p≡p for Python
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#!/usr/bin/env python3
# -*- coding: utf-8 -*-
from . import constants
import pytest
# """
# >>> import pEp
# >>> me = pEp.Identity("alice.smith@peptest.ch", "Alice Smith", "23")
# >>> me.username
# 'Alice Smith'
# >>> print(me)
# Alice Smith <alice.smith@peptest.ch>
# >>> you = pEp.Identity("bob.bourne@peptest.ch", "Bob Bourne", "42")
# >>> print(you)
# Bob Bourne <bob.bourne@peptest.ch>
# >>> m = pEp.outgoing_message(me)
# >>> m.to = [you]
# >>> m.shortmsg = "let's meet next week"
# >>> m.longmsg = "Please call me back"
# >>> m2 = m.encrypt()
# >>> print(m2)
# >>> m3, keys, rating, flags = m2.decrypt()
# >>> rating
# pEp.rating.reliable
# """
#
# if __name__ == "__main__":
# import doctest
# doctest.testmod()
def test_basic(pEp, model):
me = pEp.Identity(
model.alice.addr,
model.alice.name,
model.alice.user_id
)
assert me.username == model.alice.name
assert str(me) == str(model.alice)
you = pEp.Identity(
model.bob.addr,
model.bob.name,
model.bob.user_id
)
assert str(you) == str(model.bob)
#TODO: pEp.outgoing_message() needs to return type pEp.Message not None
m = pEp.outgoing_message(me)
m.to = [you]
m.shortmsg = constants.SUBJECT
m.longmsg = constants.BODY
#TODO: encrypt needs to return message type
m2 = m.encrypt()
m3, keys, rating, flags = m2.decrypt()
#TODO: fix pEp.rating
# assert rating == pEp.