private void Analyze(IList<CodeProject> projects, bool ignoreCache, string settingsPath)
{
Param.AssertNotNull(projects, "projects");
Param.Ignore(ignoreCache);
Param.Ignore(settingsPath);
// Indicate that we're analyzing.
lock (this)
{
this.analyzing = true;
this.cancel = false;
}
// Get the CPU count.
#if DEBUGTHREADING
// For debugging, only create a single worker thread.
int threadCount = 1;
#else
// Create a maximum of two worker threads.
int threadCount = Math.Max(GetCpuCount(), 2);
#endif
try
{
// Intialize each of the parsers.
foreach (SourceParser parser in this.parsers.Values)
{
parser.PreParse();
// Initialize each of the enabled rules dictionaries for the analyzers.
foreach (SourceAnalyzer analyzer in parser.Analyzers)
{
analyzer.PreAnalyze();
}
}
// Reads and writes the results cache.
ResultsCache resultsCache = null;
if (this.writeResultsCache)
{
resultsCache = new ResultsCache(this);
}
// Create a data object which will passed to each worker.
StyleCopThread.Data data = new StyleCopThread.Data(
this, projects, resultsCache, ignoreCache, settingsPath);
// Initialize each of the projects before analysis.
foreach (CodeProject project in projects)
{
StyleCopCore.InitializeProjectForAnalysis(project, data, resultsCache);
}
// Run until each of the parsers have completely finished analyzing all of the files.
while (!this.Cancel)
{
// Reset the file enumeration index.
data.ResetEmumerator();
// Run the worker threads and wait for them to complete.
if (this.RunWorkerThreads(data, threadCount))
{
// Analysis of all files has been completed.
break;
}
// Increment the pass number for the next round.
++data.PassNumber;
}
// Save the cache files back to the disk.
if (resultsCache != null)
{
resultsCache.Flush();
}
// Finalize each of the parsers.
foreach (SourceParser parser in this.parsers.Values)
{
parser.PostParse();
}
// Clear the enabled rules lists from all analyzers since they are no longer needed.
foreach (SourceParser parser in this.Parsers)
{
foreach (SourceAnalyzer analyzer in parser.Analyzers)
{
analyzer.PostAnalyze();
}
}
}
catch (OutOfMemoryException)
{
// Don't log OutOfMemoryExceptions since there is no memory!
throw;
}
catch (ThreadAbortException)
{
// The thread is being aborted. Stop analyzing the source files.
}
catch (Exception ex)
{
// We catch all exceptions here so that we can log a violation.
Debug.Assert(false, "Unhandled exception while analyzing files: " + ex.Message);
this.coreParser.AddViolation(null, 1, Rules.ExceptionOccurred, ex.GetType(), ex.Message);
// Do not re-throw the exception as this can crash Visual Studio or the build system that StyleCop is running under.
}
finally
{
// Indicate that we're done analyzing.
lock (this)
{
this.analyzing = false;
}
}
}
private void Analyze(IList<CodeProject> projects, bool ignoreCache, string settingsPath)
{
lock (this)
{
this.analyzing = true;
this.cancel = false;
}
int count = Math.Max(GetCpuCount(), 2);
try
{
foreach (SourceParser parser in this.parsers.Values)
{
parser.PreParse();
foreach (SourceAnalyzer analyzer in parser.Analyzers)
{
analyzer.EnabledRules = new Dictionary<CodeProject, Dictionary<string, Rule>>();
analyzer.PreAnalyze();
}
}
ResultsCache resultsCache = null;
if (this.writeResultsCache)
{
resultsCache = new ResultsCache(this);
}
StyleCopThread.Data data = new StyleCopThread.Data(this, projects, resultsCache, ignoreCache, settingsPath);
foreach (CodeProject project in projects)
{
InitializeProjectForAnalysis(project, data, resultsCache);
}
while (!this.Cancel)
{
data.ResetEmumerator();
if (this.RunWorkerThreads(data, count))
{
break;
}
data.PassNumber++;
}
if (resultsCache != null)
{
resultsCache.Flush();
}
foreach (SourceParser parser2 in this.parsers.Values)
{
parser2.PostParse();
}
foreach (SourceParser parser3 in this.Parsers)
{
foreach (SourceAnalyzer analyzer2 in parser3.Analyzers)
{
analyzer2.EnabledRules = null;
analyzer2.PostAnalyze();
}
}
}
catch (OutOfMemoryException)
{
throw;
}
catch (ThreadAbortException)
{
}
catch (Exception exception)
{
this.coreParser.AddViolation(null, 1, Rules.ExceptionOccurred, new object[] { exception.GetType(), exception.Message });
}
finally
{
lock (this)
{
this.analyzing = false;
}
}
}