CN104899047B - Web page frame dispositions method and system - Google Patents
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Abstract
The present invention relates to a kind of web page frame dispositions method and system, above-mentioned web page frame dispositions method includes the following steps：Web page user in cloud platform is set, and creates the tenant of webpage development system；Cloud platform and Git warehouses are connected, application program is created in Git warehouses according to the establishment information of the tenant；Wherein, the establishment information of the tenant includes tenant ID and tenant's title；The application program and web page user are bound, the code in Git warehouses is compiled by bound web page user；After the completion of compiling of application work, compiling information is returned, and judges whether that compiling is correct, if so, judgement completes the establishment and compiling of application program；The interface of LXC containers is called to create webpage example, and after the completion of webpage example establishment, utilize application deployment web page frame；It makes that in the development process of subsequent web pages the work such as establishment, the compiling of relative program need not be repeated, and can effectively improve the development efficiency of webpage.
Description
Technical field
The present invention relates to Internet technical field, more particularly to a kind of web page frame dispositions method and system.
Background technology
With the high speed development of Internet technology, people use accesses the frequency of its destination increasingly by related web page
Height, this is also to developing staffing, the efficiency of webpage being set to put forward higher requirement.
In the prior art, before exploitation Web (webpage) is applied, developer needs complete Web development environments.Build environment
It needs that operation maintenance personnel is handled or developer voluntarily builds, progress and the time of setting related web page can be expended in this way, and
For the exploitation of same application, these work are the simple duplication of labour, and it is low to be easy to cause existing webpage setting efficiency.
Invention content
Based on this, it is necessary to which the technical issues of setting efficiency low for existing webpage provides a kind of web page frame deployment
Method and system.
A kind of web page frame dispositions method, includes the following steps：
Web page user in cloud platform is set, and creates the tenant of webpage development system；
Cloud platform and Git warehouses are connected, application program is created in Git warehouses according to the establishment information of the tenant；Wherein,
The establishment information of the tenant includes tenant ID and tenant's title；
The application program and web page user are bound, the code in Git warehouses is carried out by bound web page user
Compiling；
After the completion of compiling of application work, compiling information is returned, and judges whether that compiling is correct, if so, judgement
Complete the establishment and compiling of application program；
The interface of LXC containers is called to create webpage example, and after the completion of webpage example establishment, utilize application program
Dispose web page frame.
A kind of web page frame deployment system, including：
Setup module for setting web page user in cloud platform, and creates the tenant of webpage development system；
Link block for connecting cloud platform and Git warehouses, is created according to the establishment information of the tenant in Git warehouses
Application program；Wherein, the establishment information of the tenant includes tenant ID and tenant's title；
Binding module, for binding the application program and web page user, by bound web page user to Git warehouses
In code be compiled；
Determination module after the completion of working in compiling of application, returns to compiling information, and judge whether compiling just
Really, if so, judgement completes the establishment and compiling of application program；
Deployment module for the interface of LXC containers to be called to create webpage example, and is created in the webpage example and is completed
Afterwards, application deployment web page frame is utilized.
Above-mentioned web page frame dispositions method and system by setting web page user in cloud platform, create webpage development system
The tenant of system, after connection of the cloud platform with Git warehouses is carried out, being created according to the establishment information of above-mentioned tenant in Git warehouses should
With program, and the binding of application program and web page user is carried out, and pass through bound web page user to the code in Git warehouses
It is compiled, after compiling successfully, the interface of LXC containers is called to create webpage example, and created in the webpage example
Cheng Hou utilizes application deployment web page frame；On the web page frame disposed, multiple nets directly can be set or added
Page makes that the work such as establishment, the compiling of relative program need not be repeated in the development process of subsequent web pages, can effectively improve webpage
Development efficiency.
Description of the drawings
Fig. 1 is the web page frame dispositions method flow chart of one embodiment；
Fig. 2 is the cloud platform structure diagram of one embodiment；
Fig. 3 is the BPEL flow charts of the establishment application program of one embodiment；
Fig. 4 is the system deployment flow diagram of one embodiment；
Fig. 5 is the Git warehouses of one embodiment and Jenkins collaborative work schematic diagrames；
Fig. 6 is that the system of one embodiment calls structural diagrams to be intended to；
Fig. 7 is the web page frame deployment system structure diagram of one embodiment.
Specific embodiment
The specific embodiment of web page frame dispositions method provided by the invention and system is made below in conjunction with the accompanying drawings detailed
Description.
With reference to figure 1, Fig. 1 show the web page frame dispositions method flow chart of one embodiment, includes the following steps：
S10 sets web page user in cloud platform, and creates the tenant of webpage development system；
In above-mentioned steps S10, newly-built Java Web can be selected (to solve correlation with Java technology in cloud platform
The technology summation of web internet arenas) mode of project sets web page user, wherein, it is cross-platform that Java is that one kind can write
The object oriented program language of application software.It is also an option that using being based on Git's (distributed version control system)
Storage mode of the source code storage as application code, the interface AddTenant of cloud platform can be provided according to application name
Claim the service of establishment platform tenant.
Above-mentioned cloud platform can combine and create application program based on a kind of BPEL (Business Process Execution Language) flow scheme design
Mentality of designing, BPEL is operation flow description language, by organized logic dispatch Web service, by independent Web service group
Knit realization specific function；The efficiency in cloud platform scheduling Web service can be improved.
S20, connection cloud platform and Git warehouses create application program according to the establishment information of the tenant in Git warehouses；
Wherein, the establishment information of the tenant includes tenant ID (identity number) and tenant's title；
In above-mentioned steps S20, cloud platform can use Git warehouses to be controlled into line code, by parsing matching for Git warehouses
It puts file and includes Git information, such as Git warehouses address, user name, password etc., to connect Git warehouses；
Code storage based on Git agreements provides Restful interfaces, can be used by receiving the establishment information of tenant
The form of " founder+tenant's title " creates application program in git warehouses；
Git warehouses can provide a kind of service of operation " post_init " after establishment, be adjusted automatically after the completion of warehouse is created
With.The scriptlet realized in advance is called to create the Java Web application journeys of Maven after warehouse is created using this characteristic
Sequence skeleton packet.
Skeleton packet can create directory, and the order of gitinit is performed in catalogue, and the file of skeleton packet is become
The code storage of git agreements, code file folder can be both compiled using Maven orders, can also be used as the one of Git warehouses
A controlled library of code；
After application program creates successfully, Git warehouses send out to create to cloud platform and complete (" create successful ")
Signal, external module monitors this information and carries out relevant operation in cloud platform.Continuous integration system (Jenkins) is received using wound
The signal of completion is built, the compiling of first time is carried out to the code in code storage, compiling Java web applications need specified
The plug-in package used is compiled, the war format software packets in the file system of system after storage compiling.
S30 binds the application program and web page user, by bound web page user to the code in Git warehouses
It is compiled；
In above-mentioned steps S30, the web page user for binding the application program can be set to the administrator of application
(owner), above-mentioned tenant and web page user are one-to-many relationships, and multiple users can operate an application program.
In authority list in the database, the permission of web page user can be managed, when web page user is added in some application
When, increase a web page user and the correspondence of application program in authority list, the permission of read-write is enjoyed to application program, is also had
There is the permission that deployment is accessed and changed to application program.
S40 after the completion of compiling of application work, returns to compiling information, and judges whether that compiling is correct, if so,
Judgement completes the establishment and compiling of application program；
In one embodiment, it is above-mentioned that web page user is set in cloud platform, and create the tenant of webpage development system
It can also include after step：
PaaS tenant is registered in PaaS platform according to the establishment information of tenant.
It is above-mentioned after the completion of compiling of application work as one embodiment, compiling information is returned to, and judge whether to compile
It translates correctly, if so, can also include after the step of judgement completes the establishment and compiling of application program：
According to the process more fresh code for binding the application program and web page user, and by the newer code of institute preserve to
Git warehouses；
The hook event in Git warehouses is triggered, calls the sync cap of PaaS platform, and passes through the component distribution of PaaS platform
Tuning controller carries out the code update in Git warehouses according to the code preserved.
In above-described embodiment, the code update in Git warehouses is carried out, the accuracy and reality of code in Git warehouses can be kept
Shi Xing；PaaS tenant is registered in PaaS platform, and after triggering the hook event in Git warehouses, recall the synchronization of PaaS platform
Interface distributes the code update in code progress Git warehouse of the tuning controller according to being preserved by the component of PaaS platform, can
To improve the rate of Git warehouses update correlative code, the efficiency of web page frame deployment of the present invention is further improved.
It works and completes in compiling of application, return to the compiling information of success (success) or fail (failure), to judge
Above application program whether there is problem, if returning the result as success, complete the establishment and compiling of application program；
User can be checked out and be modified to code using Integrated Development Environment (IDE), after the work for completing exploitation,
The operation of " git commit git push " can be used by code update to code storage, trigger application software update and
Carry out the deployment of PaaS；
When code is pushed to Git warehouses, Git warehouses are triggered by the way that hook (Hook) event of realization is configured, and call PaaS
Sync cap, notification platform component distribution tuning controller (ADC) handle information, specific steps can be as follows：
The hook in A1, Git warehouse is set as that the groovy scripts of Jenkins is called to be compiled, and groovy scripts can be with
Perform shell scripts, windows batch processings script, the form called Apache Ant and directly perform groovy scripts.Exploitation
" curl-k-X POSTjenkinsUrl+ "/git/notifyCommit are used in platformUrl=$ url/git/ $
Application.name "+" [nches="+branch " request, start Jenkins to the application journey under Current warehouse
Sequence source code is compiled；
A2, ADC controller receive synchronous request, according to the tenant in related application information (the establishment information of tenant)
ID judges to apply with the presence or absence of code storage, if being not present, be handled by cloud platform system exception.
A3 according to the tenant ID of application, the application program of corresponding ID is found by the warehouse of Jenkins, after downloading compiling
Web application packet (war forms) to temporary folder；
The container instance topology diagram of A4, ADC scanning PaaS platform rear end, and a newest appearance is preserved in memory
The information table of device example operation, in this way, development platform can grasp the Application Column that each example is run in real time
Table and number；
War packets in A2 if ADC discoveries have had application program of the example in operation legacy version, are covered former answer by A5
The position run with program carries out the update deployment of version；If system judges that code packet belongs to new application and reaches the standard grade, notice is held
Device creating environments application example simultaneously synchronizes code packet.
S50 calls the interface of LXC containers to create webpage example, and after the completion of webpage example establishment, utilize application
Program disposes web page frame.
In one embodiment, the process of the interface establishment webpage example of above-mentioned calling LXC containers can include：
Pass through the environment of preset cloud mirror configuration webpage example；
In the environment being configured, the interface of LXC containers is called to create webpage example.
As one embodiment, the process of the interface establishment webpage example of above-mentioned calling LXC containers can further include：
Using ubuntu clouds image file as the foundation image of cloud platform, cloud platform is carried out by the foundation image
Incremental deploying；
By the Restful management interfaces of LXC containers, it is real to create a webpage based on LXC containers using foundation image
Example.
In above-described embodiment, after the environment by preset cloud mirror configuration webpage example, the interface wound of LXC containers is called
Networking page example is conducive to improve the establishment efficiency of webpage example.Ubuntu cloud image files can also wherein be used as cloud
The foundation image of platform is carried out the incremental deploying of cloud platform by the foundation image, further improves connecing by LXC containers
Mouth creates the stability of webpage example.
In one embodiment, cloud platform can call the interface of LXC (Linux Container) container to create webpage real
Example, LXC containers create webpage example environment by preset cloud mirror image.PaaS systems use the solution master of LXC Container Managements
Content is wanted to include the software package of image file, the automatic running script of customization, environment deployment needs, key step is as follows：
The mirror image of system uses general ubuntu clouds image file, and as system-based mirror image, all Java Web should
With program all by carrying out incremental deploying on the basis of this mirror image；
By the Restful management interfaces of LXC containers, it is real to create a webpage based on LXC containers using foundation image
Example.After container creates, automatic running script is injected to container by the form of SSH (Telnet).
Automatic running script sequence performs to issue orders：The user of one container of establishment and group, distributing user permission, from text
Jdk (Java Development Kit, Java language software development kit) software is downloaded on part server, it is soft to download tomcat
Part carries out software decompression installation, and system environment variable is configured and starts tomcat, jdk and tomcat is allow to pass through the overall situation
Environmental variance accesses, system trigger " Java-version " and ps-ef | and two orders of grep tomcat confirm tomcat
Start normal；
After the completion of webpage example creates, it can need to check out corresponding application package by application deployment script
It is disposed into webpage example, key step can be as follows：
Webpage example shares the memory space of host, will by using the command interface of LXC Container Management tools in script
The war packets for compiling out in Jenkins are copied in the file system of webpage example；
Start application program, complete mapping out the work for Web applications.
The web page frame dispositions method that above-described embodiment provides by setting web page user in cloud platform, creates webpage
The tenant of development system, after connection of the cloud platform with Git warehouses is carried out, according to the establishment information of above-mentioned tenant in Git warehouses
Application program is created, and carries out the binding of application program and web page user, and passes through bound web page user in Git warehouses
Code be compiled, after compiling successfully, the interface of LXC containers is called to create webpage example, and in the webpage example
After the completion of establishment, application deployment web page frame is utilized；On the web page frame disposed, directly it can set or add
Multiple webpages make that the work such as establishment, the compiling of relative program need not be repeated in the development process of subsequent web pages, can effectively improve
The development efficiency of webpage.
In one embodiment, above-mentioned cloud platform structure diagram can be with as shown in Fig. 2, software development system be (i.e. above-mentioned
Cloud platform) it can realize generation by calling Source code management warehouse, continuous integration system and the service interface of fault management system
The storage of code, the record of compiling and defect risk.Platform can be downloaded code using Eclipse development environments, change
And upload, and trigger compiling system generation deployment package (software package of war forms).Development platform calls the interface of PaaS platform,
It synchronizes and is deployed in the application server of LXC containers.
Fig. 3 show BPEL (Business Process Execution Language) flow scheme design of the establishment application program of one embodiment, base
Web service is issued as in the service interface that SOA (Services Oriented Achitecture) is designed, system development, which need not repeat, develops this
Class interface, it is only necessary to understand the parameter format of original interface, easily be accessed by http agreements.
Fig. 4 show the system deployment flow diagram of one embodiment, and associated user can be answered by being submitted in warehouse
With program code, platform backstage Booting sequence disposes application, and flow chart can be as follows：
1) user passes through platform and integrated IDE (Integrated Development Environment, Integrated Development
Environment) exploitation of application code is carried out, after development is completed, user is packaged application program, and the boundary for passing through platform
It is pushed in face of code packet, code and code packet are synchronized in the code storage of system；
2) when code is pushed to warehouse, warehouse is triggered by the way that hook (Hook) event of realization is configured, the group of notification platform
Part distribution tuning controller (ADC) handles information；
3) ADC handles message, the example topological structure of scanning platform rear end, and system judges that code packet belongs to new opplication, leads to
Know container creating environments application example and code is synchronized；
4) system calls the interface of LXC containers to create example, and LXC containers create example environment by preset cloud mirror image；
5) after the completion of example creates, by the startup script in example, corresponding code is checked out automatically and is disposed；
6) start application, complete the work of deployment.
Fig. 5 show the Git warehouses of one embodiment and Jenkins (an open source software project) collaborative works are illustrated
Figure.After Git warehouses receive the push request of user, a kind of groovy (agile development languages based on Java Virtual Machine are called
Speech) script triggering Jenkins composing software source codes, the software package of generation war forms.After LXC containers, which are created that, to be come, perform
After necessary initializtion script, by being downloaded in container using packet for Jenkins compiling generations.
The system that Fig. 6 show one embodiment calls structural diagrams to be intended to, and the general frame it illustrates the present invention is real
The design of existing loose coupling, server-side and client separation.Service of the server-side based on Axis2 is developed, the service of publication
Client call (stub) is generated by WSDL, service is called by stub using end.Key-course and interface are based on
JavaScript is developed, and stub is called by HostObject entities, so as to fulfill the calling to service.
With reference to figure 7, Fig. 7 show the web page frame deployment system structure diagram of one embodiment, including：
Setup module 10 for setting web page user in cloud platform, and creates the tenant of webpage development system；
Link block 20 for connecting cloud platform and Git warehouses, is created according to the establishment information of the tenant in Git warehouses
Build application program；Wherein, the establishment information of the tenant includes tenant ID and tenant's title；
Binding module 30, for binding the application program and web page user, by bound web page user to Git storehouses
Code in library is compiled；
Determination module 40 after the completion of working in compiling of application, returns to compiling information, and judge whether compiling just
Really, if so, judgement completes the establishment and compiling of application program；
In one embodiment, above-mentioned setup module can also include：
Registration module registers PaaS tenant for the establishment information according to tenant in PaaS platform.
As one embodiment, can also include after above-mentioned determination module：
Preserving module for the process more fresh code according to the binding application program and web page user, and will be updated
Code preserve to Git warehouses；
Update module for triggering the hook event in Git warehouses, calls the sync cap of PaaS platform, and pass through PaaS
The component distribution tuning controller of platform carries out the code update in Git warehouses according to the code preserved.
Deployment module 50 for the interface of LXC containers to be called to create webpage example, and is created in the webpage example and is completed
Afterwards, application deployment web page frame is utilized.
In one embodiment, above-mentioned deployment module is further used for：
Pass through the environment of preset cloud mirror configuration webpage example；
In the environment being configured, the interface of LXC containers is called to create webpage example.
As one embodiment, above-mentioned deployment module can also be further used for：
Using ubuntu clouds image file as the foundation image of cloud platform, cloud platform is carried out by the foundation image
Incremental deploying；
By the Restful management interfaces of LXC containers, it is real to create a webpage based on LXC containers using foundation image
Example.
The web page frame deployment system of the present invention and the web page frame dispositions method of the present invention correspond, in above-mentioned webpage
The technical characteristic and advantage that the embodiment of frame dispositions method illustrates are suitable for the implementation of web page frame deployment system
In example, hereby give notice that.
Each technical characteristic of embodiment described above can be combined arbitrarily, to make description succinct, not to above-mentioned reality
It applies all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, it is all considered to be the range of this specification record.
Embodiment described above only expresses the several embodiments of the present invention, and description is more specific and detailed, but simultaneously
It cannot therefore be construed as limiting the scope of the patent.It should be pointed out that those of ordinary skill in the art are come
It says, without departing from the inventive concept of the premise, various modifications and improvements can be made, these belong to the protection of the present invention
Range.Therefore, the protection domain of patent of the present invention should be determined by the appended claims.
Claims (10)
1. a kind of web page frame dispositions method, which is characterized in that include the following steps：
Web page user in cloud platform is set, and creates the tenant of webpage development system；
Cloud platform and Git warehouses are connected, application program is created in Git warehouses according to the establishment information of the tenant；Wherein, it is described
The establishment information of tenant includes tenant ID and tenant's title, and the establishment information of the tenant is the lattice of " founder+tenant's title "
Formula；
The application program and web page user are bound, the code in Git warehouses is compiled by bound web page user；
After the completion of compiling of application work, compiling information is returned, and judges whether that compiling is correct, if so, judgement is completed
The establishment and compiling of application program；
The interface of LXC containers is called to create webpage example, and after the completion of webpage example establishment, utilize application deployment
Web page frame.
2. web page frame dispositions method according to claim 1, which is characterized in that described webpage to be set to use in cloud platform
Family, and the step of create the tenant of webpage development system after further include：
PaaS tenant is registered in PaaS platform according to the establishment information of tenant.
3. web page frame dispositions method according to claim 2, which is characterized in that described to have worked in compiling of application
Cheng Hou returns to compiling information, and judge whether that compiling is correct, if so, judgement completes the establishment and compiling of application program
It is further included after step：
It is preserved according to the process more fresh code for binding the application program and web page user, and by the newer code of institute to Git storehouses
Library；
The hook event in Git warehouses is triggered, calls the sync cap of PaaS platform, and the component distribution for passing through PaaS platform is coordinated
Controller carries out the code update in Git warehouses according to the code preserved.
4. web page frame dispositions method according to claim 1, which is characterized in that the interface wound for calling LXC containers
The process of networking page example includes：
Pass through the environment of preset cloud mirror configuration webpage example；
In the environment being configured, the interface of LXC containers is called to create webpage example.
5. web page frame dispositions method according to claim 4, which is characterized in that the interface wound for calling LXC containers
The process of networking page example includes：
Using ubuntu clouds image file as the foundation image of cloud platform, the increment of cloud platform is carried out by the foundation image
Deployment；
By the Restful management interfaces of LXC containers, a webpage example based on LXC containers is created using foundation image.
6. a kind of web page frame deployment system, which is characterized in that including：
Setup module for setting web page user in cloud platform, and creates the tenant of webpage development system；
Link block for connecting cloud platform and Git warehouses, is created in Git warehouses according to the establishment information of the tenant and is applied
Program；Wherein, the establishment information of the tenant includes tenant ID and tenant's title, the establishment information of the tenant for " founder+
The form of tenant's title "；
Binding module, for binding the application program and web page user, by bound web page user in Git warehouses
Code is compiled；
Determination module after the completion of working in compiling of application, returns to compiling information, and judges whether that compiling is correct, if
It is that then judgement completes the establishment and compiling of application program；
Deployment module, for the interface of LXC containers to be called to create webpage example, and after the completion of webpage example establishment, profit
With application deployment web page frame.
7. web page frame deployment system according to claim 6, which is characterized in that the setup module further includes：
Registration module registers PaaS tenant for the establishment information according to tenant in PaaS platform.
8. web page frame deployment system according to claim 7, which is characterized in that further included after the determination module：
Preserving module, for according to the process more fresh code for binding the application program and web page user, and by institute's newer generation
Code is preserved to Git warehouses；
Update module for triggering the hook event in Git warehouses, calls the sync cap of PaaS platform, and pass through PaaS platform
Component distribution tuning controller the code update in Git warehouses is carried out according to the code that is preserved.
9. web page frame deployment system according to claim 8, which is characterized in that the deployment module is further used for：
Pass through the environment of preset cloud mirror configuration webpage example；
In the environment being configured, the interface of LXC containers is called to create webpage example.
10. web page frame deployment system according to claim 9, which is characterized in that the deployment module is further used for：
Using ubuntu clouds image file as the foundation image of cloud platform, the increment of cloud platform is carried out by the foundation image
Deployment；
By the Restful management interfaces of LXC containers, a webpage example based on LXC containers is created using foundation image.
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| CN108519952B (en) * | 2018-04-13 | 2019-05-17 | 南京新贝金服科技有限公司 | A kind of distributed WEB automatization test system and method |
| CN109144548A (en) * | 2018-08-27 | 2019-01-04 | 杭州安恒信息技术股份有限公司 | A kind of multicompartment software upgrade method, device and server realized based on git |
| CN111399814A (en) * | 2020-03-09 | 2020-07-10 | 中国邮政储蓄银行股份有限公司 | Visual arrangement method and device for construction tasks |
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| US9760358B2 (en) * | 2013-10-30 | 2017-09-12 | Oracle International Corporation | System and method for test to production support in a cloud platform environment |
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| CN104391689A (en) * | 2014-11-04 | 2015-03-04 | 中国石油天然气股份有限公司 | Internet of things application development method, middleware and PaaS (Platform as a Service) |
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