Inheritance diagram for mammut::task::ProcessHandler:

Public Member Functions
virtual std::vector< TaskId >	getActiveThreadsIdentifiers () const =0

virtual ThreadHandler *	getThreadHandler (TaskId tid) const =0

virtual void	releaseThreadHandler (ThreadHandler *thread) const =0

Public Member Functions inherited from mammut::task::Task
virtual bool	getCoreUsage (double &coreUsage) const =0

virtual bool	resetCoreUsage ()=0

virtual bool	getPriority (uint &priority) const =0

virtual bool	setPriority (uint priority) const =0

virtual bool	getVirtualCoreId (topology::VirtualCoreId &virtualCoreId) const =0

virtual bool	move (const topology::Cpu *cpu) const =0

virtual bool	move (const topology::PhysicalCore *physicalCore) const =0

virtual bool	move (const topology::VirtualCore *virtualCore) const =0

virtual bool	move (topology::VirtualCoreId virtualCoreId) const =0

virtual bool	move (const std::vector< const topology::VirtualCore * > virtualCores) const =0

virtual bool	move (const std::vector< topology::VirtualCoreId > virtualCoresIds) const =0

Member Function Documentation

virtual std::vector<TaskId> mammut::task::ProcessHandler::getActiveThreadsIdentifiers ( ) const

pure virtual

Returns a list of active thread identifiers on this process.

virtual ThreadHandler* mammut::task::ProcessHandler::getThreadHandler ( TaskId tid ) const

pure virtual

Returns the handler associated to a specific thread.

Parameters

tid	The thread identifier.

Returns: The handler associated to a specific thread or NULL if the thread doesn't exists. The obtained handler must be released with releaseThreadHandler call.

virtual void mammut::task::ProcessHandler::releaseThreadHandler ( ThreadHandler * thread ) const

pure virtual

Releases the handler obtained through getThreadHandler call.

Parameters

thread The thread handler.

The documentation for this class was generated from the following file:

Public Member Functions