def test_timestamp_given_as_float(self):
splitter = Splitter('*INFO:1x2* No timestamp\n'
'*HTML:1000.123456789* X\n'
'*INFO:12345678.9*X')
self._verify_message(splitter, '*INFO:1x2* No timestamp')
self._verify_message(splitter, html=True, timestamp=1, index=1)
self._verify_message(splitter, timestamp=12345.679, index=2)
assert_equals(len(list(splitter)), 3)
def test_timestamp_given_as_integer(self):
now = int(time.time())
splitter = Splitter('*INFO:xxx* No timestamp\n'
'*INFO:0* Epoch\n'
'*HTML:%d*X' % (now*1000))
self._verify_message(splitter, '*INFO:xxx* No timestamp')
self._verify_message(splitter, 'Epoch', timestamp=0, index=1)
self._verify_message(splitter, html=True, timestamp=now, index=2)
assert_equals(len(list(splitter)), 3)
def test_default_level_for_first_message_is_info(self):
splitter = Splitter('<img src="foo bar">\n'
'*DEBUG*bar foo')
self._verify_message(splitter, '<img src="foo bar">')
self._verify_message(splitter, 'bar foo', 'DEBUG', index=1)
assert_equals(len(list(splitter)), 2)
def test_it_is_possible_to_define_multiple_levels(self):
splitter = Splitter('*WARN* WARNING!\n'
'*TRACE*msg')
self._verify_message(splitter, 'WARNING!', 'WARN')
self._verify_message(splitter, 'msg', 'TRACE', index=1)
assert_equals(len(list(splitter)), 2)
def test_html_flag_should_be_parsed_correctly_and_uses_info_level(self):
splitter = Splitter('*HTML* <b>Hello</b>')
self._verify_message(splitter, '<b>Hello</b>', level='INFO', html=True)
assert_equals(len(list(splitter)), 1)
def test_space_after_level_is_optional(self):
splitter = Splitter('*WARN*No space!')
self._verify_message(splitter, 'No space!', 'WARN')
assert_equals(len(list(splitter)), 1)
def test_legal_level_is_correctly_read(self):
splitter = Splitter('*DEBUG* My message details')
self._verify_message(splitter, 'My message details', 'DEBUG')
assert_equals(len(list(splitter)), 1)
def test_leading_and_trailing_space_should_be_stripped(self):
splitter = Splitter('\t \n My message \t\r\n')
self._verify_message(splitter, 'My message')
assert_equals(len(list(splitter)), 1)
def test_plain_output_should_have_info_level(self):
splitter = Splitter('this is message\nin many\nlines.')
self._verify_message(splitter, 'this is message\nin many\nlines.')
assert_equals(len(list(splitter)), 1)
def test_empty_output_should_result_in_empty_messages_list(self):
splitter = Splitter('')
assert_equals(list(splitter), [])