protected override string AppendNormal(L4j level, string title, string message)
{
if (!level.Polarity()) WriteBlankLine();
Write2Cols(ColorFor(level), title, message);
if (!level.Polarity()) WriteBlankLine();
return GetText();
}
private ColorDescriptor ColorFor(L4j level)
{
switch (level)
{
case L4j.Fatal: return(_fatal ?? (_fatal
= _doc.createColor(Color.Red)));
case L4j.Error: return(_error ?? (_error
= _doc.createColor(Color.Red)));
case L4j.Warn: return(_warn ?? (_warn
= _doc.createColor(Color.Yellow)));
case L4j.Info: return(_info ?? (_info
= _doc.createColor(Color.White)));
case L4j.Debug: return(_debug ?? (_debug
= _doc.createColor(Color.DarkGray)));
case L4j.Trace: return(_trace ?? (_trace
= _doc.createColor(Color.SlateGray)));
case L4j.Off: return(_off ?? (_off
= _doc.createColor(Color.Transparent)));
default:
throw Error.Unsupported(level);
}
}
private ColorDescriptor ColorFor(L4j level)
{
switch (level)
{
case L4j.Fatal: return _fatal ?? (_fatal
= _doc.createColor(Color.Red));
case L4j.Error: return _error ?? (_error
= _doc.createColor(Color.Red));
case L4j.Warn: return _warn ?? (_warn
= _doc.createColor(Color.Yellow));
case L4j.Info: return _info ?? (_info
= _doc.createColor(Color.White));
case L4j.Debug: return _debug ?? (_debug
= _doc.createColor(Color.DarkGray));
case L4j.Trace: return _trace ?? (_trace
= _doc.createColor(Color.SlateGray));
case L4j.Off: return _off ?? (_off
= _doc.createColor(Color.Transparent));
default:
throw Error.Unsupported(level);
}
}
private static void TestLevel(this ConsoleControl.ConsoleControl cons,
L4j level)
{
cons.Write3Cols(GetColor(level),
"SomeObjectAsSouce",
"Testing [{0}] level".f(level),
"This is a sampler of level {0}.".f(level));
}
protected override string AppendNormal(L4j level, string title, string message)
{
var p = _doc.addParagraph();
p.DefaultCharFormat.Font = _consolas;
p.DefaultCharFormat.FontSize = 10.667F;
p.DefaultCharFormat.FgColor = ColorFor(level);
p.setText(Concat(title, message));
return _doc.render();
}
public void LogNormal(L4j level, string col1, string col2)
{
//if (!level.Polarity()) cons.BlankLine();
if (level == L4j.Error) cons.BlankLine();
cons.Write2Cols(ColorFor(level), col1, col2);
//if (!level.Polarity()) cons.BlankLine();
if (level == L4j.Error) cons.BlankLine();
}
protected override string AppendNormal(L4j level, string title, string message)
{
var p = _doc.addParagraph();
p.DefaultCharFormat.Font = _consolas;
p.DefaultCharFormat.FontSize = 10.667F;
p.DefaultCharFormat.FgColor = ColorFor(level);
p.setText(Concat(title, message));
return(_doc.render());
}
public static bool Polarity(this L4j level)
{
switch (level)
{
case L4j.Info:
case L4j.Debug:
case L4j.Trace: return(true);
default: return(false);
}
}
protected override string AppendNormal(L4j level, string title, string message)
{
if (!level.Polarity())
{
WriteBlankLine();
}
Write2Cols(ColorFor(level), title, message);
if (!level.Polarity())
{
WriteBlankLine();
}
return(GetText());
}
protected override Brush ColorFor(L4j level)
{
switch (level)
{
case L4j.Fatal : return Brushes.Red;
case L4j.Error : return Brushes.Red;
case L4j.Warn : return Brushes.Yellow;
case L4j.Info : return Brushes.White;
case L4j.Debug : return Brushes.DarkGray;
case L4j.Trace : return Brushes.SlateGray;
case L4j.Off : return Brushes.Transparent;
default:
throw Error.Unsupported(level, "color map");
}
}
public void LogNormal(L4j level, string col1, string col2)
{
//if (!level.Polarity()) cons.BlankLine();
if (level == L4j.Error)
{
cons.BlankLine();
}
cons.Write2Cols(ColorFor(level), col1, col2);
//if (!level.Polarity()) cons.BlankLine();
if (level == L4j.Error)
{
cons.BlankLine();
}
}
private static Color ColorFor(L4j level)
{
switch (level)
{
case L4j.Fatal: return(Color.Red);
case L4j.Error: return(Color.Red);
case L4j.Warn: return(Color.Yellow);
case L4j.Info: return(Color.White);
case L4j.Debug: return(Color.DarkGray);
case L4j.Trace: return(Color.SlateGray);
default:
throw Error.Unsupported(level, "color map");
}
}
private bool Arg(L4j level, ShowLogAs showAs, string title, string message)
{
if (level == L4j.Off)
{
return(false);
}
var e = new LogEventArg
{
Level = level,
ShowAs = showAs,
Title = title,
Message = message
};
try { _logAdded?.Invoke(this, e); }
catch { }
return(e.Level.Polarity());
}
protected override Brush ColorFor(L4j level)
{
switch (level)
{
case L4j.Fatal: return(Brushes.Red);
case L4j.Error: return(Brushes.Red);
case L4j.Warn: return(Brushes.Yellow);
case L4j.Info: return(Brushes.White);
case L4j.Debug: return(Brushes.DarkGray);
case L4j.Trace: return(Brushes.SlateGray);
case L4j.Off: return(Brushes.Transparent);
default:
throw Error.Unsupported(level, "color map");
}
}
public void LogHeader(L4j level, string title, string subTitle)
{
cons.BlankLine();
cons.Write2Cols(ColorFor(level), title, subTitle);
}
public void LogHeader(L4j level, string title, string subTitle)
{
cons.BlankLine();
cons.Write2Cols(ColorFor(level), title, subTitle);
}
protected override string AppendHeader(L4j level, string title, string subTitle)
{
WriteBlankLine();
Write2Cols(ColorFor(level), title, subTitle);
return(GetText());
}
protected abstract Brush ColorFor(L4j level);
protected override string AppendOutro(L4j level, string text)
{
WriteCol2of2(ColorFor(level), text);
return GetText();
}
private NotificationType Notifier(L4j level)
{
return(new NotificationType(level.ToString(), $"Level : ‹{level}›"));
}
public bool Normal_(L4j level, object title, object message, params object[] args)
{
return(Arg(level, ShowLogAs.Normal, title.ToString(), message.ToString().f(args)));
}
protected abstract string AppendNormal(L4j level, string title, string message);
private static Color ColorFor(L4j level)
{
switch (level)
{
case L4j.Fatal: return Color.Red;
case L4j.Error: return Color.Red;
case L4j.Warn: return Color.Yellow;
case L4j.Info: return Color.White;
case L4j.Debug: return Color.DarkGray;
case L4j.Trace: return Color.SlateGray;
default:
throw Error.Unsupported(level, "color map");
}
}
protected abstract string AppendHeader (L4j level, string title, string subTitle);
protected override string AppendHeader(L4j level, string title, string message)
{
throw new NotImplementedException();
}
public void LogOutro(L4j level, string text)
{
cons.WriteLine(ColorFor(level), text);
}
public void LogIntro(L4j level, string text)
{
cons.WriteCol1of2(ColorFor(level), text);
}
protected abstract string AppendOutro(L4j level, string text);
public bool Intro_(L4j level, object title, params object[] args)
{
return(Arg(level, ShowLogAs.Intro, title.ToString().f(args), ""));
}
protected abstract string AppendHeader(L4j level, string title, string subTitle);
public bool Outro_(L4j level, object message, params object[] args)
{
return(Arg(level, ShowLogAs.Outro, "", message.ToString().f(args)));
}
protected override string AppendHeader(L4j level, string title, string subTitle)
{
WriteBlankLine();
Write2Cols(ColorFor(level), title, subTitle);
return GetText();
}
public void LogOutro(L4j level, string text)
{
cons.WriteLine(ColorFor(level), text);
}
protected abstract Brush ColorFor (L4j level);
public void LogIntro(L4j level, string text)
{
cons.WriteCol1of2(ColorFor(level), text);
}
protected abstract string AppendOutro (L4j level, string text);
protected override string AppendHeader(L4j level, string title, string message)
{
throw new NotImplementedException();
}
protected override string AppendOutro(L4j level, string text)
{
WriteCol2of2(ColorFor(level), text);
return(GetText());
}
protected override string AppendOutro(L4j level, string text)
{
throw new NotImplementedException();
}
protected abstract string AppendNormal (L4j level, string title, string message);
protected override string AppendOutro(L4j level, string text)
{
throw new NotImplementedException();
}
