Package org.camunda.bpm.engine.impl.persistence.entity

Class ExecutionEntity

java.lang.Object

org.camunda.bpm.engine.impl.core.variable.scope.AbstractVariableScope

org.camunda.bpm.engine.impl.core.instance.CoreExecution

org.camunda.bpm.engine.impl.pvm.runtime.PvmExecutionImpl

org.camunda.bpm.engine.impl.persistence.entity.ExecutionEntity

All Implemented Interfaces:

Serializable, BaseDelegateExecution, BpmnModelExecutionContext, DelegateExecution, ProcessEngineServicesAware, VariableScope, VariableEventDispatcher, VariableStore.VariablesProvider<VariableInstanceEntity>, DbEntity, HasDbReferences, HasDbRevision, ActivityExecution, PvmExecution, PvmProcessInstance, Execution, ProcessInstance

public class ExecutionEntity
extends PvmExecutionImpl
implements Execution, ProcessInstance, DbEntity, HasDbRevision, HasDbReferences, VariableStore.VariablesProvider<VariableInstanceEntity>

Author:

Tom Baeyens, Daniel Meyer, Falko Menge

See Also:

• Serialized Form

Field Summary

Fields

Modifier and Type	Field	Description
protected String	activityId	persisted reference to the current position in the diagram within the PvmExecutionImpl.processDefinition.
protected String	activityName	The name of the current activity position
protected int	cachedEntityState
static final int	EVENT_SUBSCRIPTIONS_STATE_BIT
protected List<EventSubscriptionEntity>	eventSubscriptions
protected List<ExecutionObserver>	executionObservers	Contains observers which are observe the execution.
protected List<ExecutionEntity>	executions	nested executions representing scopes or concurrent paths
static final int	EXTERNAL_TASKS_BIT
protected List<ExternalTaskEntity>	externalTasks
static final int	INCIDENT_STATE_BIT
protected List<IncidentEntity>	incidents
protected List<JobEntity>	jobs
static final int	JOBS_STATE_BIT
protected static final EnginePersistenceLogger	LOG
protected ExecutionEntity	parent	the parent execution
protected String	parentId	persisted reference to the parent of this execution.
protected String	processDefinitionId	persisted reference to the processDefinition.
protected ExecutionEntity	processInstance	the process instance.
protected String	processInstanceId	persisted reference to the process instance.
protected List<VariableInstanceLifecycleListener<VariableInstanceEntity>>	registeredVariableListeners
protected int	revision
protected String	rootProcessInstanceId	persisted reference to the root process instance.
protected boolean	shouldQueryForSubCaseInstance
protected boolean	shouldQueryForSubprocessInstance
static final int	SUB_CASE_INSTANCE_STATE_BIT
static final int	SUB_PROCESS_INSTANCE_STATE_BIT
protected CaseExecutionEntity	subCaseInstance	reference to a subcaseinstance, not-null if currently subcase is started from this execution
protected ExecutionEntity	subProcessInstance	reference to a subprocessinstance, not-null if currently subprocess is started from this execution
protected CaseExecutionEntity	superCaseExecution	super case execution, not-null if this execution is part of a case execution
protected String	superCaseExecutionId	persisted reference to the super case execution of this execution
protected ExecutionEntity	superExecution	super execution, not-null if this execution is part of a subprocess
protected String	superExecutionId	persisted reference to the super execution of this execution
protected int	suspensionState
protected List<TaskEntity>	tasks
static final int	TASKS_STATE_BIT
static final int	VARIABLES_STATE_BIT
protected VariableStore<VariableInstanceEntity>	variableStore

Fields inherited from class org.camunda.bpm.engine.impl.pvm.runtime.PvmExecutionImpl

activity, activityInstanceEndListenersFailed, activityInstanceId, activityInstanceState, caseInstanceId, delayedEvents, deleteReason, deleteRoot, externallyTerminated, ignoreAsync, isActive, isConcurrent, isEnded, isEventScope, isRemoved, isScope, isStarting, nextActivity, payloadForTriggeredScope, preserveScope, processDefinition, replacedBy, scopeInstantiationContext, sequenceCounter, transition, transitionsToTake

Fields inherited from class org.camunda.bpm.engine.impl.core.instance.CoreExecution

businessKey, businessKeyWithoutCascade, eventName, eventSource, id, listenerIndex, skipCustomListeners, skipIoMapping, skipSubprocesses, tenantId

Fields inherited from class org.camunda.bpm.engine.impl.core.variable.scope.AbstractVariableScope

cachedElContext

Constructor Summary

Constructors

Constructor	Description
ExecutionEntity()

Method Summary

Modifier and Type	Method	Description
void	addEventSubscription(EventSubscriptionEntity eventSubscriptionEntity)
void	addExecutionObserver(ExecutionObserver observer)
void	addExternalTask(ExternalTaskEntity externalTask)
void	addIncident(IncidentEntity incident)
void	addJob(JobEntity jobEntity)
void	addTask(TaskEntity taskEntity)
void	addVariableInternal(VariableInstanceEntity variable)
void	addVariableListener(VariableInstanceLifecycleListener<VariableInstanceEntity> listener)
protected void	clearExecution()
ExecutionEntity	createExecution()	creates a new execution.
protected static ExecutionEntity	createNewExecution()
CaseExecutionEntity	createSubCaseInstance(CmmnCaseDefinition caseDefinition)	Creates a new sub case instance.
CaseExecutionEntity	createSubCaseInstance(CmmnCaseDefinition caseDefinition, String businessKey)	Creates a new sub case instance.
ExecutionEntity	createSubProcessInstance(PvmProcessDefinition processDefinition, String businessKey, String caseInstanceId)
protected void	createTimerInstances(Collection<TimerDeclarationImpl> timerDeclarations)
void	destroy(boolean alwaysSkipIoMappings)	Method used for destroying a scope in a way that the execution can be removed afterwards.
void	dispatchEvent(VariableEvent variableEvent)
protected void	ensureActivityInitialized()	must be called before the activity member field or getActivity() is called
protected void	ensureEventSubscriptionsInitialized()
protected void	ensureExecutionsInitialized()
protected void	ensureExecutionTreeInitialized()	Fetch all the executions inside the same process instance as list and then reconstruct the complete execution tree.
protected void	ensureExternalTasksInitialized()
protected void	ensureIncidentsInitialized()
protected void	ensureJobsInitialized()
protected void	ensureNotSuspended()
protected void	ensureParentInitialized()
protected void	ensureProcessDefinitionInitialized()	for setting the process definition, this setter must be used as subclasses can override
protected void	ensureProcessInstanceInitialized()
protected void	ensureSubCaseInstanceInitialized()
protected void	ensureSubProcessInstanceInitialized()
protected void	ensureSuperCaseExecutionInitialized()
protected void	ensureSuperExecutionInitialized()
protected void	ensureTasksInitialized()
void	fireHistoricActivityInstanceUpdate()
void	fireHistoricProcessStartEvent()
void	forceUpdate()
protected String	generateActivityInstanceId(String activityId)	generates an activity instance id
ActivityImpl	getActivity()	ensures initialization and returns the activity
String	getActivityId()
FlowElement	getBpmnModelElementInstance()	Returns the currently executed Element in the BPMN Model.
BpmnModelInstance	getBpmnModelInstance()	Returns the BpmnModelInstance for the currently executed Bpmn Model
int	getCachedEntityState()
int	getCachedEntityStateRaw()
List<EventSubscriptionEntity>	getCompensateEventSubscriptions()
List<EventSubscriptionEntity>	getCompensateEventSubscriptions(String activityId)
String	getCurrentActivityId()	Gets the id of the current activity.
String	getCurrentActivityName()	Gets the name of the current activity.
List<EventSubscriptionEntity>	getEventSubscriptions()
List<EventSubscriptionEntity>	getEventSubscriptionsInternal()
List<ExecutionEntity>	getExecutions()	returns the list of execution of which this execution the parent of.
List<ExecutionEntity>	getExecutionsAsCopy()
List<ExternalTaskEntity>	getExternalTasks()
protected List<ExternalTaskEntity>	getExternalTasksInternal()
IncidentEntity	getIncidentByCauseIncidentId(String causeIncidentId)
List<IncidentEntity>	getIncidents()
protected List<IncidentEntity>	getIncidentsInternal()
List<JobEntity>	getJobs()
protected List<JobEntity>	getJobsInternal()
ExecutionEntity	getParent()	ensures initialization and returns the parent
String	getParentId()	Gets the id of the parent of this execution.
Object	getPersistentState()	Returns a representation of the object, as would be stored in the database.
String	getProcessBusinessKey()	The business key for the process instance this execution is associated with.
ProcessDefinitionEntity	getProcessDefinition()	ensures initialization and returns the process definition.
String	getProcessDefinitionId()	The id of the process definition of the process instance.
String	getProcessDefinitionTenantId()
ProcessEngine	getProcessEngine()	Returns the ProcessEngine providing access to the public API of the process engine.
ProcessEngineServices	getProcessEngineServices()	Returns the ProcessEngineServices providing access to the public API of the process engine.
ExecutionEntity	getProcessInstance()	ensures initialization and returns the process instance.
String	getProcessInstanceId()	Id of the root of the execution tree representing the process instance.
Map<String,Class>	getReferencedEntitiesIdAndClass()	Scope: IN-MEMORY references
Set<String>	getReferencedEntityIds()	Scope: IN-MEMORY references
ExecutionEntity	getReplacedBy()	Returns an execution that has replaced this execution for executing activities in their shared scope.
int	getRevision()
int	getRevisionNext()
String	getRootProcessInstanceId()	The id of the root process instance associated with this process instance.
String	getRootProcessInstanceIdRaw()
CaseExecutionEntity	getSubCaseInstance()
ExecutionEntity	getSubProcessInstance()
CaseExecutionEntity	getSuperCaseExecution()
String	getSuperCaseExecutionId()
ExecutionEntity	getSuperExecution()	In case this delegate execution is the process instance execution and this process instance was started by a call activity, this method returns the execution which executed the call activity in the super process instance.
String	getSuperExecutionId()
int	getSuspensionState()
List<TaskEntity>	getTasks()
protected List<TaskEntity>	getTasksInternal()
protected String	getToStringIdentity()
protected VariableInstanceFactory<CoreVariableInstance>	getVariableInstanceFactory()
protected List<VariableInstanceLifecycleListener<CoreVariableInstance>>	getVariableInstanceLifecycleListeners()
VariableInstanceLifecycleListener<CoreVariableInstance>	getVariablePersistenceListener()
Collection<VariableInstanceEntity>	getVariablesInternal()
protected VariableStore<CoreVariableInstance>	getVariableStore()
void	handleConditionalEventOnVariableChange(VariableEvent variableEvent)
void	inactivate()	Inactivates this execution.
void	initialize()
protected static void	initializeAssociations(ExecutionEntity execution)
void	initializeTimerDeclarations()
void	insert()
void	interrupt(String reason, boolean skipCustomListeners, boolean skipIoMappings, boolean externallyTerminated)
boolean	isActive(String activityId)
protected boolean	isExecutionTreePrefetchEnabled()
boolean	isProcessInstanceExecution()	returns whether this execution is a process instance or not.
boolean	isProcessInstanceStarting()
boolean	isSuspended()	Indicates if the execution is suspended.
protected void	moveActivityLocalJobsTo(ExecutionEntity other)
protected void	moveConcurrentLocalVariablesTo(ExecutionEntity other)
protected void	moveExternalTasksTo(ExecutionEntity other)
protected void	moveTasksTo(ExecutionEntity other)
protected void	moveVariablesTo(ExecutionEntity other)
protected void	moveVariableTo(VariableInstanceEntity variable, ExecutionEntity other)
protected PvmExecutionImpl	newExecution()
void	onConcurrentExpand(PvmExecutionImpl scopeExecution)	Callback on tree expansion when this execution is used as the concurrent execution where the argument's children become a subordinate to.
<T extends CoreExecution> void	performOperation(CoreAtomicOperation<T> operation)
void	performOperation(AtomicOperation executionOperation)
<T extends CoreExecution> void	performOperationSync(CoreAtomicOperation<T> operation)
void	performOperationSync(AtomicOperation executionOperation)
protected void	provideTenantId(Map<String,Object> variables, VariableMap properties)
Collection<VariableInstanceEntity>	provideVariables()
Collection<VariableInstanceEntity>	provideVariables(Collection<String> variableNames)
void	remove()
protected void	removeActivityJobs(String reason)
void	removeAllTasks()
void	removeEventSubscription(EventSubscriptionEntity eventSubscriptionEntity)
void	removeEventSubscriptions()
protected void	removeEventSubscriptionsExceptCompensation()
void	removeExecutionObserver(ExecutionObserver observer)
void	removeExternalTask(ExternalTaskEntity externalTask)
protected void	removeExternalTasks()
void	removeIncident(IncidentEntity incident)
void	removeJob(JobEntity job)
void	removeTask(TaskEntity task)
protected void	removeTasks()
protected void	removeTasks(String reason, boolean skipCustomListeners)
void	removeVariableInternal(VariableInstanceEntity variable)
void	removeVariableListener(VariableInstanceLifecycleListener<VariableInstanceEntity> listener)
void	removeVariablesLocalInternal()
void	replace(PvmExecutionImpl execution)	Replace an execution by this execution.
protected boolean	requiresUnsuspendedExecution(AtomicOperation executionOperation)
ExecutionEntity	resolveReplacedBy()	Instead of PvmExecutionImpl.getReplacedBy(), which returns the execution that this execution was directly replaced with, this resolves the chain of replacements (i.e.
void	restoreProcessInstance(Collection<ExecutionEntity> executions, Collection<EventSubscriptionEntity> eventSubscriptions, Collection<VariableInstanceEntity> variables, Collection<TaskEntity> tasks, Collection<JobEntity> jobs, Collection<IncidentEntity> incidents, Collection<ExternalTaskEntity> externalTasks)	Restores a complete process instance tree including referenced entities.
void	scheduleAtomicOperationAsync(AtomicOperationInvocation executionOperationInvocation)
void	setActivity(PvmActivity activity)
void	setActivityId(String activityId)
void	setCachedEntityState(int cachedEntityState)
void	setExecutions(List<ExecutionEntity> executions)
void	setParentExecution(PvmExecutionImpl parent)	Use #setParent to also update the child execution sets
void	setParentId(String parentId)
void	setProcessDefinition(ProcessDefinitionImpl processDefinition)
void	setProcessDefinitionId(String processDefinitionId)
void	setProcessInstance(PvmExecutionImpl processInstance)
void	setProcessInstanceId(String processInstanceId)
void	setRevision(int revision)
void	setRootProcessInstanceId(String rootProcessInstanceId)
void	setSubCaseInstance(CmmnExecution subCaseInstance)
void	setSubProcessInstance(PvmExecutionImpl subProcessInstance)
void	setSuperCaseExecution(CmmnExecution superCaseExecution)
void	setSuperCaseExecutionId(String superCaseExecutionId)
void	setSuperExecution(PvmExecutionImpl superExecution)
void	setSuperExecutionId(String superExecutionId)
void	setSuspensionState(int suspensionState)
void	start(Map<String,Object> variables, VariableMap formProperties)
void	startWithoutExecuting(Map<String,Object> variables)	perform starting behavior but don't execute the initial activity
String	toString()

Methods inherited from class org.camunda.bpm.engine.impl.pvm.runtime.PvmExecutionImpl

activityInstanceDone, activityInstanceEndListenerFailure, activityInstanceStarted, activityInstanceStarting, clearDelayedEvents, clearScope, collectActiveActivityIds, collectExecutions, continueExecutionIfNotCanceled, continueIfExecutionDoesNotAffectNextOperation, createActivityExecutionMapping, createActivityExecutionMapping, createActivityExecutionMapping, createConcurrentExecution, createIncident, createIncident, createIncidentContext, createSubProcessInstance, createSubProcessInstance, delayEvent, delayEvent, deleteCascade, deleteCascade, deleteCascade, destroy, dispatchDelayedEventsAndPerformOperation, dispatchDelayedEventsAndPerformOperation, dispatchScopeEvents, disposeScopeInstantiationContext, end, endCompensation, enterActivityInstance, executeActivities, executeActivitiesConcurrent, executeActivity, executeEventHandlerActivity, executeIoMapping, findActiveActivityIds, findExecution, findExecutionForFlowScope, findExecutionForFlowScope, findExecutionForScope, findExecutions, findInactiveChildExecutions, findInactiveConcurrentExecutions, findIncidentHandler, getActivityInstanceId, getActivityInstanceState, getAllChildExecutions, getBusinessKey, getCaseInstanceId, getCurrentTransitionId, getDelayedEvents, getDeleteReason, getEventScopeExecutions, getFlowScope, getFlowScopeExecution, getNextActivity, getNonEventScopeExecutions, getParentActivityInstanceId, getParentScopeExecution, getParentVariableScope, getPayloadForTriggeredScope, getScopeActivity, getScopeInstantiationContext, getSequenceCounter, getTransition, getTransitionsToTake, getVariableScopeKey, hasChildren, hasFailedOnEndListeners, hasReplacedParent, incrementSequenceCounter, initActivityIds, instantiateScopes, interrupt, isActive, isAsyncAfterScopeWithoutTransition, isCanceled, isCompleteScope, isConcurrent, isDeleteRoot, isEnded, isEventScope, isExecutingScopeLeafActivity, isExternallyTerminated, isIgnoreAsync, isInState, isPreserveScope, isRemoved, isReplacedByParent, isScope, isStarting, leaveActivityInstance, leaveActivityViaTransition, leaveActivityViaTransitions, propagateEnd, removeEventScopes, resolveIncident, setActive, setActivityInstanceId, setCanceled, setCaseInstanceId, setCompleteScope, setConcurrent, setDelayedPayloadToNewScope, setDeleteReason, setDeleteRoot, setEnded, setEventScope, setExternallyTerminated, setIgnoreAsync, setNextActivity, setParent, setPayloadForTriggeredScope, setPreserveScope, setProcessBusinessKey, setProcessInstanceStarting, setScope, setSequenceCounter, setStartContext, setStarting, setTransition, setTransitionsToTake, setVariable, signal, start, start, startWithFormProperties, take, tryPruneLastConcurrentChild

Methods inherited from class org.camunda.bpm.engine.impl.core.instance.CoreExecution

getBusinessKeyWithoutCascade, getEventName, getEventSource, getId, getListenerIndex, getTenantId, invokeListener, isSkipCustomListeners, isSkipIoMappings, isSkipSubprocesses, setBusinessKey, setEventName, setEventSource, setId, setListenerIndex, setSkipCustomListeners, setSkipIoMappings, setSkipSubprocesseses, setTenantId

Methods inherited from class org.camunda.bpm.engine.impl.core.variable.scope.AbstractVariableScope

collectVariableNames, collectVariables, getCachedElContext, getSourceActivityVariableScope, getValueFromVariableInstance, getVariable, getVariable, getVariableInstance, getVariableInstanceLocal, getVariableInstancesLocal, getVariableInstancesLocal, getVariableLocal, getVariableLocal, getVariableLocalTyped, getVariableLocalTyped, getVariableNames, getVariableNamesLocal, getVariables, getVariablesLocal, getVariablesLocalTyped, getVariablesLocalTyped, getVariablesTyped, getVariablesTyped, getVariableTyped, getVariableTyped, hasVariable, hasVariableLocal, hasVariables, hasVariablesLocal, initializeVariableStore, invokeVariableLifecycleListenersCreate, invokeVariableLifecycleListenersCreate, invokeVariableLifecycleListenersDelete, invokeVariableLifecycleListenersDelete, invokeVariableLifecycleListenersUpdate, invokeVariableLifecycleListenersUpdate, removeVariable, removeVariable, removeVariableLocal, removeVariableLocal, removeVariables, removeVariables, removeVariablesLocal, removeVariablesLocal, setCachedElContext, setVariable, setVariable, setVariable, setVariable, setVariableLocal, setVariableLocal, setVariableLocal, setVariables, setVariables, setVariablesLocal, setVariablesLocal

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

Methods inherited from interface org.camunda.bpm.engine.delegate.BaseDelegateExecution

getEventName, getId

Methods inherited from interface org.camunda.bpm.engine.impl.db.DbEntity

getId, setId

Methods inherited from interface org.camunda.bpm.engine.delegate.DelegateExecution

getTenantId

Methods inherited from interface org.camunda.bpm.engine.runtime.Execution

getId, getTenantId, isEnded

Methods inherited from interface org.camunda.bpm.engine.impl.db.HasDbReferences

getDependentEntities

Methods inherited from interface org.camunda.bpm.engine.runtime.ProcessInstance

getBusinessKey, getCaseInstanceId

Methods inherited from interface org.camunda.bpm.engine.impl.pvm.PvmExecution

getVariable, getVariables, hasVariable, setVariable

Methods inherited from interface org.camunda.bpm.engine.delegate.VariableScope

getVariable, getVariableLocal, getVariableLocalTyped, getVariableLocalTyped, getVariableNames, getVariableNamesLocal, getVariables, getVariablesLocal, getVariablesLocalTyped, getVariablesLocalTyped, getVariablesTyped, getVariablesTyped, getVariableTyped, getVariableTyped, hasVariable, hasVariableLocal, hasVariables, hasVariablesLocal, removeVariable, removeVariableLocal, removeVariables, removeVariables, removeVariablesLocal, removeVariablesLocal, setVariable, setVariableLocal, setVariables, setVariablesLocal

Field Details

LOG

protected static final EnginePersistenceLogger LOG

EVENT_SUBSCRIPTIONS_STATE_BIT

public static final int EVENT_SUBSCRIPTIONS_STATE_BIT

See Also:

• Constant Field Values

TASKS_STATE_BIT

public static final int TASKS_STATE_BIT

See Also:

• Constant Field Values

JOBS_STATE_BIT

public static final int JOBS_STATE_BIT

See Also:

• Constant Field Values

INCIDENT_STATE_BIT

public static final int INCIDENT_STATE_BIT

See Also:

• Constant Field Values

VARIABLES_STATE_BIT

public static final int VARIABLES_STATE_BIT

See Also:

• Constant Field Values

SUB_PROCESS_INSTANCE_STATE_BIT

public static final int SUB_PROCESS_INSTANCE_STATE_BIT

See Also:

• Constant Field Values

SUB_CASE_INSTANCE_STATE_BIT

public static final int SUB_CASE_INSTANCE_STATE_BIT

See Also:

• Constant Field Values

EXTERNAL_TASKS_BIT

public static final int EXTERNAL_TASKS_BIT

See Also:

• Constant Field Values

processInstance

protected transient ExecutionEntity processInstance

the process instance. this is the root of the execution tree. the processInstance of a process instance is a self reference.

parent

protected transient ExecutionEntity parent

the parent execution

executions

protected transient List<ExecutionEntity> executions

nested executions representing scopes or concurrent paths

superExecution

protected transient ExecutionEntity superExecution

super execution, not-null if this execution is part of a subprocess

superCaseExecution

protected transient CaseExecutionEntity superCaseExecution

super case execution, not-null if this execution is part of a case execution

subProcessInstance

protected transient ExecutionEntity subProcessInstance

reference to a subprocessinstance, not-null if currently subprocess is started from this execution

subCaseInstance

protected transient CaseExecutionEntity subCaseInstance

reference to a subcaseinstance, not-null if currently subcase is started from this execution

shouldQueryForSubprocessInstance

protected boolean shouldQueryForSubprocessInstance

shouldQueryForSubCaseInstance

protected boolean shouldQueryForSubCaseInstance

eventSubscriptions

protected transient List<EventSubscriptionEntity> eventSubscriptions

jobs

protected transient List<JobEntity> jobs

tasks

protected transient List<TaskEntity> tasks

externalTasks

protected transient List<ExternalTaskEntity> externalTasks

incidents

protected transient List<IncidentEntity> incidents

cachedEntityState

protected int cachedEntityState

variableStore

protected transient VariableStore<VariableInstanceEntity> variableStore

suspensionState

protected int suspensionState

revision

protected int revision

processDefinitionId

protected String processDefinitionId

persisted reference to the processDefinition.

See Also:

• PvmExecutionImpl.processDefinition
• setProcessDefinition(ProcessDefinitionImpl)
• getProcessDefinition()

activityId

protected String activityId

persisted reference to the current position in the diagram within the PvmExecutionImpl.processDefinition.

See Also:

• PvmExecutionImpl.activity
• getActivity()

activityName

protected String activityName

The name of the current activity position

processInstanceId

protected String processInstanceId

persisted reference to the process instance.

See Also:

• getProcessInstance()

parentId

protected String parentId

persisted reference to the parent of this execution.

See Also:

• getParent()

superExecutionId

protected String superExecutionId

persisted reference to the super execution of this execution

See Also:

• setSuperExecution(ExecutionEntity)

rootProcessInstanceId

protected String rootProcessInstanceId

persisted reference to the root process instance.

See Also:

• getRootProcessInstanceId()

superCaseExecutionId

protected String superCaseExecutionId

persisted reference to the super case execution of this execution

See Also:

• setSuperCaseExecution(ExecutionEntity)

executionObservers

protected transient List<ExecutionObserver> executionObservers

Contains observers which are observe the execution.

Since:

7.6

registeredVariableListeners

protected transient List<VariableInstanceLifecycleListener<VariableInstanceEntity>> registeredVariableListeners

Constructor Details

ExecutionEntity

public ExecutionEntity()

Method Details

createExecution

public ExecutionEntity createExecution()

creates a new execution. properties processDefinition, processInstance and activity will be initialized.

Specified by:

createExecution in interface ActivityExecution

Specified by:

createExecution in class PvmExecutionImpl

createSubProcessInstance

public ExecutionEntity createSubProcessInstance(PvmProcessDefinition processDefinition,
 String businessKey,
 String caseInstanceId)

Specified by:

createSubProcessInstance in interface ActivityExecution

Overrides:

createSubProcessInstance in class PvmExecutionImpl

Parameters:

processDefinition - The PvmProcessDefinition of the subprocess.

businessKey - the business key of the process instance

caseInstanceId - the case instance id of the process instance

See Also:

• ActivityExecution.createSubProcessInstance(PvmProcessDefinition)

createNewExecution

protected static ExecutionEntity createNewExecution()

newExecution

protected PvmExecutionImpl newExecution()

Specified by:

newExecution in class PvmExecutionImpl

createSubCaseInstance

public CaseExecutionEntity createSubCaseInstance(CmmnCaseDefinition caseDefinition)

Description copied from interface: ActivityExecution

Creates a new sub case instance.

This execution will be the super execution of the created sub case instance.

Specified by:

createSubCaseInstance in interface ActivityExecution

Specified by:

createSubCaseInstance in class PvmExecutionImpl

Parameters:

caseDefinition - The CmmnCaseDefinition of the sub case instance.

createSubCaseInstance

public CaseExecutionEntity createSubCaseInstance(CmmnCaseDefinition caseDefinition,
 String businessKey)

Description copied from interface: ActivityExecution

Creates a new sub case instance.

This execution will be the super execution of the created sub case instance.

Specified by:

createSubCaseInstance in interface ActivityExecution

Specified by:

createSubCaseInstance in class PvmExecutionImpl

Parameters:

caseDefinition - The CmmnCaseDefinition of the sub case instance.

businessKey - The businessKey to be set on sub case instance.

fireHistoricActivityInstanceUpdate

public void fireHistoricActivityInstanceUpdate()

initialize

public void initialize()

Specified by:

initialize in class PvmExecutionImpl

initializeTimerDeclarations

public void initializeTimerDeclarations()

Specified by:

initializeTimerDeclarations in class PvmExecutionImpl

createTimerInstances

protected void createTimerInstances(Collection<TimerDeclarationImpl> timerDeclarations)

initializeAssociations

protected static void initializeAssociations(ExecutionEntity execution)

start

public void start(Map<String,Object> variables,
 VariableMap formProperties)

Overrides:

start in class PvmExecutionImpl

startWithoutExecuting

public void startWithoutExecuting(Map<String,Object> variables)

Description copied from class: PvmExecutionImpl

perform starting behavior but don't execute the initial activity

Overrides:

startWithoutExecuting in class PvmExecutionImpl

Parameters:

variables - the variables which are used for the start

provideTenantId

protected void provideTenantId(Map<String,Object> variables,
 VariableMap properties)

fireHistoricProcessStartEvent

public void fireHistoricProcessStartEvent()

Specified by:

fireHistoricProcessStartEvent in class PvmExecutionImpl

destroy

public void destroy(boolean alwaysSkipIoMappings)

Method used for destroying a scope in a way that the execution can be removed afterwards.

Overrides:

destroy in class PvmExecutionImpl

Parameters:

alwaysSkipIoMappings - set to true to always skip IO mappings, regardless of internal state of execution (=> CoreExecution.isSkipIoMappings())

removeAllTasks

public void removeAllTasks()

Overrides:

removeAllTasks in class PvmExecutionImpl

clearExecution

protected void clearExecution()

removeVariablesLocalInternal

public void removeVariablesLocalInternal()

Specified by:

removeVariablesLocalInternal in class PvmExecutionImpl

interrupt

public void interrupt(String reason,
 boolean skipCustomListeners,
 boolean skipIoMappings,
 boolean externallyTerminated)

Overrides:

interrupt in class PvmExecutionImpl

removeActivityJobs

protected void removeActivityJobs(String reason)

performOperation

public <T extends CoreExecution> void performOperation(CoreAtomicOperation<T> operation)

Overrides:

performOperation in class CoreExecution

performOperationSync

public <T extends CoreExecution> void performOperationSync(CoreAtomicOperation<T> operation)

Overrides:

performOperationSync in class CoreExecution

performOperation

public void performOperation(AtomicOperation executionOperation)

performOperationSync

public void performOperationSync(AtomicOperation executionOperation)

ensureNotSuspended

protected void ensureNotSuspended()

requiresUnsuspendedExecution

protected boolean requiresUnsuspendedExecution(AtomicOperation executionOperation)

scheduleAtomicOperationAsync

public void scheduleAtomicOperationAsync(AtomicOperationInvocation executionOperationInvocation)

isActive

public boolean isActive(String activityId)

Overrides:

isActive in class PvmExecutionImpl

inactivate

public void inactivate()

Description copied from interface: ActivityExecution

Inactivates this execution. This is useful for example in a join: the execution still exists, but it is not longer active.

Specified by:

inactivate in interface ActivityExecution

Overrides:

inactivate in class PvmExecutionImpl

addExecutionObserver

public void addExecutionObserver(ExecutionObserver observer)

removeExecutionObserver

public void removeExecutionObserver(ExecutionObserver observer)

getExecutions

public List<ExecutionEntity> getExecutions()

Description copied from interface: ActivityExecution

returns the list of execution of which this execution the parent of. This is a copy of the actual list, so a modification has no direct effect.

Specified by:

getExecutions in interface ActivityExecution

Specified by:

getExecutions in class PvmExecutionImpl

getExecutionsAsCopy

public List<ExecutionEntity> getExecutionsAsCopy()

Specified by:

getExecutionsAsCopy in class PvmExecutionImpl

ensureExecutionsInitialized

protected void ensureExecutionsInitialized()

isExecutionTreePrefetchEnabled

protected boolean isExecutionTreePrefetchEnabled()

Returns:

true if execution tree prefetching is enabled

setExecutions

public void setExecutions(List<ExecutionEntity> executions)

getProcessBusinessKey

public String getProcessBusinessKey()

Description copied from interface: DelegateExecution

The business key for the process instance this execution is associated with.

Specified by:

getProcessBusinessKey in interface DelegateExecution

Overrides:

getProcessBusinessKey in class PvmExecutionImpl

getProcessDefinition

public ProcessDefinitionEntity getProcessDefinition()

ensures initialization and returns the process definition.

Overrides:

getProcessDefinition in class PvmExecutionImpl

setProcessDefinitionId

public void setProcessDefinitionId(String processDefinitionId)

getProcessDefinitionId

public String getProcessDefinitionId()

Description copied from interface: ProcessInstance

The id of the process definition of the process instance.

Specified by:

getProcessDefinitionId in interface DelegateExecution

Specified by:

getProcessDefinitionId in interface ProcessInstance

ensureProcessDefinitionInitialized

protected void ensureProcessDefinitionInitialized()

for setting the process definition, this setter must be used as subclasses can override

setProcessDefinition

public void setProcessDefinition(ProcessDefinitionImpl processDefinition)

Overrides:

setProcessDefinition in class PvmExecutionImpl

getProcessInstance

public ExecutionEntity getProcessInstance()

ensures initialization and returns the process instance.

Specified by:

getProcessInstance in interface DelegateExecution

Specified by:

getProcessInstance in class PvmExecutionImpl

ensureProcessInstanceInitialized

protected void ensureProcessInstanceInitialized()

setProcessInstance

public void setProcessInstance(PvmExecutionImpl processInstance)

Specified by:

setProcessInstance in class PvmExecutionImpl

isProcessInstanceExecution

public boolean isProcessInstanceExecution()

Description copied from interface: ActivityExecution

returns whether this execution is a process instance or not.

Specified by:

isProcessInstanceExecution in interface ActivityExecution

Overrides:

isProcessInstanceExecution in class PvmExecutionImpl

isProcessInstanceStarting

public boolean isProcessInstanceStarting()

Overrides:

isProcessInstanceStarting in class PvmExecutionImpl

getActivity

public ActivityImpl getActivity()

ensures initialization and returns the activity

Specified by:

getActivity in interface ActivityExecution

Specified by:

getActivity in interface PvmExecution

Overrides:

getActivity in class PvmExecutionImpl

getActivityId

public String getActivityId()

Overrides:

getActivityId in class PvmExecutionImpl

ensureActivityInitialized

protected void ensureActivityInitialized()

must be called before the activity member field or getActivity() is called

setActivity

public void setActivity(PvmActivity activity)

Specified by:

setActivity in interface ActivityExecution

Overrides:

setActivity in class PvmExecutionImpl

generateActivityInstanceId

protected String generateActivityInstanceId(String activityId)

generates an activity instance id

Specified by:

generateActivityInstanceId in class PvmExecutionImpl

getParent

public ExecutionEntity getParent()

ensures initialization and returns the parent

Specified by:

getParent in interface ActivityExecution

Specified by:

getParent in class PvmExecutionImpl

ensureParentInitialized

protected void ensureParentInitialized()

setParentExecution

public void setParentExecution(PvmExecutionImpl parent)

Description copied from class: PvmExecutionImpl

Use #setParent to also update the child execution sets

Specified by:

setParentExecution in class PvmExecutionImpl

getSuperExecutionId

public String getSuperExecutionId()

getSuperExecution

public ExecutionEntity getSuperExecution()

Description copied from interface: DelegateExecution

In case this delegate execution is the process instance execution and this process instance was started by a call activity, this method returns the execution which executed the call activity in the super process instance.

Specified by:

getSuperExecution in interface DelegateExecution

Specified by:

getSuperExecution in class PvmExecutionImpl

Returns:

the super execution or null.

setSuperExecution

public void setSuperExecution(PvmExecutionImpl superExecution)

Specified by:

setSuperExecution in class PvmExecutionImpl

ensureSuperExecutionInitialized

protected void ensureSuperExecutionInitialized()

getSubProcessInstance

public ExecutionEntity getSubProcessInstance()

Specified by:

getSubProcessInstance in class PvmExecutionImpl

setSubProcessInstance

public void setSubProcessInstance(PvmExecutionImpl subProcessInstance)

Specified by:

setSubProcessInstance in class PvmExecutionImpl

ensureSubProcessInstanceInitialized

protected void ensureSubProcessInstanceInitialized()

getSuperCaseExecutionId

public String getSuperCaseExecutionId()

setSuperCaseExecutionId

public void setSuperCaseExecutionId(String superCaseExecutionId)

getSuperCaseExecution

public CaseExecutionEntity getSuperCaseExecution()

Specified by:

getSuperCaseExecution in class PvmExecutionImpl

setSuperCaseExecution

public void setSuperCaseExecution(CmmnExecution superCaseExecution)

Specified by:

setSuperCaseExecution in class PvmExecutionImpl

ensureSuperCaseExecutionInitialized

protected void ensureSuperCaseExecutionInitialized()

getSubCaseInstance

public CaseExecutionEntity getSubCaseInstance()

Specified by:

getSubCaseInstance in class PvmExecutionImpl

setSubCaseInstance

public void setSubCaseInstance(CmmnExecution subCaseInstance)

Specified by:

setSubCaseInstance in class PvmExecutionImpl

ensureSubCaseInstanceInitialized

protected void ensureSubCaseInstanceInitialized()

remove

public void remove()

Specified by:

remove in interface ActivityExecution

Overrides:

remove in class PvmExecutionImpl

removeEventSubscriptionsExceptCompensation

protected void removeEventSubscriptionsExceptCompensation()

removeEventSubscriptions

public void removeEventSubscriptions()

removeTasks

protected void removeTasks(String reason,
 boolean skipCustomListeners)

removeTasks

protected void removeTasks()

removeExternalTasks

protected void removeExternalTasks()

getReplacedBy

public ExecutionEntity getReplacedBy()

Description copied from class: PvmExecutionImpl

Returns an execution that has replaced this execution for executing activities in their shared scope.

Invariant: this execution and getReplacedBy() execute in the same scope.

Specified by:

getReplacedBy in class PvmExecutionImpl

resolveReplacedBy

public ExecutionEntity resolveReplacedBy()

Description copied from class: PvmExecutionImpl

Instead of PvmExecutionImpl.getReplacedBy(), which returns the execution that this execution was directly replaced with, this resolves the chain of replacements (i.e. in the case the replacedBy execution itself was replaced again)

Overrides:

resolveReplacedBy in class PvmExecutionImpl

replace

public void replace(PvmExecutionImpl execution)

Description copied from class: PvmExecutionImpl

Replace an execution by this execution. The replaced execution has a pointer (PvmExecutionImpl.getReplacedBy()) to this execution. This pointer is maintained until the replaced execution is removed or this execution is removed/ended.

This is used for two cases: Execution tree expansion and execution tree compaction

• expansion: Before:

         -------
         |  e1 |  scope
         -------
       

  After:

         -------
         |  e1 |  scope
         -------
            |
         -------
         |  e2 |  cc (no scope)
         -------
       

  e2 replaces e1: it should receive all entities associated with the activity currently executed by e1; these are tasks, (local) variables, jobs (specific for the activity, not the scope)
• compaction: Before:

         -------
         |  e1 |  scope
         -------
            |
         -------
         |  e2 |  cc (no scope)
         -------
       

  After:

         -------
         |  e1 |  scope
         -------
       

  e1 replaces e2: it should receive all entities associated with the activity currently executed by e2; these are tasks, (all) variables, all jobs

Overrides:

replace in class PvmExecutionImpl

See Also:

• PvmExecutionImpl.createConcurrentExecution()
• PvmExecutionImpl.tryPruneLastConcurrentChild()

onConcurrentExpand

public void onConcurrentExpand(PvmExecutionImpl scopeExecution)

Description copied from class: PvmExecutionImpl

Callback on tree expansion when this execution is used as the concurrent execution where the argument's children become a subordinate to. Note that this case is not the inverse of replace because replace has the semantics that the replacing execution can be used to continue execution of this execution's activity instance.

Overrides:

onConcurrentExpand in class PvmExecutionImpl

moveTasksTo

protected void moveTasksTo(ExecutionEntity other)

moveExternalTasksTo

protected void moveExternalTasksTo(ExecutionEntity other)

moveActivityLocalJobsTo

protected void moveActivityLocalJobsTo(ExecutionEntity other)

moveVariablesTo

protected void moveVariablesTo(ExecutionEntity other)

moveVariableTo

protected void moveVariableTo(VariableInstanceEntity variable,
 ExecutionEntity other)

moveConcurrentLocalVariablesTo

protected void moveConcurrentLocalVariablesTo(ExecutionEntity other)

addVariableListener

public void addVariableListener(VariableInstanceLifecycleListener<VariableInstanceEntity> listener)

removeVariableListener

public void removeVariableListener(VariableInstanceLifecycleListener<VariableInstanceEntity> listener)

provideVariables

public Collection<VariableInstanceEntity> provideVariables()

Specified by:

provideVariables in interface VariableStore.VariablesProvider<VariableInstanceEntity>

provideVariables

public Collection<VariableInstanceEntity> provideVariables(Collection<String> variableNames)

Specified by:

provideVariables in interface VariableStore.VariablesProvider<VariableInstanceEntity>

ensureExecutionTreeInitialized

protected void ensureExecutionTreeInitialized()

Fetch all the executions inside the same process instance as list and then reconstruct the complete execution tree. In many cases this is an optimization over fetching the execution tree lazily. Usually we need all executions anyway and it is preferable to fetch more data in a single query (maybe even too much data) then to run multiple queries, each returning a fraction of the data. The most important consideration here is network roundtrip: If the process engine and database run on separate hosts, network roundtrip has to be added to each query. Economizing on the number of queries economizes on network roundtrip. The tradeoff here is network roundtrip vs. throughput: multiple roundtrips carrying small chucks of data vs. a single roundtrip carrying more data.

restoreProcessInstance

public void restoreProcessInstance(Collection<ExecutionEntity> executions,
 Collection<EventSubscriptionEntity> eventSubscriptions,
 Collection<VariableInstanceEntity> variables,
 Collection<TaskEntity> tasks,
 Collection<JobEntity> jobs,
 Collection<IncidentEntity> incidents,
 Collection<ExternalTaskEntity> externalTasks)

Restores a complete process instance tree including referenced entities.

Parameters:

executions - the list of all executions that are part of this process instance. Cannot be null, must include the process instance execution itself.

eventSubscriptions - the list of all event subscriptions that are linked to executions which is part of this process instance If null, event subscriptions are not initialized and lazy loaded on demand

variables - the list of all variables that are linked to executions which are part of this process instance If null, variables are not initialized and are lazy loaded on demand

jobs -

tasks -

incidents -

getPersistentState

public Object getPersistentState()

Description copied from interface: DbEntity

Returns a representation of the object, as would be stored in the database. Used when deciding if updates have occurred to the object or not since it was last loaded.

Specified by:

getPersistentState in interface DbEntity

insert

public void insert()

getRevisionNext

public int getRevisionNext()

Specified by:

getRevisionNext in interface HasDbRevision

forceUpdate

public void forceUpdate()

Specified by:

forceUpdate in interface ActivityExecution

toString

public String toString()

Overrides:

toString in class PvmExecutionImpl

getToStringIdentity

protected String getToStringIdentity()

Overrides:

getToStringIdentity in class PvmExecutionImpl

getEventSubscriptionsInternal

public List<EventSubscriptionEntity> getEventSubscriptionsInternal()

getEventSubscriptions

public List<EventSubscriptionEntity> getEventSubscriptions()

getCompensateEventSubscriptions

public List<EventSubscriptionEntity> getCompensateEventSubscriptions()

getCompensateEventSubscriptions

public List<EventSubscriptionEntity> getCompensateEventSubscriptions(String activityId)

ensureEventSubscriptionsInitialized

protected void ensureEventSubscriptionsInitialized()

addEventSubscription

public void addEventSubscription(EventSubscriptionEntity eventSubscriptionEntity)

removeEventSubscription

public void removeEventSubscription(EventSubscriptionEntity eventSubscriptionEntity)

ensureJobsInitialized

protected void ensureJobsInitialized()

getJobsInternal

protected List<JobEntity> getJobsInternal()

getJobs

public List<JobEntity> getJobs()

addJob

public void addJob(JobEntity jobEntity)

removeJob

public void removeJob(JobEntity job)

ensureIncidentsInitialized

protected void ensureIncidentsInitialized()

getIncidentsInternal

protected List<IncidentEntity> getIncidentsInternal()

getIncidents

public List<IncidentEntity> getIncidents()

addIncident

public void addIncident(IncidentEntity incident)

removeIncident

public void removeIncident(IncidentEntity incident)

getIncidentByCauseIncidentId

public IncidentEntity getIncidentByCauseIncidentId(String causeIncidentId)

ensureTasksInitialized

protected void ensureTasksInitialized()

getTasksInternal

protected List<TaskEntity> getTasksInternal()

getTasks

public List<TaskEntity> getTasks()

addTask

public void addTask(TaskEntity taskEntity)

removeTask

public void removeTask(TaskEntity task)

ensureExternalTasksInitialized

protected void ensureExternalTasksInitialized()

getExternalTasksInternal

protected List<ExternalTaskEntity> getExternalTasksInternal()

addExternalTask

public void addExternalTask(ExternalTaskEntity externalTask)

removeExternalTask

public void removeExternalTask(ExternalTaskEntity externalTask)

getExternalTasks

public List<ExternalTaskEntity> getExternalTasks()

getVariableStore

protected VariableStore<CoreVariableInstance> getVariableStore()

Specified by:

getVariableStore in class AbstractVariableScope

getVariableInstanceFactory

protected VariableInstanceFactory<CoreVariableInstance> getVariableInstanceFactory()

Specified by:

getVariableInstanceFactory in class AbstractVariableScope

getVariableInstanceLifecycleListeners

protected List<VariableInstanceLifecycleListener<CoreVariableInstance>> getVariableInstanceLifecycleListeners()

Specified by:

getVariableInstanceLifecycleListeners in class AbstractVariableScope

getVariablePersistenceListener

public VariableInstanceLifecycleListener<CoreVariableInstance> getVariablePersistenceListener()

getVariablesInternal

public Collection<VariableInstanceEntity> getVariablesInternal()

removeVariableInternal

public void removeVariableInternal(VariableInstanceEntity variable)

addVariableInternal

public void addVariableInternal(VariableInstanceEntity variable)

handleConditionalEventOnVariableChange

public void handleConditionalEventOnVariableChange(VariableEvent variableEvent)

dispatchEvent

public void dispatchEvent(VariableEvent variableEvent)

Specified by:

dispatchEvent in interface VariableEventDispatcher

Overrides:

dispatchEvent in class AbstractVariableScope

setCachedEntityState

public void setCachedEntityState(int cachedEntityState)

getCachedEntityState

public int getCachedEntityState()

getCachedEntityStateRaw

public int getCachedEntityStateRaw()

getRootProcessInstanceId

public String getRootProcessInstanceId()

Description copied from interface: ProcessInstance

The id of the root process instance associated with this process instance.

Specified by:

getRootProcessInstanceId in interface ProcessInstance

getRootProcessInstanceIdRaw

public String getRootProcessInstanceIdRaw()

setRootProcessInstanceId

public void setRootProcessInstanceId(String rootProcessInstanceId)

getProcessInstanceId

public String getProcessInstanceId()

Description copied from interface: Execution

Id of the root of the execution tree representing the process instance. It is the same as Execution.getId() if this execution is the process instance.

Specified by:

getProcessInstanceId in interface DelegateExecution

Specified by:

getProcessInstanceId in interface Execution

setProcessInstanceId

public void setProcessInstanceId(String processInstanceId)

getParentId

public String getParentId()

Description copied from interface: DelegateExecution

Gets the id of the parent of this execution. If null, the execution represents a process-instance.

Specified by:

getParentId in interface DelegateExecution

Overrides:

getParentId in class PvmExecutionImpl

setParentId

public void setParentId(String parentId)

getRevision

public int getRevision()

Specified by:

getRevision in interface HasDbRevision

setRevision

public void setRevision(int revision)

Specified by:

setRevision in interface HasDbRevision

setActivityId

public void setActivityId(String activityId)

setSuperExecutionId

public void setSuperExecutionId(String superExecutionId)

getReferencedEntityIds

public Set<String> getReferencedEntityIds()

Description copied from interface: HasDbReferences

Scope: IN-MEMORY references

Specified by:

getReferencedEntityIds in interface HasDbReferences

Returns:

the ids of the entities that this entity references. Should only return ids for entities of the same type

getReferencedEntitiesIdAndClass

public Map<String,Class> getReferencedEntitiesIdAndClass()

Description copied from interface: HasDbReferences

Scope: IN-MEMORY references

Specified by:

getReferencedEntitiesIdAndClass in interface HasDbReferences

Returns:

a map of the ids and the entities' classes that this entity references. It's used when trying to determine if there was an Optimistic Locking occurrence on an INSERT or UPDATE of an object of this type.

getSuspensionState

public int getSuspensionState()

setSuspensionState

public void setSuspensionState(int suspensionState)

isSuspended

public boolean isSuspended()

Description copied from interface: Execution

Indicates if the execution is suspended.

Specified by:

isSuspended in interface Execution

Specified by:

isSuspended in interface ProcessInstance

getCurrentActivityId

public String getCurrentActivityId()

Description copied from interface: DelegateExecution

Gets the id of the current activity.

Specified by:

getCurrentActivityId in interface DelegateExecution

Overrides:

getCurrentActivityId in class PvmExecutionImpl

getCurrentActivityName

public String getCurrentActivityName()

Description copied from interface: DelegateExecution

Gets the name of the current activity.

Specified by:

getCurrentActivityName in interface DelegateExecution

Overrides:

getCurrentActivityName in class PvmExecutionImpl

getBpmnModelElementInstance

public FlowElement getBpmnModelElementInstance()

Description copied from interface: BpmnModelExecutionContext

Returns the currently executed Element in the BPMN Model. This method returns a FlowElement which may be casted to the concrete type of the Bpmn Model Element currently executed.

If called from a Service ExecutionListener, the method will return the corresponding FlowNode for ExecutionListener.EVENTNAME_START and ExecutionListener.EVENTNAME_END and the corresponding SequenceFlow for ExecutionListener.EVENTNAME_TAKE.

Specified by:

getBpmnModelElementInstance in interface BpmnModelExecutionContext

Returns:

the FlowElement corresponding to the current Bpmn Model Element

getBpmnModelInstance

public BpmnModelInstance getBpmnModelInstance()

Description copied from interface: BpmnModelExecutionContext

Returns the BpmnModelInstance for the currently executed Bpmn Model

Specified by:

getBpmnModelInstance in interface BpmnModelExecutionContext

Returns:

the current BpmnModelInstance

getProcessEngineServices

public ProcessEngineServices getProcessEngineServices()

Description copied from interface: ProcessEngineServicesAware

Returns the ProcessEngineServices providing access to the public API of the process engine.

Specified by:

getProcessEngineServices in interface ProcessEngineServicesAware

Returns:

the ProcessEngineServices.

getProcessEngine

public ProcessEngine getProcessEngine()

Description copied from interface: ProcessEngineServicesAware

Returns the ProcessEngine providing access to the public API of the process engine.

Specified by:

getProcessEngine in interface ProcessEngineServicesAware

Returns:

the ProcessEngine.

getProcessDefinitionTenantId

public String getProcessDefinitionTenantId()