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/external/robolectric/shadows/framework/src/main/java/org/robolectric/shadows/
DShadowSensorManager.java61 public void addSensor(int sensorType, Sensor sensor) { in addSensor() argument
62 checkNotNull(sensor); in addSensor()
63 sensorMap.put(sensorType, sensor); in addSensor()
67 public void addSensor(Sensor sensor) { in addSensor() argument
68 checkNotNull(sensor); in addSensor()
69 sensorMap.put(sensor.getType(), sensor); in addSensor() local
72 public void removeSensor(Sensor sensor) { in removeSensor() argument
73 checkNotNull(sensor); in removeSensor()
74 sensorMap.get(sensor.getType()).remove(sensor); in removeSensor()
101 SensorEventListener listener, Sensor sensor, int rate, Handler handler) { in registerListener() argument
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DShadowSensor.java25 Sensor sensor = Shadow.newInstanceOf(Sensor.class); in newInstance() local
26 reflector(_Sensor_.class, sensor).setTypeCompat(type); in newInstance()
27 return sensor; in newInstance()
/external/robolectric/robolectric/src/test/java/org/robolectric/shadows/
DShadowSensorTest.java19 Sensor sensor = ShadowSensor.newInstance(Sensor.TYPE_ACCELEROMETER); in getType() local
20 assertThat(sensor.getType()).isEqualTo(Sensor.TYPE_ACCELEROMETER); in getType()
26 Sensor sensor = ShadowSensor.newInstance(Sensor.TYPE_ACCELEROMETER); in getStringType() local
27 assertThat(sensor.getStringType()).isEqualTo(Sensor.STRING_TYPE_ACCELEROMETER); in getStringType()
32 Sensor sensor = ShadowSensor.newInstance(Sensor.TYPE_PROXIMITY); in getMaximumRange() local
33 assertThat(sensor.getMaximumRange()).isEqualTo(0f); in getMaximumRange()
34 Shadows.shadowOf(sensor).setMaximumRange(5f); in getMaximumRange()
35 assertThat(sensor.getMaximumRange()).isEqualTo(5f); in getMaximumRange()
40 Sensor sensor = ShadowSensor.newInstance(Sensor.TYPE_ACCELEROMETER); in getMinDelay() local
41 assertThat(sensor.getMinDelay()).isEqualTo(0); in getMinDelay()
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DShadowSensorManagerTest.java74 Sensor sensor = sensorManager.getDefaultSensor(SensorManager.SENSOR_ACCELEROMETER); in registerListener() local
75 sensorManager.registerListener(listener, sensor, SensorManager.SENSOR_DELAY_NORMAL); in registerListener()
131 Sensor sensor = sensorManager.getDefaultSensor(SensorManager.SENSOR_ACCELEROMETER); in shouldSendSensorEventToSingleRegisteredListener() local
132 sensorManager.registerListener(listener, sensor, SensorManager.SENSOR_DELAY_NORMAL); in shouldSendSensorEventToSingleRegisteredListener()
146 Sensor sensor = sensorManager.getDefaultSensor(SensorManager.SENSOR_ACCELEROMETER); in shouldSendSensorEventToMultipleRegisteredListeners() local
147 sensorManager.registerListener(listener1, sensor, SensorManager.SENSOR_DELAY_NORMAL); in shouldSendSensorEventToMultipleRegisteredListeners()
148 sensorManager.registerListener(listener2, sensor, SensorManager.SENSOR_DELAY_NORMAL); in shouldSendSensorEventToMultipleRegisteredListeners()
167 Sensor sensor = sensorManager.getDefaultSensor(SensorManager.SENSOR_ACCELEROMETER); in shouldNotCauseConcurrentModificationExceptionSendSensorEvent() local
168 sensorManager.registerListener(listener1, sensor, SensorManager.SENSOR_DELAY_NORMAL); in shouldNotCauseConcurrentModificationExceptionSendSensorEvent()
202 assertThat(event.sensor).isNotNull(); in shouldCreateSensorEventWithValueArrayAndSensorType()
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/external/chromiumos-config/proto/chromiumos/config/api/
Dproximity_config.proto13 // Define which antenna(s) the proximity sensor protects.
28 // An empty message indicating that proximity sensor(s) are used,
35 // Proximity sensor channel: i.e.: 0,1, 3, 3_comb.
38 // Proximity sensor hardware gain.
41 // Proximity sensor falling threshold.
44 // Proximity sensor falling hysteresis.
47 // Proximity sensor rising threshold.
50 // Proximity sensor rising hysteresis.
56 // Proximity sensor sampling frequency.
59 // Proximity sensor falling threshold period (debounce).
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Dcomponent.proto234 // absence of an ambient light sensor controlling the display backlight.
238 // absence of an ambient light sensor controlling the display backlight.
244 // of an ambient light sensor controlling the display backlight.
248 // an ambient light sensor controlling the display backlight.
253 // ambient light sensor value. Steps should be in increasing order.
406 // A single step in an ambient light sensor configuration table. Each step
408 // sensor value at which the next or previous step should be considered.
411 // The ALS sensor value below which the previous step should be considered.
416 // The ALS sensor value above which the following step should be
/external/pigweed/pw_sensor/py/
Ddocs.rst9 - **Configure Sensors**: Update the sensor configurations to match your
11 a YAML sensor description.
17 for Pigweed sensor drivers.
26 sensor using the `metadata_schema.json`_ format, e.g.:
51 or a Zephyr header of definitions describing the sensor.
54 Describing a sensor
56 When describing a sensor from the user's perspective, there are 3 primary points
76 *compatible* descriptor allows us to have a unique identifier for each sensor.
77 Next, we need a way to describe a sensor in a platform and language agnostic
82 Currently, pw_sensor supports 2 types of sensor buses: i2c and spi. Each sensor
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/external/coreboot/src/ec/google/wilco/acpi/
Ddptf.asl10 /* Read requested temperature sensor */
17 /* Set sensor ID */
37 /* Set sensor ID */
40 /* Set LOW trip point for this sensor */
58 /* Set sensor ID */
61 /* Set HIGH trip point for this sensor */
78 /* Set sensor ID */
90 * Handle sensor trip events
105 /* DPTF will Notify sensor devices */
109 /* Clear current sensor number */
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/external/pigweed/pw_sensor/
Ddocs.rst19 of a sensor to be declared once and shared across multiple languages or runtimes.
23 them and use them in our language-specific sensor code.
25 Here's an example sensor definition YAML file for a custom sensor made by a
26 company called "MyOrg" with a part ID "MyPaRt12345". This sensor supports
48 Now that we have our sensor spec in a YAML file we can use it in our C++ code:
54 Compiling one or more sensor YAML files into a header is done by a call to
59 load("@pigweed//pw_sensor:sensor.bzl", "pw_sensor_library")
84 Compiling one or more sensor YAML files into a header is done by a call to
89 import("$dir_pw_sensor/sensor.gni")
113 Compiling one or more sensor YAML files into a header is done by a call to
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/external/perfetto/test/trace_processor/diff_tests/parser/parsing/
Dandroid_log_msgs.out24 "@ 1507.130: [VSC] Request sensor 65537, sample_duration 14 ms, report_duration 64 ms",1
25 "@ 1507.131: [VSC] Stopping sensor events for sensor 131074",1
28 "@ 1508.133: [VSC] Stopping sensor events for sensor 65537",1
29 "@ 1508.134: [VSC] Request sensor 65544, sample_duration 42 ms, report_duration 42 ms",1
/external/pigweed/docs/showcases/sense/tutorial/
Dfactory.rst95 the **BME688** sensor.
175 Setting LTR559 sensor to proximity mode.
179 Getting initial sensor readings
188 >>> Fully cover the LIGHT sensor
190 Reading sensor - 28992.00, 29440.00, 29248.00, 29088.00, 29056.00
199 >>> Fully uncover the LIGHT sensor
209 Setting LTR559 sensor to ambient mode.
213 Getting initial sensor readings
222 >>> Cover the LIGHT sensor with your finger
236 Testing gas resistance in the BME688 sensor.
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/external/pigweed/seed/
D0119.rst18 This SEED proposes that Pigweed provide a full end-to-end sensor solution,
25 Sensors are part of nearly every embedded device. However, sensor drivers and
27 sensor drivers using various bus APIs. This results in drivers and applications
34 Introducing a standard sensor driver interface will allow Pigweed users to
38 A second layer of a sensor framework will then be introduced. This secondary
41 sensor. It will also be compatible with Android's `CHRE`_.
60 sensor drivers and APIs meet the needs of Pigweed applications.
70 implementations may call down to an already implemented sensor driver of the
73 implementation will actually perform remote calls to a sensor on another SoC
78 that the Pigweed provided sensor framework will then mux all the
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D0120.rst18 This SEED details the configuration aspect of both sensors and the sensor
21 API. As such, the ``Configuration`` is a part of both layers for the sensor
27 sensor only supports 1 configuration.
28 * The sensor framework (a layer above the ``Sensor`` driver) has the concept of
29 a ``Connection``. You can open multiple connections to the same sensor and the
53 Making sensor drivers configurable lends to the reusability of the driver.
54 Additionally, each ``Connection`` in the sensor framework should be able to
190 sensor's desired configuration and pass it to ``Sensor::SetConfiguration()``.
192 the desired configuration. The second option is to first query the sensor's
276 to the driver, while in the case of the ``Connection``, the sensor framework
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/external/sl4a/Common/src/com/googlecode/android_scripting/facade/
DSensorManagerFacade.java152 for (Sensor sensor : mSensorManager.getSensorList(Sensor.TYPE_ALL)) { in startSensingTimed()
153 mSensorManager.registerListener(mSensorListener, sensor, in startSensingTimed()
158 for (Sensor sensor : mSensorManager.getSensorList(Sensor.TYPE_ACCELEROMETER)) { in startSensingTimed()
159 mSensorManager.registerListener(mSensorListener, sensor, in startSensingTimed()
164 for (Sensor sensor : mSensorManager.getSensorList(Sensor.TYPE_MAGNETIC_FIELD)) { in startSensingTimed()
165 mSensorManager.registerListener(mSensorListener, sensor, in startSensingTimed()
170 for (Sensor sensor : mSensorManager.getSensorList(Sensor.TYPE_LIGHT)) { in startSensingTimed()
171 mSensorManager.registerListener(mSensorListener, sensor, in startSensingTimed()
289 public void onAccuracyChanged(Sensor sensor, int accuracy) { in onAccuracyChanged() argument
306 switch (event.sensor.getType()) { in onSensorChanged()
/external/coreboot/src/mainboard/google/link/acpi/
Dthermal.asl37 // Check for sensor not calibrated
42 // Check for sensor not present
47 // Check for sensor not powered
52 // Check for sensor bad reading
111 // Check for sensor not present
116 // Check for sensor not powered
121 // Check for sensor bad reading
/external/perfetto/src/traced/probes/ftrace/test/data/android_walleye_OPM5.171019.017.A1_4.4.88/events/thermal/tsens_read/
Dformat10 field:unsigned int sensor; offset:16; size:4; signed:0;
12 print fmt: "temp=%lu sensor=tsens_tz_sensor%u", REC->temp, REC->sensor
/external/perfetto/src/traced/probes/ftrace/test/data/android_walleye_OPM5.171019.017.A1_4.4.88/events/thermal/tsens_threshold_hit/
Dformat10 field:unsigned int sensor; offset:16; size:4; signed:0;
12 print fmt: "temp=%lu sensor=tsens_tz_sensor%u", REC->temp, REC->sensor
/external/perfetto/src/traced/probes/ftrace/test/data/android_seed_N2F62_3.10.49/events/thermal/tsens_threshold_clear/
Dformat10 field:unsigned int sensor; offset:12; size:4; signed:0;
12 print fmt: "temp=%lu sensor=tsens_tz_sensor%u", REC->temp, REC->sensor
/external/perfetto/src/traced/probes/ftrace/test/data/android_seed_N2F62_3.10.49/events/thermal/tsens_read/
Dformat10 field:unsigned int sensor; offset:12; size:4; signed:0;
12 print fmt: "temp=%lu sensor=tsens_tz_sensor%u", REC->temp, REC->sensor
/external/perfetto/src/traced/probes/ftrace/test/data/android_seed_N2F62_3.10.49/events/thermal/tsens_threshold_hit/
Dformat10 field:unsigned int sensor; offset:12; size:4; signed:0;
12 print fmt: "temp=%lu sensor=tsens_tz_sensor%u", REC->temp, REC->sensor
/external/perfetto/src/traced/probes/ftrace/test/data/android_walleye_OPM5.171019.017.A1_4.4.88/events/thermal/tsens_threshold_clear/
Dformat10 field:unsigned int sensor; offset:16; size:4; signed:0;
12 print fmt: "temp=%lu sensor=tsens_tz_sensor%u", REC->temp, REC->sensor
/external/coreboot/src/mainboard/google/slippy/acpi/
Dthermal.asl69 // Check for sensor not calibrated
74 // Check for sensor not present
79 // Check for sensor not powered
84 // Check for sensor bad reading
/external/coreboot/src/mainboard/google/skyrim/variants/winterhold/include/variant/acpi/
Ddtts.asl32 // AMB sensor trigger point
40 // AMB sensor release point
89 // AMB sensor trigger point
95 // AMB sensor release point
/external/autotest/server/site_tests/power_BrightnessResetAfterReboot/
Dcontrol21 1. Checks that ambient light sensor exists if specified in powerd prefs.
27 -Ambient light sensor does not exist even though specified in powerd prefs.
32 Note: for devices with ambient light sensor, test will allow for a small change
/external/coreboot/src/mainboard/google/auron/acpi/
Dthermal.asl58 // Check for sensor not calibrated
63 // Check for sensor not present
68 // Check for sensor not powered
73 // Check for sensor bad reading

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