class compass_longlasting_streaming(UIATestBase):
def setUp(self):
self._test_name = __name__
print "[Setup]: %s" % self._test_name
self.sensorImpl = SensorImpl()
self.sensorCommon = SensorCommon()
self.sensorCommon.keep_awake()
super(compass_longlasting_streaming, self).setUp()
def tearDown(self):
print "[Teardown]: %s" % self._test_name
super(compass_longlasting_streaming, self).tearDown()
def test_compass_longlasting_streaming(self):
fileName = os.path.split(os.path.realpath(__file__))[1]
sensor_type = fileName.split('_')[0].strip()
compass_type = "magnetic field"
sensor_longlasting_mark = "longlasting"
num = 0
self.sensorImpl.logger.info("-------test %s jitter----------------" %
sensor_type)
self.sensorImpl.sensor_log(sensor_longlasting_mark, "Fastest",
compass_type)
for loop in range(100):
self.sensorImpl.logger.info("")
self.sensorImpl.logger.info("Loop %d/100 " % (loop + 1) + fileName)
print "sensor log check"
self.sensorImpl.longlasting_20min_get()
if self.sensorImpl.long_lasting_check_log() is False:
num += 1
print num
if num > 90:
self.sensorImpl.long_lasting_check_log()
assert self.sensorImpl.long_lasting_check_log()
class jitter_rotation_vector_normal(UIATestBase):
'''
calculate the jitter of rotation vector sensor normal delay time
'''
def setUp(self):
self._test_name = __name__
print "[Setup]: %s" % self._test_name
configuration = "tests.tablet.sensor.conf"
self.cfg_file = configuration
self.sensorImpl = SensorImpl()
super(jitter_rotation_vector_normal, self).setUp()
def tearDown(self):
print "[Teardown]: %s" % self._test_name
super(jitter_rotation_vector_normal, self).tearDown()
def test_jitter_rotation_vector_normal(self):
fileName = os.path.split(os.path.realpath(__file__))[1]
sensor_type = fileName.split('_')[1].strip() + " vector"
self.sensorImpl.sensor_log(
self.config.read(self.cfg_file, "artifactory"), "Normal",
sensor_type)
self.sensorImpl.check_log()
class accelerometer_streaming(UIATestBase):
def setUp(self):
self._test_name = __name__
print "[Setup]: %s" % self._test_name
self.sensortest_package = "android.intel.umg.sensor.test"
self.sensor_package = "android.intel.umg.sensor"
self.sensorImpl = SensorImpl()
self.cfg_file = "tests.tablet.sensor.conf"
self.sensorImpl.install_app(self.config.read(self.cfg_file, "artifactory"), "location_apks", "testprjsenortest", self.sensortest_package)
self.sensorImpl.install_app(self.config.read(self.cfg_file, "artifactory"), "location_apks", "sensortest", self.sensor_package)
super(accelerometer_streaming, self).setUp()
def tearDown(self):
print "[Teardown]: %s" % self._test_name
super(accelerometer_streaming, self).tearDown()
def test_accelerometer_streaming(self):
fileName = os.path.split(os.path.realpath(__file__))[1]
sensor_type = fileName.split('_')[0].strip()
num = 0
for loop in range(10):
self.sensorImpl.logger.info("")
self.sensorImpl.logger.info("Loop %d/10 test accelerometer delay" %(loop+1))
if self.sensorImpl.excute(fileName, "delay", sensor_type, str(10), "fastest", str(0), "fastest") is False:
num += 1
if num > 5:
assert False
self.sensorImpl.logger.info("test accelerometer jitter--------^_^--------")
self.sensorImpl.sensor_log(self.config.read(self.cfg_file, "artifactory"), "Fastest", sensor_type)
self.sensorImpl.check_log()
class jitter_linear_accelerometer_game(UIATestBase):
'''
calculate the jitter of linear accelerometer sensor game delay time
'''
def setUp(self):
self._test_name = __name__
print "[Setup]: %s" % self._test_name
configuration = "tests.tablet.sensor.conf"
self.cfg_file = configuration
self.sensorImpl = SensorImpl()
super(jitter_linear_accelerometer_game, self).setUp()
def tearDown(self):
print "[Teardown]: %s" % self._test_name
super(jitter_linear_accelerometer_game, self).tearDown()
def test_jitter_linear_accelerometer_game(self):
fileName = os.path.split(os.path.realpath(__file__))[1]
sensor_type = fileName.split('_')[1].strip() + " acceleration"
self.sensorImpl.sensor_log(
self.config.read(self.cfg_file, "artifactory"), "Game",
sensor_type)
self.sensorImpl.check_log()
class jitter_compass_sync(UIATestBase):
def setUp(self):
self._test_name = __name__
print "[Setup]: %s" % self._test_name
configuration = "tests.tablet.sensor.conf"
self.cfg_file = configuration
self.sensorImpl = SensorImpl()
super(jitter_compass_sync, self).setUp()
def tearDown(self):
print "[Teardown]: %s" % self._test_name
super(jitter_compass_sync, self).tearDown()
def test_jitter_compass_sync(self):
fileName = os.path.split(os.path.realpath(__file__))[1]
self.sensorImpl.sensor_log(
self.config.read(self.cfg_file, "artifactory"), "Fastest",
"magnetic field")
self.sensorImpl.check_log_average()
class jitter_linear_accelerometer_sync(UIATestBase):
def setUp(self):
self._test_name = __name__
print "[Setup]: %s" % self._test_name
configuration = "tests.tablet.sensor.conf"
self.cfg_file = configuration
self.sensorImpl = SensorImpl()
super(jitter_linear_accelerometer_sync, self).setUp()
def tearDown(self):
print "[Teardown]: %s" % self._test_name
super(jitter_linear_accelerometer_sync, self).tearDown()
def test_jitter_linear_accelerometer_sync(self):
fileName = os.path.split(os.path.realpath(__file__))[1]
sensor_type = fileName.split('_')[1].strip() + " acceleration"
self.sensorImpl.sensor_log(
self.config.read(self.cfg_file, "artifactory"), "Fastest",
sensor_type)
self.sensorImpl.check_log_average()
class jitter_compass_fastest(UIATestBase):
'''
calculate the jitter of compass sensor fastest delay time
'''
def setUp(self):
self._test_name = __name__
print "[Setup]: %s" % self._test_name
configuration = "tests.tablet.sensor.conf"
self.cfg_file = configuration
self.sensorImpl = SensorImpl()
super(jitter_compass_fastest, self).setUp()
def tearDown(self):
print "[Teardown]: %s" % self._test_name
super(jitter_compass_fastest, self).tearDown()
def test_jitter_compass_fastest(self):
fileName = os.path.split(os.path.realpath(__file__))[1]
self.sensorImpl.sensor_log(self.config.read(self.cfg_file, "artifactory"), "Fastest", "magnetic field", 198)
self.sensorImpl.check_log(40)
class fusion_sensor_longlasting_streaming(UIATestBase):
def setUp(self):
self._test_name = __name__
print
print "[Setup]: %s" % self._test_name
self.sensorImpl = SensorImpl()
self.sensorCommon = SensorCommon()
self.sensorCommon.keep_awake()
super(fusion_sensor_longlasting_streaming, self).setUp()
def tearDown(self):
print "[Teardown]: %s" % self._test_name
super(fusion_sensor_longlasting_streaming, self).tearDown()
def test_gravity_longlasting_streaming(self):
fileName = "gravity_longlasting_streaming"
sensor_type = fileName.split('_')[0].strip()
sensor_longlasting_mark = "longlasting"
num = 0
self.sensorImpl.logger.info("-------test %s jitter----------------" %
sensor_type)
self.sensorImpl.sensor_log(sensor_longlasting_mark, "Fastest",
sensor_type)
for loop in range(100):
self.sensorImpl.logger.info("")
self.sensorImpl.logger.info("Loop %d/100 " % (loop + 1) + fileName)
self.sensorImpl.longlasting_20min_get()
if self.sensorImpl.long_lasting_check_log() is False:
num += 1
print num
if num > 90:
self.sensorImpl.long_lasting_check_log()
assert self.sensorImpl.long_lasting_check_log()
def test_orientation_longlasting_streaming(self):
fileName = "orientation_longlasting_streaming"
sensor_type = fileName.split('_')[0].strip()
sensor_longlasting_mark = "longlasting"
num = 0
self.sensorImpl.logger.info("-------test %s jitter----------------" %
sensor_type)
self.sensorImpl.sensor_log(sensor_longlasting_mark, "Fastest",
sensor_type)
for loop in range(100):
self.sensorImpl.logger.info("")
self.sensorImpl.logger.info("Loop %d/100 " % (loop + 1) + fileName)
self.sensorImpl.longlasting_20min_get()
if self.sensorImpl.long_lasting_check_log() is False:
num += 1
print num
if num > 90:
self.sensorImpl.long_lasting_check_log()
assert self.sensorImpl.long_lasting_check_log()
def test_rotation_vector_longlasting_streaming(self):
fileName = "rotation_vector_longlasting_streaming"
sensor_type = fileName.split('_')[0].strip() + " " + fileName.split(
'_')[1].strip()
print sensor_type
sensor_longlasting_mark = "longlasting"
num = 0
self.sensorImpl.logger.info("-------test %s jitter----------------" %
sensor_type)
self.sensorImpl.sensor_log(sensor_longlasting_mark, "Fastest",
sensor_type)
for loop in range(100):
self.sensorImpl.logger.info("")
self.sensorImpl.logger.info("Loop %d/100 " % (loop + 1) + fileName)
self.sensorImpl.longlasting_20min_get()
if self.sensorImpl.long_lasting_check_log() is False:
num += 1
print num
if num > 90:
self.sensorImpl.long_lasting_check_log()
assert self.sensorImpl.long_lasting_check_log()
def test_linear_accelerometer_longlasting_streaming(self):
fileName = "linear_acceleration_longlasting_streaming"
sensor_type = fileName.split('_')[0].strip() + " " + fileName.split(
'_')[1].strip()
sensor_longlasting_mark = "longlasting"
num = 0
self.sensorImpl.logger.info("-------test %s jitter----------------" %
sensor_type)
self.sensorImpl.sensor_log(sensor_longlasting_mark, "Fastest",
sensor_type)
for loop in range(100):
self.sensorImpl.logger.info("")
self.sensorImpl.logger.info("Loop %d/100 " % (loop + 1) + fileName)
self.sensorImpl.longlasting_20min_get()
if self.sensorImpl.long_lasting_check_log() is False:
num += 1
print num
if num > 90:
self.sensorImpl.long_lasting_check_log()
assert self.sensorImpl.long_lasting_check_log()
