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103 lines
3.5 KiB
Python
103 lines
3.5 KiB
Python
# internal imports
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import os,sys; sys.path.append(os.path.abspath(os.path.join(os.path.abspath(os.path.join(os.path.dirname(__file__),'..')),'..')))
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from komrade import *
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from komrade.backend import *
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from komrade.backend.phonelines import *
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### ACTUAL PHONE CONNECTIONS
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class TheTelephone(Operator):
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"""
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API client class for Caller to interact with The Operator.
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"""
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def __init__(self, caller=None):
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super().__init__(name=TELEPHONE_NAME)
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self.caller=caller
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from komrade.backend.phonelines import check_phonelines
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keychain = check_phonelines()[TELEPHONE_NAME]
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self._keychain ={**self.load_keychain_from_bytes(keychain)}
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def send_and_receive(self,msg_d,**y):
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# self.log('send and receive got incoming msg:',msg_d)
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# assert that people can speak only with operator in their first enclosed message!
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# if so, dropping the "to"
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if msg_d['to'] != self.op.pubkey.data:
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raise KomradeException('Komrades must communicate securely with Operator first.')
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# opp = Operator(pubkey=msg_d['to'])
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# self.log('got opp:',opp.pubkey.data == msg_d['to'], self.op.pubkey.data == msg_d['to'])
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# self.log('got msg_d:',msg_d)
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# self.log('but going to send just msg?',msg_b)
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msg_b=msg_d["msg"]
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msg_b64 = b64encode(msg_b)
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msg_b64_str = msg_b64.decode()
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self.log(f'''Sending the encrypted content package:\n\n{msg_b64_str}''')
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# seal for transport
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msg_b64_str_esc = msg_b64_str.replace('/','_')
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# dial the operator
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URL = OPERATOR_API_URL + msg_b64_str_esc + '/'
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self.log("DIALING THE OPERATOR:",URL)
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phonecall=komrade_request(URL)
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if phonecall.status_code!=200:
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self.log('!! error in request',phonecall.status_code,phonecall.text)
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return
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# response back from Operator!
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resp_msg_b64_str = phonecall.text
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self.log(f'{self}: Received response from Operator! We got back:\n\n',resp_msg_b64_str)
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resp_msg_b64 = resp_msg_b64_str.encode()
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resp_msg_b = b64decode(resp_msg_b64)
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# self.log('resp_msg_b:',resp_msg_b)
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resp_msg_d = pickle.loads(resp_msg_b)
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# self.log('unpickled:',resp_msg_d)
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# unseal
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from komrade.backend.messages import Message
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resp_msg_obj = Message(resp_msg_d,from_whom=self.op,to_whom=self) #self.unseal_msg(resp_msg_b)
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# res = resp_msg_b_unsealed
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self.log('Decoding binary, message discovered:\n',resp_msg_obj)
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# decrypt
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# resp_msg_obj.decrypt()
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# self.log('returning decrypted form:',resp_msg_obj)
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return resp_msg_obj
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# return self.pronto_pronto(resp_msg_obj)
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def ring_ring(self,msg,**y):
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return super().ring_ring(
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msg,
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to_whom=self.op,
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get_resp_from=self.send_and_receive,
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**y
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)
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def test_call():
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phone = TheTelephone()
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pprint(phone.keychain())
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# caller = Caller('marx33') #Caller('marx')
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# caller.boot(create=True)
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# print(caller.keychain())
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# phone = TheTelephone()
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# req_json = {'_route':'forge_new_keys','name':name, 'pubkey_is_public':pubkey_is_public}}
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# req_json_s = jsonify(req_json)
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# res = phone.req({'forge_new_keys':{'name':'marx', 'pubkey_is_public':True}})
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# print(res)
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# asyncio.run(caller.get_new_keys())
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# x=caller.get_new_keys(passphrase='1869')
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# print('YEAH COOL',x)
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## main
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if __name__=='__main__': test_call() |