org.modelio.metamodel.bpmn.processCollaboration

Interface BpmnProcess

All Superinterfaces:

BpmnBaseElement, BpmnRootElement, Comparable<MObject>, Element, org.eclipse.emf.ecore.EObject, MObject, ModelElement, org.eclipse.emf.common.notify.Notifier

public interface BpmnProcess
extends BpmnRootElement

BpmnProcess v0.0.9054 A Process describes a sequence or flow of Activities in an organization with the objective of carrying out work. In BPMN a Process is depicted as a graph of Flow Elements, which are a set of Activities, Events, Gateways, and Sequence Flow that define finite execution semantics. Processes may be defined at any level from enterprise-wide Processes to Processes performed by a single person. Low-level Processes may be grouped together to achieve a common business goal. Note that BPMN uses the term Process specifically to mean a set of flow elements. It uses the terms Collaboration and Choreography when modeling the interaction between Processes Ownership: A process belongs to a Collaboration

Field Summary

Fields

Modifier and Type	Field and Description
static String	MNAME

Method Summary

Modifier and Type	Method and Description
org.eclipse.emf.common.util.EList<BpmnArtifact>	getArtifact() Getter for relation 'BpmnProcess->Artifact' Metamodel description: null
<T extends BpmnArtifact> List<T>	getArtifact(Class<T> filterClass) Filtered Getter for relation 'BpmnProcess->Artifact' Metamodel description: null
org.eclipse.emf.common.util.EList<BpmnCallActivity>	getCaller() Getter for relation 'BpmnProcess->Caller' Metamodel description: null
<T extends BpmnCallActivity> List<T>	getCaller(Class<T> filterClass) Filtered Getter for relation 'BpmnProcess->Caller' Metamodel description: null
org.eclipse.emf.common.util.EList<BpmnFlowElement>	getFlowElement() Getter for relation 'BpmnProcess->FlowElement' Metamodel description: null
<T extends BpmnFlowElement> List<T>	getFlowElement(Class<T> filterClass) Filtered Getter for relation 'BpmnProcess->FlowElement' Metamodel description: null
OptionalBoolean	getIsExecutable() Getter for attribute 'BpmnProcess.IsExecutable' Metamodel description: An optional Boolean value specifying whether the Process is executable.
org.eclipse.emf.common.util.EList<BpmnLaneSet>	getLaneSet() Getter for relation 'BpmnProcess->LaneSet' Metamodel description: laneset of the process.
<T extends BpmnLaneSet> List<T>	getLaneSet(Class<T> filterClass) Filtered Getter for relation 'BpmnProcess->LaneSet' Metamodel description: laneset of the process.
BpmnParticipant	getParticipant() Getter for relation 'BpmnProcess->Participant' Metamodel description: When a participant is decomposed by a process, both are related by this association.
BpmnProcessType	getProcessType() Getter for attribute 'BpmnProcess.ProcessType' Metamodel description: The processType attribute Provides additional information about the level of abstraction modeled by this Process.
org.eclipse.emf.common.util.EList<BpmnResourceRole>	getResource() Getter for relation 'BpmnProcess->Resource' Metamodel description: Resources attached to the process, such as auditing or monitoring.
<T extends BpmnResourceRole> List<T>	getResource(Class<T> filterClass) Filtered Getter for relation 'BpmnProcess->Resource' Metamodel description: Resources attached to the process, such as auditing or monitoring.
org.eclipse.emf.common.util.EList<BpmnProcess>	getSupported() Getter for relation 'BpmnProcess->Supported' Metamodel description: null
<T extends BpmnProcess> List<T>	getSupported(Class<T> filterClass) Filtered Getter for relation 'BpmnProcess->Supported' Metamodel description: null
org.eclipse.emf.common.util.EList<BpmnProcess>	getSupports() Getter for relation 'BpmnProcess->Supports' Metamodel description: Modelers can declare that they intend all executions or performances of one Process to also be valid for another Process.
<T extends BpmnProcess> List<T>	getSupports(Class<T> filterClass) Filtered Getter for relation 'BpmnProcess->Supports' Metamodel description: Modelers can declare that they intend all executions or performances of one Process to also be valid for another Process.
boolean	isIsClosed() Getter for attribute 'BpmnProcess.IsClosed' Metamodel description: A boolean value specifying whether interactions, such as sending and receiving Messages and Events, not modeled in the Process can occur when the Process is executed or performed.
void	setIsClosed(boolean value) Setter for attribute 'BpmnProcess.IsClosed' Metamodel description: A boolean value specifying whether interactions, such as sending and receiving Messages and Events, not modeled in the Process can occur when the Process is executed or performed.
void	setIsExecutable(OptionalBoolean value) Setter for attribute 'BpmnProcess.IsExecutable' Metamodel description: An optional Boolean value specifying whether the Process is executable.
void	setParticipant(BpmnParticipant value) Setter for relation 'BpmnProcess->Participant' Metamodel description: When a participant is decomposed by a process, both are related by this association.
void	setProcessType(BpmnProcessType value) Setter for attribute 'BpmnProcess.ProcessType' Metamodel description: The processType attribute Provides additional information about the level of abstraction modeled by this Process.

Methods inherited from interface org.modelio.metamodel.bpmn.rootElements.BpmnRootElement

getOwner, setOwner

Methods inherited from interface org.modelio.metamodel.bpmn.rootElements.BpmnBaseElement

getIncomingAssoc, getIncomingAssoc, getIncomingFlow, getIncomingFlow, getOutgoingAssoc, getOutgoingAssoc, getOutgoingFlow, getOutgoingFlow

Methods inherited from interface org.modelio.metamodel.uml.infrastructure.ModelElement

addStereotype, getBpmnLaneRefs, getBpmnLaneRefs, getConstraintDefinition, getConstraintDefinition, getDefaultParametering, getDefaultParametering, getDependsOnDependency, getDependsOnDependency, getDescriptor, getDescriptor, getDocument, getDocument, getExtension, getExtension, getImpactedDependency, getImpactedDependency, getLocalProperties, getLocalProperty, getManifesting, getManifesting, getMatrix, getMatrix, getName, getNote, getNoteContent, getOwnerTemplateParameter, getProduct, getProduct, getProperties, getProperties, getProperties, getProperty, getProperty, getReceivedInfo, getReceivedInfo, getRepresentingConnector, getRepresentingConnector, getRepresentingEnd, getRepresentingEnd, getRepresentingInstance, getRepresentingInstance, getRepresentingPartition, getRepresentingPartition, getRepresents, getRepresents, getSentInfo, getSentInfo, getStereotype, getTag, getTag, getTag, getTagValue, getTagValues, getTemplateSubstitution, getTemplateSubstitution, getTypingParameter, getTypingParameter, isStereotyped, isTagged, putNoteContent, putTagValue, putTagValues, removeNotes, removeStereotypes, removeTags, setLocalProperties, setLocalProperty, setName, setOwnerTemplateParameter, setProperty, setProperty

Methods inherited from interface org.modelio.metamodel.uml.infrastructure.Element

getAddedToQuery, getAddedToQuery, getCausing, getCausing, getDiagramElement, getDiagramElement

Methods inherited from interface org.eclipse.emf.ecore.EObject

eAllContents, eClass, eContainer, eContainingFeature, eContainmentFeature, eContents, eCrossReferences, eGet, eGet, eInvoke, eIsProxy, eIsSet, eResource, eSet, eUnset

Methods inherited from interface org.eclipse.emf.common.notify.Notifier

eAdapters, eDeliver, eNotify, eSetDeliver

Methods inherited from interface org.modelio.vcore.smkernel.mapi.MObject

accept, delete, getCompositionChildren, getCompositionOwner, getMClass, getStatus, getUuid, isDeleted, isModifiable, isShell, isValid, mGet, mGet, mSet

Methods inherited from interface java.lang.Comparable

compareTo

Field Detail

MNAME

static final String MNAME

See Also:

Constant Field Values

Method Detail

getProcessType

BpmnProcessType getProcessType()

Getter for attribute 'BpmnProcess.ProcessType' Metamodel description: The processType attribute Provides additional information about the level of abstraction modeled by this Process. A public Process shows only those flow elements that are relevant to external consumers. Internal details are not modeled. These Processes are publicly visible and can be used within a Collaboration. Note that the public processType was named abstract in BPMN 1.2. The BPMN 1.2 processType private has been divided into two (2) types: An executable Process is a private Process that has been modeled for the purpose of being executed. Of course, during the development cycle of the Process, there will be stages where the Process does not have enough detail to be ?executable.? A non-executable Process is a private Process that has been modeled for the purpose of documenting Process behavior at a modeler-defined level of detail. Thus, information required for execution, such as formal condition Expressions are typically not included in a non-executable Process. By default, the processType is ?none,? meaning undefined.

setProcessType

void setProcessType(BpmnProcessType value)

Setter for attribute 'BpmnProcess.ProcessType' Metamodel description: The processType attribute Provides additional information about the level of abstraction modeled by this Process. A public Process shows only those flow elements that are relevant to external consumers. Internal details are not modeled. These Processes are publicly visible and can be used within a Collaboration. Note that the public processType was named abstract in BPMN 1.2. The BPMN 1.2 processType private has been divided into two (2) types: An executable Process is a private Process that has been modeled for the purpose of being executed. Of course, during the development cycle of the Process, there will be stages where the Process does not have enough detail to be ?executable.? A non-executable Process is a private Process that has been modeled for the purpose of documenting Process behavior at a modeler-defined level of detail. Thus, information required for execution, such as formal condition Expressions are typically not included in a non-executable Process. By default, the processType is ?none,? meaning undefined.

isIsClosed

boolean isIsClosed()

Getter for attribute 'BpmnProcess.IsClosed' Metamodel description: A boolean value specifying whether interactions, such as sending and receiving Messages and Events, not modeled in the Process can occur when the Process is executed or performed. If the value is true, they MAY NOT occur. If the value is false, they MAY occur.

setIsClosed

void setIsClosed(boolean value)

Setter for attribute 'BpmnProcess.IsClosed' Metamodel description: A boolean value specifying whether interactions, such as sending and receiving Messages and Events, not modeled in the Process can occur when the Process is executed or performed. If the value is true, they MAY NOT occur. If the value is false, they MAY occur.

getIsExecutable

OptionalBoolean getIsExecutable()

Getter for attribute 'BpmnProcess.IsExecutable' Metamodel description: An optional Boolean value specifying whether the Process is executable. An executable Process is a private Process that has been modeled for the purpose of being executed according to the semantics of Chapter 14 (see page 442). Of course, during the development cycle of the Process, there will be stages where the Process does not have enough detail to be 'executable.' A non-executable Process is a private Process that has been modeled for the purpose of documenting Process behavior at a modeler-defined level of detail. Thus, information needed for execution, such as formal condition expressions are typically not included in a non-executable Process. For public Processes, no value has the same semantics as if the value were false. The value MAY not be true for public Processes.

setIsExecutable

void setIsExecutable(OptionalBoolean value)

Setter for attribute 'BpmnProcess.IsExecutable' Metamodel description: An optional Boolean value specifying whether the Process is executable. An executable Process is a private Process that has been modeled for the purpose of being executed according to the semantics of Chapter 14 (see page 442). Of course, during the development cycle of the Process, there will be stages where the Process does not have enough detail to be 'executable.' A non-executable Process is a private Process that has been modeled for the purpose of documenting Process behavior at a modeler-defined level of detail. Thus, information needed for execution, such as formal condition expressions are typically not included in a non-executable Process. For public Processes, no value has the same semantics as if the value were false. The value MAY not be true for public Processes.

getCaller

org.eclipse.emf.common.util.EList<BpmnCallActivity> getCaller()

Getter for relation 'BpmnProcess->Caller' Metamodel description: null

getCaller

<T extends BpmnCallActivity> List<T> getCaller(Class<T> filterClass)

Filtered Getter for relation 'BpmnProcess->Caller' Metamodel description: null

getSupports

org.eclipse.emf.common.util.EList<BpmnProcess> getSupports()

Getter for relation 'BpmnProcess->Supports' Metamodel description: Modelers can declare that they intend all executions or performances of one Process to also be valid for another Process. This means they expect all the executions or performances of the first Processes to also follow the steps laid out in the second Process.

getSupports

<T extends BpmnProcess> List<T> getSupports(Class<T> filterClass)

Filtered Getter for relation 'BpmnProcess->Supports' Metamodel description: Modelers can declare that they intend all executions or performances of one Process to also be valid for another Process. This means they expect all the executions or performances of the first Processes to also follow the steps laid out in the second Process.

getArtifact

org.eclipse.emf.common.util.EList<BpmnArtifact> getArtifact()

Getter for relation 'BpmnProcess->Artifact' Metamodel description: null

getArtifact

<T extends BpmnArtifact> List<T> getArtifact(Class<T> filterClass)

Filtered Getter for relation 'BpmnProcess->Artifact' Metamodel description: null

getLaneSet

org.eclipse.emf.common.util.EList<BpmnLaneSet> getLaneSet()

Getter for relation 'BpmnProcess->LaneSet' Metamodel description: laneset of the process. The process is represented in this cas by a pool which is decomposed by lansets and lanes.

getLaneSet

<T extends BpmnLaneSet> List<T> getLaneSet(Class<T> filterClass)

Filtered Getter for relation 'BpmnProcess->LaneSet' Metamodel description: laneset of the process. The process is represented in this cas by a pool which is decomposed by lansets and lanes.

getSupported

org.eclipse.emf.common.util.EList<BpmnProcess> getSupported()

Getter for relation 'BpmnProcess->Supported' Metamodel description: null

getSupported

<T extends BpmnProcess> List<T> getSupported(Class<T> filterClass)

Filtered Getter for relation 'BpmnProcess->Supported' Metamodel description: null

getParticipant

BpmnParticipant getParticipant()

Getter for relation 'BpmnProcess->Participant' Metamodel description: When a participant is decomposed by a process, both are related by this association.

setParticipant

void setParticipant(BpmnParticipant value)

Setter for relation 'BpmnProcess->Participant' Metamodel description: When a participant is decomposed by a process, both are related by this association.

getFlowElement

org.eclipse.emf.common.util.EList<BpmnFlowElement> getFlowElement()

Getter for relation 'BpmnProcess->FlowElement' Metamodel description: null

getFlowElement

<T extends BpmnFlowElement> List<T> getFlowElement(Class<T> filterClass)

Filtered Getter for relation 'BpmnProcess->FlowElement' Metamodel description: null

getResource

org.eclipse.emf.common.util.EList<BpmnResourceRole> getResource()

Getter for relation 'BpmnProcess->Resource' Metamodel description: Resources attached to the process, such as auditing or monitoring. These resources can be defined externally, in particular by the user, in order to attach descritpion properties to a process.

getResource

<T extends BpmnResourceRole> List<T> getResource(Class<T> filterClass)

Filtered Getter for relation 'BpmnProcess->Resource' Metamodel description: Resources attached to the process, such as auditing or monitoring. These resources can be defined externally, in particular by the user, in order to attach descritpion properties to a process.