Linked.Archi UML 2.5.1 Reference Data

Visibility Kind

• +public
  The NamedElement is visible to all elements that can access the Namespace.

  https://meta.linked.archi/uml/reference-data#Public
• -private
  The NamedElement is only visible inside the Namespace that owns it.

  https://meta.linked.archi/uml/reference-data#Private
• #protected
  The NamedElement is visible to elements that have a generalization relationship to the Namespace.

  https://meta.linked.archi/uml/reference-data#Protected
• ~package
  The NamedElement is visible to elements within the same Package.

  https://meta.linked.archi/uml/reference-data#Package

Aggregation Kind

• none
  The Property has no aggregation semantics.

  https://meta.linked.archi/uml/reference-data#None
• shared
  The Property has shared aggregation semantics (hollow diamond).

  https://meta.linked.archi/uml/reference-data#Shared
• composite
  The Property has composite aggregation semantics (filled diamond). Deletion of the whole cascades to parts.

  https://meta.linked.archi/uml/reference-data#Composite

Parameter Direction Kind

• in
  An input Parameter (may not be modified).

  https://meta.linked.archi/uml/reference-data#In
• out
  An output Parameter (may be modified to communicate information to the caller).

  https://meta.linked.archi/uml/reference-data#Out
• inout
  An input Parameter that may be modified.

  https://meta.linked.archi/uml/reference-data#InOut
• return
  A return Parameter.

  https://meta.linked.archi/uml/reference-data#Return

Message Sort

• synchCall
  A synchronous call — the sender waits for a reply.

  https://meta.linked.archi/uml/reference-data#SynchCall
• asynchCall
  An asynchronous call — the sender does not wait.

  https://meta.linked.archi/uml/reference-data#AsynchCall
• asynchSignal
  An asynchronous signal — a one-way communication.

  https://meta.linked.archi/uml/reference-data#AsynchSignal
• createMessage
  A message that creates the target lifeline.

  https://meta.linked.archi/uml/reference-data#CreateMessage
• deleteMessage
  A message that destroys the target lifeline.

  https://meta.linked.archi/uml/reference-data#DeleteMessage
• reply
  A reply message to a synchronous call.

  https://meta.linked.archi/uml/reference-data#Reply

Message Kind

• complete
  Both sendEvent and receiveEvent are present — a normal message.

  https://meta.linked.archi/uml/reference-data#Complete
• lost
  The sendEvent is present but the receiveEvent is absent — the message was sent but never received.

  https://meta.linked.archi/uml/reference-data#Lost
• found
  The receiveEvent is present but the sendEvent is absent — the message was received but the sender is unknown.

  https://meta.linked.archi/uml/reference-data#Found
• unknown
  Neither sendEvent nor receiveEvent can be resolved.

  https://meta.linked.archi/uml/reference-data#Unknown

Pseudostate Kind

• initial
  The default vertex that is the source for a single Transition to the default State.

  https://meta.linked.archi/uml/reference-data#InitialPseudostate
• deepHistory
  Represents the most recent active configuration of the composite State.

  https://meta.linked.archi/uml/reference-data#DeepHistory
• shallowHistory
  Represents the most recent active substate of the composite State (one level).

  https://meta.linked.archi/uml/reference-data#ShallowHistory
• join
  Merges several transitions emanating from source vertices in different orthogonal Regions.

  https://meta.linked.archi/uml/reference-data#JoinPseudostate
• fork
  Splits an incoming transition into two or more transitions terminating on orthogonal target vertices.

  https://meta.linked.archi/uml/reference-data#ForkPseudostate
• junction
  A common target vertex for merging transitions from different source vertices.

  https://meta.linked.archi/uml/reference-data#JunctionPseudostate
• choice
  A dynamic conditional branch evaluated at runtime.

  https://meta.linked.archi/uml/reference-data#ChoicePseudostate
• entryPoint
  An entry point of a StateMachine or composite State.

  https://meta.linked.archi/uml/reference-data#EntryPoint
• exitPoint
  An exit point of a StateMachine or composite State.

  https://meta.linked.archi/uml/reference-data#ExitPoint
• terminate
  Entering a terminate Pseudostate implies that the execution of the StateMachine is terminated.

  https://meta.linked.archi/uml/reference-data#Terminate

Transition Kind

• external
  The Transition exits the source State.

  https://meta.linked.archi/uml/reference-data#ExternalTransition
• internal
  The Transition does not exit or enter any State.

  https://meta.linked.archi/uml/reference-data#InternalTransition
• local
  The Transition does not exit the composite source State but does exit and enter substates.

  https://meta.linked.archi/uml/reference-data#LocalTransition

Interaction Operator Kind

• alt
  Alternative — choose one operand whose guard is true.

  https://meta.linked.archi/uml/reference-data#Alt
• opt
  Option — execute the operand if the guard is true.

  https://meta.linked.archi/uml/reference-data#Opt
• loop
  Loop — repeat the operand while the guard is true.

  https://meta.linked.archi/uml/reference-data#Loop
• break
  Break — if the guard is true, execute the operand and leave the enclosing fragment.

  https://meta.linked.archi/uml/reference-data#Break
• par
  Parallel — execute operands concurrently.

  https://meta.linked.archi/uml/reference-data#Par
• seq
  Weak sequencing — default ordering.

  https://meta.linked.archi/uml/reference-data#Seq
• strict
  Strict sequencing — operands execute in strict order.

  https://meta.linked.archi/uml/reference-data#Strict
• critical
  Critical region — the operand must execute atomically.

  https://meta.linked.archi/uml/reference-data#Critical
• neg
  Negative — the operand defines invalid traces.

  https://meta.linked.archi/uml/reference-data#Neg
• assert
  Assertion — the operand defines the only valid continuation.

  https://meta.linked.archi/uml/reference-data#Assert
• ignore
  Ignore — certain messages are insignificant.

  https://meta.linked.archi/uml/reference-data#Ignore
• consider
  Consider — only certain messages are significant.

  https://meta.linked.archi/uml/reference-data#Consider

Connector Kind

• assembly
  Connects a provided interface to a required interface (ball-and-socket).

  https://meta.linked.archi/uml/reference-data#AssemblyConnector
• delegation
  Connects an external Port to an internal part.

  https://meta.linked.archi/uml/reference-data#DelegationConnector