TODO #1
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Detailed Architecture DescriptionPipelinestateDiagram-v2
[*] --> Pipeline: Start
state Pipeline {
[*] --> Controller0_NOT_PARALLEL
state Controller0_NOT_PARALLEL {
[*] --> Phase0_C0
state Phase0_C0 {
[*] --> Module0_P0_C0: Start Phase0
Module0_P0_C0 --> Module1_P0_C0
Module1_P0_C0 --> Module...n_P0_C0
Module...n_P0_C0 --> [*]: End Phase0
}
Phase0_C0 --> Phase1_C0
state Phase1_C0 {
[*] --> Module0_P1_C0: Start Phase1
Module0_P1_C0 --> Module1_P1_C0
Module1_P1_C0 --> Module...n_P1_C0
Module...n_P1_C0 --> [*]: End Phase1
}
Phase1_C0 --> Phase...n_C0
state Phase...n_C0 {
[*] --> Module0_P...n_C0: Start Phase...n
Module0_P...n_C0 --> Module1_P...n_C0
Module1_P...n_C0 --> Module...n_P...n_C0
Module...n_P...n_C0 --> [*]: End Phase...n
}
Phase...n_C0 --> [*]
}
Controller0_NOT_PARALLEL --> Controller1_NO_ORDER
state Controller1_NO_ORDER {
state fork_state_C0 <<fork>>
[*] --> fork_state_C0
fork_state_C0 --> Phase0_C1: 0
fork_state_C0 --> Phase0_C1: 1
fork_state_C0 --> Phase0_C1: ...n
state Phase0_C1 {
[*] --> Module0_P0_C1: Start Phase0
Module0_P0_C1 --> Module1_P0_C1
Module1_P0_C1 --> Module...n_P0_C1
Module...n_P0_C1 --> [*]: End Phase0
}
Phase0_C1 --> Phase1_C1: 0
Phase0_C1 --> Phase1_C1: 1
Phase0_C1 --> Phase1_C1: ...n
state Phase1_C1 {
[*] --> Module0_P1_C1: Start Phase1
Module0_P1_C1 --> Module1_P1_C1
Module1_P1_C1 --> Module...n_P1_C1
Module...n_P1_C1 --> [*]: End Phase1
}
Phase1_C1 --> Phase...n_C1: 0
Phase1_C1 --> Phase...n_C1: 1
Phase1_C1 --> Phase...n_C1: ...n
state Phase...n_C1 {
[*] --> Module0_P...n_C1: Start Phase...n
Module0_P...n_C1 --> Module1_P...n_C1
Module1_P...n_C1 --> Module...n_P...n_C1
Module...n_P...n_C1 --> [*]: End Phase...n
}
state join_state_C0 <<join>>
Phase...n_C1 --> join_state_C0: 0
Phase...n_C1 --> join_state_C0: 1
Phase...n_C1 --> join_state_C0: ...n
join_state_C0 --> [*]
}
Controller1_NO_ORDER --> Controller2_ORDER_BY_SEQUENCE
state Controller2_ORDER_BY_SEQUENCE {
[*] --> Add_Sequence_Number_C2
state fork_state_C1 <<fork>>
Add_Sequence_Number_C2 --> fork_state_C1
fork_state_C1 --> Phase0_C2: 0
fork_state_C1 --> Phase0_C2: 1
fork_state_C1 --> Phase0_C2: ...n
state Phase0_C2 {
[*] --> Module0_P0_C2: Start Phase0
Module0_P0_C2 --> Module1_P0_C2
Module1_P0_C2 --> Module...n_P0_C2
Module...n_P0_C2 --> [*]: End Phase0
}
Phase0_C2 --> Phase1_C2: 0
Phase0_C2 --> Phase1_C2: 1
Phase0_C2 --> Phase1_C2: ...n
state Phase1_C2 {
[*] --> Module0_P1_C2: Start Phase1
Module0_P1_C2 --> Module1_P1_C2
Module1_P1_C2 --> Module...n_P1_C2
Module...n_P1_C2 --> [*]: End Phase1
}
Phase1_C2 --> Phase...n_C2: 0
Phase1_C2 --> Phase...n_C2: 1
Phase1_C2 --> Phase...n_C2: ...n
state Phase...n_C2 {
[*] --> Module0_P...n_C2: Start Phase...n
Module0_P...n_C2 --> Module1_P...n_C2
Module1_P...n_C2 --> Module...n_P...n_C2
Module...n_P...n_C2 --> [*]: End Phase...n
}
state join_state_C1 <<join>>
Phase...n_C2 --> join_state_C1: 0
Phase...n_C2 --> join_state_C1: 1
Phase...n_C2 --> join_state_C1: ...n
join_state_C1 --> Order_By_Sequence_Number_C2
Order_By_Sequence_Number_C2 --> [*]
}
Controller2_ORDER_BY_SEQUENCE --> Controller3_FIRST_WINS
state Controller3_FIRST_WINS {
[*] --> Add_Sequence_Number_C3
state fork_state_C3 <<fork>>
Add_Sequence_Number_C3 --> fork_state_C3
fork_state_C3 --> Phase0_C3: 0
fork_state_C3 --> Phase0_C3: 1
fork_state_C3 --> Phase0_C3: ...n
state Phase0_C3 {
[*] --> Module0_P0_C3: Start Phase0
Module0_P0_C3 --> Module1_P0_C3
Module1_P0_C3 --> Module...n_P0_C3
Module...n_P0_C3 --> [*]: End Phase0
}
Phase0_C3 --> Phase1_C3: 0
Phase0_C3 --> Phase1_C3: 1
Phase0_C3 --> Phase1_C3: ...n
state Phase1_C3 {
[*] --> Module0_P1_C3: Start Phase1
Module0_P1_C3 --> Module1_P1_C3
Module1_P1_C3 --> Module...n_P1_C3
Module...n_P1_C3 --> [*]: End Phase1
}
Phase1_C3 --> Phase...n_C3: 0
Phase1_C3 --> Phase...n_C3: 1
Phase1_C3 --> Phase...n_C3: ...n
state Phase...n_C3 {
[*] --> Module0_P...n_C3: Start Phase...n
Module0_P...n_C3 --> Module1_P...n_C3
Module1_P...n_C3 --> Module...n_P...n_C3
Module...n_P...n_C3 --> [*]: End Phase...n
}
state join_state_C2 <<join>>
Phase...n_C3 --> join_state_C2: 0
Phase...n_C3 --> join_state_C2: 1
Phase...n_C3 --> join_state_C2: ...n
join_state_C2 --> Remove_Older_Then_Last_Sequence_Number_C3
Remove_Older_Then_Last_Sequence_Number_C3 --> [*]
}
}
Pipeline --> [*]: End
ModulesExecutionModuleExecutes code to modify or process the data. stateDiagram-v2
[*] --> ExecutionModule
state ExecutionModule {
[*] --> ExecuteCode
ExecuteCode --> [*]
}
ExecutionModule --> [*]
ConditionModuleEvaluates conditions and routes the data based on the result. stateDiagram-v2
[*] --> ConditionModule
state ConditionModule {
state if_state <<choice>>
[*] --> ConditionCode
ConditionCode --> if_state
if_state --> TrueModule: If condition is true
if_state --> FalseModule : If condition is false
TrueModule --> [*]
FalseModule --> [*]
}
ConditionModule --> [*]
CombinationModuleCombines multiple modules into one. stateDiagram-v2
[*] --> CombinationModule
state CombinationModule {
[*] --> Module0: Start Processing
state Module0 {
[*] --> ExecuteCode0
ExecuteCode0 --> [*]
}
Module0 --> Module1
state Module1 {
[*] --> ExecuteCode1
ExecuteCode1 --> [*]
}
Module1 --> Module...n
state Module...n {
[*] --> ExecuteCode...n
ExecuteCode...n --> [*]
}
Module...n --> [*]
}
CombinationModule --> [*]
ExternalModuleMoves the execution of a module to an external server. stateDiagram-v2
state Server0 {
state Pipeline0 {
state Controller0 {
state ExternalModule {
[*] --> StartExternalModule
EndExternalModule --> [*]
}
}
}
}
state Server1 {
Receiver --> Module
Module --> Sender
}
StartExternalModule --> Receiver
Sender --> EndExternalModule
|
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