test::ThreadFactory< ParaType > Class Template Reference

#include <threadFactory.h>

Inheritance diagram for test::ThreadFactory< ParaType >:

List of all members.

Public Member Functions
virtual	~ThreadFactory ()
virtual Runnable **	createThreads (int threadNum, int elementNum, int operationNum)=0
virtual void	deleteThreads (Runnable **threads, int threadNum)
virtual void	verifyResult (int threadNum, int elementNum)
virtual void	collection (Runnable **threads, int threadNum)
Public Attributes
vector< ParaType >	inVec
vector< ParaType >	outVec

template<typename ParaType>
class test::ThreadFactory< ParaType >

---

Constructor & Destructor Documentation

template<typename ParaType>

virtual test::ThreadFactory< ParaType >::~ThreadFactory

(

)

[inline, virtual]

---

Member Function Documentation

template<typename ParaType>

virtual Runnable** test::ThreadFactory< ParaType >::createThreads	(	int	threadNum,
		int	elementNum,
		int	operationNum
	)			[pure virtual]

Create multiple threads which can be used to run simultaneously. This method should also clean and setup internal state for next round of execution.

Implemented in MathThreadFactory< ParaType, CLASS_NAME >, test::ThreadPushRightFactory< DequeType, ParaType, CLASS_NAME >, test::Thread4DirFactory< DequeType, ParaType, CLASS_NAME >, test::Thread4DirFactory< DequeType, ParaType, CLASS_NAME >, test::ThreadPushRightFactory< DequeType, ParaType, CLASS_NAME >, test::Thread4DirFactory< DequeType, ParaType, CLASS_NAME >, test::ThreadInsertFactory< DictType, ParaType, CLASS_NAME >, test::ThreadDeleteKeyFactory< DictType, ParaType, CLASS_NAME >, test::ThreadDeleteValueFactory< DictType, ParaType, CLASS_NAME >, test::ThreadFindValueFactory< DictType, ParaType, CLASS_NAME >, test::ThreadFindKeyFactory< DictType, ParaType, CLASS_NAME >, test::ThreadInsertRemoveFactory< DictType, ParaType, CLASS_NAME >, test::ThreadInsertFactory< DictType, ParaType, CLASS_NAME >, test::ThreadInsertFactory< DictType, ParaType, CLASS_NAME >, test::ThreadPush_frontFactory< ListType, ParaType, CLASS_NAME >, test::ThreadRemoveFactory< ListType, ParaType, CLASS_NAME >, test::ThreadInsertRemoveFactory< DictType, ParaType, CLASS_NAME >, test::ThreadDequeueFactory< QueueType, ParaType, CLASS_NAME >, test::ThreadEnqueueFactory< QueueType, ParaType, CLASS_NAME >, test::ThreadEnDequeueFactory< QueueType, ParaType, CLASS_NAME >, test::ThreadDequeueFactory< QueueType, ParaType, CLASS_NAME >, test::ThreadEnqueueFactory< QueueType, ParaType, CLASS_NAME >, test::ThreadEnDequeueFactory< QueueType, ParaType, CLASS_NAME >, test::ThreadInsertFactory< DictType, ParaType, CLASS_NAME >, test::ThreadRemoveFactory< ListType, ParaType, CLASS_NAME >, test::ThreadInsertRemoveFactory< DictType, ParaType, CLASS_NAME >, test::ThreadPopFactory< TestType, ParaType, CLASS_NAME >, test::ThreadPushFactory< TestType, ParaType, CLASS_NAME >, and test::ThreadPushPopPairFactory< TestType, ParaType, CLASS_NAME >.

template<typename ParaType>

virtual void test::ThreadFactory< ParaType >::deleteThreads	(	Runnable **	threads,
		int	threadNum
	)			[inline, virtual]

template<typename ParaType>

virtual void test::ThreadFactory< ParaType >::verifyResult	(	int	threadNum,
		int	elementNum
	)			[inline, virtual]

Verify result when created threads finished.

Reimplemented in MathThreadFactory< ParaType, CLASS_NAME >, test::ThreadPushRightFactory< DequeType, ParaType, CLASS_NAME >, test::Thread4DirFactory< DequeType, ParaType, CLASS_NAME >, test::ThreadPushRightFactory< DequeType, ParaType, CLASS_NAME >, test::ThreadInsertFactory< DictType, ParaType, CLASS_NAME >, test::ThreadDeleteKeyFactory< DictType, ParaType, CLASS_NAME >, test::ThreadDeleteValueFactory< DictType, ParaType, CLASS_NAME >, test::ThreadFindValueFactory< DictType, ParaType, CLASS_NAME >, test::ThreadFindKeyFactory< DictType, ParaType, CLASS_NAME >, test::ThreadInsertRemoveFactory< DictType, ParaType, CLASS_NAME >, test::ThreadInsertFactory< DictType, ParaType, CLASS_NAME >, test::ThreadInsertFactory< DictType, ParaType, CLASS_NAME >, test::ThreadPush_frontFactory< ListType, ParaType, CLASS_NAME >, test::ThreadRemoveFactory< ListType, ParaType, CLASS_NAME >, test::ThreadInsertRemoveFactory< DictType, ParaType, CLASS_NAME >, test::ThreadDequeueFactory< QueueType, ParaType, CLASS_NAME >, test::ThreadEnqueueFactory< QueueType, ParaType, CLASS_NAME >, test::ThreadEnDequeueFactory< QueueType, ParaType, CLASS_NAME >, test::ThreadDequeueFactory< QueueType, ParaType, CLASS_NAME >, test::ThreadEnqueueFactory< QueueType, ParaType, CLASS_NAME >, test::ThreadEnDequeueFactory< QueueType, ParaType, CLASS_NAME >, test::ThreadInsertFactory< DictType, ParaType, CLASS_NAME >, test::ThreadRemoveFactory< ListType, ParaType, CLASS_NAME >, test::ThreadInsertRemoveFactory< DictType, ParaType, CLASS_NAME >, test::ThreadPopFactory< TestType, ParaType, CLASS_NAME >, test::ThreadPushFactory< TestType, ParaType, CLASS_NAME >, and test::ThreadPushPopPairFactory< TestType, ParaType, CLASS_NAME >.

template<typename ParaType>

virtual void test::ThreadFactory< ParaType >::collection	(	Runnable **	threads,
		int	threadNum
	)			[inline, virtual]

collect data from vector in every thread and add them to one vector in factory.

---

Member Data Documentation

template<typename ParaType>

vector<ParaType> test::ThreadFactory< ParaType >::inVec

template<typename ParaType>

vector<ParaType> test::ThreadFactory< ParaType >::outVec

---

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

• test/threadFactory.h