy Module
#==============================================
def bios_policies(self, jsonData, easy_jsonData, **kwargs):
name_prefix = self.name_prefix
opSystem = kwargs['opSystem']
org = self.org
policy_type = 'BIOS Policy'
policy_x = 'BIOS'
templateVars = {}
templateVars["header"] = '%s Variables' % (policy_type)
templateVars["initial_write"] = True
templateVars["name_prefix"] = name_prefix
templateVars["org"] = org
templateVars["policy_type"] = policy_type
templateVars["template_file"] = 'template_open.jinja2'
templateVars["template_type"] = 'bios_policies'
tfDir = kwargs['tfDir']
# Open the Template file
write_to_template(self, **templateVars)
templateVars["initial_write"] = False
configure_loop = False
while configure_loop == False:
print(f'\n-------------------------------------------------------------------------------------------\n')
print(f' {policy_x} Policies: To simplify your work, this wizard will use {policy_x}')
print(f' Templates that are pre-configured. You can add custom {policy_x} policy')
print(f' configuration to the {templateVars["template_type"]}.auto.tfvars file at your descretion.')
print(f' That will not be covered by this wizard as the focus of the wizard is on simplicity.\n')
print(f' This wizard will save the configuration for this section to the following file:')
if opSystem == 'Windows':
print(f' - {tfDir}\\{org}\\{self.type}\\{templateVars["template_type"]}.auto.tfvars')
else:
print(f' - {tfDir}/{org}/{self.type}/{templateVars["template_type"]}.auto.tfvars')
print(f'\n-------------------------------------------------------------------------------------------\n')
configure = input(f'Do You Want to Configure a {policy_type}? Enter "Y" or "N" [Y]: ')
if configure == 'Y' or configure == '':
policy_loop = False
while policy_loop == False:
templateVars["multi_select"] = False
jsonVars = easy_jsonData['policies']['bios.Policy']
templateVars["var_description"] = jsonVars['templates']['description']
templateVars["jsonVars"] = sorted(jsonVars['templates']['enum'])
templateVars["defaultVar"] = jsonVars['templates']['default']
templateVars["varType"] = 'BIOS Template'
templateVars["policy_template"] = variablesFromAPI(**templateVars)
if not templateVars["name_prefix"] == '':
name = '%s_%s' % (templateVars["name_prefix"], templateVars["policy_template"])
else:
name = '%s_%s' % (templateVars["org"], templateVars["policy_template"])
templateVars["name"] = policy_name(name, templateVars["policy_type"])
templateVars["descr"] = policy_descr(templateVars["name"], templateVars["policy_type"])
print(f'\n-------------------------------------------------------------------------------------------\n')
print(f' bios_template = "{templateVars["policy_template"]}"')
print(f' description = "{templateVars["descr"]}"')
print(f' name = "{templateVars["name"]}"')
print(f'\n-------------------------------------------------------------------------------------------\n')
valid_confirm = False
while valid_confirm == False:
confirm_policy = input('Do you want to accept the above configuration? Enter "Y" or "N" [Y]: ')
if confirm_policy == 'Y' or confirm_policy == '':
confirm_policy = 'Y'
# Write Policies to Template File
templateVars["template_file"] = '%s.jinja2' % (templateVars["template_type"])
write_to_template(self, **templateVars)
configure_loop, policy_loop = exit_default_yes(templateVars["policy_type"])
valid_confirm = True
elif confirm_policy == 'N':
print(f'\n------------------------------------------------------\n')
print(f' Starting {templateVars["policy_type"]} Section over.')
print(f'\n------------------------------------------------------\n')
valid_confirm = True
else:
print(f'\n------------------------------------------------------\n')
print(f' Error!! Invalid Value. Please enter "Y" or "N".')
print(f'\n------------------------------------------------------\n')
elif configure == 'N':
configure_loop = True
else:
print(f'\n-------------------------------------------------------------------------------------------\n')
print(f' Error!! Invalid Value. Please enter "Y" or "N".')
print(f'\n-------------------------------------------------------------------------------------------\n')
# Close the Template file
templateVars["template_file"] = 'template_close.jinja2'
write_to_template(self, **templateVars)
#==============================================
# Boot Order Policy Module
#==============================================
def boot_order_policies(self, jsonData, easy_jsonData, **kwargs):
name_prefix = self.name_prefix
name_suffix = 'boot_order'
opSystem = kwargs['opSystem']
org = self.org
policy_type = 'Boot Order Policy'
templateVars = {}
templateVars["header"] = '%s Variables' % (policy_type)
templateVars["initial_write"] = True
templateVars["org"] = org
templateVars["policy_type"] = policy_type
templateVars["template_file"] = 'template_open.jinja2'
templateVars["template_type"] = 'boot_order_policies'
tfDir = kwargs['tfDir']
# Open the Template file
write_to_template(self, **templateVars)
templateVars["initial_write"] = False
configure_loop = False
while configure_loop == False:
print(f'\n-------------------------------------------------------------------------------------------\n')
print(f' A {policy_type} configures the linear ordering of devices and enables you to change ')
print(f' the boot order and boot mode. You can also add multiple devices under various device types,')
print(f' rearrange the boot order, and set parameters for each boot device type.\n')
print(f' This wizard will save the configuration for this section to the following file:')
if opSystem == 'Windows':
print(f' - {tfDir}\\{org}\\{self.type}\\{templateVars["template_type"]}.auto.tfvars')
else:
print(f' - {tfDir}/{org}/{self.type}/{templateVars["template_type"]}.auto.tfvars')
print(f'\n-------------------------------------------------------------------------------------------\n')
configure = input(f'Do You Want to Configure a {policy_type}. Enter "Y" or "N" [Y]: ')
if configure == 'Y' or configure == '':
policy_loop = False
while policy_loop == False:
if not name_prefix == '':
name = '%s_%s' % (name_prefix, name_suffix)
else:
name = '%s_%s' % (org, name_suffix)
templateVars["name"] = policy_name(name, policy_type)
templateVars["descr"] = policy_descr(templateVars["name"], policy_type)
# Pull in the Policies for iSCSI Boot
jsonVars = jsonData['components']['schemas']['boot.PrecisionPolicy']['allOf'][1]['properties']
templateVars["multi_select"] = False
# Configured Boot Mode
templateVars["var_description"] = jsonVars['ConfiguredBootMode']['description']
templateVars["jsonVars"] = sorted(jsonVars['ConfiguredBootMode']['enum'])
templateVars["defaultVar"] = jsonVars['ConfiguredBootMode']['default']
templateVars["varType"] = 'Configured Boot Mode'
templateVars["boot_mode"] = variablesFromAPI(**templateVars)
if templateVars["boot_mode"] == 'Uefi':
# Enforce Uefi SecureBoot
templateVars["Description"] = jsonVars['EnforceUefiSecureBoot']['description']
templateVars["varInput"] = f'Do you want to Enforce Uefi Secure Boot?'
templateVars["varDefault"] = 'Y'
templateVars["varName"] = 'Uefi SecureBoot'
templateVars["enable_secure_boot"] = varBoolLoop(**templateVars)
else:
templateVars["enable_secure_boot"] = False
print(f'\n-------------------------------------------------------------------------------------------\n')
print(f' Add and configure a boot device. The configuration options vary with boot device types.')
print(f'\n-------------------------------------------------------------------------------------------\n')
templateVars["boot_devices"] = []
inner_loop_count = 1
sub_loop = False
while sub_loop == False:
question = input(f'\nWould you like to configure a Boot Device? Enter "Y" or "N" [Y]: ')
if question == '' or question == 'Y':
valid_sub = False
while valid_sub == False:
# Pull in the Policies for iSCSI Boot
jsonVars = jsonData['components']['schemas']['boot.DeviceBase']['allOf'][1]['properties']
# Configured Boot Mode
templateVars["var_description"] = 'Select the Type of Boot Device to configure.'
templateVars["jsonVars"] = sorted(jsonVars['ClassId']['enum'])
templateVars["defaultVar"] = 'boot.LocalDisk'
templateVars["varType"] = 'Boot Device Class ID'
objectType = variablesFromAPI(**templateVars)
templateVars["Description"] = jsonVars['Name']['description']
templateVars["varDefault"] = ''
templateVars["varInput"] = 'Boot Device Name:'
templateVars["varName"] = 'Boot Device Name'
templateVars["varRegex"] = jsonVars['Name']['pattern']
templateVars["minLength"] = 1
templateVars["maxLength"] = 30
device_name = varStringLoop(**templateVars)
boot_device = {
"enabled":True,
"device_name":device_name,
"object_type":objectType
}
if objectType == 'boot.Iscsi':
device_type = 'iscsi_boot'
jsonVars = jsonData['components']['schemas']['boot.Iscsi']['allOf'][1]['properties']
elif objectType == 'boot.LocalCdd':
device_type = 'local_cdd'
elif objectType == 'boot.LocalDisk':
device_type = 'local_disk'
jsonVars = jsonData['components']['schemas']['boot.LocalDisk']['allOf'][1]['properties']
elif objectType == 'boot.Nvme':
device_type = 'nvme'
jsonVars = jsonData['components']['schemas']['boot.Nvme']['allOf'][1]['properties']
elif objectType == 'boot.PchStorage':
device_type = 'pch_storage'
jsonVars = jsonData['components']['schemas']['boot.PchStorage']['allOf'][1]['properties']
elif objectType == 'boot.Pxe':
device_type = 'pxe_boot'
jsonVars = jsonData['components']['schemas']['boot.Pxe']['allOf'][1]['properties']
elif objectType == 'boot.San':
device_type = 'san_boot'
jsonVars = jsonData['components']['schemas']['boot.San']['allOf'][1]['properties']
elif objectType == 'boot.SdCard':
device_type = 'sd_card'
jsonVars = jsonData['components']['schemas']['boot.SdCard']['allOf'][1]['properties']
elif objectType == 'boot.UefiShell':
device_type = 'uefi_shell'
jsonVars = jsonData['components']['schemas']['boot.UefiShell']['allOf'][1]['properties']
elif objectType == 'boot.Usb':
device_type = 'usb'
jsonVars = jsonData['components']['schemas']['boot.Usb']['allOf'][1]['properties']
elif objectType == 'boot.VirtualMedia':
device_type = 'virtual_media'
jsonVars = jsonData['components']['schemas']['boot.VirtualMedia']['allOf'][1]['properties']
boot_device.update({'device_type':device_type})
if templateVars["boot_mode"] == 'Uefi' and re.fullmatch('boot\.(Iscsi|LocalDisk|Nvme|PchStorage|San|SdCard)', objectType):
addLoader = {
"bootloader_description":"Uefi Bootloader",
"bootloader_name":"BOOTX64.EFI",
"bootloader_path":"\\\\EFI\\\\BOOT\\\\"
}
boot_device.update(addLoader)
if objectType == 'boot.LocalDisk':
templateVars["multi_select"] = False
jsonVars = jsonData['components']['schemas']['vnic.EthNetworkPolicy']['allOf'][1]['properties']
templateVars["var_description"] = jsonVars['TargetPlatform']['description']
templateVars["jsonVars"] = sorted(jsonVars['TargetPlatform']['enum'])
templateVars["defaultVar"] = jsonVars['TargetPlatform']['default']
templateVars["varType"] = 'Target Platform'
target_platform = variablesFromAPI(**templateVars)
# Slot
jsonVars = jsonData['components']['schemas']['boot.LocalDisk']['allOf'][1]['properties']
templateVars["var_description"] = jsonVars['Slot']['description']
templateVars["jsonVars"] = easy_jsonData['policies']['boot.PrecisionPolicy']['boot.Localdisk'][target_platform]
templateVars["defaultVar"] = easy_jsonData['policies']['boot.PrecisionPolicy']['boot.Localdisk']['default']
templateVars["varType"] = 'Slot'
Slot = variablesFromAPI(**templateVars)
if re.search('[0-9]+', Slot):
templateVars["Description"] = 'Slot Number between 1 and 205.'
templateVars["varDefault"] = 1
templateVars["varInput"] = 'Slot ID of the Localdisk:'
templateVars["varName"] = 'Slot'
templateVars["varRegex"] = '[0-9]+'
templateVars["minNum"] = 1
templateVars["maxNum"] = 205
Slot = varNumberLoop(**templateVars)
localDisk = {'slot':Slot}
boot_device.update(localDisk)
if objectType == 'boot.Pxe':
# IPv4 or IPv6
templateVars["var_description"] = jsonVars['IpType']['description']
templateVars["jsonVars"] = sorted(jsonVars['IpType']['enum'])
templateVars["defaultVar"] = jsonVars['IpType']['default']
templateVars["varType"] = 'IP Type'
IpType = variablesFromAPI(**templateVars)
# Interface Source
templateVars["var_description"] = jsonVars['InterfaceSource']['description']
templateVars["jsonVars"] = sorted(jsonVars['InterfaceSource']['enum'])
templateVars["defaultVar"] = jsonVars['InterfaceSource']['default']
templateVars["varType"] = 'Interface Source'
InterfaceSource = variablesFromAPI(**templateVars)
if objectType == 'boot.Iscsi' or (objectType == 'boot.Pxe' and InterfaceSource == 'name'):
policy_list = [
'policies.lan_connectivity_policies.lan_connectivity_policy',
]
templateVars["allow_opt_out"] = False
for policy in policy_list:
lan_connectivity_policy,policyData = policy_select_loop(jsonData, easy_jsonData, name_prefix, policy, **templateVars)
vnicNames = []
for x in policyData['lan_connectivity_policies']:
for keys, values in x.items():
if keys == lan_connectivity_policy:
for i in values[0]['vnics']:
for k, v in i.items():
vnicNames.append(k)
templateVars["var_description"] = 'LAN Connectivity vNIC Names.'
templateVars["jsonVars"] = sorted(vnicNames)
templateVars["defaultVar"] = ''
templateVars["varType"] = 'vNIC Names'
vnicTemplate = variablesFromAPI(**templateVars)
InterfaceName = values[0]['vnics'][0][vnicTemplate][0]['name']
Slot = values[0]['vnics'][0][vnicTemplate][0]['placement_slot_id']
if objectType == 'boot.Iscsi':
Port = 0
else:
Port = -1
MacAddress = ''
if objectType == 'boot.Pxe':
if InterfaceSource == 'mac':
templateVars["Description"] = jsonVars['MacAddress']['description']
templateVars["varDefault"] = ''
templateVars["varInput"] = 'The MAC Address of the adapter on the underlying Virtual NIC:'
templateVars["varName"] = 'Mac Address'
templateVars["varRegex"] = jsonVars['MacAddress']['pattern']
templateVars["minLength"] = 17
templateVars["maxLength"] = 17
MacAddress = varStringLoop(**templateVars)
InterfaceName = ''
Port = -1
elif InterfaceSource == 'port':
templateVars["Description"] = jsonVars['Port']['description']
templateVars["varDefault"] = jsonVars['Port']['default']
templateVars["varInput"] = 'The Port ID of the adapter on the underlying Virtual NIC:'
templateVars["varName"] = 'Port'
templateVars["varRegex"] = jsonVars['Port']['pattern']
templateVars["minNum"] = 1
templateVars["maxNum"] = 3
Port = varNumberLoop(**templateVars)
InterfaceName = ''
MacAddress = ''
if not InterfaceSource == 'name':
templateVars["Description"] = jsonVars['Slot']['description']
templateVars["varDefault"] = 'MLOM'
templateVars["varInput"] = 'The Slot ID of the adapter on the underlying Virtual NIC:'
templateVars["varName"] = 'Slot'
templateVars["varRegex"] = jsonVars['Slot']['pattern']
templateVars["minLength"] = 1
templateVars["maxLength"] = 4
Slot = varStringLoop(**templateVars)
pxeBoot = {
'interface_name':InterfaceName,
'interface_source':InterfaceSource,
'ip_type':IpType,
'mac_address':MacAddress,
'port':Port,
'slot':Slot
}
boot_device.update(pxeBoot)
if re.fullmatch('boot\.Iscsi', objectType):
jsonVars = jsonData['components']['schemas']['boot.Iscsi']['allOf'][1]['properties']
# Port
templateVars["Description"] = jsonVars['Port']['description']
templateVars["varInput"] = 'Enter the Port ID of the Adapter:'
templateVars["varDefault"] = jsonVars['Port']['description']
templateVars["varName"] = 'Port'
templateVars["minNum"] = jsonVars['Port']['minimum']
templateVars["maxNum"] = jsonVars['Port']['maximum']
templateVars["port"] = varNumberLoop(**templateVars)
if re.fullmatch('boot\.(PchStorage|San|SdCard)', objectType):
templateVars["Description"] = jsonVars['Lun']['description']
templateVars["varDefault"] = jsonVars['Lun']['default']
templateVars["varInput"] = 'LUN Identifier:'
templateVars["varName"] = 'LUN ID'
templateVars["varRegex"] = '[\\d]+'
templateVars["minNum"] = jsonVars['Lun']['minimum']
templateVars["maxNum"] = jsonVars['Lun']['maximum']
Lun = varNumberLoop(**templateVars)
boot_device.update({'lun':Lun})
if objectType == 'boot.San':
policy_list = [
'policies.san_connectivity_policies.san_connectivity_policy',
]
templateVars["allow_opt_out"] = False
for policy in policy_list:
san_connectivity_policy,policyData = policy_select_loop(jsonData, easy_jsonData, name_prefix, policy, **templateVars)
vnicNames = []
for x in policyData['san_connectivity_policies']:
for keys, values in x.items():
if keys == san_connectivity_policy:
for i in values[0]['vhbas']:
for k, v in i.items():
vnicNames.append(k)
templateVars["var_description"] = 'SAN Connectivity vNIC Names.'
templateVars["jsonVars"] = sorted(vnicNames)
templateVars["defaultVar"] = ''
templateVars["varType"] = 'vHBA Names'
vnicTemplate = variablesFromAPI(**templateVars)
InterfaceName = values[0]['vhbas'][0][vnicTemplate][0]['name']
Slot = values[0]['vhbas'][0][vnicTemplate][0]['placement_slot_id']
templateVars["Description"] = jsonVars['Wwpn']['description']
templateVars["varDefault"] = ''
templateVars["varInput"] = 'WWPN of the Target Appliance:'
templateVars["varName"] = 'WWPN'
templateVars["varRegex"] = jsonVars['Wwpn']['pattern']
templateVars["minLength"] = 23
templateVars["maxLength"] = 23
Wwpn = varStringLoop(**templateVars)
targetWwpn = {'target_wwpn':Wwpn}
boot_device.update(targetWwpn)
if re.fullmatch('boot\.(SdCard|Usb|VirtualMedia)', objectType):
if objectType == 'boot.SdCard':
# Pull in the Sub Types for Virtual Media
jsonVars = jsonData['components']['schemas']['boot.SdCard']['allOf'][1]['properties']
elif objectType == 'boot.Usb':
# Pull in the Sub Types for Virtual Media
jsonVars = jsonData['components']['schemas']['boot.Usb']['allOf'][1]['properties']
elif objectType == 'boot.VirtualMedia':
# Pull in the Sub Types for Virtual Media
jsonVars = jsonData['components']['schemas']['boot.VirtualMedia']['allOf'][1]['properties']
# Configured Boot Mode
templateVars["var_description"] = jsonVars['Subtype']['description']
templateVars["jsonVars"] = sorted(jsonVars['Subtype']['enum'])
templateVars["defaultVar"] = jsonVars['Subtype']['default']
templateVars["varType"] = 'Sub type'
Subtype = variablesFromAPI(**templateVars)
boot_device.update({'subtype':Subtype})
print(f'\n-------------------------------------------------------------------------------------------\n')
for k, v in boot_device.items():
if k == 'bootloader_description':
print(f' bootloader_description = "{v}"')
elif k == 'bootloader_name':
print(f' bootloader_name = "{v}"')
elif k == 'bootloader_path':
print(f' bootloader_path = "{v}"')
elif k == 'enabled':
print(f' enabled = {v}')
elif k == 'interface_name':
print(f' InterfaceName = "{v}"')
elif k == 'interface_source':
print(f' InterfaceSource = "{v}"')
elif k == 'ip_type':
print(f' IpType = "{v}"')
elif k == 'mac_address':
print(f' MacAddress = "{v}"')
elif k == 'device_name':
print(f' name = "{v}"')
elif k == 'lun':
print(f' Lun = {v}')
elif k == 'object_type':
print(f' object_type = "{v}"')
elif k == 'port':
print(f' Port = {v}')
elif k == 'slot':
print(f' Slot = "{v}"')
elif k == 'subtype':
print(f' Subtype = "{v}"')
elif k == 'target_wwpn':
print(f' Wwpn = "{v}"')
print(f'\n-------------------------------------------------------------------------------------------\n')
valid_confirm = False
while valid_confirm == False:
confirm_config = input('Do you want to accept the above configuration? Enter "Y" or "N" [Y]: ')
if confirm_config == 'Y' or confirm_config == '':
templateVars["boot_devices"].append(boot_device)
valid_exit = False
while valid_exit == False:
if inner_loop_count < 3:
loop_exit = input(f'Would You like to Configure another Boot Device? Enter "Y" or "N" [Y]: ')
else:
loop_exit = input(f'Would You like to Configure another Boot Device? Enter "Y" or "N" [N]: ')
if loop_exit == 'Y' or (inner_loop_count < 3 and loop_exit == ''):
inner_loop_count += 1
valid_confirm = True
valid_exit = True
elif loop_exit == 'N' or loop_exit == '':
sub_loop = True
valid_confirm = True
valid_exit = True
valid_sub = True
else:
print(f'\n------------------------------------------------------\n')
print(f' Error!! Invalid Value. Please enter "Y" or "N".')
print(f'\n------------------------------------------------------\n')
elif confirm_config == 'N':
print(f'\n-------------------------------------------------------------------------------------------\n')
print(f' Starting Boot Order Configuration Over.')
print(f'\n-------------------------------------------------------------------------------------------\n')
valid_confirm = True
else:
print(f'\n------------------------------------------------------\n')
print(f' Error!! Invalid Value. Please enter "Y" or "N".')
print(f'\n------------------------------------------------------\n')
elif question == 'N':
sub_loop = True
else:
print(f'\n------------------------------------------------------\n')
print(f' Error!! Invalid Value. Please enter "Y" or "N".')
print(f'\n------------------------------------------------------\n')
print(f'\n-------------------------------------------------------------------------------------------\n')
print(f' boot_mode = "{templateVars["boot_mode"]}"')
print(f' description = "{templateVars["descr"]}"')
print(f' enable_secure_boot = {templateVars["enable_secure_boot"]}')
print(f' name = "{templateVars["name"]}"')
if len(templateVars['boot_devices']) > 0:
print(f' boot_devices = ''{')
for i in templateVars['boot_devices']:
for k, v in i.items():
if k == 'device_name':
print(f' "{v}" = ''{')
for k, v in i.items():
if k == 'bootloader_description':
print(f' bootloader_description = "{v}"')
elif k == 'bootloader_name':
print(f' bootloader_name = "{v}"')
elif k == 'bootloader_path':
print(f' bootloader_path = "{v}"')
elif k == 'enabled':
print(f' enabled = {v}')
elif k == 'interface_name':
print(f' InterfaceName = "{v}"')
elif k == 'interface_source':
print(f' InterfaceSource = "{v}"')
elif k == 'ip_type':
print(f' IpType = "{v}"')
elif k == 'mac_address':
print(f' MacAddress = "{v}"')
elif k == 'lun':
print(f' Lun = {v}')
elif k == 'object_type':
print(f' object_type = "{v}"')
elif k == 'port':
print(f' Port = {v}')
elif k == 'slot':
print(f' Slot = "{v}"')
elif k == 'subtype':
print(f' Subtype = "{v}"')
elif k == 'target_wwpn':
print(f' Wwpn = "{v}"')
print(f' ''}')
print(f'\n-------------------------------------------------------------------------------------------\n')
valid_confirm = False
while valid_confirm == False:
confirm_policy = input('Do you want to accept the above configuration? Enter "Y" or "N" [Y]: ')
if confirm_policy == 'Y' or confirm_policy == '':
confirm_policy = 'Y'
# Write Policies to Template File
templateVars["template_file"] = '%s.jinja2' % (templateVars["template_type"])
write_to_template(self, **templateVars)
configure_loop, policy_loop = exit_default_no(templateVars["policy_type"])
valid_confirm = True
elif confirm_policy == 'N':
print(f'\n------------------------------------------------------\n')
print(f' Starting {templateVars["policy_type"]} Section over.')
print(f'\n------------------------------------------------------\n')
valid_confirm = True
else:
print(f'\n------------------------------------------------------\n')
print(f' Error!! Invalid Value. Please enter "Y" or "N".')
print(f'\n------------------------------------------------------\n')
elif configure == 'N':
configure_loop = True
else:
print(f'\n-------------------------------------------------------------------------------------------\n')
print(f' Error!! Invalid Value. Please enter "Y" or "N".')
print(f'\n-------------------------------------------------------------------------------------------\n')
# Close the Template file
templateVars["template_file"] = 'template_close.jinja2'
write_to_template(self, **templateVars)
#==============================================
# Certificate Management Policy Module
#==============================================
def certificate_management_policies(self, jsonData, easy_jsonData, **kwargs):
name_prefix = self.name_prefix
name_suffix = 'cert_mgmt'
opSystem = kwargs['opSystem']
org = self.org
policy_type = 'Certificate Management Policy'
templateVars = {}
templateVars["header"] = '%s Variables' % (policy_type)
templateVars["initial_write"] = True
templateVars["org"] = org
templateVars["policy_type"] = policy_type
templateVars["template_file"] = 'template_open.jinja2'
templateVars["template_type"] = 'certificate_management_policies'
tfDir = kwargs['tfDir']
# Open the Template file
write_to_template(self, **templateVars)
templateVars["initial_write"] = False
configure_loop = False
while configure_loop == False:
print(f'\n-------------------------------------------------------------------------------------------\n')
print(f' A {policy_type} Allows you to specify the certificate and private key-pair ')
print(f' details for an external certificate.\n')
print(f' This wizard will save the configuration for this section to the following file:')
if opSystem == 'Windows':
print(f' - {tfDir}\\{org}\\{self.type}\\{templateVars["template_type"]}.auto.tfvars')
else:
print(f' - {tfDir}/{org}/{self.type}/{templateVars["template_type"]}.auto.tfvars')
print(f'\n-------------------------------------------------------------------------------------------\n')
loop_count = 1
configure = input(f'Do You Want to Configure a {policy_type}. Enter "Y" or "N" [Y]: ')
if configure == 'Y' or configure == '':
policy_loop = False
while policy_loop == False:
if not name_prefix == '':
name = '%s_%s' % (name_prefix, name_suffix)
else:
name = '%s_%s' % (org, name_suffix)
templateVars["name"] = policy_name(name, policy_type)
templateVars["descr"] = policy_descr(templateVars["name"], policy_type)
# Pull in the Policies for Certificate Management
jsonVars = jsonData['components']['schemas']['certificatemanagement.CertificateBase']['allOf'][1]['properties']
templateVars["multi_select"] = False
# Request Certificate
templateVars["Multi_Line_Input"] = True
templateVars["Description"] = jsonVars['Certificate']['description']
templateVars["Variable"] = f'base64_certificate_{loop_count}'
certificate = sensitive_var_value(jsonData, **templateVars)
templateVars["certificate"] = loop_count
# Encode the Certificate as Base64
base64Cert = base64.b64encode(str.encode(certificate)).decode()
print('base64 encoded:')
print(base64Cert)
TF_VAR = f'base64_certificate_{loop_count}'
os.environ[TF_VAR] = base64Cert
# Request Private Key
templateVars["Multi_Line_Input"] = True
templateVars["Description"] = jsonVars['Privatekey']['description']
templateVars["Variable"] = f'base64_private_key_{loop_count}'
privateKey = sensitive_var_value(jsonData, **templateVars)
templateVars["private_key"] = loop_count
# Encode the Certificate as Base64
base64Key = base64.b64encode(str.encode(privateKey)).decode()
print('base64 encoded:')
print(base64Key)
TF_VAR = f'base64_certificate_{loop_count}'
os.environ[TF_VAR] = base64Key
templateVars["enabled"] = True
print(f'\n-------------------------------------------------------------------------------------------\n')
print(f' certificate = {templateVars["certificate"]}')
print(f' description = "{templateVars["descr"]}"')
print(f' enabled = {templateVars["enabled"]}')
print(f' name = "{templateVars["name"]}"')
print(f' private_key = {templateVars["private_key"]}')
print(f'\n-------------------------------------------------------------------------------------------\n')
valid_confirm = False
while valid_confirm == False:
confirm_policy = input('Do you want to accept the above configuration? Enter "Y" or "N" [Y]: ')
if confirm_policy == 'Y' or confirm_policy == '':
confirm_policy = 'Y'
# Write Policies to Template File
templateVars["template_file"] = '%s.jinja2' % (templateVars["template_type"])
write_to_template(self, **templateVars)
configure_loop, policy_loop = exit_default_no(templateVars["policy_type"])
print(f'configure loop is {configure_loop}')
print(f'policy loop is {policy_loop}')
loop_count += 1
valid_confirm = True
elif confirm_policy == 'N':
print(f'\n------------------------------------------------------\n')
print(f' Starting {templateVars["policy_type"]} Section over.')
print(f'\n------------------------------------------------------\n')
valid_confirm = True
else:
print(f'\n------------------------------------------------------\n')
print(f' Error!! Invalid Value. Please enter "Y" or "N".')
print(f'\n------------------------------------------------------\n')
elif configure == 'N':
configure_loop = True
else:
print(f'\n-------------------------------------------------------------------------------------------\n')
print(f' Error!! Invalid Value. Please enter "Y" or "N".')
print(f'\n-------------------------------------------------------------------------------------------\n')
# Close the Template file
templateVars["template_file"] = 'template_close.jinja2'
write_to_template(self, **templateVars)
#==============================================
# Device Connector Policy Module
#==============================================
def device_connector_policies(self, jsonData, easy_jsonData, **kwargs):
name_prefix = self.name_prefix
name_suffix = 'devcon'
opSystem = kwargs['opSystem']
org = self.org
policy_type = 'Device Connector Policy'
templateVars = {}
templateVars["header"] = '%s Variables' % (policy_type)
templateVars["initial_write"] = True
templateVars["org"] = org
templateVars["policy_type"] = policy_type
templateVars["template_file"] = 'template_open.jinja2'
templateVars["template_type"] = 'device_connector_policies'
tfDir = kwargs['tfDir']
# Open the Template file
write_to_template(self, **templateVars)
templateVars["initial_write"] = False
configure_loop = False
while configure_loop == False:
print(f'\n-------------------------------------------------------------------------------------------\n')
print(f' A {policy_type} lets you choose the Configuration from Intersight only option to control ')
print(f' configuration changes allowed from Cisco IMC. The Configuration from Intersight only ')
print(f' option is enabled by default. You will observe the following changes when you deploy the ')
print(f' Device Connector policy in Intersight:')
print(f' * Validation tasks will fail:')
print(f' - If Intersight Read-only mode is enabled in the claimed device.')
print(f' - If the firmware version of the Standalone C-Series Servers is lower than 4.0(1).')
print(f' * If Intersight Read-only mode is enabled, firmware upgrades will be successful only when ')
print(f' performed from Intersight. Firmware upgrade performed locally from Cisco IMC will fail.')
print(f' * IPMI over LAN privileges will be reset to read-only level if Configuration from ')
print(f' Intersight only is enabled through the Device Connector policy, or if the same ')
print(f' configuration is enabled in the Device Connector in Cisco IMC.\n\n')
print(f' This wizard will save the configuration for this section to the following file:')
if opSystem == 'Windows':
print(f' - {tfDir}\\{org}\\{self.type}\\{templateVars["template_type"]}.auto.tfvars')
else:
print(f' - {tfDir}/{org}/{self.type}/{templateVars["template_type"]}.auto.tfvars')
print(f'\n-------------------------------------------------------------------------------------------\n')
configure = input(f'Do You Want to Configure a {policy_type}? Enter "Y" or "N" [Y]: ')
if configure == 'Y' or configure == '':
policy_loop = False
while policy_loop == False:
if not name_prefix == '':
name = '%s_%s' % (name_prefix, name_suffix)
else:
name = '%s_%s' % (org, name_suffix)
templateVars["name"] = policy_name(name, policy_type)
templateVars["descr"] = policy_descr(templateVars["name"], policy_type)
jsonVars = jsonData['components']['schemas']['deviceconnector.Policy']['allOf'][1]['properties']
templateVars["Description"] = jsonVars['LockoutEnabled']['description']
templateVars["varInput"] = f'Do you want to lock down Configuration to Intersight only?'
templateVars["varDefault"] = 'N'
templateVars["varName"] = 'Lockout Enabled'
templateVars["configuration_lockout"] = varBoolLoop(**templateVars)
print(f'\n-------------------------------------------------------------------------------------------\n')
print(f' ')
print(f' configuration_lockout = {templateVars["configuration_lockout"]}')
print(f' description = "{templateVars["descr"]}"')
print(f' name = "{templateVars["name"]}"')
print(f'\n-------------------------------------------------------------------------------------------\n')
valid_confirm = False
while valid_confirm == False:
confirm_policy = input('Do you want to accept the above configuration? Enter "Y" or "N" [Y]: ')
if confirm_policy == 'Y' or confirm_policy == '':
confirm_policy = 'Y'
# Write Policies to Template File
templateVars["template_file"] = '%s.jinja2' % (templateVars["template_type"])
write_to_template(self, **templateVars)
configure_loop, policy_loop = exit_default_no(templateVars["policy_type"])
valid_confirm = True
elif confirm_policy == 'N':