def handle(self, *args, **options):
path = options.get('path')
ignore_hacks = options.get('ignore-hacks')
if not path:
path = settings.MEDIA_ROOT
if not path:
print "You did not pass the argument --path and don't " \
"even have settings.MEDIA_ROOT set. The command " \
"can not proceed :("
else:
print "Scanning css files under settings.MEDIA_ROOT: " \
"%s" % path
else:
print "Scanning css files under: %s" % path
valid_files = []
invalid_files = []
for filename in CSSLint.fetch_css(path):
content = open(filename).read()
cssl = CSSLint(content)
try:
cssl.validate(ignore_hacks=ignore_hacks)
valid_files.append(filename)
except InvalidCSSError, e:
invalid_files.append((filename, e))
def test_should_validate_ok(self):
'CSSLint("a valid css") should validate successfully'
css_ok = """
#some {
color: blue;
}
"""
css = CSSLint(css_ok)
assert css.validate() is True, 'Should validate successfully'
def test_can_find_css_files_for_given_path(self):
'CSSLint.fetch_css should find css files within a given path'
css_files = CSSLint.fetch_css(LOCAL_FILE('media'))
self.assertTrue(isinstance(css_files, list))
self.assertEquals(len(css_files), 2)
self.assertEquals(css_files[0], LOCAL_FILE('media', 'css', 'invalid-css1.css'))
self.assertEquals(css_files[1], LOCAL_FILE('media', 'css', 'valid', 'valid-css1.css'))
def test_find_and_check_css_success(self):
'CSSLint.fetch_and_check should find and check css files'
assert CSSLint.check_files(LOCAL_FILE('media','css', 'valid')) is True, 'Should check successfully'
