def test_Windows_piority_of_cv_files_as_files_and_lnk_files(self):
if platform.system() != 'Windows':
# This test only makes sense on Windows where .filetags can exist in same dir as .filetags.lnk
return
# Note: cwd = subdir3
# Let's create all missing files in all dirs:
filetags.create_link(self.subdir2_file, self.subdir1_file) # create link
filetags.create_link(self.subdir2b_file, self.tempdir_file) # create link
# prio 1 = .filetag file in startfile directory
self.assertEqual(filetags.locate_and_parse_controlled_vocabulary(self.subdir1_test_file),
[self.subdir1_cv])
# prio 2 = .filetag.lnk file in startfile directory
os.remove(self.subdir1_file) # removing the .filetags from the subdir1
self.assertEqual(filetags.locate_and_parse_controlled_vocabulary(self.subdir1_test_file),
[self.subdir2_cv])
# prio 3 = .filetag file in tempdir
os.remove(self.subdir1_file + '.lnk') # removing the .filetags link file from the subdir1
self.assertEqual(filetags.locate_and_parse_controlled_vocabulary(self.subdir1_test_file),
[self.tempdir_cv])
# prio 4 = .filetag.lnk file in tempdir
os.remove(self.tempdir_file) # removing the .filetags link file from the subdir1
self.assertEqual(filetags.locate_and_parse_controlled_vocabulary(self.subdir1_test_file),
[self.subdir2b_cv])
def test_Windows_piority_of_cv_files_as_files_and_lnk_files(self):
if platform.system() != 'Windows':
# This test only makes sense on Windows where .filetags can exist in same dir as .filetags.lnk
return
# Note: cwd = subdir3
# Let's create all missing files in all dirs:
filetags.create_link(self.subdir2_file, self.subdir1_file) # create link
filetags.create_link(self.subdir2b_file, self.tempdir_file) # create link
# prio 1 = .filetag file in startfile directory
self.assertEqual(filetags.locate_and_parse_controlled_vocabulary(self.subdir1_test_file),
[self.subdir1_cv])
# prio 2 = .filetag.lnk file in startfile directory
os.remove(self.subdir1_file) # removing the .filetags from the subdir1
self.assertEqual(filetags.locate_and_parse_controlled_vocabulary(self.subdir1_test_file),
[self.subdir2_cv])
# prio 3 = .filetag file in tempdir
os.remove(self.subdir1_file + '.lnk') # removing the .filetags link file from the subdir1
self.assertEqual(filetags.locate_and_parse_controlled_vocabulary(self.subdir1_test_file),
[self.tempdir_cv])
# prio 4 = .filetag.lnk file in tempdir
os.remove(self.tempdir_file) # removing the .filetags link file from the subdir1
self.assertEqual(filetags.locate_and_parse_controlled_vocabulary(self.subdir1_test_file),
[self.subdir2b_cv])
def test_comment_line_in_cv(self):
"""
This tests does not use the setup from the test class. However, it does use several
other util functions defined in this class. Therefore, I set up a different test
case here and re-use the util functions.
Test CV file looks like:
foo
# comment
bar
## another comment
baz
#
tag #inline-comment
This should result in following CV: ["foo", "bar", "baz", "tag"] and not more.
"""
tempdir = tempfile.mkdtemp(prefix='TestControlledVocabulary_Comments_line_')
print("\ntempdir: " + tempdir + ' <<<' + '#' * 10)
assert(os.path.isdir(tempdir))
# create Controlled vocabulary files:
cv_file = os.path.join(tempdir, '.filetags')
self.create_file(cv_file, "foo\n# comment\nbar\n## another comment\nbaz\n#\ntag #inline-comment\n\n")
assert(os.path.isfile(cv_file))
# setup complete
cv = filetags.locate_and_parse_controlled_vocabulary(cv_file)
self.assertEqual(set(cv), set(["foo", "bar", "baz", "tag"]))
def test_find_cv_as_file_in_tempdir_when_startfile_dir_has_nothing(self):
# Note: cwd = subdir3
os.remove(self.subdir1_file) # removing the .filetags from the subdir1
self.assertEqual(filetags.locate_and_parse_controlled_vocabulary(self.subdir1_test_file),
[self.tempdir_cv])
def test_find_cv_in_startfile_dir_instead_of_cwd(self):
# Note: cwd = subdir3
self.assertEqual(
filetags.locate_and_parse_controlled_vocabulary(
self.subdir1_test_file), [self.subdir1_cv])
def test_comment_line_in_cv(self):
"""
This tests does not use the setup from the test class. However, it does use several
other util functions defined in this class. Therefore, I set up a different test
case here and re-use the util functions.
Test CV file looks like:
foo
# comment
bar
## another comment
baz
#
tag #inline-comment
This should result in following CV: ["foo", "bar", "baz", "tag"] and not more.
"""
tempdir = tempfile.mkdtemp(prefix='TestControlledVocabulary_Comments_line_')
print("\ntempdir: " + tempdir + ' <<<' + '#' * 10)
assert(os.path.isdir(tempdir))
# create Controlled vocabulary files:
cv_file = os.path.join(tempdir, '.filetags')
self.create_file(cv_file, "foo\n# comment\nbar\n## another comment\nbaz\n#\ntag #inline-comment\n\n")
assert(os.path.isfile(cv_file))
# setup complete
cv = filetags.locate_and_parse_controlled_vocabulary(cv_file)
self.assertEqual(set(cv), set(["foo", "bar", "baz", "tag"]))
def test_find_cv_as_file_in_tempdir_when_startfile_dir_has_nothing(self):
# Note: cwd = subdir3
os.remove(self.subdir1_file) # removing the .filetags from the subdir1
self.assertEqual(filetags.locate_and_parse_controlled_vocabulary(self.subdir1_test_file),
[self.tempdir_cv])
def test_find_cv_as_link_in_startfile_dir_when_there_is_no_cv_as_file(self):
# Note: cwd = subdir3
os.remove(self.subdir1_file) # removing the .filetags from the subdir1
filetags.create_link(self.subdir2_file, self.subdir1_file) # create link
self.assertEqual(filetags.locate_and_parse_controlled_vocabulary(self.subdir1_test_file),
[self.subdir2_cv])
def test_find_cv_as_link_in_startfile_dir_when_there_is_no_cv_as_file(self):
# Note: cwd = subdir3
os.remove(self.subdir1_file) # removing the .filetags from the subdir1
filetags.create_link(self.subdir2_file, self.subdir1_file) # create link
self.assertEqual(filetags.locate_and_parse_controlled_vocabulary(self.subdir1_test_file),
[self.subdir2_cv])
def test_find_cv_in_cwd_as_first_fallback_when_no_startfile_is_given(self):
# Note: cwd = subdir3
os.remove(self.subdir1_file) # removing the .filetags from the subdir1
os.remove(self.tempdir_file) # removing the .filetags from the tempdir
filetags.create_link(self.subdir2_file, os.path.join(self.subdir3, '.filetags')) # create link
self.assertEqual(filetags.locate_and_parse_controlled_vocabulary(False),
[self.subdir2_cv])
def test_find_cv_in_cwd_as_first_fallback_when_no_startfile_is_given(self):
# Note: cwd = subdir3
os.remove(self.subdir1_file) # removing the .filetags from the subdir1
os.remove(self.tempdir_file) # removing the .filetags from the tempdir
filetags.create_link(self.subdir2_file, os.path.join(self.subdir3, '.filetags')) # create link
self.assertEqual(filetags.locate_and_parse_controlled_vocabulary(False),
[self.subdir2_cv])
def test_find_cv_in_startfile_dir_instead_of_cwd(self):
# Note: cwd = subdir3
self.assertEqual(filetags.locate_and_parse_controlled_vocabulary(self.subdir1_test_file),
[self.subdir1_cv])