def _find_used_libraries(self, config, profile):
libraries = []
# Bring in adaptors that we automatically detect are needed
if config.autodetect and profile.autodetect is True:
map(libraries.append, autodetect_libraries(self.workdir))
# Bring in adaptors for the specified libraries
for name in set(config.uses + profile.uses):
if name not in libraries:
libraries.append(name)
return libraries
def _find_used_libraries(self, config, profile):
libraries = []
# Bring in adaptors that we automatically detect are needed
if config.autodetect and profile.autodetect is True:
map(libraries.append, autodetect_libraries(self.workdir))
# Bring in adaptors for the specified libraries
for name in set(config.uses + profile.uses):
if name not in libraries:
libraries.append(name)
return libraries
def _determine_adapters(self):
# Bring in the common adaptor
if self.config.common_plugin:
self.adaptors.append(CommonAdaptor())
# Bring in adaptors that we automatically detect are needed
if self.config.autodetect:
for name, adaptor in autodetect_libraries(self.path):
self.libraries.append(name)
self.adaptors.append(adaptor)
# Bring in adaptors for the specified libraries
for name in self.config.uses:
if name not in self.libraries:
self.libraries.append(name)
self.adaptors.append(LIBRARY_ADAPTORS[name]())
def _determine_adapters(self):
# Bring in the common adaptor
if self.config.common_plugin:
self.adaptors.append(CommonAdaptor())
# Bring in adaptors that we automatically detect are needed
if self.config.autodetect:
for name, adaptor in autodetect_libraries(self.path):
self.libraries.append(name)
self.adaptors.append(adaptor)
# Bring in adaptors for the specified libraries
for name in self.config.uses:
if name not in self.libraries:
self.libraries.append(name)
self.adaptors.append(LIBRARY_ADAPTORS[name]())
def run():
parser = make_arg_parser()
args = parser.parse_args()
if args.version:
sys.stdout.write("Prospector version %s\n" % __pkginfo__.get_version())
sys.exit(0)
summary = {
'started': datetime.now()
}
path = args.path or os.path.abspath(os.getcwd())
try:
formatter = FORMATTERS[args.output_format]
summary['formatter'] = args.output_format
except KeyError:
_die("Formatter %s is not valid - possible values are %s" % (
args.output_format,
', '.join(FORMATTERS.keys()),
))
libraries_used = []
profiles = []
adaptors = []
if not args.no_common_plugin:
adaptors.append(CommonAdaptor())
if not args.no_autodetect:
for libname, adaptor in autodetect_libraries(path):
libraries_used.append(libname)
adaptors.append(adaptor)
strictness = args.strictness
strictness_options = ('veryhigh', 'high', 'medium', 'low', 'verylow')
if strictness not in strictness_options:
possible = ', '.join(strictness_options)
_die(
"%s is not a valid value for strictness - possible values are %s" %
(strictness, possible)
)
else:
profiles.append('strictness_%s' % strictness)
summary['strictness'] = strictness
for library in args.uses:
if library not in LIBRARY_ADAPTORS:
possible = ', '.join(LIBRARY_ADAPTORS.keys())
_die(
"Library/framework %s is not valid - possible values are %s" %
(library, possible)
)
libraries_used.append(library)
adaptors.append(LIBRARY_ADAPTORS[library]())
summary['libraries'] = ', '.join(libraries_used)
if not args.doc_warnings:
profiles.append('no_doc_warnings')
if not args.test_warnings:
profiles.append('no_test_warnings')
if args.no_style_warnings:
profiles.append('no_pep8')
profiles += args.profiles
profile_adaptor = ProfileAdaptor(profiles)
adaptors.append(profile_adaptor)
summary['adaptors'] = []
for adaptor in adaptors:
summary['adaptors'].append(adaptor.name)
summary['adaptors'] = ', '.join(summary['adaptors'])
tool_runners = []
tool_names = args.tools or tools.DEFAULT_TOOLS
for tool in tool_names:
if not tool in tools.TOOLS:
_die("Tool %s is not valid - possible values are %s" % (
tool,
', '.join(tools.TOOLS.keys())
))
if not profile_adaptor.is_tool_enabled(tool):
continue
tool_runners.append(tools.TOOLS[tool]())
summary['tools'] = ', '.join(tool_names)
ignore = [re.compile(ignore) for ignore in profile_adaptor.profile.ignore]
for tool in tool_runners:
tool.prepare(path, ignore, args, adaptors)
messages = []
for tool in tool_runners:
try:
messages += tool.run()
except Exception:
if args.die_on_tool_error:
raise
loc = Location(path, None, None, None, None)
message = "Tool %s failed to run (exception was raised)" % tool.__class__.__name__
msg = Message(tool.__class__.__name__, 'failure', loc, message=message)
messages.append(msg)
for message in messages:
if args.absolute_paths:
message.to_absolute_path(path)
else:
message.to_relative_path(path)
if not args.no_blending:
messages = blender.blend(messages)
summary['message_count'] = len(messages)
summary['completed'] = datetime.now()
delta = (summary['completed'] - summary['started'])
summary['time_taken'] = '%0.2f' % delta.total_seconds()
summary['started'] = str(summary['started'])
summary['completed'] = str(summary['completed'])
if args.messages_only:
summary = None
if args.summary_only:
messages = None
formatter(summary, messages)
sys.exit(0)