public void ProcessMessage(IProcessorMessage message)
{
if (message is Message)
{
Words = (message as Message).Words;
}
}
public override void ProcessMessage(IProcessorMessage message)
{
if (message is ProcessorMessageExit)
{
fileSuffixes.Keys.ForEach(n => Logger.WriteLine(Tokens.Info, n + ": " + fileSuffixes[n]));
}
}
public override void ProcessMessage(IProcessorMessage message)
{
if (message is ProcessorMessageExit)
{
LoggerWriter.WriteLine(Tokens.Info, "Processed " + NumProcessed + " folders and found " + NumSucceeded + " database entries");
}
Processor.ProcessMessage(message);
}
public virtual void ProcessMessage(IProcessorMessage message)
{
if (message is DirectoryProcessor.Message)
{
DirectoryProcessor.Message dmsg = message as DirectoryProcessor.Message;
TrackNumber = dmsg.Index + 1;
TrackCount = dmsg.Count;
}
}
public virtual void ProcessMessage(IProcessorMessage message)
{
if (message is UndoFileMessage)
{
UndoFileMessage msg = message as UndoFileMessage;
UndoFile = msg.UndoFile;
}
Processor.ProcessMessage(message);
}
public override void ProcessMessage(IProcessorMessage message)
{
if (message is ProcessorMessageExit)
{
foreach (FileInfo file in biggestFiles)
{
Logger.WriteLine(Tokens.Info, file.FullName + " MB: " + file.Length / (1024 * 1024));
}
}
}
public override void ProcessMessage(IProcessorMessage message)
{
if (message is ProcessorMessageExit)
{
tagCollectors.Values.ForEach(n => Logger.Write(Tokens.Info, n));
if (!invalidTagNames.IsEmpty)
{
Logger.Write(Tokens.Info, invalidTagNames);
}
}
}
public virtual void ProcessMessage(IProcessorMessage message)
{
if (message is UndoFileMessage)
{
UndoFile = (message as UndoFileMessage).UndoFile;
}
if (message is Message)
{
NewName = (message as Message).NewName;
Operation = (message as Message).Operation;
Conflicts = (message as Message).Conflicts;
}
}
public virtual void ProcessMessage(IProcessorMessage msg)
{
if (!Object.ReferenceEquals(OnFineProcessor, null))
OnFineProcessor.ProcessMessage(msg);
if (!Object.ReferenceEquals(OnBadProcessor, null))
OnBadProcessor.ProcessMessage(msg);
if (msg is ProcessorMessageExit && Verbose)
{
Logger.WriteLine(Tokens.Info, "Found " + NumberOfBads
+ " bads and " + NumberOfFines + " good ones!");
}
}
public virtual void ProcessMessage(IProcessorMessage message)
{
if (message is UndoFileMessage)
{
UndoFileMessage msg = message as UndoFileMessage;
DryRun = msg.DryRun;
UndoFile = msg.UndoFile;
}
if (message is Message)
{
Pattern = new NamePattern((message as Message).Pattern);
}
}
public override void ProcessMessage(IProcessorMessage message)
{
if (message is ProcessorMessageExit)
{
List <HistrogramEntry> list = new List <HistrogramEntry>();
histogramCollector.ForEach(n => list.Add(n.Value));
list.Sort((x, y) => { return(x.numberOfFiles - y.numberOfFiles); });
Logger.WriteLine(Tokens.Info, "numberOfFiles, numberOfDirectories, nameOfFirstDirectory");
list.ForEach(n => Logger.WriteLine(
Tokens.Info,
n.numberOfFiles + " " + n.numberOfDirectories + " " + n.nameOfFirstDirectory));
}
}
public virtual void ProcessMessage(IProcessorMessage message)
{
if (message is ProcessorMessageAbort)
{
Abort = (message as ProcessorMessageAbort).Abort;
}
else if (message is ProcessorMessageQueryAbort)
{
if (Abort)
{
(message as ProcessorMessageQueryAbort).Abort = Abort;
}
}
Processor.ProcessMessage(message);
}
public void ProcessMessage(IProcessorMessage message)
{
if (message is ProcessorMessageExit)
{
LoggerWriter.WriteLine(Tokens.Info, "Processed " + NumProcessed + " folders and found " + NumSucceeded + " freedb entries");
}
else if (message is ProcessorMessageAbort)
{
Abort = (message as ProcessorMessageAbort).Abort;
}
else if (message is ProcessorMessageQueryAbort)
{
if (Abort)
{
(message as ProcessorMessageQueryAbort).Abort = Abort;
}
}
Processor.ProcessMessage(message);
}
public virtual void ProcessMessage(IProcessorMessage message)
{
Messages.Add(message);
}
public virtual void ProcessMessage(IProcessorMessage message)
{
Processor.ProcessMessage(message);
}
public QueueConsumer(string queueName, IMessageReceiver messageReceiver, IProcessorMessage processorMessage)
{
_queueName = queueName;
_messageReceiver = messageReceiver;
_processorMessage = processorMessage;
}
public virtual void ProcessMessage(IProcessorMessage message)
{
Processors.ForEach(n => n.ProcessMessage(message));
}
public void ProcessMessage(IProcessorMessage message)
{
renamer.ProcessMessage(message);
}
