class RegressionsTestCase(unittest.TestCase):
def setUp(self):
self.sca = SoftwareCenterAgent()
self.sca.emit = Mock()
def _get_exhibit_list_from_emit_call(self):
args, kwargs = self.sca.emit.call_args
scagent, exhibit_list = args
return exhibit_list
def test_regression_lp1004417(self):
mock_ex = Mock()
mock_ex.package_names = "foo,bar\n\r"
results = [mock_ex]
self.sca._on_exhibits_data_available(None, results)
self.assertTrue(self.sca.emit.called)
# and ensure we get the right list len
exhibit_list = self._get_exhibit_list_from_emit_call()
self.assertEqual(len(exhibit_list), 1)
# and the right data in the list
exhibit = exhibit_list[0]
self.assertEqual(exhibit.package_names, "foo,bar")
self.assertFalse(exhibit.package_names.endswith("\n\r"))
def test_regression_lp1043152(self):
mock_ex = Mock()
mock_ex.package_names = "moo, baa, lalala"
results = [mock_ex]
self.sca._on_exhibits_data_available(None, results)
# ensure that the right data in the list
exhibit = self._get_exhibit_list_from_emit_call()[0]
self.assertEqual(exhibit.package_names, "moo,baa,lalala")
class RegressionsTestCase(unittest.TestCase):
def setUp(self):
self.sca = SoftwareCenterAgent()
self.sca.emit = Mock()
def _get_exhibit_list_from_emit_call(self):
args, kwargs = self.sca.emit.call_args
scagent, exhibit_list = args
return exhibit_list
def test_regression_lp1004417(self):
mock_ex = Mock()
mock_ex.package_names = "foo,bar\n\r"
results = [mock_ex]
self.sca._on_exhibits_data_available(None, results)
self.assertTrue(self.sca.emit.called)
# and ensure we get the right list len
exhibit_list = self._get_exhibit_list_from_emit_call()
self.assertEqual(len(exhibit_list), 1)
# and the right data in the list
exhibit = exhibit_list[0]
self.assertEqual(exhibit.package_names, "foo,bar")
self.assertFalse(exhibit.package_names.endswith("\n\r"))
def test_regression_lp1043152(self):
mock_ex = Mock()
mock_ex.package_names = "moo, baa, lalala"
results = [mock_ex]
self.sca._on_exhibits_data_available(None, results)
# ensure that the right data in the list
exhibit = self._get_exhibit_list_from_emit_call()[0]
self.assertEqual(exhibit.package_names, "moo,baa,lalala")
def test_scaagent_query_available_for_me_uses_complete_only(self):
run_generic_piston_helper_fn = (
'softwarecenter.backend.spawn_helper.SpawnHelper.'
'run_generic_piston_helper')
with patch(run_generic_piston_helper_fn) as mock_run_piston_helper:
sca = SoftwareCenterAgent()
sca.query_available_for_me()
mock_run_piston_helper.assert_called_with(
'SoftwareCenterAgentAPI', 'subscriptions_for_me',
complete_only=True)
def test_scaagent_query_available_for_me_uses_complete_only(self):
run_generic_piston_helper_fn = (
'softwarecenter.backend.spawn_helper.SpawnHelper.'
'run_generic_piston_helper')
with patch(run_generic_piston_helper_fn) as mock_run_piston_helper:
sca = SoftwareCenterAgent()
sca.query_available_for_me()
mock_run_piston_helper.assert_called_with('SoftwareCenterAgentAPI',
'subscriptions_for_me',
complete_only=True)
def test_scagent_query_available(self):
sca = SoftwareCenterAgent()
sca.connect("available", self.on_query_done)
sca.connect("error", self.on_query_error)
sca.query_available()
self.loop.run()
self.assertFalse(self.error)
def test_scagent_query_exhibits(self):
sca = SoftwareCenterAgent()
sca.connect("exhibits", self.on_query_done)
sca.connect("error", self.on_query_error)
sca.query_exhibits()
self.loop.run()
self.assertFalse(self.error)
def _append_banner_ads(self):
self.exhibit_banner = ExhibitBanner()
self.exhibit_banner.set_exhibits([FeaturedExhibit()])
self.exhibit_banner.connect(
"show-exhibits-clicked", self._on_show_exhibits)
# query using the agent
scagent = SoftwareCenterAgent()
scagent.connect("exhibits", self._filter_and_set_exhibits)
scagent.query_exhibits()
a = Gtk.Alignment()
a.set_padding(0, StockEms.SMALL, 0, 0)
a.add(self.exhibit_banner)
self.vbox.pack_start(a, False, False, 0)
def update_from_software_center_agent(db, cache, ignore_cache=False, include_sca_qa=False):
""" update index based on the software-center-agent data """
def _available_cb(sca, available):
# print "available: ", available
LOG.debug("available: '%s'" % available)
sca.available = available
sca.good_data = True
loop.quit()
def _error_cb(sca, error):
LOG.warn("error: %s" % error)
sca.available = []
sca.good_data = False
loop.quit()
# use the anonymous interface to s-c-agent, scales much better and is
# much cache friendlier
from softwarecenter.backend.scagent import SoftwareCenterAgent
# FIXME: honor ignore_etag here somehow with the new piston based API
sca = SoftwareCenterAgent(ignore_cache)
sca.connect("available", _available_cb)
sca.connect("error", _error_cb)
sca.available = None
if include_sca_qa:
sca.query_available_qa()
else:
sca.query_available()
# create event loop and run it until data is available
# (the _available_cb and _error_cb will quit it)
context = GObject.main_context_default()
loop = GObject.MainLoop(context)
loop.run()
# process data
for entry in sca.available:
# process events
while context.pending():
context.iteration()
try:
# now the normal parser
parser = SCAApplicationParser(entry)
index_app_info_from_parser(parser, db, cache)
except Exception as e:
LOG.warning("error processing: %s " % e)
# return true if we have updated entries (this can also be an empty list)
# but only if we did not got a error from the agent
return sca.good_data
def disabled_test_scagent_query_exhibits(self):
sca = SoftwareCenterAgent()
sca.connect("exhibits", self.on_query_done)
sca.connect("error", self.on_query_error)
sca.query_exhibits()
self.loop.run()
self.assertFalse(self.error)
def test_scagent_query_available(self):
sca = SoftwareCenterAgent()
sca.connect("available", self.on_query_done)
sca.connect("error", self.on_query_error)
sca.query_available()
self.loop.run()
self.assertFalse(self.error)
def test_regression_lp1004417(self):
mock_ex = Mock()
mock_ex.package_names = "foo,bar\n\r"
results = [mock_ex]
sca = SoftwareCenterAgent()
sca.emit = Mock()
sca._on_exhibits_data_available(None, results)
self.assertTrue(sca.emit.called)
# get the args to "emit()"
args, kwargs = sca.emit.call_args
# split the args up
scagent, exhibit_list = args
# and ensure we get the right list len
self.assertEqual(len(exhibit_list), 1)
# and the right data in the list
exhibit = exhibit_list[0]
self.assertEqual(exhibit.package_names, "foo,bar")
self.assertFalse(exhibit.package_names.endswith("\n\r"))
def test_regression_lp1004417(self):
mock_ex = Mock()
mock_ex.package_names = "foo,bar\n\r"
results = [mock_ex]
sca = SoftwareCenterAgent()
sca.emit = Mock()
sca._on_exhibits_data_available(None, results)
self.assertTrue(sca.emit.called)
# get the args to "emit()"
args, kwargs = sca.emit.call_args
# split the args up
scagent, exhibit_list = args
# and ensure we get the right list len
self.assertEqual(len(exhibit_list), 1)
# and the right data in the list
exhibit = exhibit_list[0]
self.assertEqual(exhibit.package_names, "foo,bar")
self.assertFalse(exhibit.package_names.endswith("\n\r"))
def _append_banner_ads(self):
self.exhibit_banner = ExhibitBanner()
self.exhibit_banner.set_exhibits([FeaturedExhibit()])
self.exhibit_banner.connect(
"show-exhibits-clicked", self._on_show_exhibits)
# query using the agent
scagent = SoftwareCenterAgent()
scagent.connect("exhibits", self._filter_and_set_exhibits)
scagent.query_exhibits()
a = Gtk.Alignment()
a.set_padding(0, StockEms.SMALL, 0, 0)
a.add(self.exhibit_banner)
self.vbox.pack_start(a, False, False, 0)
def update_from_software_center_agent(db, cache, ignore_cache=False,
include_sca_qa=False):
""" update index based on the software-center-agent data """
def _available_cb(sca, available):
# print "available: ", available
LOG.debug("available: '%s'" % available)
sca.available = available
sca.good_data = True
loop.quit()
def _error_cb(sca, error):
LOG.warn("error: %s" % error)
sca.available = []
sca.good_data = False
loop.quit()
# use the anonymous interface to s-c-agent, scales much better and is
# much cache friendlier
from softwarecenter.backend.scagent import SoftwareCenterAgent
# FIXME: honor ignore_etag here somehow with the new piston based API
sca = SoftwareCenterAgent(ignore_cache)
sca.connect("available", _available_cb)
sca.connect("error", _error_cb)
sca.available = None
if include_sca_qa:
sca.query_available_qa()
else:
sca.query_available()
# create event loop and run it until data is available
# (the _available_cb and _error_cb will quit it)
context = GObject.main_context_default()
loop = GObject.MainLoop(context)
loop.run()
# process data
for entry in sca.available:
# process events
while context.pending():
context.iteration()
try:
# magic channel
entry.channel = AVAILABLE_FOR_PURCHASE_MAGIC_CHANNEL_NAME
# icon is transmited inline
if hasattr(entry, "icon_data") and entry.icon_data:
icondata = base64.b64decode(entry.icon_data)
elif hasattr(entry, "icon_64_data") and entry.icon_64_data:
# workaround for scagent bug #740112
icondata = base64.b64decode(entry.icon_64_data)
else:
icondata = ""
# write it if we have data
if icondata:
# the iconcache gets mightly confused if there is a "." in the name
iconname = "sc-agent-%s" % entry.package_name.replace(".", "__")
open(os.path.join(
softwarecenter.paths.SOFTWARE_CENTER_ICON_CACHE_DIR,
"%s.png" % iconname),"w").write(icondata)
entry.icon = iconname
# now the normal parser
parser = SoftwareCenterAgentParser(entry)
index_app_info_from_parser(parser, db, cache)
except Exception as e:
LOG.warning("error processing: %s " % e)
# return true if we have updated entries (this can also be an empty list)
# but only if we did not got a error from the agent
return sca.good_data
def update_from_software_center_agent(db,
cache,
ignore_cache=False,
include_sca_qa=False):
""" update index based on the software-center-agent data """
def _available_cb(sca, available):
# print "available: ", available
LOG.debug("available: '%s'" % available)
sca.available = available
sca.good_data = True
loop.quit()
def _error_cb(sca, error):
LOG.warn("error: %s" % error)
sca.available = []
sca.good_data = False
loop.quit()
# use the anonymous interface to s-c-agent, scales much better and is
# much cache friendlier
from softwarecenter.backend.scagent import SoftwareCenterAgent
# FIXME: honor ignore_etag here somehow with the new piston based API
sca = SoftwareCenterAgent(ignore_cache)
sca.connect("available", _available_cb)
sca.connect("error", _error_cb)
sca.available = None
if include_sca_qa:
sca.query_available_qa()
else:
sca.query_available()
# create event loop and run it until data is available
# (the _available_cb and _error_cb will quit it)
context = GObject.main_context_default()
loop = GObject.MainLoop(context)
loop.run()
# process data
for entry in sca.available:
# process events
while context.pending():
context.iteration()
try:
# magic channel
entry.channel = AVAILABLE_FOR_PURCHASE_MAGIC_CHANNEL_NAME
# icon is transmited inline
if hasattr(entry, "icon_data") and entry.icon_data:
icondata = base64.b64decode(entry.icon_data)
elif hasattr(entry, "icon_64_data") and entry.icon_64_data:
# workaround for scagent bug #740112
icondata = base64.b64decode(entry.icon_64_data)
else:
icondata = ""
# write it if we have data
if icondata:
# the iconcache gets mightly confused if there is a "." in the name
iconname = "sc-agent-%s" % entry.package_name.replace(
".", "__")
open(
os.path.join(
softwarecenter.paths.SOFTWARE_CENTER_ICON_CACHE_DIR,
"%s.png" % iconname), "w").write(icondata)
entry.icon = iconname
# now the normal parser
parser = SoftwareCenterAgentParser(entry)
index_app_info_from_parser(parser, db, cache)
except Exception as e:
LOG.warning("error processing: %s " % e)
# return true if we have updated entries (this can also be an empty list)
# but only if we did not got a error from the agent
return sca.good_data
def setUp(self):
self.sca = SoftwareCenterAgent()
self.sca.emit = Mock()
def update_from_software_center_agent(db,
cache,
ignore_cache=False,
include_sca_qa=False):
"""Update the index based on the software-center-agent data."""
def _available_cb(sca, available):
LOG.debug("update_from_software_center_agent: available: %r",
available)
sca.available = available
sca.good_data = True
loop.quit()
def _available_for_me_cb(sca, available_for_me):
LOG.debug("update_from_software_center_agent: available_for_me: %r",
available_for_me)
sca.available_for_me = available_for_me
loop.quit()
def _error_cb(sca, error):
LOG.warn("update_from_software_center_agent: error: %r", error)
sca.good_data = False
loop.quit()
context = GLib.main_context_default()
loop = GLib.MainLoop(context)
sca = SoftwareCenterAgent(ignore_cache)
sca.connect("available", _available_cb)
sca.connect("available-for-me", _available_for_me_cb)
sca.connect("error", _error_cb)
sca.available = []
sca.available_for_me = []
# query what is available for me first
available_for_me_pkgnames = set()
# this will ensure we do not trigger a login dialog
helper = UbuntuSSO()
token = helper.find_oauth_token_sync()
if token:
sca.query_available_for_me(no_relogin=True)
loop.run()
for item in sca.available_for_me:
try:
parser = SCAPurchasedApplicationParser(item)
parser.index_app_info(db, cache)
available_for_me_pkgnames.add(item.application["package_name"])
except:
LOG.exception("error processing: %r", item)
# ... now query all that is available
if include_sca_qa:
sca.query_available_qa()
else:
sca.query_available()
# create event loop and run it until data is available
# (the _available_cb and _error_cb will quit it)
loop.run()
# process data
for entry in sca.available:
# do not add stuff here that's already purchased to avoid duplication
if entry.package_name in available_for_me_pkgnames:
continue
# process events
while context.pending():
context.iteration()
try:
# now the normal parser
parser = SCAApplicationParser(entry)
parser.index_app_info(db, cache)
except:
LOG.exception(
"update_from_software_center_agent: "
"error processing %r:", entry.name)
# return true if we have updated entries (this can also be an empty list)
# but only if we did not got a error from the agent
return sca.good_data
def update_from_software_center_agent(db, cache, ignore_cache=False,
include_sca_qa=False):
""" update index based on the software-center-agent data """
def _available_cb(sca, available):
# print "available: ", available
LOG.debug("available: '%s'" % available)
sca.available = available
sca.good_data = True
loop.quit()
def _error_cb(sca, error):
LOG.warn("error: %s" % error)
sca.available = []
sca.good_data = False
loop.quit()
# use the anonymous interface to s-c-agent, scales much better and is
# much cache friendlier
from softwarecenter.backend.scagent import SoftwareCenterAgent
# FIXME: honor ignore_etag here somehow with the new piston based API
sca = SoftwareCenterAgent(ignore_cache)
sca.connect("available", _available_cb)
sca.connect("error", _error_cb)
sca.available = None
if include_sca_qa:
sca.query_available_qa()
else:
sca.query_available()
# create event loop and run it until data is available
# (the _available_cb and _error_cb will quit it)
context = GObject.main_context_default()
loop = GObject.MainLoop(context)
loop.run()
# process data
for entry in sca.available:
# process events
while context.pending():
context.iteration()
try:
# now the normal parser
parser = SCAApplicationParser(entry)
index_app_info_from_parser(parser, db, cache)
except Exception as e:
LOG.warning("error processing: %s " % e)
# return true if we have updated entries (this can also be an empty list)
# but only if we did not got a error from the agent
return sca.good_data
def update_from_software_center_agent(db, cache, ignore_cache=False,
include_sca_qa=False):
"""Update the index based on the software-center-agent data."""
def _available_cb(sca, available):
LOG.debug("update_from_software_center_agent: available: %r",
available)
sca.available = available
sca.good_data = True
loop.quit()
def _available_for_me_cb(sca, available_for_me):
LOG.debug("update_from_software_center_agent: available_for_me: %r",
available_for_me)
sca.available_for_me = available_for_me
loop.quit()
def _error_cb(sca, error):
LOG.warn("update_from_software_center_agent: error: %r", error)
sca.good_data = False
loop.quit()
context = GLib.main_context_default()
loop = GLib.MainLoop(context)
sca = SoftwareCenterAgent(ignore_cache)
sca.connect("available", _available_cb)
sca.connect("available-for-me", _available_for_me_cb)
sca.connect("error", _error_cb)
sca.available = []
sca.available_for_me = []
# query what is available for me first
available_for_me_pkgnames = set()
# this will ensure we do not trigger a login dialog
helper = UbuntuSSO()
token = helper.find_oauth_token_sync()
if token:
sca.query_available_for_me(no_relogin=True)
loop.run()
for item in sca.available_for_me:
try:
parser = SCAPurchasedApplicationParser(item)
parser.index_app_info(db, cache)
available_for_me_pkgnames.add(item.application["package_name"])
except:
LOG.exception("error processing: %r", item)
# ... now query all that is available
if include_sca_qa:
sca.query_available_qa()
else:
sca.query_available()
# create event loop and run it until data is available
# (the _available_cb and _error_cb will quit it)
loop.run()
# process data
for entry in sca.available:
# do not add stuff here that's already purchased to avoid duplication
if entry.package_name in available_for_me_pkgnames:
continue
# process events
while context.pending():
context.iteration()
try:
# now the normal parser
parser = SCAApplicationParser(entry)
parser.index_app_info(db, cache)
except:
LOG.exception("update_from_software_center_agent: "
"error processing %r:", entry.name)
# return true if we have updated entries (this can also be an empty list)
# but only if we did not got a error from the agent
return sca.good_data
def setUp(self):
self.sca = SoftwareCenterAgent()
self.sca.emit = Mock()
