private void LogEntryMonitor_NewLogEntry(object sender, DataProcessingServiceLog logEntry)
{
Application.Current.Dispatcher.BeginInvoke((Action)(() =>
{
var logEntryViewModel = new LogEntryViewModel(logEntry);
if (IsAppropriateForAllMessagesList(logEntry))
{
AllLogMessages.Add(logEntryViewModel);
}
if (logEntryViewModel.IsError)
{
ErrorLogMessages.Add(logEntryViewModel);
}
if (logEntryViewModel.ExecutorType.HasValue)
{
switch (logEntryViewModel.ExecutorType.Value)
{
case DataProcessingServiceExecutorType.Processor:
if (logEntryViewModel.ProcessorName != "Unknown")
{
var matchingProcessor = Processors.SingleOrDefault(p => p.Details.Name == logEntryViewModel.ProcessorName);
if (matchingProcessor == null)
{
matchingProcessor = new ProcessorViewModel(
new ProcessorDetails(
logEntryViewModel.ProcessorName,
logEntryViewModel.InputTypeName,
logEntryViewModel.OutputTypeName)
);
// Sort alphabetically
var insertIndex = Processors.Count(processor =>
processor.Details.Name.CompareTo(matchingProcessor.Details.Name) < 0);
Processors.Insert(insertIndex, matchingProcessor);
}
matchingProcessor.LogEntries.Add(logEntryViewModel);
}
break;
case DataProcessingServiceExecutorType.Task:
var matchingTask = Tasks.SingleOrDefault(t => t.Details.Name == logEntryViewModel.ProcessorName);
if (matchingTask == null)
{
matchingTask = new TaskViewModel(new TaskDetails(logEntryViewModel.ProcessorName));
// Sort alphabetically
var insertIndex = Tasks.Count(task => task.Details.Name.CompareTo(matchingTask.Details.Name) <= 0);
Tasks.Insert(insertIndex, matchingTask);
}
matchingTask.LogEntries.Add(logEntryViewModel);
if (logEntry.Details is ExecutionSummaryLogEntryDetails &&
(!matchingTask.LastExecutionTime.HasValue || matchingTask.LastExecutionTime < logEntry.Timestamp))
{
matchingTask.LastExecutionTime = logEntry.Timestamp;
}
break;
default:
throw new ArgumentOutOfRangeException();
}
}
}));
}
public static string Get(ErrorLogMessages code, params string[] values)
{
return(string.Format(EnumUtils.GetEnumMemberValue(code), values));
}
