1. Fixed the OverViewLayerQuery#getTopNSlowService method bug which is not order by average response time. (#913)

2. Fixed the OverViewLayerQuery#getTopNApplicationThroughput method bug which is not order by TPS.
3. Fixed the ApplicationQuery#getSlowService method bug which is not order by average response time.
4. Fixed the ApplicationQuery#getServerThroughput method bug which is not order by TPS.

#907

* 1. Add transaction average duration, business transaction average duration, MQ transaction average duration into all metric entities, DAO define, persistence DAO.
2. Add formula calculate operation.

* Refactor the package name in storage module, make the table define and dao package’s name same as others.

* Get the MQ server address id from reference.

* Fixed the remote exception bug when running cluster mode collector.
How: Register remote data entity into remote module.

* Fixed the bug which the end second time bucket calculate result is incorrect.

* Fixed a test case error.

* Get the MQ server address id from reference.

* Fixed the remote exception bug when running cluster mode collector.
How: Register remote data entity into remote module.

1. Use peer id in entry span to find the instance id and application id.
2. Make the instance id and application id to be the front instance id and front application id of the reference metric.
3. Do not create the application mapping metric.

Fixed the getApplicationTopology bug, remove the application node which not contains the source or target of calls.

Fixed the number of application bug.

2. Setting the src span type when agent register service name.
3. Revert the topology build logic.

2. Search server by application code by searchServer method.

2. loadAlarmList ok.

1. Query segment id from global trace table by trace id.
2. Query BasicTrace from segment duration table by segment id.

1. Change the parameter name:
Start -> startTimeBucket
End -> endTimeBucket

1. Change the parameter name:
Start -> startTimeBucket
End -> endTimeBucket
2. Calculate callsPerSec metric.

Start -> startTimeBucket
End -> endTimeBucket

Start -> startTimeBucket
End -> endTimeBucket

Start -> startSecondTimeBucket
End -> endSecondTimeBucket

2. The time range of heart beat time and register time:
Start time >= register time <= end time
Start time >= heart beat time <= end time

Start -> startSecondTimeBucket
End -> endSecondTimeBucket

2. Calculate the callsPerSec.