多核编程与并行计算实验报告 (1)

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多核编程与并行计算实验报告

姓名：

日期：2014年 4月20日

实验一

exa1.cpp : Defines the entry point for the console application. #include \() { }

int i=0;

_beginthread(ThreadFunc1,0,NULL); _beginthread(ThreadFunc2,0,NULL); Sleep(3000); cout<<\<

实验二

exa2.cpp : Defines the entry point for the console application. #include \ 0; }

DWORD WINAPI FunTwo(LPVOID param){ while(true) {

Sleep(1000); cout<<\;

} return 0; }

int main(int argc, char* argv[]) {

int input=0; HANDLE >>input; if(input==1) { }

ResumeThread( 0;

实验三

exa3.cpp : Defines the entry point for the console application. #include \ 0; } int main() { }

HANDLE 0;

实验四：

exa4.cpp : Defines the entry point for the console application. #include \(int argc , char * argv[]) { }

evRead = CreateEvent (NULL ,FALSE ,FALSE ,NULL) ; evFinish = CreateEvent (NULL ,FALSE ,FALSE ,NULL) ; _beginthread(ReadThread , 0 , NULL) ; _beginthread(WriteThread , 0 , NULL) ; WaitForSingleObject (evFinish,INFINITE) ; cout<<\<

实验五

exa5.cpp : Defines the entry point for the console application. #include \[2] ; CRITICAL_SECTION cs ;

void WithdrawThread1(LPVOID param) { }

void WithdrawThread2(LPVOID param) {

EnterCriticalSection(&cs) ; if ( total-20 >= 0) {

EnterCriticalSection(&cs) ; if ( total-90 >= 0) { } else

cout<<\(&cs) ; SetEvent (evFin[0]) ;

total -= 90 ;

cout<<\<