/* empth_t * represents a thread. */
typedef struct lwpProc empth_t;
-/* empth_sem_t * represents a semaphore */
-typedef struct lwpSem empth_sem_t;
-
/* empth_rwlock_t * represents a read-write lock */
typedef struct lwp_rwlock empth_rwlock_t;
#define EMPTH_STACKCHECK 0x2
typedef struct empth_t empth_t;
-typedef struct empth_sem_t empth_sem_t;
typedef struct empth_rwlock_t empth_rwlock_t;
#endif /* EMPTH_POSIX */
#define EMPTH_STACKCHECK 0x2
typedef struct loc_Thread empth_t;
-typedef struct loc_Sem empth_sem_t;
typedef struct loc_RWLock empth_rwlock_t;
void empth_request_shutdown(void);
*/
int empth_wait_for_signal(void);
-/*
- * Create a semaphore.
- * NAME is its name, it is used for debugging.
- * COUNT is the initial count value of the semaphore, it must not be
- * negative.
- * Return the semaphore, or NULL on error.
- */
-empth_sem_t *empth_sem_create(char *name, int count);
-
-/*
- * Signal SEM.
- * Increase SEM's count. If threads are sleeping on it, wake up
- * exactly one of them. If that thread has a higher priority, yield
- * the processor.
- * This semaphore operation is often called `down' or `V' otherwhere.
- */
-void empth_sem_signal(empth_sem_t *sem);
-
-/*
- * Wait for SEM.
- * If SEM has a zero count, put current thread to sleep until
- * empth_sem_signal() awakens it. SEM will have non-zero value then.
- * Decrement SEM's count.
- * This semaphore operation is often called `up' or `P' otherwhere.
- */
-void empth_sem_wait(empth_sem_t *sem);
-
/*
* Create a read-write lock.
* NAME is its name, it is used for debugging.