public bool RemoveRule(NRSwitchRule rule)
{
var ret = _rules.Remove(rule);
this["outputs"] = _rules.Count;
return(ret);
}
public string generate(string nidHttpResFunc)
{
var returnNode = new NRFunctionNode();
var switchNode = new NRSwitchNode(NRSwitchNode.PropertyType.GLOBAL, property: "currStep",
checkall: false);
var i = 0;
var behavior = _activity.Behavior;
foreach (var stepTiming in behavior.StepTimings)
{
var nidStep = generateStepFlow(stepTiming, returnNode.Id);
var rule = new NRSwitchRule(NRSwitchRule.OperatorType.EQ, (i + 1).ToString(),
NRSwitchRule.ValueType.Num);
switchNode.AddRule(rule);
switchNode.Wire(nidStep, i);
++i;
}
returnNode.Wire(nidHttpResFunc);
returnNode.WriteTo(_writer);
switchNode.WriteTo(_writer);
return(switchNode.Id);
}
private string generateSwitchActivityFlow(IEnumerable <string> nidsActivity, string nidHttpRes)
{
var switchNode = new NRSwitchNode(NRSwitchNode.PropertyType.GLOBAL, property: "currActivity",
checkall: false);
var i = 0;
NRSwitchRule rule;
foreach (var nid in nidsActivity)
{
rule = new NRSwitchRule(NRSwitchRule.OperatorType.EQ, (i + 1).ToString(),
NRSwitchRule.ValueType.Num);
switchNode.AddRule(rule);
switchNode.Wire(nid, i);
++i;
}
var nidEndOfTask = generateHttpResFuncNode(nidHttpRes, i, 1, true);
rule = new NRSwitchRule(NRSwitchRule.OperatorType.EQ, (i + 1).ToString(), NRSwitchRule.ValueType.Num);
switchNode.AddRule(rule);
switchNode.Wire(nidEndOfTask, i);
switchNode.WriteTo(_writer);
return(switchNode.Id);
}
public void AddRule(NRSwitchRule rule)
{
_rules.Add(rule);
this["outputs"] = _rules.Count;
}