**/
/**
- * frsh_set_contract_preemption_level()
+ * frsh_contract_set_preemption_level()
*
* The operation updates the specified contract parameters object by
* setting its preemption level to the specified input parameter.
* and probably wrong.
*
**/
-int frsh_set_contract_preemption_level
- (frsh_contract_parameters_t *contract,
+int frsh_contract_set_preemption_level
+ (frsh_contract_t *contract,
frsh_preemption_level_t preemption_level);
/**
- * frsh_get_contract_preemption_level()
+ * frsh_contract_get_preemption_level()
*
* The operation obtains from the specified contract parameters object
* its preemption level and copies it to the place pointed to by the
* specified input parameter.
**/
-int frsh_get_contract_preemption_level
- (const frsh_contract_parameters_t *contract,
+int frsh_contract_get_preemption_level
+ (const frsh_contract_t *contract,
frsh_preemption_level_t *preemption_level);
/**
- * frsh_set_service_thread_preemption_level()
+ * frsh_service_thread_set_preemption_level()
*
* This function sets the preemption level of the service thread to
* the specified value. The initial preemption level is a configurable
* used the next time the service thread data is updated with the
* frsh_set_service_thread_data() function.
**/
-int frsh_set_service_thread_preemption_level
+int frsh_service_thread_set_preemption_level
(frsh_preemption_level_t preemption_level);
/**
- * frsh_get_service_thread_preemption_level()
+ * frsh_service_thread_get_preemption_level()
*
* This function stores the current preemption level of the service
* thread in the variable pointed to by preemption_level
**/
-int frsh_get_service_thread_preemption_level
+int frsh_service_thread_get_preemption_level
(frsh_preemption_level_t *preemption_level);
*
* This operation shall terminate the calling thread, make the value
* value_ptr available to any successful join with the terminating
- * thread, and unbind the thread from its associated server. After
+ * thread, and unbind the thread from its associated vres. After
* cleaning up the thread management data, it is unbound and the
* scheduling policy is changed to fixed priority before the posix
* pthread_exit() function is called.
/**
- * frsh_set_shared_obj_preemption_level()
+ * frsh_sharedobj_set_preemption_level()
*
* The operation updates the specified shared object by setting its
* preemption level to the specified input parameter.
* particularly the acceptance tests correctness are not garantee
* and probably wrong.
**/
-int frsh_set_shared_obj_preemption_level(frsh_shared_obj_handle_t obj_handle,
+int frsh_sharedobj_set_preemption_level(frsh_sharedobj_handle_t obj_handle,
frsh_preemption_level_t preemption_level);
/**
- * frsh_get_shared_obj_preemption_level()
+ * frsh_sharedobj_get_preemption_level()
*
* The operation obtains from the specified shared object its
* preemption level and copies it to the place pointed to by the
* specified input parameter.
**/
-int frsh_get_shared_obj_preemption_level(frsh_shared_obj_handle_t obj_handle,
+int frsh_sharedobj_get_preemption_level(frsh_sharedobj_handle_t obj_handle,
frsh_preemption_level_t *preemption_level);
/*@}*/