Uses of Class
de.uka.ipd.sdq.simucomframework.SimuComSimProcess

Packages that use SimuComSimProcess

Package	Description
de.uka.ipd.sdq.simucomframework
de.uka.ipd.sdq.simucomframework.fork
de.uka.ipd.sdq.simucomframework.resources
de.uka.ipd.sdq.simucomframework.usage

Uses of SimuComSimProcess in de.uka.ipd.sdq.simucomframework

Methods in de.uka.ipd.sdq.simucomframework that return SimuComSimProcess

Modifier and Type	Method and Description
SimuComSimProcess	Context.getThread()

Methods in de.uka.ipd.sdq.simucomframework with parameters of type SimuComSimProcess

Modifier and Type	Method and Description
void	Context.setSimProcess(SimuComSimProcess process)

Uses of SimuComSimProcess in de.uka.ipd.sdq.simucomframework.fork

Subclasses of SimuComSimProcess in de.uka.ipd.sdq.simucomframework.fork

Modifier and Type	Class and Description
class	ForkedBehaviourProcess Base class for ForkBehaviours.

Constructors in de.uka.ipd.sdq.simucomframework.fork with parameters of type SimuComSimProcess

Constructor and Description
ForkContext(Context parentContext, SimuComSimProcess parent) Constructor of the parallel process
ForkExecutor(SimuComSimProcess parent, ForkedBehaviourProcess[] forks) Initialise the barrier with the forks to spawn and the parent process which is continoued when all forks are done

Uses of SimuComSimProcess in de.uka.ipd.sdq.simucomframework.resources

Methods in de.uka.ipd.sdq.simucomframework.resources with parameters of type SimuComSimProcess

Modifier and Type	Method and Description
abstract void	AbstractScheduledResource.consumeResource(SimuComSimProcess thread, int resourceServiceID, Map<String,Serializable> parameterMap, double demand) Called by client of this resource to make the resource simulate resource processing.
void	ScheduledResource.consumeResource(SimuComSimProcess process, int resourceServiceID, Map<String,Serializable> parameterMap, double abstractDemand)
void	SimulatedLinkingResource.consumeResource(SimuComSimProcess process, int resourceServiceID, Map<String,Serializable> parameterMap, double abstractDemand)
abstract double	AbstractScheduledResource.getRemainingDemandForProcess(SimuComSimProcess thread)
double	ScheduledResource.getRemainingDemandForProcess(SimuComSimProcess thread)
double	SimulatedLinkingResource.getRemainingDemandForProcess(SimuComSimProcess thread)
void	AbstractSimulatedResourceContainer.loadActiveResource(SimuComSimProcess requestingProcess, String typeID, double demand) Demand processing of a resource demand by a given type of active resources In future versions this has to control schedulers of resource types which exist in multiple instances
void	SimulatedResourceContainer.loadActiveResource(SimuComSimProcess requestingProcess, String typeID, double demand) Demand processing of a resource demand by a given type of active resources.
void	AbstractSimulatedResourceContainer.loadActiveResource(SimuComSimProcess requestingProcess, String providedInterfaceID, int resourceServiceID, double demand) Demand processing of a resource demand by a given type of active resource and a resource interface operation
void	SimulatedResourceContainer.loadActiveResource(SimuComSimProcess requestingProcess, String providedInterfaceID, int resourceServiceID, double demand) Demand processing of a resource demand by a given type of active resource and a resource interface operation.
void	AbstractSimulatedResourceContainer.loadActiveResource(SimuComSimProcess requestingProcess, String providedInterfaceID, int resourceServiceID, Map<String,Serializable> parameterMap, double demand) Demand processing of a resource demand by a given type of active resource and a resource interface operation and additional parameters which can be used in an active resource
void	SimulatedResourceContainer.loadActiveResource(SimuComSimProcess requestingProcess, String providedInterfaceID, int resourceServiceID, Map<String,Serializable> parameterMap, double demand) Demand processing of a resource demand by a given type of active resource and a resource interface operation and additional parameters which can be used in an active resource
void	SimulatedLinkingResourceContainer.loadActiveResource(SimuComSimProcess requestingProcess, String originResourceContainerID, String typeID, double demand)
abstract void	AbstractScheduledResource.updateDemand(SimuComSimProcess thread, double demand)
void	ScheduledResource.updateDemand(SimuComSimProcess thread, double demand)
void	SimulatedLinkingResource.updateDemand(SimuComSimProcess thread, double demand)

Uses of SimuComSimProcess in de.uka.ipd.sdq.simucomframework.usage

Subclasses of SimuComSimProcess in de.uka.ipd.sdq.simucomframework.usage

Modifier and Type	Class and Description
class	ClosedWorkloadUser A closed workload user is a user which performs the typical closed workload cycle: execute, think, execute, ...
class	OpenWorkload Implementation of the workload driver interface for open workloads
class	OpenWorkloadUser Base class for open workload users.

Methods in de.uka.ipd.sdq.simucomframework.usage with parameters of type SimuComSimProcess

Modifier and Type	Method and Description
void	ClosedWorkloadUser.scenarioRunner(SimuComSimProcess thread)
void	IScenarioRunner.scenarioRunner(SimuComSimProcess thread) Execute the behaviour represented by this object using the given simulation process
void	OpenWorkloadUser.scenarioRunner(SimuComSimProcess thread)