# if use_Astar_search == True or use_Astar_lookahead == True or use_RemotoCNOTandWindow == True or use_UDecompositionFullConnectivity == True or use_HeuristicGreedySearch == True:
# possible_swap_combination = ct.FindAllPossibleSWAPParallel(G)
# =============================================================================
'''only use single swap'''
possible_swap_combination = []
edges = list(G.edges()).copy()
for current_edge in edges:
possible_swap_combination.append([current_edge])
num_file = 0
original_cir_size = []
for file in QASM_files:
if file[-5:-1] != '.qasm': file += '.qasm'
num_file += 1
res_qasm = ct.CreateDGfromQASMfile(file)
x_lable_filename.append(file)
results[file[0:-5]]['gates'] = [None] * repeat_time
results[file[0:-5]]['gates time'] = [None] * repeat_time
print('Number of circuits is', num_file)
for repeat in range(repeat_time):
print('The repeating time is ', repeat)
'''initialize logical quantum circuit'''
q_log = res_qasm[1][2]
cir_log = res_qasm[0]
x_label.append(cir_log.size())
if repeat == 0: original_cir_size.append(cir_log.size())
'''initialize physical quantum circuit'''
q_phy = QuantumRegister(num_vertex, 'v')
cir_phy = QuantumCircuit(q_phy)
'4gt13_90.qasm', 'alu-v4_36.qasm', '4gt5_77.qasm',
'one-two-three-v1_99.qasm', 'rd53_138.qasm', 'one-two-three-v0_98.qasm',
'4gt10-v1_81.qasm', 'decod24-v3_45.qasm', 'aj-e11_165.qasm',
'4mod7-v0_94.qasm', 'alu-v2_32.qasm', '4mod7-v1_96.qasm',
'cnt3-5_179.qasm', 'mod10_176.qasm', '4gt4-v0_80.qasm', '4gt12-v0_88.qasm',
'0410184_169.qasm', '4_49_16.qasm', '4gt12-v1_89.qasm', '4gt4-v0_79.qasm',
'hwb4_49.qasm', '4gt4-v0_78.qasm', 'mod10_171.qasm', '4gt12-v0_87.qasm',
'4gt12-v0_86.qasm', '4gt4-v0_72.qasm', '4gt4-v1_74.qasm',
'mini-alu_167.qasm', 'one-two-three-v0_97.qasm', 'rd53_135.qasm',
'ham7_104.qasm', 'decod24-enable_126.qasm', 'mod8-10_178.qasm',
'4gt4-v0_73.qasm', 'ex3_229.qasm', 'mod8-10_177.qasm', 'alu-v2_31.qasm',
'C17_204.qasm', 'rd53_131.qasm', 'alu-v2_30.qasm', 'mod5adder_127.qasm',
'rd53_133.qasm', 'majority_239.qasm', 'ex2_227.qasm', 'cm82a_208.qasm',
'sf_276.qasm', 'sf_274.qasm', 'con1_216.qasm', 'rd53_130.qasm',
'f2_232.qasm', 'rd53_251.qasm', 'hwb5_53.qasm', 'radd_250.qasm',
'rd73_252.qasm', 'cycle10_2_110.qasm', 'hwb6_56.qasm', 'cm85a_209.qasm',
'rd84_253.qasm', 'root_255.qasm', 'mlp4_245.qasm', 'urf2_277.qasm',
'sym9_148.qasm', 'hwb7_59.qasm', 'clip_206.qasm', 'sym9_193.qasm',
'dist_223.qasm', 'sao2_257.qasm', 'urf5_280.qasm', 'urf1_278.qasm',
'sym10_262.qasm', 'hwb8_113.qasm', 'urf2_152.qasm'
]
for file in QASM_files2:
num_file += 1
res = ct.CreateDGfromQASMfile(file)
DG = res[1][0]
CNOT_list = ct.CreateCNOTList(DG)
f = open('CNOT_lists/' + file + '.txt', 'w')
f.write(str(CNOT_list))
f.close()