max_sym_name_len = max(max_sym_name_len, len(repr(canon2syms[n])) - 1)
# Output the mapping we just computed.
sys.stderr.write("Constructed a key to the above:\n\n")
sys.stderr.write(" Canonical %-*s\n" % (max_sym_name_len, "Original"))
sys.stderr.write(" --------- %s\n" % ("-" * max_sym_name_len))
for i in range(len(canon2syms)):
if canon2syms[i] == []:
continue
name_list = string.join(sorted(canon2syms[i]))
sys.stderr.write(" q%-8d %s\n" % (i + 1, name_list))
sys.stderr.write("\n")
# Establish a connection to the D-Wave, and use this to talk to a solver. We
# rely on the qOp infrastructure to set the environment variables properly.
qmasm.connect_to_dwave()
# Output most or all solver properties.
if cl_args.verbose >= 1:
# Determine the width of the widest key.
max_key_len = len("Parameter")
ext_solver_properties = {}
try:
L, M, N = qmasm.chimera_topology(qmasm.solver)
ext_solver_properties["chimera_toplogy_M_N_L"] = [M, N, L]
except KeyError:
pass
ext_solver_properties.update(qmasm.solver.properties)
solver_props = ext_solver_properties.keys()
solver_props.sort()
for k in solver_props:
# The program was originally non-empty but was reduced to a empty
# program during optimization. Program execution was not requested.
# Notify the user that we have no output to generate.
qmasm.abend("Not writing the output file; optimization removed all weights and strengths")
# Complain if we have disconnected qubits.
discon_syms = logical_ising.find_disconnected_variables()
if len(discon_syms) > 0:
qmasm.abend("Disconnected variables encountered: %s" % " ".join(sorted(discon_syms)))
# Convert user-specified chains, anti-chains, and pins to assertions.
logical_ising.append_assertions_from_statements()
# Establish a connection to the D-Wave, and use this to talk to a solver. We
# rely on the qOp infrastructure to set the environment variables properly.
qmasm.connect_to_dwave()
# Output either short or all solver properties.
if cl_args.verbose >= 1:
# Introduce a few extra solver properties.
ext_solver_properties = {}
try:
L, M, N = qmasm.chimera_topology(qmasm.solver)
ext_solver_properties["chimera_toplogy_M_N_L"] = [M, N, L]
except KeyError:
pass
except qmasm.NonChimera:
pass
ext_solver_properties["solver_name"] = qmasm.solver_name
try:
ext_solver_properties["connection_name"] = os.environ["DW_INTERNAL__CONNECTION"]