Uses of Interface
de.aristaflow.adept2.base.sessionmanagement.SessionToken

Packages that use SessionToken

Package	Description
de.aristaflow.adept2.base.cluster
de.aristaflow.adept2.base.communication
de.aristaflow.adept2.base.globalregistry
de.aristaflow.adept2.base.licensing
de.aristaflow.adept2.base.mailservice
de.aristaflow.adept2.base.registry
de.aristaflow.adept2.base.security
de.aristaflow.adept2.base.service
de.aristaflow.adept2.base.sessionmanagement
de.aristaflow.adept2.core.activityrepository
de.aristaflow.adept2.core.changeoperations
de.aristaflow.adept2.core.checks.processmodel
de.aristaflow.adept2.core.client
de.aristaflow.adept2.core.cluster
de.aristaflow.adept2.core.datamanager
de.aristaflow.adept2.core.eventmanager
de.aristaflow.adept2.core.eventmanager.common
de.aristaflow.adept2.core.eventmanager.fileevents
de.aristaflow.adept2.core.executionmanager
de.aristaflow.adept2.core.globalprovider
de.aristaflow.adept2.core.inittab
de.aristaflow.adept2.core.logmanager
de.aristaflow.adept2.core.logmanager.logs
de.aristaflow.adept2.core.mailservice
de.aristaflow.adept2.core.orgmodelmanager
de.aristaflow.adept2.core.orgmodelmanager.extension
de.aristaflow.adept2.core.processimagerenderer
de.aristaflow.adept2.core.processmanager
de.aristaflow.adept2.core.processrepository
de.aristaflow.adept2.core.registry
de.aristaflow.adept2.core.registry.cluster
de.aristaflow.adept2.core.registry.twophase
de.aristaflow.adept2.core.runtimemanager
de.aristaflow.adept2.core.runtimemanager.gui
de.aristaflow.adept2.core.runtimeservice
de.aristaflow.adept2.core.transactionmanager
de.aristaflow.adept2.core.worklistmanager
de.aristaflow.adept2.model.datamanagement
de.aristaflow.adept2.model.runtimeenvironment
de.aristaflow.adept2.ui.guimanager
de.aristaflow.adept2.ui.htmlgui
de.aristaflow.adept2.ui.htmlgui.httpservice
de.aristaflow.ilm.base.sessionmanagement
de.aristaflow.ilm.core.executionmanager
de.aristaflow.ilm.core.runtimemanager
de.aristaflow.ilm.core.runtimeservice
de.aristaflow.ilm.model.datamanagement
de.aristaflow.ilm.model.execution
de.aristaflow.ilm.model.runtimeenvironment.guicontext
de.aristaflow.ilm.ws.core.executionmanager
de.aristaflow.ilm.ws.core.orgmodelmanager
de.aristaflow.ilm.ws.core.runtimemanager
de.aristaflow.ilm.ws.core.runtimeservice
de.aristaflow.ilm.ws.core.worklistmanager

Uses of SessionToken in de.aristaflow.adept2.base.cluster

Methods in de.aristaflow.adept2.base.cluster with parameters of type SessionToken

Modifier and Type	Method	Description
URI[]	RegistryProviderConf.getGlobalRegistry(SessionToken session)
URI[]	RegistryProviderDb.getGlobalRegistry(SessionToken session)

Uses of SessionToken in de.aristaflow.adept2.base.communication

Methods in de.aristaflow.adept2.base.communication with parameters of type SessionToken

Modifier and Type	Method	Description
GlobalRegistry	GlobalRegistryServiceProvider.getGlobalRegistry(SessionToken session)	Gets (the instance of) the current global registry.

Uses of SessionToken in de.aristaflow.adept2.base.globalregistry

Methods in de.aristaflow.adept2.base.globalregistry with parameters of type SessionToken

Modifier and Type	Method	Description
Throwable[]	GlobalServiceExport.exportService(SessionToken session, URI[] serviceURIs, Class<? extends ADEPT2Service> serviceInterface, ADEPT2Service service)	Enables the designated service identified by the designated URI to be called globally via this global service export service.
URI[]	GlobalRegistryProvider.getGlobalRegistry(SessionToken session)	Gets the URIs of the current global registry.
void	GlobalRegistry.invalidate(SessionToken session, String clusterName, String serviceType, String serviceName)	Informs the global registry that the designated service is not reachable any more.
void	GlobalRegistry.invalidate(SessionToken session, String clusterName, URI[] globalServiceUris)	Informs the global registry that the designated service is not reachable any more.
URI[]	GlobalServiceExport.prepareServiceExport(SessionToken session, String clusterName, String serviceTypeName, String simpleServiceName, Class<? extends ADEPT2Service> serviceInterface, String peerId)	Prepares the specified service for being globally exported and creates a remote object identifiers of type URI for all communication protocols this global service exports services.
List<URI>	GlobalRegistry.prepareServicePublishing(SessionToken session, String clusterName, String serviceType, String serviceName, List<URI> localServiceUris)	Prepares the specified service for being published.
void	GlobalRegistry.publishService(SessionToken session, String serviceType, String serviceName, List<URI> globalServiceUris)	Publishes the designated service with the designated global URIs and registers the designated local URIs for it.
boolean	GlobalRegistry.unpublishService(SessionToken session, String clusterName, String serviceType, String serviceName, List<URI> globalServiceUris)	Unpublishes the designated service with the designated global URIs.
void	GlobalServiceExport.unregisterService(SessionToken session, ADEPT2Service service)	Unregisters the designated service (callback) which removes the export of the designated service.

Uses of SessionToken in de.aristaflow.adept2.base.licensing

Methods in de.aristaflow.adept2.base.licensing with parameters of type SessionToken

Modifier and Type	Method	Description
boolean	LicenceManager.logViolation(SessionToken session, String violationType, long violationValue)	Logs violations of the designated type with the designated value, for instance the number of users concurrently logged on.
void	LicenceManager.setViolationShutdown(SessionToken session, ADEPT2Service shutdownService)	Sets the designated service to be the one to be shut down in case of severe licence violations.

Uses of SessionToken in de.aristaflow.adept2.base.mailservice

Methods in de.aristaflow.adept2.base.mailservice with parameters of type SessionToken

Modifier and Type	Method	Description
EmailResult	MailService.sendMail(SessionToken session, Email mail, boolean allowAsyncRetry)	Sends the designated mail which needs at least one recipient, a subject and a body/text.
EmailResult	MailService.sendMail(SessionToken session, Email mail, Map<String,String> addAttributes, boolean allowAsyncRetry)	Sends the designated mail which needs at least one recipient, a subject and a body/text.
EmailResult	MailService.sendMail(SessionToken session, String from, List<String> to, List<String> cc, List<String> bcc, String subject, String body, boolean allowAsyncRetry)	Sends a mail to the designated recipients having the designated sender, subject and body.
EmailResult	MailService.sendMail(SessionToken session, String from, List<String> to, List<String> cc, List<String> bcc, String subject, String body, List<SerialisableAttachment> attachments, Map<String,String> addAttributes, boolean allowAsyncRetry)	Sends a mail to the designated recipients having the designated sender, subject and body.
EmailResult	MailService.sendMail(SessionToken session, List<String> to, String subject, String body, boolean allowAsyncRetry)	Sends a mail to the designated recipients having the designated subject and the designated body.
EmailResult	MailService.sendMail(SessionToken session, List<String> to, String subject, String body, Map<String,String> addAttributes, boolean allowAsyncRetry)	Sends a mail to the designated recipients having the designated subject and the designated body and the optional additional attributes.
EmailResult	MailService.sendMail(SessionToken session, List<String> to, List<String> cc, List<String> bcc, String subject, String body, List<SerialisableAttachment> attachments, Map<String,String> addAttributes, boolean allowAsyncRetry)	Sends a mail to the designated recipients having the designated subject and body and the default sender from the MailService.
EmailResult	MailService.sendMail(SessionToken session, List<String> to, List<String> cc, List<String> bcc, String subject, String body, Map<String,String> addAttributes, boolean allowAsyncRetry)	Sends a mail to the designated recipients having the designated subject and the designated body and the optional additional attributes.

Uses of SessionToken in de.aristaflow.adept2.base.registry

Methods in de.aristaflow.adept2.base.registry with parameters of type SessionToken

Modifier and Type	Method	Description
protected void	LocalServiceRegistry.checkServiceURI(SessionToken session, URI serviceURI)	Validates whether the designated URI is local, well-formed and may identify a service instance.
protected void	ServiceRegistry.checkServiceURI(SessionToken session, URI serviceURI)	Validates whether the designated URI is well-formed and may identify a service instance.
protected void	LocalServiceRegistry.exportService(SessionToken session, String serviceName, ADEPT2Service service, LocalServiceRegistry.ServiceExportInformation serviceExportInformation)	Exports and publishes the designated service (in case of an exported service) using the designated service export objects and the designated URIs if appropriate.
protected void	ServiceRegistry.exportService(SessionToken session, String serviceName, ADEPT2Service service, LocalServiceRegistry.ServiceExportInformation serviceExportInformation)	Exports the designated service (in case of an exported service) using the designated service export objects and the designated URIs.
protected String	LocalServiceRegistry.getAndCheckRequiredService(SessionToken session, String usingService, String usedServiceTypeName)	Gets the name of the used service of the designated type and for the designated using service.
protected CommunicationService<?,?,?,?>	ServiceRegistry.getCommunicationService(SessionToken session, String simpleInstanceName)	Returns the communication service with the designated instance name.
protected <T> T	LocalServiceRegistry.getConfiguredPlugin(SessionToken session, String usingInstanceName, Object usingInstance, String pluginTypeName, Class<T> componentType, String pluginInstanceName, Class<?>[] additionalParameterTypes, Object[] additionalParameterValues)
protected <T> T	PluginRegistry.getConfiguredPlugin(SessionToken session, String usingInstanceName, Object usingInstance, String pluginTypeName, Class<T> componentType)	Retrieves the default instance of the designated plugin type.
protected <T> T	PluginRegistry.getConfiguredPlugin(SessionToken session, String usingInstanceName, Object usingInstance, String pluginTypeName, Class<T> componentType, String pluginInstanceName)	Retrieves the plugin with the designated name of the designated type if it is declared by the using instance or if it is declared and found as runtime plugin.
protected <T> T	PluginRegistry.getConfiguredPlugin(SessionToken session, String usingInstanceName, Object usingInstance, String pluginTypeName, Class<T> componentType, String pluginInstanceName, Class<?>[] additionalParameterTypes, Object[] additionalParameterValues)	Retrieves the plugin with the designated name of the designated type if it is declared by the using instance or if it is declared and found as runtime plugin.
<T> T	RegistryWrapper.getConfiguredPlugin(SessionToken session, Object usingInstance, String pluginTypeName, Class<T> componentType)
<T> T	RegistryWrapper.getConfiguredPlugin(SessionToken session, Object usingInstance, String pluginTypeName, Class<T> componentType, String pluginInstanceName)
protected <T> Map<String,T>	PluginRegistry.getConfiguredPlugins(SessionToken session, String usingInstanceName, Object usingInstance, String pluginTypeName, Class<T> componentType)	Retrieves all plugin instances (pre-configured and dynamic) of the designated plugin type.
<T> Map<String,T>	RegistryWrapper.getConfiguredPlugins(SessionToken session, Object usingInstance, String pluginTypeName, Class<T> pluginType)
protected Map<String,Class<?>>	PluginRegistry.getConfiguredPluginTypes(SessionToken session, String usingInstanceName)	Retrieves all plugin types declared for the designated using instance.
Map<String,Class<?>>	RegistryWrapper.getConfiguredPluginTypes(SessionToken session)
GlobalRegistry	ServiceRegistry.getGlobalRegistry(SessionToken session)	Returns a reference to (the default instance of) the global registry.
protected <T extends ADEPT2Service> T	ServiceRegistry.getLocallyExportedService(SessionToken session, URI chosenUri, URI[] serviceUris, Class<T> serviceType)	Gets the locally exported service identified by the designated URI.
protected <T extends ADEPT2Service> T	LocalServiceRegistry.getLocalServiceObject(SessionToken session, String serviceName, Class<T> requestedType)	Returns an instance of the designated service and of the requested type.
protected <T extends ADEPT2Service> T	ServiceRegistry.getLocalServiceObject(SessionToken session, String serviceName, Class<T> requestedType)	Returns an instance of the designated service if it is local, null otherwise.
protected <T extends AbstractRegistry> T	LocalServiceRegistry.getRegistry(SessionToken session, String registryTypeName, Class<T> registryType)	Gets a registry (as service and therefore singleton) for the specified type name of the specified type, for instance RuntimeRegistry.
<T extends ADEPT2Service> T	LocalServiceRegistry.getService(SessionToken session, String serviceName, Class<T> serviceType)	Initialises, starts and exports (not relevant in this registry but in subclasses) the designated local service as well as the services that are startup-required by the designated service.
<T extends ADEPT2Service> T	LocalServiceRegistry.getService(SessionToken session, URI[] serviceURIs, Class<T> serviceType)	Retrieves the service described by the URIs of which one has to be a local one.
<T extends ADEPT2Service> T	RegistryWrapper.getService(SessionToken session, String serviceName, Class<T> serviceType)
<T extends ADEPT2Service> T	RegistryWrapper.getService(SessionToken session, URI[] serviceURIs, Class<T> serviceType)
<T extends ADEPT2Service> T	ServiceRegistry.getService(SessionToken session, String serviceName, Class<T> serviceType)	Returns the designated service which is either a started local service (see LocalServiceRegistry.getService(SessionToken, String, Class)) or a service stub based on URIs (see ServiceRegistry.getService(SessionToken, URI[], Class)).
<T extends ADEPT2Service> T	ServiceRegistry.getService(SessionToken session, URI[] serviceURIs, Class<T> serviceType)	Retrieves the service described by the URIs which is either a local service (ServiceRegistry.getService(SessionToken, String, Class)) or a stub for a remote service (ServiceRegistry.getServiceStub(SessionToken, URI, Class)).
protected <T extends ADEPT2Service> T	LocalServiceRegistry.getServiceForInstance(SessionToken session, String usingService, String usedServiceTypeName, Class<T> usedServiceType)	Returns a completely initialised and started service which has been configured to be used by the usingService for the service type usedServiceTypeName and is of (object) type usedServiceType.
<T extends ADEPT2Service> T	RegistryWrapper.getServiceOfType(SessionToken session, String serviceTypeName, Class<T> serviceType)
GlobalRegistry	ServiceRegistry.globalRegistryChanged(SessionToken session, URI globRegUri)	Changes the URI of the (default instance of the) global registry to the designated URI.
protected void	ServiceRegistry.initExportServices(SessionToken session)	Starts and exports all local services that need be exported.
protected LocalServiceRegistry.ServiceExportInformation	LocalServiceRegistry.prepareExport(SessionToken session, String serviceName, ADEPT2Service service)	Prepares the export by creating a local URI for initialisation of the service.
protected LocalServiceRegistry.ServiceExportInformation	ServiceRegistry.prepareExport(SessionToken session, String serviceName, ADEPT2Service service)	Prepares the export of the designated service by retrieving the communication service for the export and the retrieving corresponding URIs from its service export.
protected void	LocalServiceRegistry.startLocalService(SessionToken session, String serviceName, ADEPT2Service service, de.aristaflow.adept2.base.registry.ServiceLoadGraph loadGraph)	Initialises, starts and exports (not relevant in this registry but in subclasses) the designated local service as well as the services that are startup-required by the designated service.
protected void	LocalServiceRegistry.unpublishService(SessionToken session, String serviceName, ADEPT2Service service)	Removes the designated service from the global registry and from the service exports.
protected void	ServiceRegistry.unpublishService(SessionToken session, String serviceName, ADEPT2Service service)	Removes the designated service from the global registry and from the service exports.

Constructors in de.aristaflow.adept2.base.registry with parameters of type SessionToken

Modifier	Constructor	Description
protected	ServiceNameResolution(SessionToken session)	Creates a new instance for provision of the necessary data for a service load graph.

Uses of SessionToken in de.aristaflow.adept2.base.security

Methods in de.aristaflow.adept2.base.security with parameters of type SessionToken

Modifier and Type	Method	Description
void	Authentication.logoff(SessionToken session)	Logs the agent off that is identified by the designated SessionToken.

Uses of SessionToken in de.aristaflow.adept2.base.service

Fields in de.aristaflow.adept2.base.service declared as SessionToken

Modifier and Type	Field	Description
protected final SessionToken	AbortTransactionException.session	The session token that initiated the transaction that is to be aborted.

Fields in de.aristaflow.adept2.base.service with type parameters of type SessionToken

Modifier and Type	Field	Description
protected final Function<SessionToken,SessionToken>	DynamicServiceRegistration.sessionProvider	The provider for creating child session tokens.
protected final Function<SessionToken,SessionToken>	DynamicServiceRegistration.sessionProvider	The provider for creating child session tokens.

Methods in de.aristaflow.adept2.base.service that return SessionToken

Modifier and Type	Method	Description
SessionToken	AbstractAuthenticatedService.createChildSession(SessionToken parentSession)	Creates a new child session token to the given session using the session factory assigned to this service.
SessionToken	AbstractAuthenticatedService.createSession()	Creates a new session token using the session factory assigned to this service.
protected SessionToken	AbstractNonPrivilegedService.createSession()	Creates a new session token using the client session factory assigned to this service.
SessionToken	AbortTransactionException.getSession()	Gets the session that initiated the transaction to be aborted.

Methods in de.aristaflow.adept2.base.service with parameters of type SessionToken

Modifier and Type	Method	Description
void	AbstractADEPT2Service._sessionActive(SessionToken session, UUID templID, UUID baseTemplID, UUID embdTemplID, UUID instID, EBPInstanceReference ebpIR, int addStackElems)	Registers the designated session as active, tracks the current thread and registers the log context (if CSV-logging is configured).
void	AbstractAuthenticatedService._sessionActive(SessionToken session, UUID templID, UUID baseTemplID, UUID embdTemplID, UUID instID, EBPInstanceReference ebpIR, int addStackElems)
void	AbstractADEPT2Service._sessionFinished(SessionToken session, int addStackElems)	Unregisters the designated session, removes the current thread and the log context (if CSV-logging is configured).
protected void	AbstractADEPT2Service.activeOrInvalidServiceStateException(SessionToken session)	Checks whether this service is active and throws an InvalidStateException if AbstractADEPT2Service.isActive() returns false.
void	DynamicServiceRegistration.DynamicServiceNotification.addedService(SessionToken session, K key, int index, URI[] uris, long contactTime)	Notifies the adding of the designated service (URIs) for the designated key at the designated index of the corresponding service list.
void	AbstractADEPT2Service.changeLogContext(String contextString, SessionToken session, UUID templID, UUID baseTemplID, UUID embdTemplID, UUID instID, EBPInstanceReference ebpIR)
void	DebugLogger.changeLogContext(SessionToken session, QualifiedAgent tlAgent, QualifiedAgent agent, String arbString, UUID templID, UUID baseTemplID, UUID embdTemplID, UUID instID, EBPInstanceReference ebpIR)	Changes the current log record parameter values intermediately for the designated session to the designated values.
void	LogService.changeLogContext(String arbString, SessionToken session, UUID templID, UUID baseTemplID, UUID embdTemplID, UUID instID, EBPInstanceReference ebpIR)	Changes the current log record parameter values for the designated session intermediately to the designated values.
SessionToken	AbstractAuthenticatedService.createChildSession(SessionToken parentSession)	Creates a new child session token to the given session using the session factory assigned to this service.
QualifiedAgent	AbstractAuthenticatedService.getAgent(SessionToken session)	Gets the agent of the designated session token.
List<String>	AbstractConfigurableAuthenticatedService.getChangeableConfigurationKeys(SessionToken session)
List<String>	AbstractConfigurableService.getChangeableConfigurationKeys(SessionToken session)
List<String>	ConfigurableService.getChangeableConfigurationKeys(SessionToken session)	Gets a list of configuration keys that may be changed by the owner of the designated session token.
Configuration	AbstractConfigurableAuthenticatedService.getConfiguration(SessionToken session)
Configuration	AbstractConfigurableService.getConfiguration(SessionToken session)
Configuration	ConfigurableService.getConfiguration(SessionToken session)	Gets the configuration of this service for displaying it.
String	AbstractConfigurableAuthenticatedService.getConfigurationValue(SessionToken session, String key)
String	AbstractConfigurableService.getConfigurationValue(SessionToken session, String key)
String	ConfigurableService.getConfigurationValue(SessionToken session, String key)	Gets the string representation of the configuration value for the designated key or null if the key does not exist or has no value.
<T> T	ServiceAccess.getConfiguredPlugin(SessionToken session, Object usingInstance, String pluginTypeName, Class<T> pluginType)	Retrieves the default plugin of the designated type which is configured for the designated (using) instance.
<T> T	ServiceAccess.getConfiguredPlugin(SessionToken session, Object usingInstance, String pluginTypeName, Class<T> pluginType, String pluginInstanceName)	Retrieves the plugin having the designated type and instance name as well as type and which is configured for the designated (using) instance.
<T> Map<String,T>	ServiceAccess.getConfiguredPlugins(SessionToken session, Object usingInstance, String pluginTypeName, Class<T> pluginType)	Retrieves all plugin instances (pre-configured and dynamic) of the designated plugin type.
Map<String,Class<?>>	ServiceAccess.getConfiguredPluginTypes(SessionToken session)	Retrieves all plugin types declared for the instance using this interface.
S	DynamicServiceRegistration.getNewServiceFor(SessionToken session, K key)	Gets a new service for the designated key, i. e.
<T extends ADEPT2Service> T	ServiceAccess.getService(SessionToken session, String serviceName, Class<T> serviceType)	Returns the designated service which is either a local service or a service stub that is retrieved from the global registry if the service is not known to this registry but to the global registry.
<T extends ADEPT2Service> T	ServiceAccess.getService(SessionToken session, URI[] serviceURIs, Class<T> serviceType)	Retrieves the service described by the URIs which is either a local service stub that is retrieved from the global registry if the service is not known to this registry but to the global registry.
S	DynamicServiceRegistration.getServiceFor(SessionToken parentSession, K key)	Gets the currently used service for the designated key.
<T extends ADEPT2Service> T	ServiceAccess.getServiceOfType(SessionToken session, String serviceTypeName, Class<T> serviceType)	Returns the service instance of the designated service type which is configured for usage by this (the requesting) service instance.
QualifiedAgent	AbstractAuthenticatedService.getTopLevelAgent(SessionToken session)	Gets the agent of the top-level session token of the designated session token.
protected Pair<QualifiedAgent,QualifiedAgent>	AbstractADEPT2Service.getUserCredentials(SessionToken session)	Gets the agent of the top-level session token and the agent of the designated session token if a session factory is available.
Pair<QualifiedAgent,QualifiedAgent>	AbstractAuthenticatedService.getUserCredentials(SessionToken session)	Gets the agent of the top-level session token and the agent of the designated session token if a session factory is available.
boolean	AbstractADEPT2Service.ActiveSessions.isActive(SessionToken session)	Returns whether the designated session token (or a session token having the same top-level session) is currently active or privileged.
protected final boolean	AbstractADEPT2Service.isSessionActive(SessionToken session)	Gets whether the designated session token is active, that is, it is registered for this service.
void	AbstractADEPT2Service.logMethodEntry(String contextString, SessionToken session, String msg)
void	AbstractADEPT2Service.logMethodEntry(String contextString, SessionToken session, String msg, UUID templID, UUID baseTemplID, UUID embdTemplID, UUID instID, EBPInstanceReference ebpIR)
void	AbstractADEPT2Service.logMethodEntry(String contextString, SessionToken session, String msg, UUID templID, UUID baseTemplID, UUID embdTemplID, UUID instID, EBPInstanceReference ebpIR, int removeElems)	Registers the designated parameters as log context and logs a message for the entry of a method.
void	LogService.logMethodEntry(String contextString, SessionToken session, String msg)	Registers the log context for the current thread (if CSV-logging is configured) and logs the designated message.
void	LogService.logMethodEntry(String contextString, SessionToken session, String msg, UUID templID, UUID baseTemplID, UUID embdTemplID, UUID instID, EBPInstanceReference ebpIR)	Registers the log context for the current thread (if CSV-logging is configured) and logs the designated message.
protected void	AbstractADEPT2Service.ActiveSessions.privilegeSession(SessionToken session)	Privileges the designated session, that is the session may access the service even when shutting down or initialising.
protected void	AbstractADEPT2Service.privilegeSession(SessionToken activeSession, SessionToken newSession)	Privileges the designated session which will allow this session to become active even if this service is shutting down.
protected final void	AbstractSubService.privilegeSession(SessionToken activeSession, SessionToken newSession)	Forwards to AbstractADEPT2Service.privilegeSession(SessionToken, SessionToken) of the main service.
void	DebugLogger.registerLogContext(SessionToken session, QualifiedAgent tlAgent, QualifiedAgent agent, String arbString, UUID templID, UUID baseTemplID, UUID embdTemplID, UUID instID, EBPInstanceReference ebpIR)	Registers a new (sub-)session with the designated log record parameters.
SortedMap<Integer,URI[]>	DynamicServiceRegistration.registerService(SessionToken parentSession, K key, URI[] serviceUris, DynamicServiceRegistration.RegistrationMode mode)	Registers the designated service (URI) for the designated key.
void	DynamicServiceRegistration.DynamicServiceNotification.removedService(SessionToken session, K key, int index, URI[] uris)	Notifies the removal of the designated service (URIs) for the designated key at the designated index of the corresponding service list.
void	DynamicServiceRegistration.DynamicServiceNotification.removedServices(SessionToken session, K key)	Notifies the removal of all registered services for the designated key.
protected void	AbstractADEPT2Service.ActiveSessions.sessionActive(SessionToken session)	Registers the designated session as active and also tracks the current thread.
void	AbstractADEPT2Service.sessionActive(SessionToken session)	Registers the designated session as active, tracks the current thread and registers the log context (if CSV-logging is configured).
protected void	AbstractADEPT2Service.sessionActive(SessionToken session, int addStackElems)	Similar to AbstractADEPT2Service.sessionActive(SessionToken) but allows the caller to remove additional stack elements stemming from internal method forwarding and hiding the actual called method.
void	AbstractADEPT2Service.sessionActive(SessionToken session, UUID templID, UUID embdTemplID, EBPInstanceReference ebpIR)	Registers the designated session as active, tracks the current thread and registers the log context (if CSV-logging is configured).
void	AbstractADEPT2Service.sessionActive(SessionToken session, UUID templID, UUID baseTemplID, UUID embdTemplID, UUID instID)	Registers the designated session as active, tracks the current thread and registers the log context (if CSV-logging is configured).
protected final void	AbstractSubService.sessionActive(SessionToken session)	Forwards to AbstractADEPT2Service.sessionActive(SessionToken) of the main service.
protected boolean	AbstractADEPT2Service.ActiveSessions.sessionFinished(SessionToken session)	Deregisters the designated session and also removes the current thread.
void	AbstractADEPT2Service.sessionFinished(SessionToken session)	Unregisters the designated session, removes the current thread and the log context (if CSV-logging is configured).
protected void	AbstractADEPT2Service.sessionFinished(SessionToken session, int addStackElems)	Similar to AbstractADEPT2Service.sessionFinished(SessionToken) but allows the caller to remove additional stack elements stemming from internal method forwarding and hiding the actual called method.
protected final void	AbstractSubService.sessionFinished(SessionToken session)	Forwards to AbstractADEPT2Service.sessionFinished(SessionToken) of the main service.
boolean	AbstractAuthenticatedService.sessionHasAllCapabilities(SessionToken session, String... capabilities)	Gets whether the designated session has all of the designated capabilities.
boolean	AbstractAuthenticatedService.sessionHasAllTopLevelCapabilities(SessionToken session, String... capabilities)	Gets whether the top-level session of the designated session has all of the designated capabilities.
boolean	AbstractAuthenticatedService.sessionHasOneCapability(SessionToken session, String... capabilities)	Gets whether the designated session has one of the designated capabilities.
boolean	AbstractAuthenticatedService.sessionHasOneTopLevelCapability(SessionToken session, String... capabilities)	Gets whether the top-level session of the designated session has one of the designated capabilities.
void	AbstractConfigurableAuthenticatedService.setConfigurationValue(SessionToken session, String key, String value)
void	AbstractConfigurableService.setConfigurationValue(SessionToken session, String key, String value)
void	ConfigurableService.setConfigurationValue(SessionToken session, String key, String value)	Sets the designated configuration value.
protected void	DebugLogger.setLogParameters(Object[] logParameters, SessionToken session, QualifiedAgent tlAgent, QualifiedAgent agent, String arbString, UUID templID, UUID baseTemplID, UUID embdTemplID, UUID instID, EBPInstanceReference ebpIR)	Sets the designated values as parameters for log records.
SortedMap<Integer,URI[]>	DynamicServiceRegistration.unregisterService(SessionToken parentSession, K key, URI[] serviceUris)	Unregisters the service for the designated key.
void	DynamicServiceRegistration.updateContactData(SessionToken parentSession, K key, long timestamp)	Updates the last contact of the service for the designated key which is currently used to the designated timestamp.
void	DynamicServiceRegistration.DynamicServiceNotification.updatedServiceContact(SessionToken session, K key, int index, URI[] uris, long contactTime)	Notifies the updating of (the contact time of) the designated service for the designated key at the designated index of the corresponding service list.

Constructors in de.aristaflow.adept2.base.service with parameters of type SessionToken

Modifier	Constructor	Description
	AbortTransactionException(SessionToken session, String message)	Create a new exception to abort the transaction for the designated session token having the designated description.
	AbortTransactionException(SessionToken session, String message, Throwable cause)	Create a new exception to abort the transaction for the designated session token having the designated description and cause.
	AbortTransactionException(SessionToken session, Throwable cause)	Create a new exception to abort the transaction for the designated session token having the designated cause.

Constructor parameters in de.aristaflow.adept2.base.service with type arguments of type SessionToken

Modifier	Constructor	Description
	DynamicServiceRegistration(Map<K,List<Pair<URI[],Long>>> registered, ReadWriteLock lock, long inactiveSeconds, Class<? extends S> serviceClass, ServiceAccess serviceAccess, Function<SessionToken,SessionToken> sessionProvider, DynamicServiceRegistration.DynamicServiceNotification<K> notification, LogService logService)	Constructs a new DynamicServiceRegistration for handing dynamically registered services.
	DynamicServiceRegistration(Map<K,List<Pair<URI[],Long>>> registered, ReadWriteLock lock, long inactiveSeconds, Class<? extends S> serviceClass, ServiceAccess serviceAccess, Function<SessionToken,SessionToken> sessionProvider, DynamicServiceRegistration.DynamicServiceNotification<K> notification, LogService logService)	Constructs a new DynamicServiceRegistration for handing dynamically registered services.

Uses of SessionToken in de.aristaflow.adept2.base.sessionmanagement

Methods in de.aristaflow.adept2.base.sessionmanagement that return SessionToken

Modifier and Type	Method	Description
SessionToken	SessionFactory.getChildSession(SessionToken parentSession, URI[] callingComponent)	Creates a new child session token with the designated session as parent and for the designated component.
SessionToken	SessionFactory.getChildSession(SessionToken parentSession, URI[] callingComponent, Map<String,String> additionalAttributes)	Creates a new child session token with the designated session as parent, the designated additional attributes and for the designated component.
protected static SessionToken	SessionLock.getNearestCommonAncestor(SessionToken first, SessionToken second)	Gets the session token that is the nearest common ancestor of the designated session tokens.
SessionToken	SessionToken.getParentSession()	Gets a reference to the parent session if this session is a child session, or a reference to this session in case of a top-level session.
SessionToken	SessionFactory.getPrivilegedChildSession(SessionToken parentSession, URI[] callingComponent)	Creates a new child session token with the designated session as parent but with the privileges of the encapsulated security data.
SessionToken	SessionFactory.getPrivilegedChildSession(SessionToken parentSession, URI[] callingComponent, Map<String,String> additionalAttributes)	Creates a new child session token with the designated session as parent and the additional attributes but with the privileges of the encapsulated security data.
SessionToken	ClientSessionFactory.getSessionToken()	Creates a new (top-level) session token which is needed for calling the ADEPT2-API.
SessionToken	ClientSessionFactory.getSessionToken(URI[] callingComponent)	Creates a new (top-level) session token which is needed for calling the ADEPT2-API.
SessionToken	ClientSessionFactory.getSessionToken(URI[] callingComponent, Map<String,String> additionalAttributes)	Creates a new (top-level) session token which is needed for calling the ADEPT2-API.
SessionToken	ClientSessionFactory.getSessionToken(Map<String,String> additionalAttributes)	Creates a new (top-level) session token which is needed for calling the ADEPT2-API.
SessionToken	SessionFactory.getSessionToken(URI[] callingComponent)	Creates a new (top-level) session token for the designated component.
SessionToken	SessionFactory.getSessionToken(URI[] callingComponent, Map<String,String> additionalAttributes)	Creates a new (top-level) session token for the designated component with the designated additional attributes.
SessionToken	SessionFactory.getSubstituteSessionToken(SessionToken callerSession, SignedSecurityToken substitutedToken)	Creates a new (top-level) session token for the designated caller session with the designated security information for usage as substitute.
SessionToken	SessionFactory.getSubstituteSessionToken(SessionToken callerSession, SignedSecurityToken substitutedToken, Map<String,String> additionalAttributes)	Creates a new (top-level) session token for the designated caller session with the designated security information and the designated additional attributes for usage as substitute.
SessionToken	SessionFactory.unmarshalChildSessionToken(SessionToken parentSession, UUID childSessionID, URI[] callingComponent, Map<String,String> additionalAttributes)	Unmarshalls a child session token having the designated attributes and the designated parent session.
SessionToken	SessionFactory.unmarshalSessionToken(UUID sessionID, SignedSecurityToken securityToken, URI[] callingComponent, Map<String,String> additionalAttributes)	Unmarshalls a top-level session token having the designated attributes.

Methods in de.aristaflow.adept2.base.sessionmanagement with parameters of type SessionToken

Modifier and Type	Method	Description
QualifiedAgent	SessionFactory.checkAndGetAgent(SessionToken sessionToken)	Checks the integrity of the (security token of the) designated session token and returns the agent of the (child level) session token.
QualifiedAgent	SessionFactory.checkAndGetTopLevelAgent(SessionToken sessionToken)	Checks the integrity of the (security token of the) top-level session of the designated session token and returns the agent of the corresponding top-level session token.
void	SessionFactory.checkIntegrity(SessionToken sessionToken)	Checks the integrity of the (security token of the) designated session token.
int	SessionLock.AbstractLockCount.decreaseAndGetLockCount(SessionToken session)
int	SessionLock.DownwardSubtreeLockCount.decreaseAndGetLockCount(SessionToken session)
int	SessionLock.UpwardSubtreeLockCount.decreaseAndGetLockCount(SessionToken session)
SessionToken	SessionFactory.getChildSession(SessionToken parentSession, URI[] callingComponent)	Creates a new child session token with the designated session as parent and for the designated component.
SessionToken	SessionFactory.getChildSession(SessionToken parentSession, URI[] callingComponent, Map<String,String> additionalAttributes)	Creates a new child session token with the designated session as parent, the designated additional attributes and for the designated component.
protected static SessionToken	SessionLock.getNearestCommonAncestor(SessionToken first, SessionToken second)	Gets the session token that is the nearest common ancestor of the designated session tokens.
SessionToken	SessionFactory.getPrivilegedChildSession(SessionToken parentSession, URI[] callingComponent)	Creates a new child session token with the designated session as parent but with the privileges of the encapsulated security data.
SessionToken	SessionFactory.getPrivilegedChildSession(SessionToken parentSession, URI[] callingComponent, Map<String,String> additionalAttributes)	Creates a new child session token with the designated session as parent and the additional attributes but with the privileges of the encapsulated security data.
SessionToken	SessionFactory.getSubstituteSessionToken(SessionToken callerSession, SignedSecurityToken substitutedToken)	Creates a new (top-level) session token for the designated caller session with the designated security information for usage as substitute.
SessionToken	SessionFactory.getSubstituteSessionToken(SessionToken callerSession, SignedSecurityToken substitutedToken, Map<String,String> additionalAttributes)	Creates a new (top-level) session token for the designated caller session with the designated security information and the designated additional attributes for usage as substitute.
boolean	CapabilityChecker.hasAllCapabilities(SessionToken sessionToken, String... capabilities)	Checks the integrity of the (security token of the) designated session token and returns whether the (security token of the) designated session has all of the designated capabilities.
boolean	CapabilityChecker.hasAllTopLevelCapabilities(SessionToken sessionToken, String... capabilities)	Checks the integrity of the (security token of the) top-level session of the designated session token and returns whether the (security token of the) top-level session of the designated session has all of the designated capabilities.
boolean	SessionLock.AbstractLockCount.hasLock(SessionToken session)
boolean	SessionLock.DownwardSubtreeLockCount.hasLock(SessionToken session)
boolean	SessionLock.UpwardSubtreeLockCount.hasLock(SessionToken session)
boolean	CapabilityChecker.hasOneCapability(SessionToken sessionToken, String... capabilities)	Checks the integrity of the (security token of the) designated session token and returns whether the (security token of the) designated session has at least one of the designated capabilities.
boolean	CapabilityChecker.hasOneTopLevelCapability(SessionToken sessionToken, String... capabilities)	Checks the integrity of the (security token of the) top-level session of the designated session token and returns whether the (security token of the) top-level session of the designated session has at least one of the designated capabilities.
int	SessionLock.AbstractLockCount.increaseAndGetLockCount(SessionToken session)
int	SessionLock.DownwardSubtreeLockCount.increaseAndGetLockCount(SessionToken session)
int	SessionLock.UpwardSubtreeLockCount.increaseAndGetLockCount(SessionToken session)
protected static boolean	SessionLock.isAncestorOf(UUID ancestorId, int ancestorLevel, SessionToken session)	Gets whether the designated ID belongs to a session token that is an ancestor of the designated session token.
boolean	SessionToken.isAncestorSession(SessionToken session)	Gets whether the designated session is a transitive parent session of this session.
SessionToken	SessionFactory.unmarshalChildSessionToken(SessionToken parentSession, UUID childSessionID, URI[] callingComponent, Map<String,String> additionalAttributes)	Unmarshalls a child session token having the designated attributes and the designated parent session.

Constructor parameters in de.aristaflow.adept2.base.sessionmanagement with type arguments of type SessionToken

Modifier	Constructor	Description
	AbstractLockCount(Function<SessionToken,UUID> idFunction)	Creates a new LockCountManager for session tokens with an equality based on the session IDs provided by the designated function.
	SessionLock(LockCountManager<SessionToken> writeLockCountManager, LockCountManager<SessionToken> readLockCountManager, LockNotification<SessionToken> notification, Logger logger)	Creates either a new exclusive lock or a new read/write-lock and using the LockCountManager for counting locks as well as comparing objects.
	SessionLock(LockCountManager<SessionToken> writeLockCountManager, LockCountManager<SessionToken> readLockCountManager, LockNotification<SessionToken> notification, Logger logger)	Creates either a new exclusive lock or a new read/write-lock and using the LockCountManager for counting locks as well as comparing objects.
	SessionLock(LockCountManager<SessionToken> lockCountManager, LockNotification<SessionToken> notification, Logger logger)	Creates a new exclusive lock using the designated LockCountManager for counting locks as well as comparing objects.
	SessionLock(LockCountManager<SessionToken> lockCountManager, LockNotification<SessionToken> notification, Logger logger)	Creates a new exclusive lock using the designated LockCountManager for counting locks as well as comparing objects.
	SessionLock(LockCountManager<SessionToken> lockCountManager, Logger logger)	Creates a new exclusive lock using the designated LockCountManager for counting locks as well as comparing objects.
	SessionLock(Class<? extends LockCountManager<SessionToken>> lockCountManager, boolean exclusive, LockNotification<SessionToken> notification, Logger logger)	Creates either a new exclusive lock or a new read/write-lock and using the designated LockCountManager for counting locks as well as comparing objects.
	SessionLock(Class<? extends LockCountManager<SessionToken>> lockCountManager, boolean exclusive, LockNotification<SessionToken> notification, Logger logger)	Creates either a new exclusive lock or a new read/write-lock and using the designated LockCountManager for counting locks as well as comparing objects.
	SessionLock(Class<? extends LockCountManager<SessionToken>> lockCountManager, boolean exclusive, Logger logger)	Creates either a new exclusive lock or a new read/write-lock and using the designated LockCountManager for counting locks as well as comparing sessions.

Uses of SessionToken in de.aristaflow.adept2.core.activityrepository

Methods in de.aristaflow.adept2.core.activityrepository with parameters of type SessionToken

Modifier and Type	Method	Description
void	IconManager.addDevelopmentIcon(SessionToken session, UUID iconID, byte[] icon, long branch)	Adds the designated icon dimension to the designated icon in the designated branch and sets it IN_DEVELOPMENT if not done yet.
CheckReport	RevisionManager.checkBranch(SessionToken session, long branch, Locale... locales)	Checks the designated branch for inheritance conflicts.
Branch	RevisionManager.createBranch(SessionToken session, String comment)	Creates a new branch with the designated comment.
static void	CopyPasteTools.deepCopyECD(SessionToken session, ActivityRepository rep, ActivityModelFactory amf, String oldName, String newName, long branch)	This tool method will search the activity repository for the child operations of the executable component description (ECD) with the previous name and copy them to the ECD with the new name.
static void	CopyPasteTools.deepCopyOperation(SessionToken session, ActivityRepository rep, ActivityModelFactory amf, String ecName, String oldName, String newName, long branch)	This tool method will search the activity repository for the child activity template definitions (ATD) of the operation with the previous name and copy them to the operation with the new name.
ActivityTemplate	ActivityRepository.getActivityTemplate(SessionToken session, UUID atID)	Gets the activity template (executable component description, operation, activity template definition and optionally a configuration set merged to an appropriate activity template) for the designated ID.
ActivityTemplate	ActivityRepository.getActivityTemplateRevision(SessionToken session, String ecName, String operationName, String atdName, long revision)	Gets the designated revision (independent from its state) of the designated activity template (executable component description, operation, activity template definition and optionally a configuration set merged to an appropriate activity template).
Collection<Branch>	RevisionManager.getAllBranches(SessionToken session)	Gets all branches that are currently in use by this manager.
RemoteIterator<List<Branch>>	RevisionManager.getAllBranchesIterator(SessionToken session)	The same as RevisionManager.getAllBranches(SessionToken) but with partial retrieval of the branches.
ATDReference	ActivityTemplateDefinitionManager.getATDReference(SessionToken session, UUID atID)	Gets a lightweight object representing the revision of the activity model branch having the designated ID.
List<ATDReference>	ActivityTemplateDefinitionManager.getATDReferenceRevisions(SessionToken session, String ecName, String operationName, String atdName)	Gets lightweight objects representing all revisions of the designated activity template definition or an empty list in case there are no revisions yet.
RemoteIterator<List<ATDReference>>	ActivityTemplateDefinitionManager.getATDReferenceRevisionsIterator(SessionToken session, String ecName, String operationName, String atdName)	The same as ActivityTemplateDefinitionManager.getATDReferenceRevisions(SessionToken, String, String, String) but with partial retrieval of the references.
Collection<ATDReference>	ActivityTemplateDefinitionManager.getATDReferencesRevisionOfCS(SessionToken session, String csName, long revision)	Gets lightweight objects representing all activity template definitions of the designated revision of the designated configuration set known by this manager.
RemoteIterator<List<ATDReference>>	ActivityTemplateDefinitionManager.getATDReferencesRevisionOfCSIterator(SessionToken session, String csName, long revision)	The same as ActivityTemplateDefinitionManager.getATDReferencesRevisionOfCS(SessionToken, String, long) but with partial retrieval of the references.
Collection<ATDReference>	ActivityTemplateDefinitionManager.getATDReferencesRevisionOfOperation(SessionToken session, String ecName, String operationName, long revision)	Gets lightweight objects representing all activity template definitions of the designated revision of the designated operation known by this manager.
RemoteIterator<List<ATDReference>>	ActivityTemplateDefinitionManager.getATDReferencesRevisionOfOperationIterator(SessionToken session, String ecName, String operationName, long revision)	The same as ActivityTemplateDefinitionManager.getATDReferencesRevisionOfOperation(SessionToken, String, String, long) but with partial retrieval of the references.
ActivityTemplateDefinition	ActivityTemplateDefinitionManager.getATDRevision(SessionToken session, String ecName, String operationName, String atdName, long revision)	Gets the (full-fledged object representing the) designated revision of the designated activity template definition.
Branch	RevisionManager.getBranchData(SessionToken session, long branch)	Gets detailed information on the designated branch, that is, the base revision, the creation time of the branch, the last modification time, the creator and a comment.
List<CSReference>	ConfigurationSetManager.getCSReferenceRevisions(SessionToken session, String csName)	Gets lightweight objects representing all revisions of the designated configuration set, an empty list in case there are no revisions yet.
RemoteIterator<List<CSReference>>	ConfigurationSetManager.getCSReferenceRevisionsIterator(SessionToken session, String csName)	The same as ConfigurationSetManager.getCSReferenceRevisions(SessionToken, String) but with partial retrieval of the references.
Collection<CSReference>	ConfigurationSetManager.getCSReferencesRevision(SessionToken session, long revision)	Gets lightweight objects representing all configuration sets of the designated revision known by this manager.
RemoteIterator<List<CSReference>>	ConfigurationSetManager.getCSReferencesRevisionIterator(SessionToken session, long revision)	The same as ConfigurationSetManager.getCSReferencesRevision(SessionToken, long) but with partial retrieval of the references.
ConfigurationSet	ConfigurationSetManager.getCSRevision(SessionToken session, String csName, long revision)	Gets the (full-fledged object representing the) designated revision of the designated configuration set.
ActivityTemplate	ActivityRepository.getDevelopmentActivityTemplate(SessionToken session, String ecName, String operationName, String atdName, long branch)	Gets the development version of the designated activity template (executable component description, operation, activity template definition and optionally a configuration set merged to an appropriate activity template) in the designated branch.
ActivityTemplateDefinition	ActivityTemplateDefinitionManager.getDevelopmentATD(SessionToken session, String ecName, String operationName, String atdName, long branch)	Gets the (full-fledged object representing the) development version of the designated activity template definition in the designated branch.
Collection<ATDReference>	ActivityTemplateDefinitionManager.getDevelopmentATDReferencesOfCS(SessionToken session, String csName, long branch)	Gets lightweight objects representing the development versions of all activity template definitions of the designated configuration set in the designated branch known by this manager.
RemoteIterator<List<ATDReference>>	ActivityTemplateDefinitionManager.getDevelopmentATDReferencesOfCSIterator(SessionToken session, String csName, long branch)	The same as ActivityTemplateDefinitionManager.getDevelopmentATDReferencesOfCS(SessionToken, String, long) but with partial retrieval of the references.
Collection<ATDReference>	ActivityTemplateDefinitionManager.getDevelopmentATDReferencesOfOperation(SessionToken session, String ecName, String operationName, long branch)	Gets lightweight objects representing the development versions of all activity template definitions of the designated operation in the designated branch known by this manager.
RemoteIterator<List<ATDReference>>	ActivityTemplateDefinitionManager.getDevelopmentATDReferencesOfOperationIterator(SessionToken session, String ecName, String operationName, long branch)	The same as ActivityTemplateDefinitionManager.getDevelopmentATDReferencesOfOperation(SessionToken, String, String, long) but with partial retrieval of the references.
ConfigurationSet	ConfigurationSetManager.getDevelopmentCS(SessionToken session, String csName, long branch)	Gets the (full-fledged object representing the) development version of the designated configuration set in the designated branch.
Collection<CSReference>	ConfigurationSetManager.getDevelopmentCSReferences(SessionToken session, long branch)	Gets lightweight objects representing the development versions of all configuration sets in the designated branch known by this manager.
RemoteIterator<List<CSReference>>	ConfigurationSetManager.getDevelopmentCSReferencesIterator(SessionToken session, long branch)	The same as ConfigurationSetManager.getCSRevision(SessionToken, String, long) but with partial retrieval of the references.
ExecutableComponentDescription	ExecutableComponentDescriptionManager.getDevelopmentECD(SessionToken session, String ecName, long branch)	Gets the (full-fledged object representing the) development version of the designated executable component description in the designated branch.
Collection<ECDReference>	ExecutableComponentDescriptionManager.getDevelopmentECDReferences(SessionToken session, long branch)	Gets lightweight objects representing the development versions of all executable component descriptions in the designated branch known by this manager.
RemoteIterator<List<ECDReference>>	ExecutableComponentDescriptionManager.getDevelopmentECDReferencesIterator(SessionToken session, long branch)	The same as ExecutableComponentDescriptionManager.getDevelopmentECDReferences(SessionToken, long) but with partial retrieval of the references.
byte[]	IconManager.getDevelopmentIcon(SessionToken session, UUID iconID, IconDescriptor.Dimension dimension, long branch)	Gets the designated dimension of the development version of the designated icon in the designated branch.
ChangeableIconDescriptor	IconManager.getDevelopmentIconDescriptor(SessionToken session, UUID iconID, long branch)	Gets the development version of the icon descriptors for the designated icon ID in the designated branch.
Collection<ChangeableIconDescriptor>	IconManager.getDevelopmentIconDescriptors(SessionToken session, long branch)	Gets the development versions of all icon descriptors in the designated branch known by this manager.
RemoteIterator<List<ChangeableIconDescriptor>>	IconManager.getDevelopmentIconDescriptorsIterator(SessionToken session, long branch)	The same as IconManager.getDevelopmentIconDescriptors(SessionToken, long) but with partial retrieval of the descriptors.
Identifier	IdentifierManager.getDevelopmentIdentifier(SessionToken session, UUID identifierID, long branch)	Gets the development version of the designated identifier in the designated branch.
Collection<Identifier>	IdentifierManager.getDevelopmentIdentifiers(SessionToken session, long branch)	Gets the development versions of all identifiers in the designated branch known by this manager.
RemoteIterator<List<Identifier>>	IdentifierManager.getDevelopmentIdentifiersIterator(SessionToken session, long branch)	The same as IdentifierManager.getDevelopmentIdentifiers(SessionToken, long) but with partial retrieval of the identifiers.
Operation	OperationManager.getDevelopmentOperation(SessionToken session, String ecName, String operationName, long branch)	Gets the (full-fledged object representing the) development version of the designated operation in the designated branch.
Collection<OperationReference>	OperationManager.getDevelopmentOperationReferencesOfECD(SessionToken session, String ecName, long branch)	Gets lightweight objects representing the development versions of all operations of the designated executable component description in the designated branch known by this manager.
RemoteIterator<List<OperationReference>>	OperationManager.getDevelopmentOperationReferencesOfECDIterator(SessionToken session, String ecName, long branch)	The same as OperationManager.getDevelopmentOperationReferencesOfECD(SessionToken, String, long) but with partial retrieval of the references.
byte[]	ResourceManager.getDevelopmentResource(SessionToken session, UUID resourceID, long branch)	Gets the development version of the designated resource in the designated branch.
ChangeableResourceDescriptor	ResourceManager.getDevelopmentResourceDescriptor(SessionToken session, UUID resourceID, long branch)	Gets the development version of the resource descriptors for the designated resource ID in the designated branch.
Collection<ChangeableResourceDescriptor>	ResourceManager.getDevelopmentResourceDescriptors(SessionToken session, long branch)	Gets the development versions of all resource descriptors in the designated branch known by this manager.
RemoteIterator<List<ChangeableResourceDescriptor>>	ResourceManager.getDevelopmentResourceDescriptorsIterator(SessionToken session, long branch)	The same as ResourceManager.getDevelopmentResourceDescriptors(SessionToken, long) but with partial retrieval of the descriptors.
List<ECDReference>	ExecutableComponentDescriptionManager.getECDReferenceRevisions(SessionToken session, String ecName)	Gets lightweight objects representing all revisions of the designated executable component description or an empty list in case there are no revisions yet.
RemoteIterator<List<ECDReference>>	ExecutableComponentDescriptionManager.getECDReferenceRevisionsIterator(SessionToken session, String ecName)	The same as ExecutableComponentDescriptionManager.getECDReferenceRevisions(SessionToken, String) but with partial retrieval of the references.
Collection<ECDReference>	ExecutableComponentDescriptionManager.getECDReferencesRevision(SessionToken session, long revision)	Gets lightweight objects representing all executable component descriptions of the designated revision known by this manager.
RemoteIterator<List<ECDReference>>	ExecutableComponentDescriptionManager.getECDReferencesRevisionIterator(SessionToken session, long revision)	The same as ExecutableComponentDescriptionManager.getECDReferencesRevision(SessionToken, long) but with partial retrieval of the references.
ExecutableComponentDescription	ExecutableComponentDescriptionManager.getECDRevision(SessionToken session, String ecName, long revision)	Gets the (full-fledged object representing the) designated revision of the designated executable component description.
IconDescriptor	IconManager.getIconDescriptorRevision(SessionToken session, UUID iconID, long revision)	Gets the designated revision of the designated icon descriptor.
List<IconDescriptor>	IconManager.getIconDescriptorRevisions(SessionToken session, UUID iconID)	Gets all revisions of the designated icon descriptor or an empty list in case there are no revisions yet.
RemoteIterator<List<IconDescriptor>>	IconManager.getIconDescriptorRevisionsIterator(SessionToken session, UUID iconID)	The same as IconManager.getIconDescriptorRevisions(SessionToken, UUID) but with partial retrieval of the descriptors.
Collection<IconDescriptor>	IconManager.getIconDescriptorsRevision(SessionToken session, long revision)	Gets all icon descriptors of the designated revision known by this manager.
RemoteIterator<List<IconDescriptor>>	IconManager.getIconDescriptorsRevisionIterator(SessionToken session, long revision)	The same as IconManager.getIconDescriptorsRevision(SessionToken, long) but with partial retrieval of the descriptors.
byte[]	IconManager.getIconRevision(SessionToken session, UUID iconID, IconDescriptor.Dimension dimension, long revision)	Gets the designated revision and the designated dimension (index of corresponding dimension array) of the designated icon.
Identifier	IdentifierManager.getIdentifierRevision(SessionToken session, UUID identifierID, long revision)	Gets the designated revision of the designated identifier.
List<Identifier>	IdentifierManager.getIdentifierRevisions(SessionToken session, UUID identifierID)	Gets all revisions of the designated identifier or an empty list in case there are no revisions yet.
RemoteIterator<List<Identifier>>	IdentifierManager.getIdentifierRevisionsIterator(SessionToken session, UUID identifierID)	The same as IdentifierManager.getIdentifierRevisions(SessionToken, UUID) but with partial retrieval of the identifiers.
Collection<Identifier>	IdentifierManager.getIdentifiersRevision(SessionToken session, long revision)	Gets all identifiers the designated revision known by this manager.
RemoteIterator<List<Identifier>>	IdentifierManager.getIdentifiersRevisionIterator(SessionToken session, long revision)	The same as IdentifierManager.getIdentifiersRevision(SessionToken, long) but with partial retrieval of the identifiers.
ActivityTemplate	ActivityRepository.getLatestActivityTemplate(SessionToken session, String ecName, String operationName, String atdName)	Gets the latest revision (independent from its state) of the designated activity template (executable component description, operation, activity template definition and optionally a configuration set merged to an appropriate activity template).
ActivityTemplateDefinition	ActivityTemplateDefinitionManager.getLatestATD(SessionToken session, String ecName, String operationName, String atdName)	Gets the (full-fledged object representing the) latest revision of the designated activity template definition.
ATDReference	ActivityTemplateDefinitionManager.getLatestATDReference(SessionToken session, String ecName, String operationName, String atdName)	Gets a lightweight object representing the latest revision of the designated activity template definition.
Collection<ATDReference>	ActivityTemplateDefinitionManager.getLatestATDReferencesOfCS(SessionToken session, String csName, boolean productionOnly)	Gets lightweight objects representing the latest revisions ( IN_PRODUCTION and/or OUTDATED) of all activity template definitions of the designated configuration set known by this manager.
RemoteIterator<List<ATDReference>>	ActivityTemplateDefinitionManager.getLatestATDReferencesOfCSIterator(SessionToken session, String csName, boolean productionOnly)	The same as ActivityTemplateDefinitionManager.getLatestATDReferencesOfCS(SessionToken, String, boolean) but with partial retrieval of the references.
Collection<ATDReference>	ActivityTemplateDefinitionManager.getLatestATDReferencesOfOperation(SessionToken session, String ecName, String operationName, boolean productionOnly)	Gets lightweight objects representing the latest revisions ( IN_PRODUCTION and/or OUTDATED) of all activity template definitions of the designated operation known by this manager.
RemoteIterator<List<ATDReference>>	ActivityTemplateDefinitionManager.getLatestATDReferencesOfOperationIterator(SessionToken session, String ecName, String operationName, boolean productionOnly)	The same as ActivityTemplateDefinitionManager.getLatestATDReferencesOfOperation(SessionToken, String, String, boolean) but with partial retrieval of the references.
ConfigurationSet	ConfigurationSetManager.getLatestCS(SessionToken session, String csName)	Gets the (full-fledged object representing the) latest revision of the designated configuration set.
CSReference	ConfigurationSetManager.getLatestCSReference(SessionToken session, String csName)	Gets a lightweight object representing the latest revision of the designated configuration set.
Collection<CSReference>	ConfigurationSetManager.getLatestCSReferences(SessionToken session, boolean productionOnly)	Gets lightweight objects representing the latest revisions ( IN_PRODUCTION and/or OUTDATED) of all configuration sets known by this manager.
RemoteIterator<List<CSReference>>	ConfigurationSetManager.getLatestCSReferencesIterator(SessionToken session, boolean productionOnly)	The same as ConfigurationSetManager.getLatestCSReferences(SessionToken, boolean) but with partial retrieval of the references.
ExecutableComponentDescription	ExecutableComponentDescriptionManager.getLatestECD(SessionToken session, String ecName)	Gets the (full-fledged object representing the) latest revision of the designated executable component description.
ECDReference	ExecutableComponentDescriptionManager.getLatestECDReference(SessionToken session, String ecName)	Gets a lightweight object representing the latest revision of the designated executable component description.
Collection<ECDReference>	ExecutableComponentDescriptionManager.getLatestECDReferences(SessionToken session, boolean productionOnly)	Gets lightweight objects representing the latest revisions ( IN_PRODUCTION and/or OUTDATED) of all executable component descriptions known by this manager.
RemoteIterator<List<ECDReference>>	ExecutableComponentDescriptionManager.getLatestECDReferencesIterator(SessionToken session, boolean productionOnly)	The same as ExecutableComponentDescriptionManager.getLatestECDReferences(SessionToken, boolean) but with partial retrieval of the references.
byte[]	IconManager.getLatestIcon(SessionToken session, UUID iconID, IconDescriptor.Dimension dimension)	Gets the (latest revision of the) designated icon (in PNG-format).
IconDescriptor	IconManager.getLatestIconDescriptor(SessionToken session, UUID iconID)	Gets the latest revision of the designated icon descriptor.
Collection<IconDescriptor>	IconManager.getLatestIconDescriptors(SessionToken session, boolean productionOnly)	Gets the latest revisions (IN_PRODUCTION and/or OUTDATED) of all icon descriptors known by this manager.
RemoteIterator<List<IconDescriptor>>	IconManager.getLatestIconDescriptorsIterator(SessionToken session, boolean productionOnly)	The same as IconManager.getLatestIconDescriptors(SessionToken, boolean) but with partial retrieval of the descriptors.
Identifier	IdentifierManager.getLatestIdentifier(SessionToken session, UUID identifierID)	Gets the latest revision of the designated identifier.
Collection<Identifier>	IdentifierManager.getLatestIdentifiers(SessionToken session, boolean productionOnly)	Gets the latest revisions (IN_PRODUCTION and/or OUTDATED) of all identifiers known by this manager.
RemoteIterator<List<Identifier>>	IdentifierManager.getLatestIdentifiersIterator(SessionToken session, boolean productionOnly)	The same as IdentifierManager.getLatestIdentifiers(SessionToken, boolean) but with partial retrieval of the identifiers.
Operation	OperationManager.getLatestOperation(SessionToken session, String ecName, String operationName)	Gets the (full-fledged object representing the) latest revision of the designated operation.
OperationReference	OperationManager.getLatestOperationReference(SessionToken session, String ecName, String operationName)	Gets a lightweight object representing the latest revision of the designated operation.
Collection<OperationReference>	OperationManager.getLatestOperationReferencesOfECD(SessionToken session, String ecName, boolean productionOnly)	Gets lightweight objects representing the latest revisions ( IN_PRODUCTION and/or OUTDATED) of all operations of the designated executable component description known by this manager.
RemoteIterator<List<OperationReference>>	OperationManager.getLatestOperationReferencesOfECDIterator(SessionToken session, String ecName, boolean productionOnly)	The same as OperationManager.getLatestOperationReferencesOfECD(SessionToken, String, boolean) but with partial retrieval of the references.
byte[]	ResourceManager.getLatestResource(SessionToken session, UUID resourceID)	Gets the (latest revision of the) designated resource.
ResourceDescriptor	ResourceManager.getLatestResourceDescriptor(SessionToken session, UUID resourceID)	Gets the latest revision of the designated resource descriptor.
Collection<ResourceDescriptor>	ResourceManager.getLatestResourceDescriptors(SessionToken session, boolean productionOnly)	Gets the latest revisions (IN_PRODUCTION and/or OUTDATED) of all resource descriptors known by this manager.
RemoteIterator<List<ResourceDescriptor>>	ResourceManager.getLatestResourceDescriptorsIterator(SessionToken session, boolean productionOnly)	The same as ResourceManager.getLatestResourceDescriptors(SessionToken, boolean) but with partial retrieval of the descriptors.
ServerStream	ResourceManager.getLatestResourceIncrementally(SessionToken session, UUID resourceID)	Gets the (latest revision of the) designated resource as ServerStream.
Revision	RevisionManager.getLatestRevision(SessionToken session)	Gets detailed information on the latest revision of this activity repository.
List<OperationReference>	OperationManager.getOperationReferenceRevisions(SessionToken session, String ecName, String operationName)	Gets lightweight objects representing all revisions of the designated operation or an empty list in case there are no revisions yet.
RemoteIterator<List<OperationReference>>	OperationManager.getOperationReferenceRevisionsIterator(SessionToken session, String ecName, String operationName)	The same as OperationManager.getOperationReferenceRevisions(SessionToken, String, String) but with partial retrieval of the references.
Collection<OperationReference>	OperationManager.getOperationReferencesRevisionOfECD(SessionToken session, String ecName, long revision)	Gets lightweight objects representing all operations of the designated revision of the designated executable component description known by this manager.
RemoteIterator<List<OperationReference>>	OperationManager.getOperationReferencesRevisionOfECDIterator(SessionToken session, String ecName, long revision)	The same as OperationManager.getOperationReferencesRevisionOfECD(SessionToken, String, long) but with partial retrieval of the references.
Operation	OperationManager.getOperationRevision(SessionToken session, String ecName, String operationName, long revision)	Gets the (full-fledged object representing the) designated revision of the designated operation.
ResourceDescriptor	ResourceManager.getResourceDescriptorRevision(SessionToken session, UUID resourceID, long revision)	Gets the designated revision of the designated resource descriptor.
List<ResourceDescriptor>	ResourceManager.getResourceDescriptorRevisions(SessionToken session, UUID resourceID)	Gets all revisions of the designated resource descriptor or an empty list in case there are no revisions yet.
RemoteIterator<List<ResourceDescriptor>>	ResourceManager.getResourceDescriptorRevisionsIterator(SessionToken session, UUID resourceID)	The same ResourceManager.getResourceDescriptorRevisions(SessionToken, UUID) but with partial retrieval of the descriptors.
Collection<ResourceDescriptor>	ResourceManager.getResourceDescriptorsRevision(SessionToken session, long revision)	Gets all resource descriptors of the designated revision known by this manager.
RemoteIterator<List<ResourceDescriptor>>	ResourceManager.getResourceDescriptorsRevisionIterator(SessionToken session, long revision)	The same as ResourceManager.getResourceDescriptorsRevision(SessionToken, long) but with partial retrieval of the descriptors.
byte[]	ResourceManager.getResourceRevision(SessionToken session, UUID resourceID, long revision)	Gets the designated revision of the designated resource.
ServerStream	ResourceManager.getResourceRevisionIncrementally(SessionToken session, UUID resourceID, long revision)	Gets the designated revision of the designated resource as ServerStream.
Revision	RevisionManager.getRevisionData(SessionToken session, long revision)	Gets detailed information on the designated revision, that is, the creation time of the revision, the creator and a comment.
void	ActivityTemplateDefinitionManager.importDevelopmentATD(SessionToken session, StorageActivityTemplateDefinition atd, long branch)	Imports the designated (storage representation of the) activity template definition as retrieved from an external ACB-file into the designated branch.
void	ActivityTemplateDefinitionManager.outdateATD(SessionToken session, String ecName, String operationName, String atdName)	Outdates the latest revision of the designated activity template definition explicitly which prevents its usage afterwards.
void	ConfigurationSetManager.outdateCS(SessionToken session, String csName)	Outdates the latest revision of the designated configuration set explicitly which prevents its usage afterwards.
void	ExecutableComponentDescriptionManager.outdateECD(SessionToken session, String ecName)	Outdates the latest revision of the designated executable component description explicitly which prevents its usage afterwards.
void	IconManager.outdateIcon(SessionToken session, UUID iconID)	Outdates the latest revision of the designated icon explicitly which prevents its usage afterwards.
void	IdentifierManager.outdateIdentifier(SessionToken session, UUID identifierID)	Outdates the latest revision of the designated identifier explicitly which prevents its usage afterwards.
void	OperationManager.outdateOperation(SessionToken session, String ecName, String operationName)	Outdates the latest revision of the designated operation explicitly which prevents its usage afterwards.
void	ResourceManager.outdateResource(SessionToken session, UUID resourceID)	Outdates the latest revision of the designated resource explicitly which prevents its usage afterwards.
void	RevisionManager.releaseBranch(SessionToken session, long branch, String comment)	Releases the designated branch and creates a new production revision which will set all former revisions to outdated.
void	RevisionManager.removeBranch(SessionToken session, long branch)	Removes the branch by completely dropping all changes.
void	IconManager.removeDevelopmentIcon(SessionToken session, UUID iconID, IconDescriptor.Dimension dimension, long branch)	Removes the designated icon dimension from the designated branch.
void	ActivityTemplateDefinitionManager.revertDevelopmentATD(SessionToken session, String ecName, String operationName, String atdName, long branch)	Reverts the designated development activity template definition in the designated branch that is all changes will be undone and the activity template definition will logically be the same as the base revision of the branch.
void	ConfigurationSetManager.revertDevelopmentCS(SessionToken session, String csName, long branch)	Reverts the designated development configuration set in the designated branch that is all changes will be undone and the configuration set will logically be the same as the base revision of the branch.
void	ExecutableComponentDescriptionManager.revertDevelopmentECD(SessionToken session, String ecName, long branch)	Reverts the designated development executable component description in the designated branch that is all changes will be undone and the executable component description will logically be the same as the base revision of the branch.
void	IconManager.revertDevelopmentIcon(SessionToken session, UUID iconID, long branch)	Reverts the designated development icon (and its descriptor) in the designated branch that is all changes will be undone and the icon will logically be the same as the base revision of the branch.
void	IdentifierManager.revertDevelopmentIdentifier(SessionToken session, UUID identifierID, long branch)	Reverts the designated development identifier in the designated branch that is all changes will be undone and the identifier will logically be the same as the base revision of the branch.
void	OperationManager.revertDevelopmentOperation(SessionToken session, String ecName, String operationName, long branch)	Reverts the designated development operation in the designated branch that is all changes will be undone and the operation will logically be the same as the base revision of the branch.
void	ResourceManager.revertDevelopmentResource(SessionToken session, UUID resourceID, long branch)	Reverts the designated development resource (and its descriptor) in the designated branch that is all changes will be undone and the resource will logically be the same as the base revision of the branch.
CheckReport	ActivityTemplateDefinitionManager.simulateUpdateOfDevelopmentATD(SessionToken session, String ecName, String operationName, String atdName, long branch)	Simulates updating of the designated activity template definition in the designated branch, that is only the designated activity template definition of the branch is checked for whether it can be updated to the latest revision.
CheckReport	ConfigurationSetManager.simulateUpdateOfDevelopmentCS(SessionToken session, String csName, long branch)	Simulates updating of the designated configuration set in the designated branch, that is only the designated configuration set of the branch is checked for whether it can be updated to the latest revision.
CheckReport	ExecutableComponentDescriptionManager.simulateUpdateOfDevelopmentECD(SessionToken session, String ecName, long branch)	Simulates updating of the designated executable component description in the designated branch, that is only the designated executable component description of the branch is checked for whether it can be updated to the latest revision.
CheckReport	IconManager.simulateUpdateOfDevelopmentIcon(SessionToken session, UUID iconID, long branch)	Simulates updating of the designated icon (and its descriptor) in the designated branch, that is only the designated icon of the branch is checked for whether it can be updated to the latest revision.
CheckReport	IdentifierManager.simulateUpdateOfDevelopmentIdentifier(SessionToken session, UUID identifierID, long branch)	Simulates updating of the designated identifier in the designated branch, that is only the designated identifier of the branch is checked for whether it can be updated to the latest revision.
CheckReport	OperationManager.simulateUpdateOfDevelopmentOperation(SessionToken session, String ecName, String operationName, long branch)	Simulates updating of the designated operation in the designated branch, that is only the designated operation of the branch is checked for whether it can be updated to the latest revision.
CheckReport	ResourceManager.simulateUpdateOfDevelopmentResource(SessionToken session, UUID resourceID, long branch)	Simulates updating of the designated resource (and its descriptor) in the designated branch, that is only the designated resource of the branch is checked for whether it can be updated to the latest revision.
void	ActivityTemplateDefinitionManager.storeDevelopmentATD(SessionToken session, StorageActivityTemplateDefinition atd, long branch)	Stores the designated (storage representation of the) activity template definition in the designated branch and sets it IN_DEVELOPMENT if not done yet.
void	ConfigurationSetManager.storeDevelopmentCS(SessionToken session, StorageConfigurationSet cs, long branch)	Stores the designated (storage representation of the) configuration set in the designated branch and sets it IN_DEVELOPMENT if not done yet.
void	ExecutableComponentDescriptionManager.storeDevelopmentECD(SessionToken session, StorageExecutableComponentDescription ecd, long branch)	Stores the designated (storage representation of the) executable component description in the designated branch and sets it IN_DEVELOPMENT if not done yet.
void	IconManager.storeDevelopmentIconDescriptor(SessionToken session, IconDescriptor iconDescriptor, long branch)	Stores the designated icon descriptor in the designated branch and sets it IN_DEVELOPMENT if not done yet.
void	IdentifierManager.storeDevelopmentIdentifier(SessionToken session, Identifier identifier, long branch)	Stores the designated identifier in the designated branch and sets it IN_DEVELOPMENT if not done yet.
void	OperationManager.storeDevelopmentOperation(SessionToken session, StorageOperation operation, long branch)	Stores the designated (storage representation of the) operation in the designated branch and sets it IN_DEVELOPMENT if not done yet.
void	ResourceManager.storeDevelopmentResourceDescriptor(SessionToken session, ResourceDescriptor resourceDescriptor, byte[] resource, long branch)	Stores the designated resource descriptor in the designated branch and sets it IN_DEVELOPMENT if not done yet.
CheckReport	RevisionManager.updateBranch(SessionToken session, long branch, boolean force, Locale... locales)	Updates the designated branch, that is, all changes made to the production revisions since creating or last updating the branch will be incorporated in the branch.

Uses of SessionToken in de.aristaflow.adept2.core.changeoperations

Methods in de.aristaflow.adept2.core.changeoperations with parameters of type SessionToken

Modifier and Type	Method	Description
static DataEdge	ChangeOperationTools.createSimpleDataEdgeObject(SessionToken session, ActivityConstants.AccessType type)	Creates a simple DataEdge container Object
static DataElement	ChangeOperationTools.createSimpleDataElementObject(SessionToken session, String name, ProcessConstants.AdeptDataType type)	Creates a simple DataElement container object
static Edge	ChangeOperationTools.createSimpleEdgeObject(SessionToken session, ProcessConstants.EdgeType type)	Creates a simple edge container object of the given type
static Node	ChangeOperationTools.createSimpleNodeObject(SessionToken session)	Creates a simple node container object
static ProcessModelParameter	ChangeOperationTools.createSimpleProcessParameterObject(SessionToken session, String name, ProcessConstants.AdeptDataType type, String userDefinedType, boolean isVirtual, UUID identifierID, boolean isInputParameter)	Creates a simple process (in-/out-) parameter.
static Activity	ConvertActivityTemplateToActivity.performConversion(ProcessModelFactory pmf, SessionToken session, ActivityTemplate at, String instanceName)	converts an activity template to an activity
static void	AddNodeSystemParameter.performOperation(SessionToken session, ChangeableInstance instance, int nodeID, ActivityConstants.AccessType type, ProcessModelParameter parameter)	Adds the given system parameter to the given node in the given instance.
static void	AddNodeSystemParameter.performOperation(SessionToken session, ChangeableInstance instance, int nodeID, ActivityConstants.AccessType type, ProcessModelParameter parameter, UpdateManager updateManager)	Adds the given system parameter to the given node in the given instance.
static void	AddNodeSystemParameter.performOperation(SessionToken session, ChangeableTemplate template, int nodeID, ActivityConstants.AccessType type, ProcessModelParameter parameter)	Adds the given system parameter to the given node in the given template.
static void	AddNodeSystemParameter.performOperation(SessionToken session, ChangeableTemplate template, int nodeID, ActivityConstants.AccessType type, ProcessModelParameter parameter, UpdateManager updateManager)	Adds the given system parameter to the given node in the given template.
protected static void	AddNodeSystemParameter.performOperation(SessionToken session, ChangePrimitives processGraph, int nodeID, ActivityConstants.AccessType type, ProcessModelParameter parameter, UpdateManager updateManager)	Worker method to do the structural changes for both changeable templates and changeable instances.
static void	AddSystemDataFlow.performOperation(SessionToken session, ChangeableInstance instance, int producerNodeID, SystemDataProducer systemDataType, int consumerNodeID, String inputParameterName)	Adds a system data flow of the given type between the given nodes in the given instance.
static void	AddSystemDataFlow.performOperation(SessionToken session, ChangeableInstance instance, int producerNodeID, SystemDataProducer systemDataType, int consumerNodeID, String inputParameterName, UpdateManager updateManager)	Adds a system data flow of the given type between the given nodes in the given instance.
static void	AddSystemDataFlow.performOperation(SessionToken session, ChangeableTemplate template, int producerNodeID, SystemDataProducer systemDataType, int consumerNodeID, String inputParameterName)	Adds a system data flow of the given type between the given nodes.
static void	AddSystemDataFlow.performOperation(SessionToken session, ChangeableTemplate template, int producerNodeID, SystemDataProducer systemDataType, int consumerNodeID, String inputParameterName, UpdateManager updateManager)	Adds a system data flow of the given type between the given nodes.
protected static void	AddSystemDataFlow.performOperation(SessionToken session, ChangePrimitives processGraph, int producerNodeID, SystemDataProducer systemDataType, int consumerNodeID, String inputParameterName, UpdateManager updateManager)	Worker method to do the structural changes for both changeable templates and changeable instances.
static void	AssignEmptyEmbeddedSubprocess.performOperation(SessionToken session, ChangeableInstance instance, int nodeID)	Creates and assigns an empty embedded subprocess to a node in the given instance.
static void	AssignEmptyEmbeddedSubprocess.performOperation(SessionToken session, ChangeableInstance instance, int nodeID, UpdateManager updateManager)	Creates and assigns an empty embedded subprocess to a node in the given instance (with updateManager).
static void	AssignEmptyEmbeddedSubprocess.performOperation(SessionToken session, ChangeableTemplate template, int nodeID)	Creates and assigns an empty embedded subprocess to a node in the given template.
static void	AssignEmptyEmbeddedSubprocess.performOperation(SessionToken session, ChangeableTemplate template, int nodeID, UpdateManager updateManager)	Creates and assigns an empty embedded subprocess to a node in the given template (with updateManager).
protected static void	AssignEmptyEmbeddedSubprocess.performOperation(SessionToken session, ChangePrimitives processGraph, int nodeID, UpdateManager updateManager)	Worker method to do the structural changes for both changeable templates and changeable instances.
static void	AssignExecutableBusinessProcess.performOperation(SessionToken session, ChangeableInstance instance, Node node, ExecutableBusinessProcess ebp, Map<ActivityConstants.AccessType,Map<ProcessModelParameter,ProcessConstants.DataMappingType>> paramsWithoutExistingDataElements, Map<ActivityConstants.AccessType,Map<ProcessModelParameter,Integer>> paramsWithExistingDataElements)	Assigns an executable business process to a node in the given instance using the given maps to create a correct mapping between parameters and dataElements via connectors.
static void	AssignExecutableBusinessProcess.performOperation(SessionToken session, ChangeableInstance instance, Node node, ExecutableBusinessProcess ebp, Map<ActivityConstants.AccessType,Map<ProcessModelParameter,ProcessConstants.DataMappingType>> paramsWithoutExistingDataElements, Map<ActivityConstants.AccessType,Map<ProcessModelParameter,Integer>> paramsWithExistingDataElements, UpdateManager updateManager)	Assigns an executable business process to a node in the given instance using the given maps to create a correct mapping between parameters and dataElements via connectors (with updateManager).
static void	AssignExecutableBusinessProcess.performOperation(SessionToken session, ChangeableTemplate template, Node node, ExecutableBusinessProcess ebp, Map<ActivityConstants.AccessType,Map<ProcessModelParameter,ProcessConstants.DataMappingType>> paramsWithoutExistingDataElements, Map<ActivityConstants.AccessType,Map<ProcessModelParameter,Integer>> paramsWithExistingDataElements)	Assigns an executable business process to a node in the given template using the given maps to create a correct mapping between parameters and dataElements via connectors.
static void	AssignExecutableBusinessProcess.performOperation(SessionToken session, ChangeableTemplate template, Node node, ExecutableBusinessProcess ebp, Map<ActivityConstants.AccessType,Map<ProcessModelParameter,ProcessConstants.DataMappingType>> paramsWithoutExistingDataElements, Map<ActivityConstants.AccessType,Map<ProcessModelParameter,Integer>> paramsWithExistingDataElements, UpdateManager updateManager)	Assigns an executable business process to a node in the given template using the given maps to create a correct mapping between parameters and dataElements via connectors (with updateManager).
protected static void	AssignExecutableBusinessProcess.performOperation(SessionToken session, ChangePrimitives processGraph, Node node, ExecutableBusinessProcess ebp, Map<ActivityConstants.AccessType,Map<ProcessModelParameter,ProcessConstants.DataMappingType>> paramsWithoutExistingDataElements, Map<ActivityConstants.AccessType,Map<ProcessModelParameter,Integer>> paramsWithExistingDataElements, UpdateManager updateManager)	Worker method to do the structural changes for both changeable templates and changeable instances.
static int	CopyNode.performOperation(SessionToken session, ChangeableInstance sourceInstance, ChangeableInstance targetInstance, int nodeToCopyID, int predID, int succID)	Copies the given node from the source instance between the two nodes in the target instance.
static int	CopyNode.performOperation(SessionToken session, ChangeableInstance sourceInstance, ChangeableInstance targetInstance, int nodeToCopyID, int predID, int succID, UpdateManager updateManager)	Copies the given node from the source instance between the two nodes in the target instance.
static int	CopyNode.performOperation(SessionToken session, ChangeableTemplate sourceTemplate, ChangeableTemplate targetTemplate, int nodeToCopyID, int predID, int succID)	Copies the given node from the source template between the two nodes in the target template.
static int	CopyNode.performOperation(SessionToken session, ChangeableTemplate sourceTemplate, ChangeableTemplate targetTemplate, int nodeToCopyID, int predID, int succID, UpdateManager updateManager)	Copies the given node from the source template between the two nodes in the target template.
protected static int	CopyNode.performOperation(SessionToken session, ChangePrimitives sourceProcessGraph, ChangePrimitives targetProcessGraph, int nodeToCopyID, int predID, int succID, UpdateManager updateManager)	Worker method to do the structural changes for both changeable templates and changeable instances.
static Node[]	CreateSurroundingBlock.performOperation(SessionToken session, ChangeableInstance instance, Node first, Node last, ProcessConstants.BlockType type)	Inserts a new block of the given type around the two given nodes in the given instance.
static Node[]	CreateSurroundingBlock.performOperation(SessionToken session, ChangeableInstance instance, Node first, Node last, ProcessConstants.BlockType type, UpdateManager updateManager)	Inserts a new block of the given type around the two given nodes in the given instance (with updateManager).
static Node[]	CreateSurroundingBlock.performOperation(SessionToken session, ChangeableTemplate template, Node first, Node last, ProcessConstants.BlockType type)	Inserts a new block of the given type around the two given nodes in the given template.
static Node[]	CreateSurroundingBlock.performOperation(SessionToken session, ChangeableTemplate template, Node first, Node last, ProcessConstants.BlockType type, UpdateManager updateManager)	Inserts a new block of the given type around the two given nodes in the given template (with updateManager).
protected static Node[]	CreateSurroundingBlock.performOperation(SessionToken session, ChangePrimitives processGraph, Node first, Node last, ProcessConstants.BlockType type, UpdateManager updateManager)	Worker method to do the structural changes for both changeable templates and changeable instances.
static void	DeleteBorderNodes.performOperation(SessionToken session, ChangeableInstance instance, Node split, Node join)	Deletes a split and its corresponding join node (border nodes) from the given instance.
static void	DeleteBorderNodes.performOperation(SessionToken session, ChangeableInstance instance, Node split, Node join, UpdateManager updateManager)	Deletes a split and its corresponding join node (border nodes) from the given instance (with updateManager).
static void	DeleteBorderNodes.performOperation(SessionToken session, ChangeableTemplate template, Node split, Node join)	Deletes a split and its corresponding join node (border nodes) from the given template.
static void	DeleteBorderNodes.performOperation(SessionToken session, ChangeableTemplate template, Node split, Node join, UpdateManager updateManager)	Deletes a split and its corresponding join node (border nodes) from the given template (with updateManager).
protected static void	DeleteBorderNodes.performOperation(SessionToken session, ChangePrimitives processGraph, Node split, Node join, UpdateManager updateManager)	Worker method to do the structural changes for both changeable templates and changeable instances.
static void	DeleteDataEdge.performOperation(SessionToken session, ChangeableInstance instance, Node node, DataElement dataElement, ActivityConstants.AccessType type)	Deletes a data edge form the instance.
static void	DeleteDataEdge.performOperation(SessionToken session, ChangeableInstance instance, Node node, DataElement dataElement, ActivityConstants.AccessType type, UpdateManager updateManager)	Deletes a data edge form the instance (with updateManager).
static void	DeleteDataEdge.performOperation(SessionToken session, ChangeableTemplate template, Node node, DataElement dataElement, ActivityConstants.AccessType type)	Deletes a data edge from the template.
static void	DeleteDataEdge.performOperation(SessionToken session, ChangeableTemplate template, Node node, DataElement dataElement, ActivityConstants.AccessType type, UpdateManager updateManager)	Deletes a data edge from the template (with updateManager).
protected static void	DeleteDataEdge.performOperation(SessionToken session, ChangePrimitives processGraph, Node node, DataElement dataElement, ActivityConstants.AccessType type, UpdateManager updateManager)	Worker method to do the structural changes for both changeable templates and changeable instances.
static void	DeleteDataElement.performOperation(SessionToken session, ChangeableInstance instance, DataElement dataElement)	Deletes the given data element from the instance.
static void	DeleteDataElement.performOperation(SessionToken session, ChangeableInstance instance, DataElement dataElement, UpdateManager updateManager)	Deletes the given data element from the instance Possibly assigned in- or outgoing data edges are also deleted.
static void	DeleteDataElement.performOperation(SessionToken session, ChangeableTemplate template, DataElement dataElement)	Deletes the given data element from the template.
static void	DeleteDataElement.performOperation(SessionToken session, ChangeableTemplate template, DataElement dataElement, UpdateManager updateManager)	Deletes the given data element from the template Possibly assigned in- or outgoing data edges are also deleted.
protected static void	DeleteDataElement.performOperation(SessionToken session, ChangePrimitives processGraph, DataElement dataElement, UpdateManager updateManager)	Worker method to do the structural changes for both changeable templates and changeable instances.
static void	DeleteNode.performOperation(SessionToken session, ChangeableInstance instance, Node node)	Deletes a node of type NT_NORMAL from the given instance.
static void	DeleteNode.performOperation(SessionToken session, ChangeableInstance instance, Node node, UpdateManager updateManager)	Deletes a node of type NT_NORMAL from the given instance (with updateManager).
protected static void	DeleteNode.performOperation(SessionToken session, ChangeableInstance instance, Node node, ProcessConstants.NodeType type, UpdateManager updateManager)	Deletes a node of type type from the instance.
static void	DeleteNode.performOperation(SessionToken session, ChangeableTemplate template, Node node)	Deletes a node of type NT_NORMAL from the given template.
static void	DeleteNode.performOperation(SessionToken session, ChangeableTemplate template, Node node, UpdateManager updateManager)	Deletes a node of type NT_NORMAL from the given template (with updateManager).
protected static void	DeleteNode.performOperation(SessionToken session, ChangeableTemplate template, Node node, ProcessConstants.NodeType type, UpdateManager updateManager)	Deletes a node of type type from the template.
protected static void	DeleteNode.performOperation(SessionToken session, ChangePrimitives processGraph, Node node, ProcessConstants.NodeType type, UpdateManager updateManager)	Worker method to do the structural changes for both changeable templates and changeable instances.
static Node	InsertBetweenNodeSets.performOperation(SessionToken session, ChangeableInstance instance, List<Integer> preds, List<Integer> succs)	Insert a new node between two nodes in the given instance.
static Node	InsertBetweenNodeSets.performOperation(SessionToken session, ChangeableInstance instance, List<Integer> preds, List<Integer> succs, UpdateManager updateManager)	Insert a new node of type NT_NORMAL between two nodes in the given instance.
static Node	InsertBetweenNodeSets.performOperation(SessionToken session, ChangeableTemplate template, List<Integer> preds, List<Integer> succs)	Insert a new node between the nodes given as predecessors and the nodes given as successors in the given template.
static Node	InsertBetweenNodeSets.performOperation(SessionToken session, ChangeableTemplate template, List<Integer> preds, List<Integer> succs, UpdateManager updateManager)	Insert a new node of type NT_NORMAL between two nodes in the given template.
protected static Node	InsertBetweenNodeSets.performOperation(SessionToken session, ChangePrimitives processGraph, List<Integer> preds, List<Integer> succs, ProcessConstants.NodeType type, UpdateManager updateManager)	Worker method to do the structural changes for both changeable templates and changeable instances.
static void	InsertDataEdge.performOperation(SessionToken session, ChangeableInstance instance, Node node, DataElement dataElement, ActivityConstants.AccessType type)	Inserts a new data edge in the instance.
static void	InsertDataEdge.performOperation(SessionToken session, ChangeableInstance instance, Node node, DataElement dataElement, ActivityConstants.AccessType type, UpdateManager updateManager)	Inserts a new data edge in the instance (with update manager).
protected static void	InsertDataEdge.performOperation(SessionToken session, ChangeableInstance instance, Node node, DataElement dataElement, ProcessModelParameter param, int connectorID, ActivityConstants.AccessType type, UpdateManager updateManager)	Inserts a new data edge in the instance.
static void	InsertDataEdge.performOperation(SessionToken session, ChangeableInstance instance, Node node, DataElement dataElement, ProcessModelParameter parameter, ActivityConstants.AccessType type)	Inserts a new data edge in the instance.
static void	InsertDataEdge.performOperation(SessionToken session, ChangeableInstance instance, Node node, DataElement dataElement, ProcessModelParameter parameter, ActivityConstants.AccessType type, UpdateManager updateManager)	Inserts a new data edge in the instance.
static void	InsertDataEdge.performOperation(SessionToken session, ChangeableTemplate template, Node node, DataElement dataElement, ActivityConstants.AccessType type)	Inserts a new data edge in the template (with update manager).
static void	InsertDataEdge.performOperation(SessionToken session, ChangeableTemplate template, Node node, DataElement dataElement, ActivityConstants.AccessType type, UpdateManager updateManager)	Inserts a new data edge in the template (with update manager).
protected static void	InsertDataEdge.performOperation(SessionToken session, ChangeableTemplate template, Node node, DataElement dataElement, ProcessModelParameter param, int connectorID, ActivityConstants.AccessType type, UpdateManager updateManager)	Inserts a new data edge in the template.
static void	InsertDataEdge.performOperation(SessionToken session, ChangeableTemplate template, Node node, DataElement dataElement, ProcessModelParameter parameter, ActivityConstants.AccessType type)	Inserts a new data edge in the template.
static void	InsertDataEdge.performOperation(SessionToken session, ChangeableTemplate template, Node node, DataElement dataElement, ProcessModelParameter parameter, ActivityConstants.AccessType type, UpdateManager updateManager)	Inserts a new data edge in the template.
protected static void	InsertDataEdge.performOperation(SessionToken session, ChangePrimitives processGraph, Node node, DataElement dataElement, ActivityConstants.AccessType type, UpdateManager updateManager)	Worker method to do the structural changes for both changeable templates and changeable instances.
protected static void	InsertDataEdge.performOperation(SessionToken session, ChangePrimitives processGraph, Node node, DataElement dataElement, ProcessModelParameter param, int connectorID, ActivityConstants.AccessType type, UpdateManager updateManager)	Worker method to do the structural changes for both changeable templates and changeable instances.
protected static void	InsertDataEdge.performOperation(SessionToken session, ChangePrimitives processGraph, Node node, DataElement dataElement, ProcessModelParameter parameter, ActivityConstants.AccessType type, UpdateManager updateManager)	Worker method to do the structural changes for both changeable templates and changeable instances.
static DataElement	InsertDataElement.performOperation(SessionToken session, ChangeableInstance instance)	Insert a new data element in the instance.
static DataElement	InsertDataElement.performOperation(SessionToken session, ChangeableInstance instance, UpdateManager updateManager)	Insert a new data element in the instance (with updateManager).
static DataElement	InsertDataElement.performOperation(SessionToken session, ChangeableInstance instance, DataElement dataElement)	Insert a new data element in the instance.
static DataElement	InsertDataElement.performOperation(SessionToken session, ChangeableInstance instance, DataElement dataElement, UpdateManager updateManager)	Insert a new data element in the instance.
static DataElement	InsertDataElement.performOperation(SessionToken session, ChangeableTemplate template)	Insert a new data element in the template.
static DataElement	InsertDataElement.performOperation(SessionToken session, ChangeableTemplate template, UpdateManager updateManager)	Insert a new data element in the template.
static DataElement	InsertDataElement.performOperation(SessionToken session, ChangeableTemplate template, DataElement dataElement)	Insert a new data element in the template.
static DataElement	InsertDataElement.performOperation(SessionToken session, ChangeableTemplate template, DataElement dataElement, UpdateManager updateManager)	Insert a new data element in the template.
protected static DataElement	InsertDataElement.performOperation(SessionToken session, ChangePrimitives processGraph, UpdateManager updateManager)	Worker method to do the structural changes for both changeable templates and changeable instances.
protected static DataElement	InsertDataElement.performOperation(SessionToken session, ChangePrimitives processGraph, DataElement dataElement, UpdateManager updateManager)	Worker method to do the structural changes for both changeable templates and changeable instances (with given dataElement).
static Node[]	InsertEmptyBlock.performOperation(SessionToken session, ChangeableInstance instance, Node pred, Node succ, ProcessConstants.BlockType type)	Inserts an empty block of the given type in the instance.
static Node[]	InsertEmptyBlock.performOperation(SessionToken session, ChangeableInstance instance, Node pred, Node succ, ProcessConstants.BlockType type, UpdateManager updateManager)	Inserts an empty block of the given type in the instance (with updateManager).
static Node[]	InsertEmptyBlock.performOperation(SessionToken session, ChangeableTemplate template, Node pred, Node succ, ProcessConstants.BlockType type)	Inserts an empty block of the given type in the template.
static Node[]	InsertEmptyBlock.performOperation(SessionToken session, ChangeableTemplate template, Node pred, Node succ, ProcessConstants.BlockType type, UpdateManager updateManager)	Inserts an empty block of the given type in the template (with updateManager).
protected static Node[]	InsertEmptyBlock.performOperation(SessionToken session, ChangePrimitives processGraph, Node pred, Node succ, ProcessConstants.BlockType type, UpdateManager updateManager)	Worker method to do the structural changes for both changeable templates and changeable instances.
static void	InsertEmptyBranch.performOperation(SessionToken session, ChangeableInstance instance, Node split, Node join)	Inserts an empty branch between split and join in the given instance.
static void	InsertEmptyBranch.performOperation(SessionToken session, ChangeableInstance instance, Node split, Node join, UpdateManager updateManager)	Inserts an empty branch between split and join in the given instance (with updateManager).
static void	InsertEmptyBranch.performOperation(SessionToken session, ChangeableTemplate template, Node split, Node join)	Inserts an empty branch between split and join in the given template.
static void	InsertEmptyBranch.performOperation(SessionToken session, ChangeableTemplate template, Node split, Node join, UpdateManager updateManager)	Inserts an empty branch between split and join in the given template (with updateManager).
protected static void	InsertEmptyBranch.performOperation(SessionToken session, ChangePrimitives processGraph, Node split, Node join, UpdateManager updateManager)	Worker method to do the structural changes for both changeable templates and changeable instances.
static Node	InsertNode.performOperation(SessionToken session, ChangeableInstance instance, Node pred, Node succ)	Insert a new node between two nodes in the given instance.
static Node	InsertNode.performOperation(SessionToken session, ChangeableInstance instance, Node pred, Node succ, UpdateManager updateManager)	Insert a new node of type NT_NORMAL between two nodes in the given instance.
static Node	InsertNode.performOperation(SessionToken session, ChangeableInstance instance, Node tempNode, Node pred, Node succ)	Insert a new node between two nodes in the given instance.
static Node	InsertNode.performOperation(SessionToken session, ChangeableInstance instance, Node tempNode, Node pred, Node succ, UpdateManager updateManager)	Insert a new node of type NT_NORMAL between two nodes in the given instance.
protected static Node	InsertNode.performOperation(SessionToken session, ChangeableInstance instance, Node tempNode, Node pred, Node succ, ProcessConstants.NodeType type, UpdateManager updateManager)	Insert a new node of type type between two nodes in the given instance.
static Node	InsertNode.performOperation(SessionToken session, ChangeableTemplate template, Node pred, Node succ)	Insert a new node between two nodes in the given template.
static Node	InsertNode.performOperation(SessionToken session, ChangeableTemplate template, Node pred, Node succ, UpdateManager updateManager)	Insert a new node of type NT_NORMAL between two nodes in the given template.
static Node	InsertNode.performOperation(SessionToken session, ChangeableTemplate template, Node tempNode, Node pred, Node succ)	Insert a new node between two nodes in the given template.
static Node	InsertNode.performOperation(SessionToken session, ChangeableTemplate template, Node tempNode, Node pred, Node succ, UpdateManager updateManager)	Insert a new node of type NT_NORMAL between two nodes in the given template.
protected static Node	InsertNode.performOperation(SessionToken session, ChangeableTemplate template, Node tempNode, Node pred, Node succ, ProcessConstants.NodeType type, UpdateManager updateManager)	Insert a new node of type type between two nodes in the given template.
protected static Node	InsertNode.performOperation(SessionToken session, ChangePrimitives processGraph, Node pred, Node succ, ProcessConstants.NodeType type, UpdateManager updateManager)	Worker method to do the structural changes for both changeable templates and changeable instances.
protected static Node	InsertNode.performOperation(SessionToken session, ChangePrimitives processGraph, Node tempNode, Node pred, Node succ, ProcessConstants.NodeType type, UpdateManager updateManager)	Worker method to do the structural changes for both changeable templates and changeable instances.
static void	MoveNodes.performOperation(SessionToken session, ChangeableInstance instance, Node first, Node last, Node pred, Node succ)	Moves the nodes between first and last to the position between pred and succ in the instance.
static void	MoveNodes.performOperation(SessionToken session, ChangeableInstance instance, Node first, Node last, Node pred, Node succ, UpdateManager updateManager)	Moves the nodes between first and last to the position between pred and succ
static void	MoveNodes.performOperation(SessionToken session, ChangeableTemplate template, Node first, Node last, Node pred, Node succ)	Moves the nodes between first and last to the position between pred and succ in the template.
static void	MoveNodes.performOperation(SessionToken session, ChangeableTemplate template, Node first, Node last, Node pred, Node succ, UpdateManager updateManager)	Moves the nodes between first and last to the position between pred and succ in the template.
protected static void	MoveNodes.performOperation(SessionToken session, ChangePrimitives processGraph, Node first, Node last, Node pred, Node succ, UpdateManager updateManager)	Worker method to do the structural changes for both changeable templates and changeable instances.
static void	ReconnectDataEdge.performOperation(SessionToken session, ChangeableInstance instance, int nodeID, int dataElementID, DataEdge dataEdge, ProcessModelParameter param)	Connect the given data element with the given parameter (via the given already existing data edge) in the instance.
static void	ReconnectDataEdge.performOperation(SessionToken session, ChangeableInstance instance, int nodeID, int dataElementID, DataEdge dataEdge, ProcessModelParameter param, UpdateManager updateManager)	Connect the given data element with the given parameter (via the given already existing data edge) in the instance.
static void	ReconnectDataEdge.performOperation(SessionToken session, ChangeableTemplate template, int nodeID, int dataElementID, DataEdge dataEdge, ProcessModelParameter param)	Connect the given data element with the given parameter (via the given already existing data edge) in the template.
static void	ReconnectDataEdge.performOperation(SessionToken session, ChangeableTemplate template, int nodeID, int dataElementID, DataEdge dataEdge, ProcessModelParameter param, UpdateManager updateManager)	Connect the given data element with the given parameter (via the given already existing data edge) in the template.
protected static void	ReconnectDataEdge.performOperation(SessionToken session, ChangePrimitives processGraph, int nodeID, int dataElementID, DataEdge dataEdge, ProcessModelParameter param, UpdateManager updateManager)	Worker method to do the structural changes for both changeable templates and changeable instances.
static void	RemoveExecutableBusinessProcess.performOperation(SessionToken session, ChangeableInstance instance, Node node)	Removes/Deletes an executable business process from the given node in the given instance.
static void	RemoveExecutableBusinessProcess.performOperation(SessionToken session, ChangeableInstance instance, Node node, UpdateManager updateManager)	Removes/Deletes an executable business process from the given node in the given instance.
static void	RemoveExecutableBusinessProcess.performOperation(SessionToken session, ChangeableTemplate template, Node node)	Removes/Deletes an executable business process from the given node in the given template
static void	RemoveExecutableBusinessProcess.performOperation(SessionToken session, ChangeableTemplate template, Node node, UpdateManager updateManager)	Removes/Deletes an executable business process from the given node in the given template.
protected static void	RemoveExecutableBusinessProcess.performOperation(SessionToken session, ChangePrimitives processGraph, Node node, UpdateManager updateManager)	Worker method to do the structural changes for both changeable templates and changeable instances.
static void	RemoveNodeSystemParameter.performOperation(SessionToken session, ChangeableInstance instance, int nodeID, ActivityConstants.AccessType type, String parameterName)	Removes the given system parameter from the given node in the given instance.
static void	RemoveNodeSystemParameter.performOperation(SessionToken session, ChangeableInstance instance, int nodeID, ActivityConstants.AccessType type, String parameterName, UpdateManager updateManager)	Removes the given system parameter from the given node in the given instance.
static void	RemoveNodeSystemParameter.performOperation(SessionToken session, ChangeableTemplate template, int nodeID, ActivityConstants.AccessType type, String parameterName)	Removes the given system parameter from the given node in the given template.
static void	RemoveNodeSystemParameter.performOperation(SessionToken session, ChangeableTemplate template, int nodeID, ActivityConstants.AccessType type, String parameterName, UpdateManager updateManager)	Removes the given system parameter from the given node in the given template.
protected static void	RemoveNodeSystemParameter.performOperation(SessionToken session, ChangePrimitives processGraph, int nodeID, ActivityConstants.AccessType type, String parameterName, UpdateManager updateManager)	Worker method to do the structural changes for both changeable templates and changeable instances.
static void	RemoveSystemDataFlow.performOperation(SessionToken session, ChangeableInstance instance, int nodeID, String inputParameterName)	Remove the system data flow which is connected with the given parameter in the given instance.
static void	RemoveSystemDataFlow.performOperation(SessionToken session, ChangeableInstance instance, int nodeID, String inputParameterName, UpdateManager updateManager)	Remove the system data flow which is connected with the given parameter in the given instance.
static void	RemoveSystemDataFlow.performOperation(SessionToken session, ChangeableTemplate template, int nodeID, String inputParameterName)	Remove the system data flow which is connected with the given parameter.
static void	RemoveSystemDataFlow.performOperation(SessionToken session, ChangeableTemplate template, int nodeID, String inputParameterName, UpdateManager updateManager)	Remove the system data flow which is connected with the given parameter.
protected static void	RemoveSystemDataFlow.performOperation(SessionToken session, ChangePrimitives processGraph, int nodeID, String inputParameterName, UpdateManager updateManager)	Worker method to do the structural changes for both changeable templates and changeable instances.
static void	SwapDataElementParameterConnections.performOperation(SessionToken session, ChangeableInstance instance, int nodeID, int dataElementID1, DataEdge dataEdge1, int dataElementID2, DataEdge dataEdge2)	Swaps the parameter data element connections of the given data edges in the given instance.
static void	SwapDataElementParameterConnections.performOperation(SessionToken session, ChangeableInstance instance, int nodeID, int dataElementID1, DataEdge dataEdge1, int dataElementID2, DataEdge dataEdge2, UpdateManager updateManager)	Swaps the parameter data element connections of the given data edges in the given instance.
static void	SwapDataElementParameterConnections.performOperation(SessionToken session, ChangeableTemplate template, int nodeID, int dataElementID1, DataEdge dataEdge1, int dataElementID2, DataEdge dataEdge2)	Swaps the parameter data element connections of the given data edges in the given template.
static void	SwapDataElementParameterConnections.performOperation(SessionToken session, ChangeableTemplate template, int nodeID, int dataElementID1, DataEdge dataEdge1, int dataElementID2, DataEdge dataEdge2, UpdateManager updateManager)	Swaps the parameter data element connections of the given data edges in the given template.
protected static void	SwapDataElementParameterConnections.performOperation(SessionToken session, ChangePrimitives processGraph, int nodeID, int dataElementID1, DataEdge dataEdge1, int dataElementID2, DataEdge dataEdge2, UpdateManager updateManager)	Worker method to do the structural changes for both changeable templates and changeable instances.
static void	ToggleSyncEdge.performOperation(SessionToken session, ChangeableInstance instance, Node pred, Node succ)	Deletes the sync edge in the instance if there already exists one.
static void	ToggleSyncEdge.performOperation(SessionToken session, ChangeableInstance instance, Node pred, Node succ, UpdateManager updateManager)	Deletes the sync edge in the instance if there already exists one.
static void	ToggleSyncEdge.performOperation(SessionToken session, ChangeableTemplate template, Node pred, Node succ)	Deletes the sync edge in the template if there already exists one.
static void	ToggleSyncEdge.performOperation(SessionToken session, ChangeableTemplate template, Node pred, Node succ, UpdateManager updateManager)	Deletes the sync edge in the template if there already exists one.
protected static void	ToggleSyncEdge.performOperation(SessionToken session, ChangePrimitives processGraph, Node pred, Node succ, UpdateManager updateManager)	Worker method to do the structural changes for both changeable templates and changeable instances.
static void	UpdateDataEdge.performOperation(SessionToken session, ChangeableInstance instance, int nodeID, int dataElementID, ActivityConstants.AccessType type, DataEdge dataEdge, UpdateManager updateManager, ProcessConstants.DataEdgeProperty... dataEdgeProperties)	Updates the data edge (described by the given node ID and the given data element ID) in the given instance using the data in the given data edge object.
static void	UpdateDataEdge.performOperation(SessionToken session, ChangeableInstance instance, int nodeID, int dataElementID, ActivityConstants.AccessType type, DataEdge dataEdge, ProcessConstants.DataEdgeProperty... dataEdgeProperties)	Updates the data edge (described by the given node ID and the given data element ID) in the given instance using the data in the given data edge object.
static void	UpdateDataEdge.performOperation(SessionToken session, ChangeableTemplate template, int nodeID, int dataElementID, ActivityConstants.AccessType type, DataEdge dataEdge, UpdateManager updateManager, ProcessConstants.DataEdgeProperty... dataEdgeProperties)	Updates the data edge (described by the given node ID and the given data element ID) in the given template using the data in the given data edge object.
static void	UpdateDataEdge.performOperation(SessionToken session, ChangeableTemplate template, int nodeID, int dataElementID, ActivityConstants.AccessType type, DataEdge dataEdge, ProcessConstants.DataEdgeProperty... dataEdgeProperties)	Updates the data edge (described by the given node ID and the given data element ID) in the given template using the data in the given data edge object.
protected static void	UpdateDataEdge.performOperation(SessionToken session, ChangePrimitives processGraph, int nodeID, int dataElementID, ActivityConstants.AccessType type, DataEdge dataEdge, UpdateManager updateManager, ProcessConstants.DataEdgeProperty... dataEdgeProperties)	Worker method to do the structural changes for both changeable templates and changeable instances.
static DataElement	UpdateDataElement.performOperation(SessionToken session, ChangeableInstance instance, DataElement dataElement, UpdateManager updateManager, ProcessConstants.DataElementProperty... dataElementProperties)	Updates the data element attributes given by dataElementProperties in the instance.
static DataElement	UpdateDataElement.performOperation(SessionToken session, ChangeableInstance instance, DataElement dataElement, ProcessConstants.DataElementProperty... dataElementProperties)	Updates the data element attributes given by dataElementProperties in the instance.
static DataElement	UpdateDataElement.performOperation(SessionToken session, ChangeableTemplate template, DataElement dataElement, UpdateManager updateManager, ProcessConstants.DataElementProperty... dataElementProperties)	Updates the data element attributes given by dataElementProperties in the template.
static DataElement	UpdateDataElement.performOperation(SessionToken session, ChangeableTemplate template, DataElement dataElement, ProcessConstants.DataElementProperty... dataElementProperties)	Updates the data element attributes given by dataElementProperties in the template.
protected static DataElement	UpdateDataElement.performOperation(SessionToken session, ChangePrimitives processGraph, DataElement dataElement, UpdateManager updateManager, ProcessConstants.DataElementProperty... dataElementProperties)	Worker method to do the structural changes for both changeable templates and changeable instances.
static void	UpdateDataElementParameterMapping.performOperation(SessionToken session, ChangeableInstance instance, Node node, Map<ActivityConstants.AccessType,Map<ProcessModelParameter,ProcessConstants.DataMappingType>> paramsWithoutExistingDataElements, Map<ActivityConstants.AccessType,Map<ProcessModelParameter,Integer>> paramsWithExistingDataElements)	Updates the Mapping from DataElements to the EBP-parameters for the given node in the instance.
static void	UpdateDataElementParameterMapping.performOperation(SessionToken session, ChangeableInstance instance, Node node, Map<ActivityConstants.AccessType,Map<ProcessModelParameter,ProcessConstants.DataMappingType>> paramsWithoutExistingDataElements, Map<ActivityConstants.AccessType,Map<ProcessModelParameter,Integer>> paramsWithExistingDataElements, UpdateManager updateManager)	Updates the Mapping from DataElements to the EBP-parameters for the given node in the instance.
static void	UpdateDataElementParameterMapping.performOperation(SessionToken session, ChangeableTemplate template, Node node, Map<ActivityConstants.AccessType,Map<ProcessModelParameter,ProcessConstants.DataMappingType>> paramsWithoutExistingDataElements, Map<ActivityConstants.AccessType,Map<ProcessModelParameter,Integer>> paramsWithExistingDataElements)	Updates the Mapping from DataElements to the EBP-parameters for the given node in the template.
static void	UpdateDataElementParameterMapping.performOperation(SessionToken session, ChangeableTemplate template, Node node, Map<ActivityConstants.AccessType,Map<ProcessModelParameter,ProcessConstants.DataMappingType>> paramsWithoutExistingDataElements, Map<ActivityConstants.AccessType,Map<ProcessModelParameter,Integer>> paramsWithExistingDataElements, UpdateManager updateManager)	Updates the Mapping from DataElements to the EBP-parameters for the given node in the template.
protected static void	UpdateDataElementParameterMapping.performOperation(SessionToken session, ChangePrimitives processGraph, Node node, Map<ActivityConstants.AccessType,Map<ProcessModelParameter,ProcessConstants.DataMappingType>> paramsWithoutExistingDataElements, Map<ActivityConstants.AccessType,Map<ProcessModelParameter,Integer>> paramsWithExistingDataElements, UpdateManager updateManager)	Worker method to do the structural changes for both changeable templates and changeable instances.
static void	UpdateNodeSystemDependency.performOperation(SessionToken session, ChangeableInstance instance, Node node, Map<String,Dependency> paramBindings, ProcessConstants.NodeProperty nodeProperty)	Updates the system parameters of a node object in the given template using the data in the given node.
static void	UpdateNodeSystemDependency.performOperation(SessionToken session, ChangeableInstance instance, Node node, Map<String,Dependency> paramBindings, ProcessConstants.NodeProperty nodeProperty, UpdateManager updateManager)	Updates the system parameters of a node object in the given template using the data in the given node.
protected static void	UpdateNodeSystemDependency.performOperation(SessionToken session, ChangeableTemplate cTempl, ChangeableInstance inst, Node node, Map<String,Dependency> paramBindings, ProcessConstants.NodeProperty nodeProperty, UpdateManager updateManager)	Worker method to do the structural changes for both changeable templates and changeable instances.
static void	UpdateNodeSystemDependency.performOperation(SessionToken session, ChangeableTemplate template, Node node, Map<String,Dependency> paramBindings, ProcessConstants.NodeProperty nodeProperty)	Updates the system parameters of a node object in the given template using the data in the given node.
static void	UpdateNodeSystemDependency.performOperation(SessionToken session, ChangeableTemplate template, Node node, Map<String,Dependency> paramBindings, ProcessConstants.NodeProperty nodeProperty, UpdateManager updateManager)	Updates the system parameters of a node object in the given template using the data in the given node.

Uses of SessionToken in de.aristaflow.adept2.core.checks.processmodel

Methods in de.aristaflow.adept2.core.checks.processmodel that return types with arguments of type SessionToken

Modifier and Type	Method	Description
Pair<SessionToken,PolicyResolution>	DefaultProcessCheckService.getPolicyResolution()

Uses of SessionToken in de.aristaflow.adept2.core.client

Methods in de.aristaflow.adept2.core.client that return SessionToken

Modifier and Type	Method	Description
SessionToken	AddAttrSessionFactory.getSessionToken()
SessionToken	AddAttrSessionFactory.getSessionToken(URI[] callingComponent)
SessionToken	AddAttrSessionFactory.getSessionToken(URI[] callingComponent, Map<String,String> additionalAttributes)
SessionToken	AddAttrSessionFactory.getSessionToken(Map<String,String> additionalAttributes)
SessionToken	ADEPT2ClientService.getSessionToken()	Deprecated. Gets a session token for currently active agent and the URIs of this client.
SessionToken	ClientService.getSessionToken()	Gets a session token for currently active agent and the URIs of this client.
SessionToken	ClientService.getSessionToken(QualifiedAgent agent)	Gets a session token for the designated agent ignoring the currently active agent.
SessionToken	ClientService.getSessionToken(QualifiedAgent agent, Map<String,String> additionalAttributes)	Gets a session token for the designated agent ignoring the currently active agent having the designated additional attributes.
SessionToken	ClientService.getSessionToken(Map<String,String> additionalAttributes)	Gets a session token for currently active agent and the URIs of this client having the designated additional attributes.
SessionToken	MultiplexingClientService.getSessionToken()
SessionToken	MultiplexingClientService.getSessionToken(QualifiedAgent agent)
SessionToken	MultiplexingClientService.getSessionToken(QualifiedAgent agent, Map<String,String> additionalAttributes)
SessionToken	MultiplexingClientService.getSessionToken(Map<String,String> additionalAttributes)

Methods in de.aristaflow.adept2.core.client with parameters of type SessionToken

Modifier and Type	Method	Description
void	ClientService.ActiveAgentChangedListener.activeAgentChanged(RichAgent oldAgent, SessionToken oldSession, RichAgent newAgent, SessionToken newSession)	The active agent has been changed.
ADEPT2ClientService	MultiplexingClientService.getClientService(SessionToken session)	This method can be called to receive the ADEPT2ClientService which is mapped to the user session ID in the additionalAttributes of the SessionToken.
<T> T	MultiplexingClientService.getConfiguredPlugin(SessionToken session, Object usingInstance, String pluginTypeName, Class<T> pluginType)	Retrieves the default plugin of the designated type which is configured for the designated (using) instance.
<T> T	MultiplexingClientService.getConfiguredPlugin(SessionToken session, Object usingInstance, String pluginTypeName, Class<T> pluginType, String pluginInstanceName)	Retrieves the plugin having the designated type and instance name as well as type and which is configured for the designated (using) instance.
<T> Map<String,T>	MultiplexingClientService.getConfiguredPlugins(SessionToken session, Object usingInstance, String pluginTypeName, Class<T> pluginType)	Retrieves all plugin instances (pre-configured and dynamic) of the designated plugin type.
Map<String,Class<?>>	MultiplexingClientService.getConfiguredPluginTypes(SessionToken session)	Retrieves all plugin types declared for the instance using this interface.
<T extends ADEPT2Service> T	MultiplexingClientService.getService(SessionToken session, String serviceName, Class<T> serviceType)	Returns the designated service which is either a local service or a service stub that is retrieved from the global registry if the service is not known to this registry but to the global registry.
<T extends ADEPT2Service> T	MultiplexingClientService.getService(SessionToken session, URI[] serviceURIs, Class<T> serviceType)	Retrieves the service described by the URIs which is either a local service stub that is retrieved from the global registry if the service is not known to this registry but to the global registry.
<T extends ADEPT2Service> T	MultiplexingClientService.getServiceOfType(SessionToken session, String typeName, Class<T> serviceType)	Returns the service instance of the designated service type which is configured for usage by this (the requesting) service instance.
boolean	MultiplexingClientService.hasAllCapabilities(SessionToken sessionToken, String... capabilities)
boolean	MultiplexingClientService.hasAllTopLevelCapabilities(SessionToken sessionToken, String... capabilities)
boolean	MultiplexingClientService.hasOneCapability(SessionToken sessionToken, String... capabilities)
boolean	MultiplexingClientService.hasOneTopLevelCapability(SessionToken sessionToken, String... capabilities)

Uses of SessionToken in de.aristaflow.adept2.core.cluster

Methods in de.aristaflow.adept2.core.cluster with parameters of type SessionToken

Modifier and Type	Method	Description
SimpleClusterNodeInformation	ClusterService.doubtfulStatus(SessionToken session, String requestingNode, long lastRequesterUpdate, long lastServerUpdate, long serverRunningSince)	Gets information on the cluster node implementing this cluster service and signals this cluster node, that its status is doubtful.
SimpleClusterNodeInformation	ClusterService.getNodeInformation(SessionToken session)	Gets information on the cluster node implementing this cluster service.

Uses of SessionToken in de.aristaflow.adept2.core.datamanager

Methods in de.aristaflow.adept2.core.datamanager with parameters of type SessionToken

Modifier and Type	Method	Description
void	DataManager.archiveInstance(SessionToken session, UUID instanceID)	Archives the data of the designated instance to a separate archive.
void	UDTManager.createDataType(SessionToken session, String userDefinedDataType)	Creates a new data type (UDT) in the data type manager/process repository with the designated name.
InstanceDataContainer	DataManager.createInstanceDataContainer(SessionToken session, Template template)	Creates an instance data container for the input (and output) parameters of the designated template.
void	UDTManager.createUDF(SessionToken session, String userDefinedDataType, String functionName, ProcessConstants.AdeptDataType returnType, String function, String language)	Creates a user-defined function that is able to interpret a specific data type.
void	UDTManager.deleteDataType(SessionToken session, String userDefinedDataType)	Deletes a data type (UDT) in the process repository.
void	UDTManager.deleteUDF(SessionToken session, String userDefinedDataType, String functionName)	Deletes a user-defined function (UDF) in the data type manager/process repository.
void	ProcessAwareAccess.discardValue(SessionToken session, UUID instanceID, int discardingNodeID, int discarderIteration, int dataElementID)	Discards the value for the designated data element set before by the designated node.
void	ProcessAwareAccess.discardValue(SessionToken session, UUID instanceID, int discardingNodeID, int discarderIteration, int dataElementID, String savepoint)	Discards the value for the designated data element set before by the designated node.
void	ProcessAwareAccess.dropWrittenValues(SessionToken session, Instance instance, int nodeId, int nodeIteration)	Drops all values written by the designated instance that have not been validated yet, that is, the values are removed (or marked as removed) from the data manager for all savepoints.
boolean	ProcessAwareAccess.dropWrittenValuesBackTo(SessionToken session, Instance instance, int nodeId, int nodeIteration, String savepoint)	Drops all values written by the designated instance that have not been validated yet back to the designated savepoint, that is, the values are removed (or marked as removed) from the data manager for all savepoints after the designated one.
boolean	UDFExecution.executeBooleanFunction(SessionToken session, UDTValue proxy, String functionName)	Executes the designated user-defined function for the designated value of a UDT and returns the resulting boolean value.
double	UDFExecution.executeFloatFunction(SessionToken session, UDTValue proxy, String functionName)	Executes the designated user-defined function for the designated value of a UDT and returns the resulting double value.
long	UDFExecution.executeIntegerFunction(SessionToken session, UDTValue proxy, String functionName)	Executes the designated user-defined function for the designated value of a UDT and returns the resulting long value.
String	UDFExecution.executeStringFunction(SessionToken session, UDTValue proxy, String functionName)	Executes the designated user-defined function for the designated value of a UDT and returns the resulting string.
UDTValue	UDFExecution.executeUDTFunction(SessionToken session, UDTValue proxy, String functionName)	Executes the designated user-defined function for the designated value of a UDT and returns the resulting UDT-value.
ServerUDTInputStream	UDFExecution.executeUDTFunctionIncrementally(SessionToken session, UDTValue proxy, String functionName)	Executes the designated user-defined function for the designated value of a UDT and returns the resulting UDT-value as ServerUDTInputStream.
URI	UDFExecution.executeURIFunction(SessionToken session, UDTValue proxy, String functionName)	Executes the designated user-defined function for the designated value of a UDT and returns the resulting reference.
void	UDFExecution.executeVoidFunction(SessionToken session, UDTValue proxy, String functionName)	Executes the designated user-defined function for the designated value of a UDT.
String	ProcessAwareAccess.flushDataContainer(SessionToken session, Instance instance, int writingNodeId, int writerIteration, DataContainer dataContainer, String savepoint)	Flushes all values from the designated data container and persists them in this data manager (if the corresponding data container stems from this data manager) referring to it by the designated savepoint ID.
void	ProcessAwareAccess.flushSavepoint(SessionToken session, Instance instance, int writingNodeId, int writerIteration, DataContainer dataContainer, String savepoint)	Flushes the designated safepoint only.
Map<UUID,InputDataContainer>	DataMonitor.getCurrentDataValues(SessionToken session, Collection<InstanceNode> instTrees, Map<UUID,Map<Integer,ProcessConstants.AdeptDataType>> dataElementIds)	Gets the current values of the designated data elements for the designated instances.
Map<UUID,ArchiveDataContainer>	DataMonitor.getCurrentDataValues(SessionToken session, Map<UUID,Collection<UUID>> templToinstLogIds, Map<UUID,Map<Integer,Pair<ProcessConstants.AdeptDataType,Long>>> dataElements)	Gets the current values of the designated data elements for the designated instances.
DataContainer	ProcessAwareAccess.getDataContainer(SessionToken session, Instance instance, int nodeID)	Gets the data container for the application specified by the designated activity.
URI[]	DataManager.getDataLogManager(SessionToken session)	Gets the log manager responsible for the DataHistory assigned to data manager for logging instance data.
InputDataContainer	ProcessUnawareAccess.getInputDataContainer(SessionToken session, Instance instance, Set<Integer> dataElementIDs)	Gets an input data container providing the most recent values of the designated data element IDs.
String	SessionStateManager.getLastSavepoint(SessionToken session, UUID instanceLogId, int nodeId, int iteration)	Gets the name of most recent valid savepoint stored for the activity identified by the designated instance, node and node iteration.
InputDataContainer	ProcessAwareAccess.getNodeDataContainer(SessionToken session, Instance instance, int nodeID)	Gets the data container for the designated node.
DataContainer	ProcessAwareAccess.getObsoleteDataContainer(SessionToken session, ExecutionHistory execHist, Instance instance, int nodeID, int iteration)	Gets the data container for a finished application specified by the designated node and iteration ID.
ParameterDataContext	ProcessAwareAccess.getPublicDataContext(SessionToken session, Instance instance, int nodeID)	Gets the data context providing all public data elements for the designated node.
ParameterDataContext	ProcessUnawareAccess.getPublicDataContext(SessionToken session, Instance instance)	Gets the data context providing the most recent values of the public data elements of the designated instance.
List<String>	SessionStateManager.getSavepoints(SessionToken session, UUID instanceLogId, int nodeId, int iteration)	Gets all savepoints (except of the implicit savepoint) stored for the activity identified by the designated instance, node and node iteration.
boolean	ProcessAwareAccess.ignoredValue(SessionToken session, UUID instId, int writerId, int writerIteration, int deId)	Gets whether the designated node iteration has ignored the designated data element in the designated instance, that is, it has not written a value or null to the data element.
void	DataManager.instanceChanged(SessionToken session, Instance instance)	Notifies the data manager that the designated instance has been changed.
void	DataManager.instanceChanged(SessionToken session, Instance instance, DataContainer changedDataContainer)	Notifies the data manager that the designated instance and also its output parameters have changed.
void	DataManager.instanceStarted(SessionToken session, ExecutableInstance instance, DataContainer dataContainer)	Tells the data manager that an instance has been started with the designated data container (input and output parameters of the instance).
void	DataManager.instanceTerminated(SessionToken session, ExecutableInstance instance, DataContainer dataContainer)	Tells the data manager that an instance has been terminated with the designated data container (input and output parameters of the instance).
boolean	ProcessUnawareAccess.isExternalValueNull(SessionToken session, UUID instanceID, int dataElementID)	Returns whether the value of the designated data element for the specified node is set to NULL by an external application.
boolean	ProcessUnawareAccess.isLatestValueNull(SessionToken session, UUID instanceID, int dataElementID)	Returns whether the value of the designated data element for the specified node is NULL which means the data element has not been written or has been consumed yet by a process-aware application or has been explicitly set to NULL by a process-aware-application.
boolean	ProcessAwareAccess.isNull(SessionToken session, UUID instanceID, int readingNodeID, int readerIteration, int dataElementID)	Returns whether the value of the designated data element for the specified node is NULL which means the data element has not been written or has been consumed yet or has been explicitly set to NULL by a previous application.
boolean	ProcessAwareAccess.retrieveBoolean(SessionToken session, UUID instanceID, int readingNodeID, int readerIteration, int dataElementID)	Retrieves the boolean value of the designated data element of type BOOLEAN valid for the specified node of the process instance and the designated iteration count.
Date	ProcessAwareAccess.retrieveDate(SessionToken session, UUID instanceID, int readingNodeID, int readerIteration, int dataElementID)	Retrieves the date value of the designated data element of type DATE valid for the specified node of the process instance and the designated iteration count.
boolean	ProcessUnawareAccess.retrieveExternalBooleanValue(SessionToken session, UUID instanceID, int dataElementID)	Retrieves the most recent boolean value of the designated data element of type BOOLEAN written by an external component.
Date	ProcessUnawareAccess.retrieveExternalDateValue(SessionToken session, UUID instanceID, int dataElementID)	Retrieves the most recent date value of the designated data element of type DATE written by an external component.
double	ProcessUnawareAccess.retrieveExternalFloatValue(SessionToken session, UUID instanceID, int dataElementID)	Retrieves the most recent double value of the designated data element of type FLOAT written by an external component.
long	ProcessUnawareAccess.retrieveExternalIntegerValue(SessionToken session, UUID instanceID, int dataElementID)	Retrieves the most recent long value of the designated data element of type INTEGER written by an external component.
String	ProcessUnawareAccess.retrieveExternalStringValue(SessionToken session, UUID instanceID, int dataElementID)	Retrieves the most recent string value of the designated data element of type STRING written by an external component.
UDTValue	ProcessUnawareAccess.retrieveExternalUDTValue(SessionToken session, UUID instanceID, int dataElementID)	Retrieves the most recent (proxy of the) value of the designated data element of user-defined type (UDT) written by an external component.
ServerUDTInputStream	ProcessUnawareAccess.retrieveExternalUDTValueIncrementally(SessionToken session, UUID instanceID, int dataElementID)	Retrieves the most recent (proxy of the) value of the designated data element of user-defined type (UDT) written by an external component.
URI	ProcessUnawareAccess.retrieveExternalURIValue(SessionToken session, UUID instanceID, int dataElementID)	Retrieves the most recent URI value of the designated data element of type URI written by an external component.
double	ProcessAwareAccess.retrieveFloat(SessionToken session, UUID instanceID, int readingNodeID, int readerIteration, int dataElementID)	Retrieves the double value of the designated data element of type FLOAT valid for the specified node of the process instance and the designated iteration count.
DataContainer	DataManager.retrieveInstanceDataContainer(SessionToken session, Instance instance)	Retrieves the instance data container for the designated instance.
long	ProcessAwareAccess.retrieveInteger(SessionToken session, UUID instanceID, int readingNodeID, int readerIteration, int dataElementID)	Retrieves the long value of the designated data element of type INTEGER valid for the specified node of the process instance and the designated iteration count.
boolean	ProcessUnawareAccess.retrieveLatestBooleanValue(SessionToken session, UUID instanceID, int dataElementID)	Retrieves the most recent boolean value of the designated data element of type BOOLEAN for the specified process instance.
Date	ProcessUnawareAccess.retrieveLatestDateValue(SessionToken session, UUID instanceID, int dataElementID)	Retrieves the most recent date value of the designated data element of type DATE for the specified process instance.
double	ProcessUnawareAccess.retrieveLatestFloatValue(SessionToken session, UUID instanceID, int dataElementID)	Retrieves the most recent double value of the designated data element of type FLOAT for the specified process instance.
long	ProcessUnawareAccess.retrieveLatestIntegerValue(SessionToken session, UUID instanceID, int dataElementID)	Retrieves the most recent long value of the designated data element of type INTEGER for the specified process instance.
String	ProcessUnawareAccess.retrieveLatestStringValue(SessionToken session, UUID instanceID, int dataElementID)	Retrieves the most recent string value of the designated data element of type STRING for the specified process instance.
UDTValue	ProcessUnawareAccess.retrieveLatestUDTValue(SessionToken session, UUID instanceID, int dataElementID)	Retrieves the most recent (proxy of the) value of the designated data element of user-defined type (UDT) for the specified process instance.
ServerUDTInputStream	ProcessUnawareAccess.retrieveLatestUDTValueIncrementally(SessionToken session, UUID instanceID, int dataElementID)	Retrieves the most recent value of the designated data element of user-defined type (UDT) for the specified process instance as ServerUDTInputStream.
URI	ProcessUnawareAccess.retrieveLatestURIValue(SessionToken session, UUID instanceID, int dataElementID)	Retrieves the most recent URI value of the designated data element of type URI for the specified process instance.
byte[]	SessionStateManager.retrieveSessionState(SessionToken session, String savepoint, UUID instanceLogId, int nodeId, int iteration)	Retrieves the state of a running application as a byte[] so that (the state of) the suspended application/session can be restored.
ServerStream	SessionStateManager.retrieveSessionStateIncrementally(SessionToken session, String savepoint, UUID instanceLogId, int nodeId, int iteration)	Retrieves the state of a running application as a ServerStream so that (the state of) the suspended application/session can be restored.
String	ProcessAwareAccess.retrieveString(SessionToken session, UUID instanceID, int readingNodeID, int readerIteration, int dataElementID)	Retrieves the string value of the designated data element of type STRING valid for the specified node of the process instance and the designated iteration count.
UDTValue	ProcessAwareAccess.retrieveUDT(SessionToken session, UUID instanceID, int readingNodeID, int readerIteration, int dataElementID)	Retrieves (the proxy of) the value of the designated data element of user-defined type (UDT) valid for the specified node of the process instance and the designated iteration count.
ServerUDTInputStream	ProcessAwareAccess.retrieveUDTIncrementally(SessionToken session, UUID instanceID, int readingNodeID, int readerIteration, int dataElementID)	Retrieves the value of the designated data element of user-defined type (UDT) valid for the specified node of the process instance and the designated iteration count as ServerUDTInputStream.
URI	ProcessAwareAccess.retrieveURI(SessionToken session, UUID instanceID, int readingNodeID, int readerIteration, int dataElementID)	Retrieves the URI value of the designated data element of type URI valid for the specified node of the process instance and the designated iteration count.
void	ProcessUnawareAccess.setNullExternal(SessionToken session, UUID instanceID, int dataElementID)	Sets the value of the designated data element as external value to NULL, which means the value is undefined.
void	ProcessAwareAccess.storeBoolean(SessionToken session, UUID instanceID, int writingNodeID, int writerIteration, int dataElementID, boolean value)	Stores an intermediate BOOLEAN value of the designated data element of the process instance and the corresponding metadata which is the writing node and the designated iteration.
void	ProcessAwareAccess.storeBoolean(SessionToken session, UUID instanceID, int writingNodeID, int writerIteration, int dataElementID, String savepoint, boolean value)	Stores an intermediate BOOLEAN value of the designated data element of the process instance and the corresponding metadata which is the writing node and the designated iteration.
void	ProcessUnawareAccess.storeBooleanExternal(SessionToken session, UUID instanceID, int dataElementID, boolean value)	Stores the boolean value of the designated data element of the process instance as external value.
void	ProcessAwareAccess.storeDate(SessionToken session, UUID instanceID, int writingNodeID, int writerIteration, int dataElementID, String savepoint, Date value)	Stores an intermediate DATE value of the designated data element of the process instance and the corresponding metadata which is the writing node and the designated iteration.
void	ProcessAwareAccess.storeDate(SessionToken session, UUID instanceID, int writingNodeID, int writerIteration, int dataElementID, Date value)	Stores an intermediate DATE value of the designated data element of the process instance and the corresponding metadata which is the writing node and the designated iteration.
void	ProcessUnawareAccess.storeDateExternal(SessionToken session, UUID instanceID, int dataElementID, Date value)	Stores the date value of the designated data element of the process instance as external value.
boolean	ProcessAwareAccess.storedBoolean(SessionToken session, UUID instId, int writerId, int writerIteration, int deId)	Gets the ProcessConstants.AdeptDataType.BOOLEAN value written by the designated node iteration to the designated data element in the designated instance.
Date	ProcessAwareAccess.storedDate(SessionToken session, UUID instId, int writerId, int writerIteration, int deId)	Gets the ProcessConstants.AdeptDataType.DATE value written by the designated node iteration to the designated data element in the designated instance.
double	ProcessAwareAccess.storedFloat(SessionToken session, UUID instId, int writerId, int writerIteration, int deId)	Gets the ProcessConstants.AdeptDataType.FLOAT value written by the designated node iteration to the designated data element in the designated instance.
long	ProcessAwareAccess.storedInteger(SessionToken session, UUID instId, int writerId, int writerIteration, int deId)	Gets the ProcessConstants.AdeptDataType.INTEGER value written by the designated node iteration to the designated data element in the designated instance.
String	ProcessAwareAccess.storedString(SessionToken session, UUID instId, int writerId, int writerIteration, int deId)	Gets the ProcessConstants.AdeptDataType.STRING value written by the designated node iteration to the designated data element in the designated instance.
UDTValue	ProcessAwareAccess.storedUDT(SessionToken session, UUID instId, int writerId, int writerIteration, int deId)	Gets the ProcessConstants.AdeptDataType.USERDEFINED value written by the designated node iteration to the designated data element in the designated instance.
ServerUDTInputStream	ProcessAwareAccess.storedUDTIncrementally(SessionToken session, UUID instId, int writerId, int writerIteration, int deId)	Gets the ProcessConstants.AdeptDataType.USERDEFINED value written by the designated node iteration to the designated data element in the designated instance as ServerUDTInputStream.
URI	ProcessAwareAccess.storedURI(SessionToken session, UUID instId, int writerId, int writerIteration, int deId)	Gets the ProcessConstants.AdeptDataType.URI value written by the designated node iteration to the designated data element in the designated instance.
void	ProcessAwareAccess.storeFloat(SessionToken session, UUID instanceID, int writingNodeID, int writerIteration, int dataElementID, double value)	Stores an intermediate FLOAT value of the designated data element of the process instance and the corresponding metadata which is the writing node and the designated iteration.
void	ProcessAwareAccess.storeFloat(SessionToken session, UUID instanceID, int writingNodeID, int writerIteration, int dataElementID, String savepoint, double value)	Stores an intermediate FLOAT value of the designated data element of the process instance and the corresponding metadata which is the writing node and the designated iteration.
void	ProcessUnawareAccess.storeFloatExternal(SessionToken session, UUID instanceID, int dataElementID, double value)	Stores the double value of the designated data element of the process instance as external value.
void	ProcessAwareAccess.storeInteger(SessionToken session, UUID instanceID, int writingNodeID, int writerIteration, int dataElementID, long value)	Stores an intermediate INTEGER value of the designated data element of the process instance and the corresponding metadata which is the writing node and the designated iteration.
void	ProcessAwareAccess.storeInteger(SessionToken session, UUID instanceID, int writingNodeID, int writerIteration, int dataElementID, String savepoint, long value)	Stores an intermediate INTEGER value of the designated data element of the process instance and the corresponding metadata which is the writing node and the designated iteration.
void	ProcessUnawareAccess.storeIntegerExternal(SessionToken session, UUID instanceID, int dataElementID, long value)	Stores the long value of the designated data element of the process instance as external value.
void	SessionStateManager.storeSessionState(SessionToken session, String savepoint, UUID instanceLogId, int nodeId, int iteration, byte[] sessionState)	Stores the state of a running application so that the application can be suspended, this resembles hibernating a system.
void	ProcessAwareAccess.storeString(SessionToken session, UUID instanceID, int writingNodeID, int writerIteration, int dataElementID, String value)	Stores an intermediate string value of the designated data element of the process instance and the corresponding metadata which is the writing node and the designated iteration.
void	ProcessAwareAccess.storeString(SessionToken session, UUID instanceID, int writingNodeID, int writerIteration, int dataElementID, String savepoint, String value)	Stores an intermediate string value of the designated data element of the process instance and the corresponding metadata which is the writing node and the designated iteration.
void	ProcessUnawareAccess.storeStringExternal(SessionToken session, UUID instanceID, int dataElementID, String value)	Stores the string value of the designated data element of the process instance as external value.
void	ProcessAwareAccess.storeUDT(SessionToken session, UUID instanceID, int writingNodeID, int writerIteration, int dataElementID, UDTValue value)	Stores an intermediate value of the designated data element of the process instance and the corresponding metadata which is the writing node and the designated iteration.
void	ProcessAwareAccess.storeUDT(SessionToken session, UUID instanceID, int writingNodeID, int writerIteration, int dataElementID, String savepoint, UDTValue value)	Stores an intermediate value of the designated data element of the process instance and the corresponding metadata which is the writing node and the designated iteration.
void	ProcessUnawareAccess.storeUDTExternal(SessionToken session, UUID instanceID, int dataElementID, UDTValue value)	Stores the value of the designated data element of the process instance as external value.
void	ProcessAwareAccess.storeURI(SessionToken session, UUID instanceID, int writingNodeID, int writerIteration, int dataElementID, String savepoint, URI value)	Stores an intermediate URI value of the designated data element of the process instance and the corresponding metadata which is the writing node and the designated iteration.
void	ProcessAwareAccess.storeURI(SessionToken session, UUID instanceID, int writingNodeID, int writerIteration, int dataElementID, URI value)	Stores an intermediate URI value of the designated data element of the process instance and the corresponding metadata which is the writing node and the designated iteration.
void	ProcessUnawareAccess.storeURIExternal(SessionToken session, UUID instanceID, int dataElementID, URI value)	Stores the URI value of the designated data element of the process instance as external value.
void	ProcessAwareAccess.validateWrittenValues(SessionToken session, Instance instance, int nodeId, int nodeIteration, String savepoint)	Validates and verifies all values written by the designated node instance for the designated savepoint, that is, the values are not temporary any more but valid for the following nodes and it is checked whether all mandatory output parameters have valid values.

Uses of SessionToken in de.aristaflow.adept2.core.eventmanager

Methods in de.aristaflow.adept2.core.eventmanager that return types with arguments of type SessionToken

Modifier and Type	Method	Description
Pair<SessionToken,SimpleSessionContext>	ActivityEventManager.startActivity(EBPInstanceReference activity, ProcessConstants.ExecutionMode executionMode)	Starts the designated activity if it is appropriate for a RuntimeService and provides its process context.

Methods in de.aristaflow.adept2.core.eventmanager with parameters of type SessionToken

Modifier and Type	Method	Description
EventHandler	EventManager.addEventHandler(SessionToken session, String eventType, String sourceType, EventHandler handler, int index)	Adds the designated event handler to the designated event type and event source at the designated position.
EventHandler	EventManager.addEventHandler(SessionToken session, String eventType, String sourceType, String handlerID, int index)	Adds an event handler having the designated ID to the designated event type and event source at the designated position.
EventSource<? extends Event>	EventManager.addEventSource(SessionToken session, String eventType, String sourceType, String sourceID, Configuration configuration)	Adds an event source having the designated ID to the designated event type and event source.
default UUID	InstanceStartEventManager.createAndStartInstance(SessionToken session, UUID templateID, InstanceDataContainer dataContainer)	Deprecated, for removal: This API element is subject to removal in a future version. Use InstanceStartEventManager.startInstance(SessionToken, UUID, InstanceDataContainer) instead.
InstanceDataContainer	InstanceStartEventManager.createInstanceDataContainer(SessionToken session, UUID templateID)	Creates an instance data container for the input (and output) parameters of the designated template.
List<String>	EventManager.getEventHandler(SessionToken session, String eventType, String sourceType)	Gets the event handler that are registered for the designated event type and source type.
Collection<String>	EventManager.getEventSources(SessionToken session, String eventType, String sourceType)	Gets the event sources that exist for the designated event type and source type.
TemplateReference	InstanceStartEventManager.getLatestTemplateReference(SessionToken session, String processType, boolean checkStarterRule)	Gets the lightweight representation of the "latest" process template of the designated process type.
Map<String,Class<? extends Event>>	EventManager.getSupportedEventTypes(SessionToken session)	Gets all the event types this event manager supports, that is, it can create event sources for these event types.
TemplateReference	InstanceStartEventManager.getTemplateReference(SessionToken session, UUID templateID)	Gets the lightweight representation of the designated process template.
EventHandler	EventManager.removeEventHandler(SessionToken session, String eventType, String sourceType, String handlerID)	Removes the event handler having the designated ID and being registered for the designated event type and event source.
EventSource<? extends Event>	EventManager.removeEventSource(SessionToken session, String eventType, String sourceType, String sourceID)	Removes the event source having the designated event type, event source and ID.
SerialisablePair<UUID,UUID>	InstanceStartEventManager.startInstance(SessionToken session, UUID templId, InstanceDataContainer dataContainer)	Creates a new instance of the designated process template, starts the instance and logs the designated user as initiator of the process instance.
void	InstanceStartEventManager.stopAndAbortInstance(SessionToken session, UUID instanceId, String errorMessage, String errorState, long errorCode)	Stops the designated instance and also the running activities.

Uses of SessionToken in de.aristaflow.adept2.core.eventmanager.common

Methods in de.aristaflow.adept2.core.eventmanager.common that return SessionToken

Modifier and Type	Method	Description
SessionToken	AbstractEventManager.createSession()	Creates a new session token using the client session factory assigned to this service.
protected SessionToken	OneWorkWorklistHandler.createSession()

Methods in de.aristaflow.adept2.core.eventmanager.common that return types with arguments of type SessionToken

Modifier and Type	Method	Description
Pair<SessionToken,SimpleSessionContext>	AbstractEventManager.startActivity(EBPInstanceReference activity, ProcessConstants.ExecutionMode executionMode)

Methods in de.aristaflow.adept2.core.eventmanager.common with parameters of type SessionToken

Modifier and Type	Method	Description
EventHandler	AbstractEventManager.addEventHandler(SessionToken session, String eventType, String sourceType, EventHandler current, int index)
EventHandler	AbstractEventManager.addEventHandler(SessionToken session, String eventType, String sourceType, String handlerID, int index)
protected EventHandler	AbstractEventManager.addEventHandler(SessionToken session, String eventType, String sourceType, String handlerID, EventHandler current, int index)	Adds the designated event handler to the designated event type and source type.
EventSource<?>	AbstractEventManager.addEventSource(SessionToken session, String eventType, String sourceType, String sourceID, Configuration conf)
InstanceDataContainer	AbstractEventManager.createInstanceDataContainer(SessionToken session, UUID templateID)
protected TemplateReference	AbstractInstanceStartEventHandler.getAndCheckTemplate(SessionToken session)	Retrieves the "latest" template of the configured process type and checks for whether it has the right input parameter. This method is called by the constructor! Overriding subclasses must not access their own instance fields but the instance fields of this parent class.
List<String>	AbstractEventManager.getEventHandler(SessionToken session, String eventType, String sourceType)
Collection<String>	AbstractEventManager.getEventSources(SessionToken session, String eventType, String sourceType)
TemplateReference	AbstractEventManager.getLatestTemplateReference(SessionToken session, String processType, boolean checkStarterRule)
Map<String,Class<? extends Event>>	AbstractEventManager.getSupportedEventTypes(SessionToken session)
protected Map<String,Class<? extends Event>>	AbstractEventManager.getSupportedEventTypes(SessionToken session, ServiceAccess sa)	Gets all event types declared via plugin types for this event manager.
TemplateReference	AbstractEventManager.getTemplateReference(SessionToken session, UUID templateID)
EventHandler	AbstractEventManager.removeEventHandler(SessionToken session, String eventType, String sourceType, String handlerID)
EventSource<?>	AbstractEventManager.removeEventSource(SessionToken session, String eventType, String sourceType, String sourceID)
SerialisablePair<UUID,UUID>	AbstractEventManager.startInstance(SessionToken session, UUID templId, InstanceDataContainer dataContainer)
void	AbstractEventManager.stopAndAbortInstance(SessionToken session, UUID instanceId, String errorMessage, String errorState, long errorCode)

Uses of SessionToken in de.aristaflow.adept2.core.eventmanager.fileevents

Methods in de.aristaflow.adept2.core.eventmanager.fileevents with parameters of type SessionToken

Modifier and Type	Method	Description
protected TemplateReference	MarkInstanceStartEventHandler.getAndCheckTemplate(SessionToken session)	Retrieves the "latest" template of the configured process type and checks for whether it has the right input parameter.

Uses of SessionToken in de.aristaflow.adept2.core.executionmanager

Methods in de.aristaflow.adept2.core.executionmanager with parameters of type SessionToken

Modifier and Type	Method	Description
void	ActivityExecutionControl.abortActivity(SessionToken session, EBPInstanceReference activity, String errorMessage, long errorCode, boolean force, boolean propagate)	Instructs the ActivityExecutionControl to abort the activity and propagate the abortion if appropriate, e.
void	InstanceChanging.abortInstanceChanging(SessionToken session, UUID instanceID)	Aborts changing the instance, unlocks and resumes the instance and informs the worklist managers accordingly.
void	ActivityTermination.activityFailed(SessionToken session, EBPInstanceReference activity, DataContainer dataContainer, String errorMessage, String state, long errorCode)	Signals the failure of an activity, which means, setting the state of the process step accordingly and starting appropriate measures, for instance, rolling back or restarting.
void	ActivityTermination.activityFinished(SessionToken session, EBPInstanceReference activity, DataContainer dataContainer)	Signals the termination of an activity, which means, setting the state of the process step accordingly, storing the values of the output parameters - encapsulated in the designated data container - and activating new process steps if appropriate.
void	ActivityTermination.activityReset(SessionToken session, EBPInstanceReference activity)	Signals a reset of a running activity, which means, the current state (including the written values) is completely dropped and resetting the state of the node to NS_ACTIVATED.
void	ActivityTermination.activityResetTo(SessionToken session, EBPInstanceReference activity, String savepoint)	Signals a reset of a running activity to the designated savepoint.
void	ActivityTermination.activitySuspended(SessionToken session, EBPInstanceReference activity, DataContainer dataContainer)	Signals a suspending of an activity, which means, setting the state of the process step accordingly and storing the values of the output parameters - encapsulated in the designated data container.
void	ActivityTermination.activitySuspended(SessionToken session, EBPInstanceReference activity, DataContainer dataContainer, String savepoint)	Signals a suspending of an activity, which means, setting the state of the process step accordingly and storing the values of the output parameters - encapsulated in the designated data container.
void	WorklistInteraction.addWorklistManager(SessionToken session, WorklistNotification worklistManager)	Adds a worklist manager to this execution manager to listen for state changes.
Map<UUID,UUID>	ExecutionManager.archiveInstance(SessionToken session, UUID instanceID)	Archives the designated instance which removes the instance data completely from the underlying services which includes the InstanceManager, the DataManager and the ExecutionHistory.
SerialisablePair<Collection<UUID>,Map<UUID,UUID>>	ExecutionManager.archiveTemplate(SessionToken session, UUID templateID)	Archives the designated template which removes the template and the instance data completely from the underlying services which includes the TemplateManager, the InstanceManager, the DataManager and the ExecutionHistory.
ChangeReport	InstanceChanging.changeAndUnlockInstance(SessionToken session, ChangeableInstance instance, Locale... locales)	Validates the instance and if this is successful, the designated instance will be changed, unlocked, resumed and the worklist and data managers will be informed about the new instance structure and state.
ChangeReport	InstanceChanging.changeInstance(SessionToken session, ChangeableInstance instance, Locale... locales)	Validates the instance and if this is successful, the designated instance will be changed and the worklist and data managers will be informed about the new instance structure and state.
SerialisablePair<Boolean,ProcessConstants.InstanceExecutionStatus>	InstanceControl.checkForAndFixInconsistencies(SessionToken session, UUID instId, boolean considerRunning)	Checks the designated instance for inconsistencies and tries to fix them.
void	InstanceControl.commitInstance(SessionToken session, UUID instanceID)	Commits the designated instance, that means, the instance is marked as successfully completed.
default UUID	InstanceControl.createAndStartInstance(SessionToken session, UUID processTemplateID, ExecutionContext executionContext, URI[] rtMgr, URI[] stateListener)	Deprecated, for removal: This API element is subject to removal in a future version. Use InstanceControl.startInstance(SessionToken, UUID, ExecutionContext, URI[], URI[]) instead.
default UUID	InstanceControl.createAndStartInstance(SessionToken session, UUID processTemplateID, URI[] stateListener)	Deprecated, for removal: This API element is subject to removal in a future version. Use InstanceControl.startInstance(SessionToken, UUID, URI[]) instead.
default UUID	InstanceControl.createAndStartInstance(SessionToken session, UUID processTemplateID, URI[] rtMgr, URI[] stateListener)	Deprecated, for removal: This API element is subject to removal in a future version. Use InstanceControl.startInstance(SessionToken, UUID, URI[], URI[]) instead.
default UUID	InstanceControl.createAndStartSubInstance(SessionToken session, EBPInstanceReference superInstanceActivity, ExecutionContext executionContext, URI[] stateListener)	Deprecated, for removal: This API element is subject to removal in a future version. Use InstanceControl.startSubInstance(SessionToken, EBPInstanceReference, ExecutionContext, URI[]) instead.
InstanceDataContainer	InstanceControl.createInstanceDataContainer(SessionToken session, UUID processTemplateID)	Creates an instance data container for the input (and output) parameters of the designated template.
void	ActivityStarting.deselectActivity(SessionToken session, EBPInstanceReference activity)	Deselects the designated activity, that is, the designated user does not want to execute the activity later any more.
void	ActivityStarting.enquireActivity(SessionToken session, EBPInstanceReference activity, Set<QualifiedAgent> recipients, String question)	Sets an enquiry for the designated activity and delegates it to the designated recipients.
void	ActivityTermination.flushDataContainer(SessionToken session, EBPInstanceReference activity, DataContainer dataContainer)	Flushes the current state of the designated data container, that is, the values of the output parameters and the application states and stores them internally with the last savepoint ID of the designated data container.
void	ActivityTermination.flushSavepoint(SessionToken session, EBPInstanceReference activity, DataContainer dataContainer, String savepoint)	Flushes the state of the designated savepoint in the designated data container, that is, the values of the output parameters and the application states for the designated savepoint and stores them internally.
Map<InstanceReference,Collection<de.aristaflow.adept2.model.monitor.InstanceDataValues>>	InstanceExecutionMonitor.getCurrentDataValues(SessionToken session, Collection<UUID> rootTemplIds, List<de.aristaflow.adept2.model.monitor.TemplTreeDataElement> dataElements, Filter instFilter, Filter instStatusFilter, Map<Integer,Long> valueSizeLimits)	Gets the current values of the instances of the designated template IDs restricted to the designated data elements and the instances matching the designated instance and instance status filter.
URI[]	ExecutionManager.getDataManager(SessionToken session, UUID instanceID)	Gets the data manager that is associated with this execution manager for the designated process instance.
Set<QualifiedAgent>	ActivityStarting.getEnquiryRecipients(SessionToken session, EBPInstanceReference activity)	Gets all agents that are possible recipients for an enquiry for the designated activity and the agent identified by the designated session token.
RemoteIterator<List<QualifiedAgent>>	ActivityStarting.getEnquiryRecipientsIterator(SessionToken session, EBPInstanceReference activity)	The same as ActivityStarting.getEnquiryRecipients(SessionToken, EBPInstanceReference) but with partial retrieval of the agents.
ExecutionContext	ActivityStarting.getExecutionContext(SessionToken session, EBPInstanceReference activity)	Gets the execution context for the designated activity.
Pair<Map<EBPInstanceReference,ExecutionContext>,Map<EBPInstanceReference,Throwable>>	ActivityStarting.getExecutionContexts(SessionToken session, Collection<EBPInstanceReference> activities)	Gets the execution contexts for the designated activities.
ChangeableInstance	InstanceChanging.getInstanceForChanging(SessionToken session, UUID instanceID)	Gets a process instance that may be changed after retrieval.
Set<TemplateReference>	InstanceControl.getInstantiableTemplateReferences(SessionToken session, boolean includeOutdated)	Gets the lightweight representations of all templates that can be instantiated as top-level-processes, that is, they exist in the process manager and they are in the state INSTANTIABLE as top-level processes.
RemoteIterator<List<TemplateReference>>	InstanceControl.getInstantiableTemplateReferencesIterator(SessionToken session, boolean includeOutdated)	The same as InstanceControl.getInstantiableTemplateReferences(SessionToken, boolean) but with partial retrieval of the template references.
Set<UUID>	InstanceControl.getInstantiableTemplates(SessionToken session, boolean includeOutdated)	Gets the IDs of all templates that can be instantiated as top-level-processes, that is, they exist in the process manager and they are in the state INSTANTIABLE as top-level processes.
RemoteIterator<List<UUID>>	InstanceControl.getInstantiableTemplatesIterator(SessionToken session, boolean includeOutdated)	The same as InstanceControl.getInstantiableTemplates(SessionToken, boolean) but with partial retrieval of the template IDs.
URI[]	ExecutionManager.getProcessManager(SessionToken session, UUID instanceID)	Gets the process manager that is associated with this execution manager for the designated process instance
URI[]	ExecutionManager.getProcessManagerLogId(SessionToken session, UUID instLogId)	Gets the process manager that is associated with this execution manager for the designated process instance.
ParameterDataContext	InstanceControl.getPublicDataContext(SessionToken session, UUID instanceID)	Gets the data context providing the (most recent) values of the public data elements of the designated instance.
List<String>	ActivityExecutionControl.getSavepoints(SessionToken session, EBPInstanceReference activity)	Gets all savepoints and their respective names for the designated activity.
TemplateReference	InstanceControl.getTemplateReference(SessionToken session, UUID templateID)	Gets the lightweight representation of the designated process template.
Pair<Collection<UUID>,Collection<de.aristaflow.adept2.model.monitor.TemplTreeDataElement>>	InstanceExecutionMonitor.getTemplTreeDataElemsForProcType(SessionToken session, String procType, UUID... virtualSysDeIdentifier)	Determines the template trees (subprocess structure and different templates versions) of the designated process type and gets the all data elements of the corresponding templates.
Collection<de.aristaflow.adept2.model.monitor.TemplTreeDataElement>	InstanceExecutionMonitor.getTemplTreeDataElemsForTemplate(SessionToken session, UUID templId, UUID... virtualSysDeIdentifier)	Determines the template tree (subprocess structure) of the designated template and gets the all data elements of the corresponding templates.
void	SubInstanceStateNotification.instanceFailed(SessionToken session, UUID instanceID, EBPInstanceReference superLWP, DataContainer dataContainer, String errorMessage, String state, long errorCode)	Notifies that the designated subprocess instance has failed and provides the necessary failure information.
void	SubInstanceStateNotification.instanceFinished(SessionToken session, UUID instanceID, EBPInstanceReference superLWP, DataContainer dataContainer)	Notifies that the designated subprocess instance has finished normally and provides the output parameters of the instance.
void	SubInstanceStateNotification.instanceResumed(SessionToken session, UUID instanceID, EBPInstanceReference superLWP)	Notifies that the designated subprocess instance has been resumed.
void	SubInstanceStateNotification.instanceSuspended(SessionToken session, UUID instanceID, EBPInstanceReference superLWP, DataContainer dataContainer)	Notifies that the designated subprocess instance has been suspended.
Vote	InstanceControl.prepareCommitInstance(SessionToken session, UUID instanceID)	Prepares the commit of an instance.
URI[]	LocalInstanceStateNotifier.registerInstanceStateListener(SessionToken session, InstanceStateNotification listener)	Registers the designated listener for state changes of every instance.
URI[]	LocalInstanceStateNotifier.registerInstanceStateListener(SessionToken session, UUID instanceId, InstanceStateNotification listener)	Registers the designated listener for state changes of the designated instance.
void	WorklistInteraction.removeWorklistManager(SessionToken session, WorklistNotification worklistManager)	Removes a listening worklist manager from this execution manager.
void	ActivityStarting.replyEnquiry(SessionToken session, EBPInstanceReference activity, String reply)	Replies to the designated activity, that is the last enquiry is replied.
void	ActivityExecutionControl.resetActivity(SessionToken session, EBPInstanceReference activity, boolean forceReset)	Resets the designated activity to its initial state when it is first activated.
void	ActivityExecutionControl.resetActivity(SessionToken session, EBPInstanceReference activity, boolean forceReset, String savepoint)	Resets the designated activity to the designated savepoint.
String	ActivityExecutionControl.resetToPrevSavepoint(SessionToken session, EBPInstanceReference activity, boolean forceReset)	Resets the designated activity to the previous savepoint.
void	ActivityStarting.resumeActivity(SessionToken session, EBPInstanceReference activity)	Resumes the designated activity from the latest valid savepoint and logs the agent, the organisational position.
void	InstanceControl.resumeInstance(SessionToken session, UUID instanceID)	Resumes the designated (top-level or sub-process) instance and (re-)offers all active (including suspended) activities to the worklist manager.
void	InstanceControl.resumeInstance(SessionToken session, UUID instanceID, URI[] stateListener)	Resumes the designated (top-level or sub-process) instance and (re-)offers all active (including suspended) activities to the worklist manager.
void	InstanceControl.rollbackInstance(SessionToken session, UUID instanceID)	Resets the designated instance, which includes rolling back the data and the effects of the instance as a whole.
void	ActivityStarting.selectActivity(SessionToken session, EBPInstanceReference activity)	Selects the designated activity, that is, the designated user wants to execute the activity later.
void	ActivityStarting.startActivity(SessionToken session, EBPInstanceReference activity, ProcessConstants.ExecutionMode executionMode)	Starts the designated activity in the designated execution mode and logs the agent, the organisational position.
SerialisablePair<UUID,UUID>	InstanceControl.startInstance(SessionToken session, UUID templId, ExecutionContext execContext, URI[] rtMgr, URI[] stateListener)	Creates a new instance of the designated process template, starts the instance and logs the designated user as initiator of the process instance.
SerialisablePair<UUID,UUID>	InstanceControl.startInstance(SessionToken session, UUID templId, URI[] stateListener)	Creates a new instance of the designated process template, starts the instance and logs the designated user as initiator of the process instance.
SerialisablePair<UUID,UUID>	InstanceControl.startInstance(SessionToken session, UUID templId, URI[] rtMgr, URI[] stateListener)	Creates a new instance of the designated process template, starts the instance and logs the designated user as initiator of the process instance.
SerialisablePair<UUID,UUID>	InstanceControl.startSubInstance(SessionToken session, EBPInstanceReference parentLwp, ExecutionContext execContext, URI[] stateListener)	Creates a new instance as subprocess of the designated activity/lightweight process referring to the corresponding subprocess template ID.
void	InstanceControl.stopAndAbortInstance(SessionToken session, UUID instanceID, boolean propagateToRunningActs, String errorMessage, String state, long errorCode)	Stops the designated instance and if appropriate also the running activities.
boolean	ActivityExecutionControl.suspendActivity(SessionToken session, EBPInstanceReference activity, boolean waitForAcknowledgement, boolean propagate)	Instructs the ActivityExecutionControl to suspend the specified activity and propagate the suspension if appropriate, e.
boolean	InstanceControl.suspendInstance(SessionToken session, UUID instanceID, boolean propagateToRunningActs)	Suspends the designated instance and if appropriate also the running activities.
void	InstanceChanging.unlockChangeableInstance(SessionToken session, UUID instanceID)	Unlocks and resumes the instance without affecting any made changes, that is previously committed changes are persisted, uncommitted changes are dropped.
void	LocalInstanceStateNotifier.unregisterInstanceStateListener(SessionToken session, InstanceStateNotification listener)	Unregisters the designated listener for state changes of every instance.
void	LocalInstanceStateNotifier.unregisterInstanceStateListener(SessionToken session, UUID instanceId, InstanceStateNotification listener)	Unregisters the designated listener for state changes of the designated instance.

Uses of SessionToken in de.aristaflow.adept2.core.globalprovider

Methods in de.aristaflow.adept2.core.globalprovider with parameters of type SessionToken

Modifier and Type	Method	Description
Configuration	GlobalEcConfiguration.getConfiguration(SessionToken session, String namespace)	Gets the global configuration for all activities of the designated configuration namespace.
Configuration	GlobalEcConfiguration.getConfiguration(SessionToken session, String namespace, String ecName)	Gets the configuration for all activities of the designated executable component description of the designated configuration namespace.
Configuration	GlobalEcConfiguration.getConfiguration(SessionToken session, String namespace, String ecName, String operationName)	Gets the configuration for all activities of the designated operationName of the designated configuration namespace.
Configuration	GlobalEcConfiguration.getConfiguration(SessionToken session, String namespace, String ecName, String operationName, String activityName)	Gets the configuration for the designated activity of the designated configuration namespace.
Configuration	GlobalUserConfiguration.getConfiguration(SessionToken session, String namespace, long agentId, long orgPosId)	Gets the configuration for the designated agent and the designated namespace.
Configuration	GlobalUserConfiguration.getGlobalConfiguration(SessionToken session, String namespace)	Gets the global configuration for the designated namespace.
Set<String>	GlobalUserConfiguration.getGlobalNamespaces(SessionToken session)	Gets all namespaces for which global configurations are defined.
RemoteIterator<List<String>>	GlobalUserConfiguration.getGlobalNamespacesIterator(SessionToken session)	The same as GlobalUserConfiguration.getGlobalNamespaces(SessionToken) but with partial retrieval of the entities.
byte[]	IconProvider.getIcon(SessionToken session, IconDescriptor iconDescriptor)	Gets the the icon (in PNG-format) identified by the icon descriptor.
byte[]	IconProvider.getIcon(SessionToken session, IconDescriptor iconDescriptor, int width, int height)	Gets the the icon (in PNG-format) identified by the icon descriptor.
byte[]	IconProvider.getIcon(SessionToken session, UUID iconID)	Gets the (latest revision of the) designated icon (in PNG-format) or null in case no icon with the designated ID exists.
byte[]	IconProvider.getIcon(SessionToken session, UUID iconID, int width, int height)	Gets the (latest revision of the) designated icon (in PNG-format) with the designated dimensions or null in case no icon with the designated ID exists.
IconDescriptor	IconProvider.getIconDescriptor(SessionToken session, UUID iconID)	Gets the latest revision of the designated icon descriptor or null in case no icon descriptor with the designated ID exists.
Set<String>	GlobalEcConfiguration.getNamespaces(SessionToken session)	Gets all namespaces for which configurations are defined for this global configuration (provider).
Set<String>	GlobalUserConfiguration.getNamespaces(SessionToken session, long agentId, long orgPosId)	Gets all namespaces for which configurations are defined for the designated agent.
RemoteIterator<List<String>>	GlobalEcConfiguration.getNamespacesIterator(SessionToken session)	The same as GlobalEcConfiguration.getNamespaces(SessionToken) but with partial retrieval of the entities.
RemoteIterator<List<String>>	GlobalUserConfiguration.getNamespacesIterator(SessionToken session, long agentId, long orgPosId)	The same as GlobalUserConfiguration.getNamespaces(SessionToken, long, long) but with partial retrieval of the entities.
byte[]	ResourceProvider.getResource(SessionToken session, ResourceDescriptor resourceDescriptor)	Gets the the resource identified by the resource descriptor.
byte[]	ResourceProvider.getResource(SessionToken session, UUID resourceID)	Gets the (latest revision of the) designated resource or null in case no resource with the designated ID exists.
ResourceDescriptor	ResourceProvider.getResourceDescriptor(SessionToken session, UUID resourceID)	Gets the latest revision of the designated resource descriptor or null in case no resource descriptor with the designated ID exists.
ServerStream	ResourceProvider.getResourceIncrementally(SessionToken session, ResourceDescriptor resourceDescriptor)	The same as ResourceProvider.getResource(SessionToken, ResourceDescriptor) but with incremental retrieval of the resource.
ServerStream	ResourceProvider.getResourceIncrementally(SessionToken session, UUID resourceID)	The same as ResourceProvider.getResource(SessionToken, UUID) but with incremental retrieval of the resource.
Configuration	GlobalEcConfiguration.getTestConfiguration(SessionToken session, String namespace)	Gets the global test configuration for all activities of the designated configuration namespace.
Configuration	GlobalEcConfiguration.getTestConfiguration(SessionToken session, String namespace, String ecName)	Gets the test configuration for all activities of the designated executable component description of the designated configuration namespace.
Configuration	GlobalEcConfiguration.getTestConfiguration(SessionToken session, String namespace, String ecName, String operationName)	Gets the test configuration for all activities of the designated operationName of the designated configuration namespace.
Configuration	GlobalEcConfiguration.getTestConfiguration(SessionToken session, String namespace, String ecName, String operationName, String activityName)	Gets the test configuration for the designated activity of the designated configuration namespace.
void	GlobalEcConfiguration.setConfiguration(SessionToken session, String namespace, Configuration configuration)	Sets the global configuration for all activities of the designated configuration namespace to the designated one.
void	GlobalEcConfiguration.setConfiguration(SessionToken session, String namespace, String ecName, Configuration configuration)	Sets the configuration for all activities of the designated executable component description of the designated configuration namespace to the designated one.
void	GlobalEcConfiguration.setConfiguration(SessionToken session, String namespace, String ecName, String operationName, Configuration configuration)	Sets the configuration for all activities of the designated operationName of the designated configuration namespace to the designated one.
void	GlobalEcConfiguration.setConfiguration(SessionToken session, String namespace, String ecName, String operationName, String activityName, Configuration configuration)	Sets the configuration for the designated activity of the designated configuration namespace to the designated one.
void	GlobalUserConfiguration.setConfiguration(SessionToken session, String namespace, long agentId, long orgPosId, Configuration conf)	Sets the designated configuration for the designated agent and the designated namespace.
void	GlobalUserConfiguration.setGlobalConfiguration(SessionToken session, String namespace, Configuration conf)	Sets the designated global configuration for the designated namespace.
void	GlobalEcConfiguration.setTestConfiguration(SessionToken session, String namespace, Configuration configuration)	Sets the global test configuration for all activities of the designated configuration namespace to the designated one.
void	GlobalEcConfiguration.setTestConfiguration(SessionToken session, String namespace, String ecName, Configuration configuration)	Sets the test configuration for all activities of the designated executable component description of the designated configuration namespace to the designated one.
void	GlobalEcConfiguration.setTestConfiguration(SessionToken session, String namespace, String ecName, String operationName, Configuration configuration)	Sets the test configuration for all activities of the designated operationName of the designated configuration namespace to the designated one.
void	GlobalEcConfiguration.setTestConfiguration(SessionToken session, String namespace, String ecName, String operationName, String activityName, Configuration configuration)	Sets the test configuration for the designated activity of the designated configuration namespace to the designated one.

Uses of SessionToken in de.aristaflow.adept2.core.inittab

Methods in de.aristaflow.adept2.core.inittab with parameters of type SessionToken

Modifier and Type	Method	Description
Map<InitType,TreeMap<Integer,InitTabEntry>>	InitTabManager.getInitTab(SessionToken session)	Returns the complete init tab.
DataContainer	InitTabManager.getInitTabInputData(SessionToken session, InitType type, int level)	Returns the input data for the given init tab entry, or null if not applicable.
UUID	InitTabManager.getInstanceIDForEntry(SessionToken session, InitType type, int level)	Returns the ID of the currently or last running instance of the given init tab entry, returns null if no instance has run yet.
void	InitTabManager.registerNewEntry(SessionToken session, InitTabEntry entry, DataContainer inputData)	This method changes the ID of the designated entry, so provide just any ID.
void	InitTabManager.removeInitTabEntry(SessionToken session, InitType type, int level, boolean abortInstance)	Removes an init tab entry and optionally aborts a possibly running instance.

Uses of SessionToken in de.aristaflow.adept2.core.logmanager

Methods in de.aristaflow.adept2.core.logmanager with parameters of type SessionToken

Modifier and Type	Method	Description
long	Log.count(SessionToken session, String sqlWhereClause)	Counts all log entries that match the specified WHERE clause.
String	Log.formatCondition(SessionToken session, String conditionFormat, Serializable... values)	Formats the given condition format string and values to an SQL condition that can e.g.
String	LogManager.formatCondition(SessionToken session, Log log, String conditionFormat, Serializable... values)	Formats the given condition format string and values to an SQL condition that can e.g.
ResultSet	Log.query(SessionToken session, String sqlQuery, int maxEntries)	Executes a user-defined SQL query on the data source of the associated log manager.
ResultSet	LogManager.query(SessionToken session, String sqlQuery, int maxEntries)	Executes a user-defined SQL query on the data source of this log manager.
LogEntry	Log.read(SessionToken session, long logEntryID, String... columnNames)	Reads the log entry with the specified ID.
LogEntrySet	Log.read(SessionToken session, String sqlWhereClause, String sqlOrderByClause, int startEntry, int maxEntries, String... columnNames)	Reads all log entries that match the specified WHERE clause.
LogEntrySet	Log.read(SessionToken session, String sqlWhereClause, String sqlOrderByClause, int maxEntries, String... columnNames)	Reads all log entries that match the specified WHERE clause.

Uses of SessionToken in de.aristaflow.adept2.core.logmanager.logs

Methods in de.aristaflow.adept2.core.logmanager.logs with parameters of type SessionToken

Modifier and Type	Method	Description
void	ExecutionHistoryWriteAccess.archiveInstance(SessionToken session, UUID instanceLogID)	Archives the data of the designated instance to a separate archive.
long	ExecutionHistory.countInstanceHistoryEntries(SessionToken session, UUID instanceLogID)
void	ExecutionHistoryWriteAccess.logInstanceChanged(SessionToken session, long timestamp, Instance instance)
void	ExecutionHistoryWriteAccess.logInstanceFailed(SessionToken session, long timestamp, Instance instance, long errorCode, String errorState, String errorMessage)
void	ExecutionHistoryWriteAccess.logInstanceFinished(SessionToken session, long timestamp, Instance instance)
void	ExecutionHistoryWriteAccess.logInstanceResumed(SessionToken session, long timestamp, Instance instance)
void	ExecutionHistoryWriteAccess.logInstanceStarted(SessionToken session, long timestamp, Instance instance)
void	ExecutionHistoryWriteAccess.logInstanceSuspended(SessionToken session, long timestamp, Instance instance)
void	ExecutionHistoryWriteAccess.logNodeActivated(SessionToken session, long timestamp, Instance instance, int nodeID, int iteration)
void	ExecutionHistoryWriteAccess.logNodeDeselected(SessionToken session, long timestamp, Instance instance, int nodeID, int iteration)
void	ExecutionHistoryWriteAccess.logNodeFailed(SessionToken session, long timestamp, Long clientDelay, Instance instance, int nodeID, int iteration, long errorCode, String errorState, String errorMessage)
void	ExecutionHistoryWriteAccess.logNodeFinished(SessionToken session, long timestamp, Long clientDelay, Instance instance, int nodeID, Map<String,String> nodeName, int iteration, URI[] executionManagerURIs)
void	ExecutionHistoryWriteAccess.logNodePromoted(SessionToken session, long timestamp, Instance instance, int nodeId, int iteration, ProcessConstants.NodeState promState)	Logs that the activity identified by the designated instance, node and node iteration has been promoted.
void	ExecutionHistoryWriteAccess.logNodeResetHard(SessionToken session, long timestamp, Instance instance, int nodeId, int iteration, String savepoint)	Logs that the activity identified by the designated instance, node and node iteration has been reset to the designated savepoint.
void	ExecutionHistoryWriteAccess.logNodeResetSoft(SessionToken session, long timestamp, Long clientDelay, Instance instance, int nodeID, int iteration)
void	ExecutionHistoryWriteAccess.logNodeResetTo(SessionToken session, long timestamp, Long clientDelay, Instance instance, int nodeId, int iteration, String savepoint)	Logs that the activity identified by the designated instance, node and node iteration has been reset itself to the designated savepoint.
void	ExecutionHistoryWriteAccess.logNodeResumed(SessionToken session, long timestamp, Instance instance, int nodeID, int iteration)
void	ExecutionHistoryWriteAccess.logNodeSelected(SessionToken session, long timestamp, Instance instance, int nodeID, int iteration)
void	ExecutionHistoryWriteAccess.logNodeSkipped(SessionToken session, long timestamp, Instance instance, int nodeID, int iteration)
void	ExecutionHistoryWriteAccess.logNodeStarted(SessionToken session, long timestamp, Instance instance, int nodeID, Map<String,String> nodeName, int iteration)
void	ExecutionHistoryWriteAccess.logNodeSuppressed(SessionToken session, long timestamp, Instance instance, int nodeId, int iteration, ProcessConstants.NodeState prevState)	Logs that the activity identified by the designated instance, node and node iteration has been suppressed.
void	ExecutionHistoryWriteAccess.logNodeSuspended(SessionToken session, long timestamp, Long clientDelay, Instance instance, int nodeID, int iteration)
void	ExecutionHistoryWriteAccess.logSavepointFlushed(SessionToken session, long timestamp, Long clientDelay, Instance instance, int nodeId, int iteration, String savepoint)	Logs that the activity identified by the designated instance, node and node iteration has flushed its data with the designated savepoint ID.
LogEntrySet	ExecutionHistory.readAllInstanceErrorInformation(SessionToken session, UUID instLogId)	Gets the log entries containing all error information for the specified instance starting with the most recent error.
LogEntrySet	ExecutionHistory.readAllNodeErrorInformation(SessionToken session, UUID instanceLogId, int nodeId, int iteration)	Gets the log entries containing all error information for the specified instance, node and iteration starting with the most recent error.
List<WorkHistoryEntry>	ExecutionHistory.readCompletedSteps(SessionToken session, long agentID, long orgPositionID, long startEntryID, boolean newerEntries, int maxEntries, boolean sortAscending, Locale... preferredLocales)	Reads all steps completed by the specified agent in the specified org position within the given time frame.
List<WorkHistoryEntry>	ExecutionHistory.readCompletedSteps(SessionToken session, long agentID, long orgPositionID, long fromTimestamp, long toTimestamp, int maxEntries, boolean sortAscending, Locale... preferredLocales)	Reads all steps completed by the specified agent in the specified org position within the given time frame.
List<WorkHistoryEntry>	ExecutionHistory.readCompletedSteps(SessionToken session, long agentID, Collection<Long> orgPositionIDs, long startEntryID, boolean newerEntries, int maxEntries, boolean sortAscending, Locale... preferredLocales)	Reads all steps completed by the specified agent in the specified org position within the given time frame.
List<WorkHistoryEntry>	ExecutionHistory.readCompletedSteps(SessionToken session, long agentID, Collection<Long> orgPositionIDs, long fromTimestamp, long toTimestamp, int maxEntries, boolean sortAscending, Locale... preferredLocales)	Reads all steps completed by the specified agent in the specified org position within the given time frame.
List<ExecutionHistoryEntry>	ExecutionHistory.readHistory(SessionToken session, String whereClause, long startEntryID, boolean newerEntries, int maxEntries, boolean sortAscending, Locale... preferredLocales)	Reads all logged events filtered by the designated where clause.
LogEntry	ExecutionHistory.readInstanceErrorInformation(SessionToken session, UUID instanceLogID)	Gets the log entry containing the most recent error information for the specified instance.
List<ExecutionHistoryEntry>	ExecutionHistory.readInstanceHistory(SessionToken session, UUID instanceLogID, long startEntryID, boolean newerEntries, int maxEntries, boolean sortAscending, Locale... preferredLocales)	Reads logged events for the instance with the given log ID.
LogEntry	ExecutionHistory.readNodeErrorInformation(SessionToken session, UUID instanceLogID, int nodeID, int nodeIteration)	Returns the log entry containing the most recent error information for the specified instance, node and iteration or null if there is no error information available.
LogEntrySet	ExecutionHistory.readPreviousSteps(SessionToken session, UUID instanceLogID, int nodeID, int iteration)	Reads the past finished steps in the specified instance that occurred before the specified node in its specified iteration.

Uses of SessionToken in de.aristaflow.adept2.core.mailservice

Methods in de.aristaflow.adept2.core.mailservice with parameters of type SessionToken

Modifier and Type	Method	Description
EmailResult	MailService.sendMail(SessionToken session, Email mail, boolean allowAsyncRetry)	Sends the designated mail which needs at least one recipient, a subject and a body/text.
EmailResult	MailService.sendMail(SessionToken session, Email mail, Map<String,String> addAttributes, boolean allowAsyncRetry)	Sends the designated mail which needs at least one recipient, a subject and a body/text.
EmailResult	MailService.sendMail(SessionToken session, String from, List<String> to, List<String> cc, List<String> bcc, String subject, String body, boolean allowAsyncRetry)	Sends a mail to the designated recipients having the designated sender, subject and body.
EmailResult	MailService.sendMail(SessionToken session, String from, List<String> to, List<String> cc, List<String> bcc, String subject, String body, List<SerialisableAttachment> attachments, Map<String,String> addAttributes, boolean allowAsyncRetry)	Sends a mail to the designated recipients having the designated sender, subject and body.
EmailResult	MailService.sendMail(SessionToken session, List<String> to, String subject, String body, boolean allowAsyncRetry)	Sends a mail to the designated recipients having the designated subject and the designated body.
EmailResult	MailService.sendMail(SessionToken session, List<String> to, String subject, String body, Map<String,String> addAttributes, boolean allowAsyncRetry)	Sends a mail to the designated recipients having the designated subject and the designated body and the optional additional attributes.
EmailResult	MailService.sendMail(SessionToken session, List<String> to, List<String> cc, List<String> bcc, String subject, String body, List<SerialisableAttachment> attachments, Map<String,String> addAttributes, boolean allowAsyncRetry)	Sends a mail to the designated recipients having the designated subject and body and the default sender from the MailService.
EmailResult	MailService.sendMail(SessionToken session, List<String> to, List<String> cc, List<String> bcc, String subject, String body, Map<String,String> addAttributes, boolean allowAsyncRetry)	Sends a mail to the designated recipients having the designated subject and the designated body and the optional additional attributes.

Uses of SessionToken in de.aristaflow.adept2.core.orgmodelmanager

Methods in de.aristaflow.adept2.core.orgmodelmanager with parameters of type SessionToken

Modifier and Type	Method	Description
void	ModelChangeOperations.addAttribute(SessionToken session, EntityType entType, String attrName, DataType dataType)	Adds a new attribute with the given data type to the given entity type.
void	ModelChangeOperations.addAttribute(SessionToken session, EntityType entType, String attrName, DataType dataType, boolean readOnly, Map<String,String> omExtMapping, Collection<String> writeBackOmExts)	Adds a new attribute with the designated data type to the designated entity type which is being mapped from the designated attributes from the corresponding org model extensions .
void	ModelChangeOperations.addAttribute(SessionToken session, EntityType entType, String attrName, DataType dataType, int sizeHint)	Adds a new attribute with the given data type to the given entity type.
void	ModelChangeOperations.addAttribute(SessionToken session, EntityType entType, String attrName, DataType dataType, int sizeHint, String omExtension, String mappedTo, boolean isImported, boolean isReadOnly)	Deprecated, for removal: This API element is subject to removal in a future version. Use ModelChangeOperations.addStringAttribute(SessionToken, EntityType, String, int, boolean, Map, Collection) instead.
void	ModelChangeOperations.addAttribute(SessionToken session, EntityType entType, String attrName, DataType dataType, String omExtension, String mappedTo, boolean isImported, boolean isReadOnly)	Deprecated, for removal: This API element is subject to removal in a future version. Use ModelChangeOperations.addAttribute(SessionToken, EntityType, String, DataType, boolean, Map, Collection) instead.
void	ModelChangeOperations.addRelation(SessionToken session, RelationType relType, long id1, long id2)	This method adds a relation of the given type between the two entities identified by the given IDs.
void	ModelChangeOperations.addStringAttribute(SessionToken session, EntityType entType, String attrName, int sizeHint, boolean readOnly, Map<String,String> omExtMapping, Collection<String> writeBackOmExts)	Adds a new DataType.STRING attribute of the designated size to the designated entity type which is being mapped from the designated attributes from the corresponding org model extensions .
RichAgent	ClientAdministration.changeMailAddress(SessionToken session, String mailAddress)	Changes the mail address of the user identified by the session token.
void	ClientAdministration.changePassword(SessionToken session, String oldPassword, String newPassword)	This method changes the password of the user identified by the session token.
RichAgent	ClientAdministration.changePreferredLocale(SessionToken session, Locale locale)	Changes the preferred locale of the user identified by the session token.
OrgPolicyReport	PolicyResolution.checkResolvability(SessionToken session, String orgPolicy, boolean createFullReport, boolean rejectParameterReferences)	Tests whether the given OrgPolicy is resolvable for the current state of the OrgModel.
long	ModelChangeOperations.createAgent(SessionToken session, String agentUserName, String password)	Adds a new Agent with the given (unique!) user name and password.
long	ModelChangeOperations.createEntity(SessionToken session, Entity entity)	Creates a new entity with the type and attribute values provided in the given Entity object and returns the assigned ID.
void	ModelChangeOperations.deleteAttribute(SessionToken session, EntityType entType, String attrName)	This method removes an attribute from an entity type.
void	ModelChangeOperations.deleteEntity(SessionToken session, EntityType entType, long id)	This method deletes the entity with the given ID of the given type.
void	ModelChangeOperations.deleteEntity(SessionToken session, EntityType entType, long id, boolean recursive)	This method deletes the entity with the given ID of the given type and all its relations.
void	ModelChangeOperations.deleteRelation(SessionToken session, RelationType relType, long id1, long id2)	This method deletes a relation of the given type between the two entities identified by the given IDs.
SerialisablePair<Boolean,Boolean>	ModelExplorer.entityExistsEnabled(SessionToken session, EntityType entType, long id)	Returns whether the entity with the given type and id exists and whether it is enabled.
String	OrgPolicyScriptHandler.evaluateScript(SessionToken session, Script script)	Evaluates the given script and returns the generated org policy.
Entity	ModelExplorer.getAgentForUserName(SessionToken session, String agentUserName)	Returns the agent for the specified user name.
DataType	ModelExplorer.getAttributeDataType(SessionToken session, EntityType entType, String attrName)	Returns the data type of the given attribute of the given entity type.
AttributeMetaData	ModelExplorer.getAttributeMetaData(SessionToken session, EntityType entType)	Returns an AttributeMetaData-object, holding all available meta information about each attribute of the given entity type.
String[]	ModelExplorer.getAttributeNames(SessionToken session, EntityType entType)	Returns all attribute names that are currently defined for the given entity type.
List<Entity>	ModelExplorer.getEntities(SessionToken session, EntityType entType, boolean excludeDisabled, String... attributes)	This method returns a list containing all entities of the given entity type.
List<Entity>	ModelExplorer.getEntities(SessionToken session, EntityType entType, Filter filter, boolean excludeDisabled, String... attributes)	This method returns a list of entities of the given entity type.
List<Entity>	ModelExplorer.getEntities(SessionToken session, EntityType entType, String attrName, CmpOperator cmpOperator, Serializable value, boolean excludeDisabled, String... attributes)	This method returns a list of all entities where the given attribute matches the comparison.
List<Entity>	ModelExplorer.getEntities(SessionToken session, String orgPolicy, boolean excludeDisabled, String... attributes)	This method returns a list containing the entities which are the result of the given org policy.
RemoteIterator<List<Entity>>	ModelExplorer.getEntitiesIterator(SessionToken session, EntityType entType, boolean excludeDisabled, String... attributes)	The same as ModelExplorer.getEntities(SessionToken, EntityType, boolean, String...) but with partial retrieval of the entities.
RemoteIterator<List<Entity>>	ModelExplorer.getEntitiesIterator(SessionToken session, EntityType entType, Filter filter, boolean excludeDisabled, String... attributes)	The same as ModelExplorer.getEntities(SessionToken, EntityType, Filter, boolean, String...) but with partial retrieval of the entities.
RemoteIterator<List<Entity>>	ModelExplorer.getEntitiesIterator(SessionToken session, EntityType entType, String attrName, CmpOperator cmpOperator, Serializable value, boolean excludeDisabled, String... attributes)	The same as ModelExplorer.getEntities(SessionToken, EntityType, String, CmpOperator, Serializable, boolean, String...) but with partial retrieval of the entities.
RemoteIterator<List<Entity>>	ModelExplorer.getEntitiesIterator(SessionToken session, String orgPolicy, boolean excludeDisabled, String... attributes)	The same as ModelExplorer.getEntities(SessionToken, String, boolean, String...) but with partial retrieval of the entities.
Entity	ModelExplorer.getEntity(SessionToken session, EntityType entType, long id, String... attributes)	Returns an Entity-object containing all information about the entity of the given type and with the given id.
int	ModelExplorer.getEntityCount(SessionToken session, EntityType entType, boolean excludeDisabled)	Returns the current count of entities of the specified type.
String	ClientAdministration.getMailAddress(SessionToken session)	Returns the current mail address of the user identified by the session token.
Collection<String>	OrgModelManager.getOrgModelExtensions(SessionToken session)	Gets the names of all org model extensions registered (via corresponding plugins) at this org model manager.
Pair<PasswordStrength.PasswordQuality,PasswordStrength>	ModelChangeOperations.getPasswordQuality(SessionToken session, String password, Collection<String> blacklist, Locale locale)	Gets the quality of the designated password, that is, whether the password will be accepted when creating or updating it for an entity.
Locale	ClientAdministration.getPreferredLocale(SessionToken session)	Returns the current preferred locale of the user identified by the session token.
List<Entity>	ModelExplorer.getRelatedEntities(SessionToken session, EntityType entType, long id, NavFunction navFunction, boolean excludeDisabled, String... attributes)	This method returns a list of all entities that are related to the given entity (of the given type) through a relation of the type along which the given NavFunction traverses the OrgModel.
List<Entity>	ModelExplorer.getRelatedEntities(SessionToken session, EntityType entType, long id, RelationType relType, boolean leftToRight, boolean excludeDisabled, String... attributes)	This method returns a list of all entities that are related to the given entity (of the given type) through a relation of the given type in the given direction.
RemoteIterator<List<Entity>>	ModelExplorer.getRelatedEntitiesIterator(SessionToken session, EntityType entType, long id, NavFunction navFunction, boolean excludeDisabled, String... attributes)	The same as ModelExplorer.getRelatedEntities(SessionToken, EntityType, long, NavFunction, boolean, String...) but with partial retrieval of the entities.
RemoteIterator<List<Entity>>	ModelExplorer.getRelatedEntitiesIterator(SessionToken session, EntityType entType, long id, RelationType relType, boolean leftToRight, boolean excludeDisabled, String... attributes)	The same as ModelExplorer.getRelatedEntities(SessionToken, EntityType, long, RelationType, boolean, boolean, String...) but with partial retrieval of the entities.
RichAgent	ModelExplorer.getRichAgent(SessionToken session, QualifiedAgent agent)	Convenience method for retrieving all information on the designated qualified agent.
Map<QualifiedAgent,RichAgent>	ModelExplorer.getRichAgent(SessionToken session, Collection<QualifiedAgent> agents)	Convenience method for retrieving all information on the designated qualified agents.
Collection<RichAgent>	ModelExplorer.getRichAgents(SessionToken session, Collection<Pair<Long,Long>> idPairs)	Gets the RichAgents for the designated pairs of agent and org position ID.
boolean	ModelExplorer.hasAttribute(SessionToken session, EntityType entType, String attrName)	Returns whether the given entity type has an attribute with the given name.
boolean	PolicyResolution.isMember(SessionToken session, long orgPositionID, String orgPolicy)	Semantically this method tests whether the given OrgPosition appears in the result list of PolicyResolution.resolvePolicy(SessionToken, String) for the specified OrgPolicy.
boolean	PolicyResolution.isMember(SessionToken session, long orgPositionID, String agentUserName, String orgPolicy)	Semantically this method tests whether the given tuple of Agent and OrgPosition is contained in the result list of PolicyResolution.resolvePolicy(SessionToken, String) for the specified OrgPolicy.
boolean	PolicyResolution.isMember(SessionToken session, String agentUserName, String orgPolicy)	Semantically this method tests whether the given Agent appears in the result list of PolicyResolution.resolvePolicy(SessionToken, String) for the specified OrgPolicy.
void	ModelChangeOperations.modifyAttribute(SessionToken session, EntityType entType, String attrName, Boolean readOnly, Map<String,Pair<String,Boolean>> omExtMapping)	Changes the mapping properties and the read-only status of the designated attribute.
void	ModelChangeOperations.modifyAttribute(SessionToken session, EntityType entType, String attrName, Boolean readOnly, Map<String,String> omExtMapping, Collection<String> writeBackOmExts)	Changes the mapping properties and the read-only status of the designated attribute.
void	ModelChangeOperations.modifyAttribute(SessionToken session, EntityType entType, String attrName, String mappedTo, boolean isImported, boolean isReadOnly)	Deprecated, for removal: This API element is subject to removal in a future version. Use ModelChangeOperations.modifyAttribute(SessionToken, EntityType, String, Boolean, Map, Collection) instead.
void	ModelChangeOperations.modifyAttribute(SessionToken session, EntityType entType, String attrName, String omExt, String mappedTo, boolean isImported, boolean isReadOnly)	Deprecated, for removal: This API element is subject to removal in a future version. Use ModelChangeOperations.modifyAttribute(SessionToken, EntityType, String, Boolean, Map, Collection) instead.
boolean	PolicyResolution.registerOrgPolicyHandler(SessionToken session, String scriptType, OrgPolicyScriptHandler handler, boolean replace)	Registers the designated org policy script handler for the designated script type.
SortedMap<Integer,URI[]>	PolicyResolution.registerOrgPolicyScriptService(SessionToken session, String scriptType, URI[] orgPolicyScriptService, boolean replace, boolean append)	Registers the OrgPolicyScriptService for the designated script type.
boolean	ModelExplorer.relationExists(SessionToken session, RelationType relType, long id1, long id2, boolean excludeDisabled)	Tests whether a relation of the given type exists between the two entities identified by the given IDs.
Set<QualifiedAgent>	PolicyResolution.resolvePolicy(SessionToken session, String orgPolicy)	Resolves an OrgPolicy and returns all matching tuples of OrgPositions and Agents (or rather their IDs) as a list of QualifiedAgents.
RemoteIterator<List<QualifiedAgent>>	PolicyResolution.resolvePolicyIterator(SessionToken session, String orgPolicy)	The same as PolicyResolution.resolvePolicy(SessionToken, String) but with partial retrieval of the qualified agents.
void	OrgModelManager.synchroniseModel(SessionToken session)	Manually triggers synchronisation with external organisational models.
boolean	PolicyResolution.unregisterOrgPolicyHandler(SessionToken session, String scriptType, OrgPolicyScriptHandler handler)	Unregisters the org policy script handler for the designated script type from this policy resolution.
SortedMap<Integer,URI[]>	PolicyResolution.unregisterOrgPolicyScriptService(SessionToken session, String scriptType, URI[] orgPolicyScriptService)	Unregisters the OrgPolicyScriptService for the designated script type from this policy resolution.
void	ModelChangeOperations.updateEntity(SessionToken session, Entity entity)	Updates an entity with the attribute values provided in the given Entity object.

Uses of SessionToken in de.aristaflow.adept2.core.orgmodelmanager.extension

Methods in de.aristaflow.adept2.core.orgmodelmanager.extension that return SessionToken

Modifier and Type	Method	Description
SessionToken	OrgModelSyncAccess.createSession()	Creates a session token for usage by the OM extension.

Methods in de.aristaflow.adept2.core.orgmodelmanager.extension with parameters of type SessionToken

Modifier and Type	Method	Description
boolean	OrgModelSyncAccess.addRelation(SessionToken session, RelationType relType, long id1, long id2)	Creates a new relation of the designated type between the entities with the designated IDs if it does not exist yet.
Pair<Long,Long>	OrgModelSyncAccess.createAgent(SessionToken session, Entity agent)	Adds the designated entity as new agent to the org model.
long	OrgModelSyncAccess.createEntity(SessionToken session, Entity entity)	Adds the designated entity to the org model.
Pair<Long,Long>	OrgModelSyncAccess.deleteAgent(SessionToken session, Entity agent)	Deletes or disables the designated agent from/in the org model.
void	OrgModelSyncAccess.deleteEntity(SessionToken session, Entity entity)	Deletes or disables the designated entity from/in the org model.
boolean	OrgModelSyncAccess.deleteRelation(SessionToken session, RelationType relType, long id1, long id2)	Deletes the relation of the designated type between the entities with the designated IDs if it exists.
void	OrgModelSyncAccess.ensureAttributes(SessionToken session, EntityType entType, Collection<OrgModelSyncAccess.OmExtAttribute> attrs)	Ensures that the designated entity type has the designated attributes.
Pair<Long,String>	OrgModelSyncAccess.getAgentForAutoGenOrgPos(SessionToken session, Entity orgPos)	Gets agent for which the designated org position has been implicitly created.
Entity	OrgModelSyncAccess.getAgentForUserName(SessionToken session, String agentUserName)	Gets the agent entity with the designated PredefinedAttributes.AGENT_USERNAME.
AttributeMetaData	OrgModelSyncAccess.getAttributeMetaData(SessionToken session, EntityType entType)	Gets the attribute meta data for the designated type and for this OM extension.
Collection<Entity>	OrgModelSyncAccess.getEntities(SessionToken session, EntityType entType, Filter filter, boolean excludeDisabled)	Gets the entities of the designated type relevant for this OM extension and matching the designated filter
Collection<Entity>	OrgModelSyncAccess.getEntitiesFromPreviousRuns(SessionToken session, EntityType entType, boolean excludeDisabled)	Gets all entities of the designated type relevant for this OM extension (the corresponding #ENTITY_OM_EXTENSION_UID attribute is set) that have a synchronisation run ID less than the current one.
Long	OrgModelSyncAccess.getGeneratedOrgPosIdFor(SessionToken session, long agentId)	Gets the ID of the org position entity that has been implicitly created for the agent entity with the designated ID or null if no such org position exists.
String	OrgModelSyncAccess.getGeneratedOrgPosUidFor(SessionToken session, long agentId)	Gets the string to be used as UID for the org position that is/has been implicitly created for the agent with the designated ID.
Collection<Entity>	OrgModelSyncAccess.getRelatedEntities(SessionToken session, RelationType relType, boolean leftToRight, long id, boolean excludeDisabled)	Gets the entities that are relevant for this OM extension and related to the entity of the designated ID when following the designated relation.
default void	OrgModelSyncAccess.initAttributes(SessionToken session, boolean disableDeleted, int uidColSizeHint, Collection<EntityType> entTypes)	Deprecated, for removal: This API element is subject to removal in a future version. Use OrgModelSyncAccess.initAttributes(SessionToken, boolean, String, int, Collection) instead.
void	OrgModelSyncAccess.initAttributes(SessionToken session, boolean disableDeleted, String orgPosDom, int uidColSizeHint, Collection<EntityType> entTypes)	Initialises this OrgModelSyncAccess and creates the meta attributes for synchronised entities of the designated entity types.
ScheduledFuture<?>	SyncService.startDelayedSync(SessionToken session, long delayMillis, boolean logException, boolean rethrow)	Starts the synchronisation to run asynchronously after the designated delay in milliseconds.
Future<Boolean>	SyncService.startSync(SessionToken session, boolean logException)	Starts the synchronisation to run asynchronously right after calling this method.
Future<Boolean>	OrgModelExtension.startSynchronisation(SessionToken session)	Starts a synchronisation manually for the org model data of this extension.
Pair<Long,Long>	OrgModelSyncAccess.updateAgent(SessionToken session, Entity agent)	Updates the designated agent in the org model.
void	OrgModelSyncAccess.updateEntity(SessionToken session, Entity entity)	Updates the designated entity in the org model.

Method parameters in de.aristaflow.adept2.core.orgmodelmanager.extension with type arguments of type SessionToken

Modifier and Type	Method	Description
SyncService	OrgModelSyncAccess.initSyncService(long initDelay, long syncPeriod, BiConsumer<Long,SessionToken> syncRunnable)	Initialises the synchronisation service to regularly propagate changes from external models to the org model.

Uses of SessionToken in de.aristaflow.adept2.core.processimagerenderer

Methods in de.aristaflow.adept2.core.processimagerenderer with parameters of type SessionToken

Modifier and Type	Method	Description
ProcessImageData	ProcessImageRenderer.getInstance(SessionToken session, UUID instanceID, RenderOptions options)	Gets the designated process instance from the process manager as rendered image.
ProcessImageData	ProcessImageRenderer.getTemplate(SessionToken session, UUID templateID, RenderOptions options)	Gets the designated process template from the process manager as rendered image.
ProcessImageData	ProcessImageRenderer.renderInstance(SessionToken session, Instance instance, RenderOptions options)	Gets the designated process instance as rendered image.
ProcessImageData	ProcessImageRenderer.renderTemplate(SessionToken session, Template template, RenderOptions options)	Gets the designated process template as rendered image.

Uses of SessionToken in de.aristaflow.adept2.core.processmanager

Methods in de.aristaflow.adept2.core.processmanager with parameters of type SessionToken

Modifier and Type	Method	Description
static ProcessConstants.InstanceExecutionStatus	ProcessManagerTools.aggregateStatus(SessionToken session, Collection<UUID> parallels, InstanceManager im)	Aggregates several instance execution statuses to one, that is the designated subprocess instances (running in parallel) are retrieved from the designated subprocess manager instance and their execution statuses are aggregated.
static ProcessConstants.NodeState	ProcessManagerTools.aggregateSubprocessStatuses(SessionToken session, Collection<UUID> parallels, InstanceManager im)	Aggregates several instance execution statuses to the corresponding node state of the parent node.
Map<UUID,UUID>	InstanceManager.archiveInstance(SessionToken session, UUID instanceID)	Archives the designated instance, that is the instance and all related data like the status, child instances (and their statuses) as well as the (modified) template in case of a instance-specific template are removed from this instance manager.
SerialisablePair<Collection<UUID>,Map<UUID,UUID>>	TemplateManager.archiveTemplate(SessionToken session, UUID templateID)	Archives the designated template, which removes: the template itself, modified templates based on this template, its embedded templates, all corresponding template statuses, all of its instances (including the ones from the modified and embedded templates based on the designated template, all corresponding instance statuses, This also archives all corresponding instances.
ChangeReport	InstanceManager.changeAndUnlockInstance(SessionToken session, ChangeableInstance instance, Locale... locales)	Releases the lock of the designated instance and incorporates the made changes.
ChangeReport	InstanceManager.changeInstance(SessionToken session, ChangeableInstance instance, Locale... locales)	Changes the instance and returns a new UUID but does not release the lock.
ExecutableInstance	InstanceManager.createInstanceOf(SessionToken session, UUID templateID, String instanceName, QualifiedAgent supervisorAgent, long creationTime)	Creates a new instance for execution.
ExecutableInstance	InstanceManager.createSubInstanceOf(SessionToken session, UUID templateID, String instanceName, QualifiedAgent supervisorAgent, EBPInstanceReference superInstanceActivity, long creationTime)	Creates a new instance as subprocess for execution.
Map<UUID,Set<UUID>>	InstanceManager.findInstanceIDsOf(SessionToken session, UUID[] templateIDs, boolean recursively, Filter instanceFilter, Filter instanceStatusFilter)	Finds all instances of the designated templates matching the two filters on Instance and InstanceStatus and returns their instance IDs.
RemoteIterator<List<SerialisablePair<UUID,UUID>>>	InstanceManager.findInstanceIDsOfIterator(SessionToken session, UUID[] templateIDs, boolean recursively, Filter instanceFilter, Filter instanceStatusFilter)	Similar to InstanceManager.findInstanceIDsOf(SessionToken, UUID[], boolean, Filter, Filter) but with partial retrieval of the instance IDs and therefore no grouping by template ID.
Map<UUID,Set<InstanceReference>>	InstanceManager.findInstanceRefsOf(SessionToken session, UUID[] templateIds, boolean recursively, Filter instanceFilter, Filter instanceStatusFilter)	Finds all instances of the designated templates matching the two filters on Instance and InstanceStatus and returns lightweight objects.
RemoteIterator<List<InstanceReference>>	InstanceManager.findInstanceRefsOfIterator(SessionToken session, UUID[] templateIds, boolean recursively, Filter instanceFilter, Filter instanceStatusFilter)	Similar to InstanceManager.findInstanceRefsOf(SessionToken, UUID[], boolean, Filter, Filter) but with partial retrieval of the instance references and therefore no grouping by template ID.
Set<TemplateReference>	TemplateManager.findTemplates(SessionToken session, Filter templateFilter, Filter templateStatusFilter)	Finds all templates (except embedded and instance-specific ones) matching the two filters on Template and TemplateStatus and returns their template references.
RemoteIterator<List<TemplateReference>>	TemplateManager.findTemplatesIterator(SessionToken session, Filter templateFilter, Filter templateStatusFilter)	The same as TemplateManager.findTemplates(SessionToken, Filter, Filter) but with partial retrieval of the template references.
Map<UUID,Set<UUID>>	InstanceManager.getAllInstanceIDsOf(SessionToken session, UUID[] templateIDs, boolean recursively)	Gets the (logical) IDs of all process instances of the designated process templates.
Set<UUID>	InstanceManager.getAllInstanceIDsOf(SessionToken session, UUID templateID, boolean recursively)	Gets the (logical) IDs of all process instances of the designated process template.
RemoteIterator<List<SerialisablePair<UUID,UUID>>>	InstanceManager.getAllInstanceIDsOfIterator(SessionToken session, UUID[] templateIDs, boolean recursively)	Similar to InstanceManager.getAllInstanceIDsOf(SessionToken, UUID[], boolean) but with partial retrieval of the instance IDs and therefore no grouping by template ID.
Set<UUID>	TemplateManager.getAllTemplateIDs(SessionToken session)	Gets the IDs of all process templates managed by this process manager except IDs of separated embedded process templates and instance-specific templates.
Set<UUID>	TemplateManager.getAllTemplateIDs(SessionToken session, TemplateManager.TemplateKind kind)	Gets the IDs of all process templates managed by this process manager of the designated kind.
RemoteIterator<List<UUID>>	TemplateManager.getAllTemplateIDsIterator(SessionToken session)	The same as TemplateManager.getAllTemplateIDs(SessionToken) but with partial retrieval of the template IDs.
RemoteIterator<List<UUID>>	TemplateManager.getAllTemplateIDsIterator(SessionToken session, TemplateManager.TemplateKind kind)	The same as TemplateManager.getAllTemplateIDs(SessionToken, TemplateKind) but with partial retrieval of the template IDs.
Set<TemplateReference>	TemplateManager.getAllTemplateReferences(SessionToken session)	Gets the lightweight representations of all process templates managed by this process manager except the ones for embedded and instance-specific process templates.
RemoteIterator<List<TemplateReference>>	TemplateManager.getAllTemplateReferencesIterator(SessionToken session)	The same as TemplateManager.getAllTemplateReferences(SessionToken) but with partial retrieval of the template references.
ChangeableInstance	InstanceManager.getAndLockInstanceForChanging(SessionToken session, UUID instanceID)	Gets a process instance that may be changed after retrieval.
ExecutableInstance	InstanceManager.getAndLockInstanceForExecution(SessionToken session, UUID instanceId)	Gets an object allowing to execute the designated instance, which is, setting the states and the performer of the nodes.
InstanceStatus	InstanceManager.getAndLockInstanceStatus(SessionToken session, UUID instanceID)	Gets an object representing the status of the designated process instance and locks the instance for further manipulation, for instance, another status change, a schema-evolution or even a new instantiation.
TemplateStatus	TemplateManager.getAndLockTemplateStatus(SessionToken session, UUID templateID)	Gets an object containing the status of the designated process template and locks the template for further manipulation, for instance, another status change, a schema-evolution or a new instantiation.
URI[]	ProcessManager.getExecutionLogManager(SessionToken session)	Gets the log manager responsible for the ExecutionHistory assigned to this process manager for logging information about the execution of its process instances.
Instance	InstanceManager.getInstance(SessionToken session, UUID instanceID)	Gets the designated process instance conforming to the ADEPT2-process model.
InstanceReference	InstanceManager.getInstanceReference(SessionToken session, UUID instanceID)	Gets the lightweight representation of the designated process instance.
InstanceStatus	InstanceManager.getInstanceStatus(SessionToken session, UUID instanceID)	Gets an object representing the status of the designated process instance, that is, whether the instance is outdated, may be derived, may be instantiated, whether instances may be migrated to and whether instances are changeable.
Collection<InstanceNode>	InstanceManager.getInstanceTreesOf(SessionToken session, UUID[] rootTemplateIds, UUID[] selectedTemplateIds, Filter instanceFilter, Filter instanceStatusFilter)	Gets trees for all instances of the designated templates matching the instance filter.
static TemplateReference	ProcessManagerTools.getLatestTemplateVersion(SessionToken session, String processType, TemplateManager templMgr, FilterFactory filtFactory)	Tries to retrieve the template of the designated process type having the highest version number in the template manager.
UUID	InstanceManager.getLogicalInstanceID(SessionToken session, UUID logID)	Gets the current logical ID of the instance with the designated log ID.
Template	TemplateManager.getTemplate(SessionToken session, UUID templateID)	Gets the designated process template conforming to the ADEPT2-process model.
TemplateManager.TemplateKind	TemplateManager.getTemplateKind(SessionToken session, UUID templateID)	Gets the kind of the template with the designated ID, that is whether the template is embedded and/or instance-specific.
TemplateReference	TemplateManager.getTemplateReference(SessionToken session, UUID templateID)	Gets the lightweight representation of the designated process template.
TemplateStatus	TemplateManager.getTemplateStatus(SessionToken session, UUID templateID)	Gets an object containing the status of the designated process template, that is, whether the template is outdated, may be derived, may be instantiated, whether instances may be migrated to the process template and whether instances are changeable.
TemplateNode	TemplateManager.getTemplateTree(SessionToken session, TemplateReference root)	Gets a template (sub-)tree of the designated Template.
TemplateNode	TemplateManager.getTemplateTree(SessionToken session, UUID root)	Gets a template (sub-)tree of the template with the designated ID.
Map<UUID,TemplateNode>	TemplateManager.getTemplateTrees(SessionToken session, String procType)	Gets trees for all Templates belonging to the designated process type.
ExecutableInstance	InstanceManager.regetInstanceForExecution(SessionToken session, UUID instanceId)	Gets the executable instance again while holding the lock.
void	InstanceManager.setExecutableInstance(SessionToken session, ExecutableInstance executableInstance)	Saves the made changes for the designated instance but does not unlock the instance.
void	InstanceManager.setExecutionStatus(SessionToken session, UUID instanceID, ProcessConstants.InstanceExecutionStatus executionStatus, String comment)	Sets the execution status of the designated instance according to the designated values.
void	InstanceManager.setInstanceStatus(SessionToken session, InstanceStatus instanceStatus)	Sets the status of the instance (identified by the instance status object), to the new status.
void	TemplateManager.setTemplateStatus(SessionToken session, TemplateStatus templateStatus)	Sets the status of the template (identified by the template status object), to the new status.
CheckReport	TemplateManager.storeNewTemplate(SessionToken session, Template template, TemplateStatus templateStatus, Locale... locales)	Stores the designated template and the corresponding status object in the process manager.
CheckReport	TemplateManager.storeNewTemplates(SessionToken session, Template[] templates, TemplateStatus[] templateStatuses, Locale... locales)	Stores the designated templates and the corresponding status objects in the process manager.
void	InstanceManager.unlockChangeableInstance(SessionToken session, UUID instanceID)	Releases the lock of the designated instance but ignores the made changes.
void	InstanceManager.unlockExecutableInstance(SessionToken session, UUID instanceID)	Unlocks the designated instance and ignores any changes.
void	InstanceManager.unlockInstanceStatus(SessionToken session, UUID instanceID)	Unlocks the status of the designated instance ignores made changes and and releases the change lock on the process instance status.
void	TemplateManager.unlockTemplateStatus(SessionToken session, UUID templateID)	Unlocks the status of the designated template, ignores made changes and and releases the lock on the process template status.

Uses of SessionToken in de.aristaflow.adept2.core.processrepository

Methods in de.aristaflow.adept2.core.processrepository with parameters of type SessionToken

Modifier and Type	Method	Description
ProcessType	ProcessRepository.createProcessType(SessionToken session, String newProcessType)	Creates a new process type with the designated name, stores the liable user and creates the root template, which is just a copy of the implicit null template.
Collection<CheckReport>	ProcessTemplateManager.deployProcessTemplate(SessionToken session, UUID templateId, Collection<URI[]> pmUris, boolean includeReferenced, Locale... locales)	Deploys a released process template and optionally all referenced subprocess templates to the designated process managers.
void	ProcessTemplateManager.deployProcessTemplate(SessionToken session, UUID templateID, Set<URI[]> processManagerURIs)	Deploys a released process template to the designated process managers.
ChangeableTemplate	ProcessTemplateManager.deriveNewChildTemplate(SessionToken session, UUID parentTemplateID)	Creates and locks a template as child of the designated parent template.
Set<TemplateProxy>	ProcessRepository.findUsageOfActivityTemplate(SessionToken session, UUID activityTemplateVersionID)	Finds all process templates which use the designated activity template in a process step.
RemoteIterator<List<TemplateProxy>>	ProcessRepository.findUsageOfActivityTemplateIterator(SessionToken session, UUID activityTemplateVersionID)	The same as ProcessRepository.findUsageOfActivityTemplate(SessionToken, UUID) but with partial retrieval of the template proxies.
Set<UUID>	DataTypeManager.findUsageOfDataType(SessionToken session, String userDefinedDataType)	Finds all process templates (including instance-specific templates) in this process repository which contain a data element of the designated user-defined data type.
RemoteIterator<List<UUID>>	DataTypeManager.findUsageOfDataTypeIterator(SessionToken session, String userDefinedDataType)	The same as DataTypeManager.findUsageOfDataType(SessionToken, String) but with partial retrieval of the process template IDs.
Set<TemplateProxy>	ProcessRepository.findUsageOfProcessTemplate(SessionToken session, UUID processTemplateID)	Finds all process templates which reference the designated process template as subprocess.
RemoteIterator<List<TemplateProxy>>	ProcessRepository.findUsageOfProcessTemplateIterator(SessionToken session, UUID processTemplateID)	The same as ProcessRepository.findUsageOfProcessTemplate(SessionToken, UUID) but with partial retrieval of the template proxies.
List<String>	DataTypeManager.getAllDataTypes(SessionToken session)	Gets a list of names of all user defined data types in the process repository.
RemoteIterator<List<String>>	DataTypeManager.getAllDataTypesIterator(SessionToken session)	The same as DataTypeManager.getAllDataTypes(SessionToken) but with partial retrieval of the data types.
Set<ProcessType>	ProcessRepository.getAllProcessTypes(SessionToken session)	Gets all process types in this repository.
RemoteIterator<List<ProcessType>>	ProcessRepository.getAllProcessTypesIterator(SessionToken session)	The same as ProcessRepository.getAllProcessTypes(SessionToken) but with partial retrieval of the process types.
Set<TemplateProxy>	ProcessTemplateManager.getAllTemplateProxies(SessionToken session, Filter filter)	Gets all lightweight objects (TemplateProxy) that match the designated filter based on TemplateProxy.
RemoteIterator<List<TemplateProxy>>	ProcessTemplateManager.getAllTemplateProxiesIterator(SessionToken session, Filter filter)	The same as ProcessTemplateManager.getAllTemplateProxies(SessionToken, Filter) but with partial retrieval of the lightweight objects for process templates.
List<UserDefinedFunction>	DataTypeManager.getAllUDFs(SessionToken session, String userDefinedDataType)	Gets all user-defined functions that are registered for the designated data type.
RemoteIterator<List<UserDefinedFunction>>	DataTypeManager.getAllUDFsIterator(SessionToken session, String userDefinedDataType)	The same as DataTypeManager.getAllUDFs(SessionToken, String) but with partial retrieval of the user-defined functions.
ChangeableTemplate	ProcessTemplateManager.getAndLockTemplate(SessionToken session, UUID templateID)	Gets a template in construction for further modification.
TemplateStatus	ProcessTemplateManager.getAndLockTemplateStatus(SessionToken session, UUID templateID)	Gets an object containing the status of the designated process template and locks the template status for further manipulation, for instance, another status change, a schema-evolution or a new instantiation.
Map<TemplateProxy,Collection<TemplateProxy>>	ProcessRepository.getParentTree(SessionToken session, UUID templId)	Finds the parent tree of the designated process template, that is, all (top-level) process templates that use the designated process template or one of its parents as subprocess.
RemoteIterator<List<SerialisablePair<TemplateProxy,TemplateProxy>>>	ProcessRepository.getParentTreeIterator(SessionToken session, UUID templId)	The same as ProcessRepository.getParentTree(SessionToken, UUID) but with partial retrieval of the template proxies.
Template	ProcessTemplateManager.getTemplate(SessionToken session, UUID templateID)	Gets the designated process template without locking it.
TemplateProxy	ProcessTemplateManager.getTemplateProxy(SessionToken session, UUID templateID)	Gets a lightweight object (TemplateProxy) of the designated process template.
TemplateStatus	ProcessTemplateManager.getTemplateStatus(SessionToken session, UUID templateID)	Gets an object containing the status of the designated process template, that is, whether the template is outdated, may be derived, may be instantiated, whether instances may be migrated to the process template and whether instances are changeable.
void	ProcessTemplateManager.release(SessionToken session, UUID templateID)	Enables the instantiation and usage of the process template by setting the buildtime state to RELEASED.
TemplateDeltaLayer	ProcessTemplateManager.retrieveTemplateDeltaLayer(SessionToken session, UUID templateID)	Retrieves graph structures (deltas) representing all changes of the designated template relative to the null template.
TemplateDeltaLayer	ProcessTemplateManager.retrieveTemplateDeltaLayer(SessionToken session, UUID templateID, UUID ancestorTemplateID)	Retrieves graph structures (deltas) representing all changes of the designated template relative to the designated parent template.
void	ProcessTemplateManager.setTemplateStatus(SessionToken session, TemplateStatus templateStatus)	Sets the status of the template (identified by the template status object), to the new status.
CheckReport	ProcessTemplateManager.storeTemplate(SessionToken session, Template template, boolean checkValidity, Document history, TemplateDeltaLayer structuralChanges, Locale... locales)	Stores (but does not unlock) a modified template (which has been checked out for modification beforehand.
int	ProcessTemplateManager.unlockTemplate(SessionToken session, UUID templateID)	Unlocks the designated process template for the user identified by the session and also the corresponding template status it this is also locked.
int	ProcessTemplateManager.unlockTemplateStatus(SessionToken session, UUID templateID)	Unlocks the status of the designated template, ignores made changes and releases the lock on the process template status.
CheckReport	ProcessTemplateManager.validateTemplate(SessionToken session, UUID templateId, Locale... locales)	Tries to validate the template and fills the designated CheckReport for useful feedback.

Uses of SessionToken in de.aristaflow.adept2.core.registry

Methods in de.aristaflow.adept2.core.registry that return SessionToken

Modifier and Type	Method	Description
protected SessionToken	AuthenticatedInjectedService.createChildSession(SessionToken parentSession)
protected SessionToken	AuthenticatedInjectedService.createSession()

Methods in de.aristaflow.adept2.core.registry with parameters of type SessionToken

Modifier and Type	Method	Description
protected void	InitialisedInjectedService._sessionActive(SessionToken session, UUID templId, UUID baseTemplId, UUID embdTemplId, UUID instId, EBPInstanceReference ebpIR, int addStackElems)
protected void	InitialisedInjectedService._sessionFinished(SessionToken session, int addStackElems)
void	InitialisedInjectedService.changeLogContext(String contextString, SessionToken session, UUID templId, UUID baseTemplId, UUID embdTemplId, UUID instId, EBPInstanceReference ebpIr)
protected SessionToken	AuthenticatedInjectedService.createChildSession(SessionToken parentSession)
protected QualifiedAgent	AuthenticatedInjectedService.getAgent(SessionToken session)
protected QualifiedAgent	AuthenticatedInjectedService.getTopLevelAgent(SessionToken session)
protected Pair<QualifiedAgent,QualifiedAgent>	AuthenticatedInjectedService.getUserCredentials(SessionToken session)
void	InitialisedInjectedService.logMethodEntry(String contextString, SessionToken session, String msg)
void	InitialisedInjectedService.logMethodEntry(String contextString, SessionToken session, String msg, UUID templId, UUID baseTemplId, UUID embdTemplId, UUID instId, EBPInstanceReference ebpIr)
protected void	InitialisedInjectedService.logMethodEntry(String contextString, SessionToken session, String msg, UUID templId, UUID baseTemplId, UUID embdTemplId, UUID instId, EBPInstanceReference ebpIr, int removeElems)
void	InitialisedInjectedService.sessionActive(SessionToken session)
protected void	InitialisedInjectedService.sessionActive(SessionToken session, UUID templId, UUID embdTemplId, EBPInstanceReference ebpIr)
protected void	InitialisedInjectedService.sessionActive(SessionToken session, UUID templId, UUID baseTemplId, UUID embdTemplId, UUID instId)
void	InitialisedInjectedService.sessionFinished(SessionToken session)
protected boolean	AuthenticatedInjectedService.sessionHasAllCapabilities(SessionToken session, String... capabilities)
protected boolean	AuthenticatedInjectedService.sessionHasOneCapability(SessionToken session, String... capabilities)

Uses of SessionToken in de.aristaflow.adept2.core.registry.cluster

Methods in de.aristaflow.adept2.core.registry.cluster with parameters of type SessionToken

Modifier and Type	Method	Description
SimpleClusterNodeInformation	ClusterNode.doubtfulStatus(SessionToken session, String requestingNode, long lastRequesterUpdate, long lastServerUpdate, long serverRunningSince)	Deprecated.
SimpleClusterNodeInformation	ClusterNode.getNodeInformation(SessionToken session)	Deprecated.
protected GlobalRegistry	ClusterPlatform.globalRegistryChanged(SessionToken session, URI globRegUri)

Uses of SessionToken in de.aristaflow.adept2.core.registry.twophase

Methods in de.aristaflow.adept2.core.registry.twophase with parameters of type SessionToken

Modifier and Type	Method	Description
protected GlobalRegistry	TwoPhasePlatform.globalRegistryChanged(SessionToken session, URI globRegUri)	Notifies the bootstrap registry that the URI of the global registry has changed to the designated URI.

Uses of SessionToken in de.aristaflow.adept2.core.runtimemanager

Methods in de.aristaflow.adept2.core.runtimemanager with parameters of type SessionToken

Modifier and Type	Method	Description
boolean	ExecutionControlManager.abortActivity(SessionToken session, EBPInstanceReference activity, long timeToRespond, boolean propagate)	Instructs the runtime client to abort the specified activity and propagate the abortion if appropriate, e.
void	RuntimeManager.commit(SessionToken session, EBPInstanceReference ebpInstanceReference)	Instructs the runtime manager to inform the specified activity about the commit of the transaction it participated.
void	ExecutionControlManager.finishActivity(SessionToken session, EBPInstanceReference activity)	Instructs the execution control manager to stop the specified activity.
Map<EBPInstanceReference,ActivityState>	ExecutionControlManager.getActivities(SessionToken session, ActivityState.State[] states)	Gets all activities of the agent identified by the designated session token and their corresponding state.
RemoteIterator<List<SerialisablePair<EBPInstanceReference,ActivityState>>>	ExecutionControlManager.getActivitiesIterator(SessionToken session, ActivityState.State[] states)	The same as ExecutionControlManager.getActivities(SessionToken, ActivityState.State[]) but with partial retrieval of the activities and their state.
ActivityState	ExecutionControlManager.getActivityState(SessionToken session, EBPInstanceReference activity)	Gets the current state of the designated activity or null in case the activity is not yet known or not known any more.
Map<EBPInstanceReference,ActivityState>	ExecutionControlManager.getAllActivities(SessionToken session, ActivityState.State[] states)	Gets all activities and their corresponding state.
RemoteIterator<List<SerialisablePair<EBPInstanceReference,ActivityState>>>	ExecutionControlManager.getAllActivitiesIterator(SessionToken session, ActivityState.State[] states)	The same as ExecutionControlManager.getAllActivities(SessionToken, ActivityState.State[]) but with partial retrieval of the activities and their state.
ExecutionControlProperties	ExecutionControlManager.getExecutionControlProperties(SessionToken session, EBPInstanceReference activity)	Gets the ExecutionControlProperties for the designated activity.
Map<EBPInstanceReference,ProcessConstants.NodeState>	RuntimeManager.logoffAndTerminateActivities(SessionToken session, QualifiedAgent agent, boolean forceTermination)	Logs the agent off that is identified by the designated client session factory.
void	RuntimeManager.logon(SessionToken session, ClientSessionFactory clientSessionFactory)	Logs the agent on that is identified by the designated session token and stores the corresponding client session factory for communicating component signals to the execution manager.
Vote	RuntimeManager.prepareCommit(SessionToken session, EBPInstanceReference ebpInstanceReference)	Instructs the runtime manager to prepare the specified activity for committing its work done within the transaction it participated.
URI[]	LocalActivityStateNotifier.registerActivityStateListener(SessionToken session, EBPInstanceReference activity, ActivityStateNotification listener)	Registers the designated listener for state changes of the designated activity.
void	ExecutionControlManager.resetActivity(SessionToken session, EBPInstanceReference activity)	Instructs the execution control manager to reset the specified activity.
void	RuntimeManager.resumeActivity(SessionToken session, EBPInstanceReference ebpInstanceReference, ExecutionContext executionContext)	Instructs the runtime manager to resume the specified activity.
GUIContext	SynchronousActivityStarting.resumeActivitySynchronously(SessionToken session, EBPInstanceReference activity)	Resumes the designated activity and logs the agent, the organisational position.
GUIContext	SynchronousActivityStarting.resumeActivitySynchronously(SessionToken session, EBPInstanceReference activity, URI[] stateListener)	Resumes the designated activity and logs the agent, the organisational position.
void	RuntimeManager.rollbackActivity(SessionToken session, EBPInstanceReference ebpInstanceReference)	Instructs the runtime manager to instruct the specified activity to rollback its work done within the transaction it participated.
void	ExecutionControlManager.sendSignalToActivity(SessionToken session, EBPInstanceReference activity, int signal)	Instructs the runtime manager to signal the specified event to the specified activity.
void	RuntimeManager.startActivity(SessionToken session, EBPInstanceReference ebpInstanceReference, ExecutionContext executionContext)	Instructs the runtime manager to start the Application assigned to the specified activity.
GUIContext	SynchronousActivityStarting.startActivitySynchronously(SessionToken session, EBPInstanceReference activity, ProcessConstants.ExecutionMode executionMode, URI[] stateListener)	Starts the designated activity in the designated execution mode and logs the agent, the organisational position.
void	ExecutionControlManager.suspendActivity(SessionToken session, EBPInstanceReference activity, boolean propagate)	Instructs the execution control manager to suspend the specified activity and propagate the suspension if appropriate, e.
void	LocalActivityStateNotifier.unregisterActivityStateListener(SessionToken session, EBPInstanceReference activity, ActivityStateNotification listener)	Unregisters the designated listener for state changes of the designated activity.
void	SynchronousActivityStarting.unregisterActivityStateListener(SessionToken session, EBPInstanceReference activity, URI[] stateListener)	Unregisters the designated listener for activity terminations.
void	RuntimeManager.updateClientSessionFactory(SessionToken session, ClientSessionFactory csf)	Updates the designated client session factory.
ActivityState	ExecutionControlManager.waitForTermination(SessionToken session, EBPInstanceReference activity, long timeToRespond)	Waits for the designated time for the designated activity to terminate and returns the last state when leaving this method.

Uses of SessionToken in de.aristaflow.adept2.core.runtimemanager.gui

Fields in de.aristaflow.adept2.core.runtimemanager.gui with type parameters of type SessionToken

Modifier and Type	Field	Description
protected final Map<EBPInstanceReference,Triple<LocalActivityStateNotifier,URI[],SessionToken>>	AbstractGUIManager.listeners	The activity state listeners this GUI manager is registered at for the corresponding activities.

Methods in de.aristaflow.adept2.core.runtimemanager.gui with parameters of type SessionToken

Modifier and Type	Method	Description
GUIContext	AbstractGUIManager.createGUIContext(SessionToken session, de.aristaflow.adept2.model.runtimeenvironment.guicontext.TransferableGUIContext trCtxt, ExecutionControlManager ecm)	Creates a GUI context for the designated TransferrableGUIContext and the designated ExecutionControlManager.
URI[]	AbstractGUIManager.getActivityStateListenerURIs(SessionToken session, EBPInstanceReference activity)
URI[]	RemoteGUIManager.getActivityStateListenerURIs(SessionToken session, EBPInstanceReference activity)	Registers this GUI manager as state listener for the designated activity and returns the URIs of the (local) notification service that needs to be registered at the SynchronousActivityStarting.
protected ExecutionControlManager	AbstractGUIManager.getExecutionControlManager(SessionToken session, EBPInstanceReference activity)	Gets the execution control manager for the designated activity, that is, the execution control manager of the runtime manager of the designated activity.
GUIContext	GUIManager.getGUIContext(SessionToken session, ActivityInstance activityInstance, EBPInstanceReference ebpInstanceReference, String sessionId, ExecutionContext executionContext, ExecutionControlManager executionControlManager, Thread thread)	Gets an appropriate GUI context for the designated activity as configured locally for the corresponding client.
GUIContext	AbstractGUIManager.getLocalForRemoteGuiContext(SessionToken session, de.aristaflow.adept2.model.runtimeenvironment.guicontext.TransferableGUIContext transfrdCtxt)
GUIContext	RemoteGUIManager.getLocalForRemoteGuiContext(SessionToken session, de.aristaflow.adept2.model.runtimeenvironment.guicontext.TransferableGUIContext transfrdCtxt)	Gets an appropriate GUI context for the designated TransferableGUIContext.
ProcessConstants.NodeState	AbstractGUIManager.terminateRemoteExecution(SessionToken session, EBPInstanceReference activity, String sessionID)	Terminates the (remote) execution of the designated activity, that is, the execution control manager of the designated activity is instructed appropriately.

Uses of SessionToken in de.aristaflow.adept2.core.runtimeservice

Methods in de.aristaflow.adept2.core.runtimeservice with parameters of type SessionToken

Modifier and Type	Method	Description
void	RemoteRuntimeEnvironment.applicationClosed(SessionToken token, String sessionID, SerialisableDataContext dataContext)	Signals the termination of the designated execution session that is the execution is closed.
void	RemoteRuntimeEnvironment.applicationFailed(SessionToken token, String sessionID, ApplicationEnvironmentException excpt, SerialisableDataContext dataContext)	Signals the failing of the designated execution session that is the execution is terminated due to the designated application environment exception and all data produced yet is invalidated.
void	RemoteRuntimeEnvironment.applicationFailed(SessionToken token, String sessionID, ApplicationFailedException excpt, SerialisableDataContext dataContext)	Signals the failing of the designated execution session that is the execution is terminated due to the designated application failed exception and all data produced yet is invalidated.
void	RemoteRuntimeEnvironment.applicationFailed(SessionToken token, String sessionID, String errorMessage, String state, long errorCode, SerialisableDataContext dataContext)	Signals the failing of the designated execution session that is the execution is terminated due to a failure and all data produced yet is invalidated.
void	RemoteRuntimeEnvironment.applicationReset(SessionToken token, String sessionID, SerialisableDataContext dataContext)	Signals the termination of the designated execution session that is the execution is reset and all data produced yet (including from previous execution sessions) is invalidated.
void	RemoteRuntimeEnvironment.applicationResetTo(SessionToken token, String sessionId, String savepoint, SerialisableDataContext dataContext)	Signals the termination of the designated execution session that is the execution is reset to the designated savepoint.
void	RemoteRuntimeEnvironment.applicationResetToPreviousSavepoint(SessionToken token, String sessionId, SerialisableDataContext dataContext)	Signals the termination of the designated execution session that is the execution is reset to the last savepoint before the execution started.
void	RemoteRuntimeEnvironment.applicationSuspended(SessionToken token, String sessionID, SerialisableDataContext dataContext)	Signals the termination of the designated execution session that is the execution is suspended.
void	RemoteProgressMonitor.beginTask(SessionToken token, String sessionID)	ProgressMonitor.beginTask()
void	RemoteProgressMonitor.beginTask(SessionToken token, String sessionID, int overallWorkUnits)	ProgressMonitor.beginTask(int)
void	RemoteProgressMonitor.endTask(SessionToken token, String sessionID)	ProgressMonitor.endTask()
Boolean	RemoteExecutionControlManager.finishActivity(SessionToken session, EBPInstanceReference activity, long timeout)	Sends a finish request just like ExecutionControlManager.finishActivity(SessionToken, EBPInstanceReference) but only waits the designated time for a response to the finish request.
byte[]	RemoteRuntimeEnvironment.getApplicationState(SessionToken token, String sessionId, String savepoint)	RuntimeEnvironment.getApplicationState(String)
String	RemoteRuntimeEnvironment.getLastSavepoint(SessionToken token, String sessionId)	RuntimeEnvironment.getLastSavepoint()
ActivityInstance	RemoteRuntimeEnvironment.getLocalisedActivityInstance(SessionToken token, String sessionId)	Gets the activity instance localised with respect to the rich agent of the designated execution session.
ProgressMonitor	RuntimeService.getProgressMonitor(SessionToken token, String sessionID)	Gets the ProgressMonitor for the designated execution session.
SimpleSessionContext	RemoteActivityStarting.getSimpleSessionContext(SessionToken session, EBPInstanceReference activity, ProcessConstants.ExecutionMode executionMode)	Gets an incomplete simple session context for the designated activity.
Pair<Map<EBPInstanceReference,SimpleSessionContext>,Map<EBPInstanceReference,Throwable>>	RemoteActivityStarting.getSimpleSessionContexts(SessionToken session, Collection<EBPInstanceReference> activities, ProcessConstants.ExecutionMode executionMode)	Gets incomplete simple session contexts for the designated activities.
List<de.aristaflow.adept2.model.runtimeenvironment.messages.execution.ExecutionMessage>	RemoteRuntimeEnvironment.getUnrepliedRequests(SessionToken token, String sessionID)	Gets the request messages that have been sent to the designated execution session.
Map<EBPInstanceReference,ProcessConstants.NodeState>	RuntimeService.logoffAndTerminateActivities(SessionToken session, QualifiedAgent agent, boolean forceTermination)	Logs the agent off that is identified by the designated client session factory.
void	RuntimeService.logon(SessionToken token, ClientSessionFactory csf)	Does nothing since a runtime service does not know about logged on agents.
void	RemoteProgressMonitor.progress(SessionToken token, String sessionID)	ProgressMonitor.progress()
URI[]	LocalExecutionMessageNotifier.registerExecutionMessageListener(SessionToken session, String sessionId, ExecutionMessageNotification listener)	Registers the designated listener for messages of the designated execution session.
boolean	RemoteRuntimeEnvironment.replyMessage(SessionToken token, de.aristaflow.adept2.model.runtimeenvironment.messages.execution.ReplyMessage<?> reply)	Replies to a request message received by RemoteRuntimeEnvironment.getUnrepliedRequests(SessionToken, String).
Boolean	RemoteExecutionControlManager.resetActivity(SessionToken session, EBPInstanceReference activity, long timeout)	Sends a reset request just like ExecutionControlManager.resetActivity(SessionToken, EBPInstanceReference) but only waits the designated time for a response to the reset request.
SimpleSessionContext	RemoteActivityStarting.resumeActivity(SessionToken session, EBPInstanceReference activity, URI[] exeMsgListener)	Resumes the designated activity from the latest valid savepoint if the activity is appropriate for a RuntimeService and provides its process context and the execution session ID.
Boolean	RemoteExecutionControlManager.sendSignalToActivity(SessionToken session, EBPInstanceReference activity, int signal, long timeout)	Sends a signal just like ExecutionControlManager.sendSignalToActivity(SessionToken, EBPInstanceReference, int) but only waits the designated time for a response to the signal.
void	RemoteRuntimeEnvironment.setApplicationState(SessionToken token, String sessionId, byte[] applicationState)	RuntimeEnvironment.setApplicationState(byte[])
void	RemoteRuntimeEnvironment.setSavepoint(SessionToken token, String sessionId, String savepoint, boolean flush, SerialisableDataContext dataContext)	RuntimeEnvironment.setSavepoint(String, boolean)
void	RemoteProgressMonitor.setTaskState(SessionToken token, String sessionID, TaskState taskState)	ProgressMonitor.setTaskState(TaskState)
SimpleSessionContext	RemoteActivityStarting.startActivity(SessionToken session, EBPInstanceReference activity, ProcessConstants.ExecutionMode executionMode, URI[] exeMsgListener)	Starts the designated activity if it is appropriate for a RuntimeService and provides its process context and the execution session ID.
Boolean	RemoteExecutionControlManager.suspendActivity(SessionToken session, EBPInstanceReference activity, long timeout)	Sends a suspend request just like ExecutionControlManager.suspendActivity(SessionToken, EBPInstanceReference, boolean) but only waits the designated time for a response to the suspend request.
void	LocalExecutionMessageNotifier.unregisterExecutionMessageListener(SessionToken session, String sessionId, ExecutionMessageNotification listener)	Unregisters the designated listener for messages state of the designated execution session.

Uses of SessionToken in de.aristaflow.adept2.core.transactionmanager

Methods in de.aristaflow.adept2.core.transactionmanager that return types with arguments of type SessionToken

Modifier and Type	Method	Description
TxManager<SessionToken>	GlobalTransactionManager.getTxManager(JDBCDataSource dataSource)	Gets a transaction manager based on SessionToken for the designated data source.

Uses of SessionToken in de.aristaflow.adept2.core.worklistmanager

Methods in de.aristaflow.adept2.core.worklistmanager with parameters of type SessionToken

Modifier and Type	Method	Description
void	KeepingWorklistHandling.adaptKeepingWorklists(SessionToken session, InternalWorklistItem item, Map<Pair<String,Boolean>,Collection<UUID>> changedKeepers, boolean notifyNewKeepers, boolean notifyRemovedKeepers, Boolean addAndNotifyCurrentObs)	Adapts the keeping and observing worklists of the designated worklist item according to the designated changes.
void	WorklistUpdateManager.addUpdateableClientWorklist(SessionToken session, ClientWorklist worklist)	Registers a client worklist so that it receives (pushed) updates.
Map<UUID,Integer>	ItemAssessment.assess(SessionToken session, WorklistItem item, List<String> preconditions, List<de.aristaflow.adept2.model.resourcemodel.ResourceInstance> resInsts, Map<QualifiedAgent,Worklist<? extends WorklistItem>> worklists)	Deprecated. Assesses the designated worklist item with respect to the designated agents/worklists.
ClientWorklist	WorklistUpdateManager.createClientWorklist(SessionToken session, UUID worklistID, WorklistUpdateConfiguration configuration, boolean emptyWorklist)	Creates a client-side worklist for the designated worklist ID with the designated configuration.
void	EscalationHandling.deadlineReached(WorklistItem item, String staffAssignmentRule, long deadline, EscalationHandling.EscalationMeasures measures, SessionToken measuresSession, PolicyResolution orgModel)	Notifies that the escalation deadline or the IndividualWorklistItemSettings.getIndividualEscalationDate() has been reached for the designated (client) worklist item.
void	DelegationManager.delegateBack(SessionToken session, UUID itemId, String reply)	Delegates the worklist item to the prior delegating agent and sets the designated reply as delegation comment.
void	DelegationManager.delegateWorkItem(SessionToken session, UUID itemId, Set<QualifiedAgent> recipients, String comment)	Delegates the designated worklist item to the designated recipients, that is, the worklist item is assigned to all worklists of the designated recipients and removed from the current worklists.
Set<QualifiedAgent>	DistributionHandling.distribute(SessionToken session, WorklistItem item, Map<QualifiedAgent,Worklist<? extends WorklistItem>> worklists)	Distributes the designated worklist item among the designated agents (stored as keys in the map) and returns a collection of chosen agents for assignment of the worklist item.
default Set<QualifiedAgent>	ItemAssessment.distribute(SessionToken session, WorklistItem item, Map<QualifiedAgent,Worklist<? extends WorklistItem>> worklists)	Deprecated. Distributes the designated worklist item among the designated agents (stored as keys in the map) and returns a collection of chosen agents for assignment of the worklist item.
void	WorklistUpdateManager.dropAbsence(SessionToken session, QualifiedAgent absentee)	Drops the current and future absence of the designated agent.
WorklistUpdateManager.AbsenceInformation	WorklistUpdateManager.getAbsenceInformation(SessionToken session, QualifiedAgent absentee)	Gets the absence information of the designated agent (absentee).
ParameterDataContext	WorklistUpdateManager.getAttachedDataContext(SessionToken session, UUID worklistItemID)	Gets the data context for the provided worklist item which in turn provides the values of attached data elements.
List<de.aristaflow.adept2.model.resourcemodel.ResourceInstance>	WorklistUpdateManager.getAttachedResources(SessionToken session, UUID worklistItemId)	Gets the resources (rather the merged resource instances) attached to the designated worklist item.
Set<QualifiedAgent>	DelegationManager.getDelegationRecipients(SessionToken session, UUID itemId)	Gets all possible delegation recipients for the designated worklist item and for the designated delegating agent identified by the session token.
RemoteIterator<List<QualifiedAgent>>	DelegationManager.getDelegationRecipientsIterator(SessionToken session, UUID itemId)	The same as DelegationManager.getDelegationRecipients(SessionToken, UUID) but with partial retrieval of the agents.
Worklist<? extends AdministrativeWorklistItem>	WorklistAdministration.getGlobalWorklist(SessionToken session)	Gets the global worklist which contains all worklist items available in this worklist manager.
Worklist<? extends AdministrativeWorklistItem>	WorklistAdministration.getGlobalWorklist(SessionToken session, Filter filter)	Gets the global worklist which contains all worklist items available in this worklist manager with the items filtered appropriately.
IncrementalWorklist<? extends AdministrativeWorklistItem>	WorklistAdministration.getGlobalWorklistIncrementally(SessionToken session, boolean respectAggregation, boolean aggregateGroups)	The same as WorklistAdministration.getGlobalWorklist(SessionToken) but with a worklist providing incremental access to its items and optionally containing grouping items.
IncrementalWorklist<? extends AdministrativeWorklistItem>	WorklistAdministration.getGlobalWorklistIncrementally(SessionToken session, Filter filter, boolean respectAggregation, boolean aggregateGroups)	The same as WorklistAdministration.getGlobalWorklist(SessionToken) but with a worklist providing incremental access to its filtered items.
Worklist<? extends AdministrativeWorklistItem>	WorklistAdministration.getInternalWorklist(SessionToken session, UUID worklistID)	Gets the worklist that has the designated (unique) ID.
Worklist<? extends AdministrativeWorklistItem>	WorklistAdministration.getInternalWorklist(SessionToken session, UUID worklistID, Filter filter)	Gets the worklist that has the designated (unique) ID with the items filtered appropriately.
IncrementalWorklist<? extends AdministrativeWorklistItem>	WorklistAdministration.getInternalWorklistIncrementally(SessionToken session, UUID worklistID, boolean respectAggregation, boolean aggregateGroups)	The same as WorklistAdministration.getInternalWorklist(SessionToken, UUID) but with a worklist providing incremental access to its items and optionally containing grouping items.
IncrementalWorklist<? extends AdministrativeWorklistItem>	WorklistAdministration.getInternalWorklistIncrementally(SessionToken session, UUID worklistID, Filter filter, boolean respectAggregation, boolean aggregateGroups)	The same as WorklistAdministration.getInternalWorklist(SessionToken, UUID) but with a worklist providing incremental access to its filtered items and optionally containing grouping items.
WorklistUpdateConfiguration	WorklistUpdateManager.getMailNotificationInformation(SessionToken session, QualifiedAgent mailReceiver)	Gets the update configuration for the mail notification information of the designated worklist.
URI[]	WorklistManager.getOrgModelManager(SessionToken session)	Gets (the URIs of) the organisational model manager that is associated with this worklist manager.
Set<QualifiedAgent>	WorklistUpdateManager.getPossibleAbsentees(SessionToken session)	Gets all agents for whom the designated agent (identified by the session token) may set the absence.
RemoteIterator<List<QualifiedAgent>>	WorklistUpdateManager.getPossibleAbsenteesIterator(SessionToken session)	The same as WorklistUpdateManager.getPossibleAbsentees(SessionToken) but with partial retrieval of the agents.
Map<String,String>	WorklistManager.getWorklistConfiguration(SessionToken session, UUID worklistID)	Gets the configuration for the designated worklist, that is information on the displayed columns, the order and the width of the columns, applied filters,...
UUID	WorklistAdministration.getWorklistID(SessionToken session, QualifiedAgent agent)	Gets the unique ID of the (internal) worklist of the designated agent.
AdministrativeWorklistItem	WorklistAdministration.getWorklistItem(SessionToken session, EBPInstanceReference activity)	Gets the worklist item for the designated activity.
Map<QualifiedAgent,UUID>	WorklistAdministration.getWorklistsContaining(SessionToken session, EBPInstanceReference activity)	Gets the IDs of the worklists containing the designated activity and the corresponding owners of the worklists.
WorklistUpdate	WorklistUpdateManager.getWorklistUpdates(SessionToken session, UUID worklistID, WorklistRevision sinceRevision, Filter worklistFilter)	Gets updates for the designated worklist since the designated revision (PULL by the client).
IncrementalWorklistUpdate	WorklistUpdateManager.getWorklistUpdatesIncrementally(SessionToken session, UUID worklistID, WorklistRevision sinceRevision, Filter worklistFilter)	The same as WorklistUpdateManager.getWorklistUpdates(SessionToken, UUID, WorklistRevision, Filter) but with an update providing incremental access to the contained worklist item updates.
boolean	WorklistAdministration.isOnWorklist(SessionToken session, EBPInstanceReference activity, QualifiedAgent agent)	Gets whether the designated activity is on the worklist of the designated agent.
boolean	WorklistNotification.isOnWorklist(SessionToken session, EBPInstanceReference activity, QualifiedAgent agent)	Gets whether the designated activity is on the worklist of the designated agent.
boolean	WorklistUpdateManager.isRegisteredForUpdates(SessionToken session, UUID worklistId, long clientWorklistId)	Gets whether the designated client worklist is currently registered for updates.
void	WorklistManager.logoff(SessionToken session)	Deregisters the agent identified by the designated session token from the client machine also identified by the designated session token.
UUID	WorklistManager.logon(SessionToken session)	Logs an agent with an appropriate organisational position on, stores the corresponding client URIs and returns the UUID of the corresponding worklist.
ClientWorklist	WorklistUpdateManager.logonAndCreateClientWorklist(SessionToken session, WorklistUpdateConfiguration configuration, boolean emptyWorklist)	Logs the designated agent on and creates a client-side worklist with the designated configuration.
Map<UUID,Integer>	ItemAssessment.reassess(SessionToken session, WorklistItem rejectedItem, Worklist<WorklistItem> worklist, Map<QualifiedAgent,Worklist<? extends WorklistItem>> worklists)	Deprecated. (Re-)Assesses the designated worklist item with respect to the designated agents/worklists.
void	WorklistAdministration.reassess(SessionToken session, Map<UUID,Map<QualifiedAgent,Integer>> reassessment)	Deprecated. This method is subject of change and should not be used yet.
void	WorklistAdministration.reconnectToExecutionManager(SessionToken session)	Reconnects from the worklist interaction by removing and readding this worklist manager to the execution manager.
Set<QualifiedAgent>	DistributionHandling.redistribute(SessionToken session, WorklistItem rejectedItem, Worklist<WorklistItem> worklist, Map<QualifiedAgent,Worklist<? extends WorklistItem>> worklists)	(Re-)Distributes the designated worklist item among the designated agents (stored as keys in the map) ignoring the owner of the designated worklist and returns a collection of chosen agents for assignment of the worklist item.
default Set<QualifiedAgent>	ItemAssessment.redistribute(SessionToken session, WorklistItem rejectedItem, Worklist<WorklistItem> worklist, Map<QualifiedAgent,Worklist<? extends WorklistItem>> worklists)	Deprecated. (Re-)Distributes the designated worklist item among the designated agents (stored as keys in the map) ignoring the owner of the designated worklist and returns a collection of chosen agents for assignment of the worklist item.
void	WorklistAdministration.redistributeItems(SessionToken session, String staffAssignmentRule)	Causes a redistribution of qualified worklist items.
void	WorklistAdministration.redistributeItems(SessionToken session, Collection<UUID> worklistItemIDs)	Causes a redistribution of qualified worklist items.
void	WorklistAdministration.redistributeItemsRegExp(SessionToken session, String regExp)	Causes a redistribution of qualified worklist items.
void	WorklistUpdateManager.rejectWorklistItem(SessionToken session, UUID worklistId, UUID itemId)	Rejects the designated worklist item by the client identified by its worklist ID.
boolean	WorklistAdministration.removeInternalWorklist(SessionToken session, UUID worklistId)	Removes the designated internal worklist.
void	WorklistUpdateManager.removeUpdateableClientWorklist(SessionToken session, ClientWorklist worklist)	Deregisters a client worklist so that it does not receive any (pushed) updates any more.
void	WorklistUpdateManager.setAbsent(SessionToken session, QualifiedAgent absentee, long from, long to, String substitutionRule)	Sets the absence of the designated agent (absentee).
void	EscalationHandling.EscalationMeasures.setDueDate(SessionToken session, WorklistItem worklistItem, long dueDate)	Changes the due date of the specified worklist item for displaying to the user.
void	EscalationHandling.EscalationMeasures.setEscalation(SessionToken session, WorklistItem worklistItem, long escalationDate, String escalationHandlingProcedureID)	Changes the escalation date of the specified worklist item.
Map<Pair<String,Boolean>,Collection<UUID>>	KeepingWorklistHandling.setKeeping(SessionToken session, InternalWorklistItem item, WorklistConstants.WorklistItemState newState, String newSar, Boolean newSuppressed, Collection<QualifiedAgent> newAgents, Runnable runnable)	Sets the keeping and observing worklists in the designated worklist item, that is, adds or removes worklists to/from keeping and/or observing.
void	WorklistUpdateManager.setMailNotification(SessionToken session, RichAgent mailReceiver, boolean mailNotify, WorklistUpdateConfiguration configuration)	Activates or deactivates the mail notification for the designated agent (the explicitly provided, not the one from the session token).
void	WorklistUpdateManager.setPresent(SessionToken session, QualifiedAgent absentee)	Disables the current absence of the designated agent explicitly ignoring the to-time previously set.
void	EscalationHandling.EscalationMeasures.setPriority(SessionToken session, WorklistItem worklistItem, int priority)	Changes the priority of the specified worklist item.
void	WorklistManager.setWorklistConfiguration(SessionToken session, UUID worklistID, Map<String,String> worklistConfiguration)	Sets or updates the configuration for the designated worklist with the designated configuration values.
void	EscalationHandling.EscalationMeasures.updateIndividualSettings(SessionToken session, ClientWorklistItem worklistItem)	Changes the individual worklist item settings of the designated client worklist item in the server.
boolean	WorklistUpdateManager.updateIndividualSettings(SessionToken session, ClientWorklistItem item)	Updates the worklist item according to the designated changes.
void	EscalationHandling.EscalationMeasures.updatePluginData(SessionToken session, WorklistItem worklistItem, PluginData pluginData)	Changes the plugin data of the designated worklist item.
void	EscalationHandling.EscalationMeasures.updateUserAttributes(SessionToken session, WorklistItem worklistItem)	Changes the user attributes of the designated worklist item.

Uses of SessionToken in de.aristaflow.adept2.model.datamanagement

Methods in de.aristaflow.adept2.model.datamanagement with parameters of type SessionToken

Modifier and Type	Method	Description
void	IndexedAccessDataContainer.flush(SessionToken session)	Flushes all the internally stored values that have not been saved to the data manager yet.
String	DataContainer.getLastSavepoint(SessionToken session)	Returns the last savepoint stored within this data container.
List<String>	DataContainer.getSavepoints(SessionToken session)	Returns the IDs of the stored savepoints kept in the DataContainer.
void	DataContainer.ignoreValue(SessionToken session, String parameterName)	Ignores the value of the designated parameter.
void	IndexedAccessDataContainer.ignoreValue(SessionToken session, String parameterName, int index)	Ignores the value of the element at the designated index at the output parameter list of the designated name.
boolean	IndexedAccessDataContainer.isNull(SessionToken session, String parameterName, int index)	Returns whether the value of the element at the designated index at the input parameter list of the designated name is NULL.
boolean	InputDataContainer.isNull(SessionToken session, String parameterName)	Returns whether the value of the designated input parameter is NULL which means the data element has not been written or has been consumed yet or has been explicitly set to NULL by a previous application.
byte[]	DataContainer.restoreSessionState(SessionToken session, String savepoint)	Restores the session context of an suspended activity to be resumed.
boolean	IndexedAccessDataContainer.retrieveBoolean(SessionToken session, String parameterName, int index)	Retrieves the boolean value of the element of type BOOLEAN at the designated index at the input parameter list of the designated name.
boolean	InputDataContainer.retrieveBoolean(SessionToken session, String parameterName)	Retrieves the boolean value of the designated input parameter of type BOOLEAN.
Date	IndexedAccessDataContainer.retrieveDate(SessionToken session, String parameterName, int index)	Retrieves the date value of the element of type DATE at the designated index at the input parameter list of the designated name.
Date	InputDataContainer.retrieveDate(SessionToken session, String parameterName)	Retrieves the date value of the designated input parameter of type DATE.
double	IndexedAccessDataContainer.retrieveFloat(SessionToken session, String parameterName, int index)	Retrieves the double value of the element of type FLOAT at the designated index at the input parameter list of the designated name.
double	InputDataContainer.retrieveFloat(SessionToken session, String parameterName)	Retrieves the double value of the designated input parameter of type FLOAT.
long	IndexedAccessDataContainer.retrieveInteger(SessionToken session, String parameterName, int index)	Retrieves the long value of the element of type INTEGER at the designated index at the input parameter list of the designated name.
long	InputDataContainer.retrieveInteger(SessionToken session, String parameterName)	Retrieves the long value of the designated input parameter of type INTEGER.
String	IndexedAccessDataContainer.retrieveString(SessionToken session, String parameterName, int index)	Retrieves the String value of the element of type STRING at the designated index at the input parameter list of the designated name.
String	InputDataContainer.retrieveString(SessionToken session, String parameterName)	Retrieves the string value of the designated input parameter of type STRING.
UDTValue	IndexedAccessDataContainer.retrieveUDT(SessionToken session, String parameterName, int index)	Retrieves (the proxy of) the value of the element of user-defined type (UDT) at the designated index at the input parameter list of the designated name.
UDTValue	InputDataContainer.retrieveUDT(SessionToken session, String parameterName)	Retrieves (the proxy of) the value of the designated input parameter of user-defined type (UDT).
URI	IndexedAccessDataContainer.retrieveURI(SessionToken session, String parameterName, int index)	Retrieves the URI value of the element of type URI at the designated index at the input parameter list of the designated name.
URI	InputDataContainer.retrieveURI(SessionToken session, String parameterName)	Retrieves the URI value of the designated input parameter of type URI.
void	DataContainer.setSavepoint(SessionToken session, String savepoint)	Assigns the designated savepoint to the current state of the data, that is application state and data values.
void	DataContainer.storeBoolean(SessionToken session, String parameterName, boolean value)	Stores the BOOLEAN value of the designated parameter of the process instance and the corresponding metadata which is the writing node and its current iteration.
void	IndexedAccessDataContainer.storeBoolean(SessionToken session, String parameterName, int index, boolean value)	Stores the BOOLEAN value to the element at the designated index at the output parameter list of the designated name.
void	DataContainer.storeDate(SessionToken session, String parameterName, Date value)	Stores the DATE value of the designated parameter of the process instance and the corresponding metadata which is the writing node and its current iteration.
void	IndexedAccessDataContainer.storeDate(SessionToken session, String parameterName, int index, Date value)	Stores the DATE value to the element at the designated index at the output parameter list of the designated name.
void	DataContainer.storeFloat(SessionToken session, String parameterName, double value)	Stores the FLOAT value of the designated parameter of the process instance and the corresponding metadata which is the writing node and its current iteration.
void	IndexedAccessDataContainer.storeFloat(SessionToken session, String parameterName, int index, double value)	Stores the FLOAT value to the element at the designated index at the output parameter list of the designated name.
void	DataContainer.storeInteger(SessionToken session, String parameterName, long value)	Stores the INTEGER value of the designated parameter of the process instance and the corresponding metadata which is the writing node and its current iteration.
void	IndexedAccessDataContainer.storeInteger(SessionToken session, String parameterName, int index, long value)	Stores the INTEGER value to the element at the designated index at the output parameter list of the designated name.
void	DataContainer.storeSessionState(SessionToken session, byte[] sessionState)	Stores the state of the suspended activity this data container is associated with in order to enable the resume of the activity.
void	DataContainer.storeString(SessionToken session, String parameterName, String value)	Stores the string value of the designated parameter of the process instance and the corresponding metadata which is the writing node and its current iteration.
void	IndexedAccessDataContainer.storeString(SessionToken session, String parameterName, int index, String value)	Stores the STRING value to the element at the designated index at the output parameter list of the designated name.
void	DataContainer.storeUDT(SessionToken session, String parameterName, UDTValue value)	Stores the value of user-defined type of the designated parameter of the process instance and the corresponding metadata which is the writing node and its current iteration.
void	IndexedAccessDataContainer.storeUDT(SessionToken session, String parameterName, int index, UDTValue value)	Stores the value of user-defined type to the element at the designated index at the output parameter list of the designated name.
void	DataContainer.storeURI(SessionToken session, String parameterName, URI value)	Stores the URI value of the designated parameter of the process instance and the corresponding metadata which is the writing node and its current iteration.
void	IndexedAccessDataContainer.storeURI(SessionToken session, String parameterName, int index, URI value)	Stores the URI value to the element at the designated index at the output parameter list of the designated name.
void	IndexedAccessDataContainer.validateWrittenValues(SessionToken session, int index)	Validates and verifies all values written by the application identified by the designated index.

Uses of SessionToken in de.aristaflow.adept2.model.runtimeenvironment

Methods in de.aristaflow.adept2.model.runtimeenvironment with parameters of type SessionToken

Modifier and Type	Method	Description
SerialisableDataContext	RuntimeEnvironmentFactory.createSerialisableDataContext(SessionToken session, DataContainer container, ExecutableBusinessProcessInstance ebp)	Deprecated, for removal: This API element is subject to removal in a future version. Use RuntimeEnvironmentFactory.createSerialisableDataContext(SessionToken, DataContainer, ExecutableBusinessProcessInstance, Logger) instead.
SerialisableDataContext	RuntimeEnvironmentFactory.createSerialisableDataContext(SessionToken session, DataContainer container, ExecutableBusinessProcessInstance ebp, Logger logger)	Creates a new serialisable data context having the values of the designated data container.

Uses of SessionToken in de.aristaflow.adept2.ui.guimanager

Methods in de.aristaflow.adept2.ui.guimanager with parameters of type SessionToken

Modifier and Type	Method	Description
GUIContext	NullGUIManager.createGUIContext(SessionToken session, de.aristaflow.adept2.model.runtimeenvironment.guicontext.TransferableGUIContext trCtxt, ExecutionControlManager ecm)
protected GUIContext	RemoteHTMLGUIManager.createRemoteHtmlContext(SessionToken session, ActivityInstance actInst, EBPInstanceReference activity, String sessionId, ExecutionContext execContext, Thread thread, HTTPService httpService)	Creates a new HTMLContext for handling the interaction between webserver and ExecutableComponent and also to provide the URL to a client allowing to call the URL remotely.
GUIContext	NullGUIManager.getGUIContext(SessionToken session, ActivityInstance activityInstance, EBPInstanceReference ebpInstanceReference, String sessionID, ExecutionContext executionContext, ExecutionControlManager ecm, Thread thread)
GUIContext	RemoteHTMLGUIManager.getGUIContext(SessionToken session, ActivityInstance activityInstance, EBPInstanceReference ebpInstanceReference, String sessionID, ExecutionContext executionContext, ExecutionControlManager ecm, Thread thread)

Uses of SessionToken in de.aristaflow.adept2.ui.htmlgui

Fields in de.aristaflow.adept2.ui.htmlgui declared as SessionToken

Modifier and Type	Field	Description
protected final SessionToken	RemoteHTMLContext.session	The session token for deregistering at the HTTPService.

Methods in de.aristaflow.adept2.ui.htmlgui with parameters of type SessionToken

Modifier and Type	Method	Description
protected void	AbstractHTMLContext.close(SessionToken session)	Closes this HTML context by deregistering it from reply handling and closing all replies and responses.

Constructors in de.aristaflow.adept2.ui.htmlgui with parameters of type SessionToken

Modifier	Constructor	Description
	RemoteHTMLContext(Thread thread, SessionToken session, HTTPService httpService, String sessionId, ActivityInstance activityInstance, EBPInstanceReference activity, ExecutionContext executionContext)	Creates a new HTMLContext for handling the interaction between webserver and ExecutableComponent and also to provide the URL to a client allowing to call the URL remotely.

Uses of SessionToken in de.aristaflow.adept2.ui.htmlgui.httpservice

Methods in de.aristaflow.adept2.ui.htmlgui.httpservice with parameters of type SessionToken

Modifier and Type	Method	Description
void	AristaFlowHTTPService.deregisterReplyHandler(SessionToken session, String sessionID)
void	EmbdServContHTTPService.deregisterReplyHandler(SessionToken session, String sessionID)
void	HTTPService.deregisterReplyHandler(SessionToken session, String sessionID)	Deregisters a reply handler for the activity with the designated sessionID.
void	NullHTTPService.deregisterReplyHandler(SessionToken session, String sessionID)
void	AristaFlowHTTPService.registerReplyHandler(SessionToken session, String sessionID, HTTPReplyHandler replyHandler)
void	EmbdServContHTTPService.registerReplyHandler(SessionToken session, String sessionID, HTTPReplyHandler replayHandler)
void	HTTPService.registerReplyHandler(SessionToken session, String sessionID, HTTPReplyHandler replyHandler)	Registers a reply handler for the activity with the designated sessionID.
void	NullHTTPService.registerReplyHandler(SessionToken session, String sessionID, HTTPReplyHandler replyHandler)

Uses of SessionToken in de.aristaflow.ilm.base.sessionmanagement

Methods in de.aristaflow.ilm.base.sessionmanagement that return SessionToken

Modifier and Type	Method	Description
static SessionToken	Transformation.fromIlm(SessionFactory sf, SessionToken session)

Methods in de.aristaflow.ilm.base.sessionmanagement with parameters of type SessionToken

Modifier and Type	Method	Description
static SessionToken	Transformation.toIlm(SessionToken session)
static Session	Transformation.toIlmSession(SessionToken session)

Uses of SessionToken in de.aristaflow.ilm.core.executionmanager

Fields in de.aristaflow.ilm.core.executionmanager declared as SessionToken

Modifier and Type	Field	Description
protected final SessionToken	InstanceStateNotificationWrapper.session	The session token for unregistering in InstanceStateNotificationWrapper.cleanup(UUID).

Constructors in de.aristaflow.ilm.core.executionmanager with parameters of type SessionToken

Modifier	Constructor	Description
	InstanceStateNotificationWrapper(InstanceStateCallback isc, boolean ignoreResumed, SessionToken session, ConcurrentMap<UUID,InstanceStateNotificationWrapper> listeners, LocalInstanceStateNotifier lisn, Logger logger)	Creates a new wrapper for the designated InstanceStateCallback.

Uses of SessionToken in de.aristaflow.ilm.core.runtimemanager

Fields in de.aristaflow.ilm.core.runtimemanager declared as SessionToken

Modifier and Type	Field	Description
protected final SessionToken	ActivityStateNotificationWrapper.session	The session token for unregistering in ActivityStateNotificationWrapper.cleanup().

Constructors in de.aristaflow.ilm.core.runtimemanager with parameters of type SessionToken

Modifier	Constructor	Description
	ActivityStateNotificationWrapper(ActivityStateCallback asc, boolean ignoreResumed, SessionToken session, EBPInstanceReference jActivity, ConcurrentMap<EBPInstanceReference,ActivityStateNotificationWrapper> listeners, LocalActivityStateNotifier lasn)	Creates a new wrapper for the designated ActivityStateCallback.

Uses of SessionToken in de.aristaflow.ilm.core.runtimeservice

Methods in de.aristaflow.ilm.core.runtimeservice with parameters of type SessionToken

Modifier and Type	Method	Description
URI[]	MessageDemux.registerListener(SessionToken session, String sessionId, ExecutionMessageNotification emn)
void	MessageDemux.unregisterListener(SessionToken session, String sessionId, ExecutionMessageNotification emn)

Uses of SessionToken in de.aristaflow.ilm.model.datamanagement

Methods in de.aristaflow.ilm.model.datamanagement with parameters of type SessionToken

Modifier and Type	Method	Description
static ReadingDataContainer	Transformation.toIlm(SessionToken session, DataContainer dc)	Deprecated, for removal: This API element is subject to removal in a future version. Use Transformation.toIlm(SessionToken, de.aristaflow.adept2.model.datamanagement.DataContainer, Logger) instead.
static ReadingDataContainer	Transformation.toIlm(SessionToken session, DataContainer dc, Logger logger)

Uses of SessionToken in de.aristaflow.ilm.model.execution

Methods in de.aristaflow.ilm.model.execution with parameters of type SessionToken

Modifier and Type	Method	Description
static ExecutionContext	Transformation.toIlm(SessionToken session, ExecutionContext ec, Logger logger)

Uses of SessionToken in de.aristaflow.ilm.model.runtimeenvironment.guicontext

Methods in de.aristaflow.ilm.model.runtimeenvironment.guicontext with parameters of type SessionToken

Modifier and Type	Method	Description
static GuiContext	Transformation.toIlm(de.aristaflow.adept2.model.runtimeenvironment.guicontext.TransferableGUIContext tgc, SessionToken session, EbpInstanceReference activtiy, Logger logger)
static GuiContext	Transformation.toIlm(GUIContext context, SessionToken session, EbpInstanceReference activity, Logger logger)

Uses of SessionToken in de.aristaflow.ilm.ws.core.executionmanager

Methods in de.aristaflow.ilm.ws.core.executionmanager with parameters of type SessionToken

Modifier and Type	Method	Description
protected URI[]	InstanceControlWebService.wrap(SessionToken session, UUID instId, InstanceStateCallback callback)

Uses of SessionToken in de.aristaflow.ilm.ws.core.orgmodelmanager

Methods in de.aristaflow.ilm.ws.core.orgmodelmanager with parameters of type SessionToken

Modifier and Type	Method	Description
String	OrgPolicyScriptHandlerWebServiceStub.evaluateScript(SessionToken session, Script script)
protected AttributeMetaData	ModelExplorerWebService.getAttributeMetaData(SessionToken session, EntityType type)
protected AttributeMetaData	ModelExplorerWebService.getAttributeMetaData(SessionToken session, EntityType type)

Uses of SessionToken in de.aristaflow.ilm.ws.core.runtimemanager

Methods in de.aristaflow.ilm.ws.core.runtimemanager with parameters of type SessionToken

Modifier and Type	Method	Description
protected URI[]	SynchronousActivityStartingWebService.wrap(SessionToken session, EBPInstanceReference jActivity, ActivityStateCallback callback, boolean resume)

Uses of SessionToken in de.aristaflow.ilm.ws.core.runtimeservice

Methods in de.aristaflow.ilm.ws.core.runtimeservice with parameters of type SessionToken

Modifier and Type	Method	Description
protected ExecutionMessageNotification	RemoteActivityStartingWebService.wrap(SessionToken st, ExecutionMessageCallback callback)

Uses of SessionToken in de.aristaflow.ilm.ws.core.worklistmanager

Methods in de.aristaflow.ilm.ws.core.worklistmanager with parameters of type SessionToken

Modifier and Type	Method	Description
protected ClientWorklist	WorklistUpdateManagerWebService.createClientWorklistInternal(SessionToken jSession, @NotNull UUID worklistId, WorklistUpdateConfiguration conf, Boolean emptyWl)