def retrieve(self, directory, skip_errors=False):
"""
Retrieve information about project from directory
"""
# directory exists?
if not path.exists(directory):
self.err = "Directory %s does not exist" % directory
return False
parser_config = ParserConfig()
if skip_errors:
parser_config.setSkipErrors()
parser_config.setNoGodeps(self.noGodeps)
parser_config.setParsePath(directory)
gse_obj = GoSymbolsExtractor(parser_config)
if not gse_obj.extract():
self.err = gse_obj.getError()
return False
self.godeps_on = gse_obj.godepsDirectoryExists()
ip_used = gse_obj.getImportedPackages()
self.package_imports_occurence = gse_obj.getPackageImportsOccurences()
packages = gse_obj.getSymbolsPosition()
tests = gse_obj.getTestDirectories()
ips_imported = []
ips_provided = []
# imported paths
ipd = ImportPathsDecomposer(ip_used)
if not ipd.decompose():
self.err = ipd.getError()
return False
self.warn = ipd.getWarning()
classes = ipd.getClasses()
sorted_classes = sorted(classes.keys())
for ip_class in sorted_classes:
if ip_class == "Native":
continue
for ip in classes[ip_class]:
self.imported_packages.append(ip)
# provided paths
for pkg in packages:
self.provided_packages.append(packages[pkg])
# project documentation
self.docs = self._getDocFiles(directory)
self.imported_packages = sorted(self.imported_packages)
self.provided_packages = sorted(self.provided_packages)
self.test_directories = sorted(tests)
return True
def retrieve(self, directory, skip_errors=False):
"""
Retrieve information about project from directory
"""
# directory exists?
if not path.exists(directory):
self.err = "Directory %s does not exist" % directory
return False
gse_obj = GoSymbolsExtractor(directory,
skip_errors=skip_errors,
noGodeps=self.noGodeps)
if not gse_obj.extract():
self.err = gse_obj.getError()
return False
self.godeps_on = gse_obj.godepsDirectoryExists()
ip_used = gse_obj.getImportedPackages()
self.package_imports_occurence = gse_obj.getPackageImportsOccurences()
packages = gse_obj.getSymbolsPosition()
tests = gse_obj.getTestDirectories()
ips_imported = []
ips_provided = []
# imported paths
ipd = ImportPathsDecomposer(ip_used)
if not ipd.decompose():
self.err = ipd.getError()
return False
self.warn = ipd.getWarning()
classes = ipd.getClasses()
sorted_classes = sorted(classes.keys())
for ip_class in sorted_classes:
if ip_class == "Native":
continue
for ip in classes[ip_class]:
self.imported_packages.append(ip)
# provided paths
for pkg in packages:
self.provided_packages.append(packages[pkg])
# project documentation
self.docs = self._getDocFiles(directory)
self.imported_packages = sorted(self.imported_packages)
self.provided_packages = sorted(self.provided_packages)
self.test_directories = sorted(tests)
return True
if options.skipdirs:
for dir in options.skipdirs.split(','):
dir = dir.strip()
if dir == "":
continue
noGodeps.append(dir)
gse_obj = GoSymbolsExtractor(path, imports_only=True, skip_errors=options.skiperrors, noGodeps=noGodeps)
if not gse_obj.extract():
fmt_obj.printError(gse_obj.getError())
exit(1)
package_imports_occurence = gse_obj.getPackageImportsOccurences()
ip_used = gse_obj.getImportedPackages()
ipd = ImportPathsDecomposer(ip_used)
if not ipd.decompose():
fmt_obj.printError(ipd.getError())
exit(1)
warn = ipd.getWarning()
if warn != "":
fmt_obj.printWarning("Warning: %s" % warn)
classes = ipd.getClasses()
sorted_classes = sorted(classes.keys())
# get max length of all imports
max_len = 0
for element in sorted_classes:
if element == "Native":
so, se, rc = runCommand("rpmdev-bumpspec %s -c \"First package for Fedora\"" % specfile)
if rc != 0:
fmt_obj.printErr("Unable to bump spec file: %s" % se)
exit(1)
fmt_obj.printProgress("(4/%s) Discovering golang dependencies" % total)
prj_info = pkg_obj.getProjectInfo()
if prj_info == None:
fmt_obj.printErr("Unable to bump spec file: %s" % se)
exit(1)
ip_used = prj_info.getImportedPackages()
ipd = ImportPathsDecomposer(ip_used)
if not ipd.decompose():
fmt_obj.printErr(ipd.getError())
exit(1)
warn = ipd.getWarning()
if warn != "":
fmt_obj.printWarning(warn)
classes = ipd.getClasses()
sorted_classes = sorted(classes.keys())
for element in sorted_classes:
if element == "Native":
continue
