protected Rule()
{
conditions = new List <Condition>();
subRules = new List <Rule>();
ReturnSelf = true;
this.Parent = null;
Priority = Int32.MaxValue;
Weight = 0;
RuleEvaluationFlags = AI_Shell.RuleEvaluationFlags.Standard;
}
public virtual Rule EvaluateRules(Dictionary <string, object> dataDictionary, RuleEvaluationFlags ruleFlags)
{
if (Conditions.Any(c => !c.EvaluateCondition(dataDictionary)))
{
return(null);
}
List <Rule> rulesMet = new List <Rule>();
rulesMet = EvaluateSubRules(dataDictionary);
if (ReturnSelf)
{
rulesMet.Add(this);
}
if ((ruleFlags & RuleEvaluationFlags.UsePriority) == RuleEvaluationFlags.UsePriority)
{
HighestPriority(ref rulesMet);
}
if ((ruleFlags & RuleEvaluationFlags.UseWeight) == RuleEvaluationFlags.UseWeight)
{
HighestWeight(ref rulesMet);
}
if (rulesMet.Count > 0)
{
if ((ruleFlags & RuleEvaluationFlags.ReturnRandom) == RuleEvaluationFlags.ReturnRandom)
{
return(RandomRule(ref rulesMet));
}
else
{
return(rulesMet[0]);
}
}
else
{
return(null);
}
}
public virtual Rule EvaluateRules(Dictionary<string, object> dataDictionary, RuleEvaluationFlags ruleFlags)
{
if (Conditions.Any(c => !c.EvaluateCondition(dataDictionary))) return null;
List<Rule> rulesMet = new List<Rule>();
rulesMet = EvaluateSubRules(dataDictionary);
if (ReturnSelf) rulesMet.Add(this);
if ((ruleFlags & RuleEvaluationFlags.UsePriority) == RuleEvaluationFlags.UsePriority) HighestPriority(ref rulesMet);
if ((ruleFlags & RuleEvaluationFlags.UseWeight) == RuleEvaluationFlags.UseWeight) HighestWeight(ref rulesMet);
if (rulesMet.Count > 0)
if ((ruleFlags & RuleEvaluationFlags.ReturnRandom) == RuleEvaluationFlags.ReturnRandom)
return RandomRule(ref rulesMet);
else
return rulesMet[0];
else
return null;
}