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import copy
import json
import pathlib
import random
import time
from datetime import date
from unittest import mock
import mozunit
import pytest
import requests
from mozperftest.system import android_startup
from mozperftest.system.android_startup import (
AndroidStartUpInstallError,
AndroidStartUpMatchingError,
AndroidStartUpUnknownTestError,
)
from mozperftest.tests.support import (
EXAMPLE_ANDROID_STARTUP_TEST,
get_running_env,
temp_file,
)
SAMPLE_APK_METADATA = {
"name": "fenix_nightly_armeabi-v7a_2022_09_27.apk",
"date": date(2022, 9, 27),
"commit": "",
"architecture": "armeabi-v7a",
"product": "fenix",
}
ARGS = {
"AndroidStartUp-test-name": "cold_view_nav_start",
"AndroidStartUp-product": "fenix",
"AndroidStartUp-release-channel": "nightly",
"apk_metadata": SAMPLE_APK_METADATA,
"test-date": "2023.01.01",
}
class FakeDevice:
def __init__(self, **kwargs):
self.name = ""
pass
def uninstall_app(self, app):
pass
def install_app(self, app_name):
return app_name
def is_app_installed(self, name):
self.name = name
if name == "is_app_installed_fail":
return False
else:
return True
def stop_application(self, package_id):
pass
def shell(self, cmd):
pass
def shell_output(self, cmd):
if cmd == "logcat -d":
return (
"ActivityManager: Start proc 23943:org.mozilla.fenix/u0a283 \n"
"ActivityManager: Start proc 23942:org.mozilla.fenix/u0a283 \n"
"11-23 14:10:13.391 13135 13135 I "
"GeckoSession: handleMessage GeckoView:PageStart uri=\n"
"11-23 14:10:13.391 13135 13135 I "
"GeckoSession: handleMessage GeckoView:PageStart uri="
)
if self.name == "name_for_intent_not_2_lines":
return "3 \n lines \n not 2"
elif self.name == "name_for_multiple_Totaltime_strings":
return "2 lines but \n no TotalTime"
elif self.name == "name_for_single_total_time":
return "TotalTime: 123 \n test"
def setup_metadata(metadata, **kwargs):
new_metadata = copy.copy(metadata)
for key, value in kwargs.items():
new_metadata[key] = value
return new_metadata
def running_env(**kw):
return get_running_env(flavor="mobile-browser", **kw)
def init_mocked_request(status_code, **kwargs):
mock_data = {}
for key, value in kwargs.items():
mock_data["data"][key] = value
mock_request = requests.Response()
mock_request.status_code = status_code
mock_request._content = json.dumps(mock_data).encode("utf-8")
return mock_request
@mock.patch(
"mozperftest.system.android.AndroidDevice.custom_apk_exists", new=lambda x: False
)
@mock.patch(
"mozdevice.ADBDevice",
new=FakeDevice,
)
@mock.patch("requests.get", return_value=init_mocked_request(200))
@mock.patch("time.sleep", return_value=time.sleep(0))
def test_install_of_nightly_failed(*mocked):
SAMPLE_APK_METADATA["name"] = "is_app_installed_fail"
ARGS["apk_metadata"] = SAMPLE_APK_METADATA
mach_cmd, metadata, env = running_env(
tests=[str(EXAMPLE_ANDROID_STARTUP_TEST)], **ARGS
)
test = android_startup.AndroidStartUp(env, mach_cmd)
with pytest.raises(AndroidStartUpInstallError):
test.run(metadata)
SAMPLE_APK_METADATA["name"] = "fenix_nightly_armeabi-v7a_2022_09_27.apk"
ARGS["apk_metadata"] = SAMPLE_APK_METADATA
pass
@mock.patch(
"mozdevice.ADBDevice",
new=FakeDevice,
)
@mock.patch("time.sleep", return_value=time.sleep(0))
def test_invalid_test_name(*mocked):
ARGS["AndroidStartUp-test-name"] = "BAD TEST NAME"
mach_cmd, metadata, env = running_env(
tests=[str(EXAMPLE_ANDROID_STARTUP_TEST)], **ARGS
)
test = android_startup.AndroidStartUp(env, mach_cmd)
with pytest.raises(AndroidStartUpUnknownTestError):
test.run(metadata)
ARGS["AndroidStartUp-test-name"] = "cold_main_first_frame"
pass
@mock.patch(
"mozperftest.system.android.AndroidDevice.custom_apk_exists", new=lambda x: False
)
@mock.patch(
"mozdevice.ADBDevice",
new=FakeDevice,
)
@mock.patch("time.sleep", return_value=time.sleep(0))
def test_multiple_matching_lines(*mocked):
SAMPLE_APK_METADATA["name"] = "name_for_intent_not_2_lines"
ARGS["apk_metadata"] = SAMPLE_APK_METADATA
mach_cmd, metadata, env = running_env(
tests=[str(EXAMPLE_ANDROID_STARTUP_TEST)], **ARGS
)
test = android_startup.AndroidStartUp(env, mach_cmd)
with pytest.raises(AndroidStartUpMatchingError):
test.run(metadata)
SAMPLE_APK_METADATA["name"] = "fenix_nightly_armeabi-v7a_2022_09_27.apk"
ARGS["apk_metadata"] = SAMPLE_APK_METADATA
pass
@mock.patch(
"mozperftest.system.android.AndroidDevice.custom_apk_exists", new=lambda x: False
)
@mock.patch(
"mozdevice.ADBDevice",
new=FakeDevice,
)
@mock.patch("time.sleep", return_value=time.sleep(0))
def test_multiple_total_time_prefix(*mocked):
SAMPLE_APK_METADATA["name"] = "name_for_multiple_Totaltime_strings"
ARGS["apk_metadata"] = SAMPLE_APK_METADATA
mach_cmd, metadata, env = running_env(
tests=[str(EXAMPLE_ANDROID_STARTUP_TEST)], **ARGS
)
test = android_startup.AndroidStartUp(env, mach_cmd)
with pytest.raises(AndroidStartUpMatchingError):
test.run(metadata)
SAMPLE_APK_METADATA["name"] = "fenix_nightly_armeabi-v7a_2022_09_27.apk"
ARGS["apk_metadata"] = SAMPLE_APK_METADATA
pass
@mock.patch(
"mozperftest.system.android.AndroidDevice.custom_apk_exists", new=lambda x: False
)
@mock.patch(
"mozdevice.ADBDevice",
new=FakeDevice,
)
@mock.patch("time.sleep", return_value=time.sleep(0))
def test_multiple_start_proc_lines(*mocked):
SAMPLE_APK_METADATA["name"] = "name_for_multiple_Totaltime_strings"
ARGS["apk_metadata"] = SAMPLE_APK_METADATA
ARGS["apk_metadata"] = SAMPLE_APK_METADATA
mach_cmd, metadata, env = running_env(
tests=[str(EXAMPLE_ANDROID_STARTUP_TEST)], **ARGS
)
test = android_startup.AndroidStartUp(env, mach_cmd)
with pytest.raises(AndroidStartUpMatchingError):
test.run(metadata)
SAMPLE_APK_METADATA["name"] = "fenix_nightly_armeabi-v7a_2022_09_27.apk"
ARGS["apk_metadata"] = SAMPLE_APK_METADATA
pass
@mock.patch(
"mozperftest.system.android.AndroidDevice.custom_apk_exists", new=lambda x: False
)
@mock.patch(
"mozdevice.ADBDevice",
new=FakeDevice,
)
@mock.patch("time.sleep", return_value=time.sleep(0))
@mock.patch(
"mozperftest.system.android_startup.AndroidStartUp.get_measurement",
return_value=random.randint(500, 1000),
)
def test_perfherder_layer(*mocked):
SAMPLE_APK_METADATA["name"] = "name_for_multiple_Totaltime_strings"
ARGS["apk_metadata"] = SAMPLE_APK_METADATA
mach_cmd, metadata, env = running_env(
tests=[str(EXAMPLE_ANDROID_STARTUP_TEST)], **ARGS
)
test = android_startup.AndroidStartUp(env, mach_cmd)
test.run(metadata)
@mock.patch("mozperftest.system.android.Path")
@mock.patch(
"mozdevice.ADBDevice",
new=FakeDevice,
)
@mock.patch("time.sleep", return_value=time.sleep(0))
@mock.patch(
"mozperftest.system.android_startup.AndroidStartUp.get_measurement",
return_value=random.randint(500, 1000),
)
def test_custom_apk_startup(get_measurement_mock, time_sleep_mock, path_mock):
SAMPLE_APK_METADATA["name"] = "name_for_multiple_Totaltime_strings"
ARGS["apk_metadata"] = SAMPLE_APK_METADATA
mach_cmd, metadata, env = running_env(
tests=[str(EXAMPLE_ANDROID_STARTUP_TEST)], **ARGS
)
with temp_file(name="user_upload.apk", content="") as sample_apk:
sample_apk = pathlib.Path(sample_apk)
path_mock.return_value = sample_apk
with mock.patch(
"mozperftest.system.android_startup.AndroidStartUp.run_tests"
) as _:
test = android_startup.AndroidStartUp(env, mach_cmd)
test.run_tests = lambda: True
test.package_id = "FakeID"
test.product = "fenix"
assert test.run_performance_analysis(SAMPLE_APK_METADATA)
@mock.patch(
"mozperftest.system.android.AndroidDevice.custom_apk_exists", new=lambda x: False
)
@mock.patch(
"mozdevice.ADBDevice",
new=FakeDevice,
)
@mock.patch("time.sleep", return_value=time.sleep(0))
def test_get_measurement_from_nav_start_logcat_match_error(*mocked):
SAMPLE_APK_METADATA["name"] = "name_for_single_total_time"
ARGS["apk_metadata"] = SAMPLE_APK_METADATA
ARGS["AndroidStartUp-test-name"] = "cold_view_nav_start"
mach_cmd, metadata, env = running_env(
tests=[str(EXAMPLE_ANDROID_STARTUP_TEST)], **ARGS
)
test = android_startup.AndroidStartUp(env, mach_cmd)
with pytest.raises(AndroidStartUpMatchingError):
test.run(metadata)
if __name__ == "__main__":
mozunit.main()