def get_state_all_devices_android(devices):
"""Returns state information about all the devices connected to the host.
"""
state = get_state()
if not devices:
return state
# Add a few values that were poped from dimensions.
cpu_type = get_cpu_type()
cpu_bitness = get_cpu_bitness()
state[u'cpu'] = [
cpu_type,
cpu_type + u'-' + cpu_bitness,
]
state[u'cores'] = [unicode(get_num_processors())]
state[u'gpu'] = get_gpu()[0]
machine_type = get_machine_type()
if machine_type:
state[u'machine_type'] = [machine_type]
keys = (
u'board.platform',
u'build.fingerprint',
u'build.id',
u'build.version.sdk',
u'product.board',
u'product.cpu.abi')
def fn(device):
if not device.is_valid:
return {u'state': 'unauthenticated'}
properties = device.cache.build_props
if not properties:
return {u'state': 'unavailable'}
return {
u'battery': device.GetBattery(),
u'build': {key: properties[u'ro.'+key] for key in keys},
u'cpu': device.GetCPUScale(),
u'disk': device.GetDisk(),
u'imei': device.GetIMEI(),
u'ip': device.GetIPs(),
u'max_uid': device.GetLastUID(),
u'other_packages': platforms.android.get_unknown_apps(device),
u'serial': device.serial,
u'state': u'available',
u'temp': device.GetTemperatures(),
u'uptime': device.GetUptime(),
}
start = time.time()
state[u'devices'] = {
device.port_path: out
for device, out in zip(devices, parallel.pmap(fn, devices))
}
logging.info(
'get_state_all_devices_android() (device part) took %gs' %
round(time.time() - start, 1))
return state
def get_state(devices):
"""Returns state information about all the devices connected to the host.
"""
keys = (u'board.platform', u'build.product', u'build.fingerprint',
u'build.id', u'build.type', u'build.version.sdk', u'product.board',
u'product.cpu.abi', u'product.device')
def fn(device):
if not device.is_valid or device.failure:
return {u'state': device.failure or 'unavailable'}
properties = device.cache.build_props
if not properties:
return {u'state': 'unavailable'}
no_sd_card = properties.get(u'ro.product.model', '') in ['Chromecast']
return {
u'battery':
device.GetBattery(),
u'build':
{key: properties.get(u'ro.' + key, '<missing>')
for key in keys},
u'cpu':
device.GetCPUScale(),
u'disk':
device.GetDisk(),
u'imei':
device.GetIMEI(),
u'ip':
device.GetIPs(),
u'max_uid':
device.GetLastUID(),
u'mem':
device.GetMemInfo(),
u'other_packages':
get_unknown_apps(device),
u'port_path':
device.port_path,
u'processes':
device.GetProcessCount(),
u'state': (u'available' if no_sd_card or device.IsFullyBooted()[0]
else u'booting'),
u'temp':
device.GetTemperatures(),
u'uptime':
device.GetUptime(),
}
start = time.time()
state = {
u'devices': {
device.serial: out
for device, out in zip(devices, parallel.pmap(fn, devices))
}
}
logging.info('get_state() (device part) took %gs' %
round(time.time() - start, 1))
return state