func runAdaptiveSolver(file string, json string, chooseOnce bool, extraStats, quiet bool) {
// Initialize the cdb and assignment
cdb, a, err := initSolver(file)
if err != nil {
log.Fatal(err)
}
// Set the proper max db size
manage.MaxLearned = cdb.NGiven() / 3
// Read the data from the file and make the adapter
adapt := dpll.NewAdapter(json, chooseOnce, extraStats)
// Use the adapter to set the initial state
b := dpll.NewBrancher()
adapt.Reconfigure(cdb, b, manage)
g := dpll.Dpll(cdb, a, b, manage, adapt)
printResults(g, cdb, adapt, !quiet)
}
func runAdaptiveBench(file string, jsonFile string, chooseOnce bool, extraStats bool) (*guess.Guess, *dpll.Adapter) {
runtime.GOMAXPROCS(3)
timeout := time.After(20 * time.Minute)
// Initialize the cdb and assignment
cdb, a, err := initSolver(file)
if err != nil {
log.Fatal(err)
}
// Set the proper max db size
manage.MaxLearned = cdb.NGiven() / 3
// Read the data from the file and make the adapter
adapt := dpll.NewAdapter(jsonFile, chooseOnce, extraStats)
// Use the adapter to set the initial state
b := dpll.NewBrancher()
m := db.NewManager()
adapt.Reconfigure(cdb, b, m)
g := dpll.DpllTimeout(cdb, a, b, m, adapt, timeout)
return g, adapt
}