static void ProcessQueueItem()
{
FileSystemEventArgs eventQueueItem = null;
if (EventQueue.TryDequeue(out eventQueueItem))
{
foreach (var item in Items)
{
var pipe = new PvcPipe();
var relativePath = PvcUtil.PathRelativeToCurrentDirectory(eventQueueItem.FullPath);
// if eventQueueItem.FullPath matches any items or their additional files, re-run that pipeline
var matchingFiles = pipe.FilterPaths(item.Globs);
var additionalFiles = pipe.FilterPaths(item.AdditionalFiles);
if (matchingFiles.Contains(relativePath) || additionalFiles.Contains(relativePath))
{
var newStreams = new List <PvcStream>();
// if its an 'additional file' match we need to run on the whole matching set to find the 'real'
// file that should be processed. Same if it was a deletion event.
if (additionalFiles.Contains(relativePath) || eventQueueItem.ChangeType == WatcherChangeTypes.Deleted)
{
newStreams.AddRange(matchingFiles.Select(x => PvcUtil.PathToStream(x)));
}
// otherwise we run against only the changed item
else
{
newStreams.Add(PvcUtil.PathToStream(eventQueueItem.FullPath));
}
pipe.streams = newStreams;
newStreams.ForEach(x => Console.WriteLine("Processing pipeline for '{0}'", x.StreamName.Magenta()));
var stopwatch = new Stopwatch();
stopwatch.Start();
foreach (var pipeline in item.Pipeline)
{
try
{
pipe = pipeline(pipe);
}
catch (Exception ex)
{
Console.WriteLine(ex.Message);
}
}
stopwatch.Stop();
Console.WriteLine("Finished pipeline processing in {0}", stopwatch.Elapsed.Humanize().White());
newStreams.ForEach(x => x.UnloadStream());
}
}
}
}
static void ProcessQueueItem()
{
FileSystemEventArgs eventQueueItem = null;
if (EventQueue.TryDequeue(out eventQueueItem))
{
foreach (var item in Items)
{
var pipe = new PvcPipe();
var relativePath = PvcUtil.PathRelativeToCurrentDirectory(eventQueueItem.FullPath);
// if eventQueueItem.FullPath matches any items or their additional files, re-run that pipeline
var matchingFiles = pipe.FilterPaths(item.Globs);
var additionalFiles = pipe.FilterPaths(item.AdditionalFiles);
if (matchingFiles.Contains(relativePath) || additionalFiles.Contains(relativePath))
{
var newStreams = new List<PvcStream>();
// if its an 'additional file' match we need to run on the whole matching set to find the 'real'
// file that should be processed. Same if it was a deletion event.
if (additionalFiles.Contains(relativePath) || eventQueueItem.ChangeType == WatcherChangeTypes.Deleted)
{
newStreams.AddRange(matchingFiles.Select(x => PvcUtil.PathToStream(x)));
}
// otherwise we run against only the changed item
else
{
newStreams.Add(PvcUtil.PathToStream(eventQueueItem.FullPath));
}
pipe.streams = newStreams;
newStreams.ForEach(x => Console.WriteLine("Processing pipeline for '{0}'", x.StreamName.Magenta()));
var stopwatch = new Stopwatch();
stopwatch.Start();
foreach (var pipeline in item.Pipeline)
{
try
{
pipe = pipeline(pipe);
}
catch (Exception ex)
{
Console.WriteLine(ex.Message);
}
}
stopwatch.Stop();
Console.WriteLine("Finished pipeline processing in {0}", stopwatch.Elapsed.Humanize().White());
newStreams.ForEach(x => x.UnloadStream());
}
}
}
}
public PvcPipe Watch(params string[] additionalFiles)
{
var pipe = new PvcPipe()
{
streams = this.streams,
globs = this.globs
};
PvcWatcher.RegisterWatchPipe(this.globs, this.pipeline, additionalFiles.ToList());
return(pipe);
}
public PvcPipe Watch(params string[] additionalFiles)
{
var pipe = new PvcPipe()
{
streams = this.streams,
globs = this.globs
};
PvcWatcher.RegisterWatchPipe(this.globs, this.pipeline, additionalFiles.ToList());
return pipe;
}
