def test1():
pkr = PGP.load_pubring('pubring.pgp')
daft = pkr['daft']
daft_pkt = daft._pubkey_pkt.pack()
s1 = EVP.MessageDigest('sha1')
s1.update(daft_pkt)
print `s1.final()`
buf = StringIO(daft_pkt)
ps = PGP.packet_stream(buf)
dift_pkt = ps.read()
s2 = EVP.MessageDigest('sha1')
s2.update(dift_pkt.pack())
print `s2.final()`
def test_simple(self):
pkr = PGP.load_pubring('tests/pubring.pgp')
daft = pkr['daft']
daft_pkt = daft._pubkey_pkt.pack()
s1 = EVP.MessageDigest('sha1')
s1.update(daft_pkt)
s1f = ` s1.final() `
buf = StringIO(daft_pkt)
ps = PGP.packet_stream(buf)
dift_pkt = ps.read()
s2 = EVP.MessageDigest('sha1')
s2.update(dift_pkt.pack())
s2f = ` s2.final() `
self.assertEqual(s1f, s2f)
def test_simple(self):
pkr = PGP.load_pubring('tests/pubring.pgp')
daft = pkr['daft']
daft_pkt = daft._pubkey_pkt.pack()
s1 = EVP.MessageDigest('sha1')
s1.update(daft_pkt)
s1f = `s1.final()`
buf = StringIO(daft_pkt)
ps = PGP.packet_stream(buf)
dift_pkt = ps.read()
s2 = EVP.MessageDigest('sha1')
s2.update(dift_pkt.pack())
s2f = `s2.final()`
self.assertEqual(s1f, s2f)
DESC = {
PGP.public_key_packet: desc_public_key,
PGP.trust_packet: desc_trust,
PGP.userid_packet: desc_userid,
PGP.signature_packet: desc_signature,
PGP.private_key_packet: desc_private_key,
PGP.cke_packet: desc_cke,
PGP.pke_packet: desc_pke,
PGP.literal_packet: desc_literal,
}
if __name__ == '__main__':
import sys
count = 0
for arg in sys.argv[1:]:
f = open(arg, 'rb')
ps = PGP.packet_stream(f)
while 1:
pkt = ps.read()
if pkt is None:
break
elif pkt:
print '-'*70
DESC[pkt.__class__](pkt)
count = count + ps.count()
ps.close()
print '-'*70
print 'Total octets processed =', count
