CN107341044A - A kind of distributive data center unified monitoring framework and method - Google Patents
A kind of distributive data center unified monitoring framework and method Download PDFInfo
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/02—Protocols based on web technology, e.g. hypertext transfer protocol [HTTP]
- H04L67/025—Protocols based on web technology, e.g. hypertext transfer protocol [HTTP] for remote control or remote monitoring of applications
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/44—Arrangements for executing specific programs
- G06F9/455—Emulation; Interpretation; Software simulation, e.g. virtualisation or emulation of application or operating system execution engines
- G06F9/45533—Hypervisors; Virtual machine monitors
- G06F9/45558—Hypervisor-specific management and integration aspects
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/46—Multiprogramming arrangements
- G06F9/465—Distributed object oriented systems
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/10—Protocols in which an application is distributed across nodes in the network
- H04L67/1097—Protocols in which an application is distributed across nodes in the network for distributed storage of data in networks, e.g. transport arrangements for network file system [NFS], storage area networks [SAN] or network attached storage [NAS]
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/44—Arrangements for executing specific programs
- G06F9/455—Emulation; Interpretation; Software simulation, e.g. virtualisation or emulation of application or operating system execution engines
- G06F9/45533—Hypervisors; Virtual machine monitors
- G06F9/45558—Hypervisor-specific management and integration aspects
- G06F2009/4557—Distribution of virtual machine instances; Migration and load balancing
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Abstract
The invention discloses a kind of distributive data center unified monitoring framework and method, including with lower node：Service register module, for carrying out service management, the service management includes at least one of following：Service registry, service subscription, information on services notice and service monitoring；Service providing module, service registry is carried out for providing service, and to the service register module；Service consumption module, for the service register module subscription service；Service operation container, for providing at least one of following function：Start the service providing module, the loading service providing module, the operation service providing module.A kind of distributive data center unified monitoring framework and method of the present invention compared with prior art, contributes to the unified management of distributive data center, solves the problems, such as the performance issue of original central system and management distributed environment well, practical.
Description
Technical field
The present invention relates to data processing field, specifically a kind of distributive data center unified monitoring framework and side
Method.
Background technology
The monitoring management technology of information system exist always and it is continual and steady develop, no matter be small enough to single IT systems
System, or server, storage device and the network equipment of thousands of are arrived greatly, there is the monitoring system for adapting to different scales
To apply.Such as Ganglia, Nagios, Splunk monitoring software of increasing income, also adopted by the information-based department of more and more units
With.Currently, with the fast development of cloud computing, big data and internet, there occurs right-about, prison for information-based infrastructure
The demand of keyholed back plate reason is converted into integral platform, the unified platform, the system requirements being managed collectively from some single system requirements.
Every application server is no longer single computing module, but will be calculated by platforms such as cloud computing, big datas, storage resource
Unite, in large scale, unified monitoring and management resource pools are formed across data center's scope.
In the prior art, mainly realized by Zabbix.Zabbix is that one kind of open source community is increased income monitoring software, it
A variety of data acquisition modes such as SNMP, agent, IPMI, easy to use in different application environment, standardization level are merged
Height, and numerous services are provided, such as：Perfect monitoring and graphic software platform；Zabbix softwares possess certain distributed system
System managerial ability, small-sized and large-scale distributed environment can be monitored, and all historical datas, trend and configuration information are stored
In database；Logical operation services all Zabbix all perform in server end, to the performance impact very little of monitored object；
Zabbix acts on behalf of (proxy) service support distributed capability, can represent Zabbix servers and collect performance and data available, hold
Carry on a shoulder pole the task of gathered data and mitigate the load of Zabbix servers, meanwhile, the use of Zabbix agencies is to implement unified and distribution
Formula monitors simplest mode, because all clients and acting on behalf of to same Zabbix servers data reporting, and institute
There are data to be centrally saved in server database, Zabbix agencies can be in the area for monitoring remote zone, possessing unreliable link
Used during domain.When monitoring thousands of equipment, Zabbix acts on behalf of the load that can share Zabbix servers.
Distributed centralization management can be supported as monitoring system using Zabbix, monitored for distributed environment, but
Distinct disadvantage be present.First, Zabbix schemes need to install agent on monitored main frame, can so encroach on the hidden of user
Private, and there is also situation about being unloaded by user by agent；Secondly, all data are all centrally saved in database, Zabbix prisons
Data volume caused by control system is very big, and database can turn into the bottleneck of System Development；Finally, the scheme of Zabbix agencies is limited to
Agent capabilities, when the monitoring machine quantity of agency service is more, it is difficult to meet the monitoring requirement of resource.In summary,
Zabbix is not a software scenario that disclosure satisfy that cloud platform and multiple data centers unified monitoring.
Therefore, it is necessary to a kind of unified prison that can monitor extensive, distributed, cross-region virtual resource and physical resource
Control system.
The content of the invention
The technical assignment of the present invention is to be directed to above weak point, there is provided a kind of distributive data center unified monitoring framework
And method.
A kind of distributive data center unified monitoring framework,
Including with lower node：
Service register module, for carrying out service management, the service management includes at least one of following：Service note
Volume, service subscription, information on services notice and service monitoring；
Service providing module, service registry is carried out for providing service, and to the service register module；
Service consumption module, for the service register module subscription service；
Service operation container, for providing at least one of following function：Start the service providing module, loading institute
State service providing module, the operation service providing module.
The service providing module and service consumption module are attached logical using long connected mode with service register module
Letter, when service providing module starts, the service of oneself offer is registered to service register module；When service consumption module starts
When, the service needed for oneself is subscribed to service register module.
When the service consumption module subscribes to required service by service register module, service register module is according to subscription need
Ask and return to service providing module address list to service consumption module, if had altered, service register module is pushed away by long connection
Change data are sent to service consumption module；Service consumption module, from service providing module address list, pass through soft load balancing
Algorithm, service providing module is selected to be called, if malloc failure malloc, then select another service providing module to call, pass through
Invoke method calls realize asynchronism callback.
Surveillance center is also configured with the service register module, the Surveillance center is used for service monitoring, the service prison
The implementation process of control is：Surveillance center's statistical fractals consumption module and service providing module include call number and the performance of time
Index, and report situation to the service operation of service register module report service providing module；
Corresponding, service consumption module, service providing module periodically report service operation statistical information in monitoring
The heart, the service operation statistical information include service performance data, service service condition.
The Surveillance center is realized by following structure：Using offers of the Zabbix and OpenStack as monitoring capacity
Layer, it is respectively used to monitor physical resource and virtual resource；The monitoring system of three-dimensional visualization is designed to meet across data center
Monitoring and the monitoring of unified physical resource and virtual resource；Using the api interface of standard, i.e., open application program connects
Mouthful, the api interface is identified and locating resource by Uniform Resource Identifier URL, and the operation performed for these resources
Defined by HTTP specifications.
The operation that can be created, deleted, updated and checked in monitoring system, the monitoring system are connect by standard API
Mouth is connected to service consumption module, it is allowed to which service consumption module accesses the data of the monitoring system by the api interface of standard；It is logical
The standard api interface of mistake is connected to service providing module, it is allowed to which service providing module increases data by the api interface of standard and arrives this
In monitoring system.
In monitoring system, following alarm field is configured with：Unique beacon information of alarm, the equipment alerted letter
Remarks are believed when breath, alarm type, alarm level, the IP alerted, alarm time of origin, acknowledged alarm time, confirmation alarm
Breath and the field of extension.
A kind of distributive data center unified monitoring method, implementation process are：
Above-mentioned distributive data center unified monitoring framework is built first；
Service operation container starts, loaded, operation service provides module；
Service providing module starts backward service register module and carries out service registry, while periodically counts service operation and believe
Breath reports the Surveillance center in service register module；
Service consumption module is according to the service of user's request, to service register module subscription service, while service consumption mould
Surveillance center of the block periodically into service register module reports service operation statistical information；
Surveillance center in service register module, which obtains and collected, shows that service providing module and service consumption module report
Information, complete monitoring process.
During service consumption module subscription service, service register module is by the address list of the service providing module of registration service
Service consumption module is sent to, service consumption module is calculated according to the address list of the service providing module by soft load balancing
Method, the service that service providing module is called its registration is directly selected, if malloc failure malloc, selected according still further to address list order
Another service providing module is complementary to be called, and realizes asynchronism callback by Invoke method calls.
The monitoring that the Surveillance center realizes includes physical resource monitoring and virtual resource monitoring, wherein,
When monitoring physical resource, first in one or more sets Zabbix software systems of each data center deployment, Ran Houtong
Cross the service consumption module completed the service providing module of registration in service register module and complete to subscribe to be monitored, the clothes
Business provides module by calling the api interface of Zabbix systems to realize, and the clothes of Zabbix offers are registered to service register module
Business, and by service consumption module processing user's request, i.e., service consumption module responds user by calling service providing module
Request；
When monitoring virtual resource, independent service providing module and service consumption module is set to be used for OpenStack first
Monitoring service, the service providing module using open platform Open API realize, and to service register module register
The service that OpenStack is provided, service consumption module are then used to handle user's request, i.e. service consumption module is serviced by calling
Module is provided to respond user's request；When one Open Stack cloud platform of every increase, corresponding increase is relatively independent
Service consumption module and service providing module, so as to realize the monitoring to multiple cloud platform resource pools, the service consumption module
It is respectively to complete the service providing module of registration in service register module and complete the service consumption subscribed to service providing module
Module.
Compared to the prior art a kind of distributive data center unified monitoring framework and method of the present invention, has with following
Beneficial effect：
A kind of distributive data center unified monitoring framework and method of the present invention, is connect by the Distributed Architecture of design
Mouthful so that Zabbix interfaces are uniformly included with OpenStack interfaces under designed Distributed Architecture, construct a height
Effect, stable distributive data center system for unified management, contribute to the unified management of distributive data center, are especially relating to
And physical resource and virtual resource need the scene that monitors simultaneously, and monitoring system is built and monitors frame in the distributive data center
On structure, solves the problems, such as the performance issue of original central system and management distributed environment, practical, the scope of application well
Extensively, it is easy to spread.
Brief description of the drawings
Accompanying drawing 1 is that distributive data center unified monitoring framework realizes block diagram.
Embodiment
Below in conjunction with the accompanying drawings and specific embodiment the invention will be further described.
Invention defines distributive data center unified monitoring framework and method, defines a Distributed Services frame
Frame, the remote service calling method across data center is defined, on the basis of OpenStack, define the monitoring of virtual machine
Function, define efficient, the distributed unified monitoring management of covering physical machine and virtual machine.
As shown in Figure 1, a kind of distributive data center unified monitoring framework, including with lower node：
Service register module, for realizing service management, there is provided service registry, service subscription, information on services notice and clothes
Business monitoring function；
Service providing module, for providing service, and carry out service registry to service register module upon actuation；
Service consumption module, serviced for calling, the service of the calling is noted after service consumption module startup to service
Volume module is subscribed to；
Service operation container, there is provided Web service runs container function, is responsible for starting, loads, operation service offer module,
Described service operation container is simple main methods.
The service providing module and service consumption module are attached logical using long connected mode with service register module
Letter, when service providing module starts, the service of oneself offer is registered to service register module；When service consumption module starts
When, the service needed for oneself is subscribed to service register module.
When the service consumption module subscribes to required service by service register module, service register module is according to subscription need
Ask and return to service providing module address list to service consumption module, if had altered, service register module is pushed away by long connection
Change data are sent to service consumption module；Service consumption module, from service providing module address list, pass through soft load balancing
Algorithm, service providing module is selected to be called, if malloc failure malloc, then select another service providing module to call, pass through
Invoke method calls realize asynchronism callback.
Surveillance center is also configured with the service register module, the Surveillance center is used for service monitoring, the service prison
The implementation process of control is：Surveillance center's statistical fractals consumption module and service providing module include call number and the performance of time
Index, and report situation to the service operation of service register module report service providing module；
Corresponding, service consumption module, service providing module periodically report service operation statistical information in monitoring
The heart, the service operation statistical information include service performance data, service service condition.
The Surveillance center is realized by following structure：
Using offer layers of the Zabbix and OpenStack as monitoring capacity, it is respectively used to monitor physical resource and virtual
Resource；The monitoring system of three-dimensional visualization is designed to meet across the monitoring of data center and unified physical resource and virtual money
The monitoring in source；Using the open application programming interfaces API of RESTful web service of standard, RESTful web are being called
After service, identified and locating resource by Uniform Resource Identifier URL, and the operation performed for these resources
When defined by HTTP specifications.
The monitoring function of the Surveillance center by the monitoring framework guiding of whole distributive data center, to Zabbix API and
Open Stack API realize again and called, and realize distributed monitoring system.Access of the door to data is so monitored to become
Into the access guided by the framework.Specifically, Zabbix services are monitored the clothes of framework by api interface by distributive data center
Business provides module and provided, and user's request sends solicited message as the service consumption module under the framework to server provider,
Guided so as to realize by whole framework.
In monitoring system, its core operation only has POST, DELETE, PUT, GET, you can is created, deleted, updated
With the operation checked, the monitoring system is connected to service consumption module by standard interface, it is allowed to which service consumption module passes through mark
Accurate interface accesses the data of the monitoring system；Service providing module is connected to by standard interface, it is allowed to service providing module
Data are increased into the monitoring system by the interface of standard.
In the monitoring system of three-dimensional visualization, following alarm field is configured with：Unique beacon information of alarm, accuse
Alert facility information, alarm type, alarm level, the IP alerted, alarm time of origin, the acknowledged alarm time, confirm to accuse
Remark information and the field of extension when alert.
More specifically, the alarm field of configuration is as follows：
A kind of distributive data center unified monitoring method, implementation process are：
Above-mentioned distributive data center unified monitoring framework is built first；
Service operation container starts, loaded, operation service provides module；
Service providing module starts backward service register module and carries out service registry, while periodically counts service operation and believe
Breath reports the Surveillance center in service register module；
Service consumption module is according to the service of user's request, to service register module subscription service, while service consumption mould
Surveillance center of the block periodically into service register module reports service operation statistical information；
Surveillance center in service register module, which obtains and collected, shows that service providing module and service consumption module report
Information, complete monitoring process.
During service consumption module subscription service, service register module is by the address list of the service providing module of registration service
Service consumption module is sent to, service consumption module is calculated according to the address list of the service providing module by soft load balancing
Method, the service that service providing module is called its registration is directly selected, if malloc failure malloc, selected according still further to address list order
Another service providing module is complementary to be called, and realizes asynchronism callback by Invoke method calls.
The monitoring that the Surveillance center realizes includes physical resource monitoring and virtual resource monitoring, wherein,
When monitoring physical resource, first in one or more sets Zabbix software systems of each data center deployment, Ran Houtong
Cross the service consumption module completed the service providing module of registration in service register module and complete to subscribe to be monitored, the clothes
Business provides module by calling the api interface of Zabbix systems to realize, and the clothes of Zabbix offers are registered to service register module
Business, and by service consumption module processing user's request, i.e., service consumption module responds user by calling service providing module
Request；
When monitoring virtual resource, independent service providing module and service consumption module is set to be used for OpenStack first
Monitoring service, the service providing module using open platform Open API realize, and to service register module register
The service that OpenStack is provided, service consumption module are then used to handle user's request, i.e. service consumption module is serviced by calling
Module is provided to respond user's request；When one Open Stack cloud platform of every increase, corresponding increase is relatively independent
Service consumption module and service providing module, so as to realize the monitoring to multiple cloud platform resource pools, the service consumption module
It is respectively to complete the service providing module of registration in service register module and complete the service consumption subscribed to service providing module
Module.
In OpenStack, its service provided mainly includes calculating service, storage service, mirroring service, certification clothes
Business, UI services.
By embodiment above, the those skilled in the art can readily realize the present invention.But should
Work as understanding, the present invention is not limited to above-mentioned embodiment.On the basis of disclosed embodiment, the technical field
Technical staff can be combined different technical characteristics, so as to realize different operator's cases.
It is the known technology of those skilled in the art in addition to the technical characteristic described in specification.
Claims (10)
1. a kind of distributive data center unified monitoring framework, it is characterised in that including with lower node：
Service register module, for carrying out service management, the service management includes at least one of following：Service registry,
Service subscription, information on services notice and service monitoring；
Service providing module, service registry is carried out for providing service, and to the service register module；
Service consumption module, for the service register module subscription service；
Service operation container, for providing at least one of following function：Start the service providing module, the loading clothes
Business provides module, the operation service providing module.
2. a kind of distributive data center unified monitoring framework according to claim 1, it is characterised in that the service carries
It is attached and is communicated with service register module using long connected mode for module and service consumption module, when service providing module opens
When dynamic, the service of oneself offer is registered to service register module；When service consumption module starts, subscribed to service register module
Service needed for oneself.
3. a kind of distributive data center unified monitoring framework according to claim 1, it is characterised in that the service disappears
When taking module by service register module subscription required service, service register module returns to service providing module according to the demand of subscription
Address list is to service consumption module, and when service providing module address list changes, service register module is connected by long
Push change data are connect to service consumption module；Service consumption module, from service providing module address list, pass through soft load
Equalization algorithm, service providing module is selected to be called, if malloc failure malloc, then select another service providing module to call, lead to
Cross Invoke method calls and realize asynchronism callback.
A kind of 4. distributive data center unified monitoring framework according to claim 1, it is characterised in that the service note
Surveillance center is also configured with volume module, the Surveillance center is used for service monitoring, and the implementation process of the service monitoring is：Monitoring
Center, which counts service consumption module and service providing module, includes call number and the performance indications of time, and to service registry mould
The service operation that block reports service providing module reports situation；
Corresponding, service operation statistical information is periodically reported Surveillance center by service consumption module, service providing module, described
Service operation statistical information includes service performance data, service service condition.
5. a kind of distributive data center unified monitoring framework according to claim 4, it is characterised in that in the monitoring
The heart is realized by following structure：Monitoring system is built using Zabbix and OpenStack, for physical resource and virtual resource
Monitoring；Using the api interface of standard, i.e., open application programming interfaces, the api interface by Uniform Resource Identifier URL come
Identification and locating resource, and the operation performed for these resources is defined by HTTP specifications.
6. a kind of distributive data center unified monitoring framework according to claim 5, it is characterised in that in monitoring system
In the operation that can be created, deleted, updated and checked, the monitoring system is connected to service consumption mould by standard api interface
Block, it is allowed to which service consumption module accesses the data of the monitoring system by the api interface of standard；Connected by standard api interface
To service providing module, it is allowed to which service providing module increases data into the monitoring system by the api interface of standard.
7. a kind of distributive data center unified monitoring framework according to claim 5 or 6, it is characterised in that monitoring
In system, following alarm field is configured with：Unique beacon information of alarm, the facility information alerted, alarm type, alarm
Remark information and the field of extension when rank, the IP alerted, alarm time of origin, acknowledged alarm time, confirmation alarm.
A kind of 8. distributive data center unified monitoring method, it is characterised in that implementation process is：
The distributive data center unified monitoring framework described in the claims 1-7 is built first；
Service operation container starts, loaded, operation service provides module；
Service providing module starts backward service register module and carries out service registry, while periodically by service operation statistical information
Offer the Surveillance center in service register module；
Service consumption module is according to the service of user's request, and to service register module subscription service, while service consumption module is determined
Phase, the Surveillance center into service register module reported service operation statistical information；
Surveillance center in service register module obtains and collected the letter that display service providing module and service consumption module report
Breath, complete monitoring process.
A kind of 9. distributive data center unified monitoring method according to claim 8, it is characterised in that service consumption mould
During block subscription service, the address list of the service providing module of registration service is sent to service consumption mould by service register module
Block, service consumption module is according to the address list of the service providing module, and by soft load-balancing algorithm, the service of directly selecting carries
The service of its registration is called for module, if malloc failure malloc, selects another service to provide mould according still further to address list order
Block is complementary to be called, and realizes asynchronism callback by Invoke method calls.
A kind of 10. distributive data center unified monitoring method according to claim 8 or claim 9, it is characterised in that the prison
The monitoring that control center is realized includes physical resource monitoring and virtual resource monitoring, wherein,
When monitoring physical resource, first in one or more sets Zabbix software systems of each data center deployment, then by
The service consumption module that service register module completes the service providing module of registration and completes to subscribe to is monitored, and the service carries
For module by calling the api interface of Zabbix systems to realize, and to the service that service register module registration Zabbix is provided, and
By service consumption module processing user's request, i.e. service consumption module is asked by calling service providing module to respond user；
When monitoring virtual resource, independent service providing module and service consumption module is set to be used for OpenStack prison first
Control service, the service providing module are realized using open platform Open API, and register OpenStack to service register module
The service of offer, service consumption module are then used to handle user's request, i.e., service consumption module is by calling service providing module
To respond user's request；When one Open Stack cloud platform of every increase, the relatively independent service consumption of corresponding increase
Module and service providing module, so as to realize the monitoring to multiple cloud platform resource pools, the service consumption module and service carry
It is respectively to complete the service providing module of registration in service register module and complete the service consumption module subscribed to for module.
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| CN112788124A (en) * | 2020-12-31 | 2021-05-11 | 中科星通(廊坊)信息技术有限公司 | Distributed registration service method and device for remote sensing image |
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Application publication date: 20171110 |