How to get input/output objects, when there is AND or OR in between

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Arne Woudstra on August 21, 2014

Hello,

I am trying to build a report which includes the following:

- activities

- responsable who executes the activity

- application used for the activity

- description of the activity

so far, so good, however now i want to add the following two items

- all events that are input of the activity

- all events that are output of the activity

I can make it work with the following command:

getSelectedModels.ObjOccListbySymbol.getConnectObjOccs.InEdges.TargetObjOcc.ObjDef

getSelectedModels.ObjOccListbySymbol.getConnectObjOccs.OutEdges.SourceObjOcc.ObjDef

However, i cannot get the events which are linked, with a AND or OR rule in between.... I don't find anyway to include those events in my query. Please can anyone help me

Thank you

Arne

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Ilya Seletkov on August 21, 2014

My way is to write recursive function, which looks for connections via getConnectObjOccs.

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Arne Woudstra Author on August 21, 2014

Thanks Ilja

Yea i managed to get the objects if i add a double getConnectObjOccs, but i can't get and the objects which are link with a AND or OR rule and the objects which are normally linked...

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Ilya Seletkov on August 22, 2014

I use this function.
oObjOcc - first object occurence. In your case - function.
nInOut - direction. Constants.EDGES_IN | Constants.EDGES_OUT
aFindTypes - array of object types to find. In your case [Constants.OT_EVT]
aPassTypes - array of object types, which pass over. Optional.
bFlag - do not pass anything. Technical parameter.

It may need some addtional function like IsDefined or ValueAt.

var GoneObjects = null;
function MultiConnected(oObjOcc, nInOut, aFindTypes, aPassTypes, bFlag)
{
    var aResult = new Array();
    
    var oEs = [];
    var nE = 0;
    var oAdj = null;
    var nStructure = Constants.EDGES_ALL;
    
    if (!IsDefined(aFindTypes))
        return aResult;
    if (typeof(aFindTypes)=="number")
        aFindTypes = [aFindTypes];
    if (!IsDefined(aPassTypes))
        aPassTypes = [];
    if (typeof(aPassTypes)=="number")
        aPassTypes = [aPassTypes];
    aPassTypes.push(Constants.OT_RULE);
    //Чтобы не бегать по одним и темже объектам несколько раз
    //сделаем список всех объектов, по которым уже прошись
    if (typeof(bFlag)=="undefined")
        GoneObjects = new __map();    
    else
        if (!bFlag)  
            GoneObjects = new __map(); 
    //Проверяем, не рассматривали ли мы уже это объект
    if (GoneObjects.ContainsKey(oObjOcc.ObjDef().GUID(),oObjOcc))
        return aResult;
    GoneObjects.Insert(oObjOcc.ObjDef().GUID(),oObjOcc);
    
    //Собираем входящие и выходящие связи
    if(nInOut & Constants.EDGES_IN)
        oEs = oEs.concat(oObjOcc.InEdges(nStructure));
    if(nInOut & Constants.EDGES_OUT)
        oEs = oEs.concat(oObjOcc.OutEdges(nStructure));
    
    //Рассматриваем все связи
    for(nE = 0; nE < oEs.length; nE++)
    {
        //Находим объект с другой стороны связи
        oAdj = oEs[nE].TargetObjOcc(); 
        if (oAdj.IsEqual(oObjOcc))
            oAdj = oEs[nE].SourceObjOcc();
        for (var i=0; i<aFindTypes.length; i++)
            if(oAdj.ObjDef().TypeNum() == aFindTypes.ValueAt(i))
            {
                aResult.push(oAdj);
                break;
            }
        //Если это логика, для неё снова запустим эту функцию
        for (var i=0; i<aPassTypes.length; i++)
            if(oAdj.ObjDef().TypeNum() == aPassTypes.ValueAt(i))
            {
                aResult = aResult.concat(MultiConnected(oAdj, nInOut, aFindTypes, aPassTypes, true));
                break;
            }
    }
    return aResult;
}