/// <summary>
/// Obtain a map from output columns to their input dependencies
/// </summary>
/// <param name="outColumnControlMap"></param>
/// <returns></returns>
public MapSet <TraceableColumn, Traceable> ComputeOutputDependencies(out MapSet <TraceableColumn, Traceable> outColumnControlMap)
{
DependencyPTGDomain depAnalysisResult = this;
MapSet <TraceableColumn, Traceable> outColumnMap = new MapSet <TraceableColumn, Traceable>();
outColumnControlMap = new MapSet <TraceableColumn, Traceable>();
foreach (var outColum in depAnalysisResult.Dependencies.A4_Ouput.Keys)
{
var outColumns = depAnalysisResult.GetTraceables(outColum).OfType <TraceableColumn>()
.Where(t => t.TableKind == ProtectedRowKind.Output);
foreach (var column in outColumns)
{
if (!outColumnMap.ContainsKey(column))
{
outColumnMap.AddRange(column, depAnalysisResult.Dependencies.A4_Ouput[outColum]);
}
else
{
outColumnMap.AddRange(column, outColumnMap[column].Union(depAnalysisResult.Dependencies.A4_Ouput[outColum]));
}
if (!outColumnControlMap.ContainsKey(column))
{
outColumnControlMap.AddRange(column, depAnalysisResult.Dependencies.A4_Ouput_Control[outColum]);
}
else
{
outColumnControlMap.AddRange(column, outColumnControlMap[column].Union(depAnalysisResult.Dependencies.A4_Ouput_Control[outColum]));
}
}
}
return(outColumnMap);
}
public ISet <PTGNode> GetTargets(IVariable variable, bool failIfNotExists = false)
{
if (failIfNotExists)
{
return(roots[variable]);
}
if (roots.ContainsKey(variable))
{
return(roots[variable]);
}
return(new HashSet <PTGNode>());
}
private static void WriteResultToSarifLog(string inputPath, StreamWriter outputStream, SarifLog log, MethodDefinition moveNextMethod, DependencyPTGDomain depAnalysisResult,
SongTaoDependencyAnalysis dependencyAnalysis, IDictionary <string, ClassDefinition> processorMap)
{
var results = new List <Result>();
var escapes = depAnalysisResult.Dependencies.A1_Escaping.Select(traceable => traceable.ToString());
var inputUses = new HashSet <Traceable>();
var outputModifies = new HashSet <Traceable>();
if (!depAnalysisResult.IsTop)
{
if (depAnalysisResult.Dependencies.A4_Ouput.Any())
{
var outColumnMap = new MapSet <TraceableColumn, Traceable>();
var outColumnControlMap = new MapSet <TraceableColumn, Traceable>();
foreach (var outColum in depAnalysisResult.Dependencies.A4_Ouput.Keys)
{
var outColumns = depAnalysisResult.GetTraceables(outColum).OfType <TraceableColumn>()
.Where(t => t.TableKind == ProtectedRowKind.Output);
foreach (var column in outColumns)
{
if (!outColumnMap.ContainsKey(column))
{
outColumnMap.AddRange(column, depAnalysisResult.Dependencies.A4_Ouput[outColum]);
}
else
{
outColumnMap.AddRange(column, outColumnMap[column].Union(depAnalysisResult.Dependencies.A4_Ouput[outColum]));
}
if (!outColumnControlMap.ContainsKey(column))
{
outColumnControlMap.AddRange(column, depAnalysisResult.Dependencies.A4_Ouput_Control[outColum]);
}
else
{
outColumnControlMap.AddRange(column, outColumnControlMap[column].Union(depAnalysisResult.Dependencies.A4_Ouput_Control[outColum]));
}
}
}
foreach (var entryOutput in outColumnMap)
{
var result = new Result();
result.Id = "SingleColumn";
var column = entryOutput.Key;
var columnString = column.ToString();
var dependsOn = entryOutput.Value;
var controlDepends = new HashSet <Traceable>();
result.SetProperty("column", columnString);
result.SetProperty("data depends", dependsOn.Select(traceable => traceable.ToString()));
if (outColumnControlMap.ContainsKey(column))
{
var controlDependsOn = outColumnControlMap[column];
result.SetProperty("control depends", controlDependsOn.Select(traceable => traceable.ToString()));
}
else
{
result.SetProperty("control depends", new string[] { });
}
result.SetProperty("escapes", escapes);
results.Add(result);
inputUses.AddRange(dependsOn.Where(t => t.TableKind == ProtectedRowKind.Input));
outputModifies.Add(column);
}
//foreach (var outColum in depAnalysisResult.Dependencies.A4_Ouput.Keys)
//{
// //var outColumns = depAnalysisResult.Dependencies.A2_Variables[outColum].OfType<TraceableColumn>()
// // .Where(t => t.TableKind == ProtectedRowKind.Output);
// var outColumns = depAnalysisResult.GetTraceables(outColum).OfType<TraceableColumn>()
// .Where(t => t.TableKind == ProtectedRowKind.Output);
// foreach (var column in outColumns)
// {
// var result = new Result();
// result.Id = "SingleColumn";
// var columnString = column.ToString();
// var dependsOn = depAnalysisResult.Dependencies.A4_Ouput[outColum];
// //dependsOn.AddRange(traceables);
// result.SetProperty("column", columnString);
// result.SetProperty("data depends", dependsOn.Select(traceable => traceable.ToString()));
// if (depAnalysisResult.Dependencies.A4_Ouput_Control.ContainsKey(outColum))
// {
// var controlDependsOn = depAnalysisResult.Dependencies.A4_Ouput_Control[outColum];
// result.SetProperty("control depends", controlDependsOn.Where(t => !(t is Other)).Select(traceable => traceable.ToString()));
// inputUses.AddRange(controlDependsOn.Where(t => t.TableKind == ProtectedRowKind.Input));
// }
// else
// {
// result.SetProperty("control depends", new string[] { });
// }
// result.SetProperty("escapes", escapes);
// results.Add(result);
// inputUses.AddRange(dependsOn.Where(t => t.TableKind == ProtectedRowKind.Input));
// outputModifies.Add(column);
// }
//}
}
else
{
var result = new Result();
result.Id = "SingleColumn";
result.SetProperty("column", "_EMPTY_");
result.SetProperty("escapes", escapes);
results.Add(result);
}
var resultSummary = new Result();
resultSummary.Id = "Summary";
//var inputsString = inputUses.OfType<TraceableColumn>().Select(t => t.ToString());
//var outputsString = outputModifies.OfType<TraceableColumn>().Select(t => t.ToString());
//result2.SetProperty("Inputs", inputsString);
//result2.SetProperty("Outputs", outputsString);
var inputsString = dependencyAnalysis.InputColumns.Select(t => t.ToString());
var outputsString = dependencyAnalysis.OutputColumns.Select(t => t.ToString());
resultSummary.SetProperty("Inputs", inputsString);
resultSummary.SetProperty("Outputs", outputsString);
var inputSchemaString = InputSchema.Columns.Select(t => t.ToString());
var outputSchemaString = OutputSchema.Columns.Select(t => t.ToString());
resultSummary.SetProperty("SchemaInputs", inputSchemaString);
resultSummary.SetProperty("SchemaOutputs", outputSchemaString);
results.Add(resultSummary);
if (outputStream != null)
{
outputStream.WriteLine("Class: [{0}] {1}", moveNextMethod.ContainingType.FullPathName(), moveNextMethod.ToSignatureString());
if (depAnalysisResult.IsTop)
{
outputStream.WriteLine("Analysis returns TOP");
}
outputStream.WriteLine("Inputs: {0}", String.Join(", ", inputsString));
outputStream.WriteLine("Outputs: {0}", String.Join(", ", outputsString));
}
}
else
{
var result = new Result();
result.Id = "SingleColumn";
result.SetProperty("column", "_TOP_");
result.SetProperty("depends", "_TOP_");
results.Add(result);
var resultEmpty = new Result();
resultEmpty.Id = "Summary";
resultEmpty.SetProperty("Inputs", "_TOP_");
resultEmpty.SetProperty("Outputs", "_TOP_");
resultEmpty.SetProperty("SchemaInputs", "_TOP_");
resultEmpty.SetProperty("SchemaOutputs", "_TOP_");
results.Add(resultEmpty);
}
var id = String.Format("[{0}] {1}", moveNextMethod.ContainingType.FullPathName(), moveNextMethod.ToSignatureString());
// Very clumsy way to find the process number and the processor name from the MoveNext method.
// But it is the process number and processor name that allow us to link these results to the information
// in the XML file that describes the job.
// Climb the containing type chain from the MoveNext method until we find the entry in the dictionary whose
// value matches one of the classes.
var done = false;
foreach (var kv in processorMap)
{
if (done)
{
break;
}
var c = moveNextMethod.ContainingType as ClassDefinition;
while (c != null)
{
if (kv.Value == c)
{
id = kv.Value.Name + "|" + kv.Key;
done = true;
break;
}
c = c.ContainingType as ClassDefinition;
}
}
AddRunToSarifOutput(log, inputPath, id, results);
}