32 static struct perf_data_t perf_data = {  variable
33 	.timer = Z_TIMER_INITIALIZER(perf_data.timer, perf_tracer, NULL),
75 	if (k_work_delayable_is_pending(&perf_data.dwork)) {  in cmd_perf_record()
80 	if (perf_data.buf_full) {  in cmd_perf_record()
88 	perf_data.sh = sh;  in cmd_perf_record()
90 	k_timer_user_data_set(&perf_data.timer, &perf_data);  in cmd_perf_record()
91 	k_timer_start(&perf_data.timer, K_NO_WAIT, period);  in cmd_perf_record()
93 	k_work_schedule(&perf_data.dwork, duration);  in cmd_perf_record()
103 		if (k_work_delayable_is_pending(&perf_data.dwork)) {  in cmd_perf_clear()
110 	perf_data.idx = 0;  in cmd_perf_clear()
111 	perf_data.buf_full = false;  in cmd_perf_clear()
118 	if (k_work_delayable_is_pending(&perf_data.dwork)) {  in cmd_perf_info()
122 	shell_print(sh, "Perf buf: %zu/%d %s", perf_data.idx, CONFIG_PROFILING_PERF_BUFFER_SIZE,  in cmd_perf_info()
123 		    perf_data.buf_full ? "(full)" : "");  in cmd_perf_info()
130 	if (k_work_delayable_is_pending(&perf_data.dwork)) {  in cmd_perf_print()
135 	shell_print(sh, "Perf buf length %zu", perf_data.idx);  in cmd_perf_print()
136 	for (size_t i = 0; i < perf_data.idx; i++) {  in cmd_perf_print()
137 		shell_print(sh, "%016lx", perf_data.buf[i]);  in cmd_perf_print()