def test_id_gate_with_explist(self):
# FIXME: check # params.
qasm = 'qreg q[10];' + \
'u1(0.) q[0];' + \
'u2(0., 0.) q[0];' + \
'u3(0., 0., 0.) q[0];'
# print(translate(qasm))
mod = load_circuit(qasm)
def test_yacc_error(self):
qasm = 'qreg q[10];\n' + \
'h q[0]\n' + \
'h q[1];\n' + \
'_h q[2];\n' + \
'h q[3];\n' + \
'h q[4];\n'
# print(translate(qasm))
with self.assertRaises(SyntaxError):
mod = load_circuit(qasm)
def test_barrier(self):
qasm = 'qreg q[10];' + \
'barrier q[0];'
# print(translate(qasm))
mod = load_circuit(qasm)
def test_reset_id(self):
qasm = 'qreg q[10];' + \
'reset q;'
# print(translate(qasm))
mod = load_circuit(qasm)
def test_load_empty_qasm(self):
qasm = ''
mod = load_circuit(qasm)
def test_measure_id(self):
qasm = 'qreg q[10]; creg c[10];' + \
'measure q -> c;'
# print(translate(qasm))
mod = load_circuit(qasm)
def test_id_gate_anylist_mixed(self):
qasm = 'qreg q[10];' + \
'h q[2], q;'
# print(translate(qasm))
mod = load_circuit(qasm)
def test_CX(self):
qasm = 'qreg q[10];' + \
'CX q[2], q[3];'
mod = load_circuit(qasm)
def test_U_arguments(self):
qasm = 'qreg q[10]; creg c[10];' + \
'U(0., 0., 0.) q[0];' + \
'U(0., 0., 0.) q;'
# print(translate(qasm))
mod = load_circuit(qasm)
def test_U(self):
qasm = 'qreg q[10]; creg c[10];' + \
'U(0., 0., 0.) q[2];' + \
'U(0., 0., 0.) q;'
mod = load_circuit(qasm)
def test_opaque(self):
qasm = 'qreg q[10]; creg c[10];\n' + \
'opaque opaque_gate() a, b, c;'
with self.assertRaises(NotImplementedError):
mod = load_circuit(qasm)
def test_gatedecl(self):
qasm = 'qreg q[10]; creg c[10];' + \
'gate custome_gate() a, b, c { }'
with self.assertRaises(RuntimeError):
mod = load_circuit(qasm)
def test_decl(self):
qasm = 'qreg q[10]; creg c[10];'
mod = load_circuit(qasm)
def test_exec_error(self):
qasm = 'qreg q[10];' + \
'barrier g;'
# print(translate(qasm))
with self.assertRaises(NameError):
mod = load_circuit(qasm)