def test_pyquil_commands(self):
wrapper = CircuitWrapper(
qiskit_circuit=grover_general_logicalexpression_qiskit(
"(A | B) & (A | ~B) & (~A | B)"))
print(wrapper.circuit)
commands = wrapper.export_pyquil_commands()
print(commands)
def test_qiskit_commands(self):
wrapper = CircuitWrapper(qiskit_circuit=shor_general(3))
# print(wrapper.circuit)
commands = wrapper.export_qiskit_commands()
print(commands)
circuit = qiskit_commands_to_circuit(commands)
print(circuit)
def test_analysis(self):
wrapper = CircuitWrapper(qiskit_circuit=shor_15())
print(wrapper.circuit)
wrapper.unroll_ibm()
print(wrapper.circuit)
# print(wrapper.circuit)
# print(wrapper.depth())
# print(wrapper.depth_gate_times())
print(wrapper.depth_two_qubit_gates())
def simulate():
data = request.json
circuit = data["circuit"]
try:
wrapper = CircuitWrapper(qiskit_instructions=circuit)
output = wrapper.simulate()
except Exception as e:
print(str(e))
return str(e), 500
return output
def circuit_to_internal():
data = request.json
option = data["option"]
circuit = data["circuit"]
try:
if option.lower() == "quil":
wrapper = CircuitWrapper(quil_str=circuit)
elif option.lower() == "pyquil":
wrapper = CircuitWrapper(pyquil_instructions=circuit)
elif option.lower() == "openqasm":
wrapper = CircuitWrapper(qasm=circuit)
elif option.lower() == "qiskit":
wrapper = CircuitWrapper(qiskit_instructions=circuit)
else:
return "Bad Request!", 400
output = wrapper.export_qiskit_commands()
except Exception as e:
print(str(e))
return str(e), 500
return output
def test_compare_depth_topology(self):
wrapper = CircuitWrapper(qiskit_circuit=grover_fix_SAT_qiskit())
# print(ibmq_16_melbourne())
wrapper.compare_depth_topology(aspen_4(),
wrapper.depth_two_qubit_gates)
def test_topology_mapping(self):
wrapper = CircuitWrapper(qiskit_circuit=shor_15())
wrapper.unroll_ibm()
print(wrapper.circuit)
wrapper.topology_mapping(aspen_4())
print(wrapper.circuit)
def test_unroll(self):
wrapper = CircuitWrapper(qiskit_circuit=shor_general(3))
wrapper.unroll_rigetti()
print(wrapper.circuit)
def test_decompose(self):
print(qiskit_custom_unroll())
wrapper = CircuitWrapper(qiskit_circuit=qiskit_custom_unroll())
wrapper.decompose_to_standard_gates()
print(wrapper.circuit)
def test_qasm_export(self):
wrapper = CircuitWrapper(qiskit_circuit=qiskit_custom_unroll())
qasm = wrapper.export_qasm()
print(qasm)
def test_pyquil_export(self):
wrapper = CircuitWrapper(qiskit_circuit=qiskit_custom())
pyquil = wrapper.export_pyquil()
print(pyquil)
def test_pyquil_import(self):
wrapper = CircuitWrapper(pyquil_program=pyquil_custom())
show_figure(wrapper.circuit)
def unroll():
data = request.json
option = data["option"]
circuit = data["circuit"]
isExpert = data["isExpert"]
format = data["format"]
try:
wrapper = CircuitWrapper(qiskit_instructions=circuit)
if option == "Rigetti":
wrapper.unroll_rigetti()
elif option == "IBMQ":
wrapper.unroll_ibm()
else:
return "Bad Request!", 400
if isExpert:
if format == "OpenQASM":
output = wrapper.export_qasm()
elif format == "Quil":
output = wrapper.export_quil()
elif format == "Qiskit":
output = wrapper.export_qiskit_commands(include_imports=True)
elif format == "Pyquil":
output = wrapper.export_pyquil_commands()
else:
return "Bad Request!", 400
else:
if option == "Rigetti":
output = wrapper.export_quil()
elif option == "IBMQ":
output = wrapper.export_qasm()
else:
return "Bad Request!", 400
except Exception as e:
print(str(e))
return str(e), 500
return output
def convert():
data = request.json
option = data["option"]
option_output = data["optionOutput"]
circuit = data["circuit"]
try:
if option.lower() == "quil":
wrapper = CircuitWrapper(quil_str=circuit)
elif option.lower() == "pyquil":
wrapper = CircuitWrapper(pyquil_instructions=circuit)
elif option.lower() == "openqasm":
wrapper = CircuitWrapper(qasm=circuit)
elif option.lower() == "qiskit":
wrapper = CircuitWrapper(qiskit_instructions=circuit)
else:
return "Bad Request!", 400
if option_output.lower() == "quil":
output = wrapper.export_quil()
elif option_output.lower() == "pyquil":
output = wrapper.export_pyquil_commands()
elif option_output.lower() == "openqasm":
output = wrapper.export_qasm()
elif option_output.lower() == "qiskit":
output = wrapper.export_qiskit_commands(include_imports=True)
else:
return "Bad Request!", 400
except Exception as e:
print(str(e))
return str(e), 500
return output
def depth_comparison_qpu():
data = request.json
circuit = data["circuit"]
depth = {}
try:
wrapper = CircuitWrapper(qiskit_instructions=circuit)
circuit = wrapper.circuit
qpu_map = qpus()
for qpu_name in qpu_map:
wrapper = CircuitWrapper(qiskit_circuit=circuit)
is_ibm = False
qpu = qpu_map[qpu_name]
if qpu[1] == "q":
is_ibm = True
qpu_multiplier = qpu[1]
qpu_coupling = qpu[2]
if len(wrapper.dag.qubits) > len(qpu_coupling.physical_qubits):
continue
if is_ibm:
wrapper.unroll_ibm()
depth["q_depth"] = wrapper.depth() * qpu_multiplier
depth["q_two_qubit"] = wrapper.depth_two_qubit_gates(
) * qpu_multiplier
depth["q_gate_times"] = wrapper.depth_gate_times(
) * qpu_multiplier
else:
wrapper.unroll_rigetti()
depth["r_depth"] = wrapper.depth()
depth["r_two_qubit"] = wrapper.depth_two_qubit_gates()
depth["r_gate_times"] = wrapper.depth_gate_times()
output = depth
except Exception as e:
print(str(e))
return str(e), 500
return output
def depth():
data = request.json
circuit = data["circuit"]
depth = {}
try:
wrapper = CircuitWrapper(qiskit_instructions=circuit)
wrapper.unroll_ibm()
depth["q_depth"] = wrapper.depth()
depth["q_two_qubit"] = wrapper.depth_two_qubit_gates()
depth["q_gate_times"] = wrapper.depth_gate_times()
wrapper = CircuitWrapper(qiskit_instructions=circuit)
wrapper.unroll_rigetti()
depth["r_depth"] = wrapper.depth()
depth["r_two_qubit"] = wrapper.depth_two_qubit_gates()
depth["r_gate_times"] = wrapper.depth_gate_times()
output = depth
except Exception as e:
print(str(e))
return str(e), 500
return output