def ack(self, message, addr):
self.client.write_json(
address.py_address(addr),
{
'type':'ejmail-mark',
'data':[message.hash],
}
)
def send(self, msg, recipients=None):
'''
Send ejmail.message.Message object to its recipients.
>>> import time
>>> m3addr = ['udp4', ['localhost',9003], 'britta']
>>> m4addr = ['udp4', ['localhost',9004], 'jeff']
>>> m3 = Mailbox(m3addr)
>>> m4 = Mailbox(m4addr)
>>> m4.client.encryptor_cache = m3.client.encryptor_cache
>>> m3.client.encryptor_set(m3addr, ['rotate', 5])
>>> m3.client.encryptor_set(m4addr, ['rotate', -14])
>>> msg = Message({
... 'to':[['Jeff Winger', m4addr]],
... 'from':['Britta Perry', m3addr],
... 'conversation':'Wazzaaaappp',
... 'content':"I'm druunnkkkk",
... })
>>> m3.send(msg); time.sleep(0.1) #doctest: +ELLIPSIS
UDPJack out: ...
>>> m4.conversations.keys()
[u'Wazzaaaappp']
>>> m4.conversations['Wazzaaaappp'].timeline()[0].content
u"I'm druunnkkkk"
>>> m3.unread
{'["udp4",["localhost",9004],"jeff"]': {}}
'''
convo = msg.conversation
self.add_conversation(convo)
convo_obj = self.conversations[convo]
convo_obj.register_message(msg)
recipients = recipients or msg.data['to']
for recipient in recipients:
name, addr = recipient
self.client.write_json(address.py_address(addr), {
'type':'ejmail-message',
'data':msg.data,
})
saddr = address.str_address(addr)
if not saddr in self.unread:
self.unread[saddr] = {}
self.unread[saddr][msg.hash] = msg
def _assert(self, expected, value):
self.assertEqual(expected, py_address(value))
def address(self):
return py_address(self.header)
