CN107528751A - A kind of system and its management method of dynamic distribution Zabbix monitoring datas - Google Patents
A kind of system and its management method of dynamic distribution Zabbix monitoring datas Download PDFInfo
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- CN107528751A CN107528751A CN201710920092.9A CN201710920092A CN107528751A CN 107528751 A CN107528751 A CN 107528751A CN 201710920092 A CN201710920092 A CN 201710920092A CN 107528751 A CN107528751 A CN 107528751A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L43/00—Arrangements for monitoring or testing data switching networks
- H04L43/12—Network monitoring probes
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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
- H04L41/04—Network management architectures or arrangements
- H04L41/046—Network management architectures or arrangements comprising network management agents or mobile agents therefor
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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
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- Engineering & Computer Science (AREA)
- Computer Networks & Wireless Communication (AREA)
- Signal Processing (AREA)
- Computer And Data Communications (AREA)
- Debugging And Monitoring (AREA)
- Data Exchanges In Wide-Area Networks (AREA)
Abstract
The invention discloses a kind of system of dynamic distribution Zabbix monitoring datas, including management node and service node, each node is connected by netting twine with interchanger, and Zabbix Server information databases service modules and workflow management module are provided with the management node.As above the step of management method of monitoring data system is：(1) management node and all service nodes first is connected by netting twine with interchanger；(2) Zabbix Server information databases service modules and workflow management module are disposed in management node, monitoring data distribution is dynamically controlled by workflow management module；(3) Zabbix Server containers mirror image, Zabbix Server deployment modules are disposed on the Server nodes in service node；(4) Zabbix Agent containers mirror image, Zabbix Agent deployment modules are all disposed on the Server nodes and Agent nodes in service node.The present invention can need the place sent to all Zabbix Agent containers dynamic adjustment monitoring data, reach the quick collection and management of cluster monitoring data.
Description
Technical field
The invention belongs to computer application field, the system of more particularly to a kind of dynamic distribution Zabbix monitoring datas and its
Management method.
Background technology
Monitoring is an important aspect in current computer systems.With the increase of calculation scale, cluster application service
Quick increase, how to monitor the state of some node in cluster becomes extremely important.Zabbix is carrying based on WEB interface
For distributed system monitoring and the enterprise level solution of network monitoring function.
Zabbix is typically made up of 2 parts, Zabbix Server and Zabbix Agent.Zabbix Agent need to pacify
On monitored target machine, it is mainly completed to hardware information or the information such as the internal memory relevant with operating system, CPU
Collect.Zabbix Server obtain monitoring data from Zabbix Agent, and preserve these data, are then opened up by Web
The operation such as show, alarm and analyze.The flexibility of high availability and system scale in view of monitoring system, a Zabbix
Agent can send monitoring data to multiple Zabbix Server servers, as long as Zabbix Agent can pass through network
Have access to Zabbix Server.Method is that Server IP address row are specified in Zabbix Agent configuration file
Table or main frame list of file names determine that Agent is sent to monitoring data on those Zabbix Server servers.Such as
In Linux server, in Zabbix Agent configuration file/etc/zabbix/zabbix_agentd.conf, there is a line
Server=host1, host2, host3 are recorded.The record indicates the Server nodes that needs are sent, host1, host2,
Host3 is the IP address or host name of Server nodes.
Currently as the containerization technique that Docker is representative is fast-developing, Zabbix systems are disposed based on container technique
And operation, it can substantially simplify the deployment of Zabbix systems and use difficulty., can be with especially after Zabbix Server containerizations
Quickly realize multiple Zabbix Server deployment, it might even be possible to according to the scale of cluster server and loading condition automatically and
Dynamic increase Zabbix Server numbers.But when Zabbix Server change, how Zabbix Agent know
Road Zabbix Server situation of change, appropriate is sent to monitoring data on different Zabbix Server, and this is changed into
One important technical problem.The IP of node (being host here) where Zabbix Server containers especially after containerization
The IP address of address and container itself simultaneously differs.When Zabbix Agent containers with Zabbix Server containers not same
On individual host node, Server is recorded in configuration file address is, it is necessary to host IP using Zabbix Server
Location, so just know and monitoring data is sent on that host；But work as Zabbix Agent containers and Zabbix
Server containers are on same host node, and at this moment if using host address, it is the machine number that Docker networks, which judge,
According to will not be forwarded in Zabbix Server container, so cause the machine Zabbix Server containers can not obtain the machine
The data that Zabbix Agent containers are sent.So Zabbix Agent containers and Zabbix Server containers are in same place
On host node, the address that Server is recorded in configuration file is, it is necessary to container IP address using Zabbix Server.
For problem above as can be seen that after containerization Zabbix monitoring systems, Zabbix Agent configuration complexities increase
Add, the change dynamic distribution Zabbix monitoring datas according to Zabbix Server become relatively difficult.
The content of the invention
Goal of the invention：For problems of the prior art, the present invention provides a kind of Zabbix Agent foundations
Zabbix Server situation of change, dynamically associate Zabbix Server service, and can automatic decision be to use Zabbix
Server actual host IP address or the IP address of container itself, realize a kind of dynamic distribution Zabbix monitoring numbers
According to system and its management method.
Technical scheme：In order to solve the above technical problems, a kind of dynamic distribution Zabbix monitoring datas provided by the invention
System, including management node and service node, each node are connected by netting twine with interchanger, are provided with the management node
Zabbix Server information databases service modules and workflow management module.
Further, the service node includes Server nodes and Agent nodes again, is set on the Server nodes
There are Zabbix Server containers, Zabbix Server deployment modules, Zabbix Agent containers and Zabbix Agent deployment
Module, Zabbix Agent containers and Zabbix Agent deployment modules are provided with the Agent nodes.
A kind of dynamic as described above distributes the management method of Zabbix monitoring data systems,
(1) management node and all service nodes first is connected by netting twine with interchanger；
(2) Zabbix Server information databases service modules and workflow management module are disposed in management node, is passed through
Workflow management module is dynamically controlled monitoring data distribution；
(3) Zabbix Server containers mirror image, Zabbix Server are disposed on the Server nodes in service node
Deployment module；
(4) all disposed on the Server nodes and Agent nodes in service node Zabbix Agent containers mirror image,
Zabbix Agent deployment modules.
Further, the specific management method step of the workflow management module in the step (2) is as follows：
(2.1) Zabbix Server and Zabbix Agent host list conducts are specified by user or upper layer application
Workflow management module inputs, and this list can dynamic change at any time；
(2.2) according to above-mentioned (2.1) list traversal Zabbix Server hosts；
(2.3) Zabbix Server hosts are logged in respectively；
(2.4) Zabbix Server deployment modules are called on each host；
(2.5) according to above-mentioned (2.1) list traversal Zabbix Agent hosts；
(2.6) Zabbix Agent hosts are logged in respectively；
(2.7) Zabbix Agent deployment modules are called on each host；
(2.8) realize that monitoring data is correctly sent to all Zabbix Server and serviced by Zabbix Agent containers
In, the http services that user can be provided by browser access Zabbix Server are monitored management to group system.
Further, the Zabbix Server deployment module operating procedures in the step (3) are as follows：
(3.1) Zabbix Server deployment modules are entered；
(3.2) if Zabbix Server containers have been present, deployment flow terminates；
(3.3) container is created based on Zabbix Server mirror images；
(3.4) IP address of this host and the implicit IP address of Zabbix Server containers are obtained；
(3.5) two IP address are sent to be preserved into Zabbix Server information database services.
Further, the Zabbix Agent deployment module operating procedures in the step (4) are as follows：
(4.1) enter Zabbix Agent deployment modules, access Zabbix Server information database services, Ran Houjin
Enter step (4.2) and step (4.3)；
(4.2) with obtaining the IP address list of all Zabbix Server containers and the IP of Zabbix Server hosts
Location list, subsequently into step (4.4)；
(4.3) IP address of this host is obtained；
(4.4) this host IP address is judged whether in Zabbix Server host IP address lists, if entered
Enter step (4.5), if not entering step (4.6)；
(4.5) in Zabbix Server host IP address lists, the data for replacing this host IP address are corresponding
The data of the machine Zabbix Server container IP address, and enter step (4.7)；
(4.6) former Zabbix Server host IP address lists are directly used, and enter step (4.7)；
(4.7) final Zabbix Server Host Lists are formed, are ServerList；
(4.8) judge that Zabbix Agent containers whether there is, if there is step (4.9) is entered, if there is no entering
Enter step (4.12)；
(4.9) Host List of last time preservation is obtained from container, is OldServerList；
(4.10) if this Host List ServerList is identical with last time Host List OldServerList, this
Flow terminates, and step (4.11) is entered if differing
(4.11) original Zabbix Agent containers are deleted
(4.12) container is created based on Zabbix Agent mirror images, the Zabbix Server masters obtained in step (4.7)
Machine list ServerList is delivered in container in a manner of environmental variance,
(4.13) replace what is recorded in Zabbix Agent configuration files with the value of Host List environmental variance in a reservoir
Zabbix Server Host List contents
(4.14) start Zabbix Agent process services in container, start to collect and send monitoring data.
Compared with prior art, the advantage of the invention is that：
Main advantages of the present invention are after containerization Zabbix Server and Zabbix Agent, work as Zabbix
When Server container deployment scenarios change, all Zabbix Agent containers dynamic adjustment monitoring data can be needed to send out
The place sent, the quick collection and management of cluster monitoring data are reached.
Brief description of the drawings
Fig. 1 is the structural representation of the present invention；
Fig. 2 is the flow chart of workflow management module in management node in the present invention；
Fig. 3 is the flow chart of Zabbix Server deployment modules on service node in the present invention；
Fig. 4 is the flow chart of Zabbix Agent deployment modules on service node in the present invention.
Embodiment
With reference to the accompanying drawings and detailed description, the present invention is furture elucidated：
1. first planning needs to monitor those hosts, to affix one's name to Zabbix Agent services at an upper portion thereof；Secondly plan
Good Zabbix Server are deployed on those hosts, to preserve and management and monitoring data；Finally good management node is specified to use
In the workflow management of entirety, structure as shown in Figure 1 is ultimately formed.
2. Zabbix Server information databases services and workflow management module are provided on management node is specified.
The service of Zabbix Server information databases preserves the IP address of each Zabbix Server containers and the IP of place host
Address.Workflow management module realizes the dynamic distribution control of whole Zabbix systems.
3. Server nodes for service node are, it is necessary to place Zabbix Server deployment modules, and related appearance
Device mirror image, it can so create Zabbix Server containers.
4. for the Agent nodes of service node, this be monitoring system state in need host node, it is necessary to put
Zabbix Agent deployment modules, and related container mirror image are put, can so create Zabbix Agent containers.If clothes
The Server nodes of business node itself also need to monitor, then it are also required to place Zabbix Agent deployment modules in the node,
And related container mirror image.
5. workflow management module is shown in accompanying drawing 2 for Zabbix Server operating processes, it is：
A) Zabbix Server and Zabbix Agent host lists are specified as flow by user or upper layer application
Management module inputs, and dynamic change can occur at any time for this list.
B) the Zabbix Server lists in traversal input.
C) for each host name in list, sign in the Zabbix Server hosts, perform Zabbix Server
Deployment module.Zabbix Server deployment module itself flows are seen below.
D) the Zabbix Agent lists in traversal input.
E) for each host name in list, sign in the Zabbix Agent hosts, perform Zabbix Agent portions
Affix one's name to module.Zabbix Agent deployment module itself flows are seen below.
F) after the completion of all traversals, system can correctly obtain monitoring data, and itself be carried by Zabbix Server
The http services of confession, inquiry, management and the analysis being monitored.
6. accompanying drawing 3 is shown in the operating process of Zabbix Server deployment modules on service node, it is：
If a) Zabbix Server containers are present, deployment module terminates
B) Zabbix Server containers are created using bridge network modes.
C) IP address of this host and container is obtained.As under linux, host IP address can use
" hostname-i " is obtained.Container IP address can use docker inspect Container Names to obtain.
D) two IP address are sent in Zabbix Server information database service modules, by Zabbix Server
Information database service module preserves.Preserving type can be preserved using common database, or even using text
Form can.
7. accompanying drawing 4 is shown in the operating process of Zabbix Agent deployment modules on service node, it is：
A) Zabbix Server information database services are accessed, obtain Zabbix Server host node IP address
List and container IP address list.Such as
Hostiplist=host1_ip, host2_ip, host3_ip etc.,
Containeriplist=container1_ip, container2_ip, container3_ip etc..
B) IP address of this host is obtained, is such as selfip.
C) if the IP address of this host node is not in Zabbix Server host IP address lists, i.e.,
Selfip is not in hostiplist, then Zabbix Agent need send monitoring data service end list be
ServerList=hostiplist.
D) if the IP address of this host node is in Zabbix Server host IP address lists, i.e. selfip
In hostiplist, then the IP address for replacing the host in list is the IP address of corresponding container, and then generation services
Hold list ServerList.Such as assume selfip=host2_ip, then final ServerList=host1_ip,
container2_ip,host3_ip。
If Zabbix Agent containers e) be present, from container the list of reading service end.This list is to preserve
In the environmental variance or configuration file of container, last time service end list OldServerList is formed.If there is no Zabbix
Agent containers, then above leap in below step g.
If f) the service end list OldServerList of last registration is identical with current ServerList, illustrate
Zabbix Agent containers are normal and do not change, and deployment module terminates.Hold if it is not the same, deleting original Zabbix Agent
Device.
ServerList values are transmitted when g) creating new Zabbix Agent containers, but creating into the environmental variance of container,
Such as it is ZBX_SERVER_HOST environmental variances.
H) Zabbix Agent configuration files, generally/etc/zabbix/zabbix_ are updated in a reservoir
Agentd.conf files.The record of Server=xxx in this document, the value of environmental variance, i.e. Server=ZBX_ are replaced with
SERVER_HOST value.
I) start Zabbix Agent process services in a reservoir, form the correct distribution of monitoring data.
Claims (6)
1. a kind of system of dynamic distribution Zabbix monitoring datas, including management node and service node, it is characterised in that：Each section
Point be connected by netting twine with interchanger, be provided with the management node Zabbix Server information databases service modules with
Workflow management module.
A kind of 2. system of dynamic distribution Zabbix monitoring datas according to right wants 1, it is characterised in that：The service section
Point includes Server nodes and Agent nodes again, and Zabbix Server containers, Zabbix are provided with the Server nodes
Server deployment modules, Zabbix Agent containers and Zabbix Agent deployment modules, it is provided with the Agent nodes
Zabbix Agent containers and Zabbix Agent deployment modules.
3. a kind of dynamic as claimed in claim 1 distributes the management method of Zabbix monitoring data systems, it is characterised in that tool
Body step is as follows：
(1) management node and all service nodes first is connected by netting twine with interchanger；
(2) Zabbix Server information databases service modules and workflow management module are disposed in management node, passes through flow
Management module is dynamically controlled monitoring data distribution；
(3) Zabbix Server containers mirror image, Zabbix Server deployment are disposed on the Server nodes in service node
Module；
(4) Zabbix Agent containers mirror image, Zabbix are all disposed on the Server nodes and Agent nodes in service node
Agent deployment modules.
A kind of 4. management method of dynamic distribution Zabbix monitoring data systems according to claim 3, it is characterised in that：
The specific management method step of workflow management module in the step (2) is as follows：
(2.1) Zabbix Server and Zabbix Agent host lists are specified as flow by user or upper layer application
Management module inputs, and this list can dynamic change at any time；
(2.2) according to above-mentioned (2.1) list traversal Zabbix Server hosts；
(2.3) Zabbix Server hosts are logged in respectively；
(2.4) Zabbix Server deployment modules are called on each host；
(2.5) according to above-mentioned (2.1) list traversal Zabbix Agent hosts；
(2.6) Zabbix Agent hosts are logged in respectively；
(2.7) Zabbix Agent deployment modules are called on each host；
(2.8) realize that Zabbix Agent containers are correctly sent to monitoring data in all Zabbix Server services, use
The http services that family can be provided by browser access Zabbix Server are monitored management to group system.
A kind of 5. management method of dynamic distribution Zabbix monitoring data systems according to claim 3, it is characterised in that：
Zabbix Server deployment module operating procedures in the step (3) are as follows：
(3.1) Zabbix Server deployment modules are entered；
(3.2) if Zabbix Server containers have been present, deployment flow terminates；
(3.3) container is created based on Zabbix Server mirror images；
(3.4) IP address of this host and the implicit IP address of Zabbix Server containers are obtained；
(3.5) two IP address are sent to be preserved into Zabbix Server information database services.
A kind of 6. management method of dynamic distribution Zabbix monitoring data systems according to claim 3, it is characterised in that：
Zabbix Agent deployment module operating procedures in the step (4) are as follows：
(4.1) enter Zabbix Agent deployment modules, Zabbix Server information database services are accessed, subsequently into step
Suddenly (4.2) and step (4.3)；
(4.2) IP address list of all Zabbix Server containers and the IP address row of Zabbix Server hosts are obtained
Table, subsequently into step (4.4)；
(4.3) IP address of this host is obtained；
(4.4) this host IP address is judged whether in Zabbix Server host IP address lists, if walked entering
Suddenly (4.5), if not entering step (4.6)；
(4.5) in Zabbix Server host IP address lists, the data for replacing this host IP address are corresponding the machine
The data of Zabbix Server container IP address, and enter step (4.7)；
(4.6) former Zabbix Server host IP address lists are directly used, and enter step (4.7)；
(4.7) final Zabbix Server Host Lists are formed, are ServerList；
(4.8) judge that Zabbix Agent containers whether there is, if there is step (4.9) is entered, walked if there is no entering
Suddenly (4.12)；
(4.9) Host List of last time preservation is obtained from container, is OldServerList；
(4.10) if this Host List ServerList is identical with last time Host List OldServerList, this flow
Terminate, step (4.11) is entered if differing
(4.11) original Zabbix Agent containers are deleted
(4.12) container is created based on Zabbix Agent mirror images, the Zabbix Server main frames obtained in step (4.7) is arranged
Table ServerList is delivered in container in a manner of environmental variance,
(4.13) replace what is recorded in Zabbix Agent configuration files with the value of Host List environmental variance in a reservoir
Zabbix Server Host List contents
(4.14) start Zabbix Agent process services in container, start to collect and send monitoring data.
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