public static void Apply(LogLevel level, string logText, params object[] context)
{
//disable level, we do not apply this log
if (mLogLevelEnable[(int)level] == false)
{
return;
}
var logString = "[" + LogLevelConvert.ToString(level) + "] " + StringProperty.Log + logText;
LogPrint.Print(LogFormat.ApplyLog(logString, context));
}
static LogEmitter()
{
LogPrint = new LogPrint((Log log) =>
{
//for all element
foreach (var logElement in log.Elements)
{
//change write color and write, at least reset color
Console.ForegroundColor = EnumerationConvert.ToConsoleColor(logElement.Color);
Console.Write(logElement.Text);
Console.ResetColor();
}
Console.WriteLine();
});
//init default log format
LogFormat = new LogFormat();
LogFormat.Color = LogColor.Gray;
//set the log key [time] means current date time (green)
LogFormat.AddLogKey("time", new LogKey((LogKey logKey) => DateTime.Now.ToString(), true, LogColor.Green));
//set the log key ["LogLevel"] means log level (with color)
for (LogLevel logLevel = 0; logLevel < LogLevel.Count; logLevel++)
{
//get color and string
var logLevelColor = LogLevelConvert.ToColor(logLevel);
var logLevelString = LogLevelConvert.ToString(logLevel);
//set string and color to log key
LogFormat.AddLogKey(logLevelString, new LogKey((LogKey logKey) => logLevelString, true, logLevelColor));
}
//create enable array and set it to true
mLogLevelEnable = new bool[(int)LogLevel.Count];
for (int i = 0; i < mLogLevelEnable.Length; i++)
{
mLogLevelEnable[i] = true;
}
}