39 	struct wd_data *wd = container_of(co, struct wd_data, callout);  in test_wd_callback()  local
41 	if (wd->pending)  in test_wd_callback()
42 		wd->timeout_count++;  in test_wd_callback()
43 	wd->call_count++;  in test_wd_callback()
44 	if (wd->call_count < 10 || !(wd->call_count % 60) || wd->pending) {  in test_wd_callback()
47 			     wd->guest_id, wd->call_count, wd->timeout_count);  in test_wd_callback()
50 			     wd->call_count, wd->timeout_count);  in test_wd_callback()
52 	wd->pending = true;  in test_wd_callback()
53 	notif_send_async(NOTIF_VALUE_DO_BOTTOM_HALF, wd->guest_id);  in test_wd_callback()
63 		struct wd_data *wd = get_wd_data(prtn);  in wd_ndrv_atomic_cb()  local
65 		if (!wd->enabled) {  in wd_ndrv_atomic_cb()
66 			wd->guest_id = guest_id;  in wd_ndrv_atomic_cb()
67 			callout_add(&wd->callout, test_wd_callback,  in wd_ndrv_atomic_cb()
70 			wd->enabled = true;  in wd_ndrv_atomic_cb()
82 		struct wd_data *wd = get_wd_data(prtn);  in wd_ndrv_yielding_cb()  local
84 		if (wd->pending && wd->call_count < 10)  in wd_ndrv_yielding_cb()
86 		wd->pending = false;  in wd_ndrv_yielding_cb()
98 	struct wd_data *wd = data;  in wd_data_destroy()  local
100 	callout_rem(&wd->callout);  in wd_data_destroy()