def test_0(self):
qid_0 = CreateRegister(1)
qid_1 = CreateRegister(2, 2)
qubit_num = InitRegister(qid_0, qid_1)
cid_0 = CreateRegister(1)
cmem_num = InitRegister(cid_0)
bk = Backend('qlazy_qstate_simulator')
qc = QComp(qubit_num=qubit_num, cmem_num=cmem_num, backend=bk)
qc.h(qid_0[0])
qc.cx(qid_0[0], qid_1[0][0]).cx(qid_0[0], qid_1[0][1]).cx(
qid_0[0], qid_1[1][0]).cx(qid_0[0], qid_1[1][1])
qc.h(qid_0[0])
qc.measure(qid=[qid_0[0]], cid=[cid_0[0]])
res = qc.run(shots=10)
self.assertEqual(res['measured_qid'], [0])
self.assertEqual(res['frequency']['0'] + res['frequency']['1'], 10)
def test_cx(self):
"""test 'CX'
"""
bk = Backend('qlazy_stabilizer_simulator')
qc = QComp(qubit_num=2, backend=bk)
res = qc.cx(0, 1).run(reset_qubits=False)
actual = qc.stab.get_str()
expect = " ZI\n ZZ\n"
qc.free()
self.assertEqual(actual, expect)
