@Override
protected void reportFileWrittenToIndex(FileInAST file, IIndexFragmentFile ifile)
throws CoreException {
final FileContentKey fck = file.fileContentKey;
final IIndexFileLocation location = fck.getLocation();
boolean wasCounted = false;
UpdateKind kind = UpdateKind.OTHER_HEADER;
LinkageTask map = findRequestMap(fck.getLinkageID());
LocationTask locTask = null;
if (map != null) {
locTask = map.find(location);
if (locTask != null) {
kind = locTask.fKind;
FileVersionTask v = locTask.findVersion(ifile);
if (v != null) {
wasCounted = v.fOutdated;
v.setUpdated();
} else {
// We have added a version, the request is fulfilled.
wasCounted = locTask.fCountedUnknownVersion;
locTask.fCountedUnknownVersion = false;
}
locTask.fStoredAVersion = true;
}
}
fIndexContentCache.remove(ifile);
fIndexFilesCache.remove(file.fileContentKey.getLocation());
LocationTask task = fOneLinkageTasks.remove(location);
if (task != null && task != locTask) {
if (task.fKind == UpdateKind.ONE_LINKAGE_HEADER && !task.isCompleted()) {
task.fKind = UpdateKind.OTHER_HEADER;
if (task.isCompleted()) {
if (!wasCounted) {
kind = UpdateKind.ONE_LINKAGE_HEADER;
wasCounted = true;
} else {
reportFile(wasCounted, UpdateKind.ONE_LINKAGE_HEADER);
}
}
}
}
reportFile(wasCounted, kind);
}
@Override
public IIndexFragmentFile addFile(
int linkageID, IIndexFileLocation location, ISignificantMacros sigMacros)
throws CoreException {
if (uncommittedKey != null
&& uncommittedKey.equals(new FileContentKey(linkageID, location, sigMacros)))
return uncommittedFile;
return super.addFile(linkageID, location, sigMacros);
}
public PDOMFile getFileForASTNode(int linkageID, IASTNode node) throws CoreException {
if (fPathResolver != null && node != null) {
IASTFileLocation loc = node.getFileLocation();
if (loc != null) {
IASTPreprocessorIncludeStatement owner = loc.getContextInclusionStatement();
ISignificantMacros sigMacros =
owner != null ? owner.getSignificantMacros() : ISignificantMacros.NONE;
if (sigMacros != null) {
IIndexFileLocation location = fPathResolver.resolveASTPath(loc.getFileName());
if (uncommittedKey != null
&& uncommittedKey.equals(new FileContentKey(linkageID, location, sigMacros)))
return fileBeingUpdated != null ? fileBeingUpdated : uncommittedFile;
return getBestFile(
linkageID, location, node.getTranslationUnit().getOriginatingTranslationUnit());
}
}
}
return null;
}
@Override
public IIndexFragmentFile commitUncommittedFile() throws CoreException {
if (uncommittedFile == null) return null;
int defectiveStateChange = uncommittedFile.getTimestamp() == 0 ? 1 : 0;
int unresolvedIncludeStateChange = uncommittedFile.hasUnresolvedInclude() ? 1 : 0;
PDOMFile file;
if (fileBeingUpdated == null) {
// New file, insert it into the index.
file = uncommittedFile;
getFileIndex().insert(file.getRecord());
} else {
// Existing file.
if (fileBeingUpdated.getTimestamp() == 0) defectiveStateChange -= 1;
if (fileBeingUpdated.hasUnresolvedInclude()) unresolvedIncludeStateChange -= 1;
fileBeingUpdated.replaceContentsFrom(uncommittedFile);
file = fileBeingUpdated;
fileBeingUpdated = null;
}
if (defectiveStateChange > 0) {
getIndexOfDefectiveFiles().insert(file.getRecord());
} else if (defectiveStateChange < 0) {
getIndexOfDefectiveFiles().delete(file.getRecord());
}
if (unresolvedIncludeStateChange > 0) {
getIndexOfFilesWithUnresolvedIncludes().insert(file.getRecord());
} else if (unresolvedIncludeStateChange < 0) {
getIndexOfFilesWithUnresolvedIncludes().delete(file.getRecord());
}
fEvent.fFilesWritten.add(uncommittedKey.getLocation());
uncommittedFile = null;
uncommittedKey = null;
return file;
}