def pack(args):
"""Pack wheel files.
Returns 0 or None if all went well, a non-zero int otherwise.
"""
if not args.packages:
print 'No packages have been provided on the command-line, doing nothing.'
return 0
packing_list = get_packing_list(args.packages)
unhandled = [
util.fileurl2path(d['location']) for d in packing_list
if d['package_type'] in ('unhandled', 'missing')
]
if unhandled:
print >> sys.stderr, (
'These directories do not seem to be packable '
'because they do not exist or\n'
'have neither setup.cfg or setup.py inside them:')
print >> sys.stderr, ('\n'.join(unhandled))
return 1
if not os.path.isdir(args.output_dir):
os.mkdir(args.output_dir)
wheel_paths = []
with util.Virtualenv(prefix="glyco-pack-",
keep_directory=args.keep_tmp_directories) as venv:
for element in packing_list:
if element['location'].startswith('file://'):
pathname = util.fileurl2path(element['location'])
# Standard Python source package: contains a setup.py
if element['package_type'] == 'standard':
wheel_path = pack_local_package(venv, pathname,
args.output_dir)
# The Glyco special case: importable package with a setup.cfg file.
elif element['package_type'] == 'bare':
wheel_path = pack_bare_package(
venv,
pathname,
args.output_dir,
keep_directory=args.keep_tmp_directories)
wheel_paths.append(wheel_path)
if args.verbose:
print '\nGenerated %d packages:' % len(wheel_paths)
for wheel_path in wheel_paths:
print wheel_path
def pack(args):
"""Pack wheel files.
Returns 0 or None if all went well, a non-zero int otherwise.
"""
if not args.packages:
print 'No packages have been provided on the command-line, doing nothing.'
return 0
packing_list = get_packing_list(args.packages)
unhandled = [util.fileurl2path(d['location'])
for d in packing_list
if d['package_type'] in ('unhandled', 'missing')]
if unhandled:
print >> sys.stderr, ('These directories do not seem to be packable '
'because they do not exist or\n'
'have neither setup.cfg or setup.py inside them:')
print >> sys.stderr, ('\n'.join(unhandled))
return 1
if not os.path.isdir(args.output_dir):
os.mkdir(args.output_dir)
wheel_paths = []
with util.Virtualenv(
prefix="glyco-pack-",
keep_directory=args.keep_tmp_directories) as venv:
for element in packing_list:
if element['location'].startswith('file://'):
pathname = util.fileurl2path(element['location'])
# Standard Python source package: contains a setup.py
if element['package_type'] == 'standard':
wheel_path = pack_local_package(venv, pathname, args.output_dir)
# The Glyco special case: importable package with a setup.cfg file.
elif element['package_type'] == 'bare':
wheel_path = pack_bare_package(
venv,
pathname,
args.output_dir,
keep_directory=args.keep_tmp_directories)
wheel_paths.append(wheel_path)
if args.verbose:
print '\nGenerated %d packages:' % len(wheel_paths)
for wheel_path in wheel_paths:
print wheel_path
def test_url_to_path_to_url_absolute_path(self): url1 = 'file:///absolutely/normal/path/' url2 = util.path2fileurl(util.fileurl2path(url1)) self.assertEqual(url1, url2)
def test_url_to_path_to_url_with_spaces(self): url1 = 'file:///absolute/path/with%20spaces' url2 = util.path2fileurl(util.fileurl2path(url1)) self.assertEqual(url1, url2)
def test_url_to_path_to_url(self): url1 = 'file:///this/is/a/path' url2 = util.path2fileurl(util.fileurl2path(url1)) self.assertEqual(url1, url2)
def test_path_to_url_to_path(self): # Use an existing file as a way to get an OS-specific absolute path. path = util.fileurl2path(util.path2fileurl(ROOT_DIR)) self.assertEqual(path, ROOT_DIR)
def test_url_to_path_to_url_absolute_path(self):
url1 = 'file:///absolutely/normal/path/'
url2 = util.path2fileurl(util.fileurl2path(url1))
self.assertEqual(url1, url2)
def test_url_to_path_to_url_with_spaces(self):
url1 = 'file:///absolute/path/with%20spaces'
url2 = util.path2fileurl(util.fileurl2path(url1))
self.assertEqual(url1, url2)
def test_url_to_path_to_url(self):
url1 = 'file:///this/is/a/path'
url2 = util.path2fileurl(util.fileurl2path(url1))
self.assertEqual(url1, url2)
def test_path_to_url_to_path(self):
# Use an existing file as a way to get an OS-specific absolute path.
path = util.fileurl2path(util.path2fileurl(ROOT_DIR))
self.assertEqual(path, ROOT_DIR)
