def setUp(self):
self.services = FormattingTagController()
def setUp(self):
self.services = FormattingTagController()
class TestFormattingTagController(TestCase):
def setUp(self):
self.services = FormattingTagController()
def strip_test(self):
"""
Test that the _strip strips the correct chars
"""
# GIVEN: An instance of the Formatting Tag Form and a string containing a tag
tag = '{tag}'
# WHEN: Calling _strip
result = self.services._strip(tag)
# THEN: The tag should be returned with the wrappers removed.
self.assertEqual(
result, 'tag',
'FormattingTagForm._strip should return u\'tag\' when called with u\'{tag}\''
)
def end_tag_changed_processes_correctly_test(self):
"""
Test that the end html tags are generated correctly
"""
# GIVEN: A list of start , end tags and error messages
tests = []
test = {'start': '<b>', 'end': None, 'gen': '</b>', 'valid': None}
tests.append(test)
test = {'start': '<i>', 'end': '</i>', 'gen': None, 'valid': None}
tests.append(test)
test = {
'start': '<b>',
'end': '</i>',
'gen': None,
'valid': 'End tag </b> does not match end tag for start tag <b>'
}
tests.append(test)
# WHEN: Testing each one of them in turn
for test in tests:
error, result = self.services.end_tag_changed(
test['start'], test['end'])
# THEN: The result should match the predetermined value.
self.assertTrue(
result == test['gen'],
'Function should handle end tag correctly : %s and %s for %s '
% (test['gen'], result, test['start']))
self.assertTrue(
error == test['valid'],
'Function should not generate unexpected error messages : %s '
% error)
def start_tag_changed_processes_correctly_test(self):
"""
Test that the end html tags are generated correctly
"""
# GIVEN: A list of start , end tags and error messages
tests = []
test = {'start': '<b>', 'end': '', 'gen': '</b>', 'valid': None}
tests.append(test)
test = {'start': '<i>', 'end': '</i>', 'gen': None, 'valid': None}
tests.append(test)
test = {
'start': 'superfly',
'end': '',
'gen': None,
'valid': 'Start tag superfly is not valid HTML'
}
tests.append(test)
# WHEN: Testing each one of them in turn
for test in tests:
error, result = self.services.start_tag_changed(
test['start'], test['end'])
# THEN: The result should match the predetermined value.
self.assertTrue(
result == test['gen'],
'Function should handle end tag correctly : %s and %s ' %
(test['gen'], result))
self.assertTrue(
error == test['valid'],
'Function should not generate unexpected error messages : %s '
% error)
def start_html_to_end_html_test(self):
"""
Test that the end html tags are generated correctly
"""
# GIVEN: A list of valid and invalid tags
tests = {
'<b>': '</b>',
'<i>': '</i>',
'superfly': '',
'<HTML START>': None,
'<span style="-webkit-text-fill-color:red">': '</span>'
}
# WHEN: Testing each one of them
for test1, test2 in tests.items():
result = self.services.start_html_to_end_html(test1)
# THEN: The result should match the predetermined value.
self.assertTrue(
result == test2,
'Calculated end tag should be valid: %s and %s = %s' %
(test1, test2, result))
class TestFormattingTagController(TestCase):
def setUp(self):
self.services = FormattingTagController()
def test_strip(self):
"""
Test that the _strip strips the correct chars
"""
# GIVEN: An instance of the Formatting Tag Form and a string containing a tag
tag = '{tag}'
# WHEN: Calling _strip
result = self.services._strip(tag)
# THEN: The tag should be returned with the wrappers removed.
self.assertEqual(result, 'tag', 'FormattingTagForm._strip should return u\'tag\' when called with u\'{tag}\'')
def test_end_tag_changed_processes_correctly(self):
"""
Test that the end html tags are generated correctly
"""
# GIVEN: A list of start , end tags and error messages
tests = []
test = {'start': '<b>', 'end': None, 'gen': '</b>', 'valid': None}
tests.append(test)
test = {'start': '<i>', 'end': '</i>', 'gen': None, 'valid': None}
tests.append(test)
test = {'start': '<b>', 'end': '</i>', 'gen': None,
'valid': 'End tag </b> does not match end tag for start tag <b>'}
tests.append(test)
# WHEN: Testing each one of them in turn
for test in tests:
error, result = self.services.end_tag_changed(test['start'], test['end'])
# THEN: The result should match the predetermined value.
self.assertTrue(result == test['gen'],
'Function should handle end tag correctly : %s and %s for %s ' %
(test['gen'], result, test['start']))
self.assertTrue(error == test['valid'], 'Function should not generate unexpected error messages : %s ' %
error)
def test_start_tag_changed_processes_correctly(self):
"""
Test that the end html tags are generated correctly
"""
# GIVEN: A list of start , end tags and error messages
tests = []
test = {'start': '<b>', 'end': '', 'gen': '</b>', 'valid': None}
tests.append(test)
test = {'start': '<i>', 'end': '</i>', 'gen': None, 'valid': None}
tests.append(test)
test = {'start': 'superfly', 'end': '', 'gen': None, 'valid': 'Start tag superfly is not valid HTML'}
tests.append(test)
# WHEN: Testing each one of them in turn
for test in tests:
error, result = self.services.start_tag_changed(test['start'], test['end'])
# THEN: The result should match the predetermined value.
self.assertTrue(result == test['gen'], 'Function should handle end tag correctly : %s and %s ' %
(test['gen'], result))
self.assertTrue(error == test['valid'], 'Function should not generate unexpected error messages : %s ' %
error)
def test_start_html_to_end_html(self):
"""
Test that the end html tags are generated correctly
"""
# GIVEN: A list of valid and invalid tags
tests = {'<b>': '</b>', '<i>': '</i>', 'superfly': '', '<HTML START>': None,
'<span style="-webkit-text-fill-color:red">': '</span>'}
# WHEN: Testing each one of them
for test1, test2 in tests.items():
result = self.services.start_html_to_end_html(test1)
# THEN: The result should match the predetermined value.
self.assertTrue(result == test2, 'Calculated end tag should be valid: %s and %s = %s' %
(test1, test2, result))
