/* * Copyright (C) by Argonne National Laboratory * See COPYRIGHT in top-level directory */ #ifndef MPL_THREAD_SOLARIS_H_INCLUDED #define MPL_THREAD_SOLARIS_H_INCLUDED #include #include typedef mutex_t MPL_thread_mutex_t; typedef cond_t MPL_thread_cond_t; typedef thread_t MPL_thread_id_t; typedef thread_key_t MPL_thread_tls_key_t; typedef void (*MPL_thread_func_t) (void *data); void MPL_thread_create(MPL_thread_func_t func, void *data, MPL_thread_id_t * id, int *err); /* * Threads */ #define MPL_thread_init(err_ptr_) \ do { \ *(int *)(err_ptr_) = 0; \ } while (0) #define MPL_thread_finalize(err_ptr_) \ do { \ *(int *)(err_ptr_) = 0; \ } while (0) #define MPL_thread_exit() \ do { \ thr_exit(NULL); \ } while (0) #define MPL_thread_self(id_ptr_) \ do { \ *(id_ptr_) = thr_self(); \ } while (0) #define MPL_thread_join(id_ptr_) \ do { \ thr_join(id_ptr_, NULL, NULL); \ } while (0) #define MPL_thread_same(id1_ptr_, id2_ptr_, same_ptr_) \ do { \ *(same_ptr_) = (*(id1_ptr_) == *(id2_ptr_)) ? TRUE : FALSE; \ } while (0) #define MPL_thread_yield thr_yield /* * Mutexes */ #define MPL_thread_mutex_create(mutex_ptr_, err_ptr_) \ do { \ if ((err_ptr_) == NULL) { \ mutex_init(mutex_ptr_, USYNC_THREAD, NULL); \ } \ else { \ *(err_ptr_) = mutex_init(mutex_ptr_, USYNC_THREAD, NULL); \ /* FIXME: convert error to an MPL_THREAD_ERR value */ \ } \ } while (0) #define MPL_thread_mutex_destroy(mutex_ptr_, err_ptr_) \ do { \ if ((err_ptr_) == NULL) { \ mutex_destroy(mutex_ptr_); \ } \ else { \ *(err_ptr_) = mutex_destroy(mutex_ptr_); \ /* FIXME: convert error to an MPL_THREAD_ERR value */ \ } \ } while (0) #define MPL_thread_mutex_lock(mutex_ptr_, err_ptr_, prio_) \ do { \ if ((err_ptr_) == NULL) { \ mutex_lock(mutex_ptr_); \ } \ else { \ *(err_ptr_) = mutex_lock(mutex_ptr_); \ /* FIXME: convert error to an MPL_THREAD_ERR value */ \ } \ } while (0) #define MPL_thread_mutex_unlock(mutex_ptr_, err_ptr_) \ do { \ if ((err_ptr_) == NULL) { \ mutex_unlock(mutex_ptr_); \ } \ else { \ *(err_ptr_) = mutex_unlock(mutex_ptr_); \ /* FIXME: convert error to an MPL_THREAD_ERR value */ \ } \ } while (0) /* * Condition Variables */ #define MPL_thread_cond_create(cond_ptr_, err_ptr_) \ do { \ if ((err_ptr_) == NULL) { \ cond_init(cond_ptr_, NULL, NULL); \ } \ else { \ *(err_ptr_) == cond_init(cond_ptr_, NULL, NULL); \ /* FIXME: convert error to an MPL_THREAD_ERR value */ \ } \ } while (0) #define MPL_thread_cond_destroy(cond_ptr_, err_ptr_) \ do { \ if ((err_ptr_) == NULL) { \ cond_destroy(cond_ptr_); \ } \ else { \ *(err_ptr_) = cond_destroy(cond_ptr_); \ /* FIXME: convert error to a MPL_THREAD_ERR value */ \ } \ } while (0) #define MPL_thread_cond_wait(cond_ptr_, mutex_ptr_, err_ptr_) \ do { \ if ((err_ptr_) == NULL) { \ cond_wait((cond_ptr_), (mutex_ptr_)); \ } \ else { \ *(err_ptr_) = cond_wait((cond_ptr_), (mutex_ptr_)); \ /* FIXME: convert error to a MPL_THREAD_ERR value */ \ } \ } while (0) #define MPL_thread_cond_broadcast(cond_ptr_, err_ptr_) \ do { \ if ((err_ptr_) == NULL) { \ cond_broadcast(cond_ptr_); \ } \ else { \ *(err_ptr_) = cond_broadcast(cond_ptr_); \ /* FIXME: convert error to a MPL_THREAD_ERR value */ \ } \ } while (0) #define MPL_thread_cond_signal(cond_ptr_, err_ptr_) \ do { \ if ((err_ptr_) == NULL) { \ cond_signal(cond_ptr_); \ } \ else { \ *(err_ptr_) = cond_signal(cond_ptr_); \ /* FIXME: convert error to a MPL_THREAD_ERR value */ \ } \ } while (0) /* * Thread Local Storage */ #define MPL_thread_tls_create(exit_func_ptr_, tls_ptr_, err_ptr_) \ do { \ if ((err_ptr_) == NULL) { \ thr_keycreate((tls_ptr_), (exit_func_ptr_)); \ } \ else { \ *(err_ptr_) = thr_keycreate((tls_ptr_), (exit_func_ptr_)); \ /* FIXME: convert error to a MPL_THREAD_ERR value */ \ } \ } while (0) #define MPL_thread_tls_destroy(tls_ptr_, err_ptr_) \ do { \ /* \ * FIXME: Solaris threads does not have a key destroy. We \ * need to create equivalent functionality to prevent a \ * callback from occuring when a thread exits after the TLS is \ * destroyed. This is the only way to prevent subsystems that \ * have shutdown from continuing to receive callbacks. \ */ \ if ((err_ptr_) != NULL) { \ *(err_ptr_) = MPL_SUCCESS; \ } \ } while (0) #define MPL_thread_tls_set(tls_ptr_, value_, err_ptr_) \ do { \ if ((err_ptr_) == NULL) { \ thr_setspecific(*(tls_ptr_), (value_)); \ } \ else { \ *(err_ptr_) = thr_setspecific(*(tls_ptr_), (value_)); \ /* FIXME: convert error to a MPL_THREAD_ERR value */ \ } \ } while (0) #define MPL_thread_tls_get(tls_ptr_, value_ptr_, err_ptr_) \ do { \ if ((err_ptr_) == NULL) { \ thr_setspecific(*(tls_ptr_), (value_ptr_)); \ } \ else { \ *(err_ptr_) = thr_setspecific(*(tls_ptr_), (value_ptr_)); \ /* FIXME: convert error to a MPL_THREAD_ERR value */ \ } \ } while (0) #endif /* MPL_THREAD_SOLARIS_H_INCLUDED */