def test_matches_both_types_of_arguments(self):
arg1 = []
arg2 = []
args_matcher = self.matcher_class((pmock.same(arg1),),
{"food": pmock.same(arg2)})
invocation = pmock.Invocation("snake", (arg1,), {"food": arg2})
self.assert_(args_matcher.matches(invocation))
def test_create_entry():
"""Create a xkcd_feed item from a xkcd_feed and a xkcd_feed entry"""
agg_feed = AggregateFeed()
agg_feed.feed_factory = Mock()
(aggregate_feed, xkcd_feed, entry, converted) = (Mock(), Mock(), Mock(),
Mock())
agg_feed.feed_factory.expects(once()).from_parsed_feed(
same(xkcd_feed), same(entry)).will(return_value(converted))
aggregate_feed.expects(once()).add(same(converted))
agg_feed.create_entry(aggregate_feed, xkcd_feed, entry)
aggregate_feed.verify()
def test_combine_feeds():
"""Should combine feeds into a list of FeedEntries"""
subject = AggregateFeed()
mock_feeds = [Mock(), Mock()]
aggregate_feed = Mock()
aggregate_feed.expects(once()).add_single_feed(same(aggregate_feed),
same(mock_feeds[0]))
aggregate_feed.expects(once()).add_single_feed(same(aggregate_feed),
same(mock_feeds[1]))
subject.combine_feeds(aggregate_feed, mock_feeds)
aggregate_feed.verify()
def test_main():
""""Main should create a feed and print results"""
args = ["unused_program_name", "x1"]
reader = RSReader()
reader.aggregate_feed = Mock()
reader.feed_writer = Mock()
reader.aggregate_feed.expects(once()).from_urls(
same(reader.aggregate_feed), eq(["x1"]))
reader.feed_writer.expects(once()).print_entry_listings(same(reader.feed_writer), \
same(reader.aggregate_feed))
reader.main(args)
reader.aggregate_feed.verify()
reader.feed_writer.verify()
def test_print_entry_listings():
"""Verify that a listing was printed"""
subject = FeedWriter()
(feed_writer, aggregate_feed, listings) = (Mock(), Mock(), Mock())
subject.stdout = Mock()
aggregate_feed.expects(once()).is_empty().will(return_value(False))
feed_writer.expects(once()).entry_listings(same(aggregate_feed)).\
will(return_value(listings))
subject.stdout.expects(once()).write(same(listings))
subject.stdout.expects(once()).write(eq(os.linesep))
subject.print_entry_listings(feed_writer, aggregate_feed)
feed_writer.verify()
subject.stdout.verify()
def test_get_feeds_from_urls():
"""Should get a feed for every URL"""
urls = [Mock(), Mock()]
feeds = [Mock(), Mock()]
subject = AggregateFeed()
subject.feedparser = Mock()
subject.feedparser.expects(once()).parse(same(urls[0])).will(
return_value(feeds[0]))
subject.feedparser.expects(once()).parse(same(urls[1])).will(
return_value(feeds[1]))
returned_feeds = subject.feeds_from_urls(urls)
assert_equals(feeds, returned_feeds)
subject.feedparser.verify()
def setUp(self):
self.picolcd_usb = self.mock()
self.picolcd_handle = self.mock()
self.picolcd_configuration = self.mock()
self.picolcd_usb.expects(pmock.once()).open().will(pmock.return_value(self.picolcd_handle))
self.picolcd_configuration = self.mock()
self.picolcd_interface = self.mock()
self.picolcd_configuration.interfaces = [[self.picolcd_interface]]
self.picolcd_usb.configurations = [self.picolcd_configuration]
self.picolcd_handle.expects(pmock.once()).detachKernelDriver(pmock.eq(0))
self.picolcd_handle.expects(pmock.once()).setConfiguration(pmock.same(self.picolcd_configuration))
self.picolcd_handle.expects(pmock.once()).claimInterface(pmock.same(self.picolcd_interface))
self.picolcd_handle.expects(pmock.once()).setAltInterface(pmock.same(self.picolcd_interface))
self.hw = peephole.drivers.picolcd.device.Device(self.picolcd_usb)
def setUp(self):
self.picolcd_usb = self.mock()
self.picolcd_handle = self.mock()
self.picolcd_configuration = self.mock()
self.picolcd_usb.expects(pmock.once()).open().will(pmock.return_value(self.picolcd_handle))
self.picolcd_configuration = self.mock()
self.picolcd_interface = self.mock()
self.picolcd_configuration.interfaces = [ [ self.picolcd_interface ] ]
self.picolcd_usb.configurations = [self.picolcd_configuration]
self.picolcd_handle.expects(pmock.once()).detachKernelDriver(pmock.eq(0))
self.picolcd_handle.expects(pmock.once()).setConfiguration(pmock.same(self.picolcd_configuration))
self.picolcd_handle.expects(pmock.once()).claimInterface(pmock.same(self.picolcd_interface))
self.picolcd_handle.expects(pmock.once()).setAltInterface(pmock.same(self.picolcd_interface))
self.hw = peephole.drivers.picolcd.device.Device(self.picolcd_usb)
def setUp(self):
self.mock = pmock.Mock()
self.toys = ["ball", "stick"]
self.mock.expects(pmock.once()).method("dog").taking(
pmock.eq("bone"),
pmock.same(self.toys),
pmock.string_contains("slipper"))
def test_notifier_with_message(self):
self.mock_listener.expects(never()).first_key_heared()
self.mock_listener.expects(never()).first_key_heared_again()
self.mock_listener.expects(once()).method('second_key_heared').\
with_at_least(same('little message'))
self.notifier.notify('key_with_message', 'little message')
self.mock_listener.verify()
def test_add_singled_feed():
"""Should add a single xkcd_feed to a set of feeds"""
entries = [Mock(), Mock()]
xkcd_feed = {'entries': entries}
aggregate_feed = Mock()
aggregate_feed.expects(once()).create_entry(same(aggregate_feed),
same(xkcd_feed),
same(entries[0]))
aggregate_feed.expects(once()).create_entry(same(aggregate_feed),
same(xkcd_feed),
same(entries[1]))
AggregateFeed().add_single_feed(aggregate_feed, xkcd_feed)
aggregate_feed.verify()
def test_from_urls():
"""Should get feeds from URLs and combine them"""
urls = [Mock(), Mock()]
feeds = [Mock(), Mock()]
subject = AggregateFeed()
aggregate_feed = Mock()
subject.feedparser = Mock()
#
subject.feedparser.expects(once()).parse(same(urls[0])).will(
return_value(feeds[0]))
aggregate_feed.expects(once()).\
add_single_feed(same(aggregate_feed), same(feeds[0]))
#
subject.feedparser.expects(once()).parse(same(urls[1])).will(
return_value(feeds[1]))
aggregate_feed.expects(once()).\
add_single_feed(same(aggregate_feed), same(feeds[1]))
#
subject.from_urls(aggregate_feed, urls)
subject.feedparser.verify()
aggregate_feed.verify()
def test_matches_keyword_arguments(self):
arg2 = []
args_matcher = self.matcher_class((), {"food": pmock.same(arg2)})
invocation = pmock.Invocation("snake", (), {"food": arg2})
self.assert_(args_matcher.matches(invocation))
def test_matches_arguments(self):
arg1 = []
args_matcher = self.matcher_class((pmock.same(arg1),), {})
self.assert_(
args_matcher.matches(pmock.Invocation("snake", (arg1,), {})))
