# _apply4.Dump("smt2", "dump.smt2")
### Boolector methods
# Available options
b.Options()
# Print available options
print("Available Boolector options:")
print("\n".join([" " + str(o) for o in b.Options()]))
# Set options
b.Set_opt(pyboolector.BTOR_OPT_INCREMENTAL, 1)
b.Set_opt(pyboolector.BTOR_OPT_MODEL_GEN, 1)
# Get options
o = b.Get_opt(pyboolector.BTOR_OPT_MODEL_GEN)
# print(o.lng) # long option name
# print(o.shrt) # short option name
# print(o.desc) # description
# print(o.min) # min value
# print(o.max) # max value
# print(o.dflt) # default value
# print(o.val) # current value
# Set SAT solver (can only be done before the first Sat() call)
# Lingeling is the default SAT solver
#b.Set_sat_solver("MiniSAT")
# Assert formulas
b.Assert(_cond0[1])
b.Assert(_apply5 != _apply3)
# _apply4.Dump("smt2", "dump.smt2")
### Boolector methods
# Available options
b.Options()
# Print available options
print("Available Boolector options:")
print("\n".join([" " + str(o) for o in b.Options()]))
# Set options
b.Set_opt(pyboolector.BTOR_OPT_INCREMENTAL, 1)
b.Set_opt(pyboolector.BTOR_OPT_MODEL_GEN, 1)
# Get options
o = b.Get_opt(pyboolector.BTOR_OPT_MODEL_GEN)
# print(o.lng) # long option name
# print(o.shrt) # short option name
# print(o.desc) # description
# print(o.min) # min value
# print(o.max) # max value
# print(o.dflt) # default value
# print(o.val) # current value
# Set SAT solver (can only be done before the first Sat() call)
# Lingeling is the default SAT solver
#b.Set_sat_solver("MiniSAT")
# Assert formulas
b.Assert(_cond0[1])
b.Assert(_apply5 != _apply3)