def _ch(self, a, b, c):
gc_ = garbled_circuit.GC(a + b + c, self._input_wire['ch'],
self._output_wire['ch'], self._circuit['ch'])
gc_.update()
ans = gc_.ans
self.genTime += gc_.genTime
self.decTime += gc_.decTime
s = ""
for i in range(0, 32):
s += str(ans['o_' + str(i)])
return s
def _ma(self, a, b, c):
gc_ = garbled_circuit.GC(a + b + c, self._input_wire['ma'],
self._output_wire['ma'], self._circuit['ma'])
#gc_.update()
#ans = gc_.ans
self.genTime += gc_.genTime
# self.decTime += gc_.decTime
s = ""
#for i in range(0, 32):
# s += str(ans['o_' + str(i)])
return s
def _sigma11(self, x):
gc_ = garbled_circuit.GC(x, self._input_wire['s11'],
self._output_wire['s11'],
self._circuit['s11'])
gc_.update()
ans = gc_.ans
self.genTime += gc_.genTime
self.decTime += gc_.decTime
s = ""
for i in range(0, 32):
s += str(ans['o_' + str(i)])
return s
def _sigma00(self, x):
gc_ = garbled_circuit.GC(x, self._input_wire['s00'],
self._output_wire['s00'],
self._circuit['s00'])
# gc_.update()
# ans = gc_.ans
self.genTime += gc_.genTime
# self.decTime += gc_.decTime
s = ""
#for i in range(0, 32):
# s += str(ans['o_' + str(i)])
return s