Update Versions

app/model/response_cut_circuits.py

@@ -22,7 +22,7 @@
 
 import jsonpickle
 import marshmallow as ma
-from qiskit import qasm3
+from qiskit import qasm3, qasm2
 
 
 class CutCircuitsResponse:
@@ -41,9 +41,9 @@ def __init__(
         super().__init__()
         self.max_subcircuit_width = max_subcircuit_width
         if format == "openqasm2":
-            self.subcircuits = [circ.qasm() for circ in subcircuits]
+            self.subcircuits = [qasm2.dumps(circ) for circ in subcircuits]
             self.individual_subcircuits = [
-                circ.qasm() for circ in individual_subcircuits
+                qasm2.dumps(circ) for circ in individual_subcircuits
             ]
         elif format == "openqasm3":
             self.subcircuits = [qasm3.dumps(circ) for circ in subcircuits]

app/model/response_gate_cut_circuits.py

@@ -21,7 +21,7 @@
 import pickle
 
 import marshmallow as ma
-from qiskit import qasm3
+from qiskit import qasm3, qasm2
 
 
 class GateCutCircuitsResponse:
@@ -36,7 +36,7 @@ def __init__(
         super().__init__()
         if format == "openqasm2":
             self.individual_subcircuits = [
-                circ.qasm() for circ in individual_subcircuits
+                qasm2.dumps(circ) for circ in individual_subcircuits
             ]
         elif format == "openqasm3":
             self.individual_subcircuits = [

app/partition.py

@@ -39,7 +39,7 @@ def dag_to_hypergraph(dag: DAGDependency, k=2):
         e += 1
         index_vector.append(len(edge_vector))
         for qarg in node.qargs:
-            edge_vector.append(qarg.index)
+            edge_vector.append(qarg._index)
 
     return kahypar.Hypergraph(n, e, index_vector, edge_vector, k)
 

requirements.txt

@@ -1,6 +1,6 @@
 Flask==2.1.2
 Flask-RESTful==0.3.9
-qiskit==0.43.0
+qiskit==1.0.2
 requests==2.28.0
 urllib3==1.26.9
 Werkzeug==2.1.2
@@ -9,13 +9,13 @@ black==21.8b0
 click==8.0.1
 marshmallow==3.13.0
 coverage==5.5
-circuit-knitting-toolbox==0.5.0
+circuit-knitting-toolbox==0.7.1
 numpy~=1.23.5
 argschema~=3.0.4
 jsonpickle~=3.0.0
 pytest~=7.2
-symengine==0.9.2
 docplex>=2.23.222
 cplex>=22.1.0.0
 kahypar~=1.1.7
-qiskit_qasm3_import~=0.3.0
+qiskit_qasm3_import~=0.4.2
+dill>=0.3.8

test/test_circuit_cutting.py

@@ -1,8 +1,12 @@
+import codecs
 import json
 import os
+import pickle
 import sys
 import unittest
 
+from qiskit import qasm3
+
 parent_dir = os.path.dirname(os.path.dirname(os.path.abspath(__file__)))
 sys.path.append(parent_dir)
 from app import create_app
@@ -55,19 +59,23 @@ def test_automatic_cutting_qasm3(self):
         print(response.get_json())
 
     def test_automatic_cutting_qiskit(self):
+        circuit = qasm3.loads(
+            'OPENQASM 3;\ninclude "stdgates.inc";\nbit[4] meas;\nqubit[4] _all_qubits;\nlet q = _all_qubits[0:3];\nh q[0];\ncx q[0], q[1];\ncx q[1], q[2];\ncx q[2], q[3];\nmeas[0] = measure q[0];\nmeas[1] = measure q[1];\nmeas[2] = measure q[2];\nmeas[3] = measure q[3];\n'
+        )
+        pickle_bytes = codecs.encode(pickle.dumps(circuit), "base64").decode()
         response = self.client.post(
             "/cutCircuits",
             data=json.dumps(
                 {
-                    "max_subcircuit_width": 4,
-                    "circuit": "gASV+CAAAAAAAACMHXFpc2tpdC5jaXJjdWl0LnF1YW50dW1jaXJjdWl0lIwOUXVhbnR1bUNpcmN1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\nCV9tZXRhZGF0YZROdWIu\n",
+                    "max_subcircuit_width": 3,
+                    "circuit": pickle_bytes,
                     "method": "automatic",
                     "max_num_subcircuits": 2,
-                    "max_cuts": 3,
+                    "max_cuts": 2,
                     "circuit_format": "qiskit",
                 }
             ),
             content_type="application/json",
         )
-        self.assertEqual(response.status_code, 200)
+        self.assertEqual(200, response.status_code)
         print(response.get_json())

test/test_gate_cutting.py

@@ -7,7 +7,7 @@
 
 import numpy as np
 from circuit_knitting.cutting import partition_problem, generate_cutting_experiments
-from qiskit import qasm3
+from qiskit import qasm3, qasm2
 from qiskit.circuit.library import EfficientSU2
 from qiskit.quantum_info import PauliList
 from qiskit_aer.primitives import Sampler
@@ -36,7 +36,7 @@ def _generate_reconstruction_test(num_qubits=4, partition_labels=None, reps=2):
     circuit = circuit.decompose()
 
     params = [np.random.random() * 2 * np.pi for _ in circuit.parameters]
-    circuit = circuit.bind_parameters(params)
+    circuit = circuit.assign_parameters(params)
 
     partitioned_problem = partition_problem(
         circuit=circuit,
@@ -134,7 +134,7 @@ def test_reconstruction(self):
             "/gate-cutting/combineResultsQuokka",
             data=json.dumps(
                 {
-                    "circuit": circuit.qasm(),
+                    "circuit": qasm2.dumps(circuit),
                     "subcircuit_results": results,
                     "cuts": {
                         "subcircuit_labels": subcircuit_labels,

test/test_partition.py

@@ -18,7 +18,7 @@ def test_get_partitions(self):
         circuit = circuit.decompose()
 
         params = [(np.pi * i) / 16 for i in range(len(circuit.parameters))]
-        circuit = circuit.bind_parameters(params)
+        circuit = circuit.assign_parameters(params)
         partitions, partition_sizes = get_partitions(
             circuit,
             num_partitions=num_partitions,

test/test_reconstruction.py

@@ -14,7 +14,7 @@
 from circuit_knitting.cutting.cutqc.wire_cutting_evaluation import (
     run_subcircuits,
 )
-from qiskit import QuantumCircuit, transpile
+from qiskit import QuantumCircuit, transpile, qasm2
 from qiskit.circuit.library import EfficientSU2
 from qiskit.providers import JobError, JobTimeoutError
 from qiskit.providers.jobstatus import JOB_FINAL_STATES
@@ -46,7 +46,7 @@ def generate_su2_test(num_qubits):
     circuit = circuit.decompose()
 
     params = [(np.pi * i) / 16 for i in range(len(circuit.parameters))]
-    circuit = circuit.bind_parameters(params)
+    circuit = circuit.assign_parameters(params)
     cuts = cut_circuit_wires(
         circuit=circuit,
         method="automatic",
@@ -64,9 +64,9 @@ def generate_su2_test(num_qubits):
 
     subcircuit_instance_probabilities = run_subcircuits(individual_subcircuits)
 
-    cuts["subcircuits"] = [sc.qasm() for sc in cuts["subcircuits"]]
+    cuts["subcircuits"] = [qasm2.dumps(sc) for sc in cuts["subcircuits"]]
     cuts["complete_path_map"] = jsonpickle.encode(cuts["complete_path_map"], keys=True)
-    cuts["individual_subcircuits"] = [sc.qasm() for sc in individual_subcircuits]
+    cuts["individual_subcircuits"] = [qasm2.dumps(sc) for sc in individual_subcircuits]
     cuts["init_meas_subcircuit_map"] = jsonpickle.encode(
         init_meas_subcircuit_map, keys=True
     )
@@ -106,7 +106,7 @@ def test_reconstruction(self):
             "/combineResults",
             data=json.dumps(
                 {
-                    "circuit": circuit.qasm(),
+                    "circuit": qasm2.dumps(circuit),
                     "subcircuit_results": subcircuit_instance_probabilities,
                     "cuts": cuts,
                 },
@@ -130,7 +130,7 @@ def test_reconstruction_quokka(self):
             "/combineResultsQuokka",
             data=json.dumps(
                 {
-                    "circuit": circuit.qasm(),
+                    "circuit": qasm2.dumps(circuit),
                     "subcircuit_results": subcircuit_instance_probabilities,
                     "cuts": cuts,
                 },

test/test_reconstruction_gate_cutting.py

@@ -48,7 +48,7 @@ def _generate_reconstruction_test(num_qubits=4, partition_labels=None, reps=2):
     circuit = circuit.decompose()
 
     params = [np.random.random() * 2 * np.pi for _ in circuit.parameters]
-    circuit = circuit.bind_parameters(params)
+    circuit = circuit.assign_parameters(params)
 
     observables = PauliList(["Z" * num_qubits])
 
@@ -78,10 +78,9 @@ def _generate_reconstruction_test(num_qubits=4, partition_labels=None, reps=2):
     qc_meas = circuit.measure_all(inplace=False)
     result_exact = sampler_exact.run(qc_meas).result()
 
-    exact_experiment = result_exact.experiments[0]
     exact_distribution = counts_to_array(
-        exact_experiment["quasi_dists"],
-        exact_experiment["metadata"]["simulator_metadata"]["num_qubits"],
+        result_exact.quasi_dists[0],
+        result_exact.metadata[0]["simulator_metadata"]["num_qubits"],
     )
 
     reconstructed_counts = reconstruct_distribution(