private void FindTextual(
[NotNull] string searchText, [NotNull] ISolution solution,
[NotNull] List <IOccurence> consumer, [NotNull] CheckForInterrupt checkCanceled)
{
#if RESHARPER8
using (var pool = new MultiCoreFibersPool(GoToWordPoolName, myShellLocks, myConfigurations))
using (var fibers = pool.Create("Files scan for textual occurances"))
#elif RESHARPER81 || RESHARPER9
using (var fibers = myTaskHost.CreateBarrier(
myLifetime, checkCanceled, sync: false, takeReadLock: false))
#endif
{
foreach (var psiSourceFile in GetAllSolutionFiles(solution))
{
if (IsFilteredFile(psiSourceFile))
{
continue;
}
var sourceFile = psiSourceFile;
fibers.EnqueueJob(() =>
{
using (ReadLockCookie.Create())
{
SearchInFile(searchText, sourceFile, consumer, checkCanceled);
}
});
if (checkCanceled())
{
return;
}
}
}
}
public override ICollection<IOccurence> Search(IProgressIndicator progressIndicator)
{
var typeElements = new List<ITypeDeclaration>();
var multiCoreFibersPool = new MultiCoreFibersPool("Search type declarations", locks);
using (IMultiCoreFibers multiCoreFibers = multiCoreFibersPool.Create())
{
foreach (var project in solution.GetAllProjects())
{
var sourceFiles = project.GetAllProjectFiles().SelectMany(projectFile => projectFile.ToSourceFiles());
foreach (var psiSourceFile in sourceFiles)
{
IFile file = psiSourceFile.GetPsiFile(CSharpLanguage.Instance);
if (file == null)
{
continue;
}
multiCoreFibers.EnqueueJob(() => file.ProcessChildren<ITypeDeclaration>(typeElements.Add));
}
}
}
return (from typeDeclaration in typeElements
let element = typeDeclaration.DeclaredElement
where element != null
where componentRegistration.IsSatisfiedBy(element)
select new DeclaredElementOccurence(element)).Cast<IOccurence>().ToList();
}
public override ICollection <IOccurence> Search(IProgressIndicator progressIndicator)
{
var typeElements = new List <ITypeDeclaration>();
var multiCoreFibersPool = new MultiCoreFibersPool("Search type declarations", locks);
using (IMultiCoreFibers multiCoreFibers = multiCoreFibersPool.Create())
{
foreach (var project in solution.GetAllProjects())
{
var sourceFiles = project.GetAllProjectFiles().SelectMany(projectFile => projectFile.ToSourceFiles());
foreach (var psiSourceFile in sourceFiles)
{
IFile file = psiSourceFile.GetCSharpFile();
if (file == null)
{
continue;
}
multiCoreFibers.EnqueueJob(() => file.ProcessChildren <ITypeDeclaration>(typeElements.Add));
}
}
}
return((from typeDeclaration in typeElements
let element = typeDeclaration.DeclaredElement
where element != null
where componentRegistration.IsSatisfiedBy(element)
select new DeclaredElementOccurence(element)).Cast <IOccurence>().ToList());
}
private bool PrepareWordIndex(
[NotNull] ISolution solution, [NotNull] IWordIndex wordIndex, [NotNull] CheckForInterrupt checkCanceled)
{
var persistentIndexManager = solution.GetComponent <IPersistentIndexManager>();
#if RESHARPER8
using (var pool = new MultiCoreFibersPool(GoToWordPoolName, myShellLocks, myConfigurations))
using (var fibers = pool.Create("Updating word index cache"))
#elif RESHARPER81 || RESHARPER9
using (var fibers = myTaskHost.CreateBarrier(
myLifetime, checkCanceled, sync: false, takeReadLock: false))
#endif
{
var wordCache = (ICache)wordIndex;
foreach (var psiSourceFile in GetAllSolutionFiles(solution))
{
// workaround WordIndex2 implementation, to force indexing
// unknown project file types like *.txt files and other
var fileToCheck = psiSourceFile.Properties.ShouldBuildPsi
? psiSourceFile : new SourceFileToBuildCache(psiSourceFile);
if (!wordCache.UpToDate(fileToCheck))
{
var sourceFile = psiSourceFile;
fibers.EnqueueJob(() =>
{
using (ReadLockCookie.Create())
{
var data = wordCache.Build(sourceFile, false);
wordCache.Merge(sourceFile, data);
persistentIndexManager.OnPersistentCachesUpdated(sourceFile);
}
});
}
if (checkCanceled())
{
return(false);
}
}
}
return(true);
}
private bool PrepareWordIndex(
[NotNull] ISolution solution, [NotNull] IWordIndex wordIndex, [NotNull] CheckForInterrupt checkCancelled)
{
var persistentIndexManager = solution.GetComponent<IPersistentIndexManager>();
#if RESHARPER8
using (var pool = new MultiCoreFibersPool(GoToWordPoolName, myShellLocks, myConfigurations))
using (var fibers = pool.Create("Updating word index cache"))
#elif RESHARPER81
using (var fibers = myTaskHost.CreateBarrier(
myLifetime, checkCancelled, sync: false, takeReadLock: false))
#endif
{
var wordCache = (ICache) wordIndex;
foreach (var psiSourceFile in GetAllSolutionFiles(solution))
{
// workaround WordIndex2 implementation, to force indexing
// unknown project file types like *.txt files and other
var fileToCheck = psiSourceFile.Properties.ShouldBuildPsi
? psiSourceFile : new SourceFileToBuildCache(psiSourceFile);
if (!wordCache.UpToDate(fileToCheck))
{
var sourceFile = psiSourceFile;
fibers.EnqueueJob(() => {
var data = wordCache.Build(sourceFile, false);
wordCache.Merge(sourceFile, data);
persistentIndexManager.OnPersistentCachesUpdated(sourceFile);
});
}
if (checkCancelled()) return false;
}
}
return true;
}
private void FindTextual(
[NotNull] string searchText, [NotNull] ISolution solution,
[NotNull] List<IOccurence> consumer, [NotNull] CheckForInterrupt checkCancelled)
{
#if RESHARPER8
using (var pool = new MultiCoreFibersPool(GoToWordPoolName, myShellLocks, myConfigurations))
using (var fibers = pool.Create("Files scan for textual occurances"))
#elif RESHARPER81
using (var fibers = myTaskHost.CreateBarrier(
myLifetime, checkCancelled, sync: false, takeReadLock: false))
#endif
{
foreach (var psiSourceFile in GetAllSolutionFiles(solution))
{
if (IsFilteredFile(psiSourceFile)) continue;
var sourceFile = psiSourceFile;
fibers.EnqueueJob(() =>
{
SearchInFile(searchText, sourceFile, consumer, checkCancelled);
});
if (checkCancelled()) return;
}
}
}