| /Zephyr-latest/tests/benchmarks/latency_measure/src/ |
| D | thread.c | 40 /* 3. Finish measuring time to start <alt_thread> */ in alt_thread_entry()
53 /* 10. Finish measuring time to resume <alt_thread> (self) */ in alt_thread_entry()
68 timing_t finish; in start_thread_entry() local
92 finish = timing_timestamp_get(); in start_thread_entry()
94 thread_create_sum += timing_cycles_get(&start, &finish); in start_thread_entry()
125 finish = timestamp.sample; in start_thread_entry()
126 thread_start_sum += timing_cycles_get(&start, &finish); in start_thread_entry()
132 /* 8. Finish measuring time to suspend <alt_thread> */ in start_thread_entry()
135 finish = timing_timestamp_get(); in start_thread_entry()
136 thread_suspend_sum += timing_cycles_get(&start, &finish); in start_thread_entry()
[all …]
|
| D | timing_sc.c | 41 timing_t finish; in start_thread_entry() local
53 finish = timing_timestamp_get(); in start_thread_entry()
55 min_cycles = MIN(min_cycles, timing_cycles_get(&start, &finish)); in start_thread_entry()
100 * Both start and finish timestamps were obtained in timestamp_overhead_adjustment()
115 * Both start and finish timestamps were obtained in timestamp_overhead_adjustment()
|
| D | events.c | 32 timing_t finish; in event_ops_entry() local
43 finish = timing_timestamp_get(); in event_ops_entry()
45 timestamp.cycles = timing_cycles_get(&start, &finish); in event_ops_entry()
57 finish = timing_timestamp_get(); in event_ops_entry()
59 timestamp.cycles = timing_cycles_get(&start, &finish); in event_ops_entry()
71 finish = timing_timestamp_get(); in event_ops_entry()
73 timestamp.cycles = timing_cycles_get(&start, &finish); in event_ops_entry()
85 finish = timing_timestamp_get(); in event_ops_entry()
87 timestamp.cycles = timing_cycles_get(&start, &finish); in event_ops_entry()
124 timing_t finish; in alt_thread_entry() local
[all …]
|
| D | mutex_lock_unlock.c | 27 timing_t finish; in start_lock_unlock() local
42 finish = timing_timestamp_get(); in start_lock_unlock()
44 lock_cycles = timing_cycles_get(&start, &finish); in start_lock_unlock()
54 finish = timing_timestamp_get(); in start_lock_unlock()
56 unlock_cycles = timing_cycles_get(&start, &finish); in start_lock_unlock()
|
| D | sema_test_signal_release.c | 55 timing_t finish; in start_thread_entry() local
75 /* 3. Get the <finish> timestamp. */ in start_thread_entry()
77 finish = timing_timestamp_get(); in start_thread_entry()
91 give_sum += timing_cycles_get(&mid, &finish); in start_thread_entry()
185 timing_t finish; in immediate_give_take() local
200 finish = timing_timestamp_get(); in immediate_give_take()
201 give_cycles = timing_cycles_get(&start, &finish); in immediate_give_take()
211 finish = timing_timestamp_get(); in immediate_give_take()
212 take_cycles = timing_cycles_get(&start, &finish); in immediate_give_take()
276 /* 8. Wait for <start_thread> to finish */ in sema_test_signal()
|
| D | int_to_thread.c | 59 timing_t finish; in int_to_interrupted_thread() local
65 finish = timing_timestamp_get(); in int_to_interrupted_thread()
68 *sum += timing_cycles_get(&start, &finish); in int_to_interrupted_thread()
81 timing_t finish; in start_thread_entry() local
94 /* 3. Obtain the start and finish timestamps */ in start_thread_entry()
96 finish = timing_timestamp_get(); in start_thread_entry()
99 sum += timing_cycles_get(&start, &finish); in start_thread_entry()
|
| D | thread_switch_yield.c | 39 /* 3. Obtain the 'finish' timestamp */ in alt_thread_entry()
55 timing_t finish; in start_thread_entry() local
74 /* 5. Get the 'finish' timestamp obtained in <alt_thread> */ in start_thread_entry()
76 finish = timestamp.sample; in start_thread_entry()
80 sum += timing_cycles_get(&start, &finish); in start_thread_entry()
|
| D | fifo.c | 40 timing_t finish; in fifo_put_get_thread_entry() local
55 finish = timing_timestamp_get(); in fifo_put_get_thread_entry()
58 get_sum += timing_cycles_get(&mid, &finish); in fifo_put_get_thread_entry()
80 finish = timing_timestamp_get(); in fifo_put_get_thread_entry()
83 get_sum += timing_cycles_get(&mid, &finish); in fifo_put_get_thread_entry()
172 timing_t finish; in alt_thread_entry() local
191 finish = timing_timestamp_get(); in alt_thread_entry()
196 sum[1] += timing_cycles_get(&mid, &finish); in alt_thread_entry()
212 finish = timing_timestamp_get(); in alt_thread_entry()
217 sum[3] += timing_cycles_get(&mid, &finish); in alt_thread_entry()
|
| D | lifo.c | 40 timing_t finish; in lifo_put_get_thread_entry() local
55 finish = timing_timestamp_get(); in lifo_put_get_thread_entry()
58 get_sum += timing_cycles_get(&mid, &finish); in lifo_put_get_thread_entry()
80 finish = timing_timestamp_get(); in lifo_put_get_thread_entry()
83 get_sum += timing_cycles_get(&mid, &finish); in lifo_put_get_thread_entry()
172 timing_t finish; in alt_thread_entry() local
191 finish = timing_timestamp_get(); in alt_thread_entry()
196 sum[1] += timing_cycles_get(&mid, &finish); in alt_thread_entry()
212 finish = timing_timestamp_get(); in alt_thread_entry()
217 sum[3] += timing_cycles_get(&mid, &finish); in alt_thread_entry()
|
| D | stack.c | 34 timing_t finish; in stack_push_pop_thread_entry() local
48 finish = timing_timestamp_get(); in stack_push_pop_thread_entry()
51 get_sum += timing_cycles_get(&mid, &finish); in stack_push_pop_thread_entry()
118 timing_t finish; in alt_thread_entry() local
133 finish = timing_timestamp_get(); in alt_thread_entry()
138 sum[1] += timing_cycles_get(&mid, &finish); in alt_thread_entry()
|
| D | condvar.c | 26 timing_t finish; in start_thread_entry() local
41 finish = timing_timestamp_get(); in start_thread_entry()
44 sum[1] += timing_cycles_get(×tamp.sample, &finish); in start_thread_entry()
47 /* Wait for alt_thread to finish */ in start_thread_entry()
|
| /Zephyr-latest/subsys/retention/ |
| D | retention.c | 104 goto finish; in retention_checksum()
121 finish: in retention_checksum()
180 goto finish; in retention_is_valid()
197 goto finish; in retention_is_valid()
206 goto finish; in retention_is_valid()
227 goto finish; in retention_is_valid()
249 goto finish; in retention_is_valid()
253 goto finish; in retention_is_valid()
261 finish: in retention_is_valid()
301 goto finish; in retention_write()
[all …]
|
| /Zephyr-latest/drivers/bbram/ |
| D | bbram_microchip_mcp7940n.c | 92 goto finish; in microchip_mcp7940n_bbram_is_invalid()
97 finish: in microchip_mcp7940n_bbram_is_invalid()
133 goto finish; in microchip_mcp7940n_bbram_check_standby_power()
138 finish: in microchip_mcp7940n_bbram_check_standby_power()
169 goto finish; in microchip_mcp7940n_bbram_read()
175 finish: in microchip_mcp7940n_bbram_read()
203 goto finish; in microchip_mcp7940n_bbram_write()
209 finish: in microchip_mcp7940n_bbram_write()
|
| /Zephyr-latest/tests/kernel/workq/work_queue/ |
| D | README.txt | 44 - Waiting for work to finish
52 - Waiting for work to finish
65 - Waiting for delayed work to finish
78 - Waiting for work to finish
92 - Waiting for work to finish
99 - Waiting for work to finish
|
| /Zephyr-latest/tests/benchmarks/sched_queues/src/ |
| D | main.c | 104 timing_t finish; in test_decreasing_priority() local
109 finish = timing_counter_get(); in test_decreasing_priority()
110 remove_cycles[i - 1] += timing_cycles_get(&start, &finish); in test_decreasing_priority()
116 finish = timing_counter_get(); in test_decreasing_priority()
117 add_cycles[i] += timing_cycles_get(&start, &finish); in test_decreasing_priority()
125 timing_t finish; in test_increasing_priority() local
130 finish = timing_counter_get(); in test_increasing_priority()
131 remove_cycles[i - 1] += timing_cycles_get(&start, &finish); in test_increasing_priority()
137 finish = timing_counter_get(); in test_increasing_priority()
138 add_cycles[num_threads - i] += timing_cycles_get(&start, &finish); in test_increasing_priority()
|
| /Zephyr-latest/tests/benchmarks/wait_queues/src/ |
| D | main.c | 72 timing_t finish; in test_decreasing_priority() local
80 finish = timing_counter_get(); in test_decreasing_priority()
82 add_cycles[i] += timing_cycles_get(&start, &finish); in test_decreasing_priority()
90 finish = timing_counter_get(); in test_decreasing_priority()
92 remove_cycles[i] += timing_cycles_get(&start, &finish); in test_decreasing_priority()
100 timing_t finish; in test_increasing_priority() local
110 finish = timing_counter_get(); in test_increasing_priority()
112 add_cycles[i] += timing_cycles_get(&start, &finish); in test_increasing_priority()
122 finish = timing_counter_get(); in test_increasing_priority()
124 remove_cycles[i] += timing_cycles_get(&start, &finish); in test_increasing_priority()
|
| /Zephyr-latest/dts/bindings/memory-controllers/ |
| D | nxp,flexram.yaml | 47 TCM RAM read will finish in 2 cycles instead of 1.
52 TCM RAM write will finish in 2 cycles instead of 1.
|
| /Zephyr-latest/samples/subsys/zbus/uart_bridge/ |
| D | README.rst | 36 D: FINISH processing channel start_measurement change
39 D: FINISH processing channel sensor_data change
49 D: FINISH processing channel start_measurement change
55 D: FINISH processing channel sensor_data change
|
| /Zephyr-latest/samples/subsys/zbus/hello_world/ |
| D | README.rst | 43 D: FINISH processing channel acc_data change
47 D: FINISH processing channel acc_data change
|
| /Zephyr-latest/drivers/crypto/ |
| D | crypto_mchp_xec_symcr.c | 277 /* Wait for hardware to finish.
295 /* Called by application for update(finish==false)
296 * and compute final hash digest(finish==true)
298 static int xec_symcr_do_hash(struct hash_ctx *ctx, struct hash_pkt *pkt, bool finish) in xec_symcr_do_hash() argument
319 if (!finish && !pkt->in_len) { in xec_symcr_do_hash()
324 if (!finish && ((hs->blklen + pkt->in_len) < hs->blksz)) { in xec_symcr_do_hash()
343 if (!finish) { in xec_symcr_do_hash()
367 if (finish) { in xec_symcr_do_hash()
385 if (finish) { in xec_symcr_do_hash()
|
| D | crypto_npcx_sha.c | 45 enum ncl_status (*finish)(void *ctx, uint8_t *hashDigest); member
83 static int npcx_sha_compute(struct hash_ctx *ctx, struct hash_pkt *pkt, bool finish) in npcx_sha_compute() argument
123 if (finish) { in npcx_sha_compute()
125 ret = NPCX_NCL_SHA->finish(npcx_ctx->handle, pkt->out_buf); in npcx_sha_compute()
|
| /Zephyr-latest/tests/benchmarks/latency_measure/boards/ |
| D | mec1501modular_assy6885.conf | 2 # The test would not finish otherwise as there is no external
|
| D | mec15xxevb_assy6853.conf | 2 # The test would not finish otherwise as there is no external
|
| /Zephyr-latest/include/zephyr/mgmt/hawkbit/ |
| D | autohandler.h | 35 * @brief Wait for the autohandler to finish.
38 * autohandler to finish one run, or BIT() together with a value from
|
| /Zephyr-latest/samples/net/sockets/packet/src/ |
| D | packet.c | 39 static bool finish; variable
97 if (finish) { in recv_packet_socket()
176 if (finish) { in send_packet_socket()
273 finish = true; in main()
|
