CN103490941B - A kind of cloud computing environment monitors Configuration Online method in real time - Google Patents
A kind of cloud computing environment monitors Configuration Online method in real time Download PDFInfo
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Abstract
The invention discloses a kind of Configuration Online method that monitors in real time in cloud computing environment.The method includes: set up configuration template knowledge base；Receive the monitoring keyword of user's input；Whether judgemental knowledge storehouse exists the configuration template corresponding with the keyword of user's input；If being judged as in knowledge base there is not the configuration template corresponding with the keyword of user's input, then in template knowledge base, increase the configuration template corresponding with this keyword；The information of build-in services on the monitored virtual machine of detection, according to the configuration template corresponding with described keyword and the information of build-in services that detected, generates the monitoring configuration file of the described monitored virtual machine corresponding with the keyword that described user inputs.The present invention can simplify user and add the process of monitoring configuration online, makes user focus on monitoring service itself rather than complicated configuration content.
Description
Technical field
The present invention relates to virtual machine monitoring field in cloud computing, be specifically related to a kind of method that virtual machine monitors on-line intelligence configuration in real time.
Background technology
In cloud computing environment, the substantial amounts of virtual machine with practical business is had to run.One good cloud management platform needs monitoring system, it is possible to be monitored special services on virtual machine according to the practical business demand of user, including the state of this service, details etc., and serious service can carry out note or mail warning.In order to improve the ease for use of monitoring system in cloud management platform, preferably try one's best and reduce the learning cost and labor cost that user is the interpolation monitoring of each virtual machine, reduce user and add the process of monitoring duplicate contents configuration, need to reduce as far as possible the work complexity of management personnel.
Virtual machine monitoring is carried out configuration mainly to the initialization of service monitoring configuration on this virtual machine, configuration information may include that the Hostname of virtual machine, IP address, main frame inspection order, service name, service inspection order, review time section, check time interval, retries maximum times, retries time interval, alarm switch, alert if, time of fire alarming section, alarm time interval, contact person's (group), and other personal settings.
Generally, the in real time configuration work of monitoring is divided into two parts: be first preparation, and user is it should be understood that all service names of the required monitoring of this virtual machine；Followed by user manually adds all of configuration information.Due to virtual machine quantity this feature very big in cloud computing, user the work difficulty manually completing virtual machine monitoring configuration is bigger, and Consumer's Experience is very poor.Main cause is as follows: 1. the virtual machine quantity in cloud computing environment is a lot, once may can create tens, the virtual machine of up to a hundred, if be all manually monitored the preparation of configuration by user, then it should be understood that the practical business situation of each virtual machine, workload is the biggest；2. the combination of monitoring configuration item is more, uses relatively flexible, but generally some configuration items are unessential, and a lot of configuration item is repeated work, and user needs manually write multinomial configuration and guarantee that, without cacography, Consumer's Experience is very poor.
Additionally, more existing collocation methods are desirable that the service name of each practical business in user's virtual machine fully aware of and check the title of script, this brings worry to user.It would therefore be highly desirable to the method for the easiest intelligence is accomplished to the Configuration Online that virtual machine monitors in real time.
Summary of the invention
Based on above-mentioned target, the present invention proposes a kind of relatively intelligent, flexibly virtual machine and monitors Configuration Online method in real time, is used for solving current virtual machine and monitors more complicated, the loaded down with trivial details problem of collocation method in real time.
In order to solve above-mentioned technical problem, the invention provides a kind of Configuration Online method that monitors in real time in cloud computing environment.The method includes:
Set up configuration template knowledge base；
Receive the monitoring keyword of user's input；
Whether judgemental knowledge storehouse exists the configuration template corresponding with the keyword of user's input；
If being judged as in knowledge base there is not the configuration template corresponding with the keyword of user's input, then in template knowledge base, increase the configuration template corresponding with this keyword；
The information of build-in services on the monitored virtual machine of detection, according to the configuration template corresponding with described keyword and the information of build-in services that detected, generates the monitoring configuration file of the described monitored virtual machine corresponding with the keyword that described user inputs.
Wherein, described detection be monitored on virtual machine build-in services information, according to the information of the configuration template corresponding with described keyword and the build-in services that detected, the step monitoring configuration file that generates the described monitored virtual machine corresponding with the keyword of described user input, farther include: make the copy of the configuration template corresponding with described keyword；The information of build-in services on the monitored virtual machine of service entry list detection according to described copy；According to the information of the build-in services detected, revise described copy to generate the monitoring configuration file of the described monitored virtual machine corresponding with the keyword of described user input.
Further, the information of the build-in services detected can include the service name of build-in services and the version information detected.
Wherein, the described information according to the build-in services detected, revise described copy to generate the process of the monitoring configuration file of described monitored virtual machine corresponding to keyword with described user input, farther include: the service relevant configuration deletion that the service name comparing the build-in services detected in described copy is had more；IP address and the Hostname of described monitored virtual machine are set in described copy；Using described copy as being used for monitoring the configuration file of described monitored virtual machine.
Wherein, described detection is monitored on virtual machine the step of the information of build-in services, farther includes: obtain IP address and the system type of monitored virtual machine；Obtain the service list in described copy；Each service in the whether build-in services list of poll services list, IP address based on monitored virtual machine and the monitored virtual machine of system type inquiry；Retain Query Result in described copy and represent the configuration item of the service installed in monitored virtual machine, and the command parameter of retained configuration item is revised as the corresponding configuration value of the monitored virtual machine detected；Delete Query Result in described copy and represent the configuration item of the service do not installed in monitored virtual machine.
Additionally, described detection is monitored, the step of the information of build-in services on virtual machine, may also include that
IP address according to user's input determines the information of build-in services on described monitored virtual machine, the more monitored virtual machine of detection.
The step of the information of build-in services on virtual machine additionally, described detection is monitored, also includes:
IP address field according to user's input determines more than one described monitored virtual machine, then separately detects the information of build-in services on each monitored virtual machine
The step of the information of build-in services on virtual machine additionally, described detection is monitored, also includes:
Using the whole virtual machines automatically detected or with the class virtual machine of keyword match of user's input all as monitored virtual machine, then separately detect the information of build-in services on each monitored virtual machine.
Additionally, the described process increasing the configuration template corresponding with this keyword in template knowledge base, farther include:
Prompting user is for configuring the service inspection parameter information of the input of the configuration template corresponding with this keyword；
Service inspection parameter information according to user's input generates the configuration template corresponding with this keyword with Configuration Framework.
Additionally, described configuration template includes following configuration item: Hostname belonging to Hostname, host IP address, service name, service and service inspection order；And/or, generate configuration content according to the monitor command of user's input.
Compared with prior art, one or more embodiments of the invention can have the advantage that the present invention passes through the keyword according to user's input, automatically mounted service on the monitored virtual machine of detection, thus automatically generate the configuration file corresponding with keyword, user can be simplified and add the process of monitoring configuration online, user is made to focus on monitoring service itself rather than complicated configuration content.Furthermore, it is not necessary that user signs in virtual machine internal inquiry just all services belonging to the monitoring of a certain type on virtual machine can be monitored configuration.
It is especially applicable to the virtual machine guaranteed under following application scenarios monitors the ease for use of Configuration Online in real time: the publicly-owned cloud scene of cloud computing, enterprise provides virtual machine to user, each user has the business demand of personalization and it should be understood that the running status of these business, user needs Telnet virtual machine internal in this case, understand concrete service name and carry out detailed monitoring configuration, the application present invention just can avoid the process of user's Telnet virtual machine, intelligent detecting is monitored on virtual machine the service name installed, it is automatically performed the corresponding making monitoring template.
The present invention can improve virtual machine in cloud computing to a great extent and monitor ease for use and the standardization of Configuration Online in real time, has higher practical value and commercial value.
The present invention had both supported linux system, also supported Windows system, and user need not provide the information of each goal systems type.
Other features and advantages of the present invention will illustrate in the following description, and, partly become apparent from description, or understand by implementing the present invention.The purpose of the present invention and other advantages can be realized by structure specifically noted in description, claims and accompanying drawing and be obtained.
Accompanying drawing explanation
Accompanying drawing is for providing a further understanding of the present invention, and constitutes a part for description, is provided commonly for explaining the present invention with embodiments of the invention, is not intended that limitation of the present invention.In the accompanying drawings:
Fig. 1 is the flow chart monitoring Configuration Online method in cloud computing environment according to embodiments of the present invention in real time；
Fig. 2 is a configuration template example according to embodiments of the present invention；
Fig. 3 is the handling process schematic diagram of step S150 of monitoring Configuration Online method in real time in cloud computing environment according to embodiments of the present invention.
Fig. 4 is the handling process schematic diagram of sub-step S152 in step S150 monitoring Configuration Online method in cloud computing environment according to embodiments of the present invention in real time.
Detailed description of the invention
Describing embodiments of the present invention in detail below with reference to drawings and Examples, to the present invention, how application technology means solve technical problem whereby, and the process that realizes reaching technique effect can fully understand and implement according to this.As long as it should be noted that do not constitute conflict, each embodiment in the present invention and each feature in each embodiment can be combined with each other, and the technical scheme formed is all within protection scope of the present invention.
Additionally, can perform in the computer system of such as one group of computer executable instructions in the step shown in the flow chart of accompanying drawing, and, although show logical order in flow charts, but in some cases, can be to be different from the step shown or described by order execution herein.
In the present embodiment, using rhel6.0 as the example of host, and to use its kvm carried be virtual machine monitor, libvirt is virtual machine management program, the target virtual machine that rhel6.0 and windowsserver2008 operating system is implemented as the present invention program can be respectively mounted, and the virtual machine achieving the present invention respectively on rhel6.0 and windowsserver2008 monitors Configuration Online in real time.Here virtual machine monitoring configures with keyword SNMP (SimpleNetworkManagementProtocol, Simple Network Management Protocol) as a example by, it is specifically included virtual machine and can be configured by all service names, inspection order, review time section, the check time interval etc. that SNMP monitors.
The Configuration Online method that monitors in real time in the cloud computing environment of the present embodiment is described in detail below in conjunction with Fig. 1.
Step S110, sets up configuration template knowledge base；
Step S120, receives the monitoring keyword of user's input；
Step S130, it is judged that if whether there is the configuration template corresponding with the keyword of user's input in knowledge base be judged as in knowledge base there is not the configuration template corresponding with the keyword of user's input, then enter step S140, otherwise, enter step S150；
Step S140, increases the configuration template corresponding with this keyword in template knowledge base, enters step S150；
Step S150, the information of build-in services on the monitored virtual machine of detection, according to the configuration template corresponding with described keyword and the information of build-in services that detected, generate the monitoring configuration file of the described monitored virtual machine corresponding with the keyword that described user inputs.Finally, the monitoring configuration file with described monitored virtual machine generated can be loaded into cloud management platform monitoring system installation directory.
In step S110, the configuration template of storage in configuration template knowledge base.Configuration template can include the configuration item such as Hostname and service inspection order belonging to Hostname, host IP address, service name, service.Additionally, also configuration content can be generated according to the monitor command of user's input.So, the autonomic learning performance of knowledge base can be strengthened, reduce the configuration operation of worried user as far as possible.
Step S120, receives the monitoring keyword of user's input, and the keyword inputted can be the common application services such as SNMP, data base, middleware, corresponding different monitoring type, and each type or keyword supervised is corresponding to a configuration template in knowledge base.In other words, in knowledge base, storage has configuration template corresponding with various COSs respectively.
In this example, input SNMP with user and illustrate as an example,
In step S130, it is judged that whether knowledge base exists the configuration template corresponding with keyword SNMP.If being judged as in knowledge base there is not the configuration template corresponding with the keyword of user's input, then can be according in following flow process interpolation corresponding configuration template to knowledge base:
A) system is by with snmp_template.cfg.in for one new configuration template of name creation
Fig. 2 illustrates a configuration template example.For different monitoring type (keyword), template style is essentially identical, but the check_command of service can have different contents according to different templates.As shown in Figure 2, configuration template can include two parts content: a part is host monitor configuration template, including the information such as Hostname, host IP address；A part is service monitoring configuration template, including service name, and service affiliated Hostname, service inspection order etc..
B) prompting user adds service name CPUUsage and checks order check_snmp_cpu
In this example, corresponding for this command name check_snmp_cpu actual execution order can be :/usr/local/cobra/libexec/check_snmp h10.1.1.1 osystem.cpu.The most then require that user inputs and specify the detailed orders checking order specifying information :/usr/local/cobra/libexec/check_snmp h10.1.1.1 osystem.cpu, this just adds worry to user.
C) resolve the service name of user's input and check order, completing these two configuration initial work
In snmp_template.cfg.in, find the information such as the execution order of cpu monitor, inspection intervals, warning classification, and the service name combining user's input generates new configuration file snmp_template_hostname.cfg.More specifically, a copy of snmp_template.cfg.in can be generated, the service name in conjunction with user's input revises this copy to obtain new configuration file snmp_template_hostname.cfg.
D) other configuration item initial configuration are completed.
E) configuration template is saved as.
In step S140, user can be pointed out to be used for configuring the service inspection parameter information of the input of the configuration template corresponding with this keyword；Service inspection parameter information according to user's input generates the configuration template corresponding with this keyword with Configuration Framework.
In step S150, the information of build-in services on the monitored virtual machine of detection, according to the configuration template corresponding with described keyword and the information of build-in services that detected, generate the monitoring configuration file of the described monitored virtual machine corresponding with the keyword of described user input, can include further (with reference to Fig. 3):
Step S151, makes the copy of the configuration template corresponding with described keyword.
Step S152, detects the information of build-in services on monitored virtual machine according to the service entry list of described copy, and wherein, the information of the build-in services detected includes the service name of build-in services and the version information etc. detected.
Step S153, the service relevant configuration service name comparing the build-in services detected in described copy being had more is deleted.
In the OID of this case-based system, process statistical information, system boot time and available exchange partition can match the most in a template.Considering length and repeatability, Fig. 2 only illustrates as an example with a host and a service." process statistical information, system boot time and available exchange partition " is in corresponding diagram 2 for the defineservice of second module.This example obtains process statistical information, system boot time and the OID corresponding to available exchange partition respectively, so can generate three defineservie section configuration files, this difference of three sections is that the value of service_description is different (may be Process, UpTime, Swap respectively), and in check_command ,-o parameter is different (the actual OID value got).Login user number is not collected in knowledge base snmp_template.cfg.in configuration template.In this example, process statistical information, system boot time and available exchange partition OID value are consistent with respective service in knowledge base snmp_template.cfg.in configuration template, it is not necessary to amendment.Login user number in this example is not present in template, therefore can increase the configuration of LoginUsers according to the form of configuration template.
Step S154, arranges IP address and the Hostname of described monitored virtual machine in described copy.
Step S155, using described copy as being used for monitoring the configuration file of described monitored virtual machine.
By step S153～step S155, according to the information of the build-in services detected, revise described copy to generate the monitoring configuration file with described monitored virtual machine.
More specifically, step S152 can farther include:
Step S1520, determines monitored virtual machine；
Step S1521, obtains IP address and the system type of monitored virtual machine；
Step S1522, obtains the service list in described copy；
Each service in the whether build-in services list of step S1523, poll services list, IP address based on monitored virtual machine and the monitored virtual machine of system type inquiry；
Step S1524, retains Query Result in described copy and represents the configuration item of the service installed in monitored virtual machine, and the command parameter of retained configuration item is revised as the corresponding configuration value of the monitored virtual machine detected.More specifically, as a example by Fig. 2, being " $ USER1 $/check_snmp-H $ ARG1 $-C $ ARG2 $-P $ ARG3 $-o $ ARG4 $-w $ ARG5 $-c $ ARG6 $ " as in template, parameter here is the content of similar " $ ARG1 $ " form.Amendment to command parameter, it is to be the most concrete information by the content modification of similar " $ ARG1 $ " default form, in the most aforementioned check_snmp order, first parameter " $ ARG1 $ " needs to be revised as the IP address of the monitored virtual machine of reality, such as 10.1.80.1.Other command parameter is also identical process.
Step S1525, deletes Query Result in described copy and represents the configuration item of the service do not installed in monitored virtual machine.
In step S1520, the information of build-in services on described monitored virtual machine, the more monitored virtual machine of detection can be determined according to the IP address of user's input.More than one described monitored virtual machine can also be determined according to the IP address field of user's input, then separately detect the information of build-in services on each monitored virtual machine.Can also will automatically detect.Automatically detection uses nmap instrument can obtain the main frame of certain existing state IP or the open serve port information of virtual machine and preserve this information.Whole virtual machines of arriving or with a class virtual machine of the keyword match of user's input all as monitored virtual machine, then separately detect the information of build-in services on each monitored virtual machine.
This virtual machine IP address of record in this example detection case-based system cloud management platform: 10.1.80.200, the entitled rhel6_64 of virtual machine host, OS Type is linux.The monitored virtual machine of system detection can OID(ObjectID: object identifier) value and the service name of correspondence.
This example detection case-based system be monitored in virtual machine rhel6_64 available OID and corresponding with service title as follows:
.1.3.6.1.2.1.25.1.6.0ProcessTotality
.1.3.6.1.2.1.25.1.1.0SystemUPTime
.1.3.6.1.4.1.2021.4.4.0AvailableMemorySwap
.1.3.6.1.2.1.25.1.5.0LoginUsers
Other OID and service name are unified form as above, and this process those skilled in the art are not all it is understood that repeat them here.
Finally, the monitoring configuration file snmp_rhel6_64.cfg of the described monitored virtual machine corresponding with the keyword SNMP that described user inputs generated can be loaded under cloud management platform monitoring system installation directory/opt/cobra/etc.
The present embodiment simply lists one of which than more typical mode.Being understandable that the present invention is applicable to batch and adds the setting of virtual machine real-time monitoring configuration information, this process those skilled in the art are not all it is understood that repeat them here.
With the virtual machine instance of rhel6.0 system, the present embodiment only illustrates that unified, intelligence, flexibly virtual machine monitor the process of Configuration Online in real time, in fact the present invention is applicable to virtual machine and the switch device of any system, wherein, most typical application scenarios is the virtual machine of Linux and Windows system.Being above as a example by single virtual machine monitors Configuration Online in real time, the virtual machine being also applied for carrying out multiple virtual machines batch setting same type keyword monitors configuration in real time.Being above as a example by SNMP monitoring keyword, be also applied for other types such as data base, middleware, common application service is keyword monitors Configuration Online in real time, this process those skilled in the art are equal it is understood that do not repeat them here.
Although the embodiment that disclosed herein is as above, but described content is only to facilitate the embodiment that understands the present invention and use, is not limited to the present invention.Technical staff in any the technical field of the invention; on the premise of without departing from the spirit and scope that disclosed herein; in form and any amendment and change can be made in details implement; but the scope of patent protection of the present invention, still must be defined in the range of standard with appending claims.
Claims (8)
1. a cloud computing environment monitors Configuration Online method in real time, it is characterised in that including:
Set up configuration template knowledge base；
Receive the monitoring keyword of user's input；
Whether judgemental knowledge storehouse exists the configuration template corresponding with the keyword of user's input；
If being judged as in knowledge base there is not the configuration template corresponding with the keyword of user's input, then in template knowledge base, increase the configuration template corresponding with this keyword；
The information of build-in services on the monitored virtual machine of detection, according to the configuration template corresponding with described keyword and the information of build-in services that detected, generates the monitoring configuration file of the described monitored virtual machine corresponding with the keyword that described user inputs,
Described detection be monitored on virtual machine build-in services information, according to the information of the configuration template corresponding with described keyword and the build-in services that detected, the step monitoring configuration file that generates the described monitored virtual machine corresponding with the keyword of described user input, farther include:
Make the copy of the configuration template corresponding with described keyword；
The information of build-in services on the monitored virtual machine of service entry list detection according to described copy；
According to the information of the build-in services detected, revise the described copy monitoring configuration file with described monitored virtual machine corresponding to the keyword that generates with described user inputs,
Described detection is monitored on virtual machine the step of the information of build-in services, farther includes:
Obtain IP address and the system type of monitored virtual machine；
Obtain the service list in described copy；
Each service in the whether build-in services list of poll services list, IP address based on monitored virtual machine and the monitored virtual machine of system type inquiry；
Retain Query Result in described copy and represent the configuration item of the service installed in monitored virtual machine, and the command parameter of retained configuration item is revised as the corresponding configuration value of the monitored virtual machine detected；
Delete Query Result in described copy and represent the configuration item of the service do not installed in monitored virtual machine.
Method the most according to claim 1, it is characterised in that the information of the build-in services detected includes the service name of build-in services and the version information detected.
Method the most according to claim 2, it is characterized in that, the described information according to the build-in services detected, revise described copy to generate the process monitoring configuration file of described monitored virtual machine corresponding to keyword with described user input, farther include:
The service relevant configuration service name comparing the build-in services detected in described copy being had more is deleted；
IP address and the Hostname of described monitored virtual machine are set in described copy；
Using described copy as being used for monitoring the configuration file of described monitored virtual machine.
The most according to the method in any one of claims 1 to 3, it is characterised in that described detection is monitored on virtual machine the step of the information of build-in services, also includes:
IP address according to user's input determines the information of build-in services on described monitored virtual machine, the more monitored virtual machine of detection.
The most according to the method in any one of claims 1 to 3, it is characterised in that described detection is monitored on virtual machine the step of the information of build-in services, also includes:
IP address field according to user's input determines more than one described monitored virtual machine, then separately detects the information of build-in services on each monitored virtual machine.
The most according to the method in any one of claims 1 to 3, it is characterised in that described detection is monitored on virtual machine the step of the information of build-in services, also includes:
Using the whole virtual machines automatically detected or with the class virtual machine of keyword match of user's input all as monitored virtual machine, then separately detect the information of build-in services on each monitored virtual machine.
The most according to the method in any one of claims 1 to 3, it is characterised in that the described process increasing the configuration template corresponding with this keyword in template knowledge base, farther include:
Prompting user is for configuring the service inspection parameter information of the input of the configuration template corresponding with this keyword；
Service inspection parameter information according to user's input generates the configuration template corresponding with this keyword with Configuration Framework.
The most according to the method in any one of claims 1 to 3, it is characterised in that
Described configuration template includes following configuration item: Hostname belonging to Hostname, host IP address, service name, service and service inspection order；And/or,
Monitor command according to user's input generates configuration content.
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| 基于IPv6的云计算平台虚拟机群环境自动配置;郭涛，等;《中北大学学报（自然科学版）》;20120229;第33卷(第2期);第130~134页 * |
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| CN103490941A (en) | 2014-01-01 |
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