public void DeserializeJSON(object obj, EmraldModel lists, bool useGivenIDs)
{
var dynamicObj = (dynamic)obj;
string curName = "";
try
{
foreach (var wrapper in dynamicObj)
{
var item = wrapper.LogicNode;
LogicNode curItem = null;
curName = (string)item.name;
if (loaded && (item.id != null) && ((int)item.id > 0))
{
curItem = this[(int)item.id];
if (curItem == null)
{
throw new Exception("Failed to find LogicGate with id of " + (int)item.id);
}
}
else
{
curItem = this.FindByName(curName, false);
if (curItem != null)
{
throw new Exception("LogicGate with the name of " + (string)item.name + " already exists");
}
}
if (curItem == null)
{
curItem = new LogicNode();
}
if (!curItem.DeserializeDerived((object)item, false, lists, useGivenIDs))
{
throw new Exception("Failed to deserialize LogicGate List JSON");
}
}
}
catch (Exception e)
{
throw new Exception("On diagram named " + curName + ". " + e.Message);
}
}
public override bool DeserializeDerived(object obj, bool wrapped, EmraldModel lists, bool useGivenIDs)
{
dynamic dynObj = (dynamic)obj;
if (!base.DeserializeDerived((object)dynObj, false, lists, useGivenIDs))
{
return(false);
}
//construct all the objects
this.allActions.DeserializeJSON(dynObj.ActionList, this, useGivenIDs);
this.allDiagrams.DeserializeJSON(dynObj.DiagramList, this, useGivenIDs);
this.allVariables.DeserializeJSON(dynObj.VariableList, this, useGivenIDs);
var evs = dynObj.EventList;
this.allEvents.DeserializeJSON(dynObj.EventList, this, useGivenIDs);
var logic = dynObj.LogicNodeList;
this.allLogicNodes.DeserializeJSON(dynObj.LogicNodeList, this, useGivenIDs);
this.allStates.DeserializeJSON(dynObj.StateList, this, useGivenIDs);
if (dynObj.ExtSimList != null)
{
this.allExtSims.DeserializeJSON(dynObj.ExtSimList, this, useGivenIDs);
}
//make the links to all the other objects
this.allActions.LoadLinks(dynObj.ActionList, this);
this.allDiagrams.LoadLinks(dynObj.DiagramList, this);
this.allVariables.LoadLinks(dynObj.VariableList, this);
this.allLogicNodes.LoadLinks(logic, this);
this.allEvents.LoadLinks(dynObj.EventList, this);
this.allStates.LoadLinks(dynObj.StateList, this);
this.allActions.loaded = true;
this.allDiagrams.loaded = true;
this.allVariables.loaded = true;
this.allLogicNodes.loaded = true;
this.allEvents.loaded = true;
this.allStates.loaded = true;
//compile codes
this.allEvents.CompileCodes(this);
this.allActions.CompileCodes(this);
return(true);
}
public override string GetDerivedJSON(EmraldModel lists)
{
string retStr = "," + Environment.NewLine + "\"singleStates\": [";
for (int i = 0; i < this._singleStateGroup.Count; ++i)
{
retStr = retStr + Environment.NewLine + "{\"stateName\": \"" + lists.allStates[this._singleStateGroup[i]].name + "\"," +
"\"okState\":\"" + _okStates.Contains(this._singleStateGroup[i]).ToString() + "\"}";
if (i < this._singleStateGroup.Count - 1)
{
retStr = retStr + "," + Environment.NewLine;
}
}
retStr = retStr + "]";
return(retStr);
}
public override bool DeserializeDerived(object obj, bool wrapped, EmraldModel lists, bool useGivenIDs)
{
dynamic dynObj = (dynamic)obj;
if (wrapped)
{
if (dynObj.Diagram == null)
{
return(false);
}
dynObj = ((dynamic)obj).Diagram;
}
if (!base.DeserializeDerived((object)dynObj, false, lists, useGivenIDs))
{
return(false);
}
//Now done in LoadObjLinks()
////load the transition list
//if (dynObj.okStates != null)
//{
// _okStates.Clear();
// _singleStateGroup.Clear();
// foreach (dynamic curToObj in dynObj.okStates)
// {
// State curState = lists.allStates.FindByName((string)curToObj.stateName);
// if (curState == null)
// throw new Exception("Failed to locate ok state " + (string)curToObj.stateName + " in state list");
// _okStates.Add(curState.id);
// if (curToObj.inSingleStateGroup == true)
// _singleStateGroup.Add(curState.id);
// }
//}
processed = true;
return(true);
}
//public abstract bool LoadLinks(LookupLists list);
//public abstract bool SavePrep(LookupLists lists);
//public abstract bool SaveLinks(LookupLists lists);
//public abstract bool DeleteFromDB(LookupLists lists);
public virtual string GetJSON(bool incBrackets, EmraldModel lists)
{
string retStr = "";
if (incBrackets)
{
retStr = "{";
}
string idStr = this.id.ToString();
retStr = retStr + "\"id\": " + idStr + "," + Environment.NewLine +
"\"name\":\"" + name + "\"," + Environment.NewLine +
"\"desc\":\"" + desc + "\"";
if (incBrackets)
{
retStr = retStr + Environment.NewLine + "}";
}
return(retStr);
}
public override string GetJSON(bool incBrackets, EmraldModel lists)
{
//EnDiagramType enumTest = (EnDiagramType)Enum.Parse(typeof(EnDiagramType), "dtComponent", true);
string retStr = "";
if (incBrackets)
{
retStr = "{";
}
retStr = retStr + "\"Diagram\": {" + Environment.NewLine + base.GetJSON(false, lists);
retStr = retStr + "," + Environment.NewLine + "\"diagramType\": \"" + diagType.ToString() + "\"";
retStr = retStr + "," + Environment.NewLine + "\"states\": [";
StateSort sorter = new StateSort();
_States.Sort(sorter);
//foreach (State curSt in this._States)
for (int i = 0; i < this._States.Count; ++i)
{
retStr = retStr + Environment.NewLine + "\"" + this._States[i].name + "\"";
if (i < this._States.Count - 1)
{
retStr = retStr + "," + Environment.NewLine;
}
}
retStr = retStr + "]" + Environment.NewLine;
retStr = retStr + GetDerivedJSON(lists) + Environment.NewLine + "}";
if (incBrackets)
{
retStr = retStr + Environment.NewLine + "}";
}
return(retStr);
}
public string GetJSON(bool incBrackets, EmraldModel lists)
{
string retStr = "";
if (incBrackets)
{
retStr = "{";
}
retStr = retStr + "\"DiagramList\": [";
int i = 1;
foreach (Diagram curItem in this.Values)
{
if (curItem is EvalDiagram)
{
retStr = retStr + Environment.NewLine + ((EvalDiagram)curItem).GetJSON(true, lists);
}
else
{
retStr = retStr + Environment.NewLine + curItem.GetJSON(true, lists);
}
if (i < this.Count)
{
retStr = retStr + "," + Environment.NewLine;
}
++i;
}
retStr = retStr + "]";
if (incBrackets)
{
retStr = retStr + Environment.NewLine + "}";
}
return(retStr);
}
public override bool DeserializeDerived(object obj, bool wrapped, EmraldModel lists, bool useGivenIDs)
{
dynamic dynObj = (dynamic)obj;
if (wrapped)
{
if (dynObj.ExtSim == null)
{
return(false);
}
dynObj = ((dynamic)obj).ExtSim;
}
if (!base.DeserializeDerived((object)dynObj, false, lists, useGivenIDs))
{
return(false);
}
lists.allExtSims.Add(this);
this.resourceName = (string)dynObj.resourceName;
//this.modelRef = dynObj.modelRef;
//this.configData = dynObj.configData;
//try
//{
// this.simMaxTime = XmlConvert.ToTimeSpan((string)dynObj.simMaxTime);
//}
//catch
//{
// throw new Exception("Invalid Time format.");
//}
processed = true;
return(true);
}
public override bool LoadObjLinks(object obj, bool wrapped, EmraldModel lists)
{
dynamic dynObj = (dynamic)obj;
if (wrapped)
{
if (dynObj.Diagram == null)
{
return(false);
}
dynObj = ((dynamic)obj).Diagram;
}
//load the Event Items
if (dynObj.states != null)
{
this._States.Clear();
foreach (dynamic stateName in dynObj.states)
{
State curState = lists.allStates.FindByName((string)stateName);
if (curState == null)
{
throw new Exception("Failed to find State - " + (string)stateName);
}
if (curState.diagram != this)
{
throw new Exception("State - " + (string)stateName + " does not have " + this.name + " listed as it's diagram. Reference missing or trying to make a state belong to more than one diagram.");
}
this.AddState(curState);
}
}
return(true);
}
public virtual bool DeserializeDerived(object obj, bool wrapped, EmraldModel lists, bool useGivenIDs)
{
if (wrapped)
{
throw new Exception("Deserialize of base object cannot be wrapped in an object."); //base class does not know how to handle
}
dynamic dynObj = (dynamic)obj;
if (String.IsNullOrEmpty((string)dynObj.name) && (name == ""))
{
throw new Exception("All deserializing of JSON data objects must have a name");
}
if ((string)dynObj.name != "")
{
name = (string)dynObj.name;
desc = (string)dynObj.desc;
}
if (useGivenIDs && (int)dynObj.id > 0)
{
this._id = (int)dynObj.id;
}
return(true);
}
public override string GetJSON(bool incBrackets, EmraldModel lists)
{
string retStr = "";
if (incBrackets)
{
retStr = "{";
}
retStr = retStr + base.GetJSON(false, lists);
retStr = retStr + "," + this.allActions.GetJSON(false, lists);
retStr = retStr + "," + this.allDiagrams.GetJSON(false, lists);
retStr = retStr + "," + this.allEvents.GetJSON(false, lists);
retStr = retStr + "," + this.allLogicNodes.GetJSON(false, lists);
retStr = retStr + "," + this.allStates.GetJSON(false, lists);
retStr = retStr + "," + this.allVariables.GetJSON(false, lists);
retStr = retStr + "," + this.allExtSims.GetJSON(false, lists);
if (incBrackets)
{
retStr = retStr + Environment.NewLine + "}";
}
return(retStr);
}
public virtual void LookupRelatedItems(EmraldModel all, EmraldModel addToList)
{
//none
}
public virtual string GetDerivedJSON(EmraldModel lists)
{
return("");
}
public void AutoItemsForNewComponent(string compName,
string desc,
string[] demandNames,
double[] demandFailProbs,
SimVariable[] demandFailVars,
string[] rateNames,
double[] runningFailRates,
string[] startStates,
string[] turnOffStates,
string sim3DComp = "",
bool sepFailStates = false,
EmraldModel refLookup = null) //only have this not null if trying to get the JSON for this.
{
if (refLookup == null)
{
refLookup = this;
}
if (demandNames.Count() != demandFailProbs.Count())
{
throw new Exception("Not equal Demand names and prob list");
}
if (rateNames.Count() != runningFailRates.Count())
{
throw new Exception("Not equal Demand names and prob list");
}
CompDiagram addComp = new CompDiagram(compName);
addComp.desc = desc;
allDiagrams.Add(addComp);
//Action addAct;
//Event addEv;
//all items going to have active state and failed state
State standbyState = new State(compName + "_Standby", EnStateType.stStandard, addComp);
State activeState = new State(compName + "_Active", EnStateType.stStandard, addComp);
allStates.Add(standbyState);
allStates.Add(activeState);
List <State> failStates = new List <State>();
State failedState = null;
if (!sepFailStates)
{
failedState = new State(compName + "_Failed", EnStateType.stStandard, addComp);
allStates.Add(failedState);
addComp.AddEvalVal(failedState.id, false);
failStates.Add(failedState);
}
addComp.AddEvalVal(activeState.id, true);
//add event for a demand
TransitionAct gotoDemandEv = new TransitionAct("Start_" + compName + "_Demand");
gotoDemandEv.AddToState(standbyState);
allActions.Add(gotoDemandEv);
//add all the start states to the related items
foreach (string sName in startStates)
{
State stState = refLookup.allStates.FindByName(sName);
if (stState != null)
{
stState.AddImmediateAction(gotoDemandEv);
}
else
{
throw new Exception("Failed to find start system State named " + stState);
}
}
//add action to move from off to on or failed for the demand
TransitionAct demandAct = new TransitionAct("From_" + compName + "_Demand");
NowTimerEvent demandEv = new NowTimerEvent(compName + "_Demand");
if (demandFailProbs.Count() > 0)
{
for (int i = 0; i < demandFailProbs.Count(); ++i)
{
if (sepFailStates)
{
failedState = new State(compName + "_Failed" + demandNames[i], EnStateType.stStandard, addComp);
allStates.Add(failedState);
addComp.AddEvalVal(failedState.id, false);
failStates.Add(failedState);
}
//setup the probability of failure on demand
//TODO : Add the demandNames[i] somehow to the path data when moving to the failed state.
if ((demandFailVars != null) && (demandFailVars.Count() > 0) && (demandFailVars[i] != null))
{
demandAct.AddToState(failedState, demandFailVars[i], demandNames[i]);
}
else
{
demandAct.AddToState(failedState, demandFailProbs[i], demandNames[i]);
}
}
demandAct.AddToState(activeState);
allActions.Add(demandAct);
//add the events and movement to the standbyState
standbyState.AddEvent(demandEv, true, demandAct);
//standbyState.AddImmediateAction(demandAct);
}
else
{
//add the action to move to the active state automatically on start request when no fails to start.
demandAct.AddToState(activeState);
allActions.Add(demandAct);
//add the events and movement to the standbyState
standbyState.AddEvent(demandEv, true, demandAct);
//standbyState.AddImmediateAction(demandAct);
}
//add event for a shutoff request
StateCngEvent offEv = new StateCngEvent(compName + "_Stop", false);
foreach (string sName in turnOffStates)
{
State endState = refLookup.allStates.FindByName(sName);
if (endState != null)
{
offEv.AddRelatedItem(endState.id);
}
}
allEvents.Add(offEv);
//add action to move from off to on or failed for the demand
TransitionAct offAct = new TransitionAct("Goto_" + compName + "_Off");
offAct.AddToState(standbyState);
allActions.Add(offAct);
//add the Events and movement back to the standby state
activeState.AddEvent(offEv, true, offAct);
foreach (State curSt in failStates)
{
curSt.AddEvent(offEv, true, offAct);
}
if ((runningFailRates.Count() > 0) || ((sim3DComp != null) && (sim3DComp != ""))) //add the fail to run links
{
//add transition leading from active to failed for the event above
//TransitionAct failAct = new TransitionAct("Goto_" + compName + "_Failed");
//failAct.AddToState(failedState);
//allActions.Add(failAct);
for (int i = 0; i < runningFailRates.Count(); ++i)
{
if (sepFailStates)
{
failedState = new State(compName + "_Failed" + rateNames[i], EnStateType.stStandard, addComp);
allStates.Add(failedState);
addComp.AddEvalVal(failedState.id, false);
failStates.Add(failedState);
}
TransitionAct failAct = new TransitionAct("Goto_" + compName + "_Had_" + rateNames[i] + "_Failure");
failAct.AddToState(failedState);
allActions.Add(failAct);
//add event leading from active to failed
FailProbEvent failEv = new FailProbEvent(compName + rateNames[i], runningFailRates[i], Globals.HourTimeSpan, Globals.DayTimeSpan);
allEvents.Add(failEv);
activeState.AddEvent(failEv, true, failAct);
}
if ((sim3DComp != null) && (sim3DComp != ""))
{
if (sepFailStates)
{
failedState = new State(compName + "_Failed_3D", EnStateType.stStandard, addComp);
allStates.Add(failedState);
addComp.AddEvalVal(failedState.id, false);
failStates.Add(failedState);
}
TransitionAct failAct = new TransitionAct("Goto_" + compName + "_Had_3D" + "_Failure");
failAct.AddToState(failedState);
allActions.Add(failAct);
Sim3DVariable simVar = (Sim3DVariable)refLookup.allVariables.FindByName(sim3DComp);
VariableList varList = new VariableList();
varList.Add(simVar);
EvalVarEvent sim3DEvent = (EvalVarEvent)allEvents.FindByName(sim3DComp, false);
if (sim3DEvent == null)
{
sim3DEvent = new EvalVarEvent(sim3DComp, "if (" + simVar.name + " > 0) return true; else return false;", varList, simVar);
allEvents.Add(sim3DEvent);
}
activeState.AddEvent(sim3DEvent, true, failAct);
}
}
}
public override bool LoadObjLinks(object obj, bool wrapped, EmraldModel lists)
{
dynamic dynObj = (dynamic)obj;
if (wrapped)
{
if (dynObj.LogicNode == null)
{
return(false);
}
dynObj = ((dynamic)obj).LogicNode;
}
//load the root obj info
if (dynObj.rootName != null)
{
_rootParent = lists.allLogicNodes.FindByName((string)dynObj.rootName);
if (_rootParent == null)
{
throw new Exception("Root node " + (string)dynObj.rootName + " not found.");
}
}
//load the gate children
if (dynObj.gateChildren != null)
{
_subGates.Clear();
foreach (var gateName in dynObj.gateChildren)
{
LogicNode curChildGate = lists.allLogicNodes.FindByName((string)gateName);
if (curChildGate == null)
{
throw new Exception("Deserialize Logic failed to find child gate - " + gateName);
}
if (!_subGates.Contains(curChildGate))
{
_subGates.Add(curChildGate);
}
}
}
//load the component children
if (dynObj.compChildren != null)
{
_compChildren.Clear();
foreach (var stateName in dynObj.compChildren)
{
EvalDiagram curChildComp = (EvalDiagram)lists.allDiagrams.FindByName((string)stateName);
if (curChildComp == null)
{
throw new Exception("Deserialize Logic gate Failed to find child state - " + stateName);
}
_compChildren.Add(curChildComp);
}
}
return(true);
}
public override bool DeserializeDerived(object obj, bool wrapped, EmraldModel lists, bool useGivenIDs)
{
dynamic dynObj = (dynamic)obj;
if (wrapped)
{
if (dynObj.LogicNode == null)
{
return(false);
}
dynObj = ((dynamic)obj).LogicNode;
}
if (!base.DeserializeDerived((object)dynObj, false, lists, useGivenIDs))
{
return(false);
}
lists.allLogicNodes.Add(this);
gateType = (EnGateType)Enum.Parse(typeof(EnGateType), (string)dynObj.gateType, true);
//Now done in LoadObjLinks()
////load the root obj info
//if (dynObj.rootName != null)
//{
// _rootParent = lists.allLogicNodes.FindByName((string)dynObj.rootName);
// if (_rootParent == null)
// {
// throw new Exception("Root node " + (string)dynObj.rootName + " not found.");
// }
//}
////load the gate children
//if (dynObj.gateChildren != null)
//{
// _subGates.Clear();
// foreach (dynamic gateName in dynObj.gateChildren)
// {
// LogicNode curChildGate = lists.allLogicNodes.FindByName(gateName);
// if (curChildGate == null)
// {
// throw new Exception("Deserialize Logic failed to find child gate - " + gateName);
// }
// if (!_subGates.Contains(curChildGate))
// _subGates.Add(curChildGate);
// }
//}
////load the component children
//if (dynObj.compChildren != null)
//{
// _compChildren.Clear();
// foreach (dynamic stateName in dynObj.compChildren)
// {
// EvalDiagram curChildComp = lists.allDiagrams.FindByName(stateName);
// if (curChildComp == null)
// {
// throw new Exception("Deserialize Logic gate Failed to find child state - " + stateName);
// }
// _compChildren.Add(curChildComp);
// }
//}
processed = true;
return(true);
}
public virtual bool LoadObjLinks(object obj, bool wrapped, EmraldModel lists)
{
//override this for the items that need to load links after initial deserializeDerived of each list is done.
return(true);
}
public override bool DeserializeDerived(object obj, bool wrapped, EmraldModel lists, bool useGivenIDs)
{
dynamic dynObj = (dynamic)obj;
if (wrapped)
{
if (dynObj.State == null)
{
return(false);
}
dynObj = ((dynamic)obj).State;
}
if (!base.DeserializeDerived((object)dynObj, false, lists, useGivenIDs))
{
return(false);
}
lists.allStates.Add(this, false);
this.stateType = (EnStateType)Enum.Parse(typeof(EnStateType), (string)dynObj.stateType, true);
this._Diagram = lists.allDiagrams.FindByName((string)dynObj.diagramName);
if (this._Diagram == null)
{
//Instead of throwing exception, create a new diagram to add state to?
//this._Diagram = new Diagram(null);
throw new Exception("State must have a valid diagram ");
}
this._Diagram.AddState(this);
this.geometry = (string)dynObj.geometry;
if ((dynObj.immediateActions == null) || (dynObj.events == null) || (dynObj.eventActions == null))
{
throw new Exception("Deserialize State, missing immediateActions, events, or eventActions.");
}
//Now done in LoadObjLinks()
////load the Immediate Actions
//this._immediateActions.Clear();
//foreach (dynamic actName in dynObj.immediateActions)
//{
// Action curAct = lists.allActions.FindByName(actName);
// if (curAct == null)
// {
// throw new Exception("Deserialize State, failed to find immediateAction - " + actName);
// }
// _immediateActions.Add(curAct);
//}
////load the Event Items
//foreach (dynamic eventName in dynObj.events)
//{
// Event curEv = lists.allEvents.FindByName(eventName);
// if (curEv == null)
// {
// throw new Exception("Deserialize State, failed to find event - " + eventName);
// }
// _events.Add(curEv);
//}
////load the Event Actions
//if (dynObj.eventActions != null)
//{
// this._evActions.Clear();
// foreach (dynamic curToObj in dynObj.eventActions)
// {
// ActionList curEvActList = new ActionList();
// curEvActList.DeserializeJSON(curToObj, lists);
// this._evActions.Add(curEvActList);
// }
//}
processed = true;
return(true);
}
public override string GetJSON(bool incBrackets, EmraldModel lists)
{
string retStr = "";
if (incBrackets)
{
retStr = "{";
}
retStr = retStr + "\"State\": {" + Environment.NewLine + base.GetJSON(false, lists) + "," + Environment.NewLine;
//add derived items
retStr = retStr + "\"stateType\": \"" + this.stateType.ToString() + "\"," + Environment.NewLine +
"\"diagramName\": \"" + this._Diagram.name.ToString() + "\"," + Environment.NewLine +
"\"geometry\": \"" + this.geometry + "\"";
//add immediate action array items
retStr = retStr + "," + Environment.NewLine + "\"immediateActions\": [";
for (int i = 0; i < this._immediateActions.Count; ++i)
{
retStr = retStr + "\"" + this._immediateActions[i].name + "\"";
if (i < this._immediateActions.Count - 1)
{
retStr = retStr + "," + Environment.NewLine;
}
}
retStr = retStr + "]";
//add Event items
retStr = retStr + "," + Environment.NewLine + "\"events\": [";
for (int i = 0; i < this._events.Count; ++i)
{
retStr = retStr + "\"" + this._events[i].name + "\"";
if (i < this._events.Count - 1)
{
retStr = retStr + "," + Environment.NewLine;
}
}
retStr = retStr + "]";
//add Event Actions
retStr = retStr + "," + Environment.NewLine + "\"eventActions\": [";
for (int i = 0; i < this._evActions.Count; ++i)
{
retStr = retStr + Environment.NewLine + this._evActions[i].GetJSON(true, lists);
if (i < this._evActions.Count - 1)
{
retStr = retStr + "," + Environment.NewLine;
}
}
retStr = retStr + "]";
retStr = retStr + Environment.NewLine + "}";
if (incBrackets)
{
retStr = retStr + Environment.NewLine + "}";
}
return(retStr);
}
public override bool LoadObjLinks(object obj, bool wrapped, EmraldModel lists)
{
//TODO :
return(true);
}
public bool LoadLinks(object obj, EmraldModel lists)
{
return(true);
}
