def replicateSolver(solver, num_consumers):
solvers = []
for _ in range(num_consumers):
newSolver = BaseSolver.getSolver()
for j in solver.assertions():
newSolver.addRaw(j)
solvers.append(newSolver)
return solvers
def replicateSolver(solver, num_consumers):
solvers = []
for _ in range(num_consumers):
newSolver = BaseSolver.getSolver()
for j in solver.assertions():
newSolver.addRaw(j)
solvers.append(newSolver)
return solvers
def __init__(self, module):
Common.reset() #resets variables if in test mode
self.EMPTYSTRING = SMTLib.SMT_Int("EMPTYSTRING")
self.module = module
self.smt_bracketed_constraints = []
self.cfr_sorts = {}
self.solver = BaseSolver.getSolver()
self.setOptions()
self.clock = Clock.Clock()
self.objectives = []
self.delimeter_count = 0
""" Create simple objects used to store Z3 constraints. """
self.join_constraints = Constraints.GenericConstraints("ClaferModel")
"""
Used to map constraints in the UNSAT core to Boolean variables.
"""
self.unsat_core_trackers = []
self.low_level_unsat_core_trackers = {}
self.unsat_map = {}
self.join_cache = {} # cache to store join expression (asil optimization)
self.translate()
