def main(args=None):
try:
app = RfLint()
result = app.run(args)
return result
except Exception, e:
sys.stderr.write(str(e) + "\n")
return 1
def main(args=None):
try:
app = RfLint()
result = app.run(args)
return result
except Exception, e:
print str(e)
return 1
def __init__(self):
"""Initialize Robot Lint class."""
config = {
'TooFewKeywordSteps': (0,),
'TooFewTestSteps': (0,),
'TrailingBlankLines': (1,),
}
RfLint.__init__(self)
user_rules = join(expanduser('~'), '.rflint.d')
for user_rule in glob('%s/*.py' % user_rules):
if user_rule.endswith('.__init__.py'):
continue
self._load_rule_file(user_rule)
# pylint: disable=expression-not-assigned
[rule.configure(*config[rule.name]) for rule in self.all_rules
if rule.name in config.keys()]
def get_rules(rulefiles):
import inspect
rfLint = RfLint()
for filename in rulefiles:
rfLint._load_rule_file(filename)
_ = rfLint.all_rules # workaround to make all the rules load into _rules dictionary
rules = []
for rule in sorted(rfLint._rules.values(), key=lambda rule: rule.name):
filepath = None
try:
filepath = inspect.getfile(rule.__class__)
filepath = filepath[:-1] if filepath.lower().endswith('pyc') else filepath
except:
pass
if filepath:
rules.append((rule.severity, rule.name, filepath, rule.doc))
return rules
def create_badge(robotfile, file):
error_count = RfLint().run(robotfile)
if error_count > 0 and error_count < 5:
badge_svg = badge(left_text='RFLINT',
right_text='Errors count:' + str(error_count),
right_color='green',
logo=LOGO,
embed_logo=False)
convert_svg(badge_svg, file)
elif error_count > 5 and error_count < 9:
badge_svg = badge(left_text='RFLINT',
right_text='Errors count:' + str(error_count),
right_color='yellow',
logo=LOGO,
embed_logo=False)
convert_svg(badge_svg, file)
elif error_count >= 9:
badge_svg = badge(left_text='RFLINT',
right_text='Errors count:' + str(error_count),
right_color='red',
logo=LOGO,
embed_logo=False)
convert_svg(badge_svg, file)
