def test_header_row_in_csv_output(self):
expected_header = (
'about_file,name,version,about_resource,'
'spec_version,date,description,description_file,'
'home_url,download_url,readme,readme_file,install,install_file,'
'changelog,changelog_file,news,news_file,news_url,notes,notes_file,'
'contact,owner,author,author_file,copyright,copyright_file,'
'notice_file,notice_url,license_text_file,license_url,license_spdx,'
'redistribute,attribute,track_changes,vcs_tool,vcs_repository,'
'vcs_path,vcs_tag,vcs_branch,vcs_revision,checksum_sha1,checksum_md5,'
'checksum_sha256,dje_component,dje_license_key,dje_organization,'
'dje_license_name,scm_branch,scm_repository,signature_gpg_file,'
'redistribute_sources,dje_license,about_format,usage,'
'license_text,notice,scm_path,scm_tool,scm_rev,scm_tag,organization,'
'warnings,errors'
)
test_file = 'about_code_tool/tests/testdata/basic'
output = get_temp_file()
collector = Collector(test_file)
collector.write_to_csv(output)
with open(output) as f:
header_row = f.readline().replace('\n', '').replace('\r', '')
header_row_array = header_row.split(',')
expected_header_array = expected_header.split(',')
self.assertEqual(len(expected_header_array), len(header_row_array))
for key in header_row_array:
self.assertTrue(key in expected_header_array)
def test_generate_attribution_with_limit_to(self):
f = open(join(TESTDATA_DIR, 'attrib/attrib.html'))
expected = f.read()
test_file = join(TESTDATA_DIR, 'attrib/')
collector = Collector(test_file)
result = collector.generate_attribution(limit_to=['/attrib.ABOUT'])
# Strip all the white spaces
self.assertEqual(re.sub(r'\s+', '', expected), re.sub(r'\s+', '', result))
def test_generate_attribution_verification(self):
expected = (u'name,version,copyright,dje_license_name\n'
u'Apache HTTP Server,2.4.3,,')
test_file = join(TESTDATA_DIR, 'attrib/attrib.ABOUT')
collector = Collector(test_file)
test_path = get_temp_file('test.csv')
collector.generate_attribution(limit_to=[''], verification=test_path)
with open(test_path, 'rU') as f:
self.assertEqual(f.read().rstrip(), expected)
def test_generate_attribution_with_custom_template(self):
expected = (u'notice_text:'
u'version:2.4.3'
u'about_resource:httpd-2.4.3.tar.gz'
u'name:Apache HTTP Serverlicense_text:')
test_file = join(TESTDATA_DIR, 'attrib/attrib.ABOUT')
collector = Collector(test_file)
template = join(TESTDATA_DIR, 'attrib/test.template')
result = collector.generate_attribution(template, limit_to=[''])
self.assertEqual(expected, result)
def test_return_path_is_not_abspath_and_contains_subdirs_on_dir(self):
# Using a relative path for the purpose of this test
test_file = 'about_code_tool/tests/testdata/basic'
output = get_temp_file()
collector = Collector(test_file)
collector.write_to_csv(output)
expected = '/basic'
# FIXME: why [2]? what this test means?
# CY: Since the output is going to have 2 rows (header row and row with
# the test file data), the below partition('\n')[2] means to only read
# the data row and ignroe the header row. This test is to make sure
# the path in the data row is not an absolute path.
with open(output) as f:
self.assertTrue(f.read().partition('\n')[2].startswith(expected))
def test_collect_can_collect_a_single_file(self):
test_file = ('about_code_tool/tests/testdata/thirdparty/django_snippets_2413.ABOUT')
if on_windows:
expected = [posix_path(UNC_PREFIX + os.path.abspath('about_code_tool/tests/testdata/thirdparty/django_snippets_2413.ABOUT'))]
else:
expected = [os.path.abspath('about_code_tool/tests/testdata/thirdparty/django_snippets_2413.ABOUT')]
result = Collector.collect(test_file)
self.assertEqual(expected, result)
def test_collect_can_collect_a_directory_tree(self):
test_dir = 'about_code_tool/tests/testdata/DateTest'
if on_windows:
expected = [
(posix_path(UNC_PREFIX + os.path.abspath('about_code_tool/tests/testdata/DateTest/non-supported_date_format.ABOUT'))),
(posix_path(UNC_PREFIX + os.path.abspath('about_code_tool/tests/testdata/DateTest/supported_date_format.ABOUT')))
]
else:
expected = [
(os.path.abspath('about_code_tool/tests/testdata/DateTest/non-supported_date_format.ABOUT')),
(os.path.abspath('about_code_tool/tests/testdata/DateTest/supported_date_format.ABOUT'))
]
result = Collector.collect(test_dir)
self.assertEqual(sorted(expected), sorted(result))
def test_collect_can_collect_a_directory_tree_with_long_and_deep_paths(self):
test_zip = 'about_code_tool/tests/testdata/longpath/longpath.zip'
test_dir = extract_zip(test_zip)
longpath = 'longpath1/' * 28
expected = 'longpath/' + longpath + 'non-supported_date_format.ABOUT'
result = Collector.collect(test_dir)[0]
def rel_path(pth):
p = posix_path(pth)
return p.partition('/longpath/')[2]
print()
print(result)
print(rel_path(result))
self.assertEqual(expected, rel_path(result))
