CN103167034B - Based on the construction method of the monitoring Agent of CloudStack dummy node - Google Patents
Based on the construction method of the monitoring Agent of CloudStack dummy node Download PDFInfo
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- CN103167034B CN103167034B CN201310080925.7A CN201310080925A CN103167034B CN 103167034 B CN103167034 B CN 103167034B CN 201310080925 A CN201310080925 A CN 201310080925A CN 103167034 B CN103167034 B CN 103167034B
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Abstract
The present invention discloses the construction method of a kind of monitoring Agent based on CloudStack dummy node, when CloudStack cloud platform creates new virtual machine node, be injected in these dummy nodes by the monitoring Agent of structure, automatic and host's virtual machine is bound and starts to monitor.The physical machine administration interface that user can use CloudStack administrator's password to log in CloudStack to carry, can obtain the page of each virtual machine monitoring information returned by monitoring Agent simultaneously.By monitoring Agent, user can view the various running statuses of each virtual machine, comprising: flow information (same day, this month) statistics of each time of the utilization rate of the utilance of virtual cpu, the occupancy of virtual memory, virtual hard disk, the operation system of virtual machine and virtual machine.The refinement of the present invention monitoring granularity of virtual resource, solves the deficiency cannot monitored virtual machine in CloudStack, is conducive to management and resource more fully.
Description
Technical field
The present invention relates to the construction method of a kind of monitoring Agent based on CloudStack dummy node, belong to cloud computing correlative technology field.
Background technology
Cloud computing is as a kind of calculating pattern newly, and it is the mixing evolution such as Intel Virtualization Technology, effectiveness calculating, parallel computation, Distributed Calculation and the result risen to, and represents the state-of-the-art theory in current I T field.CloudStack is the solution of cloud computing platform of increasing income well-known in the industry, and it is for building IaaS cloud, and therefore also of equal importance to the monitoring of these resources, the ageing and accuracy of monitoring directly affects the operation to resource.At present, CloudStack can be good at monitoring the physical host having installed CloudStack client, as disposed a virtual machine to certain physical machine, can judge whether the resource of this machine satisfies the demands.But for dummy node, CloudStack but lacks effective monitoring mechanism, cannot know the ruuning situation of dummy node, the information of each dummy node of collection that user cannot be unified, enters each virtual machine except by Telnet and observes.When CloudStack cluster is huge time, this almost can not realize.Therefore, a kind of can monitor dummy node based on CloudStack and providing the monitoring mechanism of unified administration page and abundant presentation mode very important is newly proposed.
Summary of the invention
Goal of the invention: for problems of the prior art and deficiency, the invention provides the construction method of a kind of monitoring Agent based on CloudStack dummy node.
Technical scheme: the construction method of a kind of monitoring Agent based on CloudStack dummy node, when CloudStack keeper creates virtual machine, inject Agent to this virtual machine, monitor virtual machine, key step is as follows:
Step 11: build the Agent can bound with CloudStack dummy node for each operating system platform.This program can be bound with CloudStack dummy node, and monitors dummy node, returns monitor message.
Step 12: create Agent receiver module, this receiver module receives the real time information of the Agent injecting each virtual machine,
Step 13: create Agent display module, this module provides CloudStack Admin Access entrance in the mode of Web, logs in password consistent with CloudStack administrator's password, employing be same database.
First step 14:Agent display module logs in accession page according to the username and password of user's input, the information that page presentation monitoring Agent collects.
Step 15: arrange Agent, inserts IP and the port of background program, selects the information needed virtual machine monitoring.
Step 16: create each Edition operating system mirror image that CloudStack needs to install, the Agent set in implantation step 15 in this mirror image.These operating system mirror images are installed when creating new CloudStack dummy node.
Step 17:CloudStack keeper creates new virtual machine, and starts Agent, and generally Agent automatically starting runs.
Step 18: mounted Agent ceaselessly sends virtual machine information to backstage, and background program preserves these information, and the form such as design of graphics, table provides web page access.
Agent needs and CloudStack virtual machine is bound, and by binding, after binding success, Agent sends monitor data to backstage, the method for Agent and the binding of CloudStack dummy node, and its key step comprises:
Step 21: create Agent binding module, this module can obtain the log-on message of Agent.Agent timing to Agent binding module send log-on message, determine the binding relationship of Agent and host's virtual machine.
Step 22: create background program administrator module, this module has CloudStack keeper account, can obtain the essential information of all virtual machines of CloudStack cluster by this module.
Step 23: after installing Agent, Agent obtains the information of host virtual machine, and main information comprises the IP of host's dummy node and operation system information and information is sent to backstage.
Step 24: the API of backstage CloudStack obtains the information of CloudStack All hosts and virtual machine.
Step 25: the information of the information that backstage comparison Agent returns and CloudStack, the id of the CloudStack dummy node of confirmation and Agent binding, and this id is sent to Agent.
Step 26: Agent sends virtual node information at every turn and all binds the dummy node id obtained in step 3.
Beneficial effect: compared with prior art, the construction method of the monitoring Agent based on CloudStack dummy node provided by the invention, monitoring Agent can obtain the various resources of target virtual machine, comprise the resource utilization of virtual cpu, the occupancy of virtual memory, flow information (same day, this month) statistics of each time of the utilance of virtual hard disk, the operation system of virtual machine, virtual machine.And this monitoring Agent provides the unified interface presenting each virtual machine running status, abundant ways of presentation (figure, table, panel board) is provided to represent each attribute of virtual machine.
Accompanying drawing explanation
Fig. 1 is the system assumption diagram of the monitoring Agent of the embodiment of the present invention.
Embodiment
Below in conjunction with specific embodiment, illustrate the present invention further, these embodiments should be understood only be not used in for illustration of the present invention and limit the scope of the invention, after having read the present invention, the amendment of those skilled in the art to the various equivalent form of value of the present invention has all fallen within the application's claims limited range.
The Agent can bound with CloudStack dummy node is built for each operating system platform.This program can be bound with CloudStack dummy node, and monitors dummy node, returns monitor message.This monitor code operating procedure is as follows:
Step 11: the setting of Agent.Agent needs the IP and the port that arrange management backstage, and Agent can send information to correct place.
Step 12: Agent initialization, obtains host's virtual machine essential information after Agent starts, the Information Selection according to host's virtual machine starts module (difference according to system).
Step 13: Agent and virtual machine binding, Agent sends the essential information of virtual machine to backstage, obtained the id of host's virtual machine by backstage.
Step 14: Agent starts to collect the virtual machine information needing to detect, comprise the resource utilization of virtual cpu, the occupancy of virtual memory, flow information (same day, this month) statistics of each time of the utilance of virtual hard disk, the operation system of virtual machine, virtual machine.
The concrete execution step of monitoring Agent is as follows:
Step 21: build the Agent can bound with CloudStack dummy node for each operating system platform.This program can be bound with CloudStack dummy node, and monitors dummy node, returns monitor message.
Step 22: create Agent receiver module, this Agent receiver module receives the real time information of the Agent injecting each virtual machine,
Step 23: create Agent sequence access modules, this access modules provides CloudStack Admin Access entrance in the mode of Web, logs in password consistent with CloudStack administrator's password, employing be same database.
Step 24: what first background program access modules obtained CloudStack according to the username and password of user's input logs in token, obtains Administrator Info and whether can logging according to token to calling CloudStackAPI.
Step 25: arrange Agent, inserts IP and the port of background program, selects the information needed virtual machine monitoring.
Step 26: create each Edition operating system mirror image that CloudStack needs to install, the Agent set in implantation step 25 in this mirror image.These operating system mirror images are installed when creating new CloudStack dummy node.
Step 27:CloudStack keeper creates new virtual machine, and starts Agent, and generally Agent automatically starting runs.
Step 28: mounted Agent ceaselessly sends virtual machine information to backstage, and background program preserves these information, and the form such as design of graphics, table provides web page access.
Agent needs and CloudStack virtual machine is bound, and by binding, after binding success, Agent sends monitor data to backstage, the method for Agent and the binding of CloudStack dummy node, and its key step comprises:
Step 31: create Agent binding module, this module can obtain the log-on message of Agent.Agent timing to backstage binding module send log-on message, determine the binding relationship of Agent and host's virtual machine.
Step 32: create background program administrator module, this module has CloudStack keeper account, can obtain the essential information of all virtual machines of CloudStack cluster by this module
Step 33: after installing Agent, Agent obtains the information of host virtual machine, and main information comprises the IP of host's dummy node and operation system information and information is sent to backstage.
Step 34: the API of backstage CloudStack obtains the information of CloudStack All hosts and virtual machine.
Step 35: the information of the information that backstage comparison Agent returns and CloudStack, the id of the CloudStack dummy node of confirmation and Agent binding, and this id is sent to Agent.
Step 36: Agent sends virtual node information at every turn and all binds the dummy node id obtained in step 33.
Claims (4)
1. the construction method based on the monitoring Agent of CloudStack dummy node, it is characterized in that, when creating new CloudStack dummy node, injecting monitoring Agent and to dummy node implementing monitoring, get the various running status indexs of virtual machine, key step comprises as follows:
Step 1: build the Agent with the binding of CloudStack dummy node, this Agent injects when CloudStack dummy node is created and binds, and then the running status of monitoring dummy node, return monitor control index information;
Step 2: create Agent receiver module, the real time information that this Agent receiver module Receiving Agent program is monitored;
Step 3: create Agent display module, this module provides CloudStack Admin Access entrance in the mode of Web, logs in password consistent with CloudStack administrator's password, employing be same database;
First step 4:Agent display module logs in accession page according to the username and password of user's input, the information that page presentation monitoring Agent collects;
Step 5: Agent is set, insert background program and port, select the information needed virtual machine monitoring;
Step 6: create each Edition operating system mirror image that CloudStack needs to install, the Agent set in implantation step 5 in this mirror image; These operating system mirror images are installed when creating new CloudStack dummy node;
Step 7:CloudStack keeper creates new virtual machine, and starts Agent;
Step 8: mounted Agent ceaselessly sends virtual machine information to backstage, and background program preserves these information, and design of graphics, sheet form provide web page access.
2. the construction method of the monitoring Agent based on CloudStack dummy node according to claim 1, it is characterized in that, in step 1, create Agent binding module, this module can obtain the log-on message of Agent, and log-on message comprises virtual machine ip and id of binding; Agent timing to backstage binding module send log-on message, determine the binding relationship of Agent and host's virtual machine.
3. the construction method of the monitoring Agent based on CloudStack dummy node according to claim 1, it is characterized in that, in step 3, create background program administrator module, this module has CloudStack keeper account, can be obtained the essential information of all virtual machines of CloudStack cluster by this module.
4. the construction method of the monitoring Agent based on CloudStack dummy node according to claim 1, it is characterized in that, in step 4, what use the account name of user's input and password to obtain CloudStack logs in token, calls CloudStackAPI obtain Administrator Info and judge whether to log according to token.
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| CN104378264B (en) * | 2014-12-12 | 2017-09-15 | 武汉噢易云计算股份有限公司 | A kind of virtual machine process flux monitoring method based on sFlow |
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