fpmas::api::scheduler::Task Class Reference

#include <scheduler.h>

Inheritance diagram for fpmas::api::scheduler::Task:

Public Member Functions
virtual void	run ()=0
virtual void	setJobPos (JID job_id, std::list< Task * >::iterator pos)=0
virtual std::list< Task * >::iterator	getJobPos (JID job_id) const =0

Detailed Description

Task API.

Member Function Documentation

run()

virtual void fpmas::api::scheduler::Task::run ( )

pure virtual

Runs the task.

Implemented in fpmas::io::OutputTask, fpmas::model::detail::AgentTask, fpmas::model::detail::AgentBehaviorTask, fpmas::model::detail::SynchronizeGraphTask, fpmas::model::detail::LoadBalancingTask, fpmas::scheduler::VoidTask, fpmas::scheduler::detail::LambdaTask, and fpmas::scheduler::LambdaTask< T >.

setJobPos()

virtual void fpmas::api::scheduler::Task::setJobPos ( JID  job_id, std::list< Task * >::iterator  pos  )

pure virtual

Sets a list position associated to the Job represented by job_id, that can be retrieved with getJobPos().

There is no specific requirement about those methods, that can be used or not. However, Job implementations can take advantage of this feature to optimize Task insertion and removal in constant time, using an std::list as an internal data structure.

Parameters

job_id	Job ID
pos	list iterator that references the current Task within the job associated to job_id

getJobPos()

virtual std::list< Task * >::iterator fpmas::api::scheduler::Task::getJobPos ( JID  job_id ) const

pure virtual

Retrieves a list position that was previously stored using setJobPos().

Parameters

job_id

Job ID

Returns

list iterator that references the current Task within the job associated to job_id

---

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

• src/fpmas/api/scheduler/scheduler.h