stapl::runtime::executor_intermediate< SchedInfo > Class Template Reference

Intermediate class to allow adding entries with scheduling information. More...

Public Member Functions
bool	is_bound (void) const noexcept
	Returns true if this executor is inserted to another executor.
void	bind_to (const runtime::gang_id gid)
	Binds this executor to the executor of gid.
template<typename RunnableFunction , typename FinishedFunction >
void	set_notifiers (RunnableFunction &&rf, chunker::entry_type &entry, FinishedFunction &&ff)
	Sets the notifiers to be called when the executor becomes runnable or has finished execution and associates it with a chunker entry.
void	retire_chunker_entry (void) noexcept
	Retires the chunker entry associated with this executor.
bool	idle (void) const noexcept
	Returns true if the executor is processing entries.
void	add_task (runnable_base *t)
	Adds a task without scheduling information.
template<typename SchedInfo >
void	add_executor (executor_base *, SchedInfo &&, const bool is_gang_executor=false)
	Adds an executor with the given scheduling information.
void	add_executor (executor_base *ex, none_t, const bool is_gang_executor=false)
	Adds an executor without scheduling information.
void	add_executor (executor_base *ex, const bool is_gang_executor=false)
	Adds an executor without scheduling information. More...
virtual result_type	populate (void)=0
	Populates the executor with entries. More...
virtual result_type	operator() (void)=0
	Executes some entries.
virtual void	operator() (execute_all_t)=0
	Executes all entries.
virtual bool	empty (void)=0

Public Types
using	result_type = runnable_base::status_type
enum	status_type { Active, Idle, Finished }
	Return values for function operator. More...

Protected Member Functions
virtual void	add_executor_impl (executor_base *, SchedInfo const &, const bool is_gang_executor)=0
virtual void	add_executor_impl (executor_base *, SchedInfo &&, const bool is_gang_executor)=0
void	notify_runnable (void)
	Signals that the executor is runnable.
void	notify_finished (void)
	Signals that the executor has finished.
virtual void	add_task_impl (runnable_base *)=0
virtual void	add_executor_impl (executor_base *, const bool is_gang_executor)=0
	Adds an executor without scheduling information. More...
virtual void	print (std::ostream &)=0
	Outputs information about this executor_base.

Protected Attributes
runtime::bool_mutex	m_executing

Friends
class	executor_base

Detailed Description

template<typename SchedInfo>
class stapl::runtime::executor_intermediate< SchedInfo >

Intermediate class to allow adding entries with scheduling information.

Template Parameters

Scheduler

Scheduler type.

This class is required because executor objects are pointed to through the executor_base objects which are unaware of the scheduling information.

Member Enumeration Documentation

status_type

enum stapl::runnable_base::status_type

inherited

Return values for function operator.

Enumerator
Active	Runnable object is active.
Idle	Runnable object is idle.
Finished	Runnable object has finished.

Member Function Documentation

add_task_impl()

virtual void stapl::executor_base::add_task_impl ( runnable_base *  )

protectedpure virtualinherited

Implemented in stapl::gang_executor< Scheduler >, and stapl::executor< TaskGraph >.

add_executor_impl()

virtual void stapl::executor_base::add_executor_impl ( executor_base *  , const bool  is_gang_executor  )

protectedpure virtualinherited

Adds an executor without scheduling information.

Implemented in stapl::gang_executor< Scheduler >, and stapl::executor< TaskGraph >.

add_executor()

void stapl::executor_base::add_executor ( executor_base *  ex, const bool  is_gang_executor = false  )

inherited

Adds an executor without scheduling information.

populate()

virtual result_type stapl::executor_base::populate ( void  )

pure virtualinherited

Populates the executor with entries.

Returns

Status of the executor.

Implemented in stapl::gang_executor< Scheduler >, and stapl::executor< TaskGraph >.

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

• executor_base.hpp