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## This file is part of Invenio.
## Copyright (C) 2006, 2007, 2008, 2009, 2010, 2011, 2013 CERN.
##
## Invenio is free software; you can redistribute it and/or
## modify it under the terms of the GNU General Public License as
## published by the Free Software Foundation; either version 2 of the
## License, or (at your option) any later version.
##
## Invenio is distributed in the hope that it will be useful, but
## WITHOUT ANY WARRANTY; without even the implied warranty of
## MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
## General Public License for more details.
##
## You should have received a copy of the GNU General Public License
## along with Invenio; if not, write to the Free Software Foundation, Inc.,
## 59 Temple Place, Suite 330, Boston, MA 02111-1307, USA.
"""
Code kwalitee checking tools for Invenio Python code.
Q: What is kwalitee?
A: <http://qa.perl.org/phalanx/kwalitee.html>
Usage: python kwalitee.py [options] <topsrcdir | file1.py file2.py ...>
General options::
-h, --help print this help
-V, --version print version number
-q, --quiet be quiet, print only warnings
Check options::
--stats generate kwalitee summary stats
--check-all perform all checks listed below
--check-some perform some (important) checks only [default]
--check-errors check Python errors
--check-variables check Python variables
--check-indentation check Python code indentation
--check-whitespace check trailing whitespace
--check-docstrings check Python doctrings compliance
--check-pep8 check PEP8 compliance
--check-sql check SQL queries
--check-eval check Python eval calls
--check-html-options check <option> missing 'value' attribute
Examples::
$ python kwalitee.py --stats ~/private/src/invenio/
$ python kwalitee.py --stats ../../websearch/lib/*.py
$ python kwalitee.py --check-some ../../websearch/lib/
$ python kwalitee.py --check-all ../../websearch/lib/search_engine.py
"""
import os
import re
import sys
import time
import subprocess
__revision__ = "$Id$" #: revision number
QUIET_MODE = False #: are we running in quiet mode? (will be set from CLI)
try:
from pylint.__pkginfo__ import version as PYLINT_VERSION
except ImportError:
PYLINT_VERSION = '0.0.0' #: cannot detect pylint version; pretend old
def get_list_of_python_code_files(modulesdir, modulename):
"""Return list of Python source code files for MODULENAME in MODULESDIR,
excluding test files.
"""
out = []
# firstly, find out *.py files:
out.extend(get_python_filenames_from_pathnames(["%s/%s/" % \
(modulesdir, modulename)]))
# secondly, find out bin/*.in files:
out.extend(get_python_filenames_from_pathnames(["%s/%s/" % \
(modulesdir, modulename)],
extension='.in'))
# last, remove Makefile, test files, z_ files:
out = [x for x in out if not x.endswith("Makefile.in")]
out = [x for x in out if not x.endswith("dbexec.in")]
out = [x for x in out if not x.endswith("_tests.py")]
out = [x for x in out if x.find("/z_") == -1]
# return list:
return out
def wash_list_of_python_files_for_pylinting(filenames):
"""Remove away some Python files that are not suitable for
pylinting, e.g. known wrong test files or empty init files.
"""
# take only .py files for pylinting:
filenames = [x for x in filenames if x.endswith(".py")]
# remove empty __init__.py files (FIXME: we may check for file size here
# in case we shall have non-empty __init__.py files one day)
filenames = [x for x in filenames if not x.endswith("__init__.py")]
# take out unloadable bibformat test files:
filenames = [x for x in filenames if not x.endswith("bfe_test_4.py")]
# take out test unloadable file:
filenames = [x for x in filenames if not x.endswith("test3.py")]
# take out test no docstring file:
filenames = [x for x in filenames if not x.endswith("test_5.py")]
return filenames
def get_list_of_python_unit_test_files(modulesdir, modulename):
"""Return list of Python unit test files for MODULENAME in MODULESDIR."""
out = []
for filename in get_python_filenames_from_pathnames(["%s/%s/" % \
(modulesdir,
modulename)]):
if filename.endswith('_tests.py') and \
not filename.endswith('_regression_tests.py'):
out.append(filename)
return out
def get_list_of_python_regression_test_files(modulesdir, modulename):
"""Return list of Python unit test files for MODULENAME in MODULESDIR."""
out = []
for filename in get_python_filenames_from_pathnames(["%s/%s/" % \
(modulesdir,
modulename)]):
if filename.endswith('_regression_tests.py'):
out.append(filename)
return out
def get_list_of_web_test_files(modulesdir, modulename):
"""Return list of HTML Selenese web test files for MODULENAME
in MODULESDIR."""
out = []
process = subprocess.Popen(['find', '%s/%s/' % (modulesdir, modulename),
'-name', 'test_*.html'],
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
process_output, process_error = process.communicate()
if process_error:
print "[ERROR]", process_error
for test_file in process_output.split('\n'): # pylint: disable=E1103
if test_file:
out.append(test_file)
return out
def get_nb_lines_in_file(filename):
"""Return number of lines in FILENAME."""
return len(open(filename).readlines())
def get_nb_test_cases_in_file(filename):
"""Return number of test cases in FILENAME."""
process = subprocess.Popen(['grep', ' def test', filename],
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
process_output, process_error = process.communicate()
if process_error:
print "[ERROR]", process_error
return process_output.count('\n')
def get_pylint_results(filename):
"""
Run pylint and return the tuple of (nb_missing_docstrings, score,
nb_msg_convention, nb_msg_refactor, nb_msg_warning, nb_msg_error,
nb_msg_fatal) for FILENAME. If score cannot be detected, print an
error and return (-999999999, -999999999, 0, 0, 0, 0, 0).
"""
process = subprocess.Popen(['pylint',
PYLINT_VERSION.startswith('0') and \
'--output-format=parseable' or \
'--msg-template={path}:{line}:' +
' [{msg_id}({symbol}), {obj}] {msg}',
'--rcfile=/dev/null',
filename],
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
pylint_output, pylint_error = process.communicate()
if pylint_error:
print "[ERROR]", pylint_error
# detect number of missing docstrings:
nb_missing_docstrings = pylint_output.count("] Missing docstring")
# detect pylint score:
pylint_score = -999999999
pylint_score_matched = re.search(r'Your code has been rated at ' \
'([0-9\.\-]+)\/10', pylint_output)
if pylint_score_matched:
pylint_score = pylint_score_matched.group(1)
else:
print "ERROR: cannot detect pylint score for %s" % filename
# detect pylint messages
nb_msg_convention = pylint_output.count(": [C")
nb_msg_refactor = pylint_output.count(": [R")
nb_msg_warning = pylint_output.count(": [W")
nb_msg_error = pylint_output.count(": [E")
nb_msg_fatal = pylint_output.count(": [F")
# return results:
return (nb_missing_docstrings, float(pylint_score),
nb_msg_convention, nb_msg_refactor, nb_msg_warning,
nb_msg_error, nb_msg_fatal)
def get_nb_pychecker_warnings(filename):
"""Run pychecker for FILENAME and return the number of warnings.
Do not return warnings from imported files, only warnings found
inside FILENAME.
"""
nb_warnings_found = 0
filename_to_watch_for = os.path.basename(filename) # pychecker strips
# leading path
process = subprocess.Popen(['pychecker', '-Q', '--limit=10000', filename],
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
pychecker_output, dummy_pychecker_error = process.communicate()
#if dummy_pychecker_error:
# print "[ERROR]", dummy_pychecker_error
for line in pychecker_output.split('\n'): # pylint: disable=E1103
if line.find(filename_to_watch_for + ":") > -1:
nb_warnings_found += 1
return nb_warnings_found
def calculate_module_kwalitee(modulesdir, modulename):
"""Run kwalitee tests for MODULENAME in MODULESDIR and return
kwalitee dict with keys modulename, nb_loc, nb_unit_tests,
nb_regression_tests, nb_web_tests, nb_pychecker_warnings,
nb_missing_docstrings, avg_pylint_score.
"""
files_code = get_list_of_python_code_files(modulesdir, modulename)
files_unitt = get_list_of_python_unit_test_files(modulesdir, modulename)
files_regressiont = get_list_of_python_regression_test_files(modulesdir,
modulename)
files_webt = get_list_of_web_test_files(modulesdir, modulename)
# 1 - calculate LOC:
nb_loc = 0
for filename in files_code:
nb_loc += get_nb_lines_in_file(filename)
# 2 - calculate # unit tests:
nb_unit_tests = 0
for filename in files_unitt:
nb_unit_tests += get_nb_test_cases_in_file(filename)
# 3 - calculate # regression tests:
nb_regression_tests = 0
for filename in files_regressiont:
nb_regression_tests += get_nb_test_cases_in_file(filename)
# 4 - calculate # regression tests:
nb_web_tests = len(files_webt)
# 5 - calculate pylint results and score:
total_nb_missing_docstrings = 0
total_pylint_score = 0.0
total_nb_msg_convention = 0
total_nb_msg_refactor = 0
total_nb_msg_warning = 0
total_nb_msg_error = 0
total_nb_msg_fatal = 0
files_for_pylinting = files_code + files_unitt + files_regressiont
files_for_pylinting = \
wash_list_of_python_files_for_pylinting(files_for_pylinting)
for filename in files_for_pylinting:
(filename_nb_missing_docstrings, filename_pylint_score,
filename_nb_msg_convention, filename_nb_msg_refactor,
filename_nb_msg_warning, filename_nb_msg_error,
filename_nb_msg_fatal) = get_pylint_results(filename)
total_nb_missing_docstrings += filename_nb_missing_docstrings
total_pylint_score += filename_pylint_score
total_nb_msg_convention += filename_nb_msg_convention
total_nb_msg_refactor += filename_nb_msg_refactor
total_nb_msg_warning += filename_nb_msg_warning
total_nb_msg_error += filename_nb_msg_error
total_nb_msg_fatal += filename_nb_msg_fatal
try:
avg_pylint_score = total_pylint_score / len(files_for_pylinting)
except ZeroDivisionError:
avg_pylint_score = 0.0
# 5 - calculate number of pychecker warnings:
nb_pychecker_warnings = 0
for filename in files_for_pylinting:
nb_pychecker_warnings += get_nb_pychecker_warnings(filename)
# 6 - return kwalitee dict:
return {'modulename': modulename,
'nb_loc': nb_loc,
'nb_unit_tests': nb_unit_tests,
'nb_regression_tests': nb_regression_tests,
'nb_web_tests': nb_web_tests,
'nb_missing_docstrings': total_nb_missing_docstrings,
'nb_pychecker_warnings': nb_pychecker_warnings,
'avg_pylint_score': avg_pylint_score,
'nb_msg_convention': total_nb_msg_convention,
'nb_msg_refactor': total_nb_msg_refactor,
'nb_msg_warning': total_nb_msg_warning,
'nb_msg_error': total_nb_msg_error,
'nb_msg_fatal': total_nb_msg_fatal,
}
def get_invenio_modulenames(dirname="."):
"""Return the list of all Invenio source modules
(directories).
"""
modulenames = os.listdir(dirname)
# remove CVS:
modulenames = [x for x in modulenames if not x == "CVS"]
# remove non-directories:
modulenames = [x for x in modulenames if os.path.isdir(dirname + "/" + x)]
# remove webhelp, not in Python:
modulenames = [x for x in modulenames if not x == "webhelp"]
# sort alphabetically:
modulenames.sort()
return modulenames
def shorten_module_name(modulename, maxlen=13):
"""Return MODULENAME shortened to maximum length of MAXLEN characters.
Useful for pretty-printing module names in aligned tables.
"""
return modulename[:maxlen]
def generate_kwalitee_stats_for_all_modules(modulesdir):
"""Run kwalitee estimation for each Invenio module and print
the results on stdout.
"""
# init kwalitee measurement structure:
kwalitee = {}
kwalitee['TOTAL'] = {'modulename': 'TOTAL',
'nb_loc': 0,
'nb_unit_tests': 0,
'nb_regression_tests': 0,
'nb_web_tests': 0,
'nb_missing_docstrings': 0,
'nb_pychecker_warnings': 0,
'avg_pylint_score': 0,
'nb_msg_convention': 0,
'nb_msg_refactor': 0,
'nb_msg_warning': 0,
'nb_msg_error': 0,
'nb_msg_fatal': 0,
}
# detect Invenio modules:
modulenames = get_invenio_modulenames(modulesdir)
if "websearch" not in modulenames:
print "Cannot find Invenio modules in %s." % modulesdir
print_usage()
sys.exit(1)
# print header
print "="*112
print "Invenio Python Code Kwalitee Check %73s" % \
time.strftime("%Y-%m-%d %H:%M:%S", time.localtime())
print "="*112
print ""
print "%(modulename)13s %(nb_loc)8s %(nb_unitt)6s %(nb_regressiont)6s " \
"%(nb_webt)6s %(nb_tests_per_1k_loc)8s %(nb_missing_docstrings)8s " \
"%(nb_pychecker_warnings)12s %(avg_pylint_score)11s " \
"%(pylint_details)s" % \
{'modulename': 'Module',
'nb_loc': '#LOC',
'nb_unitt': '#UnitT',
'nb_regressiont': '#RegrT',
'nb_webt': '#WebT',
'nb_tests_per_1k_loc': '#T/1kLOC',
'nb_missing_docstrings': '#MissDoc',
'nb_pychecker_warnings': '#PyChk/1kSRC',
'avg_pylint_score': 'PyLintScore',
'pylint_details': 'PyLintDetails'}
print " ", "-"*11, "-"*8, "-"*6, "-"*6, "-"*6, "-"*8, "-"*8, "-"*12, \
"-"*11, "-"*25
for modulename in modulenames:
# calculate kwalitee for this modulename:
kwalitee[modulename] = calculate_module_kwalitee(modulesdir,
modulename)
# add it to global results:
kwalitee['TOTAL']['nb_loc'] += kwalitee[modulename]['nb_loc']
kwalitee['TOTAL']['nb_unit_tests'] += \
kwalitee[modulename]['nb_unit_tests']
kwalitee['TOTAL']['nb_regression_tests'] += \
kwalitee[modulename]['nb_regression_tests']
kwalitee['TOTAL']['nb_web_tests'] += \
kwalitee[modulename]['nb_web_tests']
kwalitee['TOTAL']['nb_pychecker_warnings'] += \
kwalitee[modulename]['nb_pychecker_warnings']
kwalitee['TOTAL']['nb_missing_docstrings'] += \
kwalitee[modulename]['nb_missing_docstrings']
kwalitee['TOTAL']['avg_pylint_score'] += \
kwalitee[modulename]['avg_pylint_score']
kwalitee['TOTAL']['nb_msg_convention'] += \
kwalitee[modulename]['nb_msg_convention']
kwalitee['TOTAL']['nb_msg_refactor'] += \
kwalitee[modulename]['nb_msg_refactor']
kwalitee['TOTAL']['nb_msg_warning'] += \
kwalitee[modulename]['nb_msg_warning']
kwalitee['TOTAL']['nb_msg_error'] += \
kwalitee[modulename]['nb_msg_error']
kwalitee['TOTAL']['nb_msg_fatal'] += \
kwalitee[modulename]['nb_msg_fatal']
# print results for this modulename:
print "%(modulename)13s %(nb_loc)8d %(nb_unitt)6d " \
"%(nb_regressiont)6d %(nb_webt)6d %(nb_tests_per_1k_loc)8.2f " \
"%(nb_missing_docstrings)8d %(nb_pychecker_warnings)12.3f " \
"%(avg_pylint_score)8.2f/10 %(pylint_details)s" % \
{'modulename': \
shorten_module_name(kwalitee[modulename]['modulename']),
'nb_loc': kwalitee[modulename]['nb_loc'],
'nb_unitt': kwalitee[modulename]['nb_unit_tests'],
'nb_regressiont': kwalitee[modulename]['nb_regression_tests'],
'nb_webt': kwalitee[modulename]['nb_web_tests'],
'nb_tests_per_1k_loc': kwalitee[modulename]['nb_loc'] != 0 and \
(kwalitee[modulename]['nb_unit_tests'] + \
kwalitee[modulename]['nb_regression_tests'] + \
kwalitee[modulename]['nb_web_tests'] + 0.0) / \
kwalitee[modulename]['nb_loc'] * 1000.0 or 0,
'nb_missing_docstrings': \
kwalitee[modulename]['nb_missing_docstrings'],
'nb_pychecker_warnings': \
kwalitee[modulename]['nb_loc'] != 0 and \
(kwalitee[modulename]['nb_pychecker_warnings'] + 0.0) / \
kwalitee[modulename]['nb_loc'] * 1000.0 or 0,
'avg_pylint_score': kwalitee[modulename]['avg_pylint_score'],
'pylint_details': "%3dF %3dE %3dW %3dR %3dC" % \
(kwalitee[modulename]['nb_msg_fatal'],
kwalitee[modulename]['nb_msg_error'],
kwalitee[modulename]['nb_msg_warning'],
kwalitee[modulename]['nb_msg_refactor'],
kwalitee[modulename]['nb_msg_convention'])}
# print totals:
print " ", "-"*11, "-"*8, "-"*6, "-"*6, "-"*6, "-"*8, "-"*8, "-"*12, \
"-"*11, "-"*25
print "%(modulename)13s %(nb_loc)8d %(nb_unitt)6d %(nb_regressiont)6d " \
"%(nb_webt)6d %(nb_tests_per_1k_loc)8.2f " \
"%(nb_missing_docstrings)8d %(nb_pychecker_warnings)12.3f " \
"%(avg_pylint_score)8.2f/10 %(pylint_details)s" % \
{'modulename': kwalitee['TOTAL']['modulename'],
'nb_loc': kwalitee['TOTAL']['nb_loc'],
'nb_unitt': kwalitee['TOTAL']['nb_unit_tests'],
'nb_regressiont': kwalitee['TOTAL']['nb_regression_tests'],
'nb_webt': kwalitee['TOTAL']['nb_web_tests'],
'nb_tests_per_1k_loc': kwalitee['TOTAL']['nb_loc'] != 0 and \
(kwalitee['TOTAL']['nb_unit_tests'] + \
kwalitee['TOTAL']['nb_regression_tests'] + \
kwalitee['TOTAL']['nb_web_tests'] + 0.0) / \
kwalitee['TOTAL']['nb_loc']*1000.0 or 0,
'nb_missing_docstrings': \
kwalitee['TOTAL']['nb_missing_docstrings'],
'nb_pychecker_warnings': kwalitee['TOTAL']['nb_loc'] != 0 and \
(kwalitee['TOTAL']['nb_pychecker_warnings'] + 0.0) / \
kwalitee['TOTAL']['nb_loc'] * 1000.0 or 0,
'avg_pylint_score': kwalitee['TOTAL']['avg_pylint_score'] / \
(len(kwalitee.keys()) - 1),
'pylint_details': "%3dF %3dE %3dW %3dR %3dC" % \
(kwalitee['TOTAL']['nb_msg_fatal'],
kwalitee['TOTAL']['nb_msg_error'],
kwalitee['TOTAL']['nb_msg_warning'],
kwalitee['TOTAL']['nb_msg_refactor'],
kwalitee['TOTAL']['nb_msg_convention'])}
# print legend:
print """
Legend:
#LOC = number of lines of code (excl. test files, incl. comments/blanks)
#UnitT = number of unit test cases
#RegrT = number of regression test cases
#WebT = number of web test cases
#T/1kLOC = number of tests per 1k lines of code [desirable: > 10]
#MissDoc = number of missing docstrings [desirable: 0]
#PyChk/1kSRC = number of PyChecker warnings per 1k sources [desirable: 0]
PyLintScore = average PyLint score [desirable: > 9.00]
PyLintDetails = number of PyLint messages (Fatal, Error, Warning, Refactor,
Convention)
"""
return
def generate_kwalitee_stats_for_some_files(filenames):
"""Run kwalitee checks on FILENAMES and print results."""
# init kwalitee measurement structure:
kwalitee = {}
kwalitee['TOTAL'] = {'nb_loc': 0,
'nb_missing_docstrings': 0,
'nb_pychecker_warnings': 0,
'avg_pylint_score': 0,
'nb_msg_convention': 0,
'nb_msg_refactor': 0,
'nb_msg_warning': 0,
'nb_msg_error': 0,
'nb_msg_fatal': 0,
}
# print header:
print "%(filename)50s %(nb_loc)8s %(nb_missing_docstrings)8s " \
"%(nb_pychecker_warnings)6s %(avg_pylint_score)11s " \
"%(pylint_details)s" % {
'filename': 'File',
'nb_loc': '#LOC',
'nb_missing_docstrings': '#MissDoc',
'nb_pychecker_warnings': '#PyChk',
'avg_pylint_score': 'PyLintScore',
'pylint_details': 'PyLintDetails'}
print " ", "-"*48, "-"*8, "-"*8, "-"*6, "-"*11, "-"*25
files_for_pylinting = wash_list_of_python_files_for_pylinting(filenames)
for filename in files_for_pylinting:
# calculate the kwalitee of the files:
kwalitee[filename] = {'nb_loc': 0,
'nb_missing_docstrings': 0,
'nb_pychecker_warnings': 0,
'avg_pylint_score': 0,
'nb_msg_convention': 0,
'nb_msg_refactor': 0,
'nb_msg_warning': 0,
'nb_msg_error': 0,
'nb_msg_fatal': 0,
}
kwalitee[filename]['nb_loc'] = get_nb_lines_in_file(filename)
kwalitee[filename]['nb_pychecker_warnings'] = \
get_nb_pychecker_warnings(filename)
(kwalitee[filename]['nb_missing_docstrings'],
kwalitee[filename]['avg_pylint_score'],
kwalitee[filename]['nb_msg_convention'],
kwalitee[filename]['nb_msg_refactor'],
kwalitee[filename]['nb_msg_warning'],
kwalitee[filename]['nb_msg_error'],
kwalitee[filename]['nb_msg_fatal']) = get_pylint_results(filename)
# add it to the total results:
kwalitee['TOTAL']['nb_loc'] += kwalitee[filename]['nb_loc']
kwalitee['TOTAL']['nb_pychecker_warnings'] += \
kwalitee[filename]['nb_pychecker_warnings']
kwalitee['TOTAL']['nb_missing_docstrings'] += \
kwalitee[filename]['nb_missing_docstrings']
kwalitee['TOTAL']['avg_pylint_score'] += \
kwalitee[filename]['avg_pylint_score']
kwalitee['TOTAL']['nb_msg_convention'] += \
kwalitee[filename]['nb_msg_convention']
kwalitee['TOTAL']['nb_msg_refactor'] += \
kwalitee[filename]['nb_msg_refactor']
kwalitee['TOTAL']['nb_msg_warning'] += \
kwalitee[filename]['nb_msg_warning']
kwalitee['TOTAL']['nb_msg_error'] += kwalitee[filename]['nb_msg_error']
kwalitee['TOTAL']['nb_msg_fatal'] += kwalitee[filename]['nb_msg_fatal']
# print results for this filename:
print "%(filename)50s %(nb_loc)8d %(nb_missing_docstrings)8d " \
"%(nb_pychecker_warnings)6d %(avg_pylint_score)8.2f/10 " \
"%(pylint_details)s" % {
'filename': filename,
'nb_loc': kwalitee[filename]['nb_loc'],
'nb_missing_docstrings': \
kwalitee[filename]['nb_missing_docstrings'],
'nb_pychecker_warnings': \
kwalitee[filename]['nb_pychecker_warnings'],
'avg_pylint_score': kwalitee[filename]['avg_pylint_score'],
'pylint_details': "%3dF %3dE %3dW %3dR %3dC" % \
(kwalitee[filename]['nb_msg_fatal'],
kwalitee[filename]['nb_msg_error'],
kwalitee[filename]['nb_msg_warning'],
kwalitee[filename]['nb_msg_refactor'],
kwalitee[filename]['nb_msg_convention'])}
# print totals:
print " ", "-"*48, "-"*8, "-"*8, "-"*6, "-"*11, "-"*25
print "%(filename)50s %(nb_loc)8d %(nb_missing_docstrings)8d " \
"%(nb_pychecker_warnings)6d %(avg_pylint_score)8.2f/10 " \
"%(pylint_details)s" % {
'filename': 'TOTAL',
'nb_loc': kwalitee['TOTAL']['nb_loc'],
'nb_missing_docstrings': kwalitee['TOTAL']['nb_missing_docstrings'],
'nb_pychecker_warnings': kwalitee['TOTAL']['nb_pychecker_warnings'],
'avg_pylint_score': kwalitee['TOTAL']['avg_pylint_score'] / \
(len(kwalitee.keys()) - 1),
'pylint_details': "%3dF %3dE %3dW %3dR %3dC" % \
(kwalitee['TOTAL']['nb_msg_fatal'],
kwalitee['TOTAL']['nb_msg_error'],
kwalitee['TOTAL']['nb_msg_warning'],
kwalitee['TOTAL']['nb_msg_refactor'],
kwalitee['TOTAL']['nb_msg_convention'])}
# print legend:
print """
Legend:
#LOC = number of lines of code (incl. comments/blanks)
#MissDoc = number of missing docstrings [desirable: 0]
#PyChk = number of PyChecker warnings [desirable: 0]
PyLintScore = PyLint score [desirable: > 9.00]
PyLintDetails = number of PyLint messages (Fatal, Error, Warning, Refactor,
Convention)
"""
return
def get_python_filenames_from_pathnames(pathnames, extension='.py'):
"""Get recursively all Python filenames from given pathnames.
Input: list of pathnames (a pathname is a file or a directory).
Output: list of Python files.
"""
if not isinstance(pathnames, list):
# sanity check in case people pass one pathname without list
pathnames = [pathnames]
out = set([])
for pathname in pathnames:
if os.path.isdir(pathname):
# we have directory, so recursively searching list of files:
for rootdir, dummy_subdirs, files in os.walk(pathname):
for afile in files:
if afile.endswith(extension):
out.add(os.path.join(rootdir, afile))
else:
# we have file:
if pathname.endswith(extension):
out.add(pathname)
out = list(out)
out.sort()
return out
def print_heading(phrase, prefix='', suffix='', stream='INFO'):
"""Print heading phrase in a special style."""
if QUIET_MODE:
return
print prefix + '[' + stream + '] ' + phrase + suffix
def print_usage():
"""Print usage info."""
print __doc__
def print_version():
"""Print version info."""
print __revision__
def cmd_check_all(filenames):
"""Run all checks on filenames."""
errors_found_p = False
if cmd_check_errors(filenames):
errors_found_p = True
if cmd_check_variables(filenames):
errors_found_p = True
if cmd_check_indentation(filenames):
errors_found_p = True
if cmd_check_whitespace(filenames):
errors_found_p = True
if cmd_check_docstrings(filenames):
errors_found_p = True
if cmd_check_pep8(filenames):
errors_found_p = True
if cmd_check_eval(filenames): # kwalitee: disable=eval
errors_found_p = True
if cmd_check_sql(filenames):
errors_found_p = True
if cmd_check_html_options(filenames):
errors_found_p = True
return errors_found_p
def cmd_check_some(filenames):
"""Run some (important) checks on filenames."""
errors_found_p = False
if cmd_check_errors(filenames):
errors_found_p = True
if cmd_check_variables(filenames):
errors_found_p = True
if cmd_check_indentation(filenames):
errors_found_p = True
if cmd_check_eval(filenames): # kwalitee: disable=eval
errors_found_p = True
if cmd_check_sql(filenames):
errors_found_p = True
if cmd_check_html_options(filenames):
errors_found_p = True
return errors_found_p
def cmd_check_errors(filenames):
"""Run pylint error check on filenames."""
errors_found_p = False
print_heading('Checking Python errors...')
for filename in filenames:
out = ''
process = subprocess.Popen(['pylint', '--rcfile=/dev/null',
PYLINT_VERSION.startswith('0') and \
'--output-format=parseable' or \
'--msg-template={path}:{line}:' +
' [{msg_id}({symbol}), {obj}] {msg}',
'--errors-only', filename],
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
out, err = process.communicate()
if err:
errors_found_p = True
print "[ERROR]", err
if out:
errors_found_p = True
print out
return errors_found_p
def cmd_check_variables(filenames):
"""Run pylint variable check on filenames."""
errors_found_p = False
print_heading('Checking Python variables...')
for filename in filenames:
out = ''
process = subprocess.Popen(['pylint', '--rcfile=/dev/null',
PYLINT_VERSION.startswith('0') and \
'--output-format=parseable' or \
'--msg-template={path}:{line}:' +
' [{msg_id}({symbol}), {obj}] {msg}',
'--reports=n', filename],
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
pylint_output, pylint_error = process.communicate()
if pylint_error:
errors_found_p = True
print "[ERROR]", pylint_error
for line in pylint_output.split('\n'): # pylint: disable=E1103
if '; [F' in line or ': [E' in line or ': [W' in line:
if 'variable' in line or \
'name' in line or \
'global' in line or \
'Unused' in line or \
'Redefining' in line:
out += line + '\n'
if out:
errors_found_p = True
print out
return errors_found_p
def cmd_check_indentation(filenames):
"""Run pylint indendation check on filenames."""
errors_found_p = False
print_heading('Checking Python indentation...')
for filename in filenames:
out = ''
process = subprocess.Popen(['pylint', '--rcfile=/dev/null',
PYLINT_VERSION.startswith('0') and \
'--output-format=parseable' or \
'--msg-template={path}:{line}:' +
' [{msg_id}({symbol}), {obj}] {msg}',
'--reports=n', filename],
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
process_output, process_error = process.communicate()
if process_error:
errors_found_p = True
print "[ERROR]", process_error
for line in process_output.split('\n'): # pylint: disable=E1103
if 'indent' in line:
out += line + '\n'
if out:
errors_found_p = True
print out
return errors_found_p
def cmd_check_whitespace(filenames):
"""Run trailing whitespace check on filenames."""
errors_found_p = False
print_heading('Checking trailing whitespace...')
for filename in filenames:
out = ''
process = subprocess.Popen(['grep', '-Hni', ' $', filename],
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
process_output, process_error = process.communicate()
if process_error:
errors_found_p = True
print "[ERROR]", process_error
for line in process_output.split('\n'): # pylint: disable=E1103
if line:
out += line + '\n'
if out:
errors_found_p = True
print out
return errors_found_p
def cmd_check_html_options(filenames):
"""
Check cases where an C{<option>} element has been used without its
C{value} attribute, in filenames.
It is better to avoid missing C{value} attribute in C{<option>}
elements as some browsers/plugins might automatically translate
the label of the option, which I{could} then become the
(unexpected) value of the option.
@note: the check is very simple, and will miss cases such as
C{<option class="">}
"""
errors_found_p = False
print_heading('Checking <option> without \'value\' attribute...')
for filename in filenames:
if filename.endswith('kwalitee.py'):
# Skip this file with false positives
continue
out = ''
process = subprocess.Popen(['grep', '-Hni', '<option\s*>', filename],
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
process_output, process_error = process.communicate()
if process_error:
errors_found_p = True
print "[ERROR]", process_error
for line in process_output.split('\n'): # pylint: disable=E1103
if line:
out += line + '\n'
if out:
errors_found_p = True
print out
return errors_found_p
def cmd_check_docstrings(filenames):
"""Run epydoc doctrings check on filenames."""
errors_found_p = False
print_heading('Checking Python docstrings compliance...')
for filename in filenames:
out = ''
process = subprocess.Popen(['epydoc', '-v', '--simple-term',
'--check', filename],
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
process_output, process_error = process.communicate()
if process_error:
errors_found_p = True
print "[ERROR]", process_error
for line in process_output.split('\n'): # pylint: disable=E1103
if line.startswith(' [......'):
pass
elif line.endswith('.__package__'):
# epydoc does not treat __package__ properly, so let's
# discard these types of findings
pass
else:
out += line + '\n'
if out and out.strip() != 'Warning: Undocumented:':
# something other than sole __package__ was found
errors_found_p = True
print out
return errors_found_p
def cmd_check_pep8(filenames):
"""Run PEP8 compliance check on filenames."""
errors_found_p = False
print_heading('Checking PEP8 compliance...')
path_to_pep8 = sys.argv[0].replace('kwalitee.py', 'pep8.py')
for filename in filenames:
out = ''
process = subprocess.Popen(['python', path_to_pep8, '--repeat',
'--statistics', filename],
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
out, err = process.communicate()
if err:
errors_found_p = True
print "[ERROR]", err
if out:
errors_found_p = True
print out
return errors_found_p
def cmd_check_sql(filenames):
"""Run SQL query compliance check on filenames."""
errors_found_p = False
print_heading('Checking SQL queries...')
for filename in filenames:
out = ''
for grepargs in ('SELECT \* FROM',
'INSERT INTO ([[:alnum:]]|_)+[[:space:]]*VALUES',
'INSERT INTO ([[:alnum:]]|_)+[[:space:]]*$$',
"run_sql.*'%[dfis]'",
'run_sql.*"%[dfis]"',
'run_sql.* % '): # kwalitee: disable=sql
process = subprocess.Popen(['grep', '-HEni', grepargs, filename],
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
process_output, process_error = process.communicate()
if process_error:
errors_found_p = True
print "[ERROR]", process_error
for line in process_output.split('\n'): # pylint: disable=E1103
if line and not line.endswith('# kwalitee: disable=sql'):
out += line + '\n'
if out:
errors_found_p = True
print out.strip()
return errors_found_p
def cmd_check_eval(filenames): # kwalitee: disable=eval
"""Run `eval' and `execfile' check on filenames."""
errors_found_p = False
print_heading('Checking Python eval calls...')
for filename in filenames:
out = ''
for grepargs in ('eval\(',
'execfile\('):
process = subprocess.Popen(['grep', '-HEni', grepargs, filename],
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
process_output, process_error = process.communicate()
if process_error:
errors_found_p = True
print "[ERROR]", process_error
for line in process_output.split('\n'): # pylint: disable=E1103
if line and not line.endswith('# kwalitee: disable=eval'):
out += line + '\n'
if out:
errors_found_p = True
print out.strip()
return errors_found_p
def cmd_stats(filenames):
"""Run overall kwalite stats on file/dir."""
if len(filenames) == 1 and os.path.isdir(filenames[0]):
modulesdir = filenames[0] + "/modules"
if os.path.isdir(modulesdir):
generate_kwalitee_stats_for_all_modules(modulesdir)
else:
print "ERROR: %s does not seem to be Invenio top source " \
"directory." % filenames[0]
print_usage()
sys.exit(0)
else:
# os.path.isfile(cmd_arg) and cmd_arg.endswith(".py"):
generate_kwalitee_stats_for_some_files(filenames)
def main():
"""Analyze CLI options and invoke appropriate actions."""
global QUIET_MODE # pylint: disable=W0603
# check options:
if '--help' in sys.argv or \
'-h' in sys.argv:
print_usage()
elif '--version' in sys.argv or \
'-V' in sys.argv:
print_version()
else:
# detect what to run:
cmd_option = None
cmd_pathnames = None
for opt_idx in range(1, len(sys.argv)):
opt = sys.argv[opt_idx]
if opt in ('--stats', '--check-all', '--check-some',
'--check-errors', '--check-variables',
'--check-indentation', '--check-whitespace',
'--check-docstrings', '--check-pep8',
'--check-html-options', '--check-sql',
'--check-eval'):
cmd_option = opt[2:].replace('-', '_')
elif opt in ('-q', '--quiet'):
QUIET_MODE = True
elif not opt.startswith('--'):
cmd_pathnames = sys.argv[opt_idx:]
break
if not cmd_option:
# by default, we are checking only `most important' stuff
cmd_option = 'check_some'
if not cmd_pathnames:
print "ERROR: Please specify directory/file; see '--help'."
sys.exit(1)
# run it:
if cmd_option == 'stats':
eval('cmd_' + cmd_option)(cmd_pathnames) # kwalitee: disable=eval
else:
# detect Python files to process:
cmd_filenames = get_python_filenames_from_pathnames(cmd_pathnames)
if not cmd_filenames:
# Hmm, maybe people passed invenio.webfoo_bar, so
# let's try to continue. Most checks will work, some
# will not (e.g. PEP8). FIXME: clean this
# double-entry stuff, display verbose warnings in
# respective tests, and after cleaning advertize it in
# the --help page.
cmd_filenames = cmd_pathnames
errors_found_p = \
eval('cmd_' + cmd_option)(cmd_filenames) # kwalitee: disable=eval
if errors_found_p:
print_heading('Kwalitee problems found. Please fix.',
stream='ERROR')
sys.exit(1)
print_heading('Done.')
return
if __name__ == "__main__":
main()
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