scouter.agent.netio.data.DataProxy.sendError java code examples

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}

public void error(String err) {
  if (ctx.error == 0) {
    ctx.error = DataProxy.sendError(err);
  }
}

public void error(String err) {
  if (ctx.error == 0) {
    ctx.error = DataProxy.sendError(err);
  }
}

public static void serviceError(String emsg) {
  TraceContext ctx = TraceContextManager.getContext();
  if (ctx != null && ctx.error != 0) { // already started
    ctx.error = DataProxy.sendError(emsg);
  }
}

public static void serviceError(String emsg) {
  TraceContext ctx = TraceContextManager.getContext();
  if (ctx != null && ctx.error != 0) { // already started
    ctx.error = DataProxy.sendError(emsg);
  }
}

public ErrorData process(Throwable thr, int message, int service, long txid, int sql, int api) {
  if (conf.summary_enabled == false)
    return null;
  if (thr == null)
    return null;
  String errName = thr.getClass().getName();
  int errHash = DataProxy.sendError(errName);
  ErrorData errData = getSummaryError(errorMaster, BitUtil.composite(errHash, service));
  errData.error = errHash;
  errData.service = service;
  errData.message = (message == 0 ? errHash : message);
  errData.count++;
  errData.txid = txid;
  if (sql != 0)
    errData.sql = sql;
  if (api != 0)
    errData.apicall = api;
  return errData;
}

public ErrorData process(Throwable thr, int message, int service, long txid, int sql, int api) {
  if (conf.summary_enabled == false)
    return null;
  if (thr == null)
    return null;
  String errName = thr.getClass().getName();
  int errHash = DataProxy.sendError(errName);
  ErrorData errData = getSummaryError(errorMaster, BitUtil.composite(errHash, service));
  errData.error = errHash;
  errData.service = service;
  errData.message = (message == 0 ? errHash : message);
  errData.count++;
  errData.txid = txid;
  if (sql != 0)
    errData.sql = sql;
  if (api != 0)
    errData.apicall = api;
  return errData;
}

public static void dbcOpenEnd(Object stat, Throwable thr) {
  if (stat == null)
    return;
  LocalContext lctx = (LocalContext) stat;
  MethodStep step = (MethodStep) lctx.stepSingle;
  if (step == null)
    return;
  TraceContext tctx = lctx.context;
  if (tctx == null)
    return;
  step.elapsed = (int) (System.currentTimeMillis() - tctx.startTime) - step.start_time;
  if (tctx.profile_thread_cputime) {
    step.cputime = (int) (SysJMX.getCurrentThreadCPU() - tctx.startCpu) - step.start_cpu;
  }
  if (thr != null) {
    String msg = thr.toString();
    int hash = DataProxy.sendError(msg);
    if (tctx.error == 0) {
      tctx.error = hash;
    }
    tctx.offerErrorEntity(ErrorEntity.of(connectionOpenFailException, hash, 0, 0));
  }
  tctx.profile.pop(step);
}

public static void dbcOpenEnd(Object stat, Throwable thr) {
  if (stat == null)
    return;
  LocalContext lctx = (LocalContext) stat;
  MethodStep step = (MethodStep) lctx.stepSingle;
  if (step == null)
    return;
  TraceContext tctx = lctx.context;
  if (tctx == null)
    return;
  step.elapsed = (int) (System.currentTimeMillis() - tctx.startTime) - step.start_time;
  if (tctx.profile_thread_cputime) {
    step.cputime = (int) (SysJMX.getCurrentThreadCPU() - tctx.startCpu) - step.start_cpu;
  }
  if (thr != null) {
    String msg = thr.toString();
    int hash = DataProxy.sendError(msg);
    if (tctx.error == 0) {
      tctx.error = hash;
    }
    tctx.offerErrorEntity(ErrorEntity.of(connectionOpenFailException, hash, 0, 0));
  }
  tctx.profile.pop(step);
}

private static void fetch(TraceContext c) {
  HashedMessageStep p = new HashedMessageStep();
  long time = System.currentTimeMillis() - c.rs_start;
  p.start_time = (int) (System.currentTimeMillis() - c.startTime);
  if (c.profile_thread_cputime) {
    p.start_cpu = (int) (SysJMX.getCurrentThreadCPU() - c.startCpu);
  }
  if (RESULT_SET_FETCH == 0) {
    RESULT_SET_FETCH = DataProxy.sendHashedMessage("RESULT-SET-FETCH");
  }
  p.hash = RESULT_SET_FETCH;
  p.value = c.rs_count;
  p.time = (int) time;
  c.profile.add(p);
  if (c.rs_count > conf.xlog_error_jdbc_fetch_max) {
    String msg = "warning too many resultset, over #" + conf.xlog_error_jdbc_fetch_max;
    int hash = DataProxy.sendError(msg);
    if (c.error == 0) {
      c.error = hash;
    }
    c.offerErrorEntity(ErrorEntity.of(tooManyRecordException, hash, 0,0));
  }
}

private static void fetch(TraceContext c) {
  HashedMessageStep p = new HashedMessageStep();
  long time = System.currentTimeMillis() - c.rs_start;
  p.start_time = (int) (System.currentTimeMillis() - c.startTime);
  if (c.profile_thread_cputime) {
    p.start_cpu = (int) (SysJMX.getCurrentThreadCPU() - c.startCpu);
  }
  if (RESULT_SET_FETCH == 0) {
    RESULT_SET_FETCH = DataProxy.sendHashedMessage("RESULT-SET-FETCH");
  }
  p.hash = RESULT_SET_FETCH;
  p.value = c.rs_count;
  p.time = (int) time;
  c.profile.add(p);
  if (c.rs_count > conf.xlog_error_jdbc_fetch_max) {
    String msg = "warning too many resultset, over #" + conf.xlog_error_jdbc_fetch_max;
    int hash = DataProxy.sendError(msg);
    if (c.error == 0) {
      c.error = hash;
    }
    c.offerErrorEntity(ErrorEntity.of(tooManyRecordException, hash, 0,0));
  }
}

  public static void endPut(Map map) {
    int size = map.size();
    if(size > 0 && size % conf._hook_map_impl_warning_size == 0) {
      TraceContext ctx = TraceContextManager.getContext();

      if(ctx == null) return;
      if(ctx.error != 0) return;

      MapValue mv = new MapValue();
      mv.put(AlertPack.HASH_FLAG + TextTypes.SERVICE + "_service-name", ctx.serviceHash);
      String message = "Too many Map entries!\n" + ThreadUtil.getStackTrace(Thread.currentThread().getStackTrace(), 2);
      HashedMessageStep step = new HashedMessageStep();
      step.hash = DataProxy.sendHashedMessage(message);
      step.value = size;
      step.start_time = (int) (System.currentTimeMillis() - ctx.startTime);
      ctx.profile.add(step);
      mv.put(AlertPack.HASH_FLAG + TextTypes.HASH_MSG + "_full-stack", step.hash);

      DataProxy.sendAlert(AlertLevel.WARN, "TOO_MANY_MAP_ENTRIES", "too many Map entries, over #" + size, mv);
      int errorMessageHash = DataProxy.sendError("too many Map entries, over #" + size);
      if (ctx.error == 0) {
        ctx.error = errorMessageHash;
      }
      ctx.offerErrorEntity(ErrorEntity.of(tooManyCollectionMemebers, errorMessageHash, 0, 0));
    }
  }
}

  public static void endPut(Map map) {
    int size = map.size();
    if(size > 0 && size % conf._hook_map_impl_warning_size == 0) {
      TraceContext ctx = TraceContextManager.getContext();

      if(ctx == null) return;
      if(ctx.error != 0) return;

      MapValue mv = new MapValue();
      mv.put(AlertPack.HASH_FLAG + TextTypes.SERVICE + "_service-name", ctx.serviceHash);
      String message = "Too many Map entries!\n" + ThreadUtil.getStackTrace(Thread.currentThread().getStackTrace(), 2);
      HashedMessageStep step = new HashedMessageStep();
      step.hash = DataProxy.sendHashedMessage(message);
      step.value = size;
      step.start_time = (int) (System.currentTimeMillis() - ctx.startTime);
      ctx.profile.add(step);
      mv.put(AlertPack.HASH_FLAG + TextTypes.HASH_MSG + "_full-stack", step.hash);

      DataProxy.sendAlert(AlertLevel.WARN, "TOO_MANY_MAP_ENTRIES", "too many Map entries, over #" + size, mv);
      int errorMessageHash = DataProxy.sendError("too many Map entries, over #" + size);
      if (ctx.error == 0) {
        ctx.error = errorMessageHash;
      }
      ctx.offerErrorEntity(ErrorEntity.of(tooManyCollectionMemebers, errorMessageHash, 0, 0));
    }
  }
}

public static void endSocket(Object stat, Throwable thr) {
  if (stat == null) {
    return;
  }
  try {
    LocalContext lctx = (LocalContext) stat;
    TraceContext tctx = lctx.context;
    SocketStep step = (SocketStep) lctx.stepSingle;
    step.elapsed = (int) (System.currentTimeMillis() - tctx.startTime) - step.start_time;
    if (thr != null) {
      String msg = thr.toString();
      step.error = DataProxy.sendError(msg);
      if (tctx.error == 0) {
        tctx.error = step.error;
      }
      tctx.offerErrorEntity(ErrorEntity.of(thr, step.error, 0, 0));
    }
    tctx.profile.add(step);
    SocketTable.add(step.ipaddr, step.port, tctx.serviceHash, tctx.txid);
    Configure conf = Configure.getInstance();
    if (conf.profile_socket_open_fullstack_enabled) {
      if (conf.profile_socket_open_fullstack_port == 0 || conf.profile_socket_open_fullstack_port == step.port) {
        tctx.profile.add(new MessageStep(step.start_time, ThreadUtil.getThreadStack()));
      }
    }
  } catch (Throwable t) {
    Logger.println("A142", "socket trace close error", t);
  }
}
public static void open(File file) {

public static void endSocket(Object stat, Throwable thr) {
  if (stat == null) {
    return;
  }
  try {
    LocalContext lctx = (LocalContext) stat;
    TraceContext tctx = lctx.context;
    SocketStep step = (SocketStep) lctx.stepSingle;
    step.elapsed = (int) (System.currentTimeMillis() - tctx.startTime) - step.start_time;
    if (thr != null) {
      String msg = thr.toString();
      step.error = DataProxy.sendError(msg);
      if (tctx.error == 0) {
        tctx.error = step.error;
      }
      tctx.offerErrorEntity(ErrorEntity.of(thr, step.error, 0, 0));
    }
    tctx.profile.add(step);
    SocketTable.add(step.ipaddr, step.port, tctx.serviceHash, tctx.txid);
    Configure conf = Configure.getInstance();
    if (conf.profile_socket_open_fullstack_enabled) {
      if (conf.profile_socket_open_fullstack_port == 0 || conf.profile_socket_open_fullstack_port == step.port) {
        tctx.profile.add(new MessageStep(step.start_time, ThreadUtil.getThreadStack()));
      }
    }
  } catch (Throwable t) {
    Logger.println("A142", "socket trace close error", t);
  }
}
public static void open(File file) {

public static XLogPack txperf(long endtime, long txid, int service_hash, String serviceName, int elapsed, int cpu,
               int sqlCount, int sqlTime, String remoteAddr, String error, long visitor) {
  XLogPack pack = new XLogPack();
  pack.cpu = cpu;
  pack.endTime = endtime;
  pack.elapsed = elapsed;
  DataProxy.sendServiceName(service_hash, serviceName);
  pack.service = service_hash;
  pack.kbytes = 0;
  pack.status = 0;
  pack.sqlCount = sqlCount;
  pack.sqlTime = sqlTime;
  pack.txid = txid;
  pack.ipaddr = IPUtil.toBytes(remoteAddr);
  pack.userid = visitor;
  if (error != null) {
    pack.error = DataProxy.sendError(error);
  }
  MeterService.getInstance().add(pack.elapsed, pack.sqlTime, pack.apicallTime, pack.queuingTime, error != null);
  DataProxy.sendXLog(pack);
  MeterUsers.add(pack.userid);
  return pack;
}

public static XLogPack txperf(long endtime, long txid, int service_hash, String serviceName, int elapsed, int cpu,
               int sqlCount, int sqlTime, String remoteAddr, String error, long visitor) {
  XLogPack pack = new XLogPack();
  pack.cpu = cpu;
  pack.endTime = endtime;
  pack.elapsed = elapsed;
  DataProxy.sendServiceName(service_hash, serviceName);
  pack.service = service_hash;
  pack.kbytes = 0;
  pack.status = 0;
  pack.sqlCount = sqlCount;
  pack.sqlTime = sqlTime;
  pack.txid = txid;
  pack.ipaddr = IPUtil.toBytes(remoteAddr);
  pack.userid = visitor;
  if (error != null) {
    pack.error = DataProxy.sendError(error);
  }
  MeterService.getInstance().add(pack.elapsed, pack.sqlTime, pack.apicallTime, pack.queuingTime, error != null);
  DataProxy.sendXLog(pack);
  MeterUsers.add(pack.userid);
  return pack;
}

private void alert(LeakInfo2 leakInfo2) {
  ServiceSummary summary = ServiceSummary.getInstance();
  MapValue mv = new MapValue();
  mv.put(AlertPack.HASH_FLAG + TextTypes.SERVICE + "_service-name", leakInfo2.serviceHash);
  if (leakInfo2.fullstack) {
    ErrorData d = summary.process(leakInfo2.error, 0, leakInfo2.serviceHash, leakInfo2.txid, 0, 0);
    Logger.println("A156", leakInfo2.error + " " + leakInfo2.innerObject);
    if (d != null && d.fullstack == 0) {
      String fullstack = ThreadUtil.getStackTrace(leakInfo2.error.getStackTrace(), leakInfo2.fullstackSkip);
      d.fullstack = DataProxy.sendError(fullstack);
      Logger.println("A157", fullstack);
    }
    mv.put(AlertPack.HASH_FLAG + TextTypes.ERROR + "_full-stack", d.fullstack);
  } else {
    summary.process(leakInfo2.error, 0, leakInfo2.serviceHash, leakInfo2.txid, 0, 0);
    Logger.println("A179", leakInfo2.error + " " + leakInfo2.innerObject);
  }
  DataProxy.sendAlert(AlertLevel.WARN, "CONNECTION_NOT_CLOSE", "Connection may not closed", mv);
  if(conf._trace) Logger.trace("[Force-Close-InnerObject]" + System.identityHashCode(leakInfo2.innerObject));
  boolean closeResult = leakInfo2.closeManager.close(leakInfo2.innerObject);
  //Logger.println("G003", "connection auto closed:" + closeResult);
}

private void alert(LeakInfo2 leakInfo2) {
  ServiceSummary summary = ServiceSummary.getInstance();
  MapValue mv = new MapValue();
  mv.put(AlertPack.HASH_FLAG + TextTypes.SERVICE + "_service-name", leakInfo2.serviceHash);
  if (leakInfo2.fullstack) {
    ErrorData d = summary.process(leakInfo2.error, 0, leakInfo2.serviceHash, leakInfo2.txid, 0, 0);
    Logger.println("A156", leakInfo2.error + " " + leakInfo2.innerObject);
    if (d != null && d.fullstack == 0) {
      String fullstack = ThreadUtil.getStackTrace(leakInfo2.error.getStackTrace(), leakInfo2.fullstackSkip);
      d.fullstack = DataProxy.sendError(fullstack);
      Logger.println("A157", fullstack);
    }
    mv.put(AlertPack.HASH_FLAG + TextTypes.ERROR + "_full-stack", d.fullstack);
  } else {
    summary.process(leakInfo2.error, 0, leakInfo2.serviceHash, leakInfo2.txid, 0, 0);
    Logger.println("A179", leakInfo2.error + " " + leakInfo2.innerObject);
  }
  DataProxy.sendAlert(AlertLevel.WARN, "CONNECTION_NOT_CLOSE", "Connection may not closed", mv);
  if(conf._trace) Logger.trace("[Force-Close-InnerObject]" + System.identityHashCode(leakInfo2.innerObject));
  boolean closeResult = leakInfo2.closeManager.close(leakInfo2.innerObject);
  //Logger.println("G003", "connection auto closed:" + closeResult);
}

private void alert(LeakInfo leakInfo) {
  ServiceSummary summary = ServiceSummary.getInstance();
  MapValue mv = new MapValue();
  mv.put(AlertPack.HASH_FLAG + TextTypes.SERVICE + "_service-name", leakInfo.serviceHash);
  if (leakInfo.fullstack) {
    ErrorData d = summary.process(leakInfo.error, 0, leakInfo.serviceHash, leakInfo.txid, 0, 0);
    Logger.println("A156", leakInfo.error + " " + leakInfo.inner);
    if (d != null && d.fullstack == 0) {
      String fullstack = ThreadUtil.getStackTrace(leakInfo.error.getStackTrace(), leakInfo.fullstackSkip);
      d.fullstack = DataProxy.sendError(fullstack);
      Logger.println("A157", fullstack);
    }
    mv.put(AlertPack.HASH_FLAG + TextTypes.ERROR + "_full-stack", d.fullstack);
  } else {
    summary.process(leakInfo.error, 0, leakInfo.serviceHash, leakInfo.txid, 0, 0);
    Logger.println("A179", leakInfo.error + " " + leakInfo.inner);
  }
  DataProxy.sendAlert(AlertLevel.WARN, "CONNECTION_NOT_CLOSE", "Connection may not closed", mv);
}

private void alert(LeakInfo leakInfo) {
  ServiceSummary summary = ServiceSummary.getInstance();
  MapValue mv = new MapValue();
  mv.put(AlertPack.HASH_FLAG + TextTypes.SERVICE + "_service-name", leakInfo.serviceHash);
  if (leakInfo.fullstack) {
    ErrorData d = summary.process(leakInfo.error, 0, leakInfo.serviceHash, leakInfo.txid, 0, 0);
    Logger.println("A156", leakInfo.error + " " + leakInfo.inner);
    if (d != null && d.fullstack == 0) {
      String fullstack = ThreadUtil.getStackTrace(leakInfo.error.getStackTrace(), leakInfo.fullstackSkip);
      d.fullstack = DataProxy.sendError(fullstack);
      Logger.println("A157", fullstack);
    }
    mv.put(AlertPack.HASH_FLAG + TextTypes.ERROR + "_full-stack", d.fullstack);
  } else {
    summary.process(leakInfo.error, 0, leakInfo.serviceHash, leakInfo.txid, 0, 0);
    Logger.println("A179", leakInfo.error + " " + leakInfo.inner);
  }
  DataProxy.sendAlert(AlertLevel.WARN, "CONNECTION_NOT_CLOSE", "Connection may not closed", mv);
}

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