def test_verbose(self):
self._run_cheesecake('--path %s' % PACKAGE_PATH)
normal = read_file_contents(self.stdout_name)
self._cleanup()
self._run_cheesecake('--path %s --verbose' % PACKAGE_PATH)
verbose = read_file_contents(self.stdout_name)
# Make sure that --verbose generates more information than default operation.
assert len(verbose) > len(normal)
def test_quiet(self):
self._run_cheesecake('--path %s' % PACKAGE_PATH)
normal = read_file_contents(self.stdout_name)
self._cleanup()
self._run_cheesecake('--path %s --quiet' % PACKAGE_PATH)
quiet = read_file_contents(self.stdout_name)
# Make sure that --quiet generates less information than default operation.
assert len(quiet) < len(normal)
def test_sum(self):
installability_regex = r'INSTALLABILITY INDEX \(RELATIVE\) \.\.\.\.\.\.\.\.\s+(\d+)\s+\((\d+) out of a maximum of (\d+) points is (\d+)%\)'
documentation_regex = r'DOCUMENTATION INDEX \(RELATIVE\) \.\.\.\.\.\.\.\.\.\s+(\d+)\s+\((\d+) out of a maximum of (\d+) points is (\d+)%\)'
code_kwalitee_regex = r'CODE KWALITEE INDEX \(RELATIVE\) \.\.\.\.\.\.\.\.\.\s+(-*\d+)\s+\((-*\d+) out of a maximum of (\d+) points is (-*\d+)%\)'
self._run_cheesecake('-p %s' % os.path.join(DATA_PATH, 'required.tar.gz'))
self._assert_success()
# Check that scores are added up and scaled properly.
stdout = read_file_contents(self.stdout_name)
installability_match = re.search(installability_regex, stdout)
documentation_match = re.search(documentation_regex, stdout)
code_kwalitee_match = re.search(code_kwalitee_regex, stdout)
assert installability_match
assert documentation_match
assert code_kwalitee_match
overall_score = 0
overall_maximum = 0
for index in [installability_match, documentation_match, code_kwalitee_match]:
percent_one, current, maximum, percent_two = index.groups()
assert percent_one == percent_two
overall_score += int(current)
overall_maximum += int(maximum)
print "Score: %d/%d" % (int(current), int(maximum))
overall_percent = ceil(overall_score / float(overall_maximum))
print "Computed overall score: %d" % overall_score
assert 'OVERALL CHEESECAKE INDEX (ABSOLUTE) .... %3d' % overall_score in stdout
assert 'OVERALL CHEESECAKE INDEX (RELATIVE) .... %3d (%d out of a maximum of %d points is %d%%)' % \
(overall_percent, overall_score, overall_maximum, overall_percent)
def test_help(self):
self._run_cheesecake('--help')
self._assert_success()
# Make sure usage information has been shown.
stdout = read_file_contents(self.stdout_name)
assert 'usage:' in stdout
def test_no_args(self):
self._run_cheesecake('')
assert self.return_code != 0
# Make sure that there's a reference to --help.
stdout = read_file_contents(self.stdout_name)
assert '--help' in stdout
def test_path(self):
self._run_cheesecake('--path %s' % NOSE_PATH)
self._assert_success()
# Make sure that appropriate indices have been counted.
stdout = read_file_contents(self.stdout_name)
assert pad_msg('unpack', IndexUnpack.max_value) in stdout
assert pad_msg('unpack_dir', IndexUnpackDir.max_value) in stdout
assert pad_msg('install', IndexInstall.max_value) in stdout
def test_url(self):
self._run_cheesecake('--url http://www.agilistas.org/cheesecake/nose-0.8.3.tar.gz')
self._assert_success()
# Make sure that appropriate indices have been counted.
stdout = read_file_contents(self.stdout_name)
assert pad_msg('unpack', IndexUnpack.max_value) in stdout
assert pad_msg('unpack_dir', IndexUnpackDir.max_value) in stdout
assert pad_msg('install', IndexInstall.max_value) in stdout
assert pad_msg('url_download', IndexUrlDownload.max_value) in stdout
def test_name(self):
self._run_cheesecake('--name nose')
self._assert_success()
# Make sure that appropriate indices have been counted.
stdout = read_file_contents(self.stdout_name)
assert pad_msg('unpack', IndexUnpack.max_value) in stdout
assert pad_msg('install', IndexInstall.max_value) in stdout
# PyPI score can be lowered by penalties, so we don't include score check here.
assert 'py_pi_download' in stdout
def test_required_files(self):
self._run_cheesecake('-p %s' % os.path.join(DATA_PATH, 'required.tar.gz'))
self._assert_success()
stdout = read_file_contents(self.stdout_name)
# Files in package: INSTALL, Install.html, README and TODO.
assert '(2 files and 0 required directories found)' in stdout
# One not documented module with a single function with a docstring.
assert '(found 1/2=50.00% objects with docstrings)' in stdout
assert pad_msg('docstrings', 50) in stdout
assert '(found 0/2=0.00% objects with formatted docstrings)' in stdout
