def test_bad_defkey(self,bilateral):
# bad sender passphrase, cannot sign
id1 = GPGMIME(bilateral['gpg1'],default_key=receiver)
with raises(KeyMissingError): id1.sign(msgrev)
with raises(KeyMissingError): id1.encrypt(msgrev,sign=True)
# bad receiver key, cannot decrypt
enc = bilateral['id2'].encrypt(msgrev,toself=False)[0]
assert enc and id1.decrypt(enc)[0] is None
def test_bad_defkey(self, bilateral):
# bad sender passphrase, cannot sign
id1 = GPGMIME(bilateral['gpg1'], default_key=receiver)
with raises(KeyMissingError):
id1.sign(msgrev)
with raises(KeyMissingError):
id1.encrypt(msgrev, sign=True)
# bad receiver key, cannot decrypt
enc = bilateral['id2'].encrypt(msgrev, toself=False)[0]
assert enc and id1.decrypt(enc)[0] is None
def test_bad_passphrase(self, bilateral):
# bad sender passphrase, cannot sign
id1 = GPGMIME(bilateral['gpg1'], default_key=(sender, 'wrong'))
assert id1.sign(msg)[0] is None
assert id1.encrypt(msg, sign=True)[0] is None
# bad receiver passphrase, cannot decrypt
enc = bilateral['id2'].encrypt(msgrev)[0]
assert enc and id1.decrypt(enc)[0] is None
def test_bad_passphrase(self,bilateral):
# bad sender passphrase, cannot sign
id1 = GPGMIME(bilateral['gpg1'],default_key=(sender,'wrong'))
assert id1.sign(msg)[0] is None
assert id1.encrypt(msg,sign=True)[0] is None
# bad receiver passphrase, cannot decrypt
enc = bilateral['id2'].encrypt(msgrev)[0]
assert enc and id1.decrypt(enc)[0] is None
def test_no_defkey(self, bilateral):
# missing defkey, cannot sign
id1 = GPGMIME(bilateral['gpg1'])
assert id1.sign(msg)[0] is None
assert id1.encrypt(msg, sign=True)[0] is None
# no receiver key, cannot decrypt
enc = bilateral['id2'].encrypt(msgrev)[0]
assert enc
mail, valid, result = id1.decrypt(enc)
assert mail is None and not valid and not result['signed']
def test_no_defkey(self,bilateral):
# missing defkey, cannot sign
id1 = GPGMIME(bilateral['gpg1'])
assert id1.sign(msg)[0] is None
assert id1.encrypt(msg,sign=True)[0] is None
# no receiver key, cannot decrypt
enc = bilateral['id2'].encrypt(msgrev)[0]
assert enc
mail, valid, result = id1.decrypt(enc)
assert mail is None and not valid and not result['signed']
def unilateral(request,keys):
keyring = tmpfname()
gpg = gnupg.GPG(keyring=keyring,secring=keys['secrings'][0],use_agent=False)
gpg.import_keys(keys['pubkey1'])
gpg.import_keys(keys['pubkey2']) # sender knows receiver pubkey
id = GPGMIME(gpg,default_key=(sender,passphrase))
sgn = id.sign(msg)[0]
enc = id.encrypt(msg,toself=False,sign=False)[0]
def fin():
import os
os.unlink(keyring)
request.addfinalizer(fin)
return {'id':id,'sgn':sgn,'enc':enc}
def unilateral(request, keys):
keyring = tmpfname()
gpg = gnupg.GPG(keyring=keyring,
secring=keys['secrings'][0],
use_agent=False)
gpg.import_keys(keys['pubkey1'])
gpg.import_keys(keys['pubkey2']) # sender knows receiver pubkey
id = GPGMIME(gpg, default_key=(sender, passphrase))
sgn = id.sign(msg)[0]
enc = id.encrypt(msg, toself=False, sign=False)[0]
def fin():
import os
os.unlink(keyring)
request.addfinalizer(fin)
return {'id': id, 'sgn': sgn, 'enc': enc}