| /Zephyr-latest/samples/subsys/pm/latency/ |
| D | sample.yaml | 14 - "<inf> app: Sleeping for 1.1 seconds, we should enter RUNTIME_IDLE"
16 - "<inf> app: Sleeping for 1.2 seconds, we should enter SUSPEND_TO_IDLE"
18 - "<inf> app: Sleeping for 1.3 seconds, we should enter STANDBY"
21 - "<inf> app: Sleeping for 1.1 seconds, we should enter RUNTIME_IDLE"
23 - "<inf> app: Sleeping for 1.2 seconds, we should enter SUSPEND_TO_IDLE"
25 - "<inf> app: Sleeping for 1.3 seconds, we should enter SUSPEND_TO_IDLE"
30 - "<inf> app: Sleeping for 1.1 seconds, we should enter RUNTIME_IDLE"
32 - "<inf> app: Sleeping for 1.2 seconds, we should enter RUNTIME_IDLE"
34 - "<inf> app: Sleeping for 1.3 seconds, we should enter RUNTIME_IDLE"
39 - "<inf> app: Sleeping for 1.1 seconds, we should stay ACTIVE"
[all …]
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| /Zephyr-latest/samples/subsys/pm/latency/src/ |
| D | main.c | 41 LOG_INF("Sleeping for 1.1 seconds, we should enter RUNTIME_IDLE"); in main()
43 LOG_INF("Sleeping for 1.2 seconds, we should enter SUSPEND_TO_IDLE"); in main()
45 LOG_INF("Sleeping for 1.3 seconds, we should enter STANDBY"); in main()
53 LOG_INF("Sleeping for 1.1 seconds, we should enter RUNTIME_IDLE"); in main()
55 LOG_INF("Sleeping for 1.2 seconds, we should enter SUSPEND_TO_IDLE"); in main()
57 LOG_INF("Sleeping for 1.3 seconds, we should enter SUSPEND_TO_IDLE"); in main()
65 LOG_INF("Sleeping for 1.1 seconds, we should enter RUNTIME_IDLE"); in main()
67 LOG_INF("Sleeping for 1.2 seconds, we should enter RUNTIME_IDLE"); in main()
69 LOG_INF("Sleeping for 1.3 seconds, we should enter RUNTIME_IDLE"); in main()
77 LOG_INF("Sleeping for 1.1 seconds, we should stay ACTIVE"); in main()
[all …]
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| /Zephyr-latest/subsys/net/lib/sntp/ |
| D | sntp_pkt.h | 30 uint32_t orig_tm_s; /* Originate timestamp seconds */
31 uint32_t orig_tm_f; /* Originate timestamp seconds fraction */
32 uint32_t rx_tm_s; /* Receive timestamp seconds */
33 uint32_t rx_tm_f; /* Receive timestamp seconds fraction */
34 uint32_t tx_tm_s; /* Transmit timestamp seconds */
35 uint32_t tx_tm_f; /* Transmit timestamp seconds fraction */
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| /Zephyr-latest/tests/benchmarks/thread_metric/ |
| D | Kconfig | 21 is reported every 30 seconds.
29 every 30 seconds.
41 every 30 seconds.
52 30 seconds.
59 is reported every 30 seconds.
66 This number is reported every 30 seconds.
74 every 30 seconds.
81 is reported every 30 seconds.
|
| /Zephyr-latest/tests/bsim/net/sockets/echo_test/src/ |
| D | echo_test.c | 17 /* Open thread takes ~15 seconds to connect in ideal conditions */
18 #define WAIT_TIME 25 /* Seconds */
20 #define WAIT_TIME 20 /* Seconds */
41 /* We set an absolute deadline in 30 seconds */ in test_echo_client_init()
49 * If in WAIT_TIME seconds we did not get enough packets through in test_echo_client_tick()
69 FAIL("echo_client FAILED (Did not pass after %i seconds)\n", in test_echo_client_tick()
79 "waits for " STR(WAIT_TIME) " seconds, and checks how "
|
| /Zephyr-latest/samples/bluetooth/extended_adv/ |
| D | README.rst | 17 Once the connection is established, the advertiser waits for 5 seconds to disconnect.
19 while the scanner cools-down for 5 seconds to restart its process.
56 Initiating disconnect within 5 seconds...
63 Initiating disconnect within 5 seconds...
81 Disconnected, cooldown for 5 seconds!
89 Disconnected, cooldown for 5 seconds!
97 Disconnected, cooldown for 5 seconds!
|
| /Zephyr-latest/tests/bsim/bluetooth/mesh/tests_scripts/priv_beacon/ |
| D | proxy_adv_multi_subnet_coex.sh | 16 # in this scenario is 10 seconds when there is more than one subnet that
30 # 1. (0-20 seconds) A single subnet is active on the TX device with GATT
33 # 2. (20-50 seconds) Two additional subnets are added to the TX device. RX
36 # 3. (50-110 seconds) The second subnet enables Node Identity. RX device
39 # 4. (110-130 seconds) The first and second subnet gets solicited. RX device
41 # 5. (130-150 seconds) The second and third subnet are disabled on the TX
|
| /Zephyr-latest/tests/bsim/bluetooth/audio_samples/bap_broadcast_sink/src/ |
| D | broadcast_sink_test.c | 14 #define WAIT_TIME 120 /* Seconds */
34 /* We set an absolute deadline in 30 seconds */ in test_broadcast_sink_sample_init()
42 * If in WAIT_TIME seconds we did not get enough packets through in test_broadcast_sink_sample_tick()
55 FAIL("broadcast_sink FAILED (Did not pass after %i seconds)\n", in test_broadcast_sink_sample_tick()
65 "waits for " STR(WAIT_TIME) " seconds, and checks how "
|
| /Zephyr-latest/tests/bsim/bluetooth/audio_samples/bap_unicast_client/src/ |
| D | unicast_client_sample_test.c | 14 #define WAIT_TIME 10 /* Seconds */
34 /* We set an absolute deadline in 30 seconds */ in test_unicast_client_sample_init()
42 * If in WAIT_TIME seconds we did not get enough packets through in test_unicast_client_sample_tick()
55 FAIL("unicast_client FAILED (Did not pass after %i seconds)\n", in test_unicast_client_sample_tick()
65 "waits for " STR(WAIT_TIME) " seconds, and checks how "
|
| /Zephyr-latest/tests/bsim/bluetooth/samples/central_hr_peripheral_hr/src/ |
| D | sample_test.c | 14 #define WAIT_TIME 10 /* Seconds */
34 /* We set an absolute deadline in 30 seconds */ in test_sample_init()
42 * If in WAIT_TIME seconds we did not get enough packets through in test_sample_tick()
55 FAIL("FAILED (Did not pass after %i seconds)\n", WAIT_TIME); in test_sample_tick()
64 "waits for " STR(WAIT_TIME) " seconds, and checks how "
|
| /Zephyr-latest/tests/bsim/bluetooth/audio_samples/cap/acceptor/src/ |
| D | cap_acceptor_sample_test.c | 16 #define WAIT_TIME 10 /* Seconds */
36 /* We set an absolute deadline in 30 seconds */ in test_cap_acceptor_sample_init()
44 * If in WAIT_TIME seconds we did not get enough packets through in test_cap_acceptor_sample_tick()
59 FAIL("cap_acceptor FAILED with(Did not pass after %d seconds)\n ", in test_cap_acceptor_sample_tick()
72 FAIL("cap_acceptor FAILED with (Did not pass after %d seconds)\n ", in test_cap_acceptor_sample_tick()
86 "waits for " STR(WAIT_TIME) " seconds, and checks how "
|
| /Zephyr-latest/lib/posix/options/ |
| D | sleep.c | 13 * @brief Sleep for a specified number of seconds.
17 unsigned sleep(unsigned int seconds) in sleep() argument
21 rem = k_sleep(K_SECONDS(seconds)); in sleep()
|
| /Zephyr-latest/samples/boards/nxp/mimxrt1060_evk/system_off/ |
| D | README.rst | 13 * Busy-wait for 2 seconds
15 additionally set an alarm 10 seconds in the future to wake up the processor
37 3. Device will turn on and idle for 2 seconds
40 powered back on. Alternatively, wait 10 seconds for the SNVS RTC
55 RTC Alarm set for 10 seconds to wake from soft-off.
|
| /Zephyr-latest/subsys/net/lib/mqtt_sn/ |
| D | Kconfig | 59 int "Maximum number of clients Keep alive time for MQTT-SN (in seconds)"
63 Keep alive time for MQTT-SN (in seconds). Sending of Ping Requests to
76 int "Time (seconds) to wait for responses"
81 int "Max time (seconds) to wait before sending SEARCHGW"
86 int "Max time (seconds) to wait before sending GWINFO"
|
| /Zephyr-latest/tests/boards/espressif/rtc_clk/ |
| D | README.rst | 58 PASS - test_cpu_pll_src in 0.020 seconds
65 PASS - test_cpu_xtal_src in 17.645 seconds
70 PASS - test_rtc_fast_src in 0.001 seconds
75 PASS - test_rtc_slow_src in 0.002 seconds
79 SUITE PASS - 100.00% [rtc_clk]: pass = 4, fail = 0, skip = 0, total = 4 duration = 17.668 seconds
80 - PASS - [rtc_clk.test_cpu_pll_src] duration = 0.020 seconds
81 - PASS - [rtc_clk.test_cpu_xtal_src] duration = 17.645 seconds
82 - PASS - [rtc_clk.test_rtc_fast_src] duration = 0.001 seconds
83 - PASS - [rtc_clk.test_rtc_slow_src] duration = 0.002 seconds
|
| /Zephyr-latest/tests/bsim/bluetooth/audio_samples/cap/initiator/src/ |
| D | cap_initiator_sample_test.c | 16 #define WAIT_TIME 10 /* Seconds */
43 * If in WAIT_TIME seconds we did not get enough packets through in test_cap_initiator_sample_tick()
58 FAIL("cap_initiator FAILED with(Did not pass after %d seconds)\n ", in test_cap_initiator_sample_tick()
71 FAIL("cap_initiator FAILED with (Did not pass after %d seconds)\n ", in test_cap_initiator_sample_tick()
85 "waits for " STR(WAIT_TIME) " seconds, and checks how "
|
| /Zephyr-latest/tests/boards/espressif/cache_coex/ |
| D | README.rst | 39 PASS - test_flash_integrity in 0.001 seconds
42 PASS - test_ram_integrity in 0.001 seconds
45 PASS - test_using_spiram in 0.001 seconds
49 SUITE PASS - 100.00% [cache_coex]: pass = 3, fail = 0, skip = 0, total = 3 duration = 0.003 seconds
50 - PASS - [cache_coex.test_flash_integrity] duration = 0.001 seconds
51 - PASS - [cache_coex.test_ram_integrity] duration = 0.001 seconds
52 - PASS - [cache_coex.test_using_spiram] duration = 0.001 seconds
|
| /Zephyr-latest/modules/openthread/ |
| D | Kconfig.thread | 114 int "CSL timeout in seconds"
117 The default CSL timeout in seconds.
139 int "Interval to trigger parent search in seconds"
144 int "Backoff interval to prevent parent search retry in seconds"
234 int "Openthread child supervision check timeout in seconds"
237 The supervision check timeout interval in seconds used by a device in child state.
241 int "Openthread child supervision interval in seconds"
249 int "Openthread MLE child timeout in seconds"
252 The value of MLE child timeout in seconds.
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| /Zephyr-latest/subsys/shell/modules/kernel_service/ |
| D | uptime.c | 22 int64_t seconds; in cmd_kernel_uptime() local
41 seconds = milliseconds / MSEC_PER_SEC; in cmd_kernel_uptime()
45 "uptime: %llu days, %llu hours, %llu minutes, %llu seconds, %llu milliseconds", in cmd_kernel_uptime()
46 days, hours, minutes, seconds, milliseconds); in cmd_kernel_uptime()
|
| /Zephyr-latest/tests/kernel/timer/timer_behavior/pytest/ |
| D | test_timer.py | 21 seconds = (test_period * test_samples) / 1_000_000
46 time_diff = stats['total_time'] - seconds - expected_total_drift
54 logger.info(f'expected drift: {seconds * max_drift_ppm} us')
62 f', "expected_total_time_us":{seconds * 1_000_000:.6f}'
63 f', "expected_total_drift_us":{seconds * max_drift_ppm:.6f}'
84 assert abs(time_diff) < seconds * max_drift_ppm / 1_000_000
97 seconds = (test_period * test_samples) / 1_000_000
102 stats, stats_count = tool.run(seconds, tool_options)
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| /Zephyr-latest/include/zephyr/net/ |
| D | sntp.h | 31 /** Time as returned by SNTP API, fractional seconds since 1 Jan 1970 */
33 uint64_t seconds; /**< Second value */ member
34 uint32_t fraction; /**< Fractional seconds value */
76 * @param ts Timestamp including integer and fractional seconds since
88 * @param ts Timestamp including integer and fractional seconds since
110 * @param ts Timestamp including integer and fractional seconds since
128 * @param ts Timestamp including integer and fractional seconds since
|
| /Zephyr-latest/include/zephyr/sensing/ |
| D | sensing_datatypes.h | 35 * Since timestamp unit is micro seconds, the max 'timestamp_delta' (uint32_t)
36 * is 4295 seconds.
39 * more than 4295 seconds, the sensor subsystem core will split them
48 /** Base timestamp of this data readings, unit is micro seconds */
72 /** Timestamp delta of the reading. Unit is micro seconds. */
101 /** Timestamp delta of the reading. Unit is micro seconds. */
121 /** Timestamp delta of the reading. Unit is micro seconds. */
|
| /Zephyr-latest/tests/boards/espressif/wifi/ |
| D | Kconfig | 56 int "Wi-Fi Scan Timeout (in seconds)"
63 int "Wi-Fi Connect Timeout (in seconds)"
70 int "Wi-Fi Disconnect Timeout (in seconds)"
77 int "Gateway Ping Timeout (in seconds)"
|
| /Zephyr-latest/tests/posix/eventfd/ |
| D | Kconfig | 8 int "Number of seconds to run the test"
12 Duration for the test, in seconds. The range has a reblatively high
18 int "Number of seconds to run the test"
|
| /Zephyr-latest/drivers/comparator/ |
| D | Kconfig.shell | 14 int "Default timeout for await_trigger command in seconds"
18 int "Max timeout for await_trigger command in seconds"
|
