def ft_syndicate_principal():
"""
Functional tests for creating, reading, and deleting SyndicatePrincipals.
"""
c_syndicate.crypto_init()
print "generating key pair"
pubkey_pem, privkey_pem = api.generate_key_pair(4096)
user_email = "*****@*****.**"
print "saving principal"
key = generate_symmetric_secret()
put_sealed_principal_data(user_email, key, pubkey_pem, privkey_pem)
print "fetching principal private key"
saved_privkey_pem = get_principal_pkey(user_email, key)
assert saved_privkey_pem is not None, "Could not fetch saved private key"
assert saved_privkey_pem == privkey_pem, "Saved private key does not match actual private key"
print "delete principal"
observer_storage.delete_principal_data(user_email)
print "make sure its deleted..."
saved_privkey_pem = get_principal_pkey(user_email, key)
assert saved_privkey_pem is None, "Principal key not deleted"
c_syndicate.crypto_shutdown()
def ft_syndicate_principal():
"""
Functional tests for creating, reading, and deleting SyndicatePrincipals.
"""
print "generating key pair"
pubkey_pem, privkey_pem = api.generate_key_pair(4096)
user_email = "*****@*****.**"
print "saving principal"
put_principal_data(user_email, "asdf", pubkey_pem, privkey_pem)
print "fetching principal private key"
saved_privkey_pem = get_principal_pkey(user_email, "asdf")
assert saved_privkey_pem is not None, "Could not fetch saved private key"
assert saved_privkey_pem == privkey_pem, "Saved private key does not match actual private key"
print "delete principal"
delete_principal_data(user_email)
print "make sure its deleted..."
saved_privkey_pem = get_principal_pkey(user_email, "asdf")
assert saved_privkey_pem is None, "Principal key not deleted"
def ft_syndicate_principal(): """ Functional tests for creating, reading, and deleting SyndicatePrincipals. """ print "generating key pair" pubkey_pem, privkey_pem = api.generate_key_pair( 4096 ) user_email = "*****@*****.**" print "saving principal" put_principal_data( user_email, "asdf", pubkey_pem, privkey_pem ) print "fetching principal private key" saved_privkey_pem = get_principal_pkey( user_email, "asdf" ) assert saved_privkey_pem is not None, "Could not fetch saved private key" assert saved_privkey_pem == privkey_pem, "Saved private key does not match actual private key" print "delete principal" delete_principal_data( user_email ) print "make sure its deleted..." saved_privkey_pem = get_principal_pkey( user_email, "asdf" ) assert saved_privkey_pem is None, "Principal key not deleted"
def ft_syndicate_principal():
"""
Functional tests for creating, reading, and deleting SyndicatePrincipals.
"""
c_syndicate.crypto_init()
print "generating key pair"
pubkey_pem, privkey_pem = api.generate_key_pair(4096)
user_email = "*****@*****.**"
print "saving principal"
key = generate_symmetric_secret()
put_sealed_principal_data(user_email, key, pubkey_pem, privkey_pem)
print "fetching principal private key"
saved_privkey_pem = get_principal_pkey(user_email, key)
assert saved_privkey_pem is not None, "Could not fetch saved private key"
assert saved_privkey_pem == privkey_pem, "Saved private key does not match actual private key"
print "delete principal"
observer_storage.delete_principal_data(user_email)
print "make sure its deleted..."
saved_privkey_pem = get_principal_pkey(user_email, key)
assert saved_privkey_pem is None, "Principal key not deleted"
c_syndicate.crypto_shutdown()
def ft_seal_and_unseal():
"""
Functional test for sealing/unsealing data
"""
print "generating key pair"
pubkey_pem, privkey_pem = api.generate_key_pair( 4096 )
sealed_buf = create_sealed_and_signed_blob( privkey_pem, "foo", "hello world")
print "sealed data is:\n\n%s\n\n" % sealed_buf
buf = verify_and_unseal_blob( pubkey_pem, "foo", sealed_buf )
print "unsealed data is: \n\n%s\n\n" % buf
def ft_seal_and_unseal():
"""
Functional test for sealing/unsealing data
"""
print "generating key pair"
pubkey_pem, privkey_pem = api.generate_key_pair(4096)
sealed_buf = create_sealed_and_signed_blob(privkey_pem, "foo",
"hello world")
print "sealed data is:\n\n%s\n\n" % sealed_buf
buf = verify_and_unseal_blob(pubkey_pem, "foo", sealed_buf)
print "unsealed data is: \n\n%s\n\n" % buf
def ft_seal_and_unseal():
"""
Functional test for sealing/unsealing data
"""
import syndicate.observer.core as observer_core
c_syndicate.crypto_init()
print "generating key pair"
pubkey_pem, privkey_pem = api.generate_key_pair(4096)
key = observer_core.generate_symmetric_secret()
sealed_buf = create_sealed_and_signed_blob(privkey_pem, key, "hello world")
print "sealed data is:\n\n%s\n\n" % sealed_buf
buf = verify_and_unseal_blob(pubkey_pem, key, sealed_buf)
print "unsealed data is: \n\n%s\n\n" % buf
c_syndicate.crypto_shutdown()
def ft_seal_and_unseal():
"""
Functional test for sealing/unsealing data
"""
import syndicate.observer.core as observer_core
c_syndicate.crypto_init()
print "generating key pair"
pubkey_pem, privkey_pem = api.generate_key_pair( 4096 )
key = observer_core.generate_symmetric_secret()
sealed_buf = create_sealed_and_signed_blob( privkey_pem, key, "hello world")
print "sealed data is:\n\n%s\n\n" % sealed_buf
buf = verify_and_unseal_blob( pubkey_pem, key, sealed_buf )
print "unsealed data is: \n\n%s\n\n" % buf
c_syndicate.crypto_shutdown()
return None # user already existed
if new_user is None:
# the method itself failed
raise Exception("Creating %s failed" % user_email)
else:
# activate the user.
# first, generate a keypair, if one was not given
pubkey_pem = None
privkey_pem = None
generated_keys = False
if 'signing_private_key' not in user_kw.keys():
log.info("Generating %s-bit key pair for %s" % (msconfig.OBJECT_KEY_SIZE, user_email))
pubkey_pem, privkey_pem = api.generate_key_pair( msconfig.OBJECT_KEY_SIZE )
generated_keys = True
else:
privkey_pem = user_kw['signing_private_key']
try:
pubkey_pem = CryptoKey.importKey( observer_pkey_pem ).publickey().exportKey()
except Exception, e:
logger.error("Malformed private key")
raise e
# then, activate the account with the keypair
try:
activate_rc = client.register_account( user_email, user_activate_pw, signing_public_key=pubkey_pem )
except Exception, e:
if new_user is None:
# the method itself failed
raise Exception("Creating %s failed" % user_email)
else:
# activate the user.
# first, generate a keypair, if one was not given
pubkey_pem = None
privkey_pem = None
generated_keys = False
if 'signing_private_key' not in user_kw.keys():
log.info("Generating %s-bit key pair for %s" %
(msconfig.OBJECT_KEY_SIZE, user_email))
pubkey_pem, privkey_pem = api.generate_key_pair(
msconfig.OBJECT_KEY_SIZE)
generated_keys = True
else:
privkey_pem = user_kw['signing_private_key']
try:
pubkey_pem = CryptoKey.importKey(
observer_pkey_pem).publickey().exportKey()
except Exception, e:
logger.error("Malformed private key")
raise e
# then, activate the account with the keypair
try:
activate_rc = client.register_account(