CN104793946A - Application deployment method and system based on cloud computing platform - Google Patents
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Abstract
The invention relates to an application deployment method and system based on a cloud computing platform. The method comprises the following steps that a configuration file corresponding to an application needing to be deployed is generated, wherein the configuration file comprises a source code address, a scripting language and an operating environment of the application; a source code of the application is downloaded from a source code repository through the cloud computing platform according to the source code address, and a needed compiling kit is downloaded from the source code repository according to the scripting language and the operating environment; an application container is established, the source code and the compiling kit are complied in the application container, so that compiling codes are obtained, and the application is deployed according to the compiling codes. According to the method and system, the configuration file corresponding to the application needing to be deployed is generated, the needed source code and the compiling kit are downloaded according to the source code address, the scripting language and the operating environment of the application, and the application is deployed. The deploying process is simple and convenient, and efficiency is high.
Description
Technical field
The present invention relates to field of cloud computer technology, particularly relate to a kind of application deployment method and system based on cloud computing platform.
Background technology
Under the environment that cloud computing is risen, the pattern of AH becomes trend gradually.PaaS (Platform-as-a-Service, namely platform serves) service provider as one service, enables medium and small sized enterprises and domestic consumer's rapid deployment, configuration, use apply server platform.In this service mode, user does not need to buy hardware and software, only needs to utilize PaaS platform system, just can create, tests and application deployment and service.
It is general when cloud computing platform carries out application deployment, needs are disposed after being uploaded by the source code of application, such as in the framework of Cloud Foundry, user passes through in the platform interface of system or the form by order line, upload application software package (compressed packages of war form or other source code format), the trustship of web application system is run on the server of manufacturer, and platform vendor is run for web application prepares application the software environment needed, and then carries out application deployment.This application deployment mode needs providing source code or recalls source code by the form of order line, and be then uploaded to platform and dispose, the process of deployment is more loaded down with trivial details, and efficiency is lower.
Summary of the invention
Based on this, be necessary that the process of deployment is more loaded down with trivial details when cloud computing platform carries out application deployment for existing, the problem that efficiency is lower, provides a kind of application deployment method and system based on cloud computing platform.
Based on an application deployment method for cloud computing platform, comprise the following steps:
Generate the configuration file corresponding with the application needing to dispose; Wherein, described configuration file comprises: the source code address of described application, write language and running environment thereof;
Downloaded the source code of described application from source code storage according to described source code address by cloud computing platform, according to described write language and running environment to download from source code storage needed for compilation tool bag;
Create application container, and described source code and compilation tool are wrapped in described application container compile, obtain compiled code, according to described compiled code, described application is disposed.
Based on an application deployment system for cloud computing platform, comprising:
Generation module, for the configuration file that the application generated with need to dispose is corresponding; Wherein, described configuration file comprises: the source code address of described application, write language and running environment thereof;
Download module, for being downloaded the source code of described application from source code storage according to described source code address by cloud computing platform, according to described write language and running environment to download from source code storage needed for compilation tool bag;
Collector, for creating application container, and wraps in described source code and compilation tool in described application container and compiles, obtain compiled code, dispose according to described compiled code to described application.
The above-mentioned application deployment method and system based on cloud computing platform, by the configuration file that the application generated with need to dispose is corresponding, according to the source code address of configuration file, the source code writing language and running environment download needs thereof and compilation tool bag, then compile in newly-built application container, and dispose according to compiling result, the process of disposing is easier, and efficiency is higher.
Accompanying drawing explanation
Fig. 1 is the application deployment method flow diagram of an embodiment based on cloud computing platform;
Fig. 2 is the application deployment method flow diagram of another embodiment based on cloud computing platform;
Fig. 3 is that an embodiment user disposes schematic flow sheet;
Fig. 4 is an embodiment application deployment interface schematic diagram
Fig. 5 is an embodiment version updating process flow diagram;
Fig. 6 is the application deployment system structural representation of an embodiment based on cloud computing platform;
Fig. 7 is the application deployment system structural representation of another embodiment based on cloud computing platform.
Embodiment
In order to describe the application deployment method and system based on cloud computing platform of the present invention in detail, be described below in conjunction with accompanying drawing.
Refer to Fig. 1, Fig. 1 is the application deployment method flow diagram of an embodiment based on cloud computing platform.
Based on an application deployment method for cloud computing platform, comprise the following steps:
Step S101: generate the configuration file corresponding with the application needing to dispose; Wherein, described configuration file comprises: the source code address of described application, write language and running environment thereof;
In step S101, source code address refers to the address that source code is deposited, and generating with applying corresponding configuration file is in order to follow-up to dispose according to profile information provides foundation.
In one embodiment, configuration file can be the configuration file of YAML (Yet Another Markup Language, another kind of markup language) form.
Step S103: the source code being downloaded described application by cloud computing platform according to described source code address from source code storage, according to described write language and running environment to download from source code storage needed for compilation tool bag;
In step s 103, source code storage refers to the code storage storing source code and compilation tool bag.
In one embodiment, write described in language and running environment download from source code storage needed for compilation tool bag step before can also comprise:
The cloud controller calling cloud computing platform carries out compression packing process to described source code, obtains source code compressed package;
The described step carrying out compiling that described source code and compilation tool wrapped in described application container can comprise:
Described source code compressed package and compilation tool are wrapped in decompress(ion) in described application container and compile by the agents assembly calling cloud computing platform.
Above-described embodiment, can accelerate source code from cloud controller to the transmission efficiency of agents assembly by carrying out compression packing process to source code.
In one embodiment, described source code compressed package and compilation tool are wrapped in decompress(ion) in described application container with the agents assembly calling cloud computing platform described in and the step carrying out compiling can comprise:
Call the script file that agents building component is disposed, described source code compressed package, compilation tool bag and script file are inserted in described application container, source code compressed package described in decompress(ion) and compilation tool bag, be configured described application container according to described script file.
Being configured application container by the script file that generates can the configuration application container of more efficiency.
In one embodiment, described in call cloud computing platform cloud controller compression packing process is carried out to described source code, the step obtaining source code compressed package can comprise:
The cloud controller calling cloud computing platform carries out compression packing process to described source code, to be kept at by source code compressed package in local cache file and to name with identification code.
Above-described embodiment, by carrying out identification code name to source code compressed package, can add up each source code compressed package, can download to corresponding source code faster when needs application deployment.
In one embodiment, with sixteen bit general unique identifier name source code compressed package.
Further, can also, according to the priority of time, give each version a version number V
1, V
2v
n.
Step S105: create application container, and described source code and compilation tool are wrapped in described application container compile, obtain compiled code, according to described compiled code, described application is disposed.
In one embodiment, can also comprise after described step of described application being disposed according to described compiled code:
The more new state of detection resources code data, when source code data occur to upgrade, that carries out applying according to new source code redeploys.
Above-described embodiment, by after authentication, the code of new edition is downloaded and is packed and old edition source code bag shifted out deployment catalogue by cloud controller, re-executes establishment new opplication container and compilation process, realizes the deployment of new version software.
The above-mentioned application deployment method based on cloud computing platform, by the configuration file that the application generated with need to dispose is corresponding, according to the source code address of configuration file, the source code writing language and running environment download needs thereof and compilation tool bag, then compile in newly-built application container, and dispose according to compiling result, the process of disposing is easier, and efficiency is higher.
In order to the more detailed description application deployment method based on cloud computing platform of the present invention, be described below in conjunction with embody rule example.
Please participate in Fig. 2, Fig. 2 is that an embodiment user disposes schematic flow sheet.
This embody rule example is described with the example that is applied as at CloudFoundry platform, and design cloud application shop module and generate the configuration file corresponding with the application needing to dispose, source code storage comprises Git application source code warehouse and compilation tool bag warehouse, for storing source code and compilation tool bag.
This embody rule example is based on the ability of CloudFoundry platform application trustship, and cloud application shop module provides similar apple App
the service in (application program shop), by rapid deployment ability and the multilingual Frame Design of CloudFoundry platform, in the module of cloud application shop, the weblication template of integrated a large amount of different language framework, provides the charge of " out-of-the-box " and free application to domestic consumer.User, without the need to specializing in knowledge too much, subscribes to application program by cloud application shop module and obtains an addressable chained address and log in voucher, namely may have access to weblication by browser.
User logs in the web interface in access the present invention by browser, in cloud application shop, selects suitable application program.After user selects deployment, trigger CloudFoundry working platform, the serviced component of platform checks out code from source code storage, and packing, downloads in container; And select suitable compilation tool, build the software environment that this weblication suitable runs in a reservoir, and start application program.
As the user and the developer that have development ability, the preset applying template of platform can be passed through, carry out the exploitation of web application.Benefit is that developer can develop under the framework of platform support, without the need to worrying compatibling problem.This embody rule example relates to the Function Extension of the PaaS that increases income (Platform-as-a-Service, namely platform serves) platform CloudFoundry, newly-increased cloud application shop module on original platform.Design mainly comprises three parts, 1) service interface that provided by CloudFoundry platform of cloud application shop, is docked its tenant and user interface, realizes authorizing and the function of checking; By docking the interface of application management, apply by cloud the operation that shop module triggers newly-built application deployment, application deployment follows the specification of CloudFoundry; 2) to CloudFoundry platform assembly agents assembly (Droplet Execution Agent, vehicle economy A) Function Extension, the business demand adapting to cloud application shop is made it.3) by amendment source code storage, the application program of having disposed is upgraded.According to technical requirement, concrete methods of realizing and step as follows:
According to the described content of first in technical scheme, cloud application shop module and CloudFoundry docking need to call two interfaces, and one is authorize and authentication function interface, and another is application management interface.
Cloud application shop module uses Node.js Development of Framework, based on JavaScript, can be simplified the workload of building server cluster by Node.js framework.The ultimate principle of Node.js server cluster is as follows: Node.js is reading system configuration file in entry program, and provide a branch to judge (unless hard closing), acquiescence starts server cluster pattern, first a host node (master node) is started, then according to central processing unit (CPU) number N of main frame, N number of working node (worker node) is started.Load balancing is realized by the inherent mechanism of Node.js.
The user role rights management of system uses the uua interface of CloudFoundry, simplifies the exploitation amount of platform.
Cloud application shop module adopts the design of lightweight, only needs the configuration file safeguarding several Yaml (Yet AnotherMarkup Language, another kind of markup language) form.System resolves the configuration file of application shop module by reading, the details of application available in display platform on interface.Yaml file can be uploaded by platform, also can newly-built preservation on platform, supports multiple configuration file simultaneously and deposits.Configuration information basic format is as follows:
-name: exchange rate converter/* Apply Names */
Id:bottle-currency/* application id, have uniqueness */
Desc: one description * with the exchange rate crossover tool/* application of Python exploitation/
Framework:python/* application write language */
The running environment * that runtime:python27/* applies/
Services:redis/* application required service */
Commit:master/* be applied in branch * on git server/
Src:http: // $ git server ip address/root/bottle-currency.git/* application source code url address */
The icon * that icon:http: // $ file server ip address/files/icon/currency.png/* applies/
Internal memory * needed for mem:128/* application/
Resolver design in platform is resolved for above-mentioned configuration, and information extraction is divided into two parts: the service of Apply Names, description, programming language, use, memory requirements information, as the basic description of application, are illustrated on the page; Application source code address and branch information as Advanced Options, when needing clone to check out code for user.The configuration of successfully resolved, as shown in Figure 3.
Interface is clicked the deployment button of certain application, the application management REST interface of system call CloudFoundry carries out the operation of newly-built application, REST interface URL (Uniform Resource Locator, URL(uniform resource locator)) is /v2/app/create.
According to content described in second point in technical scheme, Open Source Platform CloudFoundry can only pass through order line form " vmc push application " and upload local application bag (war form or software code compiling compressed package), cloud application shop module is by the expansion of DEA and amendment, make CloudFoundry dock cloud application shop module and carry out application deployment, main improvement is operated in the cloud controller (CloudController of CloudFoundry, be called for short CC) and agents assembly (Droplet Execution Agent, vehicle economy A) on, concrete steps are as follows:
After authentication, as shown in Figure 4; After container environment loading source code, run the principle of work of compilation tool in a reservoir.A configuration file is had, the development language that configuration item statement weblication uses in source code, and the address, warehouse at the compilation tool place of correspondence.By resolving the URL address obtained, download corresponding compilation tool in container.Compilation tool comprises two automatized scripts, detect the Development Framework that web application source code is concrete used, different Development Framework correspondence downloads the deployment that different software packages carries out running environment, the content downloaded can be: tomcat (tom cat), spring (Open Framework), hibeinate (Object Relation Mapping framework), python (boa), ruby (a kind of script), nginx (server), php (Hypertext Preprocessor, HyperText Preprocessor) etc., after download completes, install and start service container environment.
Concrete steps are: cloud controller performs following operation: all configuration informations of the application program that read requests is newly-built, according to source code address, perform " git clone $ source code warehouse url/tmp/code/ ", source code is downloaded to local directory;
Perform compress order, the source code directory applied for this web generates the random uuid of a 16 (Universally Unique Identifier, general unique identifier), the source code downloaded is carried out compression packing, using the value of uuid as naming and be kept at/data file under stand-by, and notify that DEA assembly source code has been packed, enter next step;
When DEA assembly receives the request of newly-built application, carry out following operation:
DEA is by warden (CloudFoundry LXC Container Management) newly-built application container;
DEA judges the type of application, the code storage address at required compilation tool bag and instrument place according to the configuration information of application, checks out corresponding compilation tool bag in compilation tool warehouse, to download in application container/tmp/.buildpacks file in;
DEA obtains source code compressed package from/data file, adds the compilation tool bag of download, and creates the automatic script file disposed.All Files compression packing, obtain an application package, be called droplet;
Droplet copies in application container by DEA, decompress(ion) droplet in application container environment, performs the script file of compilation tool bag.DEA derives environmental variance " EXPORT_BUILDPACK_ENV_VARIABLES_SCRIPT " in the application container just created, and this variable generates the code of automatic Run Script, its objective is all sh scripts into performing under compilation tool bag catalogue;
Compilation tool script comprises the software package obtained required for application program operation, complete download fast by the file server in this embody rule example, perform script file and software package is unziped to appropriate location, revises the execution authority of configuration file and alternative document;
After environment configurations completes, script finally copies the source code of application program to suitable position, starts application program.Application program completes deployment, and the link that user can be returned by interface conducts interviews;
According to thirdly described content in technical scheme, by amendment warehouse source code, realize renewal and the Version Control of application.User's loading source code, completes and to revise and after pushing and being updated to code storage, concrete steps are as follows:
As shown in Figure 5, source code storage uses git host-host protocol to build, and git supports that one is called the operation of " hook (hook) " program, and when code storage occurs once to push and upgrade at every turn, this hook program all automatically performs.This embody rule example takes full advantage of the effect of hook program, be written with code update in hook after, and the interface redeploying application in Automatically invoked CloudFoundry, interface is /v2/app/restage;
Same by after authentication, the code of new edition is downloaded and is packed by cloud controller, gives 16 the random uuid regenerated, old edition source code bag is shifted out deployment catalogue, re-executes the flow process of newly-built application container and compiling, realize the deployment of new version software.
Have recorded the metadata of all application deployments in cloud controller, when each application deployment, cloud controller by the uuid of weblication and Apply Names record in a database, according to the priority of time, interface is given each version a version number V
1, V
2, interface is shown and the function of rollback version is provided.The operation of rollback does not need to download code packages, only needs to replace source code bag from this locality;
This embody rule example relates to the application store system design proposal that web AH and one possess cloud ability (cloud-ready), and the key of this embody rule example is:
First be a kind ofly support multilingual deployed environment system, by the PaaS ability of CloudFoundry, build the software systems that is suitable for the PaaS field that domestic consumer and developer use jointly.By preset source code storage, platform can build the weblication of abundant " out-of-the-box ";
Secondly, configurable cloud applies designing a model of shop module.Cloud application shop is by the configuration file of yaml form, and the metadata information applied by each web (Apply Names, application type, hsrdware requirements, source code storage, compilation tool warehouse) is preserved in systems in which, and is illustrated on interface.The system of this means can not store source code or the compiling bag of any weblication, greatly reduces the storage pressure of system like this;
CloudFoundry in this embody rule example connects two source code storages and a file server: the script warehouse at weblication source code storage and compilation tool place, file server is deposited all software packages needing to use in running environment.Code storage support uses SVN (Subversion, Version) and the protocol realization of Git, cloud controller and DEA by downloading web application source code and compilation tool, and install corresponding software package, realize web application deployment in a reservoir.
Source code storage at CloudFoundry platform by " hook " program (hook) reversal of the natural order of things, after source code storage changes, is triggered the compiling system of platform, upgrades the application disposed, realize the version management of system application;
This embody rule example is the cloud application shop plateform system built by CloudFoundry platform application trustship ability, belongs to the part of functions realization that namely cloud computing platform serves (Platform-as-a-Service).Many tenants ability of the cloud application integrated CloudFoundry in shop and verification system, realize many tenants ability of system.User registers use with the form of tenant on platform, and dispose weblication by subscribing to, environment when platform provides program to run, the expense of all Application share container saving resources, process isolation ensures the security of respective application system.
Adopt the system of this embody rule example, in conjunction with the source code storage of platform, different tenant user is according to respective demand and ability, subscribing in the process using web application, the source code of application program can be checked out, use general programming tool amendment source code, redeploy and upgrade weblication, meeting the demand of individual and enterprise.This embody rule example has carried out the expansion in cloud application shop on the basis of original CloudFoundry, has filled up the vacancy of domestic consumer in PaaS field.
Refer to Fig. 6, Fig. 6 is the application deployment system structural representation of an embodiment based on cloud computing platform.
Based on an application deployment system for cloud computing platform, comprising:
Generation module 310, for the configuration file that the application generated with need to dispose is corresponding; Wherein, described configuration file comprises: the source code address of described application, write language and running environment thereof;
Download module 330, for being downloaded the source code of described application from source code storage according to described source code address by cloud computing platform, according to described write language and running environment to download from source code storage needed for compilation tool bag;
Collector 350, for creating application container, and wraps in described source code and compilation tool in described application container and compiles, obtain compiled code, dispose according to described compiled code to described application.
The above-mentioned application deployment system based on cloud computing platform, by the configuration file that the application generated with need to dispose is corresponding, according to the source code address of configuration file, the source code writing language and running environment download needs thereof and compilation tool bag, then compile in newly-built application container, and dispose according to compiling result, the process of disposing is easier, and efficiency is higher.
In one embodiment, described download module 330 can comprise:
Compression module, carries out compression packing process for the cloud controller calling cloud computing platform to described source code, obtains source code compressed package;
Described collector 350 performs the described process carrying out compiling that described source code and compilation tool wrapped in described application container and can be further used for:
Described source code compressed package and compilation tool are wrapped in decompress(ion) in described application container and compile by the agents assembly calling cloud computing platform.
Above-described embodiment, can accelerate source code from cloud controller to the transmission efficiency of agents assembly by carrying out compression packing process to source code.
In one embodiment, described collector 350 can be further used for:
Call the script file that agents building component is disposed, described source code compressed package, compilation tool bag and script file are inserted in described application container, source code compressed package described in decompress(ion) and compilation tool bag, be configured described application container according to described script file.
Above-described embodiment, being configured application container by the script file that generates can the configuration application container of more efficiency.
In one embodiment, described compression module can be further used for:
The cloud controller calling cloud computing platform carries out compression packing process to described source code, to be kept at by source code compressed package in local cache file and to name with identification code.
Above-described embodiment, by carrying out identification code name to source code compressed package, can add up each source code compressed package, can download to corresponding source code faster when needs application deployment.
In one embodiment, the application deployment system based on cloud computing platform of the present embodiment can also comprise:
Update module 370, for the more new state of detection resources code data, when source code data occur to upgrade, that carries out applying according to new source code redeploys.
Each technical characteristic of the above embodiment can combine arbitrarily, for making description succinct, the all possible combination of each technical characteristic in above-described embodiment is not all described, but, as long as the combination of these technical characteristics does not exist contradiction, be all considered to be the scope that this instructions is recorded.
The above embodiment only have expressed several embodiment of the present invention, and it describes comparatively concrete and detailed, but can not therefore be construed as limiting the scope of the patent.It should be pointed out that for the person of ordinary skill of the art, without departing from the inventive concept of the premise, can also make some distortion and improvement, these all belong to protection scope of the present invention.Therefore, the protection domain of patent of the present invention should be as the criterion with claims.
Claims (10)
1., based on an application deployment method for cloud computing platform, it is characterized in that, comprise the following steps:
Generate the configuration file corresponding with the application needing to dispose; Wherein, described configuration file comprises: the source code address of described application, write language and running environment thereof;
Downloaded the source code of described application from source code storage according to described source code address by cloud computing platform, according to described write language and running environment to download from source code storage needed for compilation tool bag;
Create application container, and described source code and compilation tool are wrapped in described application container compile, obtain compiled code, according to described compiled code, described application is disposed.
2. the application deployment method based on cloud computing platform according to claim 1, is characterized in that, described in write language and running environment download from source code storage needed for compilation tool bag step before also comprise:
The cloud controller calling cloud computing platform carries out compression packing process to described source code, obtains source code compressed package;
The described step carrying out compiling that described source code and compilation tool wrapped in described application container comprises:
Described source code compressed package and compilation tool are wrapped in decompress(ion) in described application container and compile by the agents assembly calling cloud computing platform.
3. the application deployment method based on cloud computing platform according to claim 2, it is characterized in that, described in call cloud computing platform agents assembly described source code compressed package and compilation tool are wrapped in decompress(ion) in described application container and the step of carrying out compiling comprises:
Call the script file that agents building component is disposed, described source code compressed package, compilation tool bag and script file are inserted in described application container, source code compressed package described in decompress(ion) and compilation tool bag, be configured described application container according to described script file.
4. the application deployment method based on cloud computing platform according to claim 2, is characterized in that, described in call cloud computing platform cloud controller compression packing process is carried out to described source code, the step obtaining source code compressed package comprises:
The cloud controller calling cloud computing platform carries out compression packing process to described source code, to be kept at by source code compressed package in local cache file and to name with identification code.
5. the application deployment method based on cloud computing platform according to claim 1, is characterized in that, also comprises after described step of disposing described application according to described compiled code:
The more new state of detection resources code data, when source code data occur to upgrade, that carries out applying according to new source code redeploys.
6. based on an application deployment system for cloud computing platform, it is characterized in that, comprising:
Generation module, for the configuration file that the application generated with need to dispose is corresponding; Wherein, described configuration file comprises: the source code address of described application, write language and running environment thereof;
Download module, for being downloaded the source code of described application from source code storage according to described source code address by cloud computing platform, according to described write language and running environment to download from source code storage needed for compilation tool bag;
Collector, for creating application container, and wraps in described source code and compilation tool in described application container and compiles, obtain compiled code, dispose according to described compiled code to described application.
7. the application deployment system based on cloud computing platform according to claim 6, is characterized in that, described download module comprises:
Compression module, carries out compression packing process for the cloud controller calling cloud computing platform to described source code, obtains source code compressed package;
Described collector performs the described process carrying out compiling that described source code and compilation tool wrapped in described application container and is further used for:
Described source code compressed package and compilation tool are wrapped in decompress(ion) in described application container and compile by the agents assembly calling cloud computing platform.
8. the application deployment system based on cloud computing platform according to claim 7, is characterized in that, described collector is further used for:
Call the script file that agents building component is disposed, described source code compressed package, compilation tool bag and script file are inserted in described application container, source code compressed package described in decompress(ion) and compilation tool bag, be configured described application container according to described script file.
9. the application deployment system based on cloud computing platform according to claim 7, is characterized in that, described compression module is further used for:
The cloud controller calling cloud computing platform carries out compression packing process to described source code, to be kept at by source code compressed package in local cache file and to name with identification code.
10. the application deployment system based on cloud computing platform according to claim 6, is characterized in that, also comprise:
Update module, for the more new state of detection resources code data, when source code data occur to upgrade, that carries out applying according to new source code redeploys.
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| CN115469878A (en) * | 2022-09-13 | 2022-12-13 | 上海掌御信息科技有限公司 | Android code diversity compiling method |
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