def load(self):
path = expanduser('~/.usine')
if lfs.is_file(path):
return 'ERROR: %s is a file, remove it first' % path
# Make the user configuration file if needed
if not lfs.exists(path):
print 'Making the configuration folder:', path
lfs.make_folder(path)
return 'Now add the INI files within the folder'
# Read the user configuration file
ini = [ '%s/%s' % (path, x)
for x in lfs.get_names(path) if x[-4:] == '.ini' ]
if len(ini) == 0:
return 'ERROR: zero INI files found in %s/' % path
# Read the ini file
cfg = RawConfigParser()
cfg.read(ini)
# Get the data
for section in cfg._sections:
options = cfg._sections[section]
type, name = section.split()
module = modules[type]
obj = module(options)
# Keep the data unit
self.by_type.setdefault(type, []).append(obj)
self.by_type_and_name[(type, name)] = obj
# Sort
for type in self.by_type:
self.by_type[type].sort(key=lambda x: x.name)
def load(self):
path = expanduser('~/.usine')
if lfs.is_file(path):
return 'ERROR: %s is a file, remove it first' % path
# Make the user configuration file if needed
if not lfs.exists(path):
print 'Making the configuration folder:', path
lfs.make_folder(path)
return 'Now add the INI files within the folder'
# Read the user configuration file
ini = [
'%s/%s' % (path, x) for x in lfs.get_names(path)
if x[-4:] == '.ini'
]
if len(ini) == 0:
return 'ERROR: zero INI files found in %s/' % path
# Read the ini file
cfg = RawConfigParser()
cfg.read(ini)
# Get the data
for section in cfg._sections:
options = cfg._sections[section]
type, name = section.split()
module = modules[type]
obj = module(options)
# Keep the data unit
self.by_type.setdefault(type, []).append(obj)
self.by_type_and_name[(type, name)] = obj
# Sort
for type in self.by_type:
self.by_type[type].sort(key=lambda x: x.name)
options, args = parser.parse_args()
# Filenames
if args:
filenames = set([])
for arg in args:
filenames = filenames.union(glob(arg))
filenames = list(filenames)
elif git.is_available():
filenames = git.get_filenames()
filenames = [ x for x in filenames if x.endswith('.py') ]
else:
filenames = []
for path in lfs.traverse():
if lfs.is_file(path) and basename(path).endswith('.py'):
filenames.append(relpath(path))
# Check options
if len(filenames) == 0:
parser.error(u'Please give at least one file to analyse.')
if options.worse > 0 and options.show_lines is True:
parser.error(
u'Options --worse and --show-lines are mutually exclusive.')
if options.show_lines == True and len(filenames) != 1:
parser.error(
u'The option --show-lines takes one file in parameter.')
# (1) Export graph
if options.graph:
# Check if GIT is available
options, args = parser.parse_args()
# Filenames
worktree = open_worktree('.', soft=True)
if args:
filenames = set([])
for arg in args:
filenames = filenames.union(glob(arg))
filenames = list(filenames)
elif worktree:
filenames = worktree.get_filenames()
filenames = [x for x in filenames if x.endswith('.py')]
else:
filenames = []
for path in lfs.traverse():
if lfs.is_file(path) and basename(path).endswith('.py'):
filenames.append(relpath(path))
# Check options
if len(filenames) == 0:
parser.error(u'Please give at least one file to analyse.')
if options.worse > 0 and options.show_lines is True:
parser.error(
u'Options --worse and --show-lines are mutually exclusive.')
if options.show_lines == True and len(filenames) != 1:
parser.error(u'The option --show-lines takes one file in parameter.')
# (1) Show Lines
if options.show_lines:
show_lines(filenames)
def get_test_filenames(test_path, force_download):
"""Return the test file names
If the test files does'nt exists, we download it
"""
uris = {'http://download.wikimedia.org/qualitywiki/latest':
[('qualitywiki-latest-stub-articles.xml', '.gz'), #~ 3.1 KB
('qualitywiki-latest-stub-meta-current.xml', '.gz'), #~ 11.0 KB
('qualitywiki-latest-stub-meta-history.xml', '.gz')], #~ 28.9 KB
'http://download.wikimedia.org/tawiki/latest':
[('tawiki-latest-stub-articles.xml', '.gz'), #~ 1.2 MB
('tawiki-latest-stub-meta-history.xml', '.gz')], #~ 7.3 MB
'http://www.w3.org/XML/Test/': [('xmlts20080205', '.tar.gz')]
}
compressed_dir_path = join(test_path, 'compressed_files')
if force_download is True:
if lfs.exists(compressed_dir_path):
print 'Remove compressed directory ', compressed_dir_path
lfs.remove(compressed_dir_path)
for names in uris.itervalues():
for (name, ext) in names:
path = join(test_path, name)
if lfs.exists(path):
print 'Remove %s file' % path
lfs.remove(path)
# test directory
if lfs.exists(test_path) is False:
lfs.make_folder(test_path)
# compressed directory
if lfs.exists(compressed_dir_path) is False:
lfs.make_folder(compressed_dir_path)
else:
lfs.open(compressed_dir_path)
test_dir_filenames = lfs.get_names(test_path)
for base_uri, names in uris.iteritems():
for (name, ext) in names:
if test_dir_filenames.count(name):
continue
compressed_dest = join(compressed_dir_path, '%s%s' % (name, ext))
# check if tarball already exists
if lfs.exists(compressed_dest) is False:
src = join(base_uri, '%s%s' % (name, ext))
print 'GET %s file' % src
dest = join(test_path, name)
if vfs.exists(src) is False:
print "%s uri does not exists" % src
continue
src_file = vfs.open(src)
# save Gzip file
compressed_dest_file = lfs.make_file(compressed_dest)
compressed_dest_file.write(src_file.read())
compressed_dest_file.close()
src_file.close()
print 'Extract file %s' % compressed_dest
# Uncompressed File Path
if name == 'xmlts20080205':
# uncompress only xmlconf.xml file
tar = open_tar(compressed_dest)
xmlconf_file = tar.extractfile('xmlconf/xmlconf.xml')
ucf_path = join(test_path, name)
ucf_file = lfs.make_file(ucf_path)
ucf_file.write(xmlconf_file.read())
ucf_file.close()
else:
# untar Gzip file
compressed_dest_file = lfs.open(compressed_dest)
gzip_file = GzipFile(compressed_dest)
ucf_path = join(test_path, name)
ucf_file = lfs.make_file(ucf_path)
ucf_file.write(gzip_file.read())
compressed_dest_file.close()
gzip_file.close()
ucf_file.close()
tests = []
# update test dir name
test_dir_filenames = lfs.get_names(test_path)
for filename in test_dir_filenames:
real_path = join(test_path, filename)
if lfs.is_file(real_path):
bytes = lfs.get_size(real_path)
tests.append((real_path, filename, bytes,
get_string_size(bytes)))
tests.sort(key=lambda x: x[2])
return tests
def test_make_file(self):
lfs.make_file('tests/file')
self.assertEqual(lfs.is_file('tests/file'), True)
lfs.remove('tests/file')
def test_is_not_folder(self):
is_folder = lfs.is_file('tests/index.html.en')
self.assertEqual(is_folder, True)
def test_is_not_file(self):
is_file = lfs.is_file('tests')
self.assertEqual(is_file, False)
def test_is_file(self):
is_file = lfs.is_file('tests/index.html.en')
self.assertEqual(is_file, True)
def test_make_file(self):
lfs.make_file('tests/file')
self.assertEqual(lfs.is_file('tests/file'), True)
lfs.remove('tests/file')
def test_is_not_folder(self):
is_folder = lfs.is_file('tests/index.html.en')
self.assertEqual(is_folder, True)
def test_is_not_file(self):
is_file = lfs.is_file('tests')
self.assertEqual(is_file, False)
def test_is_file(self):
is_file = lfs.is_file('tests/index.html.en')
self.assertEqual(is_file, True)