def test_reconnect(self):
self.mock_listener.expects(once()).first_key_heared()
self.mock_listener.expects(once()).first_key_heared_again()
self.notifier.disconnect('simple_key', self.first_key_heared_again)
self.notifier.connect('simple_key', self.first_key_heared_again)
self.notifier.notify('simple_key')
self.mock_listener.verify()
def test_disallow_duplicating_id_of_existing_method(self):
self.mock.expects(pmock.once()).method("cow")
try:
self.mock.expects(pmock.once()).method("bovine").id("cow")
self.fail()
except pmock.DefinitionError, err:
self.assertDuplicateIdMsg(err.msg, "cow")
def test_urlfield_success_no_verify(self):
checker_mock = pmock.Mock()
blog_url = "http://foo.bar.com/blog"
class Person(Model):
blog = fields.URLField(verify_exists=False,
url_checker=checker_mock)
person_dict = {'Person': {'blog': blog_url}}
checker_mock.expects(pmock.once()) \
.set_url(pmock.eq(blog_url))
checker_mock.expects(pmock.once()) \
.is_valid() \
.will(pmock.return_value(True))
checker_mock.expects(pmock.never()) \
.does_exists()
john = Person.from_dict(person_dict)
assert_equals(john.blog, blog_url)
assert_equals(john.to_dict(), person_dict)
checker_mock.verify()
def test_method(self):
self.special = self.mock()
self.special.expects(pmock.once()).__cmp__(pmock.eq("guppy")).\
will(pmock.return_value(0))
self.special.expects(pmock.once()).__call__(pmock.eq("blub"),
pmock.eq("blub"))
self.special == "guppy"
self.special("blub", "blub")
def testReportResultsWritesToFile(self):
test_result_data = {'browser1': 'TIMED-OUT'}
self.testrunner_mock.expects(pmock.once()).runTests() \
.will(pmock.return_value(test_result_data))
output_stream = StringIO.StringIO()
self.suites_report_mock.expects(pmock.once()).method("writeReport")
self.bootstrap.startTesting()
self.bootstrap.writeResultsToFile()
def testReportResultsWritesToFile(self):
test_result_data = {'browser1': 'TIMED-OUT'}
self.testrunner_mock.expects(pmock.once()).runTests() \
.will(pmock.return_value(test_result_data))
output_stream = StringIO.StringIO()
self.suites_report_mock.expects(pmock.once()).method("writeReport")
self.bootstrap.startTesting()
self.bootstrap.writeResultsToFile()
def test_check(self):
self.mock_listener.expects(once()).question_changed()
assert self.quiz.check(self.quiz.question[self.quiz.answer_to])
self.mock_listener.verify()
self.mock_listener.expects(once()).question_changed()
assert not self.quiz.check('a wrong answer')
assert self.quiz.check(self.quiz.question[self.quiz.answer_to])
self.mock_listener.verify()
def test_method_name_as_id_binds_to_last_matching_expectation(self):
self.mock.expects(pmock.once()).method("cow").taking(pmock.eq("moo"))
self.mock.expects(pmock.once()).method("cow").taking(pmock.eq("mooo"))
self.mock.expects(pmock.once()).method("bull").after("cow")
self.mock.proxy().cow("mooo")
self.mock.proxy().bull()
self.mock.proxy().cow("moo")
self.mock.verify()
def test_check(self):
self.mock_listener.expects(once()).question_changed()
assert self.quiz.check(self.quiz.question[self.quiz.answer_to])
self.mock_listener.verify()
self.mock_listener.expects(once()).question_changed()
assert not self.quiz.check("a wrong answer")
assert self.quiz.check(self.quiz.question[self.quiz.answer_to])
self.mock_listener.verify()
def test_method_fifo_order(self):
self.mock = pmock.Mock()
self.mock.expects(pmock.once()).method("cat").taking(pmock.eq("mouse"))
self.mock.expects(pmock.once()).method("cat")
self.mock.proxy().cat(food="mouse")
try:
self.mock.proxy().cat()
self.fail()
except pmock.MatchError:
pass
def test_cant_take_two_configuration_second_is_called_if_necessary(self):
"Hierarchical Configuration - Can take two childs configuration, second child is called if necessary"
fake_config = pmock.Mock()
fake_config.expects(pmock.once()).get(pmock.eq("output_folder")).will(
pmock.raise_exception(Exception("Uknown key...")))
other_config = pmock.Mock()
other_config.expects(pmock.once()).get(pmock.eq("output_folder")).will(
pmock.return_value("polop"))
configuration = HierarchicalConfiguration([fake_config, other_config])
self.assertEquals("polop", configuration.get("output_folder"))
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_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_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 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_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 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 test_remove_quizzes_from_multiple_choices(self):
"""
Removing questions in the list of multiple choices.
"""
self.mock_listener.expects(once()).question_changed()
self.quiz.remove_quizzes([self.quiz.multi_choices[0]])
self.mock_listener.verify()
self.mock_listener.expects(once()).question_changed()
self.quiz.remove_quizzes([self.quiz.multi_choices[-1]])
self.mock_listener.verify()
self.mock_listener.expects(once()).question_changed()
self.quiz.remove_quizzes([self.quiz.question])
self.mock_listener.verify()
assert self.quiz.question in self.quiz.quiz_pool, "Question not in quiz_pool."
def test_raises_an_exception_if_not_found(self):
"Hierarchical Configuration - Raises an exception if not found"
fake_config = pmock.Mock()
fake_config.expects(pmock.once()).get(pmock.eq("output_folder")).will(
pmock.raise_exception(Exception("Uknown key...")))
other_config = pmock.Mock()
other_config.expects(pmock.once()).get(pmock.eq("output_folder")).will(
pmock.raise_exception(Exception("Uknown key...")))
configuration = HierarchicalConfiguration([fake_config, other_config])
try:
configuration.get("output_folder")
self.fail("Should have thrown exception")
except KeyError, e:
self.assertEquals("'output_folder'", str(e))
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 test_remove_quizzes_from_multiple_choices(self):
"""
Removing questions in the list of multiple choices.
"""
self.mock_listener.expects(once()).question_changed()
self.quiz.remove_quizzes([self.quiz.multi_choices[0]])
self.mock_listener.verify()
self.mock_listener.expects(once()).question_changed()
self.quiz.remove_quizzes([self.quiz.multi_choices[-1]])
self.mock_listener.verify()
self.mock_listener.expects(once()).question_changed()
self.quiz.remove_quizzes([self.quiz.question])
self.mock_listener.verify()
assert self.quiz.question in self.quiz.quiz_pool, \
"Question not in quiz_pool."
def testGetExistingValue(self):
"""Test getting an existing value."""
mock_namespace = SubscriptableMock()
mock_namespace.expects(pmock.at_least_once()).acquire_read_lock()
mock_namespace.expects(pmock.at_least_once()).release_read_lock()
mock_namespace.expects(pmock.once()).has_key(
pmock.eq(self.test_key)).will(pmock.return_value(True))
mock_namespace.expects(pmock.once()).mock__getitem__(
pmock.eq(self.test_key)).will(pmock.return_value(
(time.time() - 60*5, time.time() + 60*5, 42)))
def mock_create_func():
self.fail('Attempted to create a new value.')
value = out_of_band_cache.Value(self.test_key, mock_namespace,
createfunc=mock_create_func).get_value()
mock_namespace.verify()
def testCanCompile(self):
"JavaFileCompiler - can compile files"
executor = pmock.Mock()
config = pmock.Mock()
classpath = pmock.Mock()
config.expects(pmock.once()).get(pmock.eq("javac_command")).will(
pmock.return_value("myJavac"))
classpath.expects(pmock.once()).getClasspath().will(
pmock.return_value("myclasspath"))
executor.expects(pmock.once()).run(
pmock.eq(
"myJavac -cp myclasspath polop/MyClass.java a/pif.java")).will(
pmock.return_value(0))
result = JavaFileCompiler(config, classpath, executor).compile(
["polop/MyClass.java", "a/pif.java"])
self.assertEquals(["polop/MyClass.class", "a/pif.class"], result)
def test_cant_take_one_configuration(self):
"Hierarchical Configuration - Can take one child configuration"
fake_config = pmock.Mock()
fake_config.expects(pmock.once()).get(pmock.eq("output_folder")).will(
pmock.return_value("polop"))
configuration = HierarchicalConfiguration([fake_config])
self.assertEquals("polop", configuration.get("output_folder"))
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 testRunTestsWebserverLanchedBeforeBrowserInvoked(self):
self.test_webserver.expects(pmock.once()).startServing()
self.test_webserver.expects(pmock.once()) \
.startTest(pmock.eq(TestRunner.TIMEOUT))
self.browser_launcher.expects(pmock.once()) \
.launch(pmock.eq(TestRunner.TEST_URL)) \
.after("startTest", self.test_webserver)
self.test_webserver.expects(pmock.once()) \
.testResults() \
.after("launch", self.browser_launcher)
self.test_webserver.expects(pmock.once()).shutdown()
TestRunner([self.browser_launcher], self.test_webserver).runTests()
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_cant_take_two_configuration_first_is_default(self):
"Hierarchical Configuration - Can take two childs configuration, first child value is returned if exist"
fake_config = pmock.Mock()
fake_config.expects(pmock.once()).get(pmock.eq("output_folder")).will(
pmock.return_value("polop"))
other_config = pmock.Mock()
configuration = HierarchicalConfiguration([fake_config, other_config])
self.assertEquals("polop", configuration.get("output_folder"))
def testRaisesExceptionInCaseCompilationFails(self):
"JavaFileCompiler - raises exception in case compilation fails"
executor = pmock.Mock()
config = pmock.Mock()
classpath = pmock.Mock()
config.expects(pmock.once()).method("get").will(pmock.return_value(""))
classpath.expects(pmock.once()).getClasspath().will(
pmock.return_value("myclasspath"))
executor.expects(pmock.once()).method("run").will(
pmock.return_value(1))
try:
result = JavaFileCompiler(config, classpath,
executor).compile(["polop/MyClass.java"])
self.fail("Should have raised an exception")
except Exception, e:
self.assertEquals(
"Sorry, an exception occured in the compilation process",
str(e))
def test_feed_writer_prints_nothing_with_an_empty_feed():
"""Empty aggregate feed should print nothing"""
subject = FeedWriter()
(feed_writer, aggregate_feed) = (Mock(), Mock())
subject.stdout = Mock()
aggregate_feed.expects(once()).is_empty().will(return_value(True))
subject.print_entry_listings(feed_writer, aggregate_feed)
aggregate_feed.verify()
subject.stdout.verify()
def test_notify(self):
"""
Tests that new_question and next notify properly.
"""
# test_new_question #
for i in range(self.quiz.session_length * 2):
self.mock_listener.expects(once()).question_changed()
self.quiz.new_question()
self.mock_listener.verify()
# test_next #
for i in range(self.quiz.session_length - 1):
self.mock_listener.expects(once()).question_changed()
self.quiz.next()
self.mock_listener.verify()
self.mock_listener.expects(once()).question_changed()
self.mock_listener.expects(once()).break_time()
self.quiz.next()
self.mock_listener.verify()
def test_download_release(self):
crawler_release = CrawlerRelease(self.comic, dt.date(2008, 3, 1))
self.downloader_mock.expects(
pmock.once()).download(pmock.eq(crawler_release))
self.aggregator._get_downloader = lambda: self.downloader_mock
self.aggregator._download_release(crawler_release)
self.downloader_mock.verify()
def test_notify(self):
"""
Tests that new_question and next notify properly.
"""
# test_new_question #
for i in range(self.quiz.session_length * 2):
self.mock_listener.expects(once()).question_changed()
self.quiz.new_question()
self.mock_listener.verify()
# test_next #
for i in range(self.quiz.session_length - 1):
self.mock_listener.expects(once()).question_changed()
self.quiz.next()
self.mock_listener.verify()
self.mock_listener.expects(once()).question_changed()
self.mock_listener.expects(once()).break_time()
self.quiz.next()
self.mock_listener.verify()
def test_expected_method_not_invoked(self):
mock = pmock.Mock()
mock.expects(pmock.once()).ant()
try:
mock.verify()
except pmock.VerificationError, err:
self.assertEqual(
err.msg,
"expected method was not invoked: expected once: ant()")
def test_remove_and_add_quizzes(self):
"""
Removing all questions and then adding them again.
"""
old_quiz_pool = self.quiz.quiz_pool[:]
# Removing all questions #
self.mock_listener.expects(once()).question_changed()
self.quiz.remove_quizzes(self.quiz.quiz_pool[:])
self.mock_listener.verify()
assert self.quiz.quiz_pool == [], "quiz_pool still has %s after removing all quizzes" % self.quiz.quiz_pool
assert self.quiz.question == ["", ""], "Non-empty question left though empty quiz_pool."
# Adding original quizzes back. #
self.mock_listener.expects(once()).question_changed()
self.quiz.add_quizzes(old_quiz_pool[:])
self.mock_listener.verify()
assert self.quiz.quiz_pool == old_quiz_pool, "Adding %s to an empty quiz_pool leads to %s." % (
old_quiz_pool,
self.quiz.quiz_pool,
)
def test_score_on_correct_answer(self):
current_question = self.quiz.question[self.quiz.ask_from]
old_score = self.quiz.question_score[current_question]
self.mock_listener.expects(once()).question_changed()
self.quiz.check(self.quiz.question[self.quiz.answer_to])
new_score = self.quiz.question_score[current_question]
assert old_score < new_score or old_score == new_score == 1. , \
"Score of %s doesn't increase with correct answer: %s, %s" % \
(self.quiz.question[self.quiz.answer_to], old_score, new_score)
self.mock_listener.verify()
def testCanLaunchAndStopAServer(self):
"XmlRpcServer - can be launched and stopped"
config = pmock.Mock()
config.expects(pmock.once()).get(pmock.eq("server_port")).will(pmock.return_value("8000"))
server = XmlRpcServer(config, [__file__])
self.assertNotAvailable()
server.launch()
self.assertAvailable()
server.stop()
self.assertNotAvailable()
def test_laguage_getter_format_args():
language = 'error_one_ok_args = you expected %s but got %s'
filemock = pmock.Mock()
filemock.expects(pmock.once()).read().will(pmock.return_value(language))
lg = LanguageGetter('en-us', file_object=filemock)
lg.fill_data()
assert lg.format('error_one_ok_args', 'X', 'Y') == u'you expected X but got Y'
def test_laguage_getter_format():
language = 'error_one_ok_kwargs = you expected %(expected)s but got %(what_got)s'
filemock = pmock.Mock()
filemock.expects(pmock.once()).read().will(pmock.return_value(language))
lg = LanguageGetter('en-us', file_object=filemock)
lg.fill_data()
assert lg.format('error_one_ok_kwargs', expected='Xabba', what_got='Yabba') == u'you expected Xabba but got Yabba'
def test_score_on_wrong_answer(self):
current_question = self.quiz.question[self.quiz.ask_from]
old_score = self.quiz.question_score[current_question]
self.mock_listener.expects(once()).question_changed()
self.quiz.check('a wrong answer')
self.quiz.check(self.quiz.question[self.quiz.answer_to])
new_score = self.quiz.question_score[current_question]
assert old_score > new_score or old_score == new_score == 0. , \
"Score doesn't decrease with wrong answer: %s, %s" % \
(self.quiz.question[self.quiz.answer_to], old_score, new_score)
self.mock_listener.verify()
def test_score_on_correct_answer(self):
current_question = self.quiz.question[self.quiz.ask_from]
old_score = self.quiz.question_score[current_question]
self.mock_listener.expects(once()).question_changed()
self.quiz.check(self.quiz.question[self.quiz.answer_to])
new_score = self.quiz.question_score[current_question]
assert old_score < new_score or old_score == new_score == 1.0, (
"Score of %s doesn't increase with correct answer: %s, %s"
% (self.quiz.question[self.quiz.answer_to], old_score, new_score)
)
self.mock_listener.verify()
def test_crawl_one_comic_one_date(self):
pub_date = dt.date(2008, 3, 1)
crawler_release = CrawlerRelease(self.comic, pub_date)
self.crawler_mock.expects(
pmock.once()).get_crawler_release(pmock.eq(pub_date)).will(
pmock.return_value(crawler_release))
self.aggregator._crawl_one_comic_one_date(
self.crawler_mock, pub_date)
self.crawler_mock.verify()
def test_method_will_raise_exception(self):
self.mock = pmock.Mock()
custom_err = RuntimeError()
self.mock.expects(pmock.once()).method("dog").will(
pmock.raise_exception(custom_err))
try:
self.mock.proxy().dog()
self.fail()
except RuntimeError, err:
self.assert_(err is custom_err)
self.mock.verify()
def testCanLaunchAndStopAServer(self):
"XmlRpcServer - can be launched and stopped"
config = pmock.Mock()
config.expects(pmock.once()).get(pmock.eq("server_port")).will(
pmock.return_value("8000"))
server = XmlRpcServer(config, [__file__])
self.assertNotAvailable()
server.launch()
self.assertAvailable()
server.stop()
self.assertNotAvailable()
def test_remove_and_add_quizzes(self):
"""
Removing all questions and then adding them again.
"""
old_quiz_pool = self.quiz.quiz_pool[:]
# Removing all questions #
self.mock_listener.expects(once()).question_changed()
self.quiz.remove_quizzes(self.quiz.quiz_pool[:])
self.mock_listener.verify()
assert self.quiz.quiz_pool == [ ], \
"quiz_pool still has %s after removing all quizzes" % \
self.quiz.quiz_pool
assert self.quiz.question == [ '', '' ], \
"Non-empty question left though empty quiz_pool."
# Adding original quizzes back. #
self.mock_listener.expects(once()).question_changed()
self.quiz.add_quizzes(old_quiz_pool[:])
self.mock_listener.verify()
assert self.quiz.quiz_pool == old_quiz_pool, \
"Adding %s to an empty quiz_pool leads to %s." % \
(old_quiz_pool, self.quiz.quiz_pool)
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_score_on_wrong_answer(self):
current_question = self.quiz.question[self.quiz.ask_from]
old_score = self.quiz.question_score[current_question]
self.mock_listener.expects(once()).question_changed()
self.quiz.check("a wrong answer")
self.quiz.check(self.quiz.question[self.quiz.answer_to])
new_score = self.quiz.question_score[current_question]
assert old_score > new_score or old_score == new_score == 0.0, (
"Score doesn't decrease with wrong answer: %s, %s"
% (self.quiz.question[self.quiz.answer_to], old_score, new_score)
)
self.mock_listener.verify()
def testRunTestsLaunchesTestForEachBrowser(self):
browser_launchers = [pmock.Mock(), pmock.Mock()]
self.test_webserver.expects(pmock.once()).startServing()
expected_results = {}
launcher_id = 0
for browser_launcher in browser_launchers:
browser_launcher.stubs().type() \
.will(pmock.return_value(str(launcher_id)))
expected_results[browser_launcher.type()] = "TIMED-OUT"
launcher_id += 1
for browser_launcher in browser_launchers:
self.test_webserver.expects(pmock.once()) \
.startTest(pmock.eq(TestRunner.TIMEOUT)) \
.will(pmock.return_value(expected_results[browser_launcher.type()]))
browser_launcher.expects(pmock.once()) \
.launch(pmock.eq(TestRunner.TEST_URL))
self.test_webserver.expects(pmock.once()).testResults() \
.will(pmock.return_value(expected_results[browser_launcher.type()]))
browser_launcher.expects(pmock.once()).killAllInstances()
self.test_webserver.expects(pmock.once()).shutdown()
aggregated_results = TestRunner(browser_launchers,
self.test_webserver).runTests()
self.assertEqual(expected_results, aggregated_results)
for browser_launcher in browser_launchers:
browser_launcher.verify()
def test_laguage_getter_format_raises_args_got_kwargs():
language = 'error_five_args_got_kwargs = impossible to check %s'
filemock = pmock.Mock()
filemock.expects(pmock.once()).read().will(pmock.return_value(language))
lg = LanguageGetter('en-us', file_object=filemock)
lg.fill_data()
@raises(WrongArgumentsError)
def format_wrong_args_got_kwargs():
assert lg.format('error_five_args_got_kwargs', what='X') != u'impossible to check X in %s'
format_wrong_args_got_kwargs()
def sendEvent(self, packet):
endpoint = self.mock()
endpoint.address = 2
self.one_run_completed = False
self.picolcd_interface.endpoints = [endpoint]
def should_i_stop():
if self.one_run_completed:
return True
else:
self.one_run_completed = True
return False
self.picolcd_handle.expects(pmock.once()).interruptRead(pmock.eq(2), pmock.eq(24), pmock.eq(4000)).will(pmock.return_value(packet))
return self.hw.get_event(should_i_stop)
def testOneBrowserLaunchFailureDoesNotAffectOtherBrowserTesting(self):
self.test_webserver.expects(pmock.once()).startServing()
self.test_webserver.expects(pmock.once()) \
.startTest(pmock.eq(TestRunner.TIMEOUT))
self.test_webserver.expects(pmock.once()) \
.startTest(pmock.eq(TestRunner.TIMEOUT))
failing_browser_launcher = pmock.Mock()
failing_browser_launcher.stubs().type() \
.will(pmock.return_value("launcher1"))
failing_browser_launcher.expects(pmock.once()) \
.launch(pmock.eq(TestRunner.TEST_URL)) \
.will(pmock.raise_exception(RuntimeError("browser lauch failed")))
failing_browser_launcher.expects(pmock.once()).killAllInstances()
self.test_webserver.expects(pmock.once()) \
.testResults() \
.after("launch", failing_browser_launcher)
second_browser_launcher = pmock.Mock()
second_browser_launcher.stubs().type() \
.will(pmock.return_value("launcher2"))
second_browser_launcher.expects(pmock.once()) \
.launch(pmock.eq(TestRunner.TEST_URL))
second_browser_launcher.expects(pmock.once()).killAllInstances()
self.test_webserver.expects(pmock.once()) \
.testResults() \
.after("launch", second_browser_launcher)
self.test_webserver.expects(pmock.once()).shutdown()
TestRunner([failing_browser_launcher, second_browser_launcher],
self.test_webserver).runTests()
failing_browser_launcher.verify()
second_browser_launcher.verify()
def test_unmatched_method(self):
mock = pmock.Mock()
mock.stubs().mite(looks=pmock.eq("creepy"))
mock.expects(pmock.once()).termite()
mock.termite()
try:
mock.ant()
except pmock.MatchError, err:
self.assertEqual(err.msg,
"no match found\n"
"invoked ant()\n"
"in:\n"
"stub: mite(looks=pmock.eq('creepy')),\n"
"expected once and has been invoked: termite()")
def test_urlfield_fail_nonexistent_url(self):
blog_url = "http://qwerty.foo.bar"
checker_mock = pmock.Mock()
class Person(Model):
blog = fields.URLField(verify_exists=True,
url_checker=checker_mock)
person_dict = {'Person': {'blog': blog_url}}
checker_mock.expects(pmock.once()) \
.set_url(pmock.eq(blog_url))
checker_mock.expects(pmock.once()) \
.is_valid() \
.will(pmock.return_value(True))
checker_mock.expects(pmock.once()) \
.does_exists() \
.will(pmock.return_value(False))
assert_raises(fields.FieldValidationError,
Person.from_dict,
person_dict)
def testDoPostCallsServerNotifyOnDoPost(self):
post_data = "DATA CONTENT"
full_request_path = "/tester/gui.html?foobar=goofy"
request_path = "/tester/gui.html"
self.request_handler.path = full_request_path
self.server_mock.expects(pmock.once()).notifyOnDoPost(pmock.eq(post_data),
pmock.eq(request_path))
self.__mockHeaders(pmock)
self.request_handler.rfile = self.__mockRfile(post_data, pmock)
try:
self.request_handler.do_POST()
# We are letting some errors happen, although mocking as
# much as possible there is not way we can use composition to
# get async and http server init code out.
except TypeError, e:
pass
def testAddsAndRemovesDirectoriesFromClasspath(self):
"JavaTestLauncher - when launching a file it adds the directory to the classpath and removes it after"
mock = pmock.Mock()
mock.expects(pmock.once()).get(pmock.eq("java_command")).will(
pmock.return_value("myJava"))
mock.expects(pmock.once()).get(pmock.eq("output_folder")).will(
pmock.return_value("myOutput"))
mock.expects(pmock.once()).addDirectory(pmock.eq(".")).id("add")
mock.expects(pmock.once()).getClasspath().will(
pmock.return_value("myclasspath;.")).after("add").id("getPath")
mock.expects(pmock.once()).run(pmock.eq("myJava -Dconcordion.output.dir=myOutput -cp myclasspath;. junit.textui.TestRunner polop.MyClass"), pmock.eq(True)) \
.will(pmock.return_value(0)).id("exec").after("getPath")
mock.expects(pmock.once()).removeDirectory(pmock.eq(".")).after("exec")
JavaTestLauncher(mock, mock, mock, ".").launch("polop/MyClass.class")
def testCanLaunchAndReturnFailure(self):
"JavaTestLauncher - can launch a file and return a non zero code in case of failure"
executor = pmock.Mock()
config = pmock.Mock()
classpath = pmock.Mock()
config.expects(pmock.once()).get(pmock.eq("java_command")).will(
pmock.return_value(""))
config.expects(pmock.once()).get(pmock.eq("output_folder")).will(
pmock.return_value(""))
classpath.expects(pmock.once()).getClasspath().will(
pmock.return_value(""))
classpath.expects(pmock.once()).addDirectory(pmock.eq(""))
classpath.expects(pmock.once()).removeDirectory(pmock.eq(""))
executor.expects(pmock.once()).method("run").will(
pmock.return_value(1))
result = JavaTestLauncher(config, classpath, executor, "").launch("")
self.assertEquals(1, result)