private AnsiLog Init_AnsiLog([NotNull] ConEmuStartInfo startinfo)
{
var ansilog = new AnsiLog(_dirTempWorkingFolder);
_lifetime.Add(() => ansilog.Dispose());
if (startinfo.AnsiStreamChunkReceivedEventSink != null)
{
ansilog.AnsiStreamChunkReceived += startinfo.AnsiStreamChunkReceivedEventSink;
}
// Do the pumping periodically (TODO: take this to async?.. but would like to keep the final evt on the home thread, unless we go to tasks)
// TODO: if ConEmu writes to a pipe, we might be getting events when more data comes to the pipe rather than poll it by timer
var timer = new Timer()
{
Interval = (int)TimeSpan.FromSeconds(.1).TotalMilliseconds, Enabled = true
};
timer.Tick += delegate { ansilog.PumpStream(); };
_lifetime.Add(() => timer.Dispose());
return(ansilog);
}
private AnsiLog Init_AnsiLog([NotNull] ConEmuStartInfo startinfo)
{
var ansilog = new AnsiLog(_dirTempWorkingFolder);
_lifetime.Add(() => ansilog.Dispose());
if(startinfo.AnsiStreamChunkReceivedEventSink != null)
ansilog.AnsiStreamChunkReceived += startinfo.AnsiStreamChunkReceivedEventSink;
// Do the pumping periodically (TODO: take this to async?.. but would like to keep the final evt on the home thread, unless we go to tasks)
// TODO: if ConEmu writes to a pipe, we might be getting events when more data comes to the pipe rather than poll it by timer
var timer = new Timer() {Interval = (int)TimeSpan.FromSeconds(.1).TotalMilliseconds, Enabled = true};
timer.Tick += delegate { ansilog.PumpStream(); };
_lifetime.Add(() => timer.Dispose());
return ansilog;
}