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    If you’re getting an optoma ep716 projector troubleshooting error code, today’s guide is here to help.

    API

    The CreateThread() call can be used when creating and executing a thread. The thread must have permission and code, we will grant it through the ThreadProc callback function. The ThreadProc function takes one argument of type LPVOID and returns the last DWORD value.

    Function

    CreateThread() returns a thread handle valid only in our process. Manage references to the kernel thread object that will handle the new thread. Most of our own threading APIs use this class’s binding handle.

    optoma ep716 projector troubleshooting

    #include #include #include dword ThreadFunc(LPVOID _tmain(int lPtr);int argc, _tchar* argv[])handle hThread;printf("Mostly.n");chstream = createstream(NULL, // default security0, //Default packet sizethreadFunc, //LPTHREAD_START_ROUTINE0, you can use //argument threadFunc0 flags0);If (hThread != NULL)Printf("Stream //creation successfully created.n");Otherwiseprintf("Error creating topic. You n");// give the thread an end timesleep to the called (1500);returns WINAPI 0;dword threadFunc(LPVOID lPtr)printf("Of course in topic.0;

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  • Reverse n”);returns attention that the createthread() part returns It is immediate, so the call to the subroutine and the re-threading are done at the same time. If the main thread crashes before the function threads have completely finished executing, all threads will be forcibly closed and none of them will be able to complete.

    The CreateThread() function usually takes a number of near-parameters, all of which we must provide the value Or null 0. The initial parameter is a pointer to the incredible SECURITY_ATTRIBUTES structure, which is intended to determine who has access to the modern thread. We can set parameters to NULL. The second parameter specifies the amount of stack that can be allocated for the new thread. We need to specify 0 here because what the stack size does is set to the default size for the executable.

    This and the third and fourth criteria are the most important because they give you the address of the ThreadProc job and point to any reasons we’d like to give it an understanding. These arguments are passed through a single void* pointer, so it’s important to make sure the data is converted Is set to the correct types in the current stream.The

    parameter allows you to specify flag values ​​that determine the behavior of the stream when it is created. Here we enter 0.

    #include #include #include Function TPF WINAPI dword(LPVOID lPtr);int _tmain(int argc, _TCHAR*argv[])an integer equal to 73;void *vPtr = HThreadHandle #num;handle equals CreateThread(NULL, // default security0, // default packet sizeTPF function, //FunctionvPtr, //argument0,0);for(int i equals 0; i < 10; i++)printf("Center %d t", i+1);sleep (100);returns 0;TPF WINAPI dword function (LPVOID lPtr)        // convert void pointer to int pointer       // then dereferenceprintf("...%d received in stream.*((int*)lPtr));Returns n", 0;

    The last parameter is a pointer, which is a DWORD value that can be used to store a thread ID. The thread ID is a primary global value that any site process or can use to send messages to our thread.

    #include #include #include dword Function (LPVOID lPtr);int _tmain(int argc, _TCHAR Argv*[])DWORD dwIDOne, dwIDTwo;HANDLE hThreadOne, hThreadTwo;interval iValOne p ven 100;int iValTwo IValOne = 6 . create a thread(ZERO,0,2;hThreadA = function,(cancel*)&iValOne,0,&dwIDUn);if(hThreadOne!=NULL)printf("Thread %d creates.DwIDOne);HThreadTwo n" means createthread(ZERO,0,what's the function(blank*)&iValTwo,0,&dwIDTwo);if (hThreadTwo != NULL)printf("Thread %d created.n", dwIDTwo);for(int if i = 0; < i 10; critical i++)printf("To...n");sleep (10 * i);returns DWORD 0;WINAPI Function (LPVOID lPtr)printf("Thread has new ID %d.Getcurrentthreadid());Sleep(100 n", + *((int*)lPtr));printf("End of thread %d.n", GetCurrentThreadId());returns attention 0;

    Note using the GetCurrentThreadId() function to get the current thread ID.

    The getexitcodethread() function gets the exit code from the function associated with the threadproc, with a handle. The GetExitCodeThread() function has two parameters: a special HANDLE of the thread whose exit code we need, and a pointer to a DWORD value to store the exit code.

    optoma ep716 projector troubleshooting

    #include #include #include dword theFunc(LPVOID lPtr);int _tmain(int argc, _TCHAR*argv[])DWORD dwExitCode;DWORDdwThreadID;HANDLE implies hT CreateThread(ZERO,0,function,0,0,&dwThreadID);// wait for the thread to actually finishduring (TRUE)GetExitCodeThread(hT, &dwExitCode);if (dwExitCode == STILL_ACTIVE)printf("Runningoutflow %d.(20);Continue;Printf("Threaddwthreadid);sleep n", in fact, the exit code was %d.DwExitCode);Break;returns .n", .0;DWORD .WINAPI .lPtr)for(int .theFunc(LPVOID .the .= .0; .< .i .10; .i++)dream .(20 .1 ..i);returns 0;

    Threads are created in the Windows API, typically using the CreateThread() function and, like pthreads, a set of attributes such as security information, stack size, and the flag to which the thread applies to, they pass to the function. . In some of the programs below, we use the principles standard for these attributes. (Standby values ​​do not initially place most of the thread in a suspended state, but make it available for the CPU's execution scheduler.) After a summing thread is created, parent threads must wait for it to finish outputting the value to Sum because the value is being written by the settable summing thread. In the pthread program, we made the parent site of the summation wait for a thread using the join() pthread statement. Here, using the Normal WaitForSingleObject() function, we are doing the same thing as in the real Windows API, causing the thread to block until the validation thread is done.perfect In situations where it is necessary to wait for multiple threads to complete, the WaitForMultipleObjects() function is chosen. There are four recommendations passed to this function -