def just_return_f_params():
print "[Just Returning the Values]: "
just_connect_android()
f_device = MonkeyRunner.waitForConnection()
adb = AndroidDebugBridge.getBridge()
f_iDevice = adb.getDevices()[0]
print "[Connected to] : ", f_iDevice
f_rec = Receiver()
return (f_device, f_iDevice, f_rec)
def run_tests(adb_location, serial_number, package_name, test_runner_name,
enable_coverage):
u'''
Run tests and output result as XML.
Parameters:
adb_location : Location of adb.
serial_number : Serial number of device or emulator. None is OK.
test_runner_name : Name of test runner. None is OK.
enable_coverage : Whether coverage measuring is enabled.
Return:
ElementTree of result. None if tests did not run.
'''
AndroidDebugBridge.init(False)
connecting_event = DeviceConnectingEvent(serial_number)
AndroidDebugBridge.addDeviceChangeListener(connecting_event)
debug_bridge = AndroidDebugBridge.createBridge(adb_location, False)
connecting_event.wait()
if not debug_bridge.isConnected():
print >> sys.stderr, u'bridge is not connected.'
return None
device = get_device(serial_number, debug_bridge)
if not device:
print >> sys.stderr, u'There is not device.'
return None
test_runner = RemoteAndroidTestRunner(package_name, test_runner_name,
device)
test_runner.setCoverage(enable_coverage)
formatter = TestResultXmlFormatter(device.getProperties())
test_runner.run(formatter)
return formatter.get_result()
def run_tests(adb_location, serial_number,
package_name, test_runner_name, enable_coverage):
u'''
Run tests and output result as XML.
Parameters:
adb_location : Location of adb.
serial_number : Serial number of device or emulator. None is OK.
test_runner_name : Name of test runner. None is OK.
enable_coverage : Whether coverage measuring is enabled.
Return:
ElementTree of result. None if tests did not run.
'''
AndroidDebugBridge.init(False)
connecting_event = DeviceConnectingEvent(serial_number)
AndroidDebugBridge.addDeviceChangeListener(connecting_event)
debug_bridge = AndroidDebugBridge.createBridge(adb_location, False)
connecting_event.wait()
if not debug_bridge.isConnected():
print >>sys.stderr, u'bridge is not connected.'
return None
device = get_device(serial_number, debug_bridge)
if not device:
print >>sys.stderr, u'There is not device.'
return None
test_runner = RemoteAndroidTestRunner(package_name, test_runner_name, device)
test_runner.setCoverage(enable_coverage)
formatter = TestResultXmlFormatter(device.getProperties())
test_runner.run(formatter)
return formatter.get_result()
def run_tests(adb_location, serial_number,
package_name, test_runner_name, enable_coverage, coverage_file):
u'''
Run tests and output result as XML.
Parameters:
adb_location : Location of adb.
serial_number : Serial number of device or emulator. None is OK.
package_name : Package name of test application package.
test_runner_name : Name of test runner. None is OK.
enable_coverage : Whether coverage measuring is enabled.
coverage_file : Path of file that will be saved coverage result.
None is OK.
Return:
ElementTree of result. None if tests did not run.
'''
AndroidDebugBridge.init(False)
try:
# Connect to Android debug bridge.
connecting_event = DeviceConnectingEvent(serial_number)
AndroidDebugBridge.addDeviceChangeListener(connecting_event)
debug_bridge = AndroidDebugBridge.createBridge(adb_location, False)
# Wait until device is connected.
connecting_event.wait()
if not debug_bridge.isConnected():
print >>sys.stderr, u'bridge is not connected.'
return None
# Get the device.
device = get_device(serial_number, debug_bridge)
if not device:
print >>sys.stderr, u'There is not device.'
return None
# Run the test runner on the device.
test_runner = RemoteAndroidTestRunner(
package_name, test_runner_name, device)
test_runner.setCoverage(enable_coverage)
if enable_coverage and coverage_file:
test_runner.addInstrumentationArg('coverageFile', coverage_file)
formatter = TestResultXmlFormatter(device.getProperties())
test_runner.run([formatter])
return formatter.get_result()
finally:
# Disconnect from Android debug bridge.
AndroidDebugBridge.terminate()
def SetupAndroid():
RootADB()
# |----------------------------------------------------------------
# | Connects to the current device returning a MonkeyDevice object
# | used to simulate screen touches and other events. It may also
# | be used to issue shell commands using device.shell(cmd).
# |
# |----------------------------------------------------------------
f_device = MonkeyRunner.waitForConnection()
# Gets the debug bridge for the device currently connected
adb = AndroidDebugBridge.getBridge()
# |----------------------------------------------------------------
# | Gets an IDevice object used to execute adb shell commands
# | that may throw a ShellUnresponsiveException.
# |----------------------------------------------------------------
f_iDevice = adb.getDevices()[0]
print "Connected to: ", f_iDevice
# Receives output, if any, from commands executed in shell
f_rec = Receiver()
# |----------------------------------------------------------------
# | Preparing Android device for next profiling run
# | => Disable EIP randomization
# | => Disable Power management
# | => Configure to 1P
# | => Set constant CPU frequency
# | => Install Driver
# | Comment: Android setup script located in android device
# |----------------------------------------------------------------
f_iDevice.executeShellCommand(cd_android_emonx_dir + android_setup_script, f_rec, 0)
MonkeyRunner.sleep(5.0)
return (f_device, f_iDevice, f_rec)
def SetupAndroid():
print "*****[SETUP ANDROID]*****"
print "[Kill adb Server before rebooting]"
subprocess.call(["adb", "kill-server"])
p = subprocess.Popen("adb devices", shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE)
output = p.communicate()
try:
if (
(output[0] == "List of devices attached \n\n")
or (
output[0]
== "* daemon not running. starting it now on port 5037 *\n* daemon started successfully *\nList of devices attached \n\n"
)
or (output[0] == "error: protocol fault (no status)\n")
):
print "[Device wasn't found!]"
print "[Run serial script]"
subprocess.call("python" + " /home/intel/workspace/IcyRocks/connect_android.py", shell=True)
else:
pass
except:
print "[Device was found!]\n" + output[0]
p = subprocess.Popen("adb devices", shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE)
output = p.communicate()
try:
if (
(output[0] == "List of devices attached \n\n")
or (
output[0]
== "* daemon not running. starting it now on port 5037 *\n* daemon started successfully *\nList of devices attached \n\n"
)
or (output[0] == "error: protocol fault (no status)\n")
):
print "[Device wasn't found!]"
print "[[REBOOT AGAIN]]"
RebootAndroid()
print "[Run serial script]"
subprocess.call("python" + " /home/intel/workspace/IcyRocks/connect_android.py", shell=True)
else:
pass
except:
print "[Device was found!]\n" + output[0]
RootADB()
# |----------------------------------------------------------------
# | Connects to the current device returning a MonkeyDevice object
# | used to simulate screen touches and other events. It may also
# | be used to issue shell commands using device.shell(cmd).
# |
# |----------------------------------------------------------------
f_device = MonkeyRunner.waitForConnection()
# Gets the debug bridge for the device currently connected
adb = AndroidDebugBridge.getBridge()
# |----------------------------------------------------------------
# | Gets an IDevice object used to execute adb shell commands
# | that may throw a ShellUnresponsiveException.
# |----------------------------------------------------------------
f_iDevice = adb.getDevices()[0]
print "[Connected to] : ", f_iDevice
# Receives output, if any, from commands executed in shell
f_rec = Receiver()
# |----------------------------------------------------------------
# | Preparing Android device for next profiling run
# | => Disable EIP randomization
# | => Disable Power management
# | => Configure to 1P
# | => Set constant CPU frequency
# | => Install Driver
# | Comment: Android setup script located in android device script dir
# |----------------------------------------------------------------
# f_iDevice.executeShellCommand(cd_android_scripts_dir + android_setup_script, f_rec, 0)
# f_iDevice.executeShellCommand(cd_android_scripts_dir + android_setup_script, f_rec, 0)
f_iDevice.executeShellCommand(android_setup_script, f_rec, 0)
MonkeyRunner.sleep(5.0)
print "[Clear logcat]"
# Clear logcat
f_iDevice.executeShellCommand("logcat -c", f_rec, 0)
MonkeyRunner.sleep(15.0)
# ClearCache(f_device)
CheckCPUIdle()
return (f_device, f_iDevice, f_rec)
