private static bool TrySetupFileLogger()
{
try
{
var filenameBaseInfo = new DatadogEnvironmentFileLogSinkFactory.FilenameBaseInfo(ProductFamily, Product, ComponentGroup);
if (DatadogEnvironmentFileLogSinkFactory.TryCreateNewFileLogSink(filenameBaseInfo,
LoggingDemoLogGroupId,
preferredLogFileDirectory: null,
LogFileSizeBytes,
formatOptions: null,
out FileLogSink fileLogSink))
{
RedirectLogs(fileLogSink, out s_logRedirections);
LogComposer.SetDebugLoggingEnabledBasedOnEnvironment();
return(true);
}
}
catch (Exception ex)
{
ConsoleWriteLine();
ConsoleWriteLine($"Error setting up a file logger.");
ConsoleWriteLine($"{ex}");
}
return(false);
}
private static bool TrySetupFileLogger()
{
try
{
var filenameBaseInfo = new DatadogEnvironmentFileLogSinkFactory.FilenameBaseInfo(ProductFamily, Product, ComponentGroup);
if (DatadogEnvironmentFileLogSinkFactory.TryCreateNewFileLogSink(filenameBaseInfo,
ManagedLoaderLogGroupId,
preferredLogFileDirectory: null,
FileFormatOptions,
out FileLogSink fileLogSink))
{
ILogSink logSink;
#pragma warning disable CS0162 // Unreachable code detected - intentional conditional using const bool
if (UseConsoleLogInAdditionToFileLog)
{
logSink = new AggregatedLogSink(SimpleConsoleLogSink.SingeltonInstance, fileLogSink);
}
else
{
logSink = fileLogSink;
}
#pragma warning restore CS0162 // Unreachable code detected
RedirectLogs(logSink, out s_logRedirections);
LogComposer.SetDebugLoggingEnabledBasedOnEnvironment();
return(true);
}
}
catch
{ }
return(false);
}
public string Execute()
{
LogComposer.Clear();
//for (var vSpaceDim = 3; vSpaceDim <= 3; vSpaceDim++)
//{
// Frame = GaSymFrame.CreateEuclidean(vSpaceDim);
// //var randGen = new GMacRandomGenerator(10);
// //var mvA = randGen.GetSymbolicMultivector(Frame.GaSpaceDimension, "A");
// //var mvB = randGen.GetSymbolicMultivector(Frame.GaSpaceDimension, "B");
// var mvA = GaSymMultivector.CreateSymbolic(Frame.GaSpaceDimension, "A");
// var mvB = GaSymMultivector.CreateSymbolic(Frame.GaSpaceDimension, "B");
// var op1 = Frame.Rcp[mvA, mvB];
// var mv1 = mvA.ToMultivector();
// var mv2 = mvB.ToMultivector();
// var op2 = Frame.Rcp[mv1, mv2];
// //var diff = op1 - op2.ToHashMultivector();
// LogComposer
// .AppendHeader("Euclidean " + vSpaceDim, 2);
// LogComposer
// .AppendAtNewLine("Sparse A = ")
// .AppendLine(mvA.ToString());
// LogComposer
// .AppendAtNewLine("Sparse B = ")
// .AppendLine(mvB.ToString())
// .AppendLine();
// LogComposer
// .AppendAtNewLine("Tree A = ")
// .AppendLine(mv1.ToString());
// LogComposer
// .AppendAtNewLine("Tree B = ")
// .AppendLine(mv2.ToString())
// .AppendLine();
// LogComposer
// .AppendAtNewLine("Sparse A op B = ")
// .AppendLine(op1.ToString())
// .AppendLine();
// LogComposer
// .AppendAtNewLine("Tree A op B = ")
// .AppendLine(op2.ToString())
// .AppendLine();
// //LogComposer
// // .AppendAtNewLine("Diff = ")
// // .AppendLine(diff.ToString())
// // .AppendLine();
//}
return(LogComposer.ToString());
}
public string Execute()
{
LogComposer.Clear();
var randGen = new GMacRandomGenerator(10);
var mvList = new List <GaSymMultivector>(10);
for (var i = 0; i < 10; i++)
{
mvList.Add(randGen.GetSymMultivector(Frame.GaSpaceDimension));
}
//var mvA = GaMultivector.CreateSymbolic(Frame.GaSpaceDimension, "A");
//var mvB = GaMultivector.CreateSymbolic(Frame.GaSpaceDimension, "B");
var cacheMisses1 = SymbolicUtils.Cas.Connection.CacheMisses;
var elapsedTime1 = SymbolicUtils.Cas.Connection.Stopwatch.Elapsed;
var resultList = new List <GaSymMultivector>(mvList.Count * mvList.Count);
foreach (var mv1 in mvList)
{
foreach (var mv2 in mvList)
{
resultList.Add(Frame.Gp[mv1, mv2]);
}
}
var cacheMisses2 = SymbolicUtils.Cas.Connection.CacheMisses;
var elapsedTime2 = SymbolicUtils.Cas.Connection.Stopwatch.Elapsed;
//LogComposer
// .AppendAtNewLine("A = ")
// .AppendLine(mvA.ToString());
//LogComposer
// .AppendAtNewLine("B = ")
// .AppendLine(mvB.ToString())
// .AppendLine();
//LogComposer
// .AppendAtNewLine("A gp B = ")
// .AppendLine(gp.ToString())
// .AppendLine();
LogComposer
.AppendAtNewLine("Symbolic Computations Count: ")
.AppendLine(cacheMisses2 - cacheMisses1)
.AppendAtNewLine("Symbolic Computations Time: ")
.AppendLine(elapsedTime2 - elapsedTime1);
return(LogComposer.ToString());
}
private static void RedirectLogs(ILogSink logSink, out IReadOnlyDictionary <Type, LogSourceNameCompositionLogSink> redirections)
{
LogComposer.RedirectLogs(logSink, out redirections);
ConsoleWriteLine();
ConsoleWriteLine($"Configured a total of {redirections.Count} redirections:");
foreach (KeyValuePair <Type, LogSourceNameCompositionLogSink> redirection in redirections)
{
ConsoleWriteLine("{");
ConsoleWriteLine($" Logger Type: \"{redirection.Key.FullName}\"");
if (redirection.Value == null)
{
ConsoleWriteLine($" Destination: Nothing will be logged");
}
else
{
ConsoleWriteLine($" Destination: Log Sink Type: \"{redirection.Value.DownstreamLogSink.GetType().Name}\"");
ConsoleWriteLine($" Log Component Group: \"{redirection.Value.LogSourcesGroupMoniker}\"");
}
ConsoleWriteLine("}");
}
}
private static bool TrySetupFileLogger(IProductConfiguration config)
{
try
{
var filenameBaseInfo = new DatadogEnvironmentFileLogSinkFactory.FilenameBaseInfo(ProductFamily, Product, ComponentGroup);
if (DatadogEnvironmentFileLogSinkFactory.TryCreateNewFileLogSink(
filenameBaseInfo,
LoggingDemoLogGroupId,
config?.Log_PreferredLogFileDirectory,
LogFileSizeBytes,
FileFormatOptions,
out FileLogSink fileLogSink))
{
RedirectLogs(fileLogSink, out _logRedirections);
if (config != null)
{
LogComposer.IsDebugLoggingEnabled = config.Log_IsDebugEnabled;
}
else
{
LogComposer.SetDebugLoggingEnabledBasedOnEnvironment();
}
return(true);
}
}
catch (Exception ex)
{
ConsoleWriteLine();
ConsoleWriteLine("Error setting up a file logger.");
ConsoleWriteLine($"{ex}");
}
return(false);
}
private static void RedirectLogs(ILogSink logSink, out IReadOnlyDictionary <Type, LogSourceNameCompositionLogSink> redirections)
{
LogComposer.RedirectLogs(logSink, out redirections);
}
public string Execute()
{
LogComposer.Clear();
//var randGen = new GMacRandomGenerator(10);
//var mvA = randGen.GetSymbolicMultivector(Frame.GaSpaceDimension, "A");
//var mvB = randGen.GetSymbolicMultivector(Frame.GaSpaceDimension, "B");
var mvA = GaSymMultivector.CreateSymbolic(Frame.GaSpaceDimension, "A");
var mvB = GaSymMultivector.CreateSymbolic(Frame.GaSpaceDimension, "B");
LogComposer
.AppendAtNewLine("A = ")
.AppendLine(mvA.ToString());
LogComposer
.AppendAtNewLine("B = ")
.AppendLine(mvB.ToString())
.AppendLine();
var coefSumsTable = GaSymMapBilinearCoefSums.CreateFromOuterProduct(Frame);
LogComposer
.AppendAtNewLine("A op B = ")
.AppendLine(coefSumsTable[mvA, mvB].ToString())
.AppendLine()
.AppendLineAtNewLine("A op B Coef Sums:")
.AppendLine(coefSumsTable.ToMarkdownTable());
var mv1 = mvA.ToTreeMultivector();
var mv2 = mvB.ToTreeMultivector();
var opMv = mv1.Op(mv2);
LogComposer
.AppendAtNewLine("Tree: A = ")
.AppendLine(mv1.ToTreeString())
.AppendAtNewLine("Tree: B = ")
.AppendLine(mv2.ToTreeString())
.AppendAtNewLine("Tree: A op B = ")
.AppendLine(opMv.ToTreeString())
.AppendLine();
coefSumsTable = Frame.Gp.ToCoefSumsMap();
LogComposer
.AppendAtNewLine("A gp B = ")
.AppendLine(coefSumsTable[mvA, mvB].ToString())
.AppendLine()
.AppendLineAtNewLine("A gp B Coef Sums:")
.AppendLine(coefSumsTable.ToMarkdownTable());
var gpMv = mv1.EGp(mv2);
LogComposer
.AppendAtNewLine("Tree: A = ")
.AppendLine(mv1.ToTreeString())
.AppendAtNewLine("Tree: B = ")
.AppendLine(mv2.ToTreeString())
.AppendAtNewLine("Tree: A gp B = ")
.AppendLine(gpMv.ToTreeString())
.AppendLine();
coefSumsTable = Frame.Sp.ToCoefSumsMap();
LogComposer
.AppendAtNewLine("A sp B = ")
.AppendLine(coefSumsTable[mvA, mvB].ToString())
.AppendLine()
.AppendLineAtNewLine("A sp B Coef Sums:")
.AppendLine(coefSumsTable.ToMarkdownTable());
coefSumsTable = Frame.Lcp.ToCoefSumsMap();
LogComposer
.AppendAtNewLine("A lcp B = ")
.AppendLine(coefSumsTable[mvA, mvB].ToString())
.AppendLine()
.AppendLineAtNewLine("A lcp B Coef Sums:")
.AppendLine(coefSumsTable.ToMarkdownTable());
return(LogComposer.ToString());
}
/// <summary>
/// This is used to get CSV logs.
/// </summary>
/// <param name="data">The SELF file.</param>
/// <returns>CSV logs formatted with UTF8 and CRLF></returns>
private byte[] GetCsv(byte[] data)
{
return(Encoding.UTF8.GetBytes(LogComposer.Compose(data)));
}