25 	uint32_t wait_times[] =  {1, 30, 0, 121, 10000};  in ZTEST()
49 #define WASTED_TIME 1000 /* 1ms */
58 #define ONE_AND_HALF_TICKS  (ONE_TICK_TIME + (ONE_TICK_TIME>>1))
59 #define TWO_AND_HALF_TICKS  ((ONE_TICK_TIME<<1) + (ONE_TICK_TIME>>1))
70 K_SEM_DEFINE(start_sema, 0, 1);
71 K_SEM_DEFINE(end_sema, 0, 1);
92 		k_sleep(Z_TIMEOUT_TICKS(1));  in thread_entry()
105  * For native_posix it works, with a tick of 10ms. In general this test will
115 	k_sleep(Z_TIMEOUT_TICKS(1)); /* Wait until tick boundary */  in ZTEST()
119 	k_busy_wait(TWO_TICKS_TIME + 1);  in ZTEST()
121 	 * WASTED_TIME us (1ms) right after 2*one_tick_time  in ZTEST()
122 	 * As that is longer than 2 ticks + 1us, the total  in ZTEST()
134 	k_sleep(Z_TIMEOUT_TICKS(1)); /* Wait until tick boundary */  in ZTEST()
139 	/* The thread should have used WASTED_TIME us (1ms) after  in ZTEST()
154 	k_sleep(Z_TIMEOUT_TICKS(1)); /* Wait until tick boundary */  in ZTEST()
158 	posix_cpu_hold(TWO_TICKS_TIME + 1);  in ZTEST()
160 	 * so the total should be 2 ticks + WASTED_TIME + 1.  in ZTEST()
161 	 * That is we spend 2 ticks + 1 us in this context as requested.  in ZTEST()
165 	zassert_true(time2 - time1 == TWO_TICKS_TIME + WASTED_TIME + 1,  in ZTEST()
168 			time2, time1, TWO_TICKS_TIME + WASTED_TIME + 1);  in ZTEST()
172 	k_sleep(Z_TIMEOUT_TICKS(1)); /* Wait until tick boundary */  in ZTEST()
213  * 10ms
224 	k_sleep(Z_TIMEOUT_TICKS(1)); /* Wait until a tick boundary */  in ZTEST()
226 	IRQ_CONNECT(TIMER_TICK_IRQ, 1, np_timer_isr_test_replacement, 0, 0);  in ZTEST()
229 	k_busy_wait(ONE_TICK_TIME + 1);  in ZTEST()
230 	/* Just after ONE_TICK_TIME (10ms) the timer interrupt has come,  in ZTEST()
231 	 * causing a delay of WASTED_TIME (1ms), so the k_busy_wait()  in ZTEST()
232 	 * returns immediately as it was waiting for 10.001 ms  in ZTEST()
242 	k_sleep(Z_TIMEOUT_TICKS(1)); /* Wait until tick boundary */  in ZTEST()
246 	/* Just after ONE_TICK_TIME (10ms) the timer interrupt has come,  in ZTEST()
247 	 * causing a delay of WASTED_TIME (1ms), after that, the k_busy_wait()  in ZTEST()
248 	 * continues until 15ms  in ZTEST()
259 	k_sleep(Z_TIMEOUT_TICKS(1)); /* Wait until tick boundary */  in ZTEST()
262 	posix_cpu_hold(ONE_TICK_TIME + 1);  in ZTEST()
263 	/* Just after ONE_TICK_TIME (10ms) the timer interrupt has come,  in ZTEST()
264 	 * causing a delay of WASTED_TIME (1ms), but posix_cpu_hold continues  in ZTEST()
265 	 * until it spends 10.001 ms in this context. That is 11.001ms in total  in ZTEST()
269 	zassert_true(time2 - time1 == ONE_TICK_TIME + 1 + WASTED_TIME,  in ZTEST()
275 	k_sleep(Z_TIMEOUT_TICKS(1)); /* Wait until tick boundary */  in ZTEST()
279 	/* Just after ONE_TICK_TIME (10ms) the timer interrupt has come,  in ZTEST()
280 	 * causing a delay of WASTED_TIME (1ms), but posix_cpu_hold continues  in ZTEST()
281 	 * until it spends 15ms in this context. That is 16ms in total  in ZTEST()