test::ThreadInsertFactory< DictType, ParaType, CLASS_NAME > Class Template Reference

#include <test_dictionary.h>

Inheritance diagram for test::ThreadInsertFactory< DictType, ParaType, CLASS_NAME >:

List of all members.

Public Member Functions
	ThreadInsertFactory (DictType *l, DictionaryTest< DictType, ParaType, CLASS_NAME > *lt)
virtual Runnable **	createThreads (int threadNum, int elementNum, int operationNum)
virtual void	verifyResult (int threadNum, int elementNum)
	ThreadInsertFactory (ListType *l, IteratorTest< ListType, ParaType, CLASS_NAME > *lt)
virtual Runnable **	createThreads (int threadNum, int elementNum, int operationNum)
virtual void	verifyResult (int threadNum, int elementNum)
	ThreadInsertFactory (ListType *l, ListTest< ListType, ParaType, CLASS_NAME > *lt)
virtual Runnable **	createThreads (int threadNum, int elementNum, int operationNum)
virtual void	verifyResult (int threadNum, int elementNum)
	ThreadInsertFactory (SetType *s, SetTest< SetType, ParaType, CLASS_NAME > *st)
virtual Runnable **	createThreads (int threadNum, int elementNum, int operationNum)
virtual void	verifyResult (int threadNum, int elementNum)

template<typename DictType, typename ParaType, char const * CLASS_NAME>
class test::ThreadInsertFactory< DictType, ParaType, CLASS_NAME >

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Constructor & Destructor Documentation

template<typename DictType, typename ParaType, char const * CLASS_NAME>

test::ThreadInsertFactory< DictType, ParaType, CLASS_NAME >::ThreadInsertFactory	(	DictType *	l,
		DictionaryTest< DictType, ParaType, CLASS_NAME > *	lt
	)			[inline]

template<typename DictType, typename ParaType, char const * CLASS_NAME>

test::ThreadInsertFactory< DictType, ParaType, CLASS_NAME >::ThreadInsertFactory	(	ListType *	l,
		IteratorTest< ListType, ParaType, CLASS_NAME > *	lt
	)			[inline]

template<typename DictType, typename ParaType, char const * CLASS_NAME>

test::ThreadInsertFactory< DictType, ParaType, CLASS_NAME >::ThreadInsertFactory	(	ListType *	l,
		ListTest< ListType, ParaType, CLASS_NAME > *	lt
	)			[inline]

template<typename DictType, typename ParaType, char const * CLASS_NAME>

test::ThreadInsertFactory< DictType, ParaType, CLASS_NAME >::ThreadInsertFactory	(	SetType *	s,
		SetTest< SetType, ParaType, CLASS_NAME > *	st
	)			[inline]

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Member Function Documentation

template<typename DictType, typename ParaType, char const * CLASS_NAME>

virtual Runnable** test::ThreadInsertFactory< DictType, ParaType, CLASS_NAME >::createThreads	(	int	threadNum,
		int	elementNum,
		int	operationNum
	)			[inline, 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.

Implements test::ThreadFactory< ParaType >.

template<typename DictType, typename ParaType, char const * CLASS_NAME>

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

Verify result when created threads finished.

Reimplemented from test::ThreadFactory< ParaType >.

template<typename DictType, typename ParaType, char const * CLASS_NAME>

virtual Runnable** test::ThreadInsertFactory< DictType, ParaType, CLASS_NAME >::createThreads	(	int	threadNum,
		int	elementNum,
		int	operationNum
	)			[inline, 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.

Implements test::ThreadFactory< ParaType >.

template<typename DictType, typename ParaType, char const * CLASS_NAME>

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

Verify result when created threads finished.

Reimplemented from test::ThreadFactory< ParaType >.

template<typename DictType, typename ParaType, char const * CLASS_NAME>

virtual Runnable** test::ThreadInsertFactory< DictType, ParaType, CLASS_NAME >::createThreads	(	int	threadNum,
		int	elementNum,
		int	operationNum
	)			[inline, 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.

Implements test::ThreadFactory< ParaType >.

template<typename DictType, typename ParaType, char const * CLASS_NAME>

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

Verify result when created threads finished.

Reimplemented from test::ThreadFactory< ParaType >.

template<typename DictType, typename ParaType, char const * CLASS_NAME>

virtual Runnable** test::ThreadInsertFactory< DictType, ParaType, CLASS_NAME >::createThreads	(	int	threadNum,
		int	elementNum,
		int	operationNum
	)			[inline, 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.

Implements test::ThreadFactory< ParaType >.

template<typename DictType, typename ParaType, char const * CLASS_NAME>

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

Verify result when created threads finished.

Reimplemented from test::ThreadFactory< ParaType >.

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

• test/test_dictionary.h
• test/test_iterator.h
• test/test_list.h
• test/test_set.h