def test_H1CNOT(self):
bit1, bit2 = Q.create_register(2)
bit1.H()
bit2.X()
Q.CNOT(bit1, bit2)
m1, m2 = bit1.M(), bit2.M()
self.assertNotEqual(m1, m2)
def test_1H1CCNOT(self):
reg = Q.create_register(3)
reg[0].X()
reg[1].H()
reg[2].X()
Q.CCNOT(*reg)
m1, m2, m3 = Q.observe_all(*reg)
self.assertTrue(m1 and (m2 != m3))
def test_01CNOT(self):
# bit1 = Q.Qubit(Q.State.zero())
# bit2 = Q.Qubit(Q.State.one())
bit1, bit2 = Q.create_register(2)
bit2.X()
Q.CNOT(bit1, bit2)
m1, m2 = bit1.M(), bit2.M()
self.assertTrue((not m1) and m2)
def test_layeredCNOT(self):
reg = Q.create_register(3)
reg[0].X() # |1>
Q.CNOT(reg[0], reg[1])
reg[2].X() # |1>
Q.CNOT(reg[1], reg[2])
m = reg[2].M()
self.assertTrue(not m)
def execute(self, env):
if self.dtype == None: return
env.overwrite(
self.address, self.address + self.size,
list(Q.create_register(self.size))
if self.dtype == "Q" else [0 for i in range(self.size)])