def test_format_with_tags(self):
# for projects, ending colon can be either before or after tags
# so allow for either by reconverting
line = 'project 1 @tag1:\n\t- task 1 @tag2\n\tcomment 1 @tag3'
til_1 = TaskPaper.parse(line.splitlines())
output_1 = til_1.format()
til_2 = TaskPaper.parse(output_1.splitlines())
output_2 = til_2.format()
self.assertEqual(output_1, output_2)
def test_format_with_tags(self):
# for projects, ending colon can be either before or after tags
# so allow for either by reconverting
line = 'project 1 @tag1:\n\t- task 1 @tag2\n\tcomment 1 @tag3'
til_1 = TaskPaper.parse(line.splitlines())
output_1 = til_1.format()
til_2 = TaskPaper.parse(output_1.splitlines())
output_2 = til_2.format()
self.assertEqual(output_1, output_2)
def test_empty_args(self):
"proper parsing of empty tag arguments"
til = TaskPaper.parse(self.lines)
matches = list(til['tag4'])
self.assertEqual(1, len(matches))
self.assertEqual(matches[0].txt, '- task 4 empty args')
self.assertIs(matches[0].tags['tag4'], None)
def test_nested_escaped_tags(self):
"proper parsing of escaped closing parens"
til = TaskPaper.parse(self.lines)
matches = list(til['tag3'])
self.assertEqual(1, len(matches))
self.assertEqual(matches[0].tags['tag3'],
'with \\) escaped @nested(tag\\)')
def test_empty_args(self):
"proper parsing of empty tag arguments"
til = TaskPaper.parse(self.lines)
matches = list(til['tag4'])
self.assertEqual(1, len(matches))
self.assertEqual(matches[0].txt, '- task 4 empty args')
self.assertIs(matches[0].tags['tag4'], None)
def test_list_of_strings(self):
lines = 'project 1:\n\t- task 1\n\t- task 2\n'.splitlines()
til = TaskPaper.parse(lines)
# one top level item
self.assertEqual(1, len(til.items))
# 3 total items
self.assertEqual(3, sum(1 for _ in til))
def test_list_of_strings(self):
lines = 'project 1:\n\t- task 1\n\t- task 2\n'.splitlines()
til = TaskPaper.parse(lines)
# one top level item
self.assertEqual(1, len(til.items))
# 3 total items
self.assertEqual(3, sum(1 for _ in til))
def test_find_desired_tags(self):
"find just specified tags"
til = TaskPaper.parse(self.lines)
for tag in ('tag1', 'tag2'):
tag_count = sum(1 for _ in til.select(lambda _: tag in _.tags))
self.assertEqual(2, tag_count)
def test_find_all_tags(self):
"Find all tags"
til = TaskPaper.parse(self.lines)
tag_count = sum(len(i.tags.keys()) for i in til)
self.assertEqual(6, tag_count)
def test_one_level(self):
"Can't parse string, but doesn't error"
input_string = 'project 1:\n\t- task 1\n\t- task 2\n'
til = TaskPaper.parse(input_string)
# will claim some large number of items
self.assertTrue(len(til.items) > 3)
def test_empty_taskpaper(self):
"should handle empty object okay"
til = TaskPaper()
self.assertEqual(0, len(til.items))
self.assertEqual(0, til.level())
def test_empty_input(self):
"should handle empty file okay"
til = TaskPaper.parse('')
self.assertEqual(0, len(til.items))
def test_empty_input(self):
"should handle empty file okay"
til = TaskPaper.parse('')
self.assertEqual(0, len(til.items))
def test_format_no_tags(self):
line = 'project 1:\n\t- task 1\n\tcomment 1'
til = TaskPaper.parse(line.splitlines())
output = til.format()
self.assertEqual(line, output)
def test_format_no_tags(self):
line = 'project 1:\n\t- task 1\n\tcomment 1'
til = TaskPaper.parse(line.splitlines())
output = til.format()
self.assertEqual(line, output)
def test_nested_escaped_tags(self):
"proper parsing of escaped closing parens"
til = TaskPaper.parse(self.lines)
matches = list(til['tag3'])
self.assertEqual(1, len(matches))
self.assertEqual(matches[0].tags['tag3'], 'with \\) escaped @nested(tag\\)')
def test_find_desired_tags(self):
"find just specified tags"
til = TaskPaper.parse(self.lines)
for tag in ('tag1', 'tag2'):
tag_count = sum(1 for _ in til.select(lambda _: tag in _.tags))
self.assertEqual(2, tag_count)
def test_find_all_tags(self):
"Find all tags"
til = TaskPaper.parse(self.lines)
tag_count = sum(len(i.tags.keys()) for i in til)
self.assertEqual(6, tag_count)
def test_one_level(self):
"Can't parse string, but doesn't error"
input_string = 'project 1:\n\t- task 1\n\t- task 2\n'
til = TaskPaper.parse(input_string)
# will claim some large number of items
self.assertTrue(len(til.items) > 3)
def test_empty_taskpaper(self):
"should handle empty object okay"
til = TaskPaper()
self.assertEqual(0, len(til.items))
self.assertEqual(0, til.level())