CN104301144A - Panoramic monitoring method of cluster communication server - Google Patents
Panoramic monitoring method of cluster communication server Download PDFInfo
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- CN104301144A CN104301144A CN201410552507.8A CN201410552507A CN104301144A CN 104301144 A CN104301144 A CN 104301144A CN 201410552507 A CN201410552507 A CN 201410552507A CN 104301144 A CN104301144 A CN 104301144A
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Abstract
The invention relates to a panoramic monitoring method of a cluster communication server, and belongs to the technical field of network communication. The panoramic monitoring method includes the steps that monitoring messages are sent to communication server bodies needing to be monitored by arranging a system monitoring working station; the communication server bodies obtain working condition data of the communication server bodies to be monitored and original message data of the communication server bodies according to the monitoring messages; the data are sent to the system monitoring working station, and the system monitoring working station identifies the received data; the identified working condition data are displayed, and the original message data are displayed after protocol conversion is carried out. By means of the panoramic monitoring method, macroscopic monitoring can be carried out on integral communication working conditions of a cluster, microcosmic monitoring can be further carried out on the certain communication server body in the cluster, the management efficiency of a communication manager is greatly improved, and convenience is brought to engineering debugging and system maintenance.
Description
Technical field
The present invention relates to a kind of panorama supervision method of trunking communication server, belong to technical field of network communication.
Background technology
Along with the development of large data system, the access of magnanimity terminal becomes the key element of communication, and the essential scheme that trunking communication accesses as magnanimity terminal is just presented in face of us.Trunking communication is one group of respective independently communication server, they are combined and provide one for carrying the high availability communication platform of Communication processing, the Communication processing program of subregion can be distributed in each server of trooping, thus remaining CPU and internal memory can be utilized to solve Communication processing performance issue.Along with the increase of problem scale, other server can be added in trooping.The difficulty of complexity and communication debugging that multiple stage communication server parallel data processing result in trunking communication supervision increases substantially, a lot of professional communication adviser tool just monitors the more single content of of communication system, network management personnel needs when searching trunking communication server network problem by a lot of instrument ability orientation problem, and task is very numerous and diverse.
Summary of the invention
The object of this invention is to provide a kind of panorama supervision method of trunking communication server, to solve the problem that existing trunking communication monitors that complexity is high and communication debugging difficulty is large.
The present invention is for solving the problems of the technologies described above and providing a kind of panorama supervision method of trunking communication server, and this panorama supervision method comprises the following steps:
1) system monitoring work station is set, sends to the communication server needing to monitor and monitor message;
2) communication server is according to the floor data of supervision Receive message this communication server self received and the original message data of this communication server;
3) floor data obtained and original message data are sent to system monitoring work station, system monitoring work station identifies the data received;
4) floor data identified is shown, the original message data identified are shown after protocol transform.
Node identification module, data identification module, stipulations identification module, cluster operating mode display module, message information display module and concurrent communications access module is provided with in described system monitoring work station, described system monitoring work station carries out network by concurrent communications access module with each communication server in trunking communication server and is connected and data communication, to obtain floor data in each communication server and message data.
Be provided with concurrent communications access module, system condition statistical module and data source operating mode statistical module in each communication server in described trunking communication server, the concurrent communications access module in described each communication server and between the concurrent communications access module in system monitoring work station communication be connected.
Described step 2) in floor data comprise computer floor data and communication floor data, computer floor data refers to the cpu busy percentage of computer, memory usage, hard disk utilance and network traffics, and communication floor data refers to network connection state, message flow, communication speed, the error rate and communication message data between communication server and data source.
Described computer floor data is obtained by the system condition statistical module timing acquiring in each communication server, and described communication floor data is by the mutual acquisition with Communications service module by the data source operating mode statistical module in communication server.
Be equipped with in each communication server in described trunking communication server and monitor message pond, this supervision message pond is one piece of memory region in communication server, be used for cushioning and monitor message, when system monitoring work station needs to monitor this communication server original message data, supervision message data can be sent to follow-up work station, to improve communication efficiency by batch.
Described step 3) in system monitoring work station data identification is carried out to the data received, floor data is sent to cluster operating mode display module, message data is sent and puts stipulations identification module and carry out stipulations parsing.
After described stipulations parsing module receives message, Data Analysis carried out to data message and show typesetting, then display data being sent to message information display module and carrying out data display.
The invention has the beneficial effects as follows: the present invention, by arranging system monitoring work station, sends to the communication server needing to monitor and monitors message; Communication server is according to the original message data of the floor data and this communication server that monitor Receive message communication server to be monitored self; Then these data are sent to system monitoring work station, system monitoring work station identifies the data received; Shown by the floor data identified, original message data are shown after protocol transform.The present invention can check the operating condition of whole cluster network communication state and each trunking communication server, message can be carried out to trunking communication server browse and monitor, and automatically can carry out corresponding message data parsing and data display according to the stipulations of message.The present invention not only can carry out macroscopic view to the global communication operating mode of cluster and monitor, can also carry out microcosmic supervision, greatly improve the efficiency of management of communication management personnel, be convenient to engineering debug and system maintenance certain communication server in cluster.
Accompanying drawing explanation
Fig. 1 is message pond of the present invention and life cycle management module diagram.
Embodiment
Below in conjunction with accompanying drawing, the specific embodiment of the present invention is further described.
This enforcement describes the panorama supervision method of trunking communication server in detail for power distribution network communication.This panorama supervision method comprises the following steps:
1. set up a server as system monitoring work station, as shown in Figure 1, node identification module, data identification module, stipulations identification module, cluster operating mode display module, message information display module and concurrent communications access module is provided with in this system monitoring work station.In trunking communication server, each communication server all has additional communication and monitors service module, this communication monitors that service module comprises concurrent communications access module, system condition statistical module, data source operating mode statistical module and supervision message pond, concurrent communications access module in system monitoring work station and communication monitor that the concurrent communications access module communication in service module is connected, Communication processing service module in system condition statistical module and data source operating mode statistical module and this communication server is mutually mutual, monitor that message pond is one piece of memory region in communication server, be used for cushioning and monitor message, when system monitoring work station needs to monitor this communication server original message data, batch supervision message data can be sent to follow-up work station, to improve communication efficiency.
The concurrent communications access module of system monitoring work station can carry out network connection and data communication according to the concurrent communications access module of the automatic and all trunking communication server of the network configuration information of trunking communication server.The concurrent communications access module of cluster server can by system condition statistical module and the statistical information timed sending of data source operating mode statistical module institute to the concurrent communications access module at follow-up work station.
All work informations of the cluster operating mode display module main presentation whole communication server cluster at follow-up work station, user can carry out corresponding communication task scheduling or communication node debugging according to the network load of each cluster server and operating condition situation.
The message information display module at follow-up work station can carry out stipulations displaying to the message of trunking communication server, can filter message according to aspects such as the upstream and downstream relation of protocol type, message, keyword, data type, message markers and search.
2. when needs carry out protocol monitor to certain communication server, monitor command is sent to node identification module by message information display module, monitor command, according to relevant configuration information, is sent to the concurrent communications access module of the communication supervision service module of trunking communication server by node identification module by the concurrent communications access module at follow-up work station.
3. communication monitors that information is sent to data source operating mode statistical module by the concurrent communications access module in service module, and the storage making data source operating mode statistical module start to carry out monitoring message and packing send.
The Communication processing service module of trunking communication server carries out communication connection and data interaction by its concurrent communications access module and data source, receive the original message data of data source, while sending data to message processing module (MPM), monitor that original message data are sent to the data source operating mode statistical module that communication monitors service module by the data-interface of service module by communication, message data is stored into supervision message pond according to supervision mark by data source operating mode statistical module.
Data source operating mode statistical module by and Communications service module mutual, obtain the communication associated statistical information such as network connection state, message flow, communication speed, the error rate between Communications service module and data source, the computer statistics information such as the cpu busy percentage of computer, memory usage, hard disk utilance and network traffics in this trunking communication of system condition statistical module timing acquiring server.
The concurrent communications access module of cluster server can by system condition statistical module and the statistical information timed sending of data source operating mode statistical module institute to the concurrent communications access module at follow-up work station.
4., after the concurrent communications access module at follow-up work station receives the data that communication server sends, send data to data identification module, data identification module carries out data identification to the data received.Floor data is sent to cluster operating mode display module, message data is sent and puts stipulations identification module.Stipulations identification module carries out protocol type identification to different stipulations messages, more different conventions data is sent to relevant stipulations parsing module and processes.After stipulations parsing module receives data, Data Analysis carried out to data message and show typesetting, then display data being sent to message information display module and carrying out data display.
All work informations of the cluster operating mode display module main presentation whole communication server cluster at follow-up work station, user can carry out corresponding communication task scheduling or communication node debugging according to the network load of each cluster server and operating condition situation.
Claims (8)
1. the panorama supervision method of a trunking communication server, is characterized in that, this panorama supervision method comprises the following steps:
1) system monitoring work station is set, sends to the communication server needing to monitor and monitor message;
2) communication server is according to the floor data of supervision Receive message this communication server self received and the original message data of this communication server;
3) floor data obtained and original message data are sent to system monitoring work station, system monitoring work station identifies the data received;
4) floor data identified is shown, the original message data identified are shown after protocol transform.
2. the panorama supervision method of trunking communication server according to claim 1, it is characterized in that, node identification module, data identification module, stipulations identification module, cluster operating mode display module, message information display module and concurrent communications access module is provided with in described system monitoring work station, described system monitoring work station carries out network by concurrent communications access module with each communication server in trunking communication server and is connected and data communication, to obtain floor data in each communication server and message data.
3. the panorama supervision method of trunking communication server according to claim 2, it is characterized in that, be provided with concurrent communications access module, system condition statistical module and data source operating mode statistical module in each communication server in described trunking communication server, the concurrent communications access module in described each communication server and between the concurrent communications access module in system monitoring work station communication be connected.
4. the panorama supervision method of trunking communication server according to claim 3, it is characterized in that, described step 2) in floor data comprise computer floor data and communication floor data, computer floor data refers to the cpu busy percentage of computer, memory usage, hard disk utilance and network traffics, and communication floor data refers to network connection state, message flow, communication speed, the error rate and communication message data between communication server and data source.
5. the panorama supervision method of trunking communication server according to claim 4, it is characterized in that, described computer floor data is obtained by the system condition statistical module timing acquiring in each communication server, and described communication floor data is by the mutual acquisition with Communications service module by the data source operating mode statistical module in communication server.
6. the panorama supervision method of trunking communication server according to claim 5, it is characterized in that, be equipped with in each communication server in described trunking communication server and monitor message pond, this supervision message pond is one piece of memory region in communication server, be used for cushioning and monitor message, when system monitoring work station needs to monitor this communication server original message data, supervision message data can be sent to follow-up work station, to improve communication efficiency by batch.
7. the panorama supervision method of trunking communication server according to claim 3, it is characterized in that, described step 3) in system monitoring work station data identification is carried out to the data received, floor data is sent to cluster operating mode display module, stipulations identification module is put in message data transmission and carries out stipulations parsing.
8. the panorama supervision method of trunking communication server according to claim 7, it is characterized in that, after described stipulations parsing module receives message, Data Analysis carried out to data message and show typesetting, then display data being sent to message information display module and carrying out data display.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107749811A (en) * | 2017-11-28 | 2018-03-02 | 国网福建省电力有限公司 | A kind of distribution terminal based on distribution main website accesses adaptive Commissioning Analysis method |
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