public static void Validate(TraceKind value, string parameterValue)
{
if (!IsDefined(value))
{
throw Error.InvalidEnumArgument(parameterValue, (int)value, typeof(TraceKind));
}
}
public static void Validate(TraceKind value, string parameterValue)
{
if (!IsDefined(value))
{
throw Error.InvalidEnumArgument(parameterValue, (int)value, typeof(TraceKind));
}
}
public OneTrace(TraceKind traceKind, string str, int threadId, Ip ip)
{
TraceKind = traceKind;
Str = str;
ThreadId = threadId;
Ip = ip;
}
public OneTrace(TraceKind traceKind, string str, int threadId, Ip ip)
{
TraceKind = traceKind;
Str = str;
ThreadId = threadId;
Ip = ip;
}
public ExpectedTraceRecord(TraceKind kind, string category, string operatorName, string operationName)
{
TraceKind = kind;
Category = category;
OperatorName = operatorName;
OperationName = operationName;
}
//クライアント側への送信
public void AddTrace(TraceKind traceKind, string str, Ip ip)
{
if (!OpenTraceDlg)
return;
var threadId = GetCurrentThreadId();
var buffer = string.Format("{0}\b{1}\b{2}\b{3}", traceKind.ToString(), threadId.ToString(), ip, str);
//トレース(S->C)
RemoteData.Send(_sockTcp, RemoteDataKind.DatTrace, buffer);
}
//トレースの追加(SockObj内から使用される)
public void AddTrace(TraceKind traceKind, string str, Ip ip)
{
if (!Visible)
return;
var threadId = GetCurrentThreadId();
//トレースの追加（内部共通処理）
lock (this) {
_ar.Add(new OneTrace(traceKind, str, threadId, ip));
}
}
//クライアント側への送信
public void AddTrace(TraceKind traceKind, string str, Ip ip)
{
if (!OpenTraceDlg)
{
return;
}
var threadId = GetCurrentThreadId();
var buffer = string.Format("{0}\b{1}\b{2}\b{3}", traceKind.ToString(), threadId.ToString(), ip, str);
//トレース(S->C)
RemoteData.Send(_sockTcp, RemoteDataKind.DatTrace, buffer);
}
//トレースの追加(SockObj内から使用される)
public void AddTrace(TraceKind traceKind, string str, Ip ip)
{
if (!Visible)
{
return;
}
var threadId = GetCurrentThreadId();
//トレースの追加（内部共通処理）
lock (this) {
_ar.Add(new OneTrace(traceKind, str, threadId, ip));
}
}
internal PublishTimerObject(string eSpaceKey, string publishStep, bool fromSS, bool developmentMode, TraceKind traceKind, string extraInfo, string parentStep)
{
if (!eSpaceKey.IsNullOrEmpty())
{
PublishTimerStart(eSpaceKey, publishStep, fromSS, developmentMode, traceKind, extraInfo, parentStep);
this.publishStep = publishStep;
this.eSpaceKey = eSpaceKey;
this.fromSS = fromSS;
this.developmentMode = developmentMode;
this.traceKind = traceKind;
this.extraInfo = extraInfo;
this.parentStep = parentStep;
}
}
static Tracer()
{
TraceKind[] verbosityLevels = new TraceKind[10];
verbosityLevels[1] = TraceKind.Exception | TraceKind.Assert | TraceKind.Error | TraceKind.Warning | TraceKind.Message;
verbosityLevels[2] = TraceKind.Exception | TraceKind.Assert | TraceKind.Error | TraceKind.Warning | TraceKind.Message;
verbosityLevels[3] = TraceKind.Exception | TraceKind.Assert | TraceKind.Error | TraceKind.Warning | TraceKind.Message | TraceKind.Info;
verbosityLevels[4] = TraceKind.Exception | TraceKind.Assert | TraceKind.Error | TraceKind.Warning | TraceKind.Message | TraceKind.Info;
verbosityLevels[5] = TraceKind.Exception | TraceKind.Assert | TraceKind.Error | TraceKind.Warning | TraceKind.Message | TraceKind.Info;
verbosityLevels[6] = TraceKind.Exception | TraceKind.Assert | TraceKind.Error | TraceKind.Warning | TraceKind.Message | TraceKind.Info | TraceKind.Note;
verbosityLevels[7] = TraceKind.Exception | TraceKind.Assert | TraceKind.Error | TraceKind.Warning | TraceKind.Message | TraceKind.Info | TraceKind.Note;
verbosityLevels[8] = TraceKind.Exception | TraceKind.Assert | TraceKind.Error | TraceKind.Warning | TraceKind.Message | TraceKind.Info | TraceKind.Note;
verbosityLevels[9] = TraceKind.All;
VerbosityLevels = verbosityLevels;
_indentLevelStore = Thread.AllocateDataSlot();
_traceMask = (TraceKind)VerbosityLevels[1];
_tracers = new Dictionary<string, Tracer>();
}
static Tracer()
{
TraceKind[] verbosityLevels = new TraceKind[10];
verbosityLevels[1] = TraceKind.Exception | TraceKind.Assert | TraceKind.Error | TraceKind.Warning | TraceKind.Message;
verbosityLevels[2] = TraceKind.Exception | TraceKind.Assert | TraceKind.Error | TraceKind.Warning | TraceKind.Message;
verbosityLevels[3] = TraceKind.Exception | TraceKind.Assert | TraceKind.Error | TraceKind.Warning | TraceKind.Message | TraceKind.Info;
verbosityLevels[4] = TraceKind.Exception | TraceKind.Assert | TraceKind.Error | TraceKind.Warning | TraceKind.Message | TraceKind.Info;
verbosityLevels[5] = TraceKind.Exception | TraceKind.Assert | TraceKind.Error | TraceKind.Warning | TraceKind.Message | TraceKind.Info;
verbosityLevels[6] = TraceKind.Exception | TraceKind.Assert | TraceKind.Error | TraceKind.Warning | TraceKind.Message | TraceKind.Info | TraceKind.Note;
verbosityLevels[7] = TraceKind.Exception | TraceKind.Assert | TraceKind.Error | TraceKind.Warning | TraceKind.Message | TraceKind.Info | TraceKind.Note;
verbosityLevels[8] = TraceKind.Exception | TraceKind.Assert | TraceKind.Error | TraceKind.Warning | TraceKind.Message | TraceKind.Info | TraceKind.Note;
verbosityLevels[9] = TraceKind.All;
VerbosityLevels = verbosityLevels;
_indentLevelStore = Thread.AllocateDataSlot();
_traceMask = (TraceKind)VerbosityLevels[1];
_tracers = new Dictionary<string, Tracer>();
_tracersListSync = new RWObjectLocker();
GlobalData.Current.DanglingStaticDisposables.Add(typeof(Tracer));
}
private TraceItem StartTrace(TraceKind kind, PatternElement source)
{
TraceItem traceElement = new TraceItem
{
Kind = kind,
PatternElement = source,
State = TraceState.InProgress
};
Items.Add(traceElement);
if (!Tally.TryGetValue(source, out TallyEntry entry))
{
entry = new TallyEntry
{
LastPosition = 0,
Count = 0
};
Tally.Add(source, entry);
}
if (entry.LastPosition != State.Enumerator.Index)
{
entry.Count = 0;
entry.LastPosition = State.Enumerator.Index;
}
entry.Count++;
if (entry.Count > CycleThreshold)
{
throw new Exception("Possible cycle detected!");
}
return(traceElement);
}
public static void SetTraceLevel(int level)
{
_traceMask = VerbosityLevels[level];
}
public static bool IsDefined(TraceKind traceKind)
{
return(traceKind == TraceKind.Trace ||
traceKind == TraceKind.Begin ||
traceKind == TraceKind.End);
}
public ITrace StartTrace(ITrace parent, TraceKind kind, IEnumerable <(string Name, string Value)> tags)
public ExpectedTraceRecord(TraceKind kind, string category, string operatorName, string operationName)
{
TraceKind = kind;
Category = category;
OperatorName = operatorName;
OperationName = operationName;
}
public ZipkinTrace(ZipkinTracer tracer, Trace trace, TraceKind traceKind)
{
Tracer = tracer;
m_traceKind = traceKind;
WrappedTrace = trace;
}
public static bool IsDefined(TraceKind traceKind)
{
return traceKind == TraceKind.Trace ||
traceKind == TraceKind.Begin ||
traceKind == TraceKind.End;
}
public string GetWithTwoEnumParameters([FromUri]TraceLevel level, TraceKind kind)
{
return level.ToString() + kind.ToString();
}
public string GetWithTwoEnumParameters([FromUri] TraceLevel level, TraceKind kind)
{
return(level.ToString() + kind.ToString());
}
/// <summary> /// Starts a new <see cref="ITrace"/> that is a child of <paramref name="trace"/>. /// </summary> /// <param name="trace">(Optional) The current trace. If this is <c>null</c>, this method returns <c>null</c>.</param> /// <param name="kind">The <see cref="TraceKind"/>.</param> /// <param name="tags">A sequence of span tags; see <see cref="ITrace.SetTag"/>.</param> /// <returns>A new <see cref="ITrace"/>, or <c>null</c>.</returns> public static ITrace StartChildTrace(this ITrace trace, TraceKind kind, IEnumerable <(string Name, string Value)> tags) =>
public static PublishTimerObject PublishTimer(string eSpaceKey, string publishStep, bool fromSS, bool developmentMode, TraceKind traceKind)
{
return(new PublishTimerObject(eSpaceKey, publishStep, fromSS, developmentMode, traceKind, /*extraInfo*/ "", /*parentStep*/ ""));
}
public static void PublishTimerEnd(string eSpaceKey, string publishStep, bool fromSS, bool developmentMode, TraceKind traceKind, string extraInfo, string parentStep)
{
if (TimersActivated)
{
TimerEnd(publishStep);
}
if (CanLogPublishTrace(fromSS, developmentMode))
{
DateTime currentDateTime = DateTime.Now;
int milliseconds = currentDateTime.Millisecond;
currentDateTime = new DateTime(currentDateTime.Year, currentDateTime.Month, currentDateTime.Day, currentDateTime.Hour, currentDateTime.Minute,
currentDateTime.Second);
PublishLog.LogPublishTrace(currentDateTime, milliseconds, eSpaceKey, publishStep, /*isStart*/ false, (int)traceKind, extraInfo, parentStep);
}
}
public LogItem(TraceKind traceKind, string text)
{
Text = text;
TraceKind = traceKind;
}
//バイナリデータであることが判明している場合は、noEncodeをtrueに設定する
//これによりテキスト判断ロジックを省略できる
protected void Trace(TraceKind traceKind, byte[] buf, bool noEncode)
{
if (buf == null || buf.Length == 0)
{
return;
}
if (Kernel.RunMode == RunMode.Remote)
{
return; //リモートクライアントの場合は、ここから追加されることはない
}
//Ver5.0.0-a22 サービス起動の場合は、このインスタンスは生成されていない
bool enableDlg = Kernel.TraceDlg != null && Kernel.TraceDlg.Visible;
if (!enableDlg && Kernel.RemoteConnect == null)
{
//どちらも必要ない場合は処置なし
return;
}
bool isText = false; //対象がテキストかどうかの判断
Encoding encoding = null;
if (!noEncode)
{
//エンコード試験が必要な場合
try{
encoding = MLang.GetEncoding(buf);
} catch {
encoding = null;
}
if (encoding != null)
{
//int codePage = encoding.CodePage;
if (encoding.CodePage == 20127 || encoding.CodePage == 65001 || encoding.CodePage == 51932 || encoding.CodePage == 1200 || encoding.CodePage == 932 || encoding.CodePage == 50220)
{
//"US-ASCII" 20127
//"Unicode (UTF-8)" 65001
//"日本語(EUC)" 51932
//"Unicode" 1200
//"日本語(シフトJIS)" 932
//日本語(JIS) 50220
isText = true;
}
}
}
var ar = new List <String>();
if (isText)
{
var lines = Inet.GetLines(buf);
ar.AddRange(lines.Select(line => encoding.GetString(Inet.TrimCrlf(line))));
}
else
{
ar.Add(noEncode ? string.Format("binary {0} byte", buf.Length) : string.Format("Binary {0} byte", buf.Length));
}
foreach (var str in ar)
{
Ip ip = RemoteIp;
if (enableDlg)
{
//トレースダイアログが表示されてい場合、データを送る
Kernel.TraceDlg.AddTrace(traceKind, str, ip);
}
if (Kernel.RemoteConnect != null)
{
//リモートサーバへもデータを送る（クライアントが接続中の場合は、クライアントへ送信される）
Kernel.RemoteConnect.AddTrace(traceKind, str, ip);
}
}
}
//バイナリデータであることが判明している場合は、noEncodeをtrueに設定する
//これによりテキスト判断ロジックを省略できる
protected void Trace(TraceKind traceKind, byte[] buf, bool noEncode)
{
if (buf == null || buf.Length == 0){
return;
}
if (Kernel.RunMode == RunMode.Remote){
return; //リモートクライアントの場合は、ここから追加されることはない
}
//Ver5.0.0-a22 サービス起動の場合は、このインスタンスは生成されていない
bool enableDlg = Kernel.TraceDlg != null && Kernel.TraceDlg.Visible;
if (!enableDlg && Kernel.RemoteConnect == null){
//どちらも必要ない場合は処置なし
return;
}
bool isText = false; //対象がテキストかどうかの判断
Encoding encoding = null;
if (!noEncode){
//エンコード試験が必要な場合
try{
encoding = MLang.GetEncoding(buf);
} catch{
encoding = null;
}
if (encoding != null){
//int codePage = encoding.CodePage;
if (encoding.CodePage == 20127 || encoding.CodePage == 65001 || encoding.CodePage == 51932 || encoding.CodePage == 1200 || encoding.CodePage == 932 || encoding.CodePage == 50220){
//"US-ASCII" 20127
//"Unicode (UTF-8)" 65001
//"日本語(EUC)" 51932
//"Unicode" 1200
//"日本語(シフトJIS)" 932
//日本語(JIS) 50220
isText = true;
}
}
}
var ar = new List<String>();
if (isText){
var lines = Inet.GetLines(buf);
ar.AddRange(lines.Select(line => encoding.GetString(Inet.TrimCrlf(line))));
} else{
ar.Add(noEncode ? string.Format("binary {0} byte", buf.Length) : string.Format("Binary {0} byte", buf.Length));
}
foreach (var str in ar){
Ip ip = RemoteIp;
if (enableDlg){
//トレースダイアログが表示されてい場合、データを送る
Kernel.TraceDlg.AddTrace(traceKind, str, ip);
}
if (Kernel.RemoteConnect != null){
//リモートサーバへもデータを送る（クライアントが接続中の場合は、クライアントへ送信される）
Kernel.RemoteConnect.AddTrace(traceKind, str, ip);
}
}
}
/// <summary> /// Starts a new trace (that is the root of a trace hierarchy). /// </summary> /// <param name="tracer">The <see cref="ITracer"/>.</param> /// <param name="kind">The <see cref="TraceKind"/>.</param> /// <param name="tags">A sequence of span tags; see <see cref="ITrace.SetTag"/>.</param> /// <returns>A new <see cref="ITrace"/>.</returns> public static ITrace StartNewTrace(this ITracer tracer, TraceKind kind, IEnumerable <(string Name, string Value)> tags) =>
