I have a multithread application and I would like that htop (as example) shows a different name per each thread running, at the moment what it shows is the \"command line\" used to run the main.
I tried to compile this simple pthreads program with this command $ gcc -pthread -o pthreads pthreads.c
There\'s a thread that works normally with a loop void* Thread (void* nothing) { while(1) { // Sleep if requested
I have a main thread, which stays in the main function, i.e. I do not create it specifically as in pthread_create, because it\'s not necessary. This thread opens a file, then creates other threads, wa
I have a Class that calls at least one thread. The Class can have many threads. This thread needs to call static members of the Class. Do I have to use a mutex before to each call to static members, s
Suppose there are two threads, the main thread and say thread B(created by main). If B acquired a mutex(say pthread_mutex)and it has called pthread_exit without unlocking the lock. So what happens to
Here is the code: .... typedef struct { int buf[10]; long head, tail; int full, empty; pthread_mutex_t *mut;
void *do_chld(void *arg) { char *sub; sub = malloc(255 * sizeof(char)); /* ------ Some Code ---- */ free(sub);
EDIT3: It spawns in a new thread each time it is needed, \"input\" is a copy of a char* which is freed inside it. Assume cURL functions are thread safe.
What is the difference between NSThread and pthread? Does NSThread use pthread as its internal implementation and do we really need the extra overhead of NSThread when pthreads suffice especially on t
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