public LMLoggers(NCCConfig.Config cfg)
{
this.cfg = cfg;
reps = new Hashtable((int)AppSection.Rarrr);
int pid = Process.GetCurrentProcess().Id;
foreach (AppSection wp in Enum.GetValues(typeof(AppSection)))
{
LognLM l = new LognLM(wp.ToString(), cfg, pid);
reps.Add(wp, l);
}
}
public LognLM(string section, NCCConfig.Config cfg, int pid)
{
FileLogTraceListener listener = null;
ts = new TraceSource(section);
try
{
foreach (TraceListener item in ts.Listeners)
{
// every file logger points to the same file and has the same attributes, they are really a merged logger set (for now, until we need something else)
if (item is FileLogTraceListener)
{
listener = (FileLogTraceListener)item;
listener.BaseFileName = String.Format("NCC6[{0,4}]", pid); // add thread id here
listener.Append = true;
listener.AutoFlush = false; // dev note: expose a setter for this property, to set true for critical passages
if (!NCCConfig.Config.isDefaultPath(cfg.App.RootLoc))
{
listener.Location = LogFileLocation.Custom;
listener.CustomLocation = cfg.App.RootLoc;
}
listener.MaxFileSize = cfg.App.RolloverSizeMB * 1024 * 1024;
// logdetails cmd line flag crudely enables this option set, only because the App.Config sharedListeners and switch source sections do not permit setting this attribute.
if (cfg.App.isSet(NCCConfig.NCCFlags.logDetails))
item.TraceOutputOptions |= cfg.App.LoggingDetailOptions;
}
else
{
// item.TraceOutputOptions |= (TraceOptions.DateTime | TraceOptions.ThreadId);
}
}
}
catch(Exception e)
{
Console.WriteLine(e.Message);
}
if (cfg.App.IsLevelSet()) // use the cmd line or UI override, if one is present,
{
// test: but if the internal switch value was higher as set in app.config, this assignment is either overridden later or has no effect on the pre-constructed switches
if (ts != null)
{
ts.Switch.Level = cfg.App.Level();
}
}
}
// used by file ops only
public void SetLMState(NCCConfig.LMMMNetComm config, uint unitbytes = 8, bool useRawBuff = false)
{
State.useAsynch = config.UseAsynchAnalysis;
State.includingGen2 = NC.App.AppContext.ParseGen2;
State.usingStreamRawAnalysis = config.UsingStreamRawAnalysis;
statusCheckCount = NC.App.AppContext.StatusPacketCount;
State.InitParseBuffers(config.ParseBufferSize, unitbytes, useRawBuff);
}
public void SetLMStateFlags(NCCConfig.LMMMNetComm config)
{
State.useAsynch = config.UseAsynchAnalysis;
State.includingGen2 = NC.App.AppContext.ParseGen2;
State.usingStreamRawAnalysis = config.UsingStreamRawAnalysis;
}
public void SetLMState(NCCConfig.LMMMNetComm config)
{
State.useAsynch = config.UseAsynchAnalysis;
State.includingGen2 = NC.App.AppContext.ParseGen2;
State.usingStreamRawAnalysis = config.UsingStreamRawAnalysis;
statusCheckCount = NC.App.AppContext.StatusPacketCount;
State.InitParseBuffers(config.ParseBufferSize);
}
