public RuleEngine(RuleSet ruleSet, IRuleCompiler ruleCompiler)
{
foreach (Rule rule in ruleSet.Rules)
{
RuleResult ruleResult = new RuleResult(rule.Code, rule.Message);
ISpecification <T> ruleSpecification = ruleCompiler.Compile <T>(rule);
_ruleSpecifications.Add(ruleResult, ruleSpecification);
}
}
public DefaultWM(Rete engine, RootNode node, IRuleCompiler compiler)
{
InitBlock();
this.engine = engine;
root = node;
this.compiler = compiler;
this.compiler.WorkingMemory = this;
agenda = new Agenda(engine);
init();
}
public static CompilerProvider getInstance(IRuleCompiler ruleCompiler)
{
if (compilerProvider == null)
{
objectConditionCompiler = new ObjectConditionCompiler(ruleCompiler);
existConditionCompiler = new ExistConditionCompiler(objectConditionCompiler);
temporalConditionCompiler = new TemporalConditionCompiler(ruleCompiler);
testConditionCompiler = new TestConditionCompiler(ruleCompiler);
compilerProvider = new CompilerProvider();
}
return(compilerProvider);
}
public static CompilerProvider getInstance(IRuleCompiler ruleCompiler)
{
if (compilerProvider == null)
{
objectConditionCompiler = new ObjectConditionCompiler(ruleCompiler);
existConditionCompiler = new ExistConditionCompiler(objectConditionCompiler);
temporalConditionCompiler = new TemporalConditionCompiler(ruleCompiler);
testConditionCompiler = new TestConditionCompiler(ruleCompiler);
compilerProvider = new CompilerProvider();
}
return compilerProvider;
}
public ValidationProvider(ValidationGraph graph, IRuleCompiler ruleCompiler)
{
_graph = graph;
_ruleCompiler = ruleCompiler;
}
public virtual IConditionCompiler getCompiler(IRuleCompiler ruleCompiler)
{
CompilerProvider.getInstance(ruleCompiler);
return CompilerProvider.testConditionCompiler;
}
public DefaultWM(Rete engine, RootNode node, IRuleCompiler compiler)
{
InitBlock();
this.engine = engine;
root = node;
this.compiler = compiler;
this.compiler.WorkingMemory = this;
agenda = new Agenda(engine);
init();
}
public TemporalConditionCompiler(IRuleCompiler ruleCompiler) : base(ruleCompiler)
{
}
/// <summary>
/// </summary>
public Rete()
{
InitBlock();
compiler = new DefaultRuleCompiler(this, root.ObjectTypeNodes);
workingMem = new DefaultWM(this, root, compiler);
//CollectionFactory.init();
init();
startLog();
compiler.RuleAdded += ruleAdded;
compiler.RuleRemoved += ruleRemoved;
compiler.CompileError += compileError;
}
public TemporalConditionCompiler(IRuleCompiler ruleCompiler)
: base(ruleCompiler)
{
}
public virtual IConditionCompiler getCompiler(IRuleCompiler ruleCompiler)
{
CompilerProvider.getInstance(ruleCompiler);
return(CompilerProvider.testConditionCompiler);
}
public GrammarReader(IRuleCompiler compiler)
{
Compiler = compiler;
}
public ObjectConditionCompiler(IRuleCompiler ruleCompiler)
{
this.ruleCompiler = (DefaultRuleCompiler) ruleCompiler;
}
public abstract IConditionCompiler getCompiler(IRuleCompiler ruleCompiler);
public virtual IConditionCompiler getCompiler(IRuleCompiler ruleCompiler)
{
// TODO Auto-generated method stub
return null;
}
public override IConditionCompiler getCompiler(IRuleCompiler ruleCompiler)
{
CompilerProvider.getInstance(ruleCompiler);
return(CompilerProvider.temporalConditionCompiler);
}
public virtual IConditionCompiler getCompiler(IRuleCompiler ruleCompiler)
{
// TODO Auto-generated method stub
return(null);
}
public ObjectConditionCompiler(IRuleCompiler ruleCompiler)
{
this.ruleCompiler = (DefaultRuleCompiler)ruleCompiler;
}
public override IConditionCompiler getCompiler(IRuleCompiler ruleCompiler)
{
CompilerProvider.getInstance(ruleCompiler);
return CompilerProvider.objectConditionCompiler;
}
