def main():
args = hackparse.process_args()
for f in args[1:]:
fobj = open(f, "rb")
cert = fobj.read()
fobj.close()
print "Hackparsing " + f
a = Popen(od.OPENSSL_ARGS, stdin=PIPE, stdout=PIPE, stderr=PIPE)
try: pcert, err = a.communicate(cert)
except: err = MAGIC_ERROR
if err.startswith(MAGIC_ERROR):
a = Popen(od.DER_ARGS, stdin=PIPE, stdout=PIPE, stderr=PIPE)
try:
pcert, err = a.communicate(cert)
t = '-----BEGIN CERTIFICATE-----\n'
t += pcert.encode('base64')
pcert = t + '-----END CERTIFICATE-----\n'
except:
sys.stderr.write("WHACKO ERROR on %s\n" %f)
continue
if err.startswith(MAGIC_ERROR):
sys.stderr.write("failed to load: %s\n" % f)
continue
text, fp = od.opensslParseOneCert(pcert)
moz_verifications = od.verifyCertChain([text], od.MOZ_VERIFY_ARGS)
ms_verifications = od.verifyCertChain([text], od.MS_VERIFY_ARGS)
verifications = zip(moz_verifications, ms_verifications)
hackparse.add_cert_to_db(f, verifications, [text], [fp])
print "SUCCESS ON", f
def parseblob(cert, fingerprint):
a = Popen(od.DER_ARGS, stdin=PIPE, stdout=PIPE, stderr=PIPE)
try: pcert, err = a.communicate(cert)
except: err = MAGIC_ERROR
if err.startswith(MAGIC_ERROR):
return
text, fp = od.opensslParseOneCert(pcert)
moz_verifications = od.verifyCertChain([text], od.MOZ_VERIFY_ARGS)
ms_verifications = od.verifyCertChain([text], od.MS_VERIFY_ARGS)
verifications = zip(moz_verifications, ms_verifications)
hackparse.add_cert_to_db(fingerprint, verifications, [text], [fp])
def parseblob(cert, fingerprint):
a = Popen(od.DER_ARGS, stdin=PIPE, stdout=PIPE, stderr=PIPE)
try:
pcert, err = a.communicate(cert)
except:
err = MAGIC_ERROR
if err.startswith(MAGIC_ERROR):
return
text, fp = od.opensslParseOneCert(pcert)
moz_verifications = od.verifyCertChain([text], od.MOZ_VERIFY_ARGS)
ms_verifications = od.verifyCertChain([text], od.MS_VERIFY_ARGS)
verifications = zip(moz_verifications, ms_verifications)
hackparse.add_cert_to_db(fingerprint, verifications, [text], [fp])
