def _createCpio(self, rpmName = None):
if rpmName is None:
rpmName = 'perl-Archive-Tar-1.46-68.fc11.x86_64.rpm'
cpioPath = os.path.join(self.workDir, 'archive.cpio')
rpmFile = file(os.path.join(self.archiveDir, rpmName))
rpmhelper.extractRpmPayload(rpmFile, file(cpioPath, "w"))
return cpioPath
def testExtractRpmPayload(self):
archives = [
('popt-1.5-4x.i386.rpm', 78252),
('rpm-with-bzip-5.0.29-1.i386.rpm', 248),
]
# We cannot unpack xz-compressed contents with /usr/bin/lzma
if os.path.exists('/usr/bin/xz'):
archives.extend([
('popt-1.13-6.fc12.i686.rpm', 85544),
])
for rpmName, expectedSize in archives:
fileobj = file(os.path.join(self.archiveDir, rpmName))
sio = StringIO.StringIO()
rpmhelper.extractRpmPayload(fileobj, sio)
sio.seek(0, 2)
self.assertEqual(sio.tell(), expectedSize)
# Test exception codepaths
header = {rpmhelper.PAYLOADFORMAT: "super-payload format"}
self.mock(rpmhelper, "readHeader", lambda x: header)
e = self.assertRaises(rpmhelper.UnknownPayloadFormat,
rpmhelper.extractRpmPayload, file("/dev/null"),
None)
self.assertEqual(e.args[0], "super-payload format")
# No payload format, it should assume CPIO. Test compression
header = {rpmhelper.PAYLOADCOMPRESSOR: "lame"}
e = self.assertRaises(rpmhelper.UnknownCompressionType,
rpmhelper.extractRpmPayload, file("/dev/null"),
None)
self.assertEqual(e.args[0], "lame")
# No payload compressor defined we should detect gzip or
# assume uncompressed
header = {rpmhelper.PAYLOADFORMAT: "cpio"}
fileIn = StringIO.StringIO()
fileIn.write('\x1f\x8bThis should be some gziped data')
fileIn.seek(0)
def gzipFunc(*args, **kw):
return 'Gzip File'
self.mock(util, "GzipFile", gzipFunc)
self.assertEqual(rpmhelper.UncompressedRpmPayload(fileIn), 'Gzip File')
fileIn = StringIO.StringIO()
fileIn.write('This is just some uncompressed data')
fileIn.seek(0)
self.assertEqual(rpmhelper.UncompressedRpmPayload(fileIn), fileIn)
def testExtractRpmPayload(self):
archives = [("popt-1.5-4x.i386.rpm", 78252), ("rpm-with-bzip-5.0.29-1.i386.rpm", 248)]
# We cannot unpack xz-compressed contents with /usr/bin/lzma
if os.path.exists("/usr/bin/xz"):
archives.extend([("popt-1.13-6.fc12.i686.rpm", 85544)])
for rpmName, expectedSize in archives:
fileobj = file(os.path.join(self.archiveDir, rpmName))
sio = StringIO.StringIO()
rpmhelper.extractRpmPayload(fileobj, sio)
sio.seek(0, 2)
self.assertEqual(sio.tell(), expectedSize)
# Test exception codepaths
header = {rpmhelper.PAYLOADFORMAT: "super-payload format"}
self.mock(rpmhelper, "readHeader", lambda x: header)
e = self.assertRaises(rpmhelper.UnknownPayloadFormat, rpmhelper.extractRpmPayload, file("/dev/null"), None)
self.assertEqual(e.args[0], "super-payload format")
# No payload format, it should assume CPIO. Test compression
header = {rpmhelper.PAYLOADCOMPRESSOR: "lame"}
e = self.assertRaises(rpmhelper.UnknownCompressionType, rpmhelper.extractRpmPayload, file("/dev/null"), None)
self.assertEqual(e.args[0], "lame")
# No payload compressor defined we should detect gzip or
# assume uncompressed
header = {rpmhelper.PAYLOADFORMAT: "cpio"}
fileIn = StringIO.StringIO()
fileIn.write("\x1f\x8bThis should be some gziped data")
fileIn.seek(0)
def gzipFunc(*args, **kw):
return "Gzip File"
self.mock(util, "GzipFile", gzipFunc)
self.assertEqual(rpmhelper.UncompressedRpmPayload(fileIn), "Gzip File")
fileIn = StringIO.StringIO()
fileIn.write("This is just some uncompressed data")
fileIn.seek(0)
self.assertEqual(rpmhelper.UncompressedRpmPayload(fileIn), fileIn)