CN103226493A - Method and system for deploying multi-operation system service - Google Patents
Method and system for deploying multi-operation system service Download PDFInfo
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- CN103226493A CN103226493A CN2013101802113A CN201310180211A CN103226493A CN 103226493 A CN103226493 A CN 103226493A CN 2013101802113 A CN2013101802113 A CN 2013101802113A CN 201310180211 A CN201310180211 A CN 201310180211A CN 103226493 A CN103226493 A CN 103226493A
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Abstract
The invention discloses a method for deploying multi-operation system service. The method comprises the following steps that a service deployment control central server receives a service deployment request, wherein the service deployment request comprises operation information of service to be deployed; the service deployment control central server acquires a corresponding virtual machine template according to the service deployment request; the service deployment control central server generates service virtual images corresponding to the service to be deployed according to the virtual machine template; and the service deployment control central server distributes corresponding resources for the virtual machine images according to the state of a service deployment cluster, and executes the deployment. Through management of a uniform platform, the deployment and operation and maintenance cost is lowered, the fault recovery efficiency is high, the machine resource is sufficiently utilized, and the mobility and the expandability are good. The invention further discloses a deployment system of the multi-operation system service.
Description
Technical field
The present invention relates to field of computer technology, particularly a kind of dispositions method of multiple operating system business and system.
Background technology
In company, various business often has the environmental demand of different system deployment.Along with the growth of professional scale, number is in 1,100 even the deployment of service up to ten thousand and safeguard and just become complicated and chaotic.Wherein,, can take a large amount of server resources, cause waste if each service is all disposed separately.Independent maintenance is carried out in each service also needed to expend great amount of manpower and resource.
Different business relies on different system environmentss, as Windows, and environment such as Linux.Different business has different resource requirements, as different to the demand of CPU, network, disk space, deployment path and safety control strategy.And different business has different software to rely on.These all make unified plan and maintenance difficulties very big.
Therefore mostly existing solution is to make up a platform at the similar business of a class demand, safeguards the similar system environments of a cover, is engaged in disposing in the enterprising industry of platform.Perhaps construct a series of virtual machine, virtual machine is used as physical server, in virtual machine, carry out professional deployment control.
Optimize though prior art is disposed separately single service, still do not make full use of system resource, inhomogeneous service is still needed to manage separately and safeguard, cause bigger expense and waste.
Summary of the invention
The present invention is intended to solve at least one of technical matters that exists in the prior art.For this reason, one object of the present invention is to propose a kind of dispositions method of multiple operating system business, manages by the unified platform, has reduced deployment and O﹠M cost, and fault recovery efficient height makes full use of machine resources, animal migration and favorable expandability.
Second purpose of the present invention is to propose a kind of deployment system of multiple operating system business.
For achieving the above object, the embodiment of first aspect present invention has proposed a kind of dispositions method of multiple operating system business, may further comprise the steps: the service deployment control center server receives the service deployment request, and wherein, described service deployment request comprises waits to dispose professional operation information; Described service deployment control center server is according to described service deployment acquisition request corresponding virtual machine template; Described service deployment control center server generates the described professional corresponding service virtual machine image of waiting to dispose according to described virtual machine template; Described service deployment control center server is that described virtual machine image distributes corresponding resource according to the state of service deployment cluster, and carries out and dispose.
Dispositions method according to the multiple operating system business of the embodiment of the invention manages system environments professional and that relied on by the unified platform, by being configured, virtual machine template generates professional virtual machine image, satisfied the demand of compatible multiple operating system environment in the robotization deployment platform, solved the different problems of dependence such as business software environment, parameter configuration in the same operating system environment, made that stateless business can free migration between different physical hosts.Unified service deployment and O﹠M environment have also reduced deployment, dilatation, migration, the O﹠M cost that extensive business is mixed portion, fault recovery efficient height, and diverse professional isolation part is deployed on the identical physical machine, saved resources such as machine and frame position.
In one embodiment of the invention, also comprise: the service of described service deployment control center is saved to virtual machine image administrative center with described professional virtual machine image, so that described virtual machine image administrative center manages described virtual machine image.
In one embodiment of the invention, described virtual machine template is stored in the virtual machine template storehouse, and described service deployment control center server is inquired about described virtual machine template storehouse according to described service deployment request and obtained described virtual machine template.
In one embodiment of the invention, after described service deployment control center server is according to described service deployment acquisition request corresponding virtual machine template, also comprise: described service deployment control center server starts described virtual machine template in sandbox environment, carries out service deployment and adjusts the virtual machine parameter according to described virtual machine template for the user.
In one embodiment of the invention, described operation information comprises described wait to dispose professional OS Type information and version information.
The embodiment of second aspect present invention has proposed a kind of deployment system of multiple operating system business, comprise client and service deployment control center server, wherein, described client is used for sending the service deployment request to described service deployment control center server, wherein, described service deployment request comprises the operation information of waiting the business of disposing; Described service deployment control center server is used for according to described service deployment acquisition request corresponding virtual machine template, and generate the described professional corresponding service virtual machine image of waiting to dispose according to described virtual machine template, and be that described virtual machine image distributes corresponding resource, and carry out and dispose according to the state of service deployment cluster.
Deployment system according to the multiple operating system business of the embodiment of the invention manages system environments professional and that relied on by the unified platform, by being configured, virtual machine template generates professional virtual machine image, satisfied the demand of compatible multiple operating system environment in the robotization deployment platform, solved the different problems of dependence such as business software environment, parameter configuration in the same operating system environment, made that stateless business can free migration between different physical hosts.Unified service deployment and O﹠M environment have also reduced deployment, dilatation, migration, the O﹠M cost that extensive business is mixed portion, fault recovery efficient height, and diverse professional isolation part is deployed on the identical physical machine, saved resources such as machine and frame position.
In one embodiment of the invention, also comprise virtual machine image administrative center, be used to receive the described professional virtual machine image that the service of described service deployment control center sends and preserve, and described virtual machine image is managed.
In one embodiment of the invention, described virtual machine template is stored in the virtual machine template storehouse, and described service deployment control center server is inquired about described virtual machine template storehouse according to described service deployment request and obtained described virtual machine template.
In one embodiment of the invention, comprise that also sandbox environment provides server, be used for providing sandbox environment and start described virtual machine template, carry out service deployment and adjust the virtual machine parameter according to described virtual machine template for the user at described sandbox environment.
In one embodiment of the invention, described operation information comprises described wait to dispose professional OS Type information and version information.
Additional aspect of the present invention and advantage part in the following description provide, and part will become obviously from the following description, or recognize by practice of the present invention.
Description of drawings
Above-mentioned and/or additional aspect of the present invention and advantage are from obviously and easily understanding becoming the description of embodiment in conjunction with following accompanying drawing, wherein:
Fig. 1 is the process flow diagram according to the dispositions method of the multiple operating system business of the embodiment of the invention;
Fig. 2 is the structural drawing according to the deployment of the multiple operating system business of the embodiment of the invention; With
Fig. 3 is the structural representation according to the deployment system of the multiple operating system business of the embodiment of the invention.
Embodiment
Describe embodiments of the invention below in detail, the example of described embodiment is shown in the drawings, and wherein identical from start to finish or similar label is represented identical or similar elements or the element with identical or similar functions.Below by the embodiment that is described with reference to the drawings is exemplary, only is used to explain the present invention, and can not be interpreted as limitation of the present invention.
Below with reference to the dispositions method of Fig. 1 description, may further comprise the steps according to the multiple operating system business of the embodiment of the invention:
Step S110: the service deployment control center server receives the service deployment request, and wherein, the service deployment request comprises waits to dispose professional operation information, and operation information comprises waits to dispose professional OS Type information and version information.
Step S120: the service deployment control center server is according to service deployment acquisition request corresponding virtual machine template.
Wherein, after the service deployment control center server is according to service deployment acquisition request corresponding virtual machine template, also comprise: the service deployment control center server starts virtual machine template in sandbox environment, carries out service deployment and adjusts the virtual machine parameter according to virtual machine template for the user.
Step S130: the service deployment control center server generates according to virtual machine template and waits to dispose professional corresponding service virtual machine image.
Step S140: the service deployment control center server is that virtual machine image distributes corresponding resource according to the state of service deployment cluster, and carries out and dispose.
In one embodiment of the invention, also comprise: the service of service deployment control center is saved to virtual machine image administrative center with professional virtual machine image, so that virtual machine image administrative center manages virtual machine image.Virtual machine template is stored in the virtual machine template storehouse, and the service deployment control center server obtains virtual machine template according to service deployment request inquiry virtual machine template storehouse.
As shown in Figure 2, mainly comprise four ingredients in the dispositions method of multiple operating system business, be respectively: service deployment control center server S1, virtual machine image administrative center S2, virtual machine template storehouse S3 and sandbox environment S4 and service deployment cluster S5.
Function to these five parts describes below.Be understandable that following function declaration is not limited thereto according to embodiments of the invention only for illustrative purposes.
(1), service deployment control center server S1 is the deployment scheduling core of total system.
Mainly comprise following function:
(1) service deployment control center server S1 receives user's generation service deployment request.Wherein, the service deployment request comprises waits to dispose professional operation information, and operation information comprises waits to dispose professional OS Type information and version information.
(2) service deployment control center server S1 obtains the virtual machine template of corresponding coupling according to the service deployment request from the S3 of virtual machine template storehouse.In addition, service deployment control center server S1 starts virtual machine template in sandbox environment S4, carries out service deployment and adjusts the virtual machine parameter according to virtual machine template for the user.
(3) service deployment control center server S1 generates according to virtual machine template and waits to dispose professional corresponding service virtual machine image, and professional virtual machine image is saved to virtual machine image administrative center S2, so that virtual machine image administrative center S2 manages virtual machine image.
(4) when the user asks to dispose business, service deployment control center server S1 extracts the virtual machine image of corresponding service from virtual machine image administrative center S2, from service deployment cluster S5, select suitable physical resource, dispose virtual machine image and start virtual machine.Physical resource can comprise satisfied professional redundance requirements such as resources such as CPU, internal memory, disk, the network bandwidth, frame position, network distribution.
(5) service deployment control center server S1 receives the physical machine state and reports, when certain virtual machine on single physical machine or the physical machine takes place when unusual, according to business game move, original place recovery or feedback error but do not handle automatically.
(2), virtual machine image administrative center S2 preserves all professional virtual machine images, is the storage area of the business software of total system, major function comprises:
(1) preserves the professional virtual machine image of each business, and the professional virtual machine image version of business, start-up parameter etc. are safeguarded.
(2) accept business and dispose the request of control center server S1, professional virtual machine image is preserved or deleted.
(3) accept business and dispose the request of control center server S1, return the specific transactions of coupling, the virtual machine image of particular version, S1 distributes deployment for the service deployment control center server.
(3), virtual machine template storehouse S3 is used for the storage virtual machine template, the generation of professional virtual machine image depends on the template that virtual machine template storehouse S3 provides.Wherein, the virtual machine masterplate professional for not disposing, only comprise the virtual machine image of operating system and basic software/software library.Virtual machine template storehouse S3 is responsible for preserving all virtual machine template.The function of virtual machine template storehouse S3 comprises:
(1) virtual machine image of a plurality of different operating system versions of preservation, virtual machine image is only installed basic operating system and software.The virtual machine image that for example comprises windows xp/2000server, Red Hat Enterprise Linux, Ubuntu different operating system, different distribution version and different editions.
(2) accept business and dispose the service deployment request of control center server S1, mate and return the virtual machine template that meets with the service deployment request.
(3) support is to interpolation, deletion and the renewal of virtual machine template.
(4), sandbox environment S4 and service deployment cluster S5
Sandbox environment S4 and service deployment cluster S5 can dispose and move virtual machine image.
Wherein, sandbox (Sandbox) is with generating and debug professional virtual machine image, test service operation, environment on the half line that reappears problem on the line being provided.The major function of sandbox environment S4 comprises:
(1) accepts business and dispose the scheduling controlling of control center server S1, in sandbox environment S4, start.As shown in Figure 2, in sandbox environment S4, start virtual machine template A and virtual machine template B, and dispose the generation virtual machine image according to the user.
(2) sandbox environment S4 accepts business and disposes the scheduling controlling of control center server S1, and customer service debugging and test environment are provided.
(3) carry out the test of service deployment cluster S5 function upgrading among the sandbox environment S4 and reach the standard grade in advance.
Service deployment cluster S5 provides environment on the line of service deployment and operation, and the major function of service deployment cluster S5 comprises:
(1) accepts business and dispose the scheduling controlling of control center server S1, carry out actual deployment and professional startup.
(2) report oneself state to service deployment control center server S1, so that service deployment control center server S1 carries out scheduling decision.
As shown in Figure 2, comprised professional A, professional B virtual machine image among the service deployment cluster S5, professional A, professional C, professional D virtual machine image, professional B, professional C virtual machine image, different combinations of services keeps isolating operation.
Concrete deployment flow process to this method describes below, is understandable that following explanation is not limited thereto according to embodiments of the invention only for illustrative purposes.
Step S210: when having new business to dispose, file an application by the user.The user sends the service deployment request to the service deployment control center server, comprises waiting to dispose professional operation information, operating system and the version information required as new business.
Step S220: the service deployment control center server receives the service deployment request, and operating system and version information that business is required are committed to the virtual machine template storehouse, is returned the virtual machine template of mating most by the virtual machine template storehouse.The service deployment control center server starts virtual machine template in sandbox environment.
Step S230: the service deployment control center server is returned the positional information of the virtual machine template of startup to the user, by the user virtual machine template is carried out service deployment, adjusts the virtual machine parameter and is finished work such as test and debugging.The user debugs the back and generates professional virtual machine image.Wherein,, return step S210, business setting is started automatically for start if virtual machine template starts failure or breaks down.
Step S240: the user sends request to the service deployment control center server, comprises business information, professional virtual machine position and parameter information etc. in the request.
Step S250: by of the request of service deployment control center server to the professional virtual machine image of professional virtual machine image administrative center's submission preservation.
Step S260: virtual machine image receives request, and professional virtual machine image administrative center creates new professional and preserve professional virtual machine image and relevant information.If preserve successfully, professional virtual machine image administrative center is back to the service deployment control center server, by the service deployment control center server user is fed back.If unsuccessful, retry step 250 and step 260 if repeatedly retry all gets nowhere, are returned failure information to the user, require user's repeating step 240.
Step S270: the user submits request to the service deployment control center server after confirming that professional virtual machine image is created success and is saved to professional virtual machine image administrative center, and for example asking the deployment scale is N, has the business of some restrictive condition.For example, restrictive condition can be disposed number for single physical machine can not surpass M, can not be distributed in the same network segment/frame etc.
Step S280: the service deployment request that the service deployment control center server is submitted to according to the user, state according to the service deployment cluster, comprise idle node, dispose service conditions etc., determine to give the machine and the related resource of professional virtual machine image distribution, and carry out and dispose and startup.
Step S290: when single professional virtual machine image is disposed when going wrong, carry out the original place according to subscriber policy and restart or move to restart or report an error and operation such as do not carry out operating.
The dispositions method of multiple operating system business can be applied to webpage/application safety and detect professional.Webpage/application safety detects service needed windows environment, comprises IE kernel etc.Former solution is moved the business of detection for safeguarding a collection of windows machine separately, and maintenance cost height, cost comprise installation, upgrading, the refitting cost of system, scale expansion cost, and safety is isolated cost etc.Use this method can detect business migration to unified service deployment control center server, the scale of can activating business easily, and O﹠M service operation environment specially, and can realize the single command dilatation, operation such as upgrade, roll off the production line.
The dispositions method of multiple operating system business can also be applied to Android and use shop applications audit business.Whether at present, Android uses shop applications audit service needed and use the Qemu simulator under the ubuntu environment, installs on the Qemu simulator and carries out the Android application, qualified to detect the application of submitting to.Detect content and comprise potential safety hazard, operation stability etc.Former solution is installed the Qemu simulator for safeguarding the Ubuntu machine separately on the Ubuntu machine, carry out one by one and use audit.Former scheme needs business side to safeguard the physical machine operating system environment voluntarily.After using this method to migrate to unified service deployment control center server, reflection gets final product only to need to make once, and running environment that need not follow-up O﹠M business, operation such as can realize the single command dilatation and roll off the production line.
Be understandable that above-mentioned webpage/application safety detects professional and Android uses shop applications audit business only for illustrative purposes, is not limited thereto according to embodiments of the invention.
Provide a kind of solution of hardware and software platform according to the dispositions method of the multiple operating system business of the embodiment of the invention, solved following three technical matterss:
(1), under the single linux system environment of platform, can be in the robotization deployment platform demand of compatible multiple operating system environment.
(2), under the single linux system environment of platform, solved the problem that business software environment, parameter configuration in the same operating system environment etc. rely on different demands.
(3), under the single linux system environment of platform, solved the problem of stateless business free migration between different physical hosts.
This method is carried out simplification and unification with the complicated service environment, and unified service deployment and O﹠M environment have reduced deployment, dilatation, migration, O﹠M cost that extensive business is mixed portion, save O﹠M cost.And this method is based on the virtual machine image management service, so fault recovery efficient height, and can effectively diverse professional isolation part be deployed on the identical physical machine, has saved resources such as machine and frame position.
Below with reference to the deployment system 100 of Fig. 3 description, comprise that client 110, service deployment control center server 120, virtual machine image administrative center 130 and sandbox environment provide server 140 according to the multiple operating system business of the embodiment of the invention.
Wherein, client 110 is used for sending the service deployment request to service deployment control center server 120, and wherein, the service deployment request comprises waits to dispose professional operation information; Service deployment control center server 120 is used for according to service deployment acquisition request corresponding virtual machine template, and generate according to virtual machine template and to wait to dispose professional corresponding service virtual machine image, and be that virtual machine image distributes corresponding resource, and carry out and dispose according to the state of service deployment cluster.
Also comprise virtual machine image administrative center 130, be used to receive professional virtual machine image and the preservation that the service of service deployment control center sends, and virtual machine image is managed.
Wherein, virtual machine template is stored in the virtual machine template storehouse, and service deployment control center server 120 obtains virtual machine template according to service deployment request inquiry virtual machine template storehouse.
Also comprise: sandbox environment provides server 140, is used for providing sandbox environment and starts virtual machine template at sandbox environment, carries out service deployment and adjusts the virtual machine parameter according to virtual machine template for the user.
Below native system is elaborated for example.Be understandable that following function declaration is not limited thereto according to embodiments of the invention only for illustrative purposes.
(1), service deployment control center server 120 is deployment scheduling cores of total system.Mainly comprise following function:
(1) service deployment control center server 120 receives the service deployment request that client 110 sends.Wherein, the service deployment request comprises waits to dispose professional operation information, and operation information comprises waits to dispose professional OS Type information and version information.
(2) service deployment control center server 120 is obtained the virtual machine template of corresponding coupling according to the service deployment request from the virtual machine template storehouse.In addition, service deployment control center server 120 provides server 140 to start virtual machine template in sandbox environment by sandbox environment, carries out service deployment and adjusts the virtual machine parameter according to virtual machine template by client 110 for the user.
(3) service deployment control center server 120 generates according to virtual machine template and waits to dispose professional corresponding service virtual machine image, and professional virtual machine image is saved to virtual machine image administrative center 130, so that 130 pairs of virtual machine images of virtual machine image administrative center manage.
(4) when business is disposed in client 110 requests, service deployment control center server 120 is extracted the virtual machine image of corresponding service from virtual machine image administrative center 130, from the service deployment cluster, select suitable physical resource, dispose virtual machine image and start virtual machine.Physical resource can comprise satisfied professional redundance requirements such as resources such as CPU, internal memory, disk, the network bandwidth, frame position, network distribution.
(5) service deployment control center server 120 receives the physical machine states and reports, when certain virtual machine on single physical machine or the physical machine takes place when unusual, according to business game move, original place recovery or feedback error but do not handle automatically.
(2), virtual machine image administrative center 130 preserves all professional virtual machine images, is the storage area of the business software of total system, major function comprises:
(1) preserves the professional virtual machine image of each business, and the professional virtual machine image version of business, start-up parameter etc. are safeguarded.
(2) accept business and dispose the request of control center server 120, professional virtual machine image is preserved or deleted.
(3) accept business and dispose the request of control center server 120, return the specific transactions of coupling, the virtual machine image of particular version, distribute deployment for service deployment control center server 120.
(3), the virtual machine template storehouse is used for the storage virtual machine template, the generation of professional virtual machine image depends on the template that the virtual machine template storehouse provides.Wherein, the virtual machine masterplate professional for not disposing, only comprise the virtual machine image of operating system and basic software/software library.All virtual machine template are responsible for preserving in the virtual machine template storehouse.The function in virtual machine template storehouse comprises:
(1) virtual machine image of a plurality of different operating system versions of preservation, virtual machine image is only installed basic operating system and software.The virtual machine image that for example comprises windows xp/2000server, Red Hat Enterprise Linux, Ubuntu different operating system, different distribution version and different editions.
(2) accept business and dispose the service deployment request of control center server 120, mate and return the virtual machine template that meets with the service deployment request.
(3) support is to interpolation, deletion and the renewal of virtual machine template.
(4), sandbox environment and service deployment cluster.Virtual machine image can be disposed and move to sandbox environment and service deployment cluster.
Wherein, sandbox (Sandbox) is with generating and debug professional virtual machine image, test service operation, environment on the half line that reappears problem on the line being provided.Sandbox environment provides the major function of server 140 to comprise:
(1) accepts business and dispose the scheduling controlling of control center server 120, in sandbox environment, start virtual machine template, and dispose the generation virtual machine image according to the user.
(2) sandbox environment is accepted business and is disposed the scheduling controlling of control center server 120, and customer service debugging and test environment are provided.
(3) carry out service deployment clustering functionality upgrading test and reaching the standard grade in advance in the sandbox environment.
The service deployment cluster provides environment on the line of service deployment and operation, and the major function of service deployment cluster comprises:
Accept business and dispose the scheduling controlling of control center server 120, carry out actual deployment and professional startup.
Report oneself state to service deployment control center server 120, so that service deployment control center server 120 is carried out scheduling decision.
Concrete deployment flow process to native system describes below, is understandable that following explanation is not limited thereto according to embodiments of the invention only for illustrative purposes.
Step S310: when having new business to dispose, file an application by the user.The user sends the service deployment request by client 110 to service deployment control center server 120, comprises waiting to dispose professional operation information, operating system and the version information required as new business.
Step S320: service deployment control center server 120 receives the service deployment request, and operating system and version information that business is required are committed to the virtual machine template storehouse, is returned the virtual machine template of mating most by the virtual machine template storehouse.Service deployment control center server 120 is providing server 140 to start virtual machine template in sandbox environment by sandbox environment.
Step S330: service deployment control center server 120 is returned the positional information of the virtual machine template of startup to the user, is carried out service deployment, adjusts the virtual machine parameter and finishes work such as test and debugging by 110 pairs of virtual machine template of client by the user.The user debugs the back and generates professional virtual machine image.Wherein,, return step S210, business setting is started automatically for start if virtual machine template starts failure or breaks down.
Step S340: the user sends request by client 110 to service deployment control center server 120, comprises business information, professional virtual machine position and parameter information etc. in the request.
Step S350: by the request of service deployment control center server 120 to the professional virtual machine image of professional virtual machine image administrative center's 130 submission preservations.
Step S360: virtual machine image receives request, and professional virtual machine image administrative center 130 creates new professional and preserve professional virtual machine image and relevant information.If preserve successfully, professional virtual machine image administrative center 130 is back to service deployment control center server 120, is fed back to client 110 by service deployment control center server 120.If unsuccessful, retry step 250 and step 260 if repeatedly retry all gets nowhere, are returned failure information to client 110, require user's repeating step 240.
Step S370: after the user confirms that by client 110 professional virtual machine image is created success and is saved to professional virtual machine image administrative center 130, submit request to service deployment control center server 120, for example asking the deployment scale is N, has the business of some restrictive condition.For example, restrictive condition can be disposed number for single physical machine can not surpass M, can not be distributed in the same network segment/frame etc.
Step S380: the service deployment request that service deployment control center server 120 is submitted to according to client 110, state according to the service deployment cluster, comprise idle node, dispose service conditions etc., determine to give the machine and the related resource of professional virtual machine image distribution, and carry out and dispose and startup.
Step S390: when single professional virtual machine image is disposed when going wrong, carry out the original place according to subscriber policy and restart or move to restart or report an error and operation such as do not carry out operating.
The deployment system of multiple operating system business can be applied to webpage/application safety and detect professional.Webpage/application safety detects service needed windows environment, comprises IE kernel etc.Former solution is moved the business of detection for safeguarding a collection of windows machine separately, and maintenance cost height, cost comprise installation, upgrading, the refitting cost of system, scale expansion cost, and safety is isolated cost etc.Use native system can detect business migration to unified service deployment control center server 120, the scale of can activating business easily, and O﹠M service operation environment specially, and can realize the single command dilatation, operation such as upgrade, roll off the production line.
The deployment system of multiple operating system business can also be applied to Android and use shop applications audit business.Whether at present, Android uses shop applications audit service needed and use the Qemu simulator under the ubuntu environment, installs on the Qemu simulator and carries out the Android application, qualified to detect the application of submitting to.Detect content and comprise potential safety hazard, operation stability etc.Former solution is installed the Qemu simulator for safeguarding the Ubuntu machine separately on the Ubuntu machine, carry out one by one and use audit.Former scheme needs business side to safeguard the physical machine operating system environment voluntarily.After using native system to migrate to unified service deployment control center server 120, reflection gets final product only to need to make once, and running environment that need not follow-up O﹠M business, operation such as can realize the single command dilatation and roll off the production line.
Be understandable that above-mentioned webpage/application safety detects professional and Android uses shop applications audit business only for illustrative purposes, is not limited thereto according to embodiments of the invention.
Provide a kind of solution of hardware and software platform according to the deployment system of the multiple operating system business of the embodiment of the invention, solved following three technical matterss:
(1), under the single linux system environment of platform, can be in the robotization deployment platform demand of compatible multiple operating system environment.
(2), under the single linux system environment of platform, solved the problem that business software environment, parameter configuration in the same operating system environment etc. rely on different demands.
(3), under the single linux system environment of platform, solved the problem of stateless business free migration between different physical hosts.
Native system carries out simplification and unification with the complicated service environment, and unified service deployment and O﹠M environment have reduced deployment, dilatation, migration, O﹠M cost that extensive business is mixed portion, save O﹠M cost.And this method is based on the virtual machine image management service, so fault recovery efficient height, and can effectively diverse professional isolation part be deployed on the identical physical machine, has saved resources such as machine and frame position.
In the description of this instructions, concrete feature, structure, material or characteristics that the description of reference term " embodiment ", " some embodiment ", " example ", " concrete example " or " some examples " etc. means in conjunction with this embodiment or example description are contained at least one embodiment of the present invention or the example.In this manual, the schematic statement to above-mentioned term not necessarily refers to identical embodiment or example.And concrete feature, structure, material or the characteristics of description can be with the suitable manner combination in any one or more embodiment or example.
Although illustrated and described embodiments of the invention, for the ordinary skill in the art, be appreciated that without departing from the principles and spirit of the present invention and can carry out multiple variation, modification, replacement and modification that scope of the present invention is by claims and be equal to and limit to these embodiment.
Claims (10)
1. the dispositions method of a multiple operating system business is characterized in that, may further comprise the steps:
The service deployment control center server receives the service deployment request, and wherein, described service deployment request comprises waits to dispose professional operation information;
Described service deployment control center server is according to described service deployment acquisition request corresponding virtual machine template;
Described service deployment control center server generates the described professional corresponding service virtual machine image of waiting to dispose according to described virtual machine template; And
Described service deployment control center server is that described virtual machine image distributes corresponding resource according to the state of service deployment cluster, and carries out and dispose.
2. the method for claim 1 is characterized in that, also comprises:
The service of described service deployment control center is saved to virtual machine image administrative center with described professional virtual machine image, so that described virtual machine image administrative center manages described virtual machine image.
3. method as claimed in claim 1 or 2 is characterized in that, described virtual machine template is stored in the virtual machine template storehouse, and described service deployment control center server is inquired about described virtual machine template storehouse according to described service deployment request and obtained described virtual machine template.
4. as each described method of claim 1-3, it is characterized in that, after described service deployment control center server is according to described service deployment acquisition request corresponding virtual machine template, also comprise:
Described service deployment control center server starts described virtual machine template in sandbox environment, carry out service deployment and adjust the virtual machine parameter according to described virtual machine template for the user.
5. as each described method of claim 1-4, it is characterized in that described operation information comprises described wait to dispose professional OS Type information and version information.
6. the deployment system of a multiple operating system business is characterized in that, comprises client and service deployment control center server, wherein,
Described client is used for sending the service deployment request to described service deployment control center server, and wherein, described service deployment request comprises waits to dispose professional operation information;
Described service deployment control center server, be used for according to described service deployment acquisition request corresponding virtual machine template, and generate the described professional corresponding service virtual machine image of waiting to dispose according to described virtual machine template, and be that described virtual machine image distributes corresponding resource, and carry out and dispose according to the state of service deployment cluster.
7. system as claimed in claim 6 is characterized in that, also comprises:
Virtual machine image administrative center is used to receive the described professional virtual machine image that the service of described service deployment control center sends and preserves, and described virtual machine image is managed.
8. system as claimed in claim 6 is characterized in that, described virtual machine template is stored in the virtual machine template storehouse, and described service deployment control center server is inquired about described virtual machine template storehouse according to described service deployment request and obtained described virtual machine template.
9. system as claimed in claim 6 is characterized in that, also comprises:
Sandbox environment provides server, is used for providing sandbox environment and starts described virtual machine template at described sandbox environment, carries out service deployment and adjusts the virtual machine parameter according to described virtual machine template for the user.
10. system as claimed in claim 6 is characterized in that, described operation information comprises described wait to dispose professional OS Type information and version information.
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