else:
branches = list(set(branches) & set(Config().getUpdates()))
mc.updateBranches(branches)
if options.bbo or options.waitbbo or options.wait:
# if no build specified, detect it from the current directory
if len(args) < 1:
fd = FilesDetector()
fd.detect()
specfile = fd.getSpecfile()
if specfile == "":
sys.stderr.write("Missing build name\n")
exit(1)
fp_obj.printInfo("Spec file detected: %s" % specfile)
sp_obj = SpecParser(specfile)
if not sp_obj.parse():
sys.stderr.write(sp_obj.getError())
exit(1)
name = sp_obj.getTag("name")
version = sp_obj.getTag("version")
release = ".".join(sp_obj.getTag("release").split('.')[:-1])
# N-V-R without tag (e.g. no fc22)
build = "%s-%s-%s" % (name, version, release)
fp_obj.printInfo("Build name constructed: %s" % build)
else:
build = args[0]
if options.branches == "" and options.ebranches == "":
def printBasicInfo(url, commit, name, formated=True):
fmt_obj = FormatedPrint(formated)
fmt_obj.printInfo("Repo URL: %s" % url)
fmt_obj.printInfo("Commit: %s" % commit)
fmt_obj.printInfo("Name: %s" % name)
for element in sorted_classes:
if element == "Native":
continue
if element == "Unknown":
fmt_obj.printWarning("Some import paths were not detected. Please run gofed ggi -c on extracted tarball manually")
continue
if element.startswith(url):
continue
ip_obj = ImportPath(element)
if not ip_obj.parse():
fmt_obj.printWarning("Unable to translate %s to package name" % element)
continue
pkg_name = ip_obj.getPackageName()
pkg_in_pkgdb = False
if pkg_name != "":
pkg_in_pkgdb = packageInPkgdb(pkg_name)
if pkg_in_pkgdb:
print (GREEN + "Class: %s (%s) PkgDB=%s" + ENDC) % (element, pkg_name, pkg_in_pkgdb)
else:
print (RED + "Class: %s (%s) PkgDB=%s" + ENDC ) % (element, pkg_name, pkg_in_pkgdb)
print ""
fmt_obj.printInfo("Spec file %s at %s" % (specfile, os.getcwd()))
def printBasicInfo(url, commit, name, formated=True):
fmt_obj = FormatedPrint(formated)
fmt_obj.printInfo("Repo URL: %s" % url)
fmt_obj.printInfo("Commit: %s" % commit)
fmt_obj.printInfo("Name: %s" % name)
continue
one_class.append(gimport)
if one_class == []:
continue
classes[element] = sorted(one_class)
if element.startswith(url):
continue
ip_obj = ImportPath(element)
if not ip_obj.parse():
fmt_obj.printWarning("Unable to translate %s to package name" % element)
continue
pkg_name = ip_obj.getPackageName()
pkg_in_pkgdb = False
if pkg_name != "":
pkg_in_pkgdb = packageInPkgdb(pkg_name)
if pkg_in_pkgdb:
print (GREEN + "Class: %s (%s) PkgDB=%s" + ENDC) % (element, pkg_name, pkg_in_pkgdb)
else:
print (RED + "Class: %s (%s) PkgDB=%s" + ENDC ) % (element, pkg_name, pkg_in_pkgdb)
print ""
fmt_obj.printInfo("Spec file %s at %s" % (specfile, os.getcwd()))
else:
branches = list(set(branches) & set(Config().getUpdates()))
mc.updateBranches(branches)
if options.bbo or options.waitbbo or options.wait:
# if no build specified, detect it from the current directory
if len(args) < 1:
fd = FilesDetector()
fd.detect()
specfile = fd.getSpecfile()
if specfile == "":
sys.stderr.write("Missing build name\n")
exit(1)
fp_obj.printInfo("Spec file detected: %s" % specfile)
sp_obj = SpecParser(specfile)
if not sp_obj.parse():
sys.stderr.write(sp_obj.getError())
exit(1)
name = sp_obj.getTag("name")
version = sp_obj.getTag("version")
release = ".".join( sp_obj.getTag("release").split('.')[:-1])
# N-V-R without tag (e.g. no fc22)
build = "%s-%s-%s" % (name, version, release)
fp_obj.printInfo("Build name constructed: %s" % build)
else:
build = args[0]
if options.branches == "" and options.ebranches == "":
