CN105282772A - Wireless network data communication equipment monitoring system and equipment monitoring method - Google Patents
Wireless network data communication equipment monitoring system and equipment monitoring method Download PDFInfo
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- CN105282772A CN105282772A CN201510572280.8A CN201510572280A CN105282772A CN 105282772 A CN105282772 A CN 105282772A CN 201510572280 A CN201510572280 A CN 201510572280A CN 105282772 A CN105282772 A CN 105282772A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W24/00—Supervisory, monitoring or testing arrangements
- H04W24/02—Arrangements for optimising operational condition
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/02—Standardisation; Integration
- H04L41/0213—Standardised network management protocols, e.g. simple network management protocol [SNMP]
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W24/00—Supervisory, monitoring or testing arrangements
- H04W24/04—Arrangements for maintaining operational condition
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Abstract
The invention provides a wireless network data communication equipment monitoring system and an equipment monitoring method. The monitoring system includes a network topology module, an equipment management module, a configuration management module, a statistical analysis module, a system management module, an acquisition information module, and a Trap information module. The monitoring system displays the equipment state in real time, performs real-time monitoring and checking of the integral performance information of equipment to be managed and the interface performance information, customizes the alarm state and equipment alarm monitoring, configures the basic parameters of a physical interface, makes statistics of the alarm level of the equipment to be monitored and displays the percentage of the different alarm levels, provides the real-time monitoring of the whole network, sends the real-time monitoring information on time, and automatically reports the information on time. The system saves a lot of manpower resources, and the equipment information and the alarm information to be needed can be acquired by logging the system, the monitoring time cost is saved, the wireless network equipment is scientific and convenient in monitoring, the management is refined, and the work efficiency is greatly improved.
Description
Technical field
The present invention relates to wireless network management system, the operation conditions especially relating to each equipment in logarithm open network carries out the wireless network datacom device supervisory control system of lasting tracing and monitoring.
Background technology
The explanation of technical term:
simple Network Management Protocol (SimpleNetworkManagementProtocolSNMP): the standard managed by a group network forms, and comprises an application layer protocol, database model and one group of resource object.Whether this agreement can network enabled management system, have anyly cause the upper situation about paying close attention to of management in order to detect the equipment be connected on network.The basic function of SNMP is: obtain, the unexpected information that setting and Receiving Agent send.Obtain and refer to base station and send request, agency is according to the corresponding data of this request echo, setting is the value that base station arranges management object (namely acting on behalf of), the fortuitous event that the unexpected information that Receiving Agent sends occurs to base station repeats under referring to the state acted on behalf of and can not ask in base station.
management information bank (ManagementInformationBaseMIB): the management object database of being accessed by NMP, it comprises SNMP can act on behalf of by the snmp management of the network equipment variable carrying out arranging.MIB is the set of object, and it represents the resource and equipment that can manage in network.Each object is a data variable substantially, and it represents the information of the one side of the object be managed.
network element: the least unit that can monitor and manage in network management.
threshold values: in this system, refers to the parameter value entering alarm status, once the parameter value of setting exceedes threshold value, then the equipment that is listed in has fault, needs investigation.
b/S structure (Browser/Server, Browser/Server Mode): be a kind of network configuration pattern after WEB rises, web browser is the topmost application software of client.This pattern has unified client, focuses on server, simplify the exploitation of system, maintenance and use by the core that systemic-function realizes.As long as client computer installs a browser (as InternetExplorer), server installs the databases such as SQLServer, Oracle, MYSQL.Browser carries out data interaction by WebServer with database.
Snmp trap (SNMPtrap): certain entrance, arrives this entrance and can make SNMP managed device proactive notification snmp management device, instead of waits for the poll again of snmp management device.In network management system, the agency in managed devices can at any time not need to wait that management work station is these error situations of acquisition and poll just can be reported time him to network management workstation reporting errors situation agency.These error situations are exactly well-known SNMP self-trapping (trap).
Along with the progress of society, the development of scientific and technological information, the dependence of people to Communications service no matter being engaged in what industry is increasing, in order to promote Communications service quality, meet industry-by-industry, mechanism comprises needed for people's daily life, communication operator needs constantly to expand number open network, and therefore, the number of devices in number open network, kind are on the increase.Performance And Reliability for the datacom device in network, server and application system requires more and more higher, and maintenance work also becomes increasingly complex.For ensureing wireless several open network stable operation, the Wang Jian center of wireless telecommunications operation enterprise needs the operation conditions of each equipment in lasting tracing and monitoring number open network.
But number open network numerous and complicated, huge several open networks are made up of different level, each level is made up of equipment such as server, router, switch, fire compartment walls, and number of devices is indefinite, and producer is different, model is different, therefore monitor difficulty large, work is complicated, once some equipment of certain level breaks down, fault point can not be locked in time, need manually to investigate one by one.If can not Timeliness coverage problem device repair and maintenance, the operation of whole wireless several open network can be affected, bring negative effect not only to wireless telecommunications operation enterprise, cause serious financial consequences even can to communication user, or affect normal routine work and the life of people.
More traditional surveillance and control measure of existing use also rests on the artificial inspection stage, Communications service enterprise, employ a large amount of employee being responsible for equipment inspection, regular Walkthrough monitoring is distributed in the network equipment of regional, artificial track record equipment operation information, have problem just can take maintenance measures in time if run into equipment in the inspection stage, hysteresis quality is very strong
Existing more traditional monitoring of tools mode, need the intervention of human activity frequently, not only at substantial human cost, expend time in, and in the process of artificial inspection equipment, easily there is the problem of misregistration, or because the Knowledge Capability of patrol officer is uneven, the problem of hidden danger can not be there is by Timeliness coverage equipment, even if artificially patrol end, what the large number quipments information recorded was scattered is distributed in outside system, is unfavorable for assessing the query statistic of concrete equipment, causes the waste of recorded information.In addition, supervision department can only when equipment goes wrong, reprocessing of just doing things, and can not carry out early warning to communication system network equipment ruuning situation in advance, takes measures in advance.Because datacom device is present in the wireless network of moment operation, once a certain equipment goes wrong, the system cloud gray model of the level at equipment place just receives impact, effort afterwards, do not eliminate impact, can only make up, and network equipment failure also can cause serious economic loss frequently.So, for the monitoring of several way system, increase the function that gives warning in advance very meaningful.
Monitoring of tools Problems existing is led to for solving actual number, inventor, through the strengths and weaknesses analysis to original datacom device monitor mode, sums up the research of wireless several open network practical operation situation, and meticulous R & D design, through professional test, complete wireless network datacom device supervisory control system.Wireless datacom device supervisory control system compensate for traditional datacom device monitor mode and takes time and effort, efficiency is low, the deficiency that information utilization is low, and optimizes the mode having reformed datacom device monitoring, proposition gives warning in advance mechanism, effectively raises the prevention ability to datacom device operation risk.
Summary of the invention
The present invention is intended to software systems by setting up B/S framework and solves datacom device in the changeable wireless network of bulky complex, as the remote maintenance problem of the essential information of the equipment such as switch, router, server.
More crucially the present invention realizes proxy polling by using snmp protocol and java technology, solve the problem that in wireless network, datacom device operation information real-time tracking gathers, and according to actual acquisition to information equipment running status is analyzed, report accurate real-time early warning information to the problem of network equipment supervision department.
In order to realize object of the present invention.Following technical scheme is proposed:
A kind of wireless network datacom device supervisory control system, described supervisory control system comprises: network topology module, device management module, Configuration Manager, statistical analysis module, system management module, Information Monitoring module and Trap information module, wherein,
Described network topology module forms network topological diagram, according to different network type, and classification display router/switch/server, real-time display device state; Topological diagram interior joint is modified, deletes and found and interpolation newly increases device node or newly added equipment manufacturer datacom NMS subnet;
Described device management module is monitored in real time the overall performance information of managed devices and interface capability information and checks, what described monitor data derived from collector in Information Monitoring module and collector docking is SNMP data acquisition system;
Described device alerts administration module comprises self-defined alarm status and equipment alarm monitoring; During described self-defined alarm status, user carries out alarm threshold value setting to various kinds of equipment different monitoring parameter, when monitoring of tools parameter reach threshold values is set time, show corresponding alarm status; Equipment for the current Minor of being in, Major, Critical tri-kinds of states lists device history warning watch-list in, and equipment alarm monitor message in hour of described list displaying, inquires about;
Described configuration management function module comprises the easy configuration of configuration to physical interface basic parameter, the basic configuration of two-layer equipment VLAN, the configuration of static routing, the easy configuration of Access Control List (ACL) and OSPF;
Described function of statistic analysis module is added up the alarm level residing for current all monitored devices, shows the percentage of different alarm level with the form scheming cake;
Described system management function module comprises account management, Role Management, login daily record and Operation Log;
In described information collection function module, collector is set, gathers all monitoring parameters of distinct device by collector, according to threshold values and then judge whether watch-dog reaches some alarm status and be prompted to user;
Described Trap informational function module utilizes snmp protocol to monitor relevant device, there is provided and also regularly to UNICOM's number open network monitor supervision platform, the real-time monitor message to equipment is sent to the real-time monitoring of the whole network all types equipment many index, timing reports automatically, and user can go to check reporting information at any time.
Described topological diagram comprises One-stage topologies, secondary topology, three grades of topologys; Described One-stage topologies displaing core datacom device and each equipment vendors datacom NMS subnet icon connected with converging node and representing, click and converge the secondary topological diagram that node enters corresponding manufacturer datacom NMS subnet; Monitored router in secondary Topology display equipment vendors datacom NMS subnet, switch and with the server cluster icon converging node and represent, clicks server cluster node and enters three grades of topological diagrams; Server composition situation concrete in described three grades of Topology display server clusters.
3, wireless network datacom device supervisory control system according to claim 2, is characterized in that, the equipment of described device management module management comprises server, switch and router; Described overall performance comprises cpu busy percentage, equipment cpu temperature, memory usage and disk space utilance; Described interface capability information comprises interface rate, interface wideband utilance, interface data bag loss ratio and interface crc error rate.
Account management described in described system management function module comprises increase to various user, amendment and deletion action; Described Role Management definition different role, is assigned to role by different Dynamic System authorities, then role is assigned to user, and the role that the authority of user is had by it determines; The all log-on messages signing in UNICOM's datacom device network monitoring platform user of described login log recording, recorded information comprises user name, operation, User IP, logging status and login time; When described operation log recording user logs in, and carries out which operation to which functional module of system.
The present invention also proposes the apparatus monitoring method using wireless network datacom device supervisory control system, and described method comprises:
Described supervisory control system utilizes the network equipment of snmp protocol and all this agreements of support of B/S framework telemanagement, comprises monitoring network state, amendment network equipments configuration, receives network event warning;
Supervisory control system management man-machine interaction, warning message present and facility information safeguard;
SNMPManager analyzes the snmp message that reports of managed devices, stores managed devices historic state information, draws the state diagram of this equipment according to the historic state information of managed devices or real time status information;
SNMP remote polling agency is responsible for all managed devices states of automatic regular polling, gathers managed devices information; Obtained the information of managed devices by the GET-REQUEST of snmp protocol, GET-NEXT-REQUEST message, the system of managed devices is run the process of SNMP remote polling agency; The snmp message that supervisory control system sends is responded; When not receiving the snmp message that supervisory control system sends, TRAP or the INFORM message active transfer equipment information that remote polling SNMP acts on behalf of by sending snmp protocol sends supervisory control system to the information after SNMP proxy server SNMPManager, SNMPManager processing;
B/S system is received the monitoring message that proxy server sends by snmp4jAPI code, can carry out persistence preservation, represent, report to the police to information information; The wireless device monitors system of B/S system architecture uses struts+spring+hibernate framework;
Database design adopts MYSQL as data warehouse, and save the data in different tables, the sql like language that MySQL uses is the most frequently used standardized language for accessing database;
With crossing chart presenting information, adopt the Jquery increased income, process HTML application, events realize animation effect, for website provides AJAX mutual.
Described SNMPManager and SNMP remote polling agency is that Java is encapsulated snmp agreement by snmp4j, to realize the monitoring to remote device monitoring; SNMP remote polling agency, by the api interface of snmp4j, monitors equipment, carries out monitorings alternately with service end system, and timely monitoring information transmission to SNMPManager server; SNMPManager can information in invoking server, and receive its monitoring of tools information transmitted by the api interface of snmp4j, then supervisory control system is by equipment running status, and warning message is presented to Wang Jian department.
In described struts+spring+hibernate framework, Struts is responsible for page request and corresponding logic redirect; Spring is responsible for the layering of code, data source management and blocker management, and be two aspects of system divides service layer and dao layer, wherein, service layer is as Business treatment, and dao layer calls persistent layer and database carries out alternately; Hibernate is responsible for system business function and data carry out alternately, providing the interpolation to database, amendment, deletion and querying method, providing jdbc query interface, directly write jdbc and operate database.
The collector of embedded Java exploitation in described B/S system, poll acquisition step is as follows:
1) in B/S system code program, automatic collection one secondary data per minute;
2) Java collecting thread pond is comprised in collector, the Java collecting thread in one minute B/S system call collector;
3) Java collecting thread sends to SNMP server the request of collection;
4) SNMP server notice wireless network number leads to the agency on each equipment;
5) agency starts the relevant information of collecting wireless network datacom device, and then transmitting apparatus information data is to SNMP server;
6) image data is sent to Java collector by SNMP server again;
7) collector is by information stored in MySQL database, and for follow-up B/S system, collector work so far terminates.
Described Trap information reports step as follows automatically:
1) the remote polling agency on network element device and SNMP server are all encapsulated snmp agreement by snmp4j, and when equipment operation is broken down, agency initiatively sends Trap information to SNMP server;
2, after NMP receives Trap information, Trap is passed to the web Service interface in collector;
3, collector by Trap information stored in passing to B/S supervisory control system while database;
4, B/S supervisory control system is by Java method, and Trap message queue is showed supervisory control system user.
Described B/S supervisory control system alarm prompt step is as follows:
1) B/S supervisory control system accesses MySQL database by JDBC, the list file of inquiry correlation acquisition data;
2) process deal with data, related data index item is carried out calculating or general analyzes;
3) threshold value set in B/S system is read out from database, the data of collection and threshold data are compared;
4) threshold value of alarm level is set to Critical, Major, Minor, Warning, Indeterminate, Clear six class, use redness respectively, orange-yellow, yellow, blue, light blue, green sign, when the monitor control index of managed devices reaches certain threshold value, the prompt alarm information of exportable different stage;
5) export the warning information of different stage, the watch-list display monitored device be embodied in the change directly perceived of the NE icon color in network topological diagram and equipment alarm monitoring business is in any alarm status;
6) watch-dog state accounting in different alarm level in all hierarchical network of system statistics, shows supervisory control system user with cake chart form, facilitates user to grasp entire system running status.
System of the present invention can save a large amount of human resources, saves human cost.For the facility information needed, warning information, login system just can be inquired about, and saves monitoring period cost.
It is more scientific, convenient that native system makes Wireless Communication Equipment monitor working method, and management more becomes more meticulous, and operating efficiency significantly improves.
Network element device information is directly reported to wireless network equipment monitoring system, and without the need to artificially recording service equipment information, the artificial chance got involved reduces, and improves the accuracy of monitor message.
Network element device information is all saved permanently in database, facilitates Wang Jian department to the query and statistical analysis of facility information and warning information.
Native system carries out early warning to out of order equipment in advance, and Wang Jian department can take measures before fault occurs, and avoids the appearance of great interruption of service, has ensured the normal operation of wireless communication networks.
Supervisory control system reproduces the classification type of attachment of physical device with topological diagram form to the equipment in network, the distribution situation of physical device, without the need to network equipment region, can be understood by Wang Jian department; System identifies the equipment newly adding network automatically, supports to manage the basic configuration of concrete equipment simultaneously, simplifies equipment management work.
Native system does considered critical for the user of the system of entering, and does not have the user of role-security to be prohibited to operate related system function.Ensure that supervisory control system safely and steadily runs, stop hindering and damaging of illegal user.
Native system alarm level is self-defined, can arrange alarm threshold value, meet monitoring demand flexibly and easily by net prison department user according to actual safety requirements.
Be no matter the issue of B/S net supervision system, distributed deployment is acted on behalf of in snmp polling, or the deployment of SNMPManager is all fast very convenient, and step is simple, and system maintenance easy, takies equipment and server resource is little, and terminals operative is strong, friendly interface.
Accompanying drawing explanation
Fig. 1 is Wi-Fi monitoring of tools schematic diagram;
Fig. 2 represents that collector poll gathers performing step;
Fig. 3 acts on behalf of automatically to report Trap performing step;
Fig. 4 is B/S supervisory control system alarm prompt performing step;
Fig. 5 is system function module mechanism map;
Fig. 6 is network topology legend;
Fig. 7 is alarm level statistics legend.
Embodiment
For making the object, technical solutions and advantages of the present invention clearly understand, below in conjunction with the drawings and specific embodiments, the present invention is described in more detail.
Wireless network datacom device supervisory control system implementation is as follows:
Fig. 1 is Wi-Fi monitoring of tools schematic diagram, as shown in the figure,
1, this wireless network datacom device supervisory control system utilizes snmp protocol, the wireless device monitors system (hereinafter referred to as supervisory control system) of B/S framework can the network equipment of this agreement of all supports of telemanagement, comprises monitoring network state, amendment network equipments configuration, receives network event warning etc.
Supervisory control system is the remote control terminal of SNMPManager, and primary responsibility is alternately man-machine, presenting and facility information maintenance of warning message.
SNMPManager: analyze the snmp message that reports of managed devices, stores managed devices historic state information, draws the state diagram (curve chart, distribution map etc.) of this equipment according to the historic state information of managed devices or real time status information.
SNMP remote polling is acted on behalf of: be responsible for all managed devices states of automatic regular polling, collects managed devices information.
SNMP remote polling agency is by the GET-REQUEST of snmp protocol, and GET-NEXT-REQUEST message (PDU, protocol Data Unit) obtains the information of managed devices.The system of managed devices is all run the process of SNMP remote polling agency (SNMPagent), the snmp message that supervisory control system sends is responded; Or when not receiving the snmp message that supervisory control system sends, remote polling SNMP acts on behalf of (SNMPagent) also can send supervisory control system by TRAP or the INFORM message active transfer equipment information sending snmp protocol to the information after SNMP proxy server SNMPManager, SNMPManager processing.
SNMPManager, SNMP remote polling agency is that Java is encapsulated snmp agreement by snmp4j, is just achieved the monitoring to remote device monitoring.SNMP remote polling agency is by the api interface of snmp4j, and java can monitor equipment, can carry out monitorings alternately with service end system, and timely monitoring information transmission to SNMPManager server.
2, SNMPManager can information in invoking server, and wireless supervisory control system receives its monitoring of tools information transmitted by the api interface of snmp4j, and then supervisory control system is by equipment running status, and warning message is presented to Wang Jian department.
3, the wireless device monitors system (hereinafter referred to as supervisory control system) of B/S framework, then use popular ssh framework, struts+spring+hibernate.
Struts is responsible for page request and corresponding logic redirect.
Spring be responsible for code layering, data source management, blocker management.Application Spring is system divides two aspects altogether, and service layer and dao layer, service layer is as Business treatment, and dao layer calls persistent layer and database carries out alternately.
Hibernate is responsible for system business function and data are carried out alternately, and provide the interpolation to database, amendment, deletion, querying method, hibernate additionally provides jdbc query interface, can directly write jdbc and operate database.
B/S system can be received the monitoring message that proxy server sends by snmp4jAPI code, can carry out persistence preservation, can represent, report to the police to information information.
4, database design, this software adopts MYSQL as data warehouse.MySQL is a kind of associated data base management system, and linked database saves the data in different tables, instead of all data is placed in a large warehouse, which adds speed and improves flexibility.The sql like language that MySQL uses is the most frequently used standardized language for accessing database.The maximum feature of MySQL database is exactly that volume is little, speed is fast.
5, chart-information represents.Adopt the Jquery increased income.Jquery is another outstanding Javascript framework after prototype.It is the js storehouse of lightweight, compatible CSS3, also compatible various browser.An application under JQuery convenient process HTML(standard generalized markup language), events, realize animation effect, and easily for website provides AJAX mutual.Can be facilitated by Jquery, friendly chart-information represents.Lively for facility information image flexibly in the present system, is presented to supervisory control system user by application.
Fig. 2 shows wireless network datacom device supervisory control system technology performing step,
The collector of embedded Java exploitation in B/S system, current default 3 collectors, increasing collector number and can increase along with demand.Poll acquisition step is as follows:
1, in B/S system code program, fixing frequency acquisition is automatic collection one secondary data per minute at present.
2, comprise Java collecting thread pond in collector, the Java collecting thread in collector can be called every one minute B/S system.
3, Java collecting thread sends to SNMP server the request of collection.
4, SNMP server notice wireless network number leads to the agency on each equipment.
5, agency starts the relevant information of collecting wireless network datacom device, and then transmitting apparatus information data is to SNMP server.
6, image data is sent to Java collector by SNMP server again.
7, collector is by information stored in MySQL database, and for follow-up B/S system, collector work so far terminates.
Fig. 3 acts on behalf of automatically to report Trap performing step.
Trap information reports step as follows automatically:
1, the remote polling agency on network element device and SNMP server are all encapsulated snmp agreement by snmp4j, and when equipment operation is broken down, agency initiatively sends Trap information to SNMP server.
2, after NMP receives Trap information, Trap is passed to the web Service interface in collector.
3, collector by Trap information stored in passing to B/S supervisory control system while database.
4, B/S supervisory control system is by Java method, and Trap message queue is showed supervisory control system user.
Fig. 4 is B/S supervisory control system alarm prompt performing step
B/S supervisory control system alarm prompt step is as follows:
1, B/S supervisory control system accesses MySQL database by JDBC, the list file of inquiry correlation acquisition data.
2, process deal with data, related data index item is carried out calculating or general analyzes.
3, the threshold value set in B/S system is read out from database, the data of collection and threshold data are compared.
4, threshold value is provided with six classes, and alarm level is divided into Critical, Major, Minor, Warning, Indeterminate, Clear six class, uses redness respectively, orange-yellow, yellow, blueness, light blue, green sign, when the monitor control index of managed devices reaches certain threshold value, the prompt alarm information of exportable different stage.
5, export the warning information of different stage, be mainly reflected in the change directly perceived of the NE icon color in network topological diagram, and the watch-list display monitored device in equipment alarm monitoring business is in any alarm status.
6, simultaneity factor can add up watch-dog state accounting in different alarm level in all hierarchical network, shows supervisory control system user, facilitate user to grasp entire system running status with cake chart form.
Fig. 5 is system function module mechanism map, illustrates that wireless network datacom device supervisory control system structure is as follows:
1, functional network topology explanation
This function according to different network type, classification display router/switch/server, all monitored devices, real-time display device state (operation/alarm);
Fig. 6 is network topology legend, and topological diagram comprises main topology (One-stage topologies), secondary topology, three grades of topologys.Can to go forward one by one step by step access to three levels.Each equipment vendors datacom NMS subnet icon of main topology (One-stage topologies) displaing core datacom device and connection, each equipment vendors datacom NMS subnet represents with converging node, click certain and converge node, the secondary topological diagram of corresponding manufacturer datacom NMS subnet can be entered; Secondary topology: show the monitored router in certain equipment vendors' datacom NMS subnet, switch and server cluster icon, server cluster represents with converging node, can click certain server cluster node and enter three grades of topological diagrams; Three grades of topologys: server composition situation concrete in display server cluster.By the monitoring to equipment in each topological level, when the state of equipment reaches corresponding early warning threshold values, each equipment can show color corresponding to the different warning level in lower left in topological diagram.Alarm level is divided into Critical, and Major, Minor, Warning, Indeterminate, Clear six class, uses redness respectively, orange-yellow, yellow, blue, light blue, greenly indicates.
Can modify to topological diagram interior joint, delete, if need to newly increase device node or newly added equipment manufacturer datacom NMS subnet, interpolation button can be clicked and add.
Wherein ' automatically finding ' function, be help keeper to find new equipment or find a miscellaneous function of the new board of server, and equipment adds in corresponding topological diagram by assisting users.
2, equipment Management Function explanation
This business support is to the overall performance information of managed devices and the real-time monitoring of interface capability information and check, managed devices comprises server/switch/router.Overall performance comprises cpu busy percentage, equipment cpu temperature, memory usage, disk space utilance.Interface capability information comprises interface rate, interface wideband utilance, interface data bag loss ratio, interface crc error rate.
The monitor data of monitoring of tools derives from the collector in Information Monitoring module.What collector docked is SNMP data acquisition system.
The routing iinformation of each monitored device that what the other function of this part comprised main presentation in facility information is.Routing iinformation comprises IP address table, ARP table, routing table, interface table (based on SNMP public MIB).
3, device alerts management function explanation
Comprise: self-defined alarm status, equipment alarm monitoring;
Self-defined alarm status, can carry out alarm threshold value setting to various kinds of equipment different monitoring parameter by self-defined alert users.When monitoring of tools parameter reach threshold values is set time, corresponding alarm status will be shown.
Equipment for the current Minor of being in, Major, Critical tri-kinds of states can be put into device alerts watch-list.User can according to concrete alarm status, and device type, device IP, device name are inquired about a certain alarm equipment.
History alarm watch-list be then to user show nearly one hour in equipment alarm monitor message.
4, configuration management function explanation
The configuration (comprising: On/Off, dual-mode is arranged, and speed is arranged) of physical interface basic parameter;
The basic configuration (interpolation/deletion of establishment, deletion, VLANNAME, VLANID, VLANIP, physical interface) of two-layer equipment VLAN;
The configuration (add, delete) of static routing;
The easy configuration of Access Control List (ACL) (PORT by WEB interface permit or deny assigned ip address field and TCP, UDP);
The easy configuration (issuing assigned ip address field to appointment OSPFAREA by WEB interface) of OSPF;
5, function of statistic analysis explanation
Statistical analysis, mainly to the statistics of the alarm level residing for current all monitored devices, with the objective percentage directly showing different alarm level of the form scheming cake, facilitates keeper to understand the assurance of the overall operation state of monitored network.Fig. 7 is alarm level statistics legend.
6, system management function explanation
This function mainly comprises: account management, Role Management, login daily record, Operation Log;
Account management is mainly used for the management to entering datacom device network monitoring platform user, mainly comprises the increase to various user, amendment, deletion action.The role that the authority of user is had by it determines.
Can different role be defined by Role Management function, different Dynamic System authorities is assigned to role, then role is assigned to user, so just indirectly Dynamic System authority is assigned to different user account, facilitate the allocation manager of System Privileges.
Log in all log-on messages signing in UNICOM's datacom device network monitoring platform user of daily record essential record, recorded information comprises user name, operation, User IP, logging status, login time.
When which operation is which functional module of login system to system carry out to which user of Operation Log essential record, is a kind of monitoring function to user behavior.
7, Information Monitoring function declaration
Why monitor supervision platform can monitor all devices, and Information Monitoring module plays vital effect.Collector is provided with in Information Monitoring module, all monitoring parameters of distinct device can be collected by collector, according to threshold values and then judge whether watch-dog reaches some alarm status, then alarm status is prompted to user, just makes user obtain the most reliable up-to-date monitor data and take corresponding measure in time.
Collector has three, does not functionally have difference, just adds when establishing indispensability in topological diagram, under selecting hanging equipment to lean against which collector, will show and be affiliated at its following equipment under each collector here.Select some equipment, then can go out monitoring parameter corresponding to this equipment of display in right-hand column list item, for the parameter that will monitor, checking box, then click [unlatching] button, the state of monitored parameter just becomes " monitoring ".For the parameter not wanting to monitor, checking box, click [stopping] button, the state of monitoring becomes " monitoring ".
8, Trap informational function explanation
Trap information is by utilizing snmp protocol, and monitoring relevant device, does not distinguish equipment vendors and device type, provide the real-time monitoring to the whole network all types equipment many index; Trap information regularly can send the real-time monitor message to equipment to UNICOM's number open network monitor supervision platform, refine to the interface operation information of specific service.This does not need user to go the function operated, and system can timing automatic report, and user can go to check reporting information at any time.
Above-described specific embodiment; further detailed description has been carried out to object of the present invention, technical scheme and beneficial effect; be understood that; the foregoing is only specific embodiments of the invention; be not limited to the present invention; within the spirit and principles in the present invention all, any amendment made, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. a wireless network datacom device supervisory control system, it is characterized in that, described supervisory control system comprises: network topology module, device management module, Configuration Manager, statistical analysis module, system management module, Information Monitoring module and Trap information module, wherein
Described network topology module forms network topological diagram, according to different network type, and classification display router/switch/server, real-time display device state; Topological diagram interior joint is modified, deletes and found and interpolation newly increases device node or newly added equipment manufacturer datacom NMS subnet;
Described device management module is monitored in real time the overall performance information of managed devices and interface capability information and checks, what described monitor data derived from collector in Information Monitoring module and collector docking is SNMP data acquisition system;
Described device alerts administration module comprises self-defined alarm status and equipment alarm monitoring; During described self-defined alarm status, user carries out alarm threshold value setting to various kinds of equipment different monitoring parameter, when monitoring of tools parameter reach threshold values is set time, show corresponding alarm status; Equipment for the current Minor of being in, Major, Critical tri-kinds of states lists device history warning watch-list in, and equipment alarm monitor message in hour of described list displaying, inquires about;
Described configuration management function module comprises the easy configuration of configuration to physical interface basic parameter, the basic configuration of two-layer equipment VLAN, the configuration of static routing, the easy configuration of Access Control List (ACL) and OSPF;
Described function of statistic analysis module is added up the alarm level residing for current all monitored devices, shows the percentage of different alarm level with the form scheming cake;
Described system management function module comprises account management, Role Management, login daily record and Operation Log;
In described information collection function module, collector is set, gathers all monitoring parameters of distinct device by collector, according to threshold values and then judge whether watch-dog reaches some alarm status and be prompted to user;
Described Trap informational function module utilizes snmp protocol to monitor relevant device, there is provided and also regularly to UNICOM's number open network monitor supervision platform, the real-time monitor message to equipment is sent to the real-time monitoring of the whole network all types equipment many index, timing reports automatically, and user can go to check reporting information at any time.
2. wireless network datacom device supervisory control system according to claim 1, is characterized in that, described topological diagram comprises One-stage topologies, secondary topology, three grades of topologys; Described One-stage topologies displaing core datacom device and each equipment vendors datacom NMS subnet icon connected with converging node and representing, click and converge the secondary topological diagram that node enters corresponding manufacturer datacom NMS subnet; Monitored router in secondary Topology display equipment vendors datacom NMS subnet, switch and with the server cluster icon converging node and represent, clicks server cluster node and enters three grades of topological diagrams; Server composition situation concrete in described three grades of Topology display server clusters.
3. wireless network datacom device supervisory control system according to claim 2, is characterized in that, the equipment of described device management module management comprises server, switch and router; Described overall performance comprises cpu busy percentage, equipment cpu temperature, memory usage and disk space utilance; Described interface capability information comprises interface rate, interface wideband utilance, interface data bag loss ratio and interface crc error rate.
4. wireless network datacom device supervisory control system according to claim 3, is characterized in that, the account management described in described system management function module comprises increase to various user, amendment and deletion action; Described Role Management definition different role, is assigned to role by different Dynamic System authorities, then role is assigned to user, and the role that the authority of user is had by it determines; The all log-on messages signing in UNICOM's datacom device network monitoring platform user of described login log recording, recorded information comprises user name, operation, User IP, logging status and login time; When described operation log recording user logs in, and carries out which operation to which functional module of system.
5. use the apparatus monitoring method of the wireless network datacom device supervisory control system of claim 1-4 described in one of them, it is characterized in that, described method comprises:
Described supervisory control system utilizes the network equipment of snmp protocol and all this agreements of support of B/S framework telemanagement, comprises monitoring network state, amendment network equipments configuration, receives network event warning;
Supervisory control system management man-machine interaction, warning message present and facility information safeguard;
SNMPManager analyzes the snmp message that reports of managed devices, stores managed devices historic state information, draws the state diagram of this equipment according to the historic state information of managed devices or real time status information;
SNMP remote polling agency is responsible for all managed devices states of automatic regular polling, gathers managed devices information; Obtained the information of managed devices by the GET-REQUEST of snmp protocol, GET-NEXT-REQUEST message, the system of managed devices is run the process of SNMP remote polling agency; The snmp message that supervisory control system sends is responded; When not receiving the snmp message that supervisory control system sends, TRAP or the INFORM message active transfer equipment information that remote polling SNMP acts on behalf of by sending snmp protocol sends supervisory control system to the information after SNMP proxy server SNMPManager, SNMPManager processing;
B/S system is received the monitoring message that proxy server sends by snmp4jAPI code, can carry out persistence preservation, represent, report to the police to information information; The wireless device monitors system of B/S system architecture uses struts+spring+hibernate framework;
Database design adopts MYSQL as data warehouse, and save the data in different tables, the sql like language that MySQL uses is the most frequently used standardized language for accessing database;
With crossing chart presenting information, adopt the Jquery increased income, process HTML application, events realize animation effect, for website provides AJAX mutual.
6. apparatus monitoring method according to claim 5, is characterized in that, described SNMPManager and SNMP remote polling agency is that Java is encapsulated snmp agreement by snmp4j, to realize the monitoring to remote device monitoring; SNMP remote polling agency, by the api interface of snmp4j, monitors equipment, carries out monitorings alternately with service end system, and timely monitoring information transmission to SNMPManager server; SNMPManager can information in invoking server, and receive its monitoring of tools information transmitted by the api interface of snmp4j, then supervisory control system is by equipment running status, and warning message is presented to Wang Jian department.
7. apparatus monitoring method according to claim 5, is characterized in that, in described struts+spring+hibernate framework, Struts is responsible for page request and corresponding logic redirect; Spring is responsible for the layering of code, data source management and blocker management, and be two aspects of system divides service layer and dao layer, wherein, service layer is as Business treatment, and dao layer calls persistent layer and database carries out alternately; Hibernate is responsible for system business function and data carry out alternately, providing the interpolation to database, amendment, deletion and querying method, providing jdbc query interface, directly write jdbc and operate database.
8. apparatus monitoring method according to claim 5, is characterized in that, the collector of embedded Java exploitation in described B/S system, and poll acquisition step is as follows:
1) in B/S system code program, automatic collection one secondary data per minute;
2) Java collecting thread pond is comprised in collector, the Java collecting thread in one minute B/S system call collector;
3) Java collecting thread sends to SNMP server the request of collection;
4) SNMP server notice wireless network number leads to the agency on each equipment;
5) agency starts the relevant information of collecting wireless network datacom device, and then transmitting apparatus information data is to SNMP server;
6) image data is sent to Java collector by SNMP server again;
7) collector is by information stored in MySQL database, and for follow-up B/S system, collector work so far terminates.
9. apparatus monitoring method according to claim 5, is characterized in that, described Trap information reports step as follows automatically:
1) the remote polling agency on network element device and SNMP server are all encapsulated snmp agreement by snmp4j, and when equipment operation is broken down, agency initiatively sends Trap information to SNMP server;
2, after NMP receives Trap information, Trap is passed to the web Service interface in collector;
3, collector by Trap information stored in passing to B/S supervisory control system while database;
4, B/S supervisory control system is by Java method, and Trap message queue is showed supervisory control system user.
10. apparatus monitoring method according to claim 5, is characterized in that, described B/S supervisory control system alarm prompt step is as follows:
1) B/S supervisory control system accesses MySQL database by JDBC, the list file of inquiry correlation acquisition data;
2) process deal with data, related data index item is carried out calculating or general analyzes;
3) threshold value set in B/S system is read out from database, the data of collection and threshold data are compared;
4) threshold value of alarm level is set to Critical, Major, Minor, Warning, Indeterminate, Clear six class, use redness respectively, orange-yellow, yellow, blue, light blue, green sign, when the monitor control index of managed devices reaches certain threshold value, the prompt alarm information of exportable different stage;
5) export the warning information of different stage, the watch-list display monitored device be embodied in the change directly perceived of the NE icon color in network topological diagram and equipment alarm monitoring business is in any alarm status;
6) watch-dog state accounting in different alarm level in all hierarchical network of system statistics, shows supervisory control system user with cake chart form, facilitates user to grasp entire system running status.
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