CN101267333A - Service system monitoring method for automatic collection agent change - Google Patents
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Abstract
A service system monitoring method of automatic variation collection agent is disclosed, which uses three manners of collection module, monitor point configuration and collection configuration to drive and complete the variation of collection programs; when any one of the three produces the variation, a new configured collection program will be automatically reproduced; when a service module produces the variation, a collection program is reproduced by modifying the collection module; when the monitoring point produces the variation, a collection program is reproduced by adding/modifying/deleting the monitor point configuration; when the monitor period is in need of variation, a collection program is reproduced by modifying the collection configuration; and the setting of the collection module is carried out, each module requires an indicated collection script and a group of indicated parameters, by the values of which, a collection program is produced.
Description
Technical field
The present invention relates to the system monitoring method of telecommunications industry and network management.
Background technology
Professional supervisory control system of computer or network management system software have obtained using widely at present, in large-scale distributed network application system, no matter be system platform or business platform, all need the effective monitoring and control management software of a cover, the running status of grasp system is in time handled the fault that takes place in real time.For system for monitoring network services, the function that needs usually to realize is: obtain data and warning information by network, the data of obtaining are handled, produce alarm when satisfying certain condition.Supervisory control system is obtained the general fashion of information, is that installation data is gathered Agent on monitored object, sends the data of needs to master server and handles.The function that gathering the agency needs to realize is: regularly carry out, obtain data and alarm, the data that get access to and alarm are uploaded onto the server handle.
Currently use in the world widely that supervisory control system has the Openview system of Hewlett-Packard Corporation, the tivoli system of IBM Corporation, the Unicenter system of CA company and the softwares such as Patrol system of BMC company.These softwares are all stronger for the monitoring tenability of system platform, because the system platform kind is limited, AIX, HP-UX, SunOS of Windows series, UNIX etc. are arranged as operating system, Database Systems have Oracle, Sydase, SQL Server etc., but for the monitoring capacity of the operation system of user's special use all a little less than, because the operation system of different industries different user is of all kinds, and is of a great variety, a monitoring product can't be enumerated out all monitoring main points.Therefore, for the monitoring of operation system, these softwares have been taked different modes:
-Tivoli, Unicenter, the mode that systems such as Patrol have adopted custom program+node that capture program is installed needs a node ground of node manual installation capture program, safeguards very trouble.
-Openview system has adopted custom built forms+centralized configuration parameter to be distributed to the mode of gathering the agency, and all configuration datas are finished at server end, but need do one by one according to gathering the agency.This pattern is better relatively, and configuration deployment is more convenient than other several products, do not need to each node (main frame), to install, but acquisition parameter be in the same place with distributing programs, still have 4 problems to solve:
1. the supervisory control system keeper need distribute each link to the acquisition configuration of supervisory control system and understands very much the configuration that can gather;
2. separate with acquisition configuration owing to the control point, in the time of the control point configuration change, can't the configuration change by the control point change and gather Agent, gather the agency, search the service of collection, revise acquisition parameter, issue this process of capture program again and just can finish gathering the change of Agent but need to carry out to search;
3. gather Agent and must not support issue in batches according to gathering agency's configure publication one by one;
4. capture program can't automatically switch when system's two-shipper switches mutually fully.
Summary of the invention
The present invention seeks to propose the service system monitoring method of system monitoring method, the especially automatic collection agent change of a kind of telecommunications industry and network management.Especially adopt the monitor mode of custom built forms+centralized monitor point configuration+concentrated acquisition configuration.
Technical scheme of the present invention is: the service system monitoring method of automatic collection agent change, adopt acquisition module, the control point configuration, three kinds of modes of acquisition configuration drive the change of finishing capture program, and any one group of generation change all will regenerate the capture program of new configuration automatically in these three groups:
-when change takes place business model, revise acquisition module and regenerate capture program,
-when the control point changes, dispose by increase/modification/deletion control point and to regenerate capture program,
-when monitoring period need change, regenerate capture program, described acquisition module setting by revising acquisition configuration:
1) template file is according to standard xml form, suffix name tpl.xml
2) each template has a unique id number
3) each mould is specified and is gathered distributor, is used for the assembly unit capture program
4) each template is specified special data parser, is used for the information that capture program returns is resolved the needed data of the system that obtains;
5) each template is specified the file of a series of needs, and capture program calls these files when carrying out;
6) each template need specify one section to gather script and one group of parameter, utilizes the value of gathering script and parameter to assemble out a capture program
After manual typing (A1) in the interface of operation system or batch imported (B1) configuration item, configuration item management (D1) judged whether configuration item has change, if change is arranged, then outwards sends message (E1); Acquisition configuration management (D2) receives the message (E1) of configuration item change, after receiving configuration item change message, check whether this configuration item change can cause the acquisition configuration change, submit to (E2) acquisition configuration generation system (D3) to regenerate acquisition configuration if change can be concentrated;
In the time of the acquisition configuration (A2) of interface manual change template, acquisition configuration generation system (D3) also can regenerate acquisition configuration;
New acquisition configuration passes to gathers proxy manager (D4), distinguishes out this template acquisition configuration change and relates to and gather agency (E3), generates capture program (D5) according to gathering the agency, and is distributed to each and gathers agency (C4); After the acquisition module file is updated (B2), gathers agency's generation capture program (D5) capture program on the collection agency of this template deployment is regenerated and issues;
Gather the agency and after carrying out capture program, return data is submitted to collection proxy manager processing (D6),, submit to configuration item management (C1/D1), performance management (C5), each module of alarm management (C6) according to the difference (E4) of data type.
Gather the design of proxy manager about the capture program part:
1) according to gathering agency-template-cycle generation capture program, same main frame cope match-plate pattern is identical, and also identical capture program will combine in the cycle;
2) will all gather the capture program on the agency synchronously after server is restarted;
3) gather the capture program that the agency will be synchronously after restarting should collection acts on behalf of;
Gathering proxy data configuration design is:
1) is configured according to template-configuration item type, because the configuration attribute difference that each configuration item type has need be configured different configuration item types?
2) for one group of parameter of the needs in the template, select the parameter of configuration item or specify constant, will tie up with configuration item when selecting the parameter of configuration item, use the configuration item parameter modification to drive the reconstruction of capture program;
3) template can the specify default collection period and is gathered specific collection cycle of certain configuration item type, and the use acquiescence collection period in specific collection cycle is not set.
Adopt and generate capture program automatically and support control point configuration driven change: capture program A obtains the configuration parameter of control point first, in case the configuration parameter of control point first change, automatically issue the capture program B that the control point first is monitored again by program A, finish by capture program A driving and finish capture program B.
Change is concentrated and is comprised when submitting (E2) to that postpones the 5-30 mechanism of second, prevents that large batch of configuration item change from causing the frequent change of acquisition configuration.
The control point configuration belongs to the part of repository, supports to import in batches, generates capture program in batches.
Characteristics of the present invention are: have following advantage with respect to other products:
1. employing acquisition module, the control point configuration, three kinds of modes of acquisition configuration drive the change of finishing capture program, in case in these three groups any one group produce change and all will regenerate the capture program of new configuration automatically, improved efficient, simplified the operation of gathering change;
-when change took place business model, we can regenerate capture program by revising acquisition module,
-when the control point changed, we can dispose by increase/modification/deletion control point and regenerate capture program,
-when monitoring period need change, we can regenerate capture program by revising acquisition configuration,
2. owing to adopt automatic generation capture program and support control point configuration driven change technology, can support to drive the alter mode that another organizes collection by one group of collection;
Capture program A obtains the configuration parameter of control point first, in case the change of the configuration parameter of control point first is issued the capture program B that the control point first is monitored automatically again by program A, finishes by capture program A and drives the function of finishing capture program B
3. the control point configuration belongs to the part of repository, supports to import in batches, can generate capture program in batches;
4. automatically capture program is gathered the agency by one when can be implemented in the two-node cluster hot backup switching and switch to another collection agency.
Description of drawings
Fig. 1 is data acquisition flow figure:
Fig. 2 gathers the Agent Status schematic diagram: after carrying out the HA switching, the B machine is a main frame, and the A machine is a standby host;
The state diagram of Fig. 3 cluster,
Fig. 4 gathers Agent Status figure, and Fig. 5 is another cluster state diagram.
Embodiment
Among Fig. 1: A1: the manual increase/modification in interface/deletion configuration item
A2: the configuration of interface manual change template (collection period, configuration item type, configuration item attribute)
B1: import configuration item in batches
B2: upgrade template file
C1: configuration item management function module
C2: acquisition configuration management function module
C3: gather proxy manager
C4: gather the agency
C5: performance management function module
C6: alarm management functional module
D1: configuration item management update configuration
D2: acquisition configuration management acceptance/processing messages
D3: the acquisition configuration management regenerates acquisition configuration
D4: gather proxy manager and accept acquisition configuration
D5: gather proxy manager and regenerate/issue capture program
D6: gather going up of proxy manager acceptance collection agency and send out data
E1: when the configuration item change then sends message
E2: the configuration item that relates to when acquisition configuration has change then to submit to regenerate acquisition configuration
E3: the agency who relates to when the acquisition configuration change needs the important issue capture program that regenerates
E4: gather the agency go up the data sent out according to type difference send to the difference in functionality resume module
After manual typing A1 in interface or batch imported the B1 configuration item, configuration item management D1 judged whether configuration item has change, if change is arranged, then outwards sends message E1;
Acquisition configuration management D2 receives the message of configuration item change, after receiving configuration item change message, check whether this configuration item change can cause the acquisition configuration change, submit to E2 (comprise that here postpones the 5-30 mechanism of second, prevent that large batch of configuration item change from causing the frequent change of acquisition configuration) acquisition configuration generation system D3 to regenerate acquisition configuration if change can be concentrated;
In the time of the acquisition configuration A2 of interface manual change template, acquisition configuration generation system D3 also can regenerate acquisition configuration;
New acquisition configuration passes to gathers proxy manager D4-, distinguishes out this template acquisition configuration change and relates to gathering and act on behalf of E3, generates capture program D5 according to gathering the agency, and is distributed to each and gathers and act on behalf of C4;
B2 after the acquisition module file is upgraded by the people, collection agency generation capture program can regenerate the capture program on the collection agency of this template deployment and issue;
Gather the agency and after carrying out capture program, return data is submitted to collection proxy manager processing D6,, submit to configuration item management C1/D1, performance management C5, each module of alarm management C6 according to the different E4 of data type.
The acquisition module design:
1. template file is according to standard xml form, suffix name tpl.xml
2. a template file can have a plurality of templates, each template is the description to a particular acquisition, such as the template that file size is monitored, and the template that the file modification time is monitored, the template that unix main frame cpu is monitored, template that the oracle table space is monitored or the like
3. each template has a unique id number, is used for template of unique identification
4. each template need be specified and be gathered distributor (as: shell distributor, perl distributor etc.), is used for the assembly unit capture program
5. each template can be specified special data parser, is used for the information that capture program returns is resolved the needed data of the system that obtains; Shell distributor wherein, distributor such as perl distributor have the data parser of acquiescence, can resolve gathering return information, as: the data parser of our system default is the xml pattern, be data with regard to the result who requires capture program output so by an xml pattern of system's appointment, but, also can the output result of capture program can be understood by specifying specific resolver by system, as form shape data (is that return data is a horizontal form, gauge outfit is a data name, table content is a data value) resolver, tabulation shape data (are that return data is a tabulation, each row is data, and wardrobe are data names, and end of line is a data value) resolver or the like
6. each template can be specified the file (as: program after the compiling, an awk file, perl library file or the like) of a series of needs, and capture program can call these files when carrying out
7. each template need specify one section to gather script and one group of parameter, utilizes the value of gathering script and parameter can assemble out a capture program
Gather proxy data configuration design:
1. be configured according to template-configuration item type, because the configuration attribute difference that each configuration item type has, we need be configured different configuration item types, when file size is monitored, what the filename that we need specify this configuration item is, certainly for different configuration items, the name of this attribute may be different---a configuration item: filename; B configuration item: export file name, import file name; C configuration item: filename 1, filename 2, filename 3
2. for one group of parameter of the needs in the template, can select the parameter of configuration item or specify constant, to tie up with configuration item when selecting the parameter of configuration item, can use the configuration item parameter modification to drive the reconstruction of capture program, as: in the module that file size is monitored, need 1 parameter---filename, this parameter is different for different configuration items, when the file name parameter in the configuration item changes, capture program also needs to do corresponding change, might this filename be a constant also, as: we specify to each monitored unix machine /the etc/hosts file monitors, in this time, we select configuration item is the unix main frame, and parameter is constant/etc/hosts
3. template can the specify default collection period and is gathered specific collection cycle of certain configuration item type, the use acquiescence collection period in specific collection cycle is not set, as set the template cycle that file size is monitored be per 5 minutes once, two configuration item types---a type is that (this class file size should be a constant to CDR file, otherwise be wrong single), the b type is that (it is big that this class file size should not stop to become for journal file, otherwise business might have problem), it is to gather once in 3 minutes that a type is provided with separately, the b type is not provided with, then this moment a type collection period be 3 minutes once, the b type be 5 minutes once
Gather the design of proxy manager about the capture program part:
1. generate capture program according to gathering agency-template-cycle, same main frame cope match-plate pattern is identical, and also identical capture program will combine in the cycle, as the size of two different files on the A main frame is monitored, if collection period is identical, then can be merged into a program
2. will all gather the capture program on the agency synchronously after server is restarted
3. gather the capture program that the agency will be synchronously after restarting should collection acts on behalf of
Embodiment:
Among Fig. 1, the control point configuration belongs to the part of repository, supports to import in batches, can generate capture program in batches; Before HA switches: cluster state such as Fig. 1.
Among Fig. 2-5, A machine and B machine are done two-node cluster hot backup, and current A machine is a main frame, and the B machine is a standby host, and the catalogue file that we monitor a path is X overstocks number, describe the flow process when two-node cluster hot backup is switched in detail.
The configuration item that needs configuration: host A, host B, resource group C, catalogue D installs on host A and the host B and gathers the agency, and the current place of resource group C main frame is A, and catalogue X place main frame is C, and the path, place is X
The template that needs configuration: HA (two-node cluster hot backup) monitoring, catalogue file monitoring
The HA monitoring is default configuration, and all are gathered the agency and go up operation
Catalogue file monitoring configuration configuration item type catalogue, parameter: gather agency-catalogue place main frame; Gather catalogue-path, catalogue place
Before HA switched: the cluster state was shown in Fig. 2,4.
Gather Agent Status this moment as scheming: after carrying out the HA switching, the B machine is a main frame, and the A machine is a standby host; This moment, the cluster state was as follows:
HA monitoring and detection on this moment B machine is to resource group C and be submitted to server; Server is received the attribute of change resource group C after the message of gathering the agency: current place main frame is B by A, the concurrent message of sending the configuration item change; Acquisition configuration realizes that having influence on catalogue file monitors after receiving message, so regenerate configuration file, will gather the agency and change the B machine into by the A machine, sends and gathers proxy manager; The collection proxy manager realizes that old configuration file has collection to act on behalf of A, sends instruction the deletion of the capture program on the host A, realizes that new configuration file has collection to act on behalf of B, and newly-generated capture program is sent on the B machine, finishes the HA switching to business monitoring.
It is as follows that gather Agent Status this moment:
Gather Agent Status such as Fig. 2 this moment: after carrying out the HA switching, the B machine is a main frame, and the A machine is a standby host; This moment cluster state such as Fig. 3: gather Agent Status such as Fig. 4 this moment: here except that need at the beginning to do be configured to, HA does not need manual intervention fully when switching.
Claims (7)
1. the service system monitoring method of automatic collection agent change, it is characterized in that adopting acquisition module, the control point configuration, three kinds of modes of acquisition configuration drive the change of finishing capture program, and any one group of generation change all will regenerate the capture program of new configuration automatically in these three groups:
-when change takes place business model, revise acquisition module and regenerate capture program,
-when the control point changes, dispose by increase/modification/deletion control point and to regenerate capture program,
-when monitoring period need change, regenerate capture program by revising acquisition configuration,
Described acquisition module setting:
1) template file is according to standard xml form, suffix name tpl.xml
2) each template has a unique id number
3) each mould is specified and is gathered distributor, is used for the assembly unit capture program
4) each template is specified special data parser, is used for the information that capture program returns is resolved the needed data of the system that obtains;
5) each template is specified the file of a series of needs, and capture program calls these files when carrying out;
6) each template need specify one section to gather script and one group of parameter, utilizes the value of gathering script and parameter to assemble out a capture program.
2. the service system monitoring method of automatic collection agent change according to claim 1, after it is characterized in that the manual typing (A1) in interface or importing (B1) configuration item in batches, configuration item management (D1) judges whether configuration item has change, if change is arranged, then outwards sends message (E1); Acquisition configuration management (D2) receives the message (E1) of configuration item change, after receiving configuration item change message, check whether this configuration item change can cause the acquisition configuration change, submit to (E2) acquisition configuration generation system (D3) to regenerate acquisition configuration if change can be concentrated;
In the time of the acquisition configuration (A2) of interface manual change template, acquisition configuration generation system (D3) also can regenerate acquisition configuration;
New acquisition configuration passes to gathers proxy manager (D4), distinguishes out this template acquisition configuration change and relates to and gather agency (E3), generates capture program (D5) according to gathering the agency, and is distributed to each and gathers agency (C4); After the acquisition module file is updated (B2), gathers agency's generation capture program (D5) capture program on the collection agency of this template deployment is regenerated and issues;
Gather the agency and after carrying out capture program, return data is submitted to collection proxy manager processing (D6),, submit to configuration item management (C1/D1), performance management (C5), each module of alarm management (C6) according to the difference (E4) of data type.
3. the service system monitoring method of automatic collection agent change according to claim 1 is characterized in that gathering the design of proxy manager about the capture program part:
1) according to gathering agency-template-cycle generation capture program, same main frame cope match-plate pattern is identical, and also identical capture program will combine in the cycle;
2) will all gather the capture program on the agency synchronously after server is restarted;
3) gather the capture program that the agency will be synchronously after restarting should collection acts on behalf of;
4. the service system monitoring method of automatic collection agent change according to claim 1 is characterized in that gathering proxy data configuration design:
1) is configured according to template-configuration item type, because the configuration attribute difference that each configuration item type has need be configured different configuration item types?
2) for one group of parameter of the needs in the template, select the parameter of configuration item or specify constant, will tie up with configuration item when selecting the parameter of configuration item, use the configuration item parameter modification to drive the reconstruction of capture program;
3) template can the specify default collection period and is gathered specific collection cycle of certain configuration item type, and the use acquiescence collection period in specific collection cycle is not set.
5. the service system monitoring method of automatic collection agent change according to claim 1, it is characterized in that adopting automatic generation capture program and support control point configuration driven change: capture program A obtains the configuration parameter of control point first, in case the configuration parameter of control point first change, automatically issue the capture program B that the control point first is monitored again by program A, finish by capture program A driving and finish capture program B.
6. the service system monitoring method of automatic collection agent change according to claim 2 comprises when it is characterized in that changing concentrated submission (E2) that postpones the 5-30 mechanism of second, prevents that large batch of configuration item change from causing the frequent change of acquisition configuration.
7. the service system monitoring method of automatic collection agent change according to claim 1 is characterized in that the control point configuration belongs to the part of repository, supports to import in batches, generates capture program in batches.
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| CN110855481A (en) * | 2019-11-04 | 2020-02-28 | 中盈优创资讯科技有限公司 | Data acquisition system and method |
| CN110855481B (en) * | 2019-11-04 | 2021-11-02 | 中盈优创资讯科技有限公司 | Data acquisition system and method |
| CN111796984A (en) * | 2020-06-29 | 2020-10-20 | 平安国际智慧城市科技股份有限公司 | Data monitoring method and device, computer equipment and storage medium |
| CN111737147A (en) * | 2020-07-21 | 2020-10-02 | 平安国际智慧城市科技股份有限公司 | Batch data generation method and device, computer equipment and storage medium |
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