def sigaba_setup(self, rotor_num, num_iterations=1):
param = tlvobject.TlvEntry().to_sequence([
tlvobject.TlvEntry().to_int(rotor_num),
tlvobject.TlvEntry().to_int(num_iterations)
])
res = self.do_method_call(self._handle, 'sigabasetup', param)
return res
def make_state(self, machine_name, machine_config, rotor_pos=''):
params = [
tlvobject.TlvEntry().to_string(machine_name),
tlvobject.TlvDict.dict_to_tlv(machine_config),
tlvobject.TlvEntry().to_string(rotor_pos)
]
param = tlvobject.TlvEntry().to_sequence(params)
res = tlvobject.TlvServer.method_call(self._server_address, "rmsk2",
"makestate", param)
return res[0]
def get_randomizer_params(self):
param = tlvobject.TlvEntry().to_null()
res = self.do_method_call(self._handle, 'getrandparm', param)
if (len(res) == 1) and (res[0] == ''):
res = []
return res
def set_rotor_positions(self, new_positions):
param = tlvobject.TlvEntry().to_string(new_positions)
res = self.do_method_call(self._handle, 'setpositions', param)
def get_rotor_positions(self):
param = tlvobject.TlvEntry().to_null()
res = self.do_method_call(self._handle, 'getpositions', param)
return res[0]
def get_description(self):
param = tlvobject.TlvEntry().to_null()
res = self.do_method_call(self._handle, 'getdescription', param)
return res[0]
def get_default_state(self, machine_name):
param = tlvobject.TlvEntry().to_string(machine_name)
res = tlvobject.TlvServer.method_call(self._server_address, "rmsk2",
"getdefaultstate", param)
return res[0]
def randomize_rotor_set_state(self, rotor_set_name):
param = tlvobject.TlvEntry().to_string(rotor_set_name)
res = self.do_method_call(self._handle, 'randomizerotorsetstate',
param)
def get_rotor_set_names(self):
param = tlvobject.TlvEntry().to_null()
res = self.do_method_call(self._handle, 'getrotorsetnames', param)
return res
def go_to_letter_state(self):
param = tlvobject.TlvEntry().to_null()
res = self.do_method_call(self._handle, 'gotoletterstate', param)
def get_config(self):
param = tlvobject.TlvEntry().to_null()
res = self.do_method_call(self._handle, 'getconfig', param)
return tlvobject.TlvDict.parsed_tlv_to_dict(res[0])
def get_state(self):
param = tlvobject.TlvEntry().to_null()
res = self.do_method_call(self._handle, 'getstate', param)
return res[0]
def decrypt(self, data_to_decrypt):
param = tlvobject.TlvEntry().to_string(data_to_decrypt.lower())
res = self.do_method_call(self._handle, 'decrypt', param)
return res[0]
def __init__(self, machine_state, server_address):
super().__init__(server_address)
param = tlvobject.TlvEntry().to_byte_array(machine_state)
res = self.do_method_call('new', 'rotorproxy', param)
self._handle = res[0]
def set_state(self, new_state):
param = tlvobject.TlvEntry().to_byte_array(new_state)
res = self.do_method_call(self._handle, 'setstate', param)
def get_permutations(self, num_iterations=0):
param = tlvobject.TlvEntry().to_int(num_iterations)
res = self.do_method_call(self._handle, 'getpermutations', param)
res = list(map(lambda x: list(x), res))
return res
def randomize_state(self, randomize_param=''):
param = tlvobject.TlvEntry().to_string(randomize_param)
res = self.do_method_call(self._handle, 'randomizestate', param)
def get_rotor_set_state(self, rotor_set_name):
param = tlvobject.TlvEntry().to_string(rotor_set_name)
res = self.do_method_call(self._handle, 'getrotorsetstate', param)
return res[0]
def step(self, num_iterations=1):
param = tlvobject.TlvEntry().to_int(num_iterations)
res = self.do_method_call(self._handle, 'step', param)
return res
def set_rotor_set_state(self, rotor_set_name, rotor_set_data):
param = tlvobject.TlvEntry().to_sequence([
tlvobject.TlvEntry().to_string(rotor_set_name),
tlvobject.TlvEntry().to_byte_array(rotor_set_data)
])
res = self.do_method_call(self._handle, 'setrotorsetstate', param)
def gaf_to_bp_wiring(self, plug_spec):
param = tlvobject.TlvEntry().to_string(plug_spec)
res = tlvobject.TlvServer.method_call(self._server_address, "rmsk2",
"gaftobpwiring", param)
return res[0]