The Model class reads a BPMN model from a file and provides access to all processes with their content as well as to all message flows in a BPMN model.
- See also
- Process, MessageFlow
- Note
- The BPMN model is expected to conform with the BPMN specification, e.g., it is expected that all boundary events and start events of event subprocesses have an event definition.
- Note
- All nodes in a process model are derived from an abstract class Node. The class model uses multiple inheritance to provide type specific attributes. References are usually provided by pointers to a base class. Casting is required to gain access to type specific attributes.
- Note
- The BPMN extension mechanism can be used by providing a custom model class derived from Model and a custom extension derived from the abstract base class ExtensionElements. The following example shows how an object of the custom extension
MyExtensionElements class can be bound to processes by overriding the method Model::createProcess in the custom model MyModel class:
std::make_unique<MyExtensionElements>(process)
);
}
virtual std::unique_ptr< Process > createProcess(XML::bpmn::tProcess *process)
static std::unique_ptr< T > bind(std::unique_ptr< T > &&baseElement, std::unique_ptr< ExtensionElements > &&extensionElements)
Binds the extension elements to the given baseElement.
- Warning
- Multiple event definitions are not yet supported. A
std::runtime_error will be thrown when parsing an event with multiple event definitions.
References between different classes are automatically determined:
- For each sequence flow and each message flow, pointers to the source and target are provided.
- See also
- SequenceFlow, MessageFlow, FlowNode, Process
- For each node, pointers to receiving and sending message flows are provided.
- See also
- Node
- For each BPMN element that may have child nodes within its scope, the child nodes and sequence flows between them are owned by the node. Pointers to each flow node, event subprocess, start events, compensation activities, and compensation event subprocess are given.
- See also
- Scope
- For each node within a scope, a pointer to the parent scope is provided.
- See also
- ChildNode
- For each node that may receive a flow token, pointers to all incoming and outgoing sequence flows are given.
- See also
- FlowNode, SequenceFlow
- For each subprocess, a pointer to the start event is provided.
- Attention
- It is expected that each subprocess has a unique UntypedStartEvent.
- See also
- SubProcess
- For each event subprocess, a pointer to the start event is provided.
- Attention
- It is expected that each event subprocess has a unique TypedStartEvent.
- See also
- EventSubProcess
- For each activity, pointers to each boundary event (excluding the compensation boundary event) are provided.
- See also
- Activity, BoundaryEvent
- For each activity that can be compensated, a pointer to the compensation activity or compensation event subprocess is provided.
- Attention
- Activities must not have both compensation activity and compensation event subprocess.
- See also
- Activity, CompensateBoundaryEvent, CompensateStartEvent
- For each event attached to the boundary of an activity, a pointer to the activity is provided.
- See also
- Activity, BoundaryEvent
- For each link event, a pointer to the respective target or source(s) is provided.
- Note
- Target and sources are matched based on the XML::bpmn::tLinkEventDefinition::name attribute in the link event definition. If no such name is given, the FlowNode::name attribute of the link event is used as fallback.
- Attention
- For each link source exactly one link target must be found, otherwise a
std::runtime_error will be thrown.
- See also
- LinkSourceEvent, LinkTargetEvent, XML::bpmn::tLinkEventDefinition, FlowNode
- For each throwing compensation event, a pointer to the activity to be compensated is provided.
- Note
- The respective activity is determined based on the XML::bpmn::tCompensateEventDefinition::activityRef attribute of the compensation event definition and the Node::id attribute of the activity. If no such attribute reference is given, respective activity is determined based on the FlowNode::name attribute of the compensate throw event and the FlowNode::name of the activity.
- Attention
- Compensation throw events in compensation event subprocesses can only trigger compensation of activities within parent scope. All other compensation throw events can only trigger compensation of activities within the same scope.
- See also
- CompensateThrowEvent, XML::bpmn::tCompensateEventDefinition, Activity, FlowNode
Definition at line 17924 of file bpmn++.h.
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| | Model () |
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| virtual void | readBPMNFile (const std::string &filename) |
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| virtual std::unique_ptr< XML::XMLObject > | createRoot (const std::string &filename) |
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| virtual std::unique_ptr< Process > | createProcess (XML::bpmn::tProcess *process) |
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| virtual std::unique_ptr< EventSubProcess > | createEventSubProcess (XML::bpmn::tSubProcess *subProcess, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createFlowNode (XML::bpmn::tFlowNode *flowNode, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createActivity (XML::bpmn::tActivity *activity, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createSubProcess (XML::bpmn::tSubProcess *subProcess, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createCallActivity (XML::bpmn::tCallActivity *callActivity, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createAdHocSubProcess (XML::bpmn::tAdHocSubProcess *adHocSubProcess, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createTransaction (XML::bpmn::tTransaction *transaction, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createTask (XML::bpmn::tTask *task, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createAbstractTask (XML::bpmn::tTask *task, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createSendTask (XML::bpmn::tSendTask *sendTask, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createReceiveTask (XML::bpmn::tReceiveTask *receiveTask, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createUserTask (XML::bpmn::tUserTask *userTask, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createManualTask (XML::bpmn::tManualTask *manualTask, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createScriptTask (XML::bpmn::tScriptTask *scriptTask, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createBusinessRuleTask (XML::bpmn::tBusinessRuleTask *businessRuleTask, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createEvent (XML::bpmn::tEvent *event, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createBoundaryEvent (XML::bpmn::tBoundaryEvent *boundaryEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createCancelBoundaryEvent (XML::bpmn::tBoundaryEvent *boundaryEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createCompensateBoundaryEvent (XML::bpmn::tBoundaryEvent *boundaryEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createConditionalBoundaryEvent (XML::bpmn::tBoundaryEvent *boundaryEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createErrorBoundaryEvent (XML::bpmn::tBoundaryEvent *boundaryEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createEscalationBoundaryEvent (XML::bpmn::tBoundaryEvent *boundaryEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createMessageBoundaryEvent (XML::bpmn::tBoundaryEvent *boundaryEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createSignalBoundaryEvent (XML::bpmn::tBoundaryEvent *boundaryEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createTimerBoundaryEvent (XML::bpmn::tBoundaryEvent *boundaryEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createCatchEvent (XML::bpmn::tCatchEvent *catchEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createConditionalCatchEvent (XML::bpmn::tCatchEvent *catchEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createMessageCatchEvent (XML::bpmn::tCatchEvent *catchEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createSignalCatchEvent (XML::bpmn::tCatchEvent *catchEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createTimerCatchEvent (XML::bpmn::tCatchEvent *catchEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createLinkTargetEvent (XML::bpmn::tCatchEvent *catchEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createTypedStartEvent (XML::bpmn::tStartEvent *startEvent, XML::bpmn::tEventDefinition &eventDefinition, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createCompensateStartEvent (XML::bpmn::tStartEvent *startEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createErrorStartEvent (XML::bpmn::tStartEvent *startEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createEscalationStartEvent (XML::bpmn::tStartEvent *startEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createConditionalStartEvent (XML::bpmn::tStartEvent *startEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createMessageStartEvent (XML::bpmn::tStartEvent *startEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createSignalStartEvent (XML::bpmn::tStartEvent *startEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createTimerStartEvent (XML::bpmn::tStartEvent *startEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createUntypedStartEvent (XML::bpmn::tCatchEvent *catchEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createThrowEvent (XML::bpmn::tThrowEvent *throwEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createCancelEndEvent (XML::bpmn::tThrowEvent *throwEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createCompensateThrowEvent (XML::bpmn::tThrowEvent *throwEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createErrorEndEvent (XML::bpmn::tThrowEvent *throwEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createEscalationThrowEvent (XML::bpmn::tThrowEvent *throwEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createMessageThrowEvent (XML::bpmn::tThrowEvent *throwEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createSignalThrowEvent (XML::bpmn::tThrowEvent *throwEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createTerminateEvent (XML::bpmn::tThrowEvent *throwEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createLinkSourceEvent (XML::bpmn::tThrowEvent *throwEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createUntypedEndEvent (XML::bpmn::tThrowEvent *throwEvent, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createGateway (XML::bpmn::tGateway *gateway, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createParallelGateway (XML::bpmn::tParallelGateway *parallelGateway, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createExclusiveGateway (XML::bpmn::tExclusiveGateway *exclusiveGateway, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createInclusiveGateway (XML::bpmn::tInclusiveGateway *inclusiveGateway, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createEventBasedGateway (XML::bpmn::tEventBasedGateway *eventBasedGateway, Scope *parent) |
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| virtual std::unique_ptr< FlowNode > | createComplexGateway (XML::bpmn::tComplexGateway *complexGateway, Scope *parent) |
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| virtual std::unique_ptr< SequenceFlow > | createSequenceFlow (XML::bpmn::tSequenceFlow *sequenceFlow, Scope *scope) |
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| virtual std::unique_ptr< DataObject > | createDataObject (XML::bpmn::tDataObject *dataObject, BPMN::Scope *scope) |
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| virtual std::unique_ptr< MessageFlow > | createMessageFlow (XML::bpmn::tMessageFlow *messageFlow) |
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| virtual void | createChildNodes (Scope *scope) |
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| virtual void | createSequenceFlows (Scope *scope) |
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| virtual void | createNestedReferences (Scope *scope) |
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| virtual void | createFlowReferences (FlowNode *flowNode) |
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| virtual void | createCompensations (Scope *scope) |
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| virtual void | createCompensationReferences (Scope *scope) |
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| virtual void | createLinks (Scope *scope) |
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| virtual void | createMessageFlows () |
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