public static AGameGraph loadGraph(string[] serialization)
{
string[] filteredSerialization = ParsingUtils.clearComments(serialization);
string graphType = filteredSerialization[0];
AGameGraph graph = (AGameGraph)Activator.CreateInstance(null, graphType).Unwrap();
graph.deserialize(filteredSerialization);
return(graph);
}
/// <summary>
/// allows loading the graph, from lines as returned from GameGraph.serialize()
///
/// if an inheriting graph needs to extend serialize()/desiralize(), it needs to implement serializeEx()/deserializeEx()
/// (these methods are called at the end of serialize()/deserialize() automatically)
/// </summary>
/// <returns></returns>
///
public override void deserialize(string[] serialization)
{
string[] lines = ParsingUtils.clearComments(serialization);
// line 1 specifies graph concrete type, so we skip it (assuming this object was already constructed)
int nodeCount = Int32.Parse(lines[1]);
uint nextLine = 2;
while (nodeCount > 0)
{
NodeID id = deserializeID(lines[nextLine++]);
Nodes[id] = new Node <NodeID>(id, (NodeType)Int32.Parse(lines[nextLine++]));
Edges[id] = new Dictionary <NodeID, double>();
--nodeCount;
}
while (nextLine < lines.Count())
{
NodeID id1 = deserializeID(lines[nextLine++]);
NodeID id2 = deserializeID(lines[nextLine++]);
double weight = Double.Parse(lines[nextLine++]);
if (Edges[id1] == null)
{
Edges[id1] = new Dictionary <NodeID, Double>();
}
if (Edges[id2] == null)
{
Edges[id2] = new Dictionary <NodeID, Double>();
}
Edges[id1][id2] = weight;
Edges[id2][id1] = weight;
}
// call desiralization extension with remaining lines:
deserializeEx(lines.Skip((int)nextLine).ToArray());
}
