class TestAnalytics(unittest.TestCase):
@classmethod
def setUpClass(self):
""" Load in the main pebble shell module """
global root_dir
self.root_dir = root_dir
pebble_shell = imp.load_source('pebble_shell',
os.path.join(root_dir, 'pebble.py'))
from pebble_shell import PbSDKShell
self.p_sh = PbSDKShell()
self.sdk_version = self.p_sh._get_version()
# What directory is our data in?
self.data_dir = os.path.join(os.path.dirname(__file__),
'analytics_data')
# Create a temp directory to use
self.tmp_dir = tempfile.mkdtemp()
# Process command line options
global g_cmd_args
if g_cmd_args is not None:
self.debug = g_cmd_args.debug
else:
self.debug = False
# Setup the pebble command arguments
self.pebble_cmd_line = ['pebble']
if self.debug:
self.pebble_cmd_line += ['--debug']
# Delete the NO_TRACKING file if it exists
self.no_tracking_file_path = os.path.normpath(os.path.join(root_dir,
os.pardir, 'NO_TRACKING'))
self.has_no_tracking_file = os.path.exists(self.no_tracking_file_path)
if self.has_no_tracking_file:
os.remove(self.no_tracking_file_path)
# pre-cache path to pebble settings dir
home_dir = os.path.expanduser("~")
self.settings_dir = os.path.join(home_dir, ".pebble")
# Create the set of common fields we expect to see in every event
analytics = pebble.PblAnalytics._Analytics.get()
client_id = open(os.path.join(self.settings_dir,
"client_id")).read()
self.common_evt_fields = {
'v': '1',
'tid': analytics.tracking_id,
'cid': client_id,
'cn': re.escape(platform.platform()),
'ck': re.escape(platform.python_version()),
'cs': client_id,
}
def _printTestHeader(self):
""" Print out what test we are running
"""
print "\n###############################################################"
print "Running test: %s.%s..." % (self.__class__, self._testMethodName)
@classmethod
def tearDownClass(self):
""" Clean up after all tests """
# Remove our temp directory
shutil.rmtree(self.tmp_dir, ignore_errors=True)
# Restore tracking file?
if self.has_no_tracking_file:
with open(self.no_tracking_file_path, 'w') as fd:
fd.write(" ")
def use_project(self, project_name):
""" Copies project_name from the analytics_data subdirectory to a
new temp directory, sets that as the current working dir, and returns
that path.
Parameters:
-------------------------------------------------------------------
project_name: name of the project
retval: path to project after copied into a temp location
"""
working_dir = os.path.join(self.tmp_dir, project_name)
if os.path.exists(working_dir):
shutil.rmtree(working_dir)
shutil.copytree(os.path.join(self.data_dir, project_name),
working_dir)
print "Running '%s' project in directory %s" % (project_name,
working_dir)
return working_dir
def find_evt(self, mock_urlopen, items_filter):
""" Walk through all the calls to our mock urlopen() and look for one
that satisfies items_filter, which is a dict with the key/value pairs we
need to satisfy. The values are regular expressions.
Parameters:
-------------------------------------------------------------------
mock_urlopen: the mock urlopen instance
items_filter: dict with desired key/value pairs
retval: (header, data) if event was found
(None, None) if not found
"""
found = False
for call in mock_urlopen.call_args_list:
req = call[0][0]
if isinstance(req, urllib2.Request):
header = req.headers
data = urlparse.parse_qs(req.get_data())
if self.debug:
print "Parsing event: %s" % (pprint.pformat(data))
matches = True
for (key, value) in items_filter.items():
if not re.match(value, data[key][0]):
matches = False
break
if matches:
return (header, data)
return (None, None)
def assert_evt(self, mock_urlopen, items_filter, include_common=True):
""" Walk through all the calls to our mock urlopen() and look for one
that satisfies items_filter, which is a dict with the key/value pairs we
need to satisfy. The values are regular expressions.
If not found, raise an assertion
Parameters:
-------------------------------------------------------------------
mock_urlopen: the mock urlopen instance
items_filter: dict with desired key/value pairs
"""
if include_common:
for (key, value) in self.common_evt_fields.items():
if key in items_filter:
continue
items_filter[key] = value
(header, data) = self.find_evt(mock_urlopen, items_filter)
self.assertIsNotNone(header, "Did not find expected event "
"matching constraints: %s" % (str(items_filter)))
# Check the header contents
self.assertTrue(header['User-agent'].startswith('Pebble SDK/%s' %
(self.sdk_version)))
@patch('pebble.PblAnalytics.urlopen')
def test_missing_packages(self, mock_urlopen):
""" Test that we get the correct analytics produced when we run \
a pebble command without necessary python packages installed
"""
self._printTestHeader()
# Run at least once to load all modules in
sys.argv = self.pebble_cmd_line + ['clean' ]
self.p_sh.main()
# Unload the websocket package and remove it from sys.modules and
# clear out sys.path so we can't find it again. We have insured that
# the pebble.py module tries to import websocket
sys.modules.pop('websocket')
old_path = sys.path
sys.path = []
sys.argv = self.pebble_cmd_line + ['clean' ]
try:
new_shell_module = imp.load_source('new_shell_module',
os.path.join(root_dir, 'pebble.py'))
except:
pass
# Restore sys.path
sys.path = old_path
# Verify that we sent a missing python dependency event
self.assert_evt(mock_urlopen,
{'ec': 'install', 'ea': 'import',
'el': 'fail: missing import:.*'})
@patch('pebble.PblAnalytics.urlopen')
def test_invalid_project(self, mock_urlopen):
""" Test that we get the correct analytics produced when we run \
a pebble command in an invalid project directory.
"""
self._printTestHeader()
sys.argv = self.pebble_cmd_line + ['clean' ]
retval = self.p_sh.main()
# Verify that we sent an invalid project event
self.assert_evt(mock_urlopen,
{'ec': 'pebbleCmd', 'ea': 'clean',
'el': 'fail: invalid project'})
@patch('pebble.PblAnalytics.urlopen')
def test_outdated_project(self, mock_urlopen):
""" Test that we get the correct analytics produced when we run \
a pebble command in an outdated project directory.
We made this project "outdated" by putting a resource_map.json
file in the resources/src directory.
"""
self._printTestHeader()
# Copy the desired project to temp location
working_dir = self.use_project('outdated_project')
with temp_chdir(working_dir):
sys.argv = self.pebble_cmd_line + ['build' ]
retval = self.p_sh.main()
# Verify that we sent an outdated project event
self.assert_evt(mock_urlopen,
{'ec': 'pebbleCmd', 'ea': 'build',
'el': 'fail: outdated project'})
@patch('pebble.PblAnalytics.urlopen')
def test_app_too_big(self, mock_urlopen):
""" Test that we get the correct analytics produced when we run \
a pebble command in an app which is too big.
We made this project "too big" by declaring a large static array
in the main source file (hello_world.c):
static int foo[25000] = {0};
"""
self._printTestHeader()
# Copy the desired project to temp location
working_dir = self.use_project('too_big')
with temp_chdir(working_dir):
sys.argv = self.pebble_cmd_line + ['build' ]
retval = self.p_sh.main()
# Verify that we sent a app too big event
self.assert_evt(mock_urlopen,
{'ec': 'pebbleCmd', 'ea': 'build',
'el': 'fail: application too big'})
@patch('pebble.PblAnalytics.urlopen')
def test_compilation_error(self, mock_urlopen):
""" Test that we get the correct analytics produced when we build \
an app with a compilation error
"""
self._printTestHeader()
# Copy the desired project to temp location
working_dir = self.use_project('good_c_app')
# Introduce a compilation error
with open(os.path.join(working_dir, "src", "hello_world.c"), 'w') \
as fd:
fd.write("foo")
with temp_chdir(working_dir):
sys.argv = self.pebble_cmd_line + ['build' ]
retval = self.p_sh.main()
# Verify that we sent an compilation error event
self.assert_evt(mock_urlopen,
{'ec': 'pebbleCmd', 'ea': 'build',
'el': 'fail: compilation error'})
@patch('pebble.PblAnalytics.urlopen')
def test_clean_success(self, mock_urlopen):
""" Test for correct event sent in response to the 'clean' command """
self._printTestHeader()
# Copy the desired project to temp location
working_dir = self.use_project('good_c_app')
with temp_chdir(working_dir):
sys.argv = self.pebble_cmd_line + ['clean' ]
retval = self.p_sh.main()
# Verify that we sent a success event
self.assert_evt(mock_urlopen,
{'ec': 'pebbleCmd', 'ea': 'clean', 'el': 'success'})
@patch('pebble.PblAnalytics.urlopen')
def test_no_tracking_support(self, mock_urlopen):
""" Test that we don't generate any events if we detect a
NO_TRACKING file"""
self._printTestHeader()
# Create a NO_TRACKING file and catch exceptions so that we
# are sure to delete it aftewards
try:
with open(self.no_tracking_file_path, 'w') as fd:
fd.write(" ")
# Force a reload of the analytics instance
pebble.PblAnalytics._Analytics.unload()
# Copy the desired project to temp location
working_dir = self.use_project('good_c_app')
with temp_chdir(working_dir):
sys.argv = self.pebble_cmd_line + ['clean' ]
retval = self.p_sh.main()
call_count = mock_urlopen.call_count
finally:
# Undo tracking file
os.remove(self.no_tracking_file_path)
pebble.PblAnalytics._Analytics.unload()
# Verify that no events were sent out
self.assertEqual(call_count, 0, "Expected no URL "
"requests with tracking off but got %d" % call_count)
@patch('pebble.PblAnalytics.urlopen')
def test_build_success_c_app(self, mock_urlopen):
""" Test that we send the correct events after building a C app """
self._printTestHeader()
# Copy the desired project to temp location
working_dir = self.use_project('good_c_app')
uuid = '19aac3eb-870b-47fb-a708-0810edc4322e'
with temp_chdir(working_dir):
sys.argv = self.pebble_cmd_line + ['build']
retval = self.p_sh.main()
# Verify that we sent the correct events
self.assert_evt(mock_urlopen,
{'ec': 'pebbleCmd', 'ea': 'build', 'el': 'success'})
self.assert_evt(mock_urlopen,
{'ec': 'appCode', 'ea': 'totalSize', 'el': uuid, 'ev': '8.*'})
self.assert_evt(mock_urlopen,
{'ec': 'appResources', 'ea': 'totalSize', 'el': uuid, 'ev': '0'})
self.assert_evt(mock_urlopen,
{'ec': 'appResources', 'ea': 'totalCount', 'el': uuid, 'ev': '0'})
for name in ['raw', 'image', 'font']:
self.assert_evt(mock_urlopen,
{'ec': 'appResources', 'ea': '%sSize' % (name), 'el': uuid,
'ev': '0'})
self.assert_evt(mock_urlopen,
{'ec': 'appResources', 'ea': '%sCount' % (name), 'el': uuid,
'ev': '0'})
self.assert_evt(mock_urlopen,
{'ec': 'appCode', 'ea': 'cLineCount', 'el': uuid, 'ev': '108'})
self.assert_evt(mock_urlopen,
{'ec': 'appCode', 'ea': 'jsLineCount', 'el': uuid, 'ev': '0'})
self.assert_evt(mock_urlopen,
{'ec': 'appCode', 'ea': 'hasJavaScript', 'el': uuid, 'ev': '0'})
@patch('pebble.PblAnalytics.urlopen')
def test_build_success_js_app(self, mock_urlopen):
""" Test that we send the correct events after building a JS app """
self._printTestHeader()
# Copy the desired project to temp location
working_dir = self.use_project('good_js_app')
uuid = '74460383-8a0f-4bb6-971f-8937c2ed4441'
with temp_chdir(working_dir):
sys.argv = self.pebble_cmd_line + ['build']
retval = self.p_sh.main()
# Verify that we sent the correct events
self.assert_evt(mock_urlopen,
{'ec': 'pebbleCmd', 'ea': 'build', 'el': 'success'})
self.assert_evt(mock_urlopen,
{'ec': 'appCode', 'ea': 'totalSize', 'el': uuid, 'ev': '15..'})
self.assert_evt(mock_urlopen,
{'ec': 'appResources', 'ea': 'totalSize', 'el': uuid, 'ev': '16131'})
self.assert_evt(mock_urlopen,
{'ec': 'appResources', 'ea': 'totalCount', 'el': uuid, 'ev': '7'})
sizes = {'raw': '4961', 'image': '3888', 'font': '7282'}
counts = {'raw': '2', 'image': '4', 'font': '1'}
for name in ['raw', 'image', 'font']:
self.assert_evt(mock_urlopen,
{'ec': 'appResources', 'ea': '%sSize' % (name), 'el': uuid,
'ev': sizes[name]})
self.assert_evt(mock_urlopen,
{'ec': 'appResources', 'ea': '%sCount' % (name), 'el': uuid,
'ev': counts[name]})
self.assert_evt(mock_urlopen,
{'ec': 'appCode', 'ea': 'cLineCount', 'el': uuid, 'ev': '136'})
self.assert_evt(mock_urlopen,
{'ec': 'appCode', 'ea': 'jsLineCount', 'el': uuid, 'ev': '107'})
self.assert_evt(mock_urlopen,
{'ec': 'appCode', 'ea': 'hasJavaScript', 'el': uuid, 'ev': '1'})
def test_new_sdk_install(self):
""" Test that we get the correct analytics produced when we run \
a pebble command on a newly installed or recently upgraded SDK.
"""
self._printTestHeader()
# Temporarily remove the .pebble directory
save_settings_dir = self.settings_dir + ".bck"
if os.path.exists(self.settings_dir):
if os.path.exists(save_settings_dir):
shutil.rmtree(save_settings_dir)
os.rename(self.settings_dir, save_settings_dir)
else:
save_settings_dir = None
# Force a re-instantiation of the Analytics object
pebble.PblAnalytics._Analytics.unload()
sys.argv = self.pebble_cmd_line + ['clean' ]
with patch('pebble.PblAnalytics.urlopen') as mock_urlopen:
self.p_sh.main()
# Verify that a client id file and SDK version file got generated
client_id = open(os.path.join(self.settings_dir,
"client_id")).read()
sdk_version = open(os.path.join(self.settings_dir,
"sdk_version")).read()
# Verify that we got an install event
self.assert_evt(mock_urlopen,
{'ec': 'install', 'ea': 'firstTime', 'cid': client_id,
'cs': client_id})
# Modify the SDK version, we should get an upgrade event and
# verify that the right client id got used
with open(os.path.join(self.settings_dir, "sdk_version"), 'w') as fd:
fd.write("foo")
pebble.PblAnalytics._Analytics.unload()
with patch('pebble.PblAnalytics.urlopen') as mock_urlopen:
self.p_sh.main()
self.assert_evt(mock_urlopen,
{'ec': 'install', 'ea': 'upgrade', 'cid': client_id,
'cs': client_id})
# Verify that the client_id file can have something like 'PEBBLE_INTERNAL'
# in it
with open(os.path.join(self.settings_dir, "client_id"), 'w') as fd:
fd.write("PEBBLE_INTERNAL")
pebble.PblAnalytics._Analytics.unload()
with patch('pebble.PblAnalytics.urlopen') as mock_urlopen:
self.p_sh.main()
self.assert_evt(mock_urlopen,
{'ec': 'pebbleCmd', 'ea': 'clean', 'cid': 'PEBBLE_INTERNAL',
'cs': 'PEBBLE_INTERNAL'})
# Restore original .pebble dir
if save_settings_dir is not None:
shutil.rmtree(self.settings_dir)
os.rename(save_settings_dir, self.settings_dir)
@patch('pebble.PblAnalytics.urlopen')
def test_missing_tools(self, mock_urlopen):
""" Test that we send the right event when the ARM tools are missing"""
self._printTestHeader()
# Rename the tools directory so that it can't be found
tools_dir = os.path.join(root_dir, os.pardir, 'arm-cs-tools')
save_tools_dir = tools_dir + ".bck"
if os.path.exists(tools_dir):
os.rename(tools_dir, save_tools_dir)
else:
save_tools_dir = None
# If we can still find it, remove it from the path
save_os_environ = os.environ['PATH']
paths = save_os_environ.split(':')
while True:
where = sh.which('arm-none-eabi-size')
if where is None:
break
dir = os.path.split(where)[0]
paths.remove(dir)
os.environ['PATH'] = ":".join(paths)
# Copy the desired project to temp location
working_dir = self.use_project('good_c_app')
with temp_chdir(working_dir):
sys.argv = self.pebble_cmd_line + ['build']
retval = self.p_sh.main()
# Verify that we sent missing tools event
self.assert_evt(mock_urlopen,
{'ec': 'install', 'ea': 'tools', 'el': 'fail: The compiler.*'})
# Restore environment
if save_tools_dir is not None:
os.rename(save_tools_dir, tools_dir)
os.environ['PATH'] = save_os_environ
@patch('pebble.PblAnalytics.urlopen')
def test_app_install(self, mock_urlopen):
""" Test that we send the correct events when installing an app """
self._printTestHeader()
# Copy the desired project to temp location
working_dir = self.use_project('good_c_app')
uuid = '19aac3eb-870b-47fb-a708-0810edc4322e'
with contextlib.nested (
patch('pebble.LibPebblesCommand.libpebble'),
patch.object(pebble.LibPebblesCommand.LibPebbleCommand, 'tail')
) as (mock_libpebble, mock_tail):
attrs = {'get_phone_info.return_value':
'FakeOS,FakeOSVersion,FakeModel'}
Pebble_mock = MagicMock(**attrs)
mock_libpebble.Pebble = MagicMock(return_value=Pebble_mock)
with temp_chdir(working_dir):
sys.argv = self.pebble_cmd_line + ['build']
self.p_sh.main()
sys.argv = self.pebble_cmd_line + ['install']
self.p_sh.main()
# Verify that we sent the correct events
self.assert_evt(mock_urlopen,
{'ec': 'pebbleCmd', 'ea': 'install', 'el': 'success'})
self.assert_evt(mock_urlopen,
{'ec': 'phone', 'ea': 'os', 'el': 'FakeOS'})
self.assert_evt(mock_urlopen,
{'ec': 'phone', 'ea': 'osVersion', 'el': 'FakeOSVersion'})
self.assert_evt(mock_urlopen,
{'ec': 'phone', 'ea': 'model', 'el': 'FakeModel'})
# Verify that install --logs produces the right action
mock_urlopen.reset_mock()
sys.argv = self.pebble_cmd_line + ['install', '--logs']
self.p_sh.main()
self.assert_evt(mock_urlopen,
{'ec': 'pebbleCmd', 'ea': re.escape('install --logs'),
'el': 'success'})
class TestProjects(unittest.TestCase):
@classmethod
def setUpClass(self):
""" Load in the main pebble shell module """
global root_dir
self.root_dir = root_dir
pebble_shell = imp.load_source('pebble_shell',
os.path.join(root_dir, 'pebble.py'))
from pebble_shell import PbSDKShell
self.p_sh = PbSDKShell()
# What directory is our data in?
self.data_dir = os.path.join(os.path.dirname(__file__),
'projects')
# Create a temp directory to use
self.tmp_dir = tempfile.mkdtemp()
# Process command line options
global g_cmd_args
if g_cmd_args is not None:
self.debug = g_cmd_args.debug
else:
self.debug = False
# Setup the pebble command arguments
self.pebble_cmd_line = ['pebble']
if self.debug:
self.pebble_cmd_line += ['--debug']
def _printTestHeader(self):
""" Print out what test we are running
"""
print "\n###############################################################"
print "Running test: %s.%s..." % (self.__class__, self._testMethodName)
@classmethod
def tearDownClass(self):
""" Clean up after all tests """
# Remove our temp directory
shutil.rmtree(self.tmp_dir, ignore_errors=True)
def use_project(self, project_name):
""" Copies project_name from the data subdirectory to a
new temp directory, sets that as the current working dir, and returns
that path.
Parameters:
-------------------------------------------------------------------
project_name: name of the project
retval: path to project after copied into a temp location
"""
working_dir = os.path.join(self.tmp_dir, project_name)
if os.path.exists(working_dir):
shutil.rmtree(working_dir)
shutil.copytree(os.path.join(self.data_dir, project_name),
working_dir)
print "Running '%s' project in directory %s" % (project_name,
working_dir)
return working_dir
def test_with_spaces(self):
""" Test for correct behavior when the project path has spaces in it"""
self._printTestHeader()
# Copy the desired project to temp location
working_dir = self.use_project('with spaces')
with temp_chdir(working_dir):
sys.argv = self.pebble_cmd_line + ['build' ]
retval = self.p_sh.main()
# Verify that we sent a success event
self.assertEqual(retval, 0)
def test_convert(self):
""" Test for correct behavior during project conversion from 1.x to
2.x """
self._printTestHeader()
# Copy the desired project to temp location
working_dir = self.use_project('needs_convert')
with temp_chdir(working_dir):
sys.argv = self.pebble_cmd_line + ['convert-project' ]
retval = self.p_sh.main()
# Verify that we sent a success event
self.assertEqual(retval, 0)
class TestAnalytics(unittest.TestCase):
@classmethod
def setUpClass(self):
""" Load in the main pebble shell module """
global root_dir
self.root_dir = root_dir
pebble_shell = imp.load_source('pebble_shell',
os.path.join(root_dir, 'pebble.py'))
from pebble_shell import PbSDKShell
self.p_sh = PbSDKShell()
self.sdk_version = self.p_sh._get_version()
# What directory is our data in?
self.data_dir = os.path.join(os.path.dirname(__file__),
'analytics_data')
# Create a temp directory to use
self.tmp_dir = tempfile.mkdtemp()
# Process command line options
global g_cmd_args
if g_cmd_args is not None:
self.debug = g_cmd_args.debug
else:
self.debug = False
# Setup the pebble command arguments
self.pebble_cmd_line = ['pebble']
if self.debug:
self.pebble_cmd_line += ['--debug']
# Delete the NO_TRACKING file if it exists
self.no_tracking_file_path = os.path.normpath(
os.path.join(root_dir, os.pardir, 'NO_TRACKING'))
self.has_no_tracking_file = os.path.exists(self.no_tracking_file_path)
if self.has_no_tracking_file:
os.remove(self.no_tracking_file_path)
# pre-cache path to pebble settings dir
home_dir = os.path.expanduser("~")
self.settings_dir = os.path.join(home_dir, ".pebble")
# Create the set of common fields we expect to see in every event
analytics = pebble.PblAnalytics._Analytics.get()
client_id = open(os.path.join(self.settings_dir, "client_id")).read()
self.common_evt_fields = {
'v': '1',
'tid': analytics.tracking_id,
'cid': client_id,
'cn': re.escape(platform.platform()),
'ck': re.escape(platform.python_version()),
'cs': client_id,
}
def _printTestHeader(self):
""" Print out what test we are running
"""
print "\n###############################################################"
print "Running test: %s.%s..." % (self.__class__, self._testMethodName)
@classmethod
def tearDownClass(self):
""" Clean up after all tests """
# Remove our temp directory
shutil.rmtree(self.tmp_dir, ignore_errors=True)
# Restore tracking file?
if self.has_no_tracking_file:
with open(self.no_tracking_file_path, 'w') as fd:
fd.write(" ")
def use_project(self, project_name):
""" Copies project_name from the analytics_data subdirectory to a
new temp directory, sets that as the current working dir, and returns
that path.
Parameters:
-------------------------------------------------------------------
project_name: name of the project
retval: path to project after copied into a temp location
"""
working_dir = os.path.join(self.tmp_dir, project_name)
if os.path.exists(working_dir):
shutil.rmtree(working_dir)
shutil.copytree(os.path.join(self.data_dir, project_name), working_dir)
print "Running '%s' project in directory %s" % (project_name,
working_dir)
return working_dir
def find_evt(self, mock_urlopen, items_filter):
""" Walk through all the calls to our mock urlopen() and look for one
that satisfies items_filter, which is a dict with the key/value pairs we
need to satisfy. The values are regular expressions.
Parameters:
-------------------------------------------------------------------
mock_urlopen: the mock urlopen instance
items_filter: dict with desired key/value pairs
retval: (header, data) if event was found
(None, None) if not found
"""
found = False
for call in mock_urlopen.call_args_list:
req = call[0][0]
if isinstance(req, urllib2.Request):
header = req.headers
data = urlparse.parse_qs(req.get_data())
if self.debug:
print "Parsing event: %s" % (pprint.pformat(data))
matches = True
for (key, value) in items_filter.items():
if not re.match(value, data[key][0]):
matches = False
break
if matches:
return (header, data)
return (None, None)
def assert_evt(self, mock_urlopen, items_filter, include_common=True):
""" Walk through all the calls to our mock urlopen() and look for one
that satisfies items_filter, which is a dict with the key/value pairs we
need to satisfy. The values are regular expressions.
If not found, raise an assertion
Parameters:
-------------------------------------------------------------------
mock_urlopen: the mock urlopen instance
items_filter: dict with desired key/value pairs
"""
if include_common:
for (key, value) in self.common_evt_fields.items():
if key in items_filter:
continue
items_filter[key] = value
(header, data) = self.find_evt(mock_urlopen, items_filter)
self.assertIsNotNone(
header, "Did not find expected event "
"matching constraints: %s" % (str(items_filter)))
# Check the header contents
self.assertTrue(header['User-agent'].startswith('Pebble SDK/%s' %
(self.sdk_version)))
@patch('pebble.PblAnalytics.urlopen')
def test_missing_packages(self, mock_urlopen):
""" Test that we get the correct analytics produced when we run \
a pebble command without necessary python packages installed
"""
self._printTestHeader()
# Run at least once to load all modules in
sys.argv = self.pebble_cmd_line + ['clean']
self.p_sh.main()
# Unload the websocket package and remove it from sys.modules and
# clear out sys.path so we can't find it again. We have insured that
# the pebble.py module tries to import websocket
sys.modules.pop('websocket')
old_path = sys.path
sys.path = []
sys.argv = self.pebble_cmd_line + ['clean']
try:
new_shell_module = imp.load_source(
'new_shell_module', os.path.join(root_dir, 'pebble.py'))
except:
pass
# Restore sys.path
sys.path = old_path
# Verify that we sent a missing python dependency event
self.assert_evt(mock_urlopen, {
'ec': 'install',
'ea': 'import',
'el': 'fail: missing import:.*'
})
@patch('pebble.PblAnalytics.urlopen')
def test_invalid_project(self, mock_urlopen):
""" Test that we get the correct analytics produced when we run \
a pebble command in an invalid project directory.
"""
self._printTestHeader()
sys.argv = self.pebble_cmd_line + ['clean']
retval = self.p_sh.main()
# Verify that we sent an invalid project event
self.assert_evt(mock_urlopen, {
'ec': 'pebbleCmd',
'ea': 'clean',
'el': 'fail: invalid project'
})
@patch('pebble.PblAnalytics.urlopen')
def test_outdated_project(self, mock_urlopen):
""" Test that we get the correct analytics produced when we run \
a pebble command in an outdated project directory.
We made this project "outdated" by putting a resource_map.json
file in the resources/src directory.
"""
self._printTestHeader()
# Copy the desired project to temp location
working_dir = self.use_project('outdated_project')
with temp_chdir(working_dir):
sys.argv = self.pebble_cmd_line + ['build']
retval = self.p_sh.main()
# Verify that we sent an outdated project event
self.assert_evt(mock_urlopen, {
'ec': 'pebbleCmd',
'ea': 'build',
'el': 'fail: outdated project'
})
@patch('pebble.PblAnalytics.urlopen')
def test_app_too_big(self, mock_urlopen):
""" Test that we get the correct analytics produced when we run \
a pebble command in an app which is too big.
We made this project "too big" by declaring a large static array
in the main source file (hello_world.c):
static int foo[25000] = {0};
"""
self._printTestHeader()
# Copy the desired project to temp location
working_dir = self.use_project('too_big')
with temp_chdir(working_dir):
sys.argv = self.pebble_cmd_line + ['build']
retval = self.p_sh.main()
# Verify that we sent a app too big event
self.assert_evt(mock_urlopen, {
'ec': 'pebbleCmd',
'ea': 'build',
'el': 'fail: application too big'
})
@patch('pebble.PblAnalytics.urlopen')
def test_compilation_error(self, mock_urlopen):
""" Test that we get the correct analytics produced when we build \
an app with a compilation error
"""
self._printTestHeader()
# Copy the desired project to temp location
working_dir = self.use_project('good_c_app')
# Introduce a compilation error
with open(os.path.join(working_dir, "src", "hello_world.c"), 'w') \
as fd:
fd.write("foo")
with temp_chdir(working_dir):
sys.argv = self.pebble_cmd_line + ['build']
retval = self.p_sh.main()
# Verify that we sent an compilation error event
self.assert_evt(mock_urlopen, {
'ec': 'pebbleCmd',
'ea': 'build',
'el': 'fail: compilation error'
})
@patch('pebble.PblAnalytics.urlopen')
def test_clean_success(self, mock_urlopen):
""" Test for correct event sent in response to the 'clean' command """
self._printTestHeader()
# Copy the desired project to temp location
working_dir = self.use_project('good_c_app')
with temp_chdir(working_dir):
sys.argv = self.pebble_cmd_line + ['clean']
retval = self.p_sh.main()
# Verify that we sent a success event
self.assert_evt(mock_urlopen, {
'ec': 'pebbleCmd',
'ea': 'clean',
'el': 'success'
})
@patch('pebble.PblAnalytics.urlopen')
def test_no_tracking_support(self, mock_urlopen):
""" Test that we don't generate any events if we detect a
NO_TRACKING file"""
self._printTestHeader()
# Create a NO_TRACKING file and catch exceptions so that we
# are sure to delete it aftewards
try:
with open(self.no_tracking_file_path, 'w') as fd:
fd.write(" ")
# Force a reload of the analytics instance
pebble.PblAnalytics._Analytics.unload()
# Copy the desired project to temp location
working_dir = self.use_project('good_c_app')
with temp_chdir(working_dir):
sys.argv = self.pebble_cmd_line + ['clean']
retval = self.p_sh.main()
call_count = mock_urlopen.call_count
finally:
# Undo tracking file
os.remove(self.no_tracking_file_path)
pebble.PblAnalytics._Analytics.unload()
# Verify that no events were sent out
self.assertEqual(
call_count, 0, "Expected no URL "
"requests with tracking off but got %d" % call_count)
@patch('pebble.PblAnalytics.urlopen')
def test_build_success_c_app(self, mock_urlopen):
""" Test that we send the correct events after building a C app """
self._printTestHeader()
# Copy the desired project to temp location
working_dir = self.use_project('good_c_app')
uuid = '19aac3eb-870b-47fb-a708-0810edc4322e'
with temp_chdir(working_dir):
sys.argv = self.pebble_cmd_line + ['build']
retval = self.p_sh.main()
# Verify that we sent the correct events
self.assert_evt(mock_urlopen, {
'ec': 'pebbleCmd',
'ea': 'build',
'el': 'success'
})
self.assert_evt(mock_urlopen, {
'ec': 'appCode',
'ea': 'totalSize',
'el': uuid,
'ev': '8.*'
})
self.assert_evt(mock_urlopen, {
'ec': 'appResources',
'ea': 'totalSize',
'el': uuid,
'ev': '0'
})
self.assert_evt(mock_urlopen, {
'ec': 'appResources',
'ea': 'totalCount',
'el': uuid,
'ev': '0'
})
for name in ['raw', 'image', 'font']:
self.assert_evt(
mock_urlopen, {
'ec': 'appResources',
'ea': '%sSize' % (name),
'el': uuid,
'ev': '0'
})
self.assert_evt(
mock_urlopen, {
'ec': 'appResources',
'ea': '%sCount' % (name),
'el': uuid,
'ev': '0'
})
self.assert_evt(mock_urlopen, {
'ec': 'appCode',
'ea': 'cLineCount',
'el': uuid,
'ev': '108'
})
self.assert_evt(mock_urlopen, {
'ec': 'appCode',
'ea': 'jsLineCount',
'el': uuid,
'ev': '0'
})
self.assert_evt(mock_urlopen, {
'ec': 'appCode',
'ea': 'hasJavaScript',
'el': uuid,
'ev': '0'
})
@patch('pebble.PblAnalytics.urlopen')
def test_build_success_js_app(self, mock_urlopen):
""" Test that we send the correct events after building a JS app """
self._printTestHeader()
# Copy the desired project to temp location
working_dir = self.use_project('good_js_app')
uuid = '74460383-8a0f-4bb6-971f-8937c2ed4441'
with temp_chdir(working_dir):
sys.argv = self.pebble_cmd_line + ['build']
retval = self.p_sh.main()
# Verify that we sent the correct events
self.assert_evt(mock_urlopen, {
'ec': 'pebbleCmd',
'ea': 'build',
'el': 'success'
})
self.assert_evt(mock_urlopen, {
'ec': 'appCode',
'ea': 'totalSize',
'el': uuid,
'ev': '15..'
})
self.assert_evt(mock_urlopen, {
'ec': 'appResources',
'ea': 'totalSize',
'el': uuid,
'ev': '16131'
})
self.assert_evt(mock_urlopen, {
'ec': 'appResources',
'ea': 'totalCount',
'el': uuid,
'ev': '7'
})
sizes = {'raw': '4961', 'image': '3888', 'font': '7282'}
counts = {'raw': '2', 'image': '4', 'font': '1'}
for name in ['raw', 'image', 'font']:
self.assert_evt(
mock_urlopen, {
'ec': 'appResources',
'ea': '%sSize' % (name),
'el': uuid,
'ev': sizes[name]
})
self.assert_evt(
mock_urlopen, {
'ec': 'appResources',
'ea': '%sCount' % (name),
'el': uuid,
'ev': counts[name]
})
self.assert_evt(mock_urlopen, {
'ec': 'appCode',
'ea': 'cLineCount',
'el': uuid,
'ev': '136'
})
self.assert_evt(mock_urlopen, {
'ec': 'appCode',
'ea': 'jsLineCount',
'el': uuid,
'ev': '107'
})
self.assert_evt(mock_urlopen, {
'ec': 'appCode',
'ea': 'hasJavaScript',
'el': uuid,
'ev': '1'
})
def test_new_sdk_install(self):
""" Test that we get the correct analytics produced when we run \
a pebble command on a newly installed or recently upgraded SDK.
"""
self._printTestHeader()
# Temporarily remove the .pebble directory
save_settings_dir = self.settings_dir + ".bck"
if os.path.exists(self.settings_dir):
if os.path.exists(save_settings_dir):
shutil.rmtree(save_settings_dir)
os.rename(self.settings_dir, save_settings_dir)
else:
save_settings_dir = None
# Force a re-instantiation of the Analytics object
pebble.PblAnalytics._Analytics.unload()
sys.argv = self.pebble_cmd_line + ['clean']
with patch('pebble.PblAnalytics.urlopen') as mock_urlopen:
self.p_sh.main()
# Verify that a client id file and SDK version file got generated
client_id = open(os.path.join(self.settings_dir,
"client_id")).read()
sdk_version = open(os.path.join(self.settings_dir,
"sdk_version")).read()
# Verify that we got an install event
self.assert_evt(
mock_urlopen, {
'ec': 'install',
'ea': 'firstTime',
'cid': client_id,
'cs': client_id
})
# Modify the SDK version, we should get an upgrade event and
# verify that the right client id got used
with open(os.path.join(self.settings_dir, "sdk_version"), 'w') as fd:
fd.write("foo")
pebble.PblAnalytics._Analytics.unload()
with patch('pebble.PblAnalytics.urlopen') as mock_urlopen:
self.p_sh.main()
self.assert_evt(
mock_urlopen, {
'ec': 'install',
'ea': 'upgrade',
'cid': client_id,
'cs': client_id
})
# Verify that the client_id file can have something like 'PEBBLE_INTERNAL'
# in it
with open(os.path.join(self.settings_dir, "client_id"), 'w') as fd:
fd.write("PEBBLE_INTERNAL")
pebble.PblAnalytics._Analytics.unload()
with patch('pebble.PblAnalytics.urlopen') as mock_urlopen:
self.p_sh.main()
self.assert_evt(
mock_urlopen, {
'ec': 'pebbleCmd',
'ea': 'clean',
'cid': 'PEBBLE_INTERNAL',
'cs': 'PEBBLE_INTERNAL'
})
# Restore original .pebble dir
if save_settings_dir is not None:
shutil.rmtree(self.settings_dir)
os.rename(save_settings_dir, self.settings_dir)
@patch('pebble.PblAnalytics.urlopen')
def test_missing_tools(self, mock_urlopen):
""" Test that we send the right event when the ARM tools are missing"""
self._printTestHeader()
# Rename the tools directory so that it can't be found
tools_dir = os.path.join(root_dir, os.pardir, 'arm-cs-tools')
save_tools_dir = tools_dir + ".bck"
if os.path.exists(tools_dir):
os.rename(tools_dir, save_tools_dir)
else:
save_tools_dir = None
# If we can still find it, remove it from the path
save_os_environ = os.environ['PATH']
paths = save_os_environ.split(':')
while True:
where = sh.which('arm-none-eabi-size')
if where is None:
break
dir = os.path.split(where)[0]
paths.remove(dir)
os.environ['PATH'] = ":".join(paths)
# Copy the desired project to temp location
working_dir = self.use_project('good_c_app')
with temp_chdir(working_dir):
sys.argv = self.pebble_cmd_line + ['build']
retval = self.p_sh.main()
# Verify that we sent missing tools event
self.assert_evt(mock_urlopen, {
'ec': 'install',
'ea': 'tools',
'el': 'fail: The compiler.*'
})
# Restore environment
if save_tools_dir is not None:
os.rename(save_tools_dir, tools_dir)
os.environ['PATH'] = save_os_environ
@patch('pebble.PblAnalytics.urlopen')
def test_app_install(self, mock_urlopen):
""" Test that we send the correct events when installing an app """
self._printTestHeader()
# Copy the desired project to temp location
working_dir = self.use_project('good_c_app')
uuid = '19aac3eb-870b-47fb-a708-0810edc4322e'
with contextlib.nested(
patch('pebble.LibPebblesCommand.libpebble'),
patch.object(pebble.LibPebblesCommand.LibPebbleCommand,
'tail')) as (mock_libpebble, mock_tail):
attrs = {
'get_phone_info.return_value': 'FakeOS,FakeOSVersion,FakeModel'
}
Pebble_mock = MagicMock(**attrs)
mock_libpebble.Pebble = MagicMock(return_value=Pebble_mock)
with temp_chdir(working_dir):
sys.argv = self.pebble_cmd_line + ['build']
self.p_sh.main()
sys.argv = self.pebble_cmd_line + ['install']
self.p_sh.main()
# Verify that we sent the correct events
self.assert_evt(mock_urlopen, {
'ec': 'pebbleCmd',
'ea': 'install',
'el': 'success'
})
self.assert_evt(mock_urlopen, {
'ec': 'phone',
'ea': 'os',
'el': 'FakeOS'
})
self.assert_evt(mock_urlopen, {
'ec': 'phone',
'ea': 'osVersion',
'el': 'FakeOSVersion'
})
self.assert_evt(mock_urlopen, {
'ec': 'phone',
'ea': 'model',
'el': 'FakeModel'
})
# Verify that install --logs produces the right action
mock_urlopen.reset_mock()
sys.argv = self.pebble_cmd_line + ['install', '--logs']
self.p_sh.main()
self.assert_evt(
mock_urlopen, {
'ec': 'pebbleCmd',
'ea': re.escape('install --logs'),
'el': 'success'
})