def test_no_device(self):
'''
Test no device.
'''
str_ret = 'List of devices attached\n\r'
expected_ret = {}
self.mock_obj.communicate.return_value = [str_ret, None]
self.mock_popen.return_value = self.mock_obj
devices = AdbWrapper.adb_devices()
self.assertEqual(devices, expected_ret,
'The result should be {}, not {}.'.format(expected_ret, devices))
def test_no_device(self):
"""
Test no device.
"""
str_ret = 'List of devices attached\n\r'
expected_ret = {}
self.mock_obj.communicate.return_value = [str_ret, None]
self.mock_popen.return_value = self.mock_obj
devices = AdbWrapper.adb_devices()
self.assertEqual(
devices, expected_ret,
'The result should be {}, not {}.'.format(expected_ret, devices))
def test_one_device(self):
'''
Test one device.
'''
str_ret = textwrap.dedent('''\
List of devices attached
foo\tbar''')
expected_ret = {'foo': 'bar'}
self.mock_obj.communicate.return_value = [str_ret, None]
self.mock_popen.return_value = self.mock_obj
devices = AdbWrapper.adb_devices()
self.assertEqual(devices, expected_ret,
'The result should be {}, not {}.'.format(expected_ret, devices))
def test_one_device(self):
"""
Test one device.
"""
str_ret = textwrap.dedent("""\
List of devices attached
foo\tbar""")
expected_ret = {'foo': 'bar'}
self.mock_obj.communicate.return_value = [str_ret, None]
self.mock_popen.return_value = self.mock_obj
devices = AdbWrapper.adb_devices()
self.assertEqual(
devices, expected_ret,
'The result should be {}, not {}.'.format(expected_ret, devices))
def test_two_device(self):
"""
Test two device.
"""
str_ret = textwrap.dedent("""\
List of devices attached
foo\tbar
askeing\tcool""")
expected_ret = {'foo': 'bar', 'askeing': 'cool'}
self.mock_obj.communicate.return_value = [str_ret, None]
self.mock_popen.return_value = self.mock_obj
devices = AdbWrapper.adb_devices()
self.assertEqual(devices, expected_ret,
'The result should be {}, not {}.'.format(expected_ret, devices))
def test_two_device(self):
'''
Test two device.
'''
str_ret = textwrap.dedent('''\
List of devices attached
foo\tbar
askeing\tcool''')
expected_ret = {'foo': 'bar', 'askeing': 'cool'}
self.mock_obj.communicate.return_value = [str_ret, None]
self.mock_popen.return_value = self.mock_obj
devices = AdbWrapper.adb_devices()
self.assertEqual(
devices, expected_ret,
'The result should be {}, not {}.'.format(expected_ret, devices))
'serial': "",
'job_info': {
'jobname': 'flamekk.vmaster.moztwlab01.512',
'seriesname': 'mtbf',
'pid': 18845,
'program': "chrome",
'host_name': "mtbf-10",
'port_no': 8086,
'user_name': "xxxxxx",
'pwd': "xxxxxx",
'database_name': "raptor"
}
}
# FIXME: with following workaround we still need at least one device connected
devices = AdbWrapper.adb_devices().keys()
testdata['serial'] = devices[0]
mini = MtbfToRaptorMinion(**testdata)
def test_generate_raptor_mtbf_data():
data = mini.output_data['mtbf']['data'] = mini.generate_raptor_mtbf_data()
assert (data['mtbf'][0]['deviceId'] == testdata['serial'])
def test_generate_raptor_event_data():
mini.output_data['events']['data'] = mini.generate_raptor_event_data(
mini.output_data['mtbf']['data'])
data = mini.output_data['events']['data']
assert (data['events'][0]['device'] == testdata['job_info']
['jobname'].split(".")[0])
'file': "unittest"},
'serial': "",
'job_info': {
'jobname': 'flamekk.vmaster.moztwlab01.512',
'seriesname': 'mtbf',
'pid': 18845,
'program': "chrome",
'host_name': "mtbf-10",
'port_no': 8086,
'user_name': "xxxxxx",
'pwd': "xxxxxx",
'database_name': "raptor"
}}
# FIXME: with following workaround we still need at least one device connected
devices = AdbWrapper.adb_devices().keys()
testdata['serial'] = devices[0]
mini = MtbfToRaptorMinion(**testdata)
def test_generate_raptor_mtbf_data():
data = mini.output_data['mtbf']['data'] = mini.generate_raptor_mtbf_data()
assert(data['mtbf'][0]['deviceId'] == testdata['serial'])
def test_generate_raptor_event_data():
mini.output_data['events']['data'] = mini.generate_raptor_event_data(
mini.output_data['mtbf']['data'])
data = mini.output_data['events']['data']
assert(data['events'][0]['device']
== testdata['job_info']['jobname'].split(".")[0])
