zero= np.zeros((size,), dtype=bool)
A = fixSizeBoolList(3,size)
B = fixSizeBoolList(2,size)
theta = fixSizeBoolList(0,size)
temp=fixSizeBoolList(0,size)
Y = fixSizeBoolList(7,size)
ciX=ctx.encrypt(secret_key, A)
ciY=ctx.encrypt(secret_key, B)
print("cix:",ctx.decrypt(secret_key, ciX))
print("ciy:",ctx.decrypt(secret_key, ciY))
enc_theta=ctx.encrypt(secret_key, theta)
enc_temp=ctx.encrypt(secret_key, theta)
enc_val=ctx.encrypt(secret_key, Y)
abc=vm.gate_constant(zero)
begin = time.time()
not_result=equal_check(ciX, ciY)
for j in range(0,size):
print("=================iteration==========",j)
ciX=ciX
print("cix:",ctx.decrypt(secret_key, ciX))
enc_theta=shift(ciX)
for i in range(size):
enc_temp[i]=ciY[j]
abc=vm.gate_copy(enc_temp)
print("enc_theta:",ctx.decrypt(secret_key, enc_theta))
'''for i in range(size):
abc.a[i]=ciY.a[j]
abc.b[i]=ciY.b[j]'''
print("Abc:",ctx.decrypt(secret_key, enc_temp))
mux_result=vm.gate_mux(enc_temp, enc_theta,ciX)
print("mux result:",ctx.decrypt(secret_key, mux_result))
ciX=mux_result
end = time.time()
print(f"Total runtime for 32-bit full adder is {float(end - begin)} second")
zero= np.zeros((size,), dtype=bool) A = fixSizeBoolList(3,size) B = fixSizeBoolList(2,size) theta = fixSizeBoolList(0,size) temp=fixSizeBoolList(0,size) Y = fixSizeBoolList(7,size) ciX=ctx.encrypt(secret_key, A) ciY=ctx.encrypt(secret_key, B) print("cix:",ctx.decrypt(secret_key, ciX)) print("ciy:",ctx.decrypt(secret_key, ciY)) enc_theta=ctx.encrypt(secret_key, theta) enc_temp=ctx.encrypt(secret_key, theta) enc_val=ctx.encrypt(secret_key, Y) abc=vm.gate_constant(zero) begin = time.time()
not_result=equal_check(ciX, ciY)
for j in range(0,size): print("=================iteration==========",j) ciX=ciX print("cix:",ctx.decrypt(secret_key, ciX)) enc_theta=shift(ciX) for i in range(size): enc_temp[i]=ciY[j] abc=vm.gate_copy(enc_temp)
print("enc_theta:",ctx.decrypt(secret_key, enc_theta)) '''for i in range(size): abc.a[i]=ciY.a[j] abc.b[i]=ciY.b[j]''' print("Abc:",ctx.decrypt(secret_key, enc_temp)) mux_result=vm.gate_mux(enc_temp, enc_theta,ciX) print("mux result:",ctx.decrypt(secret_key, mux_result)) ciX=mux_result end = time.time() print(f"Total runtime for 32-bit full adder is {float(end - begin)} second")
assert all(result_bits == reference)
result=ctx.decrypt(secret_key, ciX)
print("mux result:",)
print("result is",boolListToInt(result))
After tracing result is
cix: [ True True False False False False False False] ciy: [False True False False False False False False] =================iteration========== 0 cix: [ True True False False False False False False] enc_theta: [False True True False False False False False] Abc: [False False False False False False False False] mux result: [False True True False False False False False] =================iteration========== 1 cix: [False True True False False False False False] enc_theta: [False False True True False False False False] Abc: [ True True True True True True True True] /usr/local/lib/python3.9/dist-packages/google/colab/_variable_inspector.py:27: UserWarning: device_allocation in out-of-thread context could not be cleaned up globals().clear() /usr/local/lib/python3.9/dist-packages/google/colab/_variable_inspector.py:27: UserWarning: device_allocation in out-of-thread context could not be cleaned up globals().clear() mux result: [False False True True False False False False] =================iteration========== 2 cix: [False False True True False False False False] enc_theta: [False False False True True False False False] Abc: [False False False False False False False False] mux result: [False False False True True False False False] =================iteration========== 3 cix: [False False False True True False False False] enc_theta: [False False False False True True False False] Abc: [False False False False False False False False] mux result: [False False False False True True False False] =================iteration========== 4 cix: [False False False False True True False False] enc_theta: [False False False False False True True False] Abc: [False False False False False False False False] mux result: [False False False False False True True False] =================iteration========== 5 cix: [False False False False False True True False] enc_theta: [False False False False False False True True] Abc: [False False False False False False False False] mux result: [False False False False False False True True] =================iteration========== 6 cix: [False False False False False False True True] enc_theta: [False False False False False False False True] Abc: [False False False False False False False False] mux result: [False False False False False False False True] =================iteration========== 7 cix: [False False False False False False False True] enc_theta: [False False False False False False False False] Abc: [False False False False False False False False] mux result: [False False False False False False False False] Total runtime for 32-bit full adder is 0.6157827377319336 second result is 0 /usr/local/lib/python3.9/dist-packages/google/colab/_variable_inspector.py:27: UserWarning: device_allocation in out-of-thread context could not be cleaned up globals().clear() /usr/local/lib/python3.9/dist-packages/google/colab/_variable_inspector.py:27: UserWarning: device_allocation in out-of-thread context could not be cleaned up globals().clear()