def list(self, ignore_patterns):
"""
List all files in all app storages.
"""
for path, storage in AppDirectoriesFinder.list(self, ignore_patterns):
if self.is_dependency(path, storage):
yield path, storage
def _can_symlink_static_files():
from django.conf import settings
finder = AppDirectoriesFinder()
for path, storage in finder.list([]):
# Get the first static file and use that as our source
source_path = storage.path(path)
break
# Check that we can make a symlink between this file, and the static root
# directory we are using.
return symlink_capability_check(source_path, settings.STATIC_ROOT)
def walk_finders(path):
"""Find all qunit related files given the path component that comes
after '/qunit/'
Works similarly to 'os.walk' but returns just files and directories
by surfing over all possible files.
"""
# Get a file system path from url path
path_comps = [c for c in path.split('/') if c != u'']
tmp = os.sep.join(path_comps)
file_path = os.path.join(settings.QUNIT_TEST_PATH, tmp)
finder_files = []
# Get list of files from app directories from app file finder
adf = AppDirectoriesFinder()
for fpath, filestorageobj in adf.list(''):
if settings.QUNIT_TEST_PATH in fpath:
finder_files.append((fpath, filestorageobj))
# Get list of files from app directories from file system file finder
# By adding this second, files in the project base override app specific files
fsf = FileSystemFinder()
for fpath, filestorageobj in fsf.list(''):
if settings.QUNIT_TEST_PATH in fpath:
finder_files.append((fpath, filestorageobj))
# Form arrays of files in this directory and sub directories
matchfiles = []
subdirectories = []
for ffile_path, fso in finder_files:
split = ffile_path.split(file_path)
if len(split) > 1:
# Check to see if sub-directories exist
path_split = split[1].split(os.sep)
if len(path_split) > 1 and path_split[0] != u'':
# this file indicates a sub directory
subdirectories.append(path_split[0])
else:
# this is a file in this directory
matchfiles.append((ffile_path, fso))
# Get rid of duplicates
subdirectories = list(set(subdirectories)) # array of strings
matchfiles = list(set(matchfiles)) # array of tuples
return (subdirectories, matchfiles)
