public async Task <IEnumerable <TopologyResult> > AnalyzeTopology(CModelFramework internalModel)
{
List <Task <TopologyResult> > topologyTasks = new List <Task <TopologyResult> >();
int index = 0;
//for (int i = 0; i < 50; i++)
//{
// int partitionKey = GetPartitionKey(i);
// ITopologyAnalyzer topologyAnalyzer = TopologyAnalyzerClient.CreateClient(partitionKey);
// topologyTasks.Add(topologyAnalyzer.AnalyzeTopology(internalModel, internalModel.Roots.First().Key));
//}
foreach (var root in internalModel.Roots)
{
int partitionKey = GetPartitionKey(index);
ITopologyAnalyzer topologyAnalyzer = TopologyAnalyzerClient.CreateClient(partitionKey);
topologyTasks.Add(topologyAnalyzer.AnalyzeTopology(internalModel, root.Key));
//topologyTasks[index].Start();
index++;
}
List <TopologyResult> topologyResults = (await Task.WhenAll(topologyTasks)).ToList();
return(topologyResults);
}
public void RunSparseMatrixApplication(string path)
{
internalModel = new CModelFramework();
// Read data from files
internalModelBuilder = new CInternalModelBuilder(internalModel, path);
internalModelBuilder.ReadSchemaFromFile();
// Create matrix model
matrixModel = new CSparseMatrix();
matrixModelBuilder = new CMatrixModelBuilder(matrixModel, internalModel);
matrixModelBuilder.CreateInitialLidDictionary();
matrixModelBuilder.CreateInitialMatrixModel();
matrixModelBuilder.InsertSwitchDeviceFromInternalToMatrixModel();
// Analyze topology
topologyAnalyser = new CTopologyAnalyzer(matrixModel, matrixModelBuilder.LIDtoIND, matrixModelBuilder.INDtoLID, internalModel);
//topologyAnalyser.AnalyzeTopology(internalModel.Roots);
foreach (var root in internalModel.Roots.Values)
{
if (root.UpToDate == false) //obradjuju se samo neazurni koreni
{
topologyAnalyser.UpdateRootTopology(root);
}
}
return;
}
public CTopologyAnalyzer(CSparseMatrix matrixModel, Dictionary <long, long> LIDtoIND, List <long> INDtoLID, CModelFramework internalModel)
{
this.matrixModel = matrixModel;
this.LIDtoIND = LIDtoIND;
this.INDtoLID = INDtoLID;
this.bfScanner = new BreadthFirstScanner <ActiveNodeInfo>();
this.visitedBranches = new Dictionary <long, CVisitedBranch>(100);
this.visitedNodes = new Dictionary <long, CVisitedNode>(100);
this.loops = new Dictionary <long, bool[]>();
this.rootsInParallel = new Dictionary <long, MPRoot>();
this.internalModel = internalModel;
}
public Task <TopologyResult> AnalyzeTopology(CModelFramework internalModel, long rootId)
{
ServiceEventSource.Current.ServiceMessage(this.Context, $"TopologyStatelessService.Analyze started. PartitionID = {Context.PartitionId} Root id = 0x{rootId:x16}.");
// Create matrix model
CSparseMatrix matrixModel = new CSparseMatrix();
CMatrixModelBuilder matrixModelBuilder = new CMatrixModelBuilder(matrixModel, internalModel);
matrixModelBuilder.CreateInitialLidDictionary();
matrixModelBuilder.CreateInitialMatrixModel();
matrixModelBuilder.InsertSwitchDeviceFromInternalToMatrixModel();
CTopologyAnalyzer topologyAnalyzer = new CTopologyAnalyzer(matrixModel, matrixModelBuilder.LIDtoIND, matrixModelBuilder.INDtoLID, internalModel);
if (!internalModel.Roots.ContainsKey(rootId))
{
Logger.LogError($"Root with id 0x{rootId:X16} is not in internal model");
}
MPRoot root = internalModel.Roots[rootId];
if (!root.UpToDate) //obradjuju se samo neazurni koreni
{
topologyAnalyzer.UpdateRootTopology(root);
}
List <MPNode> nodes = topologyAnalyzer.InternalModel.Nodes.Values.Where(node => node.OwnerCircuit[0] == rootId || node.Lid == rootId).ToList();
List <MPBranch> branches = topologyAnalyzer.InternalModel.Branches.Values.Where(branch => branch.OwnerCircuit[0] == rootId || branch.Lid == rootId).ToList();
ServiceEventSource.Current.ServiceMessage(this.Context, $"TopologyStatelessService.Analyze finished for root 0x{rootId:x16} Nodes: {nodes.Count} Branches: {branches.Count}");
try
{
return(Task.FromResult(new TopologyResult(nodes, branches, rootId)));
}
catch (Exception e)
{
ServiceEventSource.Current.ServiceMessage(this.Context, $"{e.Message}");
return(null);
}
}
public async Task <IEnumerable <TopologyResult> > AnalyzeTopology(CModelFramework internalModel)
{
return(await InvokeWithRetryAsync(client => client.Channel.AnalyzeTopology(internalModel)));
}
public CMatrixModelBuilder(CSparseMatrix matrixModel, CModelFramework internalModel)
{
this.matrixModel = matrixModel;
this.internalModel = internalModel;
}
public async Task <TopologyResult> AnalyzeTopology(CModelFramework internalModel, long rootId)
{
return(await InvokeWithRetryAsync(client => client.Channel.AnalyzeTopology(internalModel, rootId)));
}
