def test_first_file(self):
fd = FilenameDeduplicator()
assert_equals(fd.deduplicate('index.html'), 'index.html')
def test_unicode_filename(self):
fd = FilenameDeduplicator()
assert_equals(fd.deduplicate(u'\xa3'), u'\xa3')
assert_equals(fd.deduplicate(u'\xa3'), u'\xa31')
def test_reset(self):
fd = FilenameDeduplicator()
assert_equals(fd.deduplicate('index.html'), 'index.html')
fd.reset()
assert_equals(fd.deduplicate('index.html'), 'index.html')
def test_no_extension(self):
fd = FilenameDeduplicator()
assert_equals(fd.deduplicate('index'), 'index')
assert_equals(fd.deduplicate('index'), 'index1')
def test_second_file(self):
fd = FilenameDeduplicator()
assert_equals(fd.deduplicate('index.html'), 'index.html')
assert_equals(fd.deduplicate('robots.txt'), 'robots.txt')
'name': pkg['name'],
'title': pkg['title'],
'license': LICENSE_LOOKUP.get(pkg['license_id'], ''),
'resources': [],
}
if pkg['notes']:
datapackage['description'] = pkg['notes']
try:
package_zip = PackageZip.get_for_package(pkg['id'])
datapackage['filepath'] = package_zip.filepath
except Exception, ex:
pass
fd = FilenameDeduplicator()
for res in pkg['resources']:
archival = Archival.get_for_resource(res['id'])
if archival and archival.cache_filepath:
# We have archived it, and we have a path.
_, resource_id, filename = archival.cache_filepath.rsplit('/', 2)
cache_filepath = archival.cache_filepath
else:
# Try and work out the filename from the URL.
try:
_, filename = res['url'].rsplit('/', 1)
except ValueError:
filename = res['id']
cache_filepath = ''
filename = fd.deduplicate(filename)