/// <summary>
/// Method is used for creating ObjectWrapper. This method is created because
/// DateTime and TimeSpan types. When we transforming this two object
/// we need to get only number of ticks from them. All other cases we just
/// need to put object to Data property and object will be transformed in a right way.
/// </summary>
/// <param name="typeOfdata">Type of data object</param>
/// <param name="data"></param>
/// <returns></returns>
public static ObjectWrapper CreateObjectWrapper(Object data)
{
ObjectWrapper ow = new ObjectWrapper();
if(data == null)
{
ow.TypeName = null;
ow.Data = null;
return ow;
}
Type typeOfdata = data.GetType();
ow.TypeName = TypeSingleton.ExtractPropertyType(typeOfdata);//typeOfdata.Name;
if (typeOfdata.Equals(typeof(DateTime)) )
{
ow.Data = ((DateTime)data).Ticks;
}
else
{
if (typeOfdata.Equals(typeof(TimeSpan)))
{
ow.Data = ((TimeSpan)data).Ticks;
}
else
{
ow.Data = data;
}
}
return ow;
}
/// <summary>
/// ParseNode is method that is trying to transform an object into Node object
/// </summary>
/// <param name="objectToParse"> object that needs to be transformed</param>
/// <returns>Node object or is throwing an Exception</returns>
public static Node <Guid, Object, EdgeData> ParseNode(Object objectToParse)
{
if (objectToParse is Dictionary <String, Object> )
{
Dictionary <String, Object> nodeRepresentation = objectToParse as Dictionary <String, Object>;
//checking if there is everything in objectToParse that should be there
if (nodeRepresentation.ContainsKey(PREVIOUS) &&
nodeRepresentation[PREVIOUS] is Dictionary <string, object> &&
nodeRepresentation.ContainsKey(COMMITED) &&
nodeRepresentation[COMMITED] is Boolean &&
nodeRepresentation.ContainsKey(NODE_TYPE) &&
nodeRepresentation[NODE_TYPE] is int &&
nodeRepresentation.ContainsKey(DATA) &&
nodeRepresentation.ContainsKey(VALUES) &&
nodeRepresentation[VALUES] is Dictionary <String, Object> &&
nodeRepresentation.ContainsKey(EDGES))
{
//getting Guid of previous Node
Dictionary <string, object> previousDict = nodeRepresentation[PREVIOUS] as Dictionary <string, object>;
if (previousDict.ContainsKey(VALUE) && previousDict[VALUE] is String)
{
Guid previous = new Guid(previousDict[VALUE] as String);
}
else
{
throw new Exception("Object is not formated in right way! Previous Guid is missing!");
}
Boolean commited = (Boolean)nodeRepresentation[COMMITED];
NodeType nodeType = (NodeType)((int)nodeRepresentation[NODE_TYPE]);
Object data = ObjectWrapper.ParseObjectWrapper(nodeRepresentation[DATA]);
Dictionary <Guid, Object> values = new Dictionary <Guid, object>();
//getting Dictionary that is contining Values dictionary
Dictionary <String, Object> valuesDict = (Dictionary <String, Object>)nodeRepresentation[VALUES];
if (valuesDict.ContainsKey(ARRAY) && valuesDict[ARRAY] is Object[])
{
Object[] tempList = (Object[])valuesDict[ARRAY];
foreach (Object o in tempList)
{
if (o is Dictionary <String, object> )
{
Dictionary <String, object> tempDict = o as Dictionary <String, object>;
if (tempDict.ContainsKey(KEY) && tempDict.ContainsKey(VALUE))
{
Guid key = (Guid)ObjectWrapper.ParseObjectWrapper(tempDict[KEY]);
Object value = ObjectWrapper.ParseObjectWrapper(tempDict[VALUE]);
values.Add(key, value);
}
}
else
{
throw new Exception("Object is not formated in right way!");
}
}
}
else
{
throw new Exception("Object is not formated in right way!");
}
Object edges = nodeRepresentation[EDGES];
SortedList <EdgeData, Edge <Guid, EdgeData> > edgesSortedList = NodeWrapper.ParseEdges(edges);
Node <Guid, Object, EdgeData> serverNode = new Node <Guid, object, EdgeData>(nodeType, data, edgesSortedList, values);
return(serverNode);
}
else
{
throw new Exception("Object is not formated in right way!");
}
}
else
{
throw new Exception("Object is not formated in right way!");
}
}
