gui/main_window/SchedulingPage.cpp

57 	ThreadState						state;
59 	SchedulingEvent(nanotime_t time, ThreadState state,
64 		state(state)
72 	uint32		state;
74 	IOSchedulingEvent(nanotime_t time, uint32 state)
77 		state(state)
146 	void AddState(Model::Thread* thread, nanotime_t time, ThreadState state,
153 				if (lastEvent.state == state
159 				lastEvent = SchedulingEvent(time, state, waitObject);
164 		SchedulingEvent event(time, state, waitObject);
168 	void AddIOState(Model::Thread* thread, nanotime_t time, uint32 state)
171 		array.Add(IOSchedulingEvent(time, state));
779 		// get the thread's state
801 				threadState = events[lower].state;
811 		// get the thread's I/O state
962 				switch (event.state) {
995 				switch (event.state) {
1040 		// get a scheduling state close to our start time
1068 				switch (threadState->state) {
1183 		// start in pending request state
1229 		// after the end of the request cluster, state is idle again
1277 		if (events[lower].state == IO_SCHEDULING_STATE_IDLE)
1282 			if (events[lower - 1].state == IO_SCHEDULING_STATE_IDLE)
1289 			if (events[upper].state == IO_SCHEDULING_STATE_IDLE)
1294 		nanotime_t endTime = events[upper].state == IO_SCHEDULING_STATE_IDLE
1458 		thread->state = RUNNING;
1473 		if (thread->state == STILL_RUNNING) {
1479 			thread->state = PREEMPTED;
1480 		} else if (thread->state == RUNNING) {
1509 			thread->state = WAITING;
1510 		} else if (thread->state == UNKNOWN) {
1517 				thread->state = WAITING;
1520 				thread->state = PREEMPTED;
1539 		if (thread->state == RUNNING || thread->state == STILL_RUNNING) {
1542 			thread->state = STILL_RUNNING;
1553 			thread->state = READY;
1575 		thread->state = WAITING;