def test_usage_with_output():
with mock.patch("mozdevice.adb.ADBDevice") as device:
with mock.patch(
"control_server.RaptorControlServer") as control_server:
# Override the shell output with sample CPU usage details
filepath = os.path.abspath(os.path.dirname(__file__)) + "/files/"
with open(filepath + "top-info.txt", "r") as f:
test_data = f.read()
device.shell_output.side_effect = ["8.0.0", test_data]
device._verbose = True
# Create a control server
control_server.cpu_test = True
control_server.test_name = "cpuunittest"
control_server.device = device
control_server.app_name = "org.mozilla.geckoview_example"
raptor = WebExtensionAndroid("geckoview",
"org.mozilla.geckoview_example")
raptor.device = device
raptor.config["cpu_test"] = True
raptor.control_server = control_server
cpu_profiler = cpu.AndroidCPUProfiler(raptor)
cpu_profiler.polls.append(cpu_profiler.get_app_cpu_usage())
cpu_profiler.polls.append(0)
# Verify the response contains our expected CPU % of 93.7
avg_cpuinfo_data = {
"type": "cpu",
"test": "usage_with_integer_cpu_info_output-avg",
"unit": "%",
"values": {
"avg": 93.7 / 2
},
}
min_cpuinfo_data = {
"type": "cpu",
"test": "usage_with_integer_cpu_info_output-min",
"unit": "%",
"values": {
"min": 0
},
}
max_cpuinfo_data = {
"type": "cpu",
"test": "usage_with_integer_cpu_info_output-max",
"unit": "%",
"values": {
"max": 93.7
},
}
cpu_profiler.generate_android_cpu_profile(
"usage_with_integer_cpu_info_output")
control_server.submit_supporting_data.assert_has_calls([
mock.call(avg_cpuinfo_data),
mock.call(min_cpuinfo_data),
mock.call(max_cpuinfo_data),
])
def test_androidos_baseline_power():
if not os.getenv("MOZ_UPLOAD_DIR"):
os.environ["MOZ_UPLOAD_DIR"] = tempfile.mkdtemp()
with mock.patch("mozdevice.adb.ADBDevice") as device:
with mock.patch(
"control_server.RaptorControlServer") as control_server:
# Override the shell output with sample CPU usage details
filepath = os.path.abspath(os.path.dirname(__file__)) + "/files/"
f = open(filepath + "batterystats-android-8.txt", "r")
batterystats_return_value = f.read()
# Multiple shell output calls are performed
# and only those with non-None output are required
device.shell_output.return_value = None
device.shell_output.side_effect = [
None,
None,
"Test value",
"Test value",
batterystats_return_value,
"8.0.0",
]
device._verbose = True
device.version = 8
# Create a control server
control_server.power_test = True
control_server.test_name = "gve-pytest"
control_server.device = device
control_server.app_name = "org.mozilla.geckoview_example"
web_extension = WebExtensionAndroid(
"geckoview", "org.mozilla.geckoview_example", power_test=True)
web_extension.device = device
web_extension.config["power_test"] = True
web_extension.control_server = control_server
# Expected OS baseline calculation result
os_baseline_data = {
"type": "power",
"test": "gve-pytest",
"unit": "mAh",
"values": {
"cpu": float(10.786654),
"wifi": float(2.26132),
"screen": float(51.66),
"proportional": float(11.294805199999999),
},
}
# Verify the response contains our expected calculations
power.finish_android_power_test(web_extension,
"gve-pytest",
os_baseline=True)
assert web_extension.os_baseline_data == os_baseline_data
def test_no_device():
raptor = WebExtensionAndroid(
"geckoview",
"org.mozilla.org.mozilla.geckoview_example",
cpu_test=True,
)
raptor.device = None
resp = cpu.start_android_cpu_profiler(raptor)
assert resp is None
def test_usage_with_fallback():
with mock.patch("mozdevice.adb.ADBDevice") as device:
with mock.patch("control_server.RaptorControlServer") as control_server:
device._verbose = True
# Return what our shell call to dumpsys would give us
shell_output = (
" 31093 u0_a196 10 -10 8% S "
+ "66 1392100K 137012K fg org.mozilla.geckoview_example"
)
# We set the version to be less than Android 8
device.shell_output.side_effect = ["7.0.0", shell_output]
# Create a control server
control_server.cpu_test = True
control_server.test_name = "cpuunittest"
control_server.device = device
control_server.app_name = "org.mozilla.geckoview_example"
raptor = WebExtensionAndroid("geckoview", "org.mozilla.geckoview_example")
raptor.device = device
raptor.config["cpu_test"] = True
raptor.control_server = control_server
cpu_profiler = cpu.AndroidCPUProfiler(raptor)
cpu_profiler.polls.append(cpu_profiler.get_app_cpu_usage())
cpu_profiler.polls.append(0)
# Verify the response contains our expected CPU % of 8
avg_cpuinfo_data = {
"type": "cpu",
"test": "usage_with_fallback-avg",
"unit": "%",
"values": {"avg": 8 / 2},
}
min_cpuinfo_data = {
"type": "cpu",
"test": "usage_with_fallback-min",
"unit": "%",
"values": {"min": 0},
}
max_cpuinfo_data = {
"type": "cpu",
"test": "usage_with_fallback-max",
"unit": "%",
"values": {"max": 8},
}
cpu_profiler.generate_android_cpu_profile("usage_with_fallback")
control_server.submit_supporting_data.assert_has_calls(
[
mock.call(avg_cpuinfo_data),
mock.call(min_cpuinfo_data),
mock.call(max_cpuinfo_data),
]
)
def test_usage_with_invalid_data_returns_zero():
with mock.patch("mozdevice.adb.ADBDevice") as device:
with mock.patch(
"control_server.RaptorControlServer") as control_server:
# Create a device that returns invalid data
device.shell_output.side_effect = ["8.0.0", "geckoview"]
device._verbose = True
# Create a control server
control_server.cpu_test = True
control_server.device = device
raptor = WebExtensionAndroid("geckoview",
"org.mozilla.geckoview_example")
raptor.config["cpu_test"] = True
raptor.control_server = control_server
raptor.device = device
cpu_profiler = cpu.AndroidCPUProfiler(raptor)
cpu_profiler.get_app_cpu_usage()
# Verify the call to submit data was made
avg_cpuinfo_data = {
"type": "cpu",
"test": "usage_with_invalid_data_returns_zero-avg",
"unit": "%",
"values": {
"avg": 0
},
}
min_cpuinfo_data = {
"type": "cpu",
"test": "usage_with_invalid_data_returns_zero-min",
"unit": "%",
"values": {
"min": 0
},
}
max_cpuinfo_data = {
"type": "cpu",
"test": "usage_with_invalid_data_returns_zero-max",
"unit": "%",
"values": {
"max": 0
},
}
cpu_profiler.generate_android_cpu_profile(
"usage_with_invalid_data_returns_zero")
control_server.submit_supporting_data.assert_has_calls([
mock.call(avg_cpuinfo_data),
mock.call(min_cpuinfo_data),
mock.call(max_cpuinfo_data),
])
def test_android7_power():
if not os.getenv("MOZ_UPLOAD_DIR"):
os.environ["MOZ_UPLOAD_DIR"] = tempfile.mkdtemp()
with mock.patch("mozdevice.adb.ADBDevice") as device:
with mock.patch(
"control_server.RaptorControlServer") as control_server:
# Override the shell output with sample CPU usage details
filepath = os.path.abspath(os.path.dirname(__file__)) + "/files/"
f = open(filepath + "batterystats-android-7.txt", "r")
batterystats_return_value = f.read()
# Multiple shell output calls are performed
# and only those with non-None output are required
device.shell_output.return_value = None
device.shell_output.side_effect = [
None,
None,
"Test value",
"Test value",
batterystats_return_value,
"7.0.0",
]
device._verbose = True
device.version = 7
# Create a control server
control_server.power_test = True
control_server.test_name = "gve-pytest"
control_server.device = device
control_server.app_name = "org.mozilla.geckoview_example"
web_extension = WebExtensionAndroid(
"geckoview", "org.mozilla.geckoview_example", power_test=True)
web_extension.device = device
web_extension.config["power_test"] = True
web_extension.control_server = control_server
web_extension.power_test_time = 20 # minutes
web_extension.os_baseline_data = {
"type": "power",
"test": "gve-pytest",
"unit": "mAh",
"values": {
"cpu": float(5),
"wifi": float(5),
"screen": float(5)
},
}
# Verify the response contains our expected calculations
# (no proportional measure on android 7)
power_data = {
"type": "power",
"test": "gve-pytest",
"unit": "mAh",
"values": {
"cpu": float(14.5),
"wifi": float(0.132),
"screen": float(70.7),
},
}
pc_data = {
"type": "power",
"test": "gve-pytest-%change",
"unit": "%",
"values": {
"cpu": float(14.5),
"wifi": float(0.132000000000005),
"screen": float(70.70000000000002),
},
}
power.finish_android_power_test(web_extension, "gve-pytest")
control_server.submit_supporting_data.assert_has_calls([
mock.call(power_data),
mock.call(pc_data),
mock.call(web_extension.os_baseline_data),
])
