def determine_file_class_and_name(filename):
"""Determine the name and PackageUploadFile subclass for the filename."""
source_match = re_issource.match(filename)
binary_match = re_isadeb.match(filename)
buildinfo_match = re_isbuildinfo.match(filename)
if source_match:
package = source_match.group(1)
if (determine_source_file_type(filename) == SourcePackageFileType.DSC):
cls = DSCFile
else:
cls = SourceUploadFile
elif binary_match:
package = binary_match.group(1)
cls = {
BinaryPackageFileType.DEB: DebBinaryUploadFile,
BinaryPackageFileType.DDEB: DdebBinaryUploadFile,
BinaryPackageFileType.UDEB: UdebBinaryUploadFile,
}[determine_binary_file_type(filename)]
elif buildinfo_match:
package = buildinfo_match.group(1)
cls = BuildInfoFile
else:
raise CannotDetermineFileTypeError(
"Could not determine the type of %r" % filename)
return package, cls
def test_determine_binary_file_type(self):
"""lp.archiveuploader.utils.determine_binary_file_type should work."""
# .deb -> DEB
self.assertEquals(
determine_binary_file_type('foo_1.0-1_all.deb'),
BinaryPackageFileType.DEB)
# .ddeb -> DDEB
self.assertEquals(
determine_binary_file_type('foo_1.0-1_all.ddeb'),
BinaryPackageFileType.DDEB)
# .udeb -> UDEB
self.assertEquals(
determine_binary_file_type('foo_1.0-1_all.udeb'),
BinaryPackageFileType.UDEB)
self.assertEquals(determine_binary_file_type('foo_1.0'), None)
self.assertEquals(determine_binary_file_type('foo_1.0.notdeb'), None)
def test_determine_binary_file_type(self):
"""lp.archiveuploader.utils.determine_binary_file_type should work."""
# .deb -> DEB
self.assertEqual(
determine_binary_file_type('foo_1.0-1_all.deb'),
BinaryPackageFileType.DEB)
# .ddeb -> DDEB
self.assertEqual(
determine_binary_file_type('foo_1.0-1_all.ddeb'),
BinaryPackageFileType.DDEB)
# .udeb -> UDEB
self.assertEqual(
determine_binary_file_type('foo_1.0-1_all.udeb'),
BinaryPackageFileType.UDEB)
self.assertEqual(determine_binary_file_type('foo_1.0'), None)
self.assertEqual(determine_binary_file_type('foo_1.0.notdeb'), None)
def createBinaryPackage(self, bin, srcpkg, distroarchinfo, archtag):
"""Create a new binarypackage."""
fdir, fname = os.path.split(bin.filename)
to_upload = check_not_in_librarian(fname, bin.archive_root, fdir)
fname, path = to_upload[0]
componentID = self.distro_handler.getComponentByName(bin.component).id
sectionID = self.distro_handler.ensureSection(bin.section).id
architecturespecific = (bin.architecture != "all")
bin_name = getUtility(IBinaryPackageNameSet).ensure(bin.package)
build = self.ensureBuild(bin, srcpkg, distroarchinfo, archtag)
# Create the binarypackage entry on lp db.
binpkg = BinaryPackageRelease(
binarypackagename=bin_name.id,
component=componentID,
version=bin.version,
description=bin.description,
summary=bin.summary,
build=build.id,
binpackageformat=getBinaryPackageFormat(bin.filename),
section=sectionID,
priority=prioritymap[bin.priority],
shlibdeps=bin.shlibs,
depends=bin.depends,
suggests=bin.suggests,
recommends=bin.recommends,
conflicts=bin.conflicts,
replaces=bin.replaces,
provides=bin.provides,
pre_depends=bin.pre_depends,
enhances=bin.enhances,
breaks=bin.breaks,
essential=bin.essential,
installedsize=bin.installed_size,
architecturespecific=architecturespecific,
)
log.info('Binary Package Release %s (%s) created' %
(bin_name.name, bin.version))
alias = getLibraryAlias(path, fname)
BinaryPackageFile(
binarypackagerelease=binpkg.id,
libraryfile=alias,
filetype=determine_binary_file_type(fname))
log.info('Package file %s included into library' % fname)
# Return the binarypackage object.
return binpkg
def createBinaryPackage(self, bin, srcpkg, distroarchinfo, archtag):
"""Create a new binarypackage."""
fdir, fname = os.path.split(bin.filename)
to_upload = check_not_in_librarian(fname, bin.archive_root, fdir)
fname, path = to_upload[0]
componentID = self.distro_handler.getComponentByName(bin.component).id
sectionID = self.distro_handler.ensureSection(bin.section).id
architecturespecific = (bin.architecture != "all")
bin_name = getUtility(IBinaryPackageNameSet).ensure(bin.package)
build = self.ensureBuild(bin, srcpkg, distroarchinfo, archtag)
# Create the binarypackage entry on lp db.
binpkg = BinaryPackageRelease(
binarypackagename=bin_name.id,
component=componentID,
version=bin.version,
description=bin.description,
summary=bin.summary,
build=build.id,
binpackageformat=getBinaryPackageFormat(bin.filename),
section=sectionID,
priority=prioritymap[bin.priority],
shlibdeps=bin.shlibs,
depends=bin.depends,
suggests=bin.suggests,
recommends=bin.recommends,
conflicts=bin.conflicts,
replaces=bin.replaces,
provides=bin.provides,
pre_depends=bin.pre_depends,
enhances=bin.enhances,
breaks=bin.breaks,
essential=bin.essential,
installedsize=bin.installed_size,
architecturespecific=architecturespecific,
)
log.info('Binary Package Release %s (%s) created' %
(bin_name.name, bin.version))
alias = getLibraryAlias(path, fname)
BinaryPackageFile(binarypackagerelease=binpkg.id,
libraryfile=alias,
filetype=determine_binary_file_type(fname))
log.info('Package file %s included into library' % fname)
# Return the binarypackage object.
return binpkg
def determine_file_class_and_name(filename):
"""Determine the name and PackageUploadFile subclass for the filename."""
source_match = re_issource.match(filename)
binary_match = re_isadeb.match(filename)
if source_match:
package = source_match.group(1)
if determine_source_file_type(filename) == SourcePackageFileType.DSC:
cls = DSCFile
else:
cls = SourceUploadFile
elif binary_match:
package = binary_match.group(1)
cls = {
BinaryPackageFileType.DEB: DebBinaryUploadFile,
BinaryPackageFileType.DDEB: DdebBinaryUploadFile,
BinaryPackageFileType.UDEB: UdebBinaryUploadFile,
}[determine_binary_file_type(filename)]
else:
raise CannotDetermineFileTypeError("Could not determine the type of %r" % filename)
return package, cls
