def getHdr(self, pkg):
hdr_name = "%s/hdr_%s" % (self.config.tempdir, pkg.getNEVRA())
apkg = pyrpm.getRpmIOFactory(self.config, "file://%s" % hdr_name)
try:
apkg.write(pkg)
apkg.close()
except IOError:
return None
return hdr_name
def save(self):
name = "%s/%s" % (os.getcwd(), self["filename"])
pkg = pyrpm.RpmPackage(self.config, "file://%s" % self["hdr"])
pkg.read()
apkg = pyrpm.getRpmIOFactory(name)
try:
apkg.write(pkg)
apkg.close()
except IOError:
print "Could not write package header"
return None
pkg.close()
target_fd = open(name, "ab")
# print "tell=%d" % target_fd.tell()
gz_cpio = gzipFile(self["cpio"])
gz_cpio_size = os.stat(gz_cpio).st_size
fd = open(gz_cpio, "rb")
size = 0
while size < gz_cpio_size:
if gz_cpio_size - size > 65536:
data = fd.read(65536)
else:
data = fd.read(gz_cpio_size - size)
# if size == 0:
# tmp_data = data[12:]
# data = struct.pack("!cccccccccccc",
# '\x1F', '\x8B', '\x08', '\x00',
# '\x00', '\x00', '\x00', '\x00',
# '\x00', '\x03', '\xD4', '\xBD')
# data += tmp_data
target_fd.write(data)
size += len(data)
fd.close()
target_fd.close()