Examples of com.linkedin.databus2.core.BackoffTimerStaticConfig

com.linkedin.databus2.core.container.request.RegisterResponseEntry
Generic static config for error retries. It is used to model error retries with sleeps between each retry. Allows for configuring error retries with a sleep between each of them.
Sleep is computed using the formula: S' = min(maxSleep, S * sleepIncFactor + sleepIncDelta). Typical use cases:
- No retries: maxRetryNum = 0
- Unlimited retries: maxRetryNum < 0
- No sleep: maxSleep = 0
- Linear backoff: sleepIncFactor = 1.0, sleepIncDelta = slope of the sleep line
- Exponential backoff (base 2): sleepIncFactor = 2.0

              throw new RequestProcessingException(msg);
            }
          }
        }


        DatabusRequest req = doProcess(request);


        if ( null != _serverHostPort)
        {
          req.getResponseContent().setMetadata(DbusConstants.SERVER_INFO_HOSTPORT_HEADER_PARAM, _serverHostPort);
        }


        return req;
    }

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      String strAction = request.getParams().getProperty(DatabusRequest.PATH_PARAM_NAME, "");
      action = Actions.valueOf(strAction.toUpperCase());
    }
    catch(Exception ex)
    {
      throw new InvalidRequestParamValueException(COMMAND_NAME, "request path", request.getParams().getProperty(DatabusRequest.PATH_PARAM_NAME, ""));
    }


    switch(action)
    {
    case STATUS:

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                              RequestExecutionHandlerFactory execHandlerFactory)
         throws ProcessorRegistrationConflictException
  {
    if (null != opcode)
    {
      if (_binaryParsers.containsKey(opcode)) throw new ProcessorRegistrationConflictException(name);
      _binaryParsers.put(opcode, binaryParserFactory);
      _tcpExecHandlers.put(opcode, execHandlerFactory);
    }


    if (null != name)

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            HashMap<Long, List<RegisterResponseEntry>> schemaMap =
                    new HashMap<Long, List<RegisterResponseEntry>>();


            short srcId=1;
            List<RegisterResponseEntry> l1 = new ArrayList<RegisterResponseEntry>();
            l1.add(new RegisterResponseEntry(1L, srcId,SOURCE1_SCHEMA_STR));


            schemaMap.put(1L, l1);


            Map<Long, IdNamePair> sourcesMap = new HashMap<Long, IdNamePair>();
            List<String> sources = new ArrayList<String>();

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        HashMap<Long, List<RegisterResponseEntry>> schemaMap =
                new HashMap<Long, List<RegisterResponseEntry>>();


        short srcId=1;
        List<RegisterResponseEntry> l1 = new ArrayList<RegisterResponseEntry>();
        l1.add(new RegisterResponseEntry(1L, srcId,SOURCE1_SCHEMA_STR));


        schemaMap.put(1L, l1);


        Map<Long, IdNamePair> sourcesMap = new HashMap<Long, IdNamePair>();
        List<String> sources = new ArrayList<String>();

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        List<RegisterResponseEntry> l1 = new ArrayList<RegisterResponseEntry>();
        List<RegisterResponseEntry> l2 = new ArrayList<RegisterResponseEntry>();
        List<RegisterResponseEntry> l3 = new ArrayList<RegisterResponseEntry>();


        l1.add(new RegisterResponseEntry(1L, (short)1,SOURCE1_SCHEMA_STR));
        l2.add(new RegisterResponseEntry(2L, (short)1,SOURCE2_SCHEMA_STR));
        l3.add(new RegisterResponseEntry(3L, (short)1,SOURCE3_SCHEMA_STR));


        schemaMap.put(1L, l1);
        schemaMap.put(2L, l2);
        schemaMap.put(3L, l3);

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        HashMap<Long, List<RegisterResponseEntry>> schemaMap =
                new HashMap<Long, List<RegisterResponseEntry>>();


        short srcId=1;
        List<RegisterResponseEntry> l1 = new ArrayList<RegisterResponseEntry>();
        l1.add(new RegisterResponseEntry(1L, srcId,SOURCE1_SCHEMA_STR));


        schemaMap.put(1L, l1);


        Map<Long, IdNamePair> sourcesMap = new HashMap<Long, IdNamePair>();
        List<String> sources = new ArrayList<String>();

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      HashMap<Long, List<RegisterResponseEntry>> schemaMap =
              new HashMap<Long, List<RegisterResponseEntry>>();


      short srcId=1;
      List<RegisterResponseEntry> l1 = new ArrayList<RegisterResponseEntry>();
      l1.add(new RegisterResponseEntry(1L, srcId,SOURCE1_SCHEMA_STR));


      schemaMap.put(1L, l1);


      Map<Long, IdNamePair> sourcesMap = new HashMap<Long, IdNamePair>();
      List<String> sources = new ArrayList<String>();

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      List<RegisterResponseEntry> l1 = new ArrayList<RegisterResponseEntry>();
      List<RegisterResponseEntry> l2 = new ArrayList<RegisterResponseEntry>();
      List<RegisterResponseEntry> l3 = new ArrayList<RegisterResponseEntry>();


      l1.add(new RegisterResponseEntry(1L, (short)1,SOURCE1_SCHEMA_STR));
      l2.add(new RegisterResponseEntry(2L, (short)1,SOURCE2_SCHEMA_STR));
      l3.add(new RegisterResponseEntry(3L, (short)1,SOURCE3_SCHEMA_STR));


      schemaMap.put(1L, l1);
      schemaMap.put(2L, l2);
      schemaMap.put(3L, l3);

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      List<RegisterResponseEntry> l1 = new ArrayList<RegisterResponseEntry>();
      List<RegisterResponseEntry> l2 = new ArrayList<RegisterResponseEntry>();
      List<RegisterResponseEntry> l3 = new ArrayList<RegisterResponseEntry>();


      l1.add(new RegisterResponseEntry(1L, (short)1,SOURCE1_SCHEMA_STR));
      l2.add(new RegisterResponseEntry(2L, (short)1,SOURCE2_SCHEMA_STR));
      l3.add(new RegisterResponseEntry(3L, (short)1,SOURCE3_SCHEMA_STR));


      schemaMap.put(1L, l1);
      schemaMap.put(2L, l2);
      schemaMap.put(3L, l3);

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