def create(data):
tcf = TestCaseFile()
tcf.directory = '/path/to'
pop = FromFilePopulator(tcf)
pop.start_table(['Test cases'])
for row in [[cell for cell in line.split(' ')] for line in data]:
pop.add(row)
pop.eof()
return tcf
def create(data):
tcf = TestCaseFile()
tcf.directory = '/path/to'
pop = FromFilePopulator(tcf)
pop.start_table(['Test cases'])
for row in [ [cell for cell in line.split(' ')] for line in data]:
pop.add(row)
pop.eof()
return tcf
class _PopulatorTest(unittest.TestCase):
def setUp(self):
self._datafile = TestCaseFile()
self._datafile.directory = '/path/to'
self._populator = FromFilePopulator(self._datafile)
self._logger = _MockLogger()
LOGGER.disable_message_cache()
LOGGER.register_logger(self._logger)
def tearDown(self):
LOGGER.unregister_logger(self._logger)
def _assert_no_parsing_errors(self):
assert_true(self._logger.value() == '', self._logger.value())
def _start_table(self, name):
if is_string(name):
name = [name]
return self._populator.start_table(name)
def _create_table(self, name, rows, eof=True):
self._start_table(name)
for r in rows:
self._populator.add(r)
if eof:
self._populator.eof()
def _assert_setting(self, name, exp_value, exp_comment=None):
setting = self._setting_with(name)
assert_equal(setting.value, exp_value)
self._assert_comment(setting, exp_comment)
def _assert_fixture(self, fixture_name, exp_name, exp_args, exp_comment=None):
fixture = self._setting_with(fixture_name)
self._assert_name_and_args(fixture, exp_name, exp_args)
self._assert_comment(fixture, exp_comment)
def _assert_import(self, index, exp_name, exp_args, exp_comment=None):
imp = self._datafile.setting_table.imports[index]
self._assert_name_and_args(imp, exp_name, exp_args)
self._assert_comment(imp, exp_comment)
def _assert_name_and_args(self, item, exp_name, exp_args):
assert_equal(item.name, exp_name)
assert_equal(item.args, exp_args)
def _assert_meta(self, index, exp_name, exp_value, exp_comment=None):
meta = self._setting_with('metadata')[index]
assert_equal(meta.name, exp_name)
assert_equal(meta.value, exp_value)
self._assert_comment(meta, exp_comment)
def _assert_tags(self, tag_name, exp_value):
tag = self._setting_with(tag_name)
assert_equal(tag.value, exp_value)
def _assert_variable(self, index, exp_name, exp_value, exp_comment=[]):
var = self._datafile.variable_table.variables[index]
assert_equal(var.name, exp_name)
assert_equal(var.value, exp_value)
self._assert_comment(var, exp_comment)
def _assert_comment(self, item, exp_comment):
if exp_comment:
assert_equal(item.comment.as_list(), exp_comment)
def _setting_with(self, name):
return getattr(self._datafile.setting_table, name)
def _nth_test(self, index):
return self._datafile.testcase_table.tests[index-1]
def _first_test(self):
return self._nth_test(1)
def _nth_uk(self, index):
return self._datafile.keyword_table.keywords[index-1]
def _number_of_steps_should_be(self, test, expected_steps):
assert_equal(len(test.steps), expected_steps)
class _PopulatorTest(unittest.TestCase):
def setUp(self):
self._datafile = TestCaseFile()
self._datafile.directory = '/path/to'
self._populator = FromFilePopulator(self._datafile)
self._logger = _MockLogger()
LOGGER.disable_message_cache()
LOGGER.register_logger(self._logger)
def tearDown(self):
LOGGER.unregister_logger(self._logger)
def _assert_no_parsing_errors(self):
assert_true(self._logger.value() == '', self._logger.value())
def _start_table(self, name):
if isinstance(name, basestring):
name = [name]
return self._populator.start_table(name)
def _create_table(self, name, rows, eof=True):
self._start_table(name)
for r in rows:
self._populator.add(r)
if eof:
self._populator.eof()
def _assert_setting(self, name, exp_value, exp_comment=None):
setting = self._setting_with(name)
assert_equals(setting.value, exp_value)
self._assert_comment(setting, exp_comment)
def _assert_fixture(self,
fixture_name,
exp_name,
exp_args,
exp_comment=None):
fixture = self._setting_with(fixture_name)
self._assert_name_and_args(fixture, exp_name, exp_args)
self._assert_comment(fixture, exp_comment)
def _assert_import(self, index, exp_name, exp_args, exp_comment=None):
imp = self._datafile.setting_table.imports[index]
self._assert_name_and_args(imp, exp_name, exp_args)
self._assert_comment(imp, exp_comment)
def _assert_name_and_args(self, item, exp_name, exp_args):
assert_equals(item.name, exp_name)
assert_equals(item.args, exp_args)
def _assert_meta(self, index, exp_name, exp_value, exp_comment=None):
meta = self._setting_with('metadata')[index]
assert_equals(meta.name, exp_name)
assert_equals(meta.value, exp_value)
self._assert_comment(meta, exp_comment)
def _assert_tags(self, tag_name, exp_value):
tag = self._setting_with(tag_name)
assert_equals(tag.value, exp_value)
def _assert_variable(self, index, exp_name, exp_value, exp_comment=[]):
var = self._datafile.variable_table.variables[index]
assert_equals(var.name, exp_name)
assert_equals(var.value, exp_value)
self._assert_comment(var, exp_comment)
def _assert_comment(self, item, exp_comment):
if exp_comment:
assert_equals(item.comment.as_list(), exp_comment)
def _setting_with(self, name):
return getattr(self._datafile.setting_table, name)
def _nth_test(self, index):
return self._datafile.testcase_table.tests[index - 1]
def _first_test(self):
return self._nth_test(1)
def _nth_uk(self, index):
return self._datafile.keyword_table.keywords[index - 1]
def _number_of_steps_should_be(self, test, expected_steps):
assert_equals(len(test.steps), expected_steps)
