blob: 4375019ed6255d6d23ba2b17000de1b98197ac74 [file] [log] [blame]
# Copyright 2017 The Chromium Authors. All rights reserved.
# Use of this source code is governed by a BSD-style license that can be
# found in the LICENSE file.
import logging
import os
import subprocess
from autotest_lib.client.bin import test
from autotest_lib.client.common_lib import error
from import device_capability
class video_VideoCapability(test.test):
This tests the video static capabilities settings
with label detector: "avtest_label_detect."
version = 1
avtest_label_to_capability = {
'hw_video_acc_h264' : 'hw_dec_h264_1080_30',
'hw_video_acc_vp8' : 'hw_dec_vp8_1080_30',
'hw_video_acc_vp9' : 'hw_dec_vp9_1080_30',
'hw_video_acc_vp9_2' : 'hw_dec_vp9-2_1080_30',
'hw_jpeg_acc_dec' : 'hw_dec_jpeg',
'hw_jpeg_acc_enc' : 'hw_enc_jpeg',
'hw_video_acc_enc_h264': 'hw_enc_h264_1080_30',
'hw_video_acc_enc_vp8' : 'hw_enc_vp8_1080_30',
'hw_video_acc_enc_vp9' : 'hw_enc_vp9_1080_30',
'webcam' : 'usb_camera',
def compare_avtest_label_detect(self, dc_results):
avtest_label = subprocess.check_output(['avtest_label_detect']).strip()
logging.debug("avtest_label_detect result\n%s", avtest_label)
mismatch_list = []
avtest_detected_labels = set()
for line in avtest_label.splitlines():
label = line.split(':')[1].strip()
if label in video_VideoCapability.avtest_label_to_capability:
cap = video_VideoCapability.avtest_label_to_capability[label]
for cap in video_VideoCapability.avtest_label_to_capability.values():
if dc_results[cap] == 'yes' and cap not in avtest_detected_labels:
logging.error('Static capability claims %s is available. '
"But avtest_label_detect doesn't detect", cap)
if dc_results[cap] == 'no' and cap in avtest_detected_labels:
logging.error("Static capability claims %s isn't available. "
'But avtest_label_detect detects', cap)
if mismatch_list:
raise error.TestFail("Dynamic capability detection results did not "
"match static capability configuration. "
"mismatch_list=%r" % mismatch_list)
def run_once(self):
logging.debug('Starting video_VideoCapability')
dc = device_capability.DeviceCapability()
dc_results = {}
for cap in dc.get_managed_caps():
ret = dc.get_capability(cap)
dc_results[cap] = ret