def test_qasm_qdef():
# weaker test condition (str) since we don't have access to the actual class
q = Qasm("def Q,0,Q",'qubit q0','Q q0')
Qgate = CreateOneQubitGate('Q')
assert str(q.get_circuit()) == 'Q(0)'
q = Qasm("def CQ,1,Q", 'qubit q0', 'qubit q1', 'CQ q0,q1')
Qgate = CreateCGate('Q')
assert str(q.get_circuit()) == 'C((1),Q(0))'
def test_qasm_ex1_methodcalls():
q = Qasm()
q.qubit('q_0')
q.qubit('q_1')
q.h('q_0')
q.cnot('q_0', 'q_1')
assert q.get_circuit() == CNOT(1, 0) * H(1)
def test_qasm_ex1_methodcalls():
q = Qasm()
q.qubit("q_0")
q.qubit("q_1")
q.h("q_0")
q.cnot("q_0", "q_1")
assert q.get_circuit() == CNOT(1, 0) * H(1)
def test_qasm_1q():
for symbol, gate in [
("x", X),
("z", Z),
("h", H),
("s", S),
("t", T),
("measure", Mz),
]:
q = Qasm("qubit q_0", "%s q_0" % symbol)
assert q.get_circuit() == gate(0)
def test_qasm_ex1_methodcalls():
q = Qasm()
q.qubit('q_0')
q.qubit('q_1')
q.h('q_0')
q.cnot('q_0', 'q_1')
assert q.get_circuit() == CNOT(1,0)*H(1)
def test_qasm_ex2():
q = Qasm(
"qubit q_0",
"qubit q_1",
"qubit q_2",
"h q_1",
"cnot q_1,q_2",
"cnot q_0,q_1",
"h q_0",
"measure q_1",
"measure q_0",
"c-x q_1,q_2",
"c-z q_0,q_2",
)
assert q.get_circuit() == CGate(2, Z(0)) * CGate(1, X(0)) * Mz(2) * Mz(1) * H(
2
) * CNOT(2, 1) * CNOT(1, 0) * H(1)
def test_qasm_qdef():
# weaker test condition (str) since we don't have access to the actual class
q = Qasm("def Q,0,Q", 'qubit q0', 'Q q0')
assert str(q.get_circuit()) == 'Q(0)'
q = Qasm("def CQ,1,Q", 'qubit q0', 'qubit q1', 'CQ q0,q1')
assert str(q.get_circuit()) == 'C((1),Q(0))'
def test_qasm_qdef():
# weaker test condition (str) since we don't have access to the actual class
q = Qasm("def Q,0,Q", "qubit q0", "Q q0")
assert str(q.get_circuit()) == "Q(0)"
q = Qasm("def CQ,1,Q", "qubit q0", "qubit q1", "CQ q0,q1")
assert str(q.get_circuit()) == "C((1),Q(0))"
def test_qasm_swap():
q = Qasm('qubit q0', 'qubit q1', 'cnot q0,q1', 'cnot q1,q0', 'cnot q0,q1')
assert q.get_circuit() == CNOT(1, 0) * CNOT(0, 1) * CNOT(1, 0)
def test_qasm_swap():
q = Qasm('qubit q0', 'qubit q1', 'cnot q0,q1', 'cnot q1,q0', 'cnot q0,q1')
assert q.get_circuit() == CNOT(1,0)*CNOT(0,1)*CNOT(1,0)
def test_qasm_ex1():
q = Qasm('qubit q0', 'qubit q1', 'h q0', 'cnot q0,q1')
assert q.get_circuit() == CNOT(1, 0) * H(1)
def display(self):
print(self.qasm)
Qasm(*self.qasm).plot()
def test_qasm_3q():
q = Qasm("qubit q0", "qubit q1", "qubit q2", "toffoli q2,q1,q0")
assert q.get_circuit() == CGateS((0, 1), X(2))
def test_qasm_2q():
for symbol, gate in [("cnot", CNOT), ("swap", SWAP), ("cphase", CPHASE)]:
q = Qasm("qubit q_0", "qubit q_1", "%s q_0,q_1" % symbol)
assert q.get_circuit() == gate(1, 0)
def test_qasm_ex2():
q = Qasm('qubit q_0', 'qubit q_1', 'qubit q_2', 'h q_1',
'cnot q_1,q_2', 'cnot q_0,q_1', 'h q_0',
'measure q_1', 'measure q_0',
'c-x q_1,q_2', 'c-z q_0,q_2')
assert q.get_circuit() == CGate(2,Z(0))*CGate(1,X(0))*Mz(2)*Mz(1)*H(2)*CNOT(2,1)*CNOT(1,0)*H(1)
def test_qasm_1q():
for symbol, gate in [('x', X), ('z', Z), ('h', H), ('s', S), ('t', T), ('measure', Mz)]:
q = Qasm('qubit q_0', '%s q_0' % symbol)
assert q.get_circuit() == gate(0)
def test_qasm_2q():
for symbol, gate in [('cnot', CNOT), ('swap', SWAP), ('cphase', CPHASE)]:
q = Qasm('qubit q_0', 'qubit q_1', '%s q_0,q_1' % symbol)
assert q.get_circuit() == gate(1, 0)
def test_qasm_ex2():
q = Qasm('qubit q_0', 'qubit q_1', 'qubit q_2', 'h q_1', 'cnot q_1,q_2',
'cnot q_0,q_1', 'h q_0', 'measure q_1', 'measure q_0',
'c-x q_1,q_2', 'c-z q_0,q_2')
assert q.get_circuit() == CGate(2, Z(0)) * CGate(
1, X(0)) * Mz(2) * Mz(1) * H(2) * CNOT(2, 1) * CNOT(1, 0) * H(1)
def test_qasm_ex1():
q = Qasm("qubit q0", "qubit q1", "h q0", "cnot q0,q1")
assert q.get_circuit() == CNOT(1, 0) * H(1)
def test_qasm_2q():
for symbol, gate in [('cnot', CNOT), ('swap', SWAP), ('cphase', CPHASE)]:
q = Qasm('qubit q_0', 'qubit q_1', '%s q_0,q_1' % symbol)
assert q.get_circuit() == gate(1,0)
def test_qasm_3q():
q = Qasm('qubit q0', 'qubit q1', 'qubit q2', 'toffoli q2,q1,q0')
assert q.get_circuit() == CGateS((0,1),X(2))
def test_qasm_1q():
for symbol, gate in [('x', X), ('z', Z), ('h', H), ('s', S), ('t', T),
('measure', Mz)]:
q = Qasm('qubit q_0', '%s q_0' % symbol)
assert q.get_circuit() == gate(0)
def test_qasm_swap():
q = Qasm("qubit q0", "qubit q1", "cnot q0,q1", "cnot q1,q0", "cnot q0,q1")
assert q.get_circuit() == CNOT(1, 0) * CNOT(0, 1) * CNOT(1, 0)
def test_qasm_3q():
q = Qasm('qubit q0', 'qubit q1', 'qubit q2', 'toffoli q2,q1,q0')
assert q.get_circuit() == CGateS((0, 1), X(2))
def test_qasm_ex1():
q = Qasm('qubit q0', 'qubit q1', 'h q0', 'cnot q0,q1')
assert q.get_circuit() == CNOT(1,0)*H(1)
