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# Copyright 2020, The Android Open Source Project
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
import json
import os
import shutil
import subprocess
SMOKE_DIR = os.path.dirname(os.path.realpath(__file__))
TOP = 'ANDROID_BUILD_TOP'
TEST_RESULT = '/tmp/atest_result/LATEST/test_result'
def print_banner(title, passed=False):
"""Simple banner printer.
Args:
title: string of content that will be printed.
passed: boolean that control the type of banner.
True: ========================================
Running: --test-mapping Passed!
========================================
False:########################################
Running: --test-mapping
########################################
"""
banner = '#'
content = '\nRunning: ' + title
if passed:
content += ' Passed!'
banner = '='
content += '\n'
print('\n' + 40*banner + content + 40*banner + '\n')
def is_identical(desired, actual, target):
"""Tell whether two values are indentical or not.
Args:
desired: can be any type.
actual: can be any type.
target: A string to print before returning False.
Returns:
Boolean: True when they are the same, otherwise False.
"""
if str(desired) != str(actual):
print('{} should be {} instead of {}.'.format(target, desired, actual))
return False
return True
def is_passed(expected_rc, actual_rc, args, message):
"""Ensure test is passed by checking return code and test_result.
Args:
args: A string that passed to atest. e.g. '--test-mapping'
expected_rc: An integer that we expected atest to return.
actual_rc: An integer that returned by atest.
message: A string to print before returning False.
Returns:
True if ['FAILED'] == 0 and the expected rc is equal to the actual rc,
otherwise False.
"""
# 1. Return code must be identical.
if not is_identical(expected_rc, actual_rc, message):
return False
# 2. No FAILED in test_result.
if os.path.exists(TEST_RESULT):
with open(TEST_RESULT, 'r') as cache:
result = json.load(cache)
if (result['args'] == args and result['total_summary']['FAILED'] != 0):
print("\nThe test passed but failures found in {}".format(TEST_RESULT))
return False
return True
def init_test_mapping_files(action='delete'):
"""Method that create or delete TEST_MAPPING while running smoke testing.
Args:
action: A string to decide the action: 'delete' is to remove TEST_MAPPING
while 'create' is copying from test_mapping.json to TEST_MAPPING.
"""
tma = [os.path.join(SMOKE_DIR, 'test_mappings/A/test_mapping.json'),
os.path.join(SMOKE_DIR, 'test_mappings/A/TEST_MAPPING')]
tmb = [os.path.join(SMOKE_DIR, 'test_mappings/A/B/test_mapping.json'),
os.path.join(SMOKE_DIR, 'test_mappings/A/B/TEST_MAPPING')]
if action == 'create':
for tm in (tma, tmb):
shutil.copy2(tm[0], tm[1])
elif action == 'delete':
cmd = 'find {} -name TEST_MAPPING -exec rm -f {{}} \;'.format(SMOKE_DIR)
subprocess.call(cmd, shell=True)
def get_test_counts():
"""Get the number of testing targets are as expected from test_result.
E.g. atest targetA targetB, running get_test_counts() should return 2.
Returns:
An integer that AtestTradefedTestRunner appears in test_result.
"""
if os.path.exists(TEST_RESULT):
with open(TEST_RESULT, 'r') as cache:
result = json.load(cache)
return len(result['test_runner']['AtestTradefedTestRunner'].keys())
return 0
def func_wrapper(func, args):
"""This method is for the convenience of invoking the function by passing
argument as a list.
Args:
func: A method name.
args: A list of argument.
"""
func(*args)
def get_test_threads():
"""Get the number of running threads.
If 3 tests within the testable module, and the iteration number is 5,
the ModuleListener will appear 15 times.
Returns:
An integer that ModuleListener appears in host_log.
"""
# Example of a host log:
# D/ModuleListener: ModuleListener.testRunStarted(atest_will_pass_tests, 3, 0)
# D/ModuleListener: ModuleListener.testStarted(atest_will_pass_tests#PrintAtestPass)
# I/ModuleListener: [1/3] atest_will_pass_tests#PrintAtestPass PASSED
# D/ModuleListener: ModuleListener.testStarted(atest_will_pass_tests#PassEqual)
# I/ModuleListener: [2/3] atest_will_pass_tests#PassEqual PASSED
# D/ModuleListener: ModuleListener.testStarted(atest_will_pass_tests#PassFloatEqual)
# I/ModuleListener: [3/3] atest_will_pass_tests#PassFloatEqual PASSED
#
# Grab pattern 'ModuleListener: [3/3]' to decide how many testing threads.
cmd = ('zcat /tmp/atest_result/LATEST/log/in*/host_log*.zip'
'| egrep "ModuleListener:\s+\[[[:digit:]]/[[:digit:]]\]" | wc -l')
return subprocess.check_output(cmd, shell=True).decode().strip()
def get_passed_counts():
"""Get the number of PASSED in end_host_log.
Returns:
An integer that shows PASSED in end_host_log.
"""
cmd = ('zcat /tmp/atest_result/LATEST/log/in*/end_host_log*.zip'
'| grep PASSED | awk -F": " \'{{print $2}}\'')
return subprocess.check_output(cmd, shell=True).decode().strip()
def get_failed_counts():
"""Get the number of FAILED in end_host_log.
Returns:
An integer that shows PASSED in end_host_log.
"""
cmd = ('zcat /tmp/atest_result/LATEST/log/in*/end_host_log*.zip'
'| grep FAILED | awk -F": " \'{{print $2}}\'')
return subprocess.check_output(cmd, shell=True).decode().strip()
def has_correct_passed_failed_counts(passes, failures):
"""Given desired passed and failed numbers, and return if they are the same
as expectation.
Args:
passes: An integer of desired passed number.
failures: An integer of desired failed number.
Returns:
A boolean: True if both passed/failed numbers match the result,
otherwise False.
"""
if not is_identical(passes, get_passed_counts(), "PASSED number"):
return False
if not is_identical(failures, get_failed_counts(), "FAILED number"):
return False
return True
def has_devices():
"""Method that probes attached devices.
Returns:
True: when there are either physical/virtual devices.
False: when no devices or no adb command; acloud will build adb
automatically.
"""
cmd = 'adb devices | egrep -v "^List|^$"'
return not bool(subprocess.call(cmd, shell=True))