mergedServices.SPARQLQueryBuilder.getQueries C# (CSharp) Méthode

        private Dictionary<int, List<InnerQuery>> getQueries(string object1, string object2, int distance, int limit, List<string> ignoredObjects = null, List<string> ignoredProperties = null, int avoidCycles = 0)
        {
            Dictionary<int, List<InnerQuery>> queries = new Dictionary<int, List<InnerQuery>>();
            Dictionary<string, List<string>> options = new Dictionary<string, List<string>>();

            //May generate null
            options["object1"] = stringToLoist(object1);
            options["object2"] = stringToLoist(object2);
            options["limit"] = stringToLoist(limit.ToString());
            options["ignoredObjects"] = ignoredObjects;
            options["ignoredProperties"] = ignoredProperties;
            options["avoidCycles"] = stringToLoist(avoidCycles.ToString());

            // get direct connection in both directions
            //queries[distance] = new ArrayCollection();
            //(queries[distance] as ArrayCollection).addItem(new Array(direct(object1, object2, distance, options), connectedDirectly));
            //(queries[distance] as ArrayCollection).addItem(new Array(direct(object2, object1, distance, options), connectedDirectlyInverted));
            //we substitiued ArrayCollection with a list and passed the list to the dictionary
            var tempList = new List<InnerQuery>();
            var tempInnerQuery = new InnerQuery();
            tempInnerQuery.queryText = direct(object1, object2, distance, options);
            tempInnerQuery.connectState = connectionType.connectedDirectly;
            tempInnerQuery.object1 = object1;
            tempInnerQuery.object2 = object2;
            tempList.Add(tempInnerQuery);

            tempInnerQuery = new InnerQuery();
            tempInnerQuery.queryText = direct(object2, object1, distance, options);
            tempInnerQuery.connectState = connectionType.connectedDirectlyInverted;
            tempInnerQuery.object1 = object2;
            tempInnerQuery.object2 = object1;
            tempList.Add(tempInnerQuery);

            //queries.Add(distance, tempList);
            //ended substitution

            for (int a = 1; a <= distance; a++)
            {
                for (int b = 1; b <= distance; b++)
                {
                    if ((a + b) == distance)
                    {

                        //(queries[distance] as ArrayCollection).addItem(new Array(connectedViaAMiddleObject(object1, object2, a, b, true,  options), connectedViaMiddle));
                        //tempList = new List<InnerQuery>();
                        tempInnerQuery = new InnerQuery();
                        tempInnerQuery.queryText = connectedViaAMiddleObject(object1, object2, a, b, true, options);
                        tempInnerQuery.connectState = connectionType.connectedViaMiddle;
                        tempInnerQuery.object1 = object1;
                        tempInnerQuery.object2 = object2;
                        tempList.Add(tempInnerQuery);

                        tempInnerQuery = new InnerQuery();
                        tempInnerQuery.queryText = connectedViaAMiddleObject(object1, object2, a, b, false, options);
                        tempInnerQuery.connectState = connectionType.connectedViaMiddleInverted;
                        tempInnerQuery.object1 = object1;
                        tempInnerQuery.object2 = object2;
                        tempList.Add(tempInnerQuery);

                        //(queries[distance] as ArrayCollection).addItem(new Array(connectedViaAMiddleObject(object1, object2, a, b, false, options), connectedViaMiddleInverted));
                    }
                }
            }
            queries.Add(distance, tempList);
            //substitution of the above code:

            return queries;
        }