private void ParseVulnerability()
{
var result = new Result
{
Locations = new List <Location>(),
RelatedLocations = new List <Location>(),
CodeFlows = new []
{
SarifUtilities.CreateSingleThreadedCodeFlow()
}
};
_reader.Read();
while (!AtEndOf(_strings.Vulnerability))
{
if (AtStartOfNonEmpty(_strings.ClassId))
{
result.RuleId = _reader.ReadElementContentAsString();
}
else if (AtStartOfNonEmpty(_strings.ReplacementDefinitions))
{
ParseReplacementDefinitions(result);
}
else if (AtStartOfNonEmpty(_strings.Trace))
{
ParseLocationFromTrace(result);
}
_reader.Read();
}
_results.Add(result);
}
public void CanConvertCodeFlowToTreeOnlyDeclarations()
{
var codeFlow = SarifUtilities.CreateSingleThreadedCodeFlow(new[]
{
new ThreadFlowLocation
{
NestingLevel = 0, // Declaration
},
new ThreadFlowLocation
{
NestingLevel = 0, // Declaration
},
new ThreadFlowLocation
{
NestingLevel = 0, // Declaration
},
});
List <CallTreeNode> topLevelNodes = CodeFlowToTreeConverter.Convert(codeFlow, run: null);
topLevelNodes.Count.Should().Be(3);
topLevelNodes[0].Children.Should().BeEmpty();
topLevelNodes[1].Children.Should().BeEmpty();
topLevelNodes[2].Children.Should().BeEmpty();
topLevelNodes[1].Location.NestingLevel.Should().Be(0); // Declaration
topLevelNodes[0].Location.NestingLevel.Should().Be(0); // Declaration
topLevelNodes[2].Location.NestingLevel.Should().Be(0); // Declaration
topLevelNodes[0].Parent.Should().Be(null);
topLevelNodes[1].Parent.Should().Be(null);
topLevelNodes[2].Parent.Should().Be(null);
}
public void SelectPreviousNextCommandsTest()
{
var codeFlow = SarifUtilities.CreateSingleThreadedCodeFlow(new[]
{
new ThreadFlowLocation
{
NestingLevel = 0
},
new ThreadFlowLocation
{
NestingLevel = 1
},
new ThreadFlowLocation
{
NestingLevel = 1
},
new ThreadFlowLocation
{
NestingLevel = 1
},
new ThreadFlowLocation
{
NestingLevel = 0
},
new ThreadFlowLocation
{
NestingLevel = 0
}
});
var mockToolWindow = new Mock <IToolWindow>();
mockToolWindow.Setup(s => s.UpdateSelectionList(It.IsAny <object[]>()));
CallTree callTree = new CallTree(CodeFlowToTreeConverter.Convert(codeFlow, run: null), mockToolWindow.Object);
callTree.FindPrevious().Should().Be(null);
callTree.FindNext().Should().Be(null);
callTree.SelectedItem = callTree.TopLevelNodes[0];
callTree.FindPrevious().Should().Be(callTree.TopLevelNodes[0]);
callTree.FindNext().Should().Be(callTree.TopLevelNodes[0].Children[0]);
callTree.SelectedItem = callTree.TopLevelNodes[0].Children[0];
callTree.FindPrevious().Should().Be(callTree.TopLevelNodes[0]);
callTree.FindNext().Should().Be(callTree.TopLevelNodes[0].Children[1]);
callTree.SelectedItem = callTree.TopLevelNodes[0].Children[2];
callTree.FindPrevious().Should().Be(callTree.TopLevelNodes[0].Children[1]);
callTree.FindNext().Should().Be(callTree.TopLevelNodes[1]);
callTree.SelectedItem = callTree.TopLevelNodes[1];
callTree.FindPrevious().Should().Be(callTree.TopLevelNodes[0].Children[2]);
callTree.FindNext().Should().Be(callTree.TopLevelNodes[2]);
callTree.SelectedItem = callTree.TopLevelNodes[2];
callTree.FindPrevious().Should().Be(callTree.TopLevelNodes[1]);
callTree.FindNext().Should().Be(callTree.TopLevelNodes[2]);
}
public void SelectPreviousNextCommandsTest()
{
CodeFlow codeFlow = SarifUtilities.CreateSingleThreadedCodeFlow(new[]
{
new ThreadFlowLocation
{
NestingLevel = 0,
},
new ThreadFlowLocation
{
NestingLevel = 1,
},
new ThreadFlowLocation
{
NestingLevel = 1,
},
new ThreadFlowLocation
{
NestingLevel = 1,
},
new ThreadFlowLocation
{
NestingLevel = 0,
},
new ThreadFlowLocation
{
NestingLevel = 0,
},
});
var analysisStep = new AnalysisStep(CodeFlowToTreeConverter.Convert(codeFlow, run: null, resultId: 0, runIndex: 0));
analysisStep.FindPrevious().Should().Be(null);
analysisStep.FindNext().Should().Be(null);
analysisStep.SelectedItem = analysisStep.TopLevelNodes[0];
analysisStep.FindPrevious().Should().Be(analysisStep.TopLevelNodes[0]);
analysisStep.FindNext().Should().Be(analysisStep.TopLevelNodes[0].Children[0]);
analysisStep.SelectedItem = analysisStep.TopLevelNodes[0].Children[0];
analysisStep.FindPrevious().Should().Be(analysisStep.TopLevelNodes[0]);
analysisStep.FindNext().Should().Be(analysisStep.TopLevelNodes[0].Children[1]);
analysisStep.SelectedItem = analysisStep.TopLevelNodes[0].Children[2];
analysisStep.FindPrevious().Should().Be(analysisStep.TopLevelNodes[0].Children[1]);
analysisStep.FindNext().Should().Be(analysisStep.TopLevelNodes[1]);
analysisStep.SelectedItem = analysisStep.TopLevelNodes[1];
analysisStep.FindPrevious().Should().Be(analysisStep.TopLevelNodes[0].Children[2]);
analysisStep.FindNext().Should().Be(analysisStep.TopLevelNodes[2]);
analysisStep.SelectedItem = analysisStep.TopLevelNodes[2];
analysisStep.FindPrevious().Should().Be(analysisStep.TopLevelNodes[1]);
analysisStep.FindNext().Should().Be(analysisStep.TopLevelNodes[2]);
}
private static void AddLocationToResult(IEnumerable <CppCheckLocation> cppCheckLocations, Result result)
{
PhysicalLocation lastLocationConverted;
var locations = new List <ThreadFlowLocation>
{
Capacity = cppCheckLocations.Count()
};
if (locations.Capacity == 0)
{
return;
}
foreach (CppCheckLocation loc in cppCheckLocations)
{
locations.Add(new ThreadFlowLocation
{
Location = new Location
{
PhysicalLocation = loc.ToSarifPhysicalLocation()
},
Importance = ThreadFlowLocationImportance.Essential
});
}
// A codeflow doesn't make sense if you only have the result location, and nothing leading up to it.
if (locations.Capacity > 1)
{
result.CodeFlows = new List <CodeFlow>()
{
SarifUtilities.CreateSingleThreadedCodeFlow(locations)
};
}
// Set the result's location to the last location in the code flow.
lastLocationConverted = locations[locations.Count - 1].Location.PhysicalLocation;
result.Locations = new List <Location>
{
new Location
{
PhysicalLocation = lastLocationConverted
}
};
}
private CallTree CreateCallTree()
{
var codeFlow = SarifUtilities.CreateSingleThreadedCodeFlow(new[]
{
new ThreadFlowLocation
{
NestingLevel = 0,
Importance = ThreadFlowLocationImportance.Unimportant,
},
new ThreadFlowLocation
{
NestingLevel = 1,
Importance = ThreadFlowLocationImportance.Important,
},
new ThreadFlowLocation
{
NestingLevel = 1,
Importance = ThreadFlowLocationImportance.Essential,
},
new ThreadFlowLocation
{
NestingLevel = 1,
Importance = ThreadFlowLocationImportance.Unimportant,
},
new ThreadFlowLocation
{
NestingLevel = 0,
Importance = ThreadFlowLocationImportance.Unimportant,
},
new ThreadFlowLocation
{
NestingLevel = 0,
Importance = ThreadFlowLocationImportance.Essential,
}
});
var mockToolWindow = new Mock <IToolWindow>();
mockToolWindow.Setup(s => s.UpdateSelectionList(It.IsAny <object[]>()));
CallTree callTree = new CallTree(CodeFlowToTreeConverter.Convert(codeFlow, run: null), mockToolWindow.Object);
return(callTree);
}
private AnalysisStep CreateAnalysisStep()
{
CodeFlow codeFlow = SarifUtilities.CreateSingleThreadedCodeFlow(new[]
{
new ThreadFlowLocation
{
NestingLevel = 0,
Importance = ThreadFlowLocationImportance.Unimportant,
},
new ThreadFlowLocation
{
NestingLevel = 1,
Importance = ThreadFlowLocationImportance.Important,
},
new ThreadFlowLocation
{
NestingLevel = 1,
Importance = ThreadFlowLocationImportance.Essential,
},
new ThreadFlowLocation
{
NestingLevel = 1,
Importance = ThreadFlowLocationImportance.Unimportant,
},
new ThreadFlowLocation
{
NestingLevel = 0,
Importance = ThreadFlowLocationImportance.Unimportant,
},
new ThreadFlowLocation
{
NestingLevel = 0,
Importance = ThreadFlowLocationImportance.Essential,
},
});
var analysisStep = new AnalysisStep(CodeFlowToTreeConverter.Convert(codeFlow, run: null, resultId: 0, runIndex: 0));
return(analysisStep);
}
public void CanConvertCodeFlowToTreeOnlyDeclarations()
{
CodeFlow codeFlow = SarifUtilities.CreateSingleThreadedCodeFlow(new[]
{
new ThreadFlowLocation
{
NestingLevel = 0, // Declaration
},
new ThreadFlowLocation
{
NestingLevel = 0, // Declaration
},
new ThreadFlowLocation
{
NestingLevel = 0, // Declaration
},
});
List <AnalysisStepNode> topLevelNodes = CodeFlowToTreeConverter.Convert(codeFlow, run: null, resultId: 0, runIndex: 0);
topLevelNodes.Count.Should().Be(3);
topLevelNodes[0].Children.Should().BeEmpty();
topLevelNodes[1].Children.Should().BeEmpty();
topLevelNodes[2].Children.Should().BeEmpty();
topLevelNodes[1].Location.NestingLevel.Should().Be(0); // Declaration
topLevelNodes[0].Location.NestingLevel.Should().Be(0); // Declaration
topLevelNodes[2].Location.NestingLevel.Should().Be(0); // Declaration
topLevelNodes[0].Parent.Should().Be(null);
topLevelNodes[1].Parent.Should().Be(null);
topLevelNodes[2].Parent.Should().Be(null);
List <AnalysisStepNode> flatNodes = CodeFlowToTreeConverter.ToFlatList(codeFlow, run: null, resultId: 0, runIndex: 0);
VerifyCodeFlowFlatList(flatNodes, codeFlow, run: null);
}
private Result ProcessSdvDefectStream(Stream input)
{
var result = new Result
{
Locations = new List <Location>(),
CodeFlows = new []
{
SarifUtilities.CreateSingleThreadedCodeFlow()
}
};
using (var reader = new StreamReader(input))
{
int nestingLevel = 0;
string line;
while (!string.IsNullOrEmpty(line = reader.ReadLine()))
{
ProcessLine(line, ref nestingLevel, result);
}
}
return(result);
}
private void GenerateCodeFlows(Defect defect, Result result)
{
List <SFA> sfas = defect?.Path?.SFAs;
if (sfas == null || sfas.Count == 0)
{
return;
}
int step = 0;
var locations = new List <ThreadFlowLocation>();
bool pathUsesKeyEvents = defect.Path.SFAs.Any(x => !string.IsNullOrWhiteSpace(x?.KeyEvent?.Id));
foreach (var sfa in defect.Path.SFAs)
{
var region = new Region()
{
StartColumn = sfa.Column + 1,
StartLine = sfa.Line
};
var uri = new Uri($"{sfa.FilePath}{sfa.FileName}", UriKind.Relative);
var fileLocation = new PhysicalLocation(id: 0, fileLocation: new FileLocation(uri: uri, uriBaseId: null), region: region, contextRegion: null);
var threadFlowLocation = new ThreadFlowLocation
{
Location = new Location
{
PhysicalLocation = fileLocation
},
Step = ++step
};
if (pathUsesKeyEvents)
{
if (string.IsNullOrWhiteSpace(sfa.KeyEvent?.Id))
{
threadFlowLocation.Importance = ThreadFlowLocationImportance.Unimportant;
}
else
{
threadFlowLocation.SetProperty("keyEventId", sfa.KeyEvent.Id);
if (Enum.TryParse(sfa.KeyEvent.Importance, true, out ThreadFlowLocationImportance importance))
{
threadFlowLocation.Importance = importance;
}
if (!string.IsNullOrWhiteSpace(sfa.KeyEvent.Message) &&
threadFlowLocation.Location?.Message != null)
{
threadFlowLocation.Location.Message.Text = sfa.KeyEvent.Message;
}
}
}
locations.Add(threadFlowLocation);
}
result.CodeFlows = new List <CodeFlow>()
{
SarifUtilities.CreateSingleThreadedCodeFlow(locations)
};
}
public void CanConvertCodeFlowToTree()
{
var codeFlow = SarifUtilities.CreateSingleThreadedCodeFlow(new[]
{
new ThreadFlowLocation
{
NestingLevel = 0, // Call
Location = new Location
{
Message = new Message
{
Text = "first parent"
}
}
},
new ThreadFlowLocation
{
NestingLevel = 1, // Call
Location = new Location
{
Message = new Message
{
Text = "second parent"
}
}
},
new ThreadFlowLocation
{
NestingLevel = 2, // CallReturn
},
new ThreadFlowLocation
{
NestingLevel = 1, // Call
Location = new Location
{
Message = new Message
{
Text = "third parent"
}
}
},
new ThreadFlowLocation
{
NestingLevel = 2, // CallReturn
},
new ThreadFlowLocation
{
NestingLevel = 1, // Call
Location = new Location
{
Message = new Message
{
Text = "fourth parent"
}
}
},
new ThreadFlowLocation
{
NestingLevel = 2, // CallReturn
},
new ThreadFlowLocation
{
NestingLevel = 1, // CallReturn
},
new ThreadFlowLocation
{
NestingLevel = 0, // Call
Location = new Location
{
Message = new Message
{
Text = "fifth parent"
}
}
},
new ThreadFlowLocation
{
NestingLevel = 1, // CallReturn,
}
});
List <CallTreeNode> topLevelNodes = CodeFlowToTreeConverter.Convert(codeFlow, run: null);
topLevelNodes.Count.Should().Be(2);
topLevelNodes[0].Children.Count.Should().Be(4);
topLevelNodes[0].Children[2].Children.Count.Should().Be(1);
// Check that we have the right nodes at the right places in the tree.
topLevelNodes[0].Location.NestingLevel.Should().Be(0); // Call
topLevelNodes[0].Children[0].Location.NestingLevel.Should().Be(1); // Call
topLevelNodes[0].Children[0].Children[0].Location.NestingLevel.Should().Be(2); // CallReturn
topLevelNodes[0].Children[1].Location.NestingLevel.Should().Be(1); // Call
topLevelNodes[0].Children[1].Children[0].Location.NestingLevel.Should().Be(2); // CallReturn
topLevelNodes[0].Children[2].Location.NestingLevel.Should().Be(1); // Call
topLevelNodes[0].Children[2].Children[0].Location.NestingLevel.Should().Be(2); // CallReturn
topLevelNodes[0].Children[3].Location.NestingLevel.Should().Be(1); // CallReturn
topLevelNodes[1].Location.NestingLevel.Should().Be(0); // Call
topLevelNodes[1].Children[0].Location.NestingLevel.Should().Be(1); // CallReturn
// Check parents
topLevelNodes[0].Parent.Should().Be(null);
topLevelNodes[0].Children[0].Parent.Location.Location.Message.Text.Should().Be("first parent");
topLevelNodes[0].Children[0].Children[0].Parent.Location.Location.Message.Text.Should().Be("second parent");
topLevelNodes[0].Children[1].Parent.Location.Location.Message.Text.Should().Be("first parent");
topLevelNodes[0].Children[1].Children[0].Parent.Location.Location.Message.Text.Should().Be("third parent");
topLevelNodes[0].Children[2].Parent.Location.Location.Message.Text.Should().Be("first parent");
topLevelNodes[0].Children[2].Children[0].Parent.Location.Location.Message.Text.Should().Be("fourth parent");
topLevelNodes[0].Children[3].Parent.Location.Location.Message.Text.Should().Be("first parent");
topLevelNodes[1].Parent.Should().Be(null);
topLevelNodes[1].Children[0].Parent.Location.Location.Message.Text.Should().Be("fifth parent");
}
private void ParseLocationsFromTraces(Result result)
{
CodeFlow codeFlow = null;
string nodeLabel = null;
string lastNodeId = null;
bool? isDefault = null;
while (!AtEndOf(_strings.Unified))
{
if (AtStartOf(_strings.Trace))
{
codeFlow = SarifUtilities.CreateSingleThreadedCodeFlow();
result.CodeFlows.Add(codeFlow);
while (!AtEndOf(_strings.Trace))
{
if (AtStartOf(_strings.NodeRef))
{
string nodeId = _reader.GetAttribute(_strings.IdAttribute);
if (!string.IsNullOrWhiteSpace(nodeId))
{
var tfl = new ThreadFlowLocation();
_tflToNodeIdDictionary.Add(tfl, nodeId);
codeFlow.ThreadFlows[0].Locations.Add(tfl);
}
_reader.Read();
}
else if (AtStartOf(_strings.Node))
{
if (isDefault == null)
{
// We haven't found the default node yet, so check this one.
string isDefaultValue = _reader.GetAttribute(_strings.IsDefaultAttribute);
if (!string.IsNullOrWhiteSpace(isDefaultValue) &&
bool.TryParse(isDefaultValue, out bool val) &&
val == true)
{
// This is the default, set the flag so we know to add a result location
isDefault = val;
}
}
nodeLabel = _reader.GetAttribute(_strings.LabelAttribute);
_reader.Read();
}
else if (AtStartOf(_strings.SourceLocation))
{
// Note: SourceLocation is an empty element (it has only attributes),
// so we can't call AtStartOfNonEmpty here.
string snippetId = _reader.GetAttribute(_strings.SnippetAttribute);
PhysicalLocation physicalLocation = ParsePhysicalLocationFromSourceInfo();
// Step past the empty SourceLocation element.
_reader.Read();
string actionType = null;
if (AtStartOf(_strings.Action))
{
actionType = _reader.GetAttribute(_strings.TypeAttribute);
actionType = actionType ?? string.Empty; // We use empty string to indicates there is an
// Action element without a type attribute.
// If we don't have a label, get the <Action> value
if (string.IsNullOrWhiteSpace(nodeLabel))
{
nodeLabel = _reader.ReadElementContentAsString();
}
}
if (actionType == string.Empty)
{
if (codeFlow.ThreadFlows[0].Locations.Count > 0)
{
// If there is no type attribute on the Action element, we treat
// it as a note about the prior node.
ThreadFlowLocation tfl = codeFlow.ThreadFlows[0].Locations.Last();
// Annotate the location with the Action text.
if (tfl?.Location != null)
{
tfl.Location.Annotations = new List <Region>();
Region region = physicalLocation.Region;
region.Message = new Message
{
Text = nodeLabel
};
tfl.Location.Annotations.Add(region);
}
}
}
else
{
var location = new Location
{
PhysicalLocation = physicalLocation
};
if (isDefault == true)
{
result.Locations = new List <Location>();
result.Locations.Add(location.DeepClone());
result.RelatedLocations.Add(location.DeepClone());
// Keep track of the snippet associated with the default location.
// That's the snippet that we'll associate with the result.
lastNodeId = snippetId;
isDefault = false; // This indicates we have already found the default node.
}
var tfl = new ThreadFlowLocation
{
Kinds = new List <string> {
actionType
},
Location = location
};
if (!string.IsNullOrWhiteSpace(nodeLabel))
{
tfl.Location.Message = new Message
{
Text = nodeLabel
};
}
// Remember the id of the snippet associated with this location.
// We'll use it to fill the snippet text when we read the Snippets element later on.
if (!string.IsNullOrEmpty(snippetId))
{
_tflToSnippetIdDictionary.Add(tfl, snippetId);
}
codeFlow.ThreadFlows[0].Locations.Add(tfl);
}
}
else
{
_reader.Read();
}
}
}
else
{
_reader.Read();
}
}
if (result.RelatedLocations.Any())
{
Location relatedLocation = result.RelatedLocations.Last();
if (relatedLocation != null)
{
relatedLocation.PhysicalLocation.Id = 1;
}
}
if (!string.IsNullOrEmpty(lastNodeId))
{
_resultToSnippetIdDictionary.Add(result, lastNodeId);
}
}
/// <summary>Converts this instance to <see cref="Result"/>.</summary>
/// <returns>This instance as an <see cref="Result"/>.</returns>
public Result ToSarifIssue()
{
if (this.Locations.Length == 0)
{
throw new InvalidOperationException("At least one location must be present in a SARIF result.");
}
var result = new Result
{
RuleId = this.Id,
};
result.SetProperty("Severity", this.Severity);
if (!string.IsNullOrEmpty(this.VerboseMessage))
{
result.Message = new Message {
Text = this.VerboseMessage
};
}
else
{
result.Message = new Message {
Text = this.Message
};
}
PhysicalLocation lastLocationConverted;
if (this.Locations.Length == 1)
{
lastLocationConverted = this.Locations[0].ToSarifPhysicalLocation();
}
else
{
var locations = new List <ThreadFlowLocation>
{
Capacity = this.Locations.Length
};
foreach (CppCheckLocation loc in this.Locations)
{
locations.Add(new ThreadFlowLocation
{
Location = new Location
{
PhysicalLocation = loc.ToSarifPhysicalLocation()
},
Importance = ThreadFlowLocationImportance.Essential
});
}
result.CodeFlows = new List <CodeFlow>()
{
SarifUtilities.CreateSingleThreadedCodeFlow(locations)
};
// In the N != 1 case, set the overall location's location to
// the last entry in the execution flow.
lastLocationConverted = locations[locations.Count - 1].Location.PhysicalLocation;
}
result.Locations = new List <Location>
{
new Location
{
PhysicalLocation = lastLocationConverted
}
};
return(result);
}
/// <summary>Converts a Fortify result to a static analysis results interchange format result.</summary>
/// <param name="fortify">The Fortify result convert.</param>
/// <returns>
/// A SARIF result <see cref="Result"/> containing the same content as the supplied
/// <see cref="FortifyIssue"/>.
/// </returns>
public static Result ConvertFortifyIssueToSarifIssue(FortifyIssue fortify)
{
var result = new Result();
result.RuleId = fortify.Category;
if (!string.IsNullOrWhiteSpace(fortify.InstanceId))
{
if (result.PartialFingerprints == null)
{
result.PartialFingerprints = new Dictionary <string, string>();
}
SarifUtilities.AddOrUpdateDictionaryEntry(result.PartialFingerprints, "InstanceId", fortify.InstanceId);
}
List <string> messageComponents = new List <string>();
if (fortify.Abstract != null)
{
messageComponents.Add(fortify.Abstract);
}
if (fortify.AbstractCustom != null)
{
messageComponents.Add(fortify.AbstractCustom);
}
if (messageComponents.Count == 0)
{
result.Message = new Message
{
Text = String.Format(CultureInfo.InvariantCulture, ConverterResources.FortifyFallbackMessage, result.RuleId)
};
}
else
{
result.Message = new Message
{
Text = String.Join(Environment.NewLine, messageComponents)
};
}
result.SetProperty("kingdom", fortify.Kingdom);
if (fortify.Priority != null)
{
result.SetProperty("priority", fortify.Priority);
}
if (!fortify.CweIds.IsDefaultOrEmpty)
{
result.SetProperty("cwe", String.Join(", ",
fortify.CweIds.Select(id => id.ToString(CultureInfo.InvariantCulture))));
}
if (fortify.RuleId != null)
{
result.SetProperty("fortifyRuleId", fortify.RuleId);
}
PhysicalLocation primaryOrSink = ConvertFortifyLocationToPhysicalLocation(fortify.PrimaryOrSink);
result.Locations = new List <Location>
{
new Location
{
PhysicalLocation = primaryOrSink
}
};
if (fortify.Source != null)
{
PhysicalLocation source = ConvertFortifyLocationToPhysicalLocation(fortify.Source);
var locations = new List <CodeFlowLocation>()
{
new CodeFlowLocation {
Location = new Location {
PhysicalLocation = source
}
},
new CodeFlowLocation {
Location = new Location {
PhysicalLocation = primaryOrSink
}
}
};
result.CodeFlows = new List <CodeFlow>()
{
SarifUtilities.CreateSingleThreadedCodeFlow(locations)
};
}
return(result);
}
public void CanConvertCodeFlowToTreeNonCallOrReturn()
{
var codeFlow = SarifUtilities.CreateSingleThreadedCodeFlow(new[]
{
new ThreadFlowLocation
{
NestingLevel = 0, // Call
Location = new Location
{
Message = new Message
{
Text = "first parent",
},
},
},
new ThreadFlowLocation
{
NestingLevel = 1, // Declaration
},
new ThreadFlowLocation
{
NestingLevel = 1, // Declaration
},
new ThreadFlowLocation
{
NestingLevel = 1, // Declaration
},
new ThreadFlowLocation
{
NestingLevel = 1, // CallReturn
},
new ThreadFlowLocation
{
NestingLevel = 0, // Call
Location = new Location
{
Message = new Message
{
Text = "second parent",
},
},
},
new ThreadFlowLocation
{
NestingLevel = 1, // Declaration
},
new ThreadFlowLocation
{
NestingLevel = 1, // Declaration
},
new ThreadFlowLocation
{
NestingLevel = 1, // CallReturn
},
});
List <AnalysisStepNode> topLevelNodes = CodeFlowToTreeConverter.Convert(codeFlow, run: null, resultId: 0, runIndex: 0);
topLevelNodes.Count.Should().Be(2);
topLevelNodes[0].Children.Count.Should().Be(4);
topLevelNodes[1].Children.Count.Should().Be(3);
// Spot-check that we have the right nodes at the right places in the tree.
topLevelNodes[0].Location.NestingLevel.Should().Be(0); // Call
topLevelNodes[0].Children[0].Location.NestingLevel.Should().Be(1); // Declaration
topLevelNodes[0].Children[3].Location.NestingLevel.Should().Be(1); // CallReturn
topLevelNodes[1].Location.NestingLevel.Should().Be(0); // Call
topLevelNodes[1].Children[2].Location.NestingLevel.Should().Be(1); // CallReturn
// Check parents
topLevelNodes[0].Parent.Should().Be(null);
topLevelNodes[0].Children[0].Parent.Location.Location.Message.Text.Should().Be("first parent");
topLevelNodes[0].Children[1].Parent.Location.Location.Message.Text.Should().Be("first parent");
topLevelNodes[0].Children[2].Parent.Location.Location.Message.Text.Should().Be("first parent");
topLevelNodes[0].Children[3].Parent.Location.Location.Message.Text.Should().Be("first parent");
topLevelNodes[1].Parent.Should().Be(null);
topLevelNodes[1].Children[0].Parent.Location.Location.Message.Text.Should().Be("second parent");
topLevelNodes[1].Children[1].Parent.Location.Location.Message.Text.Should().Be("second parent");
topLevelNodes[1].Children[2].Parent.Location.Location.Message.Text.Should().Be("second parent");
}
public void CanConvertCodeFlowToFlatListNonZeroBasedLevel()
{
CodeFlow codeFlow = SarifUtilities.CreateSingleThreadedCodeFlow(new[]
{
new ThreadFlowLocation
{
NestingLevel = 5,
Location = new Location
{
Message = new Message
{
Text = "location level 5",
},
PhysicalLocation = new PhysicalLocation
{
ArtifactLocation = new ArtifactLocation
{
Index = 0,
}
},
},
},
new ThreadFlowLocation
{
NestingLevel = 6,
Location = new Location
{
Message = new Message
{
Text = "location level 6",
},
PhysicalLocation = new PhysicalLocation
{
ArtifactLocation = new ArtifactLocation
{
Index = 0,
}
},
},
},
new ThreadFlowLocation
{
NestingLevel = 7,
Location = new Location
{
Message = new Message
{
Text = "location level 7",
},
PhysicalLocation = new PhysicalLocation
{
ArtifactLocation = new ArtifactLocation
{
Index = 0,
}
},
},
},
new ThreadFlowLocation
{
NestingLevel = 8,
Location = new Location
{
Message = new Message
{
Text = "location level 8",
},
PhysicalLocation = new PhysicalLocation
{
ArtifactLocation = new ArtifactLocation
{
Index = 0,
}
},
},
},
new ThreadFlowLocation
{
NestingLevel = 7,
},
new ThreadFlowLocation
{
NestingLevel = 6,
},
new ThreadFlowLocation
{
NestingLevel = 5,
},
new ThreadFlowLocation
{
NestingLevel = 5,
Location = new Location
{
Message = new Message
{
Text = "location level 5",
},
PhysicalLocation = new PhysicalLocation
{
ArtifactLocation = new ArtifactLocation
{
Index = 1
}
},
},
},
new ThreadFlowLocation
{
NestingLevel = 5,
Location = new Location
{
Message = new Message
{
Text = "location level 5",
},
PhysicalLocation = new PhysicalLocation
{
ArtifactLocation = new ArtifactLocation
{
Index = 2
}
},
},
},
});
var run = new Run
{
Artifacts = new[]
{
new Artifact {
Location = new ArtifactLocation {
Uri = new Uri("path/to/file1.cpp", UriKind.Relative),
}
},
new Artifact {
Location = new ArtifactLocation {
Uri = new Uri("path/to/file2.cpp", UriKind.Relative),
}
},
new Artifact {
Location = new ArtifactLocation {
Uri = new Uri("path/to/file3.cpp", UriKind.Relative),
}
},
},
};
List <AnalysisStepNode> nodes = CodeFlowToTreeConverter.ToFlatList(codeFlow, run, resultId: 0, runIndex: 0);
VerifyCodeFlowFlatList(nodes, codeFlow, run: null);
}
public void CanConvertCodeFlowToFlatListZeroBasedLevel()
{
CodeFlow codeFlow = SarifUtilities.CreateSingleThreadedCodeFlow(new[]
{
new ThreadFlowLocation
{
NestingLevel = 0,
Location = new Location
{
Message = new Message
{
Text = "location level 0",
},
PhysicalLocation = new PhysicalLocation
{
ArtifactLocation = new ArtifactLocation
{
Uri = new Uri("path/to/file.cpp", UriKind.Relative),
}
},
},
},
new ThreadFlowLocation
{
NestingLevel = 1,
Location = new Location
{
Message = new Message
{
Text = "location level 1",
},
PhysicalLocation = new PhysicalLocation
{
ArtifactLocation = new ArtifactLocation
{
Uri = new Uri("path/to/file.cpp", UriKind.Relative),
}
},
},
},
new ThreadFlowLocation
{
NestingLevel = 2,
},
new ThreadFlowLocation
{
NestingLevel = 1,
Location = new Location
{
Message = new Message
{
Text = "location level 1",
},
PhysicalLocation = new PhysicalLocation
{
ArtifactLocation = new ArtifactLocation
{
Uri = new Uri("path/to/file.cpp", UriKind.Relative),
}
},
},
},
new ThreadFlowLocation
{
NestingLevel = 2,
},
new ThreadFlowLocation
{
NestingLevel = 1,
Location = new Location
{
Message = new Message
{
Text = "location level 1",
},
PhysicalLocation = new PhysicalLocation
{
ArtifactLocation = new ArtifactLocation
{
Uri = new Uri("path/to/file.cpp", UriKind.Relative),
}
},
},
},
new ThreadFlowLocation
{
NestingLevel = 2,
},
new ThreadFlowLocation
{
NestingLevel = 1,
},
new ThreadFlowLocation
{
NestingLevel = 0,
Location = new Location
{
Message = new Message
{
Text = "location level 0",
},
PhysicalLocation = new PhysicalLocation
{
ArtifactLocation = new ArtifactLocation
{
Uri = new Uri("path/to/file.cpp", UriKind.Relative),
}
},
},
},
new ThreadFlowLocation
{
NestingLevel = 1,
},
});
List <AnalysisStepNode> nodes = CodeFlowToTreeConverter.ToFlatList(codeFlow, run: null, resultId: 0, runIndex: 0);
VerifyCodeFlowFlatList(nodes, codeFlow, run: null);
}