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 qdef(self, name, ncontrols, symbol):
from sympy.physics.quantum.circuitplot import CreateOneQubitGate, CreateCGate
ncontrols = int(ncontrols)
command = fixcommand(name)
symbol = stripquotes(symbol)
if ncontrols > 0:
self.defs[command] = CreateCGate(symbol)
else:
self.defs[command] = CreateOneQubitGate(symbol)
def test_createc():
Qgate = CreateCGate('Q')
assert str(Qgate([1], 0)) == 'C((1),Q(0))'
def test_createc():
Qgate = CreateCGate("Q")
assert str(Qgate([1], 0)) == "C((1),Q(0))"
