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142 lines
4.4 KiB
Python
142 lines
4.4 KiB
Python
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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class Person(Caller):
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# def ring_ring(self,msg,to_whom = None):
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# # if no one intended, call the operator
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# #return super().ring_ring(with_msg,to_phone=self.op)
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# if not to_whom: to_whom = self.op
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# # create a message, caller 2 caller
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# msg_obj = self.compose_msg_to(msg, to_whom)
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# # ring 2: use 'Caller' class to dial and get response
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# resp_msg_obj = super().ring_ring(
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# msg_obj
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# )
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# self.log('resp_msg_encr_caller2caller',resp_msg_encr_caller2caller)
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# # ring 3: decrypt and send back
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# resp_msg_unencr = self.unpackage_msg_from(
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# msg_encr_caller2caller,
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# to_whom
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# )
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# self.log('resp_msg_unencr',resp_msg_encr_caller2caller)
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# return resp_msg_unencr
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# def ring_ring(self,with_msg,to_whom = None):
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# # if no one intended, call the operator
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# #return super().ring_ring(with_msg,to_phone=self.op)
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# if not to_whom: to_whom = self.op
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# # msg should be unencrypted
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# msg_unencr = with_msg
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# self.log('msg_unencr',msg_unencr)
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# # ring 1: encrypt caller2phone
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# msg_encr_caller2caller = self.package_msg_to(
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# msg_unencr,
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# to_whom
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# )
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# self.log('msg_encr_caller2caller!',msg_encr_caller2caller)
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# # ring 2: use 'Caller' class to dial and get response
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# resp_msg_encr_caller2caller = super().ring_ring(
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# msg_encr_caller2caller
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# )
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# self.log('resp_msg_encr_caller2caller',resp_msg_encr_caller2caller)
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# # ring 3: decrypt and send back
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# resp_msg_unencr = self.unpackage_msg_from(
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# msg_encr_caller2caller,
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# to_whom
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# )
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# self.log('resp_msg_unencr',resp_msg_encr_caller2caller)
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# return resp_msg_unencr
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def send_msg_to(self,msg,to_whom):
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return self.ring_ring(msg,to_whom)
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def ring_ring(self,msg,to_whom):
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return super().super().ring_ring(
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msg,
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to_whom,
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get_resp_from=super().ring_ring
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)
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def register(self,name=None,passphrase=DEBUG_DEFAULT_PASSPHRASE, is_group=None):
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# get needed metadata
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if not name: name=self.name
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if name is None:
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name = input('\nWhat is the name for this account? ')
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if passphrase is None:
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passphrase = getpass.getpass('\nEnter a memborable password: ')
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# if is_group is None:
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# is_group = input('\nIs this a group account? [y/N]').strip().lower() == 'y'
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# form request to operator
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msg_to_op = {'_please':'forge_new_keys'}
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msg_response = self.phone.ring_ring(
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msg_to_op,
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self.op
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)
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# call and ask operator to register us
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# for only this one! we skip straight to phone,
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# since I don't have any public keys yet
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resp = self.phone.ring_ring(msg_to_op)
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return resp
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def get_new_keys(self, name = None, passphrase = DEBUG_DEFAULT_PASSPHRASE, is_group=None):
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# get needed metadata
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if not name: name=self.name
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if name is None:
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name = input('\nWhat is the name for this account? ')
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if passphrase is None:
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passphrase = getpass.getpass('\nEnter a memborable password: ')
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# if is_group is None:
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# is_group = input('\nIs this a group account? [y/N]').strip().lower() == 'y'
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phone_res = self.phone.ring(msg_to_op)
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# URI id
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uri_id = phone_res.get('uri_id')
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returned_keys = phone_res.get('_keychain')
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self.log('got URI from Op:',uri_id)
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self.log('got returnd keys from Op:',returned_keys)
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stop
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# better have the right keys
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assert set(KEYMAKER_DEFAULT_KEYS_TO_SAVE_ON_CLIENT) == set(returned_keys.keys())
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# now save these keys!
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saved_keys = self.save_keychain(name,returned_keys,uri_id=uri_id)
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self.log('saved keys!',saved_keys)
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# better have the right keys
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# assert set(KEYMAKER_DEFAULT_KEYS_TO_SAVE) == set(saved_keys.keys())
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# success!
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self.log('yay!!!!')
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return saved_keys
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if __name__=='__main__':
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person = Person('marx')
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person.register() |