def test_manifest(self):
root = Manifest(packages=Packages([Package(**self.package_attr)] * 5),
actions=Actions([Action(**self.action_attr)] * 5),
**self.manifest_attr)
self.assertXmlNode(root, tag='manifest', text=None)
self.assertXmlHasAttribute(root, 'version', expected_value=self.manifest_attr['version'])
self.assertXpathsExist(root, ('./packages',))
self.assertXpathsExist(root, ('./actions',))
for key, val in self.action_attr.items():
self.assertXpathsExist(root, ('./actions/action[@{0}="{1}"]'.format(key, val),))
for key, val in self.package_attr.items():
self.assertXpathsExist(root, ('./packages/package[@{0}="{1}"]'.format(key, val),))
def test_valid_response_positive(self):
updatecheck = Updatecheck_positive(
urls=[
'http://cache.pack.google.com/edgedl/chrome/install/782.112/'
],
manifest=Manifest(version='13.0.782.112',
packages=Packages([
Package(
name='chrome_installer.exe',
required='true',
size='23963192',
hash='VXriGUVI0TNqfLlU02vBel4Q3Zo=',
)
]),
actions=Actions([
Action(event='install',
arguments='--do-not-launch-chrome',
run='chrome_installer.exe'),
Action(event='postinstall',
version='13.0.782.112',
onsuccess='exitsilentlyonlaunchcmd'),
])))
app = App(
'{D0AB2EBC-931B-4013-9FEB-C9C4C2225C8C}',
status='ok',
updatecheck=updatecheck,
ping=True,
)
response = Response(
server='prod',
protocol='3.0',
date=datetime(2014, 1, 1, hour=15, minute=41,
second=48), # 56508 sec
apps_list=[
App('{430FD4D0-B729-4F61-AA34-91526481799D}',
status='ok',
ping=True,
updatecheck=Updatecheck_negative()),
app,
])
self.assertXmlValidXSchema(response, filename=RESPONSE_XSD_FILE)
self.assertXmlEquivalentOutputs(
etree.tostring(response), fixtures.response_update_check_positive)
def test_updatecheck_positive(self):
root = Updatecheck_positive(
urls=[self.url] * 5,
manifest=Manifest(packages=Packages([Package(**self.package_attr)] * 5),
actions=Actions([Action(**self.action_attr)] * 5),
**self.manifest_attr)
)
self.assertXmlNode(root, tag='updatecheck', text=None)
self.assertXmlHasAttribute(root, 'status', expected_value='ok')
self.assertXpathsExist(root, ('./urls',))
self.assertXpathsExist(root, ('./manifest',))
for key, val in self.action_attr.items():
self.assertXpathsExist(root, ('./manifest/actions/action[@{0}="{1}"]'.format(key, val),))
for key, val in self.package_attr.items():
self.assertXpathsExist(root, ('./manifest/packages/package[@{0}="{1}"]'.format(key, val),))
def on_app(apps_list, app, os, userid):
app_id = app.get('appid')
version = app.get('version')
platform = os.get('platform')
channel = parser.get_channel(app)
ping = bool(app.findall('ping'))
events = reduce(on_event, app.findall('event'), [])
build_app = partial(App, app_id, status='ok', ping=ping, events=events)
updatecheck = app.findall('updatecheck')
try:
version = get_version(app_id, platform, channel, version, userid)
except Version.DoesNotExist:
apps_list.append(
build_app(
updatecheck=Updatecheck_negative() if updatecheck else None))
return apps_list
data_list = reduce(partial(on_data, version=version), app.findall('data'),
[])
build_app = partial(build_app, data_list=data_list)
if updatecheck:
actions = reduce(on_action, version.actions.all(), [])
updatecheck = Updatecheck_positive(
urls=[version.file_url],
manifest=Manifest(
version=str(version.version),
packages=Packages([
Package(
name=version.file_package_name,
required='true',
size=str(version.file_size),
hash=version.file_hash,
)
]),
actions=Actions(actions) if actions else None,
))
apps_list.append(build_app(updatecheck=updatecheck))
else:
apps_list.append(build_app())
return apps_list