private void compileRules(string parentId, List<Rule> rules)
{
int ruleCount = rules.Count;
int ruleCurrent = 0;
foreach(Rule r in rules)
{
try
{
ruleCurrent++;
foreach(Input i in r.Inputs)
{
if(i.Condition != "")
this.csToolbox.AddCondition(i.Id, i.Condition);
InputRecognizer ir = new InputRecognizer(i.Text, r.Id, i.Id, i.Condition, this.synonyms, this.inputReplacements);
if(!this.inputs.ContainsKey(parentId))
this.inputs.Add(parentId, new List<InputRecognizer>());
this.inputs[parentId].Add(ir);
//Go through virtualparents and add this input recognizer to virtual parent id keys
foreach(string virtualParentId in r.VirtualParents)
{
if(!this.inputs.ContainsKey(virtualParentId))
this.inputs.Add(virtualParentId, new List<InputRecognizer>());
this.inputs[virtualParentId].Add(ir);
}
}
foreach(Output o in r.Outputs)
{
if(o.Condition != "")
this.csToolbox.AddCondition(o.Id, o.Condition);
if(this.csToolbox.ContainsCSharpTags(o.Text))
this.csToolbox.AddOutput(o.Id, o.Text);
if(this.csToolbox.ContainsCSharpTags(o.Cmd))
this.csToolbox.AddOutput(o.Id + "_cmd", o.Cmd);
if(!this.outputs.ContainsKey(r.Id))
this.outputs.Add(r.Id, new List<Output>());
this.outputs[r.Id].Add(o);
}
}
catch (Exception e)
{
if(this.OnRuleCompileFailed != null)
this.OnRuleCompileFailed(r.Id, r.Name, e.ToString() + "\r\n" + e.StackTrace);
}
//compile children
this.compileRules(r.Id, r.Children);
if(this.OnRuleCompiled != null && parentId == "_root")
this.OnRuleCompiled(ruleCurrent, ruleCount);
}
}
}//loadCodeModules(List<ResourceFile> resourceFiles)
private void compileRules(string parentId, List <Rule> rules)
{
int ruleCount = rules.Count;
int ruleCurrent = 0;
foreach (Rule r in rules)
{
try
{
ruleCurrent++;
foreach (Input i in r.Inputs)
{
if (i.Condition != "")
{
this.csToolbox.AddCondition(i.Id, i.Condition);
}
InputRecognizer ir = new InputRecognizer(i.Text, r.Id, i.Id, i.Condition, this.synonyms, this.inputReplacements);
if (!this.inputs.ContainsKey(parentId))
{
this.inputs.Add(parentId, new List <InputRecognizer>());
}
this.inputs[parentId].Add(ir);
//Go through virtualparents and add this input recognizer to virtual parent id keys
foreach (string virtualParentId in r.VirtualParents)
{
if (!this.inputs.ContainsKey(virtualParentId))
{
this.inputs.Add(virtualParentId, new List <InputRecognizer>());
}
this.inputs[virtualParentId].Add(ir);
}
}
foreach (Output o in r.Outputs)
{
if (o.Condition != "")
{
this.csToolbox.AddCondition(o.Id, o.Condition);
}
if (this.csToolbox.ContainsCSharpTags(o.Text))
{
this.csToolbox.AddOutput(o.Id, o.Text);
}
if (this.csToolbox.ContainsCSharpTags(o.Cmd))
{
this.csToolbox.AddOutput(o.Id + "_cmd", o.Cmd);
}
if (!this.outputs.ContainsKey(r.Id))
{
this.outputs.Add(r.Id, new List <Output>());
}
this.outputs[r.Id].Add(o);
}
}
catch (Exception e)
{
if (this.OnRuleCompileFailed != null)
{
this.OnRuleCompileFailed(r.Id, r.Name, e.ToString() + "\r\n" + e.StackTrace);
}
}
//compile children
this.compileRules(r.Id, r.Children);
if (this.OnRuleCompiled != null && parentId == "_root")
{
this.OnRuleCompiled(ruleCurrent, ruleCount);
}
}
}//compileRules(string parentId, List<Rule> rules)
public Match()
{
this.InputRecognizer = null;
this.ConfidenceFactor = 0.0;
this.Vars = null;
}
public Match()
{
this.InputRecognizer = null;
this.ConfidenceFactor = 0.0;
this.Vars = null;
}