# Copyright 2018 The Chromium OS Authors. All rights reserved. # Use of this source code is governed by a BSD-style license that can be # found in the LICENSE file. AUTHOR = "puthik" NAME = "power_Dashboard.full" TIME = "MEDIUM" TEST_CATEGORY = "Stress" TEST_CLASS = "suite" TEST_TYPE = "server" DOC = """ Sequence for upload common power test data to dashboard. """ import datetime from autotest_lib.client.common_lib import utils CLIENT_TESTS = [ ('power_LoadTest', { 'tag' : '1hour', 'loop_time' : 3600, 'loop_count' : 1, 'test_low_batt_p' : 6}), ('power_Idle', {}), ('power_VideoPlayback', {}), ('power_VideoPlayback', { 'tag' : 'sw_decoder', 'use_hw_decode' : False}), ('power_Display', {}), ('power_WebGL', {}), ('power_Standby', { 'tag' : 'fast', 'sample_hours' : 0.334, 'test_hours' : 0.334}), ] # Tagged test name and sweetberry interval SWEETBERRY_TESTS = [ ('power_Standby.fast', 1), ('power_LoadTest.1hour', 20), ('power_Idle', 1), ('power_VideoPlayback', 5), ('power_VideoPlayback.sw_decoder', 5), ('power_Display', 5), ('power_WebGL', 5), ] POWERLOG_TESTNAME = 'power_PowerlogWrapper' # Workaround to make it compatible with moblab autotest UI. global args_dict try: args_dict except NameError: args_dict = utils.args_to_dict(args) # Use time as pdash_note if not supplied to track all tests in same suite. pdash_note = args_dict.get('pdash_note', NAME + '_' + datetime.datetime.utcnow().isoformat()) sweetberry_serial = args_dict.get('sweetberry_serial', None) def run_client_test(machine): client = hosts.create_host(machine) client_at = autotest.Autotest(client) for test, argv in CLIENT_TESTS: client.reboot() argv['pdash_note'] = pdash_note client_at.run_test(test, **argv) def run_sweetberry_wrapper_test(machine): client = hosts.create_host(machine) for test, sweetberry_interval in SWEETBERRY_TESTS: client.reboot() argv = { 'pdash_note': pdash_note, 'test': test, 'sweetberry_interval': sweetberry_interval, } job.run_test(POWERLOG_TESTNAME, host=client, config=argv, tag=test) if sweetberry_serial: parallel_simple(run_sweetberry_wrapper_test, machines) else: job.parallel_on_machines(run_client_test, machines)