public void AssertCacheMissEventLogged(params string[] requiredMessages)
{
if (Configuration.Logging.CacheMissAnalysisOption.Mode == CacheMissAnalysisOption.LocalMode().Mode)
{
var messages = requiredMessages.Select((s) => ObservedInputConstants.ToExpandedString(s));
AssertLogContains(caseSensitive: false, requiredLogMessages: messages.ToArray());
}
}
/// <summary>
/// Describes diff with respect to other instance of <see cref="ObservedInputData"/>.
/// </summary>
/// <param name="data"></param>
/// <returns></returns>
public string DescribeDiffWithoutPath(ObservedInputData data) =>
string.Join(
" | ",
(new[] {
Prefix(nameof(AccessType), ObservedInputConstants.ToExpandedString(AccessType)),
Flags == data.Flags ? null : Prefix(nameof(Flags), Flags),
Pattern == data.Pattern ? null : Prefix(nameof(Pattern), Pattern),
Hash == data.Hash ? null : Prefix(nameof(Hash), Hash)
}).Where(s => !string.IsNullOrEmpty(s)));
/// <summary>
/// Checks <see cref="AnalyzerResult.FileOutput"/> for certain strings.
/// Only the file output of the execution analyzer executable is checked.
/// Use <see cref="AssertPipMiss(AnalyzerResult, Pip, PipCacheMissType, string[])"/> to additionally
/// test runtime cache miss analysis output.
/// </summary>
/// <note>
/// This is highly inefficient since it does a full pass over the
/// output file for every assertion.
/// </note>
public static AnalyzerResult AssertAnalyzerOutput(
this AnalyzerResult result,
params string[] messages)
{
foreach (var message in messages)
{
XAssert.IsTrue(result.FileOutput.ToUpperInvariant().Contains(ObservedInputConstants.ToExpandedString(message).ToUpperInvariant()), "Expected message: \"{0}\" to appear in analyzer output: \"{1}\"", ObservedInputConstants.ToExpandedString(message), result.FileOutput);
}
return(result);
}
/// <summary>
/// Makes a tree that represents an observed input on a path into a subtree of
/// a tree that represents the corresponding path in the pathset.
///
/// <see cref="MergeStrongFingerprintAndPathSetTrees(JsonNode, JsonNode)"/>
/// for numbering explanation.
///
/// Converts
/// [3] "E":"VSO0:E0C5007DC8CF2D331236F156F136C50CACE2A5D549CD132D9B44ABD1F13D50CC00"
/// =>
/// [3'] "ObservedInput":"E:VSO0:E0C5007DC8CF2D331236F156F136C50CACE2A5D549CD132D9B44ABD1F13D50CC00"
///
/// Reparent [3'] from
/// [2] "ObservedInputs":""
/// to
/// [5'] "B:/out/objects/n/x/qbkexxlc8je93wycw7yrlw0a305n7k/xunit-out/CacheMissAnaAD836B23/3/obj/readonly/src_0":""
///
/// Add
/// [8] "Members":"[src_1, src_2]"
/// to
/// [5'] "B:/out/objects/n/x/qbkexxlc8je93wycw7yrlw0a305n7k/xunit-out/CacheMissAnaAD836B23/3/obj/readonly/src_0":""
/// </summary>
/// <param name="observedInputNode"></param>
/// <param name="pathSetNode"></param>
private void ReparentObservedInput(JsonNode observedInputNode, JsonNode pathSetNode)
{
// Store values from
// [3] "E":"VSO0:E0C5007DC8CF2D331236F156F136C50CACE2A5D549CD132D9B44ABD1F13D50CC00"
// before manipulating the node
var observedInputType = observedInputNode.Name;
var observedInputHash = observedInputNode.Values[0];
var values = observedInputNode.Values;
values.Clear();
string expandedType = ObservedInputConstants.ToExpandedString(observedInputType);
switch (observedInputType)
{
case ObservedInputConstants.AbsentPathProbe:
case ObservedInputConstants.ExistingFileProbe:
case ObservedInputConstants.ExistingDirectoryProbe:
values.Add(expandedType);
break;
case ObservedInputConstants.FileContentRead:
values.Add($"{expandedType}:{observedInputHash}");
break;
case ObservedInputConstants.DirectoryEnumeration:
values.Add($"{expandedType}:{observedInputHash}");
// [8] "Members":"[src_1, src_2]"
AddDirectoryMembershipBranch(observedInputHash, pathSetNode);
break;
}
// [3'] "ObservedInput":"E:VSO0:E0C5007DC8CF2D331236F156F136C50CACE2A5D549CD132D9B44ABD1F13D50CC00"
observedInputNode.Name = ObservedInputConstants.ObservedInputs;
JsonTree.ReparentBranch(observedInputNode, pathSetNode);
}