public void Execute(Action <DaemonStageResult> committer)
{
var highlightings = new List <HighlightingInfo>();
foreach (var treeNode in myFile.Descendants())
{
if (treeNode is PsiBuilderErrorElement error)
{
var range = error.GetDocumentRange();
highlightings.Add(new HighlightingInfo(range, new CSharpSyntaxError(error.ErrorDescription, range)));
}
if (treeNode is Spring_FunctionIdentifier id)
{
foreach (var reference in id.GetFirstClassReferences())
{
if (!reference.Resolve().Info.ResolveErrorType.IsAcceptable&& !SpringLanguage.BuiltinNames.Contains(id.GetText()))
{
var range = id.GetDocumentRange();
highlightings.Add(new HighlightingInfo(range, new CSharpSyntaxError("Unresolved function name", range)));
}
}
}
}
var result = new DaemonStageResult(highlightings);
committer(result);
}
public void Execute(Action <DaemonStageResult> committer)
{
var highlightings = new List <HighlightingInfo>();
foreach (var treeNode in _file.Descendants())
{
if (treeNode is SpringNodeError error)
{
var range = error.GetDocumentRange().ExtendRight(error.Length);
highlightings.Add(new HighlightingInfo(range,
new CSharpSyntaxError(error.ErrorDescription, range)));
}
var references = _referenceFactory.GetReferences(treeNode, ReferenceCollection.Empty);
if (references.Any(it => it.Resolve().Info.ResolveErrorType != ResolveErrorType.OK))
{
var range = references.First().GetDocumentRange();
highlightings.Add(new HighlightingInfo(range,
new CSharpSyntaxError("Undefined symbol", range)));
}
}
var result = new DaemonStageResult(highlightings);
committer(result);
}
public void Execute(Action <DaemonStageResult> committer)
{
var highlightings = new List <HighlightingInfo>();
foreach (var treeNode in myFile.Descendants())
{
if (treeNode is SpringPsiBuilderErrorElement error)
{
var range = error.GetDocumentRange().ExtendRight(error.Length);
highlightings.Add(error.IsSyntaxError
? new HighlightingInfo(range, new CSharpSyntaxError(error.ErrorDescription, range))
: new HighlightingInfo(range, new SpringUnresolvedError(error.ErrorDescription, range)));
}
else
{
foreach (var reference in _factory.GetReferences(treeNode, ReferenceCollection.Empty))
{
if (reference.Resolve().Info.ResolveErrorType != ResolveErrorType.OK)
{
var range = reference.GetDocumentRange();
highlightings.Add(new HighlightingInfo(range, new SpringUnresolvedError("Can't resolve identifier", range)));
}
}
}
}
var result = new DaemonStageResult(highlightings);
committer(result);
}
public void Execute(Action <DaemonStageResult> commiter)
{
PsiManager manager = PsiManager.GetInstance(myDaemonProcess.Solution);
ICSharpFile file = manager.GetPsiFile(myDaemonProcess.SourceFile, CSharpLanguage.Instance) as ICSharpFile;
if (file == null)
{
return;
}
// Running visitor against the PSI
var elementProcessor = new MakeEnumComparisonTypeSafeFinderElementProcessor(myDaemonProcess);
file.ProcessDescendants(elementProcessor);
// Checking if the daemon is interrupted by user activity
if (myDaemonProcess.InterruptFlag)
{
throw new ProcessCancelledException();
}
// Fill in the result
DaemonStageResult result = new DaemonStageResult(elementProcessor.Highlightings);
commiter(result);
}
public void Execute(Action <DaemonStageResult> commiter)
{
try
{
// GetText gives the unsaved file contents, unlike file.ProjectFile.GetReadStream().
string codeText = myDaemonProcess.Document.GetText();
// I do not remember anymore why I created the Shallow version...
var cloneFinder = new MethodsOnASingleClassCloneFinder(new ShallowExpansionFactory());
//var cloneFinder = new MethodsOnASingleClassCloneFinder(new OscillatingExtractMethodExpansionFactory());
cloneFinder.AddRefactoring(new LiteralToParameterExpansion());
ScanResult scan_result = cloneFinder.GetCloneReplacements(codeText);
if (scan_result != null)
{
var document = myDaemonProcess.SourceFile.Document;
var Highlightings = new List <HighlightingInfo>();
foreach (var info in scan_result.Clones)
{
// We basically highlight the first line of the clone.
var start = document.GetLineStartOffset(((Int32 <DocLine>)(info.HighlightStartLocationLine - 1))) + info.HighlightStartLocationColumn;
var end = start + info.HighlightLength;// Hmm, HighlightLength seems sort of arbitrary.
var warningHighlightRange = new DocumentRange(document, new TextRange(start, end));
// And this defines the chunk that gets replaced.
var replacedCodeRange = new DocumentRange(document,
new TextRange(
document.GetLineStartOffset(
(Int32 <DocLine>)
(info.ReplacementSectionStartLine - 1)),
document.GetLineStartOffset(
(Int32 <DocLine>)
info.ReplacementSectionEndLine)));
var highlight = new HighlightingInfo(warningHighlightRange,
new CloneDetectionHighlighting(info, replacedCodeRange));
Highlightings.Add(highlight);
}
// Creating container to put highlightings into.
DaemonStageResult ret = new DaemonStageResult(Highlightings);
commiter(ret);
}
}
catch (Exception e)
{
System.Diagnostics.Debug.Write(e);
throw;
}
}
public void Execute(Action<DaemonStageResult> commiter)
{
try
{
// GetText gives the unsaved file contents, unlike file.ProjectFile.GetReadStream().
string codeText = myDaemonProcess.Document.GetText();
// I do not remember anymore why I created the Shallow version...
var cloneFinder = new MethodsOnASingleClassCloneFinder(new ShallowExpansionFactory());
//var cloneFinder = new MethodsOnASingleClassCloneFinder(new OscillatingExtractMethodExpansionFactory());
cloneFinder.AddRefactoring(new LiteralToParameterExpansion());
ScanResult scan_result = cloneFinder.GetCloneReplacements(codeText);
if (scan_result != null)
{
var document = myDaemonProcess.SourceFile.Document;
var Highlightings = new List<HighlightingInfo>();
foreach (var info in scan_result.Clones)
{
// We basically highlight the first line of the clone.
var start = document.GetLineStartOffset(((Int32<DocLine>) (info.HighlightStartLocationLine - 1))) + info.HighlightStartLocationColumn;
var end = start + info.HighlightLength;// Hmm, HighlightLength seems sort of arbitrary.
var warningHighlightRange = new DocumentRange(document, new TextRange(start, end));
// And this defines the chunk that gets replaced.
var replacedCodeRange = new DocumentRange(document,
new TextRange(
document.GetLineStartOffset(
(Int32<DocLine>)
(info.ReplacementSectionStartLine-1)),
document.GetLineStartOffset(
(Int32<DocLine>)
info.ReplacementSectionEndLine)));
var highlight = new HighlightingInfo(warningHighlightRange,
new CloneDetectionHighlighting(info, replacedCodeRange));
Highlightings.Add(highlight);
}
// Creating container to put highlightings into.
DaemonStageResult ret = new DaemonStageResult(Highlightings);
commiter(ret);
}
}
catch (Exception e)
{
System.Diagnostics.Debug.Write(e);
throw;
}
}
public void Execute(Action <DaemonStageResult> committer)
{
var highlightings = new List <HighlightingInfo>();
foreach (var treeNode in myFile.Descendants())
{
if (treeNode is PsiBuilderErrorElement error)
{
var range = error.GetDocumentRange();
highlightings.Add(new HighlightingInfo(range, new CSharpSyntaxError(error.ErrorDescription, range)));
}
}
var result = new DaemonStageResult(highlightings);
committer(result);
}
public void Execute(Action<DaemonStageResult> commiter)
{
PsiManager manager = PsiManager.GetInstance(myDaemonProcess.Solution);
ICSharpFile file = manager.GetPsiFile(myDaemonProcess.SourceFile, CSharpLanguage.Instance) as ICSharpFile;
if (file == null)
return;
// Running visitor against the PSI
var elementProcessor = new MakeEnumComparisonTypeSafeFinderElementProcessor(myDaemonProcess);
file.ProcessDescendants(elementProcessor);
// Checking if the daemon is interrupted by user activity
if (myDaemonProcess.InterruptFlag)
throw new ProcessCancelledException();
// Fill in the result
DaemonStageResult result = new DaemonStageResult(elementProcessor.Highlightings);
commiter(result);
}
public void Execute(Action <DaemonStageResult> committer)
{
var highlightings = new List <HighlightingInfo>();
foreach (var treeNode in myFile.Descendants())
{
switch (treeNode)
{
case PsiBuilderErrorElement error:
{
var range = error.GetDocumentRange();
highlightings.Add(new HighlightingInfo(range,
new CSharpSyntaxError(error.ErrorDescription, range)));
break;
}
case SpringIdent refer:
{
var refs = refer.GetFirstClassReferences();
foreach (var reff in refs)
{
if (reff.Resolve().Info.ResolveErrorType == ResolveErrorType.OK)
{
continue;
}
var rangeR = reff.GetDocumentRange();
if (!rangeR.IsEmpty)
{
highlightings.Add(new HighlightingInfo(rangeR,
new CSharpSyntaxError("Cannot resolve a symbol", rangeR)));
}
}
break;
}
}
}
var result = new DaemonStageResult(highlightings);
committer(result);
}
/// <summary>
/// Called by ReSharper when it wants us to execute our work.
/// </summary>
/// <param name="committer">A call-back through which we supply the results
/// of our processing.</param>
public void Execute(Action<DaemonStageResult> committer)
{
DaemonStageResult result = null;
if (_config != null)
{
List<HighlightingInfo> highlights = null;
// Top-level imports (outside of any namespace blocks) are a singular special
// case; the other place that imports can be found is in namespace blocks, and
// since those can be nested, we have to walk them recursively.
CheckImports(_file, ref highlights);
WalkNamespaceDeclarations(_file.NamespaceDeclarations, ref highlights);
if (highlights != null)
{
result = new DaemonStageResult(highlights);
}
}
committer(result);
}
public void Execute(Action <DaemonStageResult> committer)
{
var myLock = new object();
IEnumerable <IEnumerable <Statement> > receivedTraces = null;
void SetResponseTraces(IEnumerable <IEnumerable <Statement> > traces)
{
lock (myLock)
{
receivedTraces = traces ?? new List <IEnumerable <Statement> >();
}
}
bool GotResponse()
{
lock (myLock)
{
return(receivedTraces != null);
}
}
myCofraFacade.GetTaintedSinks(myPersistentIndexManager[mySourceFile], SetResponseTraces);
while (!GotResponse())
{
Thread.Sleep(100);
CheckInterruptAndThrow();
}
var highlightings = TaintedSinksHighlighterUtils.HighlightingsFromStackTraces(
myPersistentIndexManager, mySourceFile.Document, receivedTraces);
var result = new DaemonStageResult(highlightings);
using (ReadLockCookie.Create())
{
committer(result);
}
}
/// <summary>
/// Called by ReSharper when it wants us to execute our work.
/// </summary>
/// <param name="committer">A call-back through which we supply the results
/// of our processing.</param>
public void Execute(Action <DaemonStageResult> committer)
{
DaemonStageResult result = null;
if (_config != null)
{
List <HighlightingInfo> highlights = null;
// Top-level imports (outside of any namespace blocks) are a singular special
// case; the other place that imports can be found is in namespace blocks, and
// since those can be nested, we have to walk them recursively.
CheckImports(_file, ref highlights);
WalkNamespaceDeclarations(_file.NamespaceDeclarations, ref highlights);
if (highlights != null)
{
result = new DaemonStageResult(highlights);
}
}
committer(result);
}
public void DoHighlighting(DaemonStageResult result)
{
myCommiter(result);
}
public void DoHighlighting(DaemonStageResult result)
{
myCommiter(result);
}
