public static DynamicFlow Construct_DynamicFlow_Forward(StaticFlow sFlow, int startLine, int nSteps, Tools tools)
{
DynamicFlow dFlow = new DynamicFlow(tools);
dFlow.Reset(sFlow, true);
return(dFlow);
}
public static void SaveToDot(StaticFlow sFlow, DynamicFlow dFlow, string filename)
{
AdjacencyGraph <string, TaggedEdge <string, string> > displayGraph = new AdjacencyGraph <string, TaggedEdge <string, string> >();
foreach (string vertex in dFlow.Graph.Vertices)
{
displayGraph.AddVertex(vertex);
}
foreach (TaggedEdge <string, (bool Branch, StateUpdate StateUpdate)> edge in dFlow.Graph.Edges)
{
int lineNumber = dFlow.LineNumber(edge.Source);
string displayInfo = sFlow.Get_Line_Str(lineNumber) + "\n" + edge.Tag.StateUpdate.ToString2();
displayGraph.AddEdge(new TaggedEdge <string, string>(edge.Source, edge.Target, displayInfo));
}
Visualize(displayGraph, filename);
}
public static DynamicFlow Construct_DynamicFlow_Forward(StaticFlow sFlow, Tools tools)
{
return(Construct_DynamicFlow_Forward(sFlow, sFlow.FirstLineNumber, sFlow.NLines * 2, tools));
}
public static (StateUpdate Regular, StateUpdate Branch) Execute(
StaticFlow sFlow,
int lineNumber,
(string PrevKey, string NextKey, string NextKeyBranch) keys,
public static DynamicFlow Construct_DynamicFlow_Forward(StaticFlow sFlow, Tools tools)
{
Contract.Requires(sFlow != null);
return(Construct_DynamicFlow_Forward(sFlow, sFlow.FirstLineNumber, sFlow.NLines * 2, tools));
}
public static (StateUpdate regular, StateUpdate branch) Execute(
StaticFlow sFlow,
int lineNumber,
(string prevKey, string nextKey, string nextKeyBranch) keys,