CN106708509A - Automatic software project development all-link configuration management system - Google Patents
Automatic software project development all-link configuration management system Download PDFInfo
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- CN106708509A CN106708509A CN201611061277.0A CN201611061277A CN106708509A CN 106708509 A CN106708509 A CN 106708509A CN 201611061277 A CN201611061277 A CN 201611061277A CN 106708509 A CN106708509 A CN 106708509A
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Abstract
The invention relates to an automatic software project development all-link configuration management system. The system comprises a version management system, an optional template project, a continuous project building system, a project deploying system, a public service resource system and an automatic operation and maintenance management system, wherein the version management system is used for managing the historical versions, branches and labels of codes; the optional template project is used for generating the basic codes of a new project; the continuous project building system is used for continuously monitoring the version change of a code library, automatically executing unit testing and generating a testing report; Maven is used to compile source codes and generate a release package; the project deploying system is used for pre-generating a container template according project capacity requirements and deploying a container instance according to the project release package; the automatic operation and maintenance management system is used for controlling all flow nodes and calling the interfaces of each subsystem to generate or acquire necessary resources. By the system, automatic configuration and management of the whole life cycle of a project are achieved, project configuration and management is clear and ordered, and enterprises can be helped to save cost.
Description
Technical field
The present invention relates to the exploitation of project iteratively faster and the automatic configuration management domain of configuration deployment Life cycle, tool
Say body, be related to a kind of full link configuration management system of automated software project development.
Background technology
Software project or product general at present is required for by a mistake for complexity from approving and initiate a project formally reaching the standard grade
Journey, exploitation, test (unit testing, integration testing, CAT) is included since the development phase, trial operation, is reached the standard grade
A whole set of flow, wherein can be by the iterative development of countless wheels and regression test process.Traditional way is set according to project
Meter scheme, needs to get out infrastructure service (the such as database server, buffer service of development environment dependence before formal exploitation
Device etc.), and close beta environment, UAT environment, pre-manufactured environment, production are required stepping through in subsequent project process
The configuration of each environment such as environment.The configuration of these software runtime environments is not only the process of a repetition and complexity, Er Qiesui
The increase of the number of entry, can be faced and more and more be repeated.These repeat the manpower money for not only wasting preciousness
Source, and operational risk can also increase accordingly；And with the accumulation of the number of entry, the management of project can be more and more chaotic,
Corresponding attendant's demand can also be stepped up, and ultimately increase business burden.
Chinese patent literature CN200710024861.3, publication date 2009.01.07, disclose a kind of software development process
Management system, the system is mainly realized to the project plan in software development process, project supervision and control, project configuration, item
Mesh is purchased and Project contract, project risk, requirement developing, technology decision-making, design, coding, test, quality management, metric analysis
And the management in field such as quantify, and realize being controlled whole software development process process by management to above field, make
The development efficiency and final mass for obtaining software are improved, while the risk of software failure is reduced.Chinese patent literature
CN200710026118.1, publication date 2009.02.18, disclose a kind of software development process management software for realizing 5S management,
The rule that the system is mainly defined in software by user, the code identifier that specification and system are carried is to all of code
Automatic detection is carried out, tracking, realizes the arrangement of code in time, rectified, cleaned；Pass through document file management system and document class simultaneously
Not Ding Yi system knowledge document is arranged, rectify, clean, constantly use the system to cause to software development process
Arrangement, rectify, cleaning reach ensured sustained development and habituation, so as to reach improve software project cleaning and improve employee worker
Attainment purpose, the final comprehensive competitive power for improving enterprise.However, the full link of software project development is not implemented above
Automatic configuration is managed.
In sum, need a kind of project configuration of achievable centralization badly, manage project configuration clear orderly, so that
Project maintenance complexity is reduced, mitigates operation maintenance personnel work load, save the management system of entreprise cost, but yet there are no
Relevant report.
The content of the invention
The purpose of the present invention is directed to deficiency of the prior art, there is provided a kind of full link of automated software project development is matched somebody with somebody
Put management system.
Another purpose of the invention is to provide the full link configuration pipe of automated software project development described in a kind of application
The method that reason system carries out the full link configuration management of automated software project development.
To realize above-mentioned first purpose, the present invention is adopted the technical scheme that：
A kind of full link configuration management system of automated software project development, is made up of following subsystem：
A) edition management system：Old version and branch, the management of label for realizing code；
B) optional template item：Foundation code for generating new projects；
C) project continues constructing system：For the version change in lasting monitor code storehouse, automatic running unit testing is simultaneously raw
Into test report；Source code is compiled using Maven and generate issue bag；
D) project deployment system：For by project capacity requirement pre-generatmg container template, and integration project issue bag deployment
Container instance；
E) public service resource system：Public service resource for providing bottom；
F) operation management system is automated：For controlling all of flow nodes and being responsible for calling the interface of subsystems
Generate or obtain necessary resource.
Described edition management system is based on git.
It is with jenkins as core that described project continues constructing system.
Described project deployment system uses docker container techniques.
Described public service resource includes database service, load balancing service, buffer service and search service resource.
To realize above-mentioned second purpose, the present invention is adopted the technical scheme that：
Automated software project development is carried out using the described full link configuration management system of automated software project development
The method of full link configuration management, comprises the following steps：
Step 1-1：At the beginning of approving and initiate a project, project manager submits project verification application to automation operation management system, and
Selection project templet and project capacity requirement；
Step 1-2：Whether automation operation management system examination ＆ verification project verification application, inspection current available resource meets project need
Ask；
Step 1-3：Automation operation management system calls edition management system interface, is with the template item code for selecting
Basis generation new projects' code library simultaneously distributes authority, output object：Item base code and code library address；
Step 1-4：Automation operation management system calls jenkins interfaces to configure project build parameter, output object：Project
Corresponding constructing environment；
Step 1-5：Automation operation management system is applied to according to the suitable docker template generations of project Capacity Selection
The container instance of application server operation, output object：Running environment example；
Step 1-6：Automation operation management system calls public service resource system interface to generate according to project demands must
The Service Source wanted, output object：The public service resource configuration parameter of each environment；
Step 1-7：By after above-mentioned several operations, project initialization is finished, and all configuration parameters needed for project will
Persist and feed back to project leader；
In the project development stage, added by automating operation management system/service of deletion is relied on, adjustment running environment should
Planned with server capacity, issue project to specified running environment, acquisition test report.
Described issue project step is as follows：
Step 2-1：Developer submits issue application in automation operation management system, specifies issue environment, to be released
Code release, update function point description；
Step 2-2：Automation operation management system is checked and obtains indicated release source code；
Step 2-3：Automation operation management system calls automatic build system interface to build project；
Step 2-4：Automation operation management system calls automatic build system interface running unit to test, test crash
When, return this issue application；Operated into next step after being successfully tested, output object：Unit Test Report；
Step 2-5：Automation operation management system calls the issue bag that automatic deployment system will be successfully constructed to be distributed to finger
Determine environment and restart the container instance application issue bag；
Step 2-6：Automation operation management system calls edition management system interface to be based on this code successfully issued
Version labels；
Step 2-7：Automation operation management system records this publishing log, and this issue is finished and submits test to.
The invention has the advantages that：
The invention provides a kind of full link configuration management system of automated software project development, it is responsible for from approving and initiate a project out
The automatic management for finally issuing the whole flow process reached the standard grade is sent to, the automatic configuration management of Whole Life Cycle of Projects is realized,
Project configuration is managed to become apparent from without any confusion, reducing project maintenance complexity and the demand to related maintenance personnel,
Personnel cost is reduced while reducing operational risk, operation maintenance personnel is liberated from daily repeated project configuration operation
Out, operation maintenance personnel workload is significantly reduced, operation cost of enterprises is reduced.
Brief description of the drawings
Accompanying drawing 1 is the full link configuration management system structure diagram of automated software project development of the invention.
Accompanying drawing 2 is that full link configuration management system flow chart is developed in the independent store of automation of embodiment 2.
Specific embodiment
The specific embodiment that the present invention is provided is elaborated below in conjunction with the accompanying drawings.
The full link configuration management system of the automated software project development of the invention of embodiment 1
Fig. 1 is referred to, Fig. 1 is the full link configuration management system structure diagram of automated software project development of the invention.Institute
The full link configuration management system of automated software project development stated is made up of following subsystem：
A) edition management system 102 (i.e. code library in Fig. 1) based on git
Old version and branch, the management of label for realizing code.
B) an optional template item
Foundation code for generating new projects.
C) project with jenkins as core continues constructing system 103 (i.e. automation in Fig. 1 builds subsystem)
For the version change in lasting monitor code storehouse, automatic running unit testing simultaneously generates test report；Using Maven
Compiling source code simultaneously generates issue bag.
D) project deployment system 104 (i.e. project deployment subsystem in Fig. 1) with docker container techniques as representative
For by project capacity requirement pre-generatmg container template, and integration project issue bag deployment container example.
E) public service resource system 105 (i.e. public service subsystem in Fig. 1)
Public service resource for providing bottom, such as database service, load balancing service, buffer service, search clothes
Business resource etc..
F) operation management system 101 is automated
It is the coordinator of subsystems, is the core of whole system, all of flow nodes is controlled by it and is responsible for
The interface of subsystems is called to generate or obtain necessary resource.
Thus, whole system of the invention is responsible for from the configuration pipe approved and initiate a project to all nodes of final online operation
Reason.
Full link configuration management system is developed in the independent store of automation of the invention of embodiment 2
The full chain of automated software project development of the invention is illustrated by taking the B2C of standard mono- brand officials store project as an example
Road configuration management system.
Fig. 2 is referred to, Fig. 2 is that full link configuration management system flow chart is developed in the independent store of automation of embodiment 2, its
Management process is as follows：
Step 1-1：At the beginning of approving and initiate a project, project manager submits project verification application to automation operation management system, and
Selection project templet and project capacity requirement；
Step 1-2：Whether automation operation management system examination ＆ verification project verification application, inspection current available resource meets project need
Ask；
Step 1-3：Automation operation management system calls edition management system interface, is with the template item code for selecting
Basis generation new projects' code library simultaneously distributes authority.Output object：Item base code and code library address；
Step 1-4：Automation operation management system calls jenkins interfaces to configure project build parameter.Output object：Project
Corresponding constructing environment；
Step 1-5：Automation operation management system is applied to according to the suitable docker template generations of project Capacity Selection
The container instance of application server operation.Output object：Running environment example；
Step 1-6：Automation operation management system calls public service resource subsystem interface to generate according to project demands
Necessary Service Source.Output object：The public service resource configuration parameter of each environment；
Step 1-7：By after above-mentioned several operations, project initialization is finished, and all configuration parameters needed for project will
Persist and feed back to project leader, including each environment access path of project, public resource Connecting quantity, project resource
Distribution condition etc..
In the project development stage, service dependence, adjustment fortune can be added/deleted by automating operation management system at any time
The operations such as the planning of row environmental applications server capacity, issue project to specified running environment, acquisition test report.With daily hair
As a example by cloth：
Step 2-1：Developer submits issue application in automation operation management system, specifies issue environment, to be released
Code release, update function point description；
Step 2-2：Automation operation management system is checked and obtains indicated release source code；
Step 2-3：Automation operation management system calls automatic build system interface to build project；
Step 2-4：Automation operation management system calls automatic build system interface running unit to test, test crash
When, return this issue application；Operated into next step after being successfully tested.Output object：Unit Test Report；
Step 2-5：Automation operation management system calls the issue bag that automatic deployment system will be successfully constructed to be distributed to finger
Determine environment and restart the container instance application issue bag；
Step 2-6：Automation operation management system calls edition management system interface to be based on this code successfully issued
Version labels；
Step 2-7：Automation operation management system records this publishing log, and this issue is finished and submits test to.
The above is only the preferred embodiment of the present invention, it is noted that for the ordinary skill people of the art
Member, on the premise of the inventive method is not departed from, can also make some improvement and supplement, and these are improved and supplement also should be regarded as
Protection scope of the present invention.
Claims (7)
1. the full link configuration management system of a kind of automated software project development, it is characterised in that by following subsystem group
Into：
A) edition management system：Old version and branch, the management of label for realizing code；
B) optional template item：Foundation code for generating new projects；
C) project continues constructing system：For the version change in lasting monitor code storehouse, automatic running unit testing simultaneously generates survey
Examination report；Source code is compiled using Maven and generate issue bag；
D) project deployment system：For by project capacity requirement pre-generatmg container template, and integration project issue bag deployment container
Example；
E) public service resource system：Public service resource for providing bottom；
F) operation management system is automated：For controlling all of flow nodes and being responsible for calling the interface of subsystems to generate
Or obtain necessary resource.
2. the full link configuration management system of automated software project development according to claim 1, it is characterised in that described
Edition management system be based on git.
3. the full link configuration management system of automated software project development according to claim 1, it is characterised in that described
Project continue constructing system be with jenkins as core.
4. the full link configuration management system of automated software project development according to claim 1, it is characterised in that described
Project deployment system use docker container techniques.
5. the full link configuration management system of automated software project development according to claim 1, it is characterised in that described
Public service resource include database service, load balancing service, buffer service and search service resource.
6. automated software project is carried out using the full link configuration management system of automated software project development of claim 1 to open
The method of management of sending out link configuration complete, it is characterised in that comprise the following steps：
Step 1-1：At the beginning of approving and initiate a project, project manager submits project verification application to automation operation management system, and selects
Project templet and project capacity requirement；
Step 1-2：Whether automation operation management system examination ＆ verification project verification application, inspection current available resource meets project demands；
Step 1-3：Automation operation management system calls edition management system interface, based on the template item code for selecting
Generation new projects' code library simultaneously distributes authority, output object：Item base code and code library address；
Step 1-4：Automation operation management system calls jenkins interfaces to configure project build parameter, output object：Project correspondence
Constructing environment；
Step 1-5：Automation operation management system is applied to application according to the suitable docker template generations of project Capacity Selection
The container instance of server operation, output object：Running environment example；
Step 1-6：It is necessary that automation operation management system calls public service resource system interface to generate according to project demands
Service Source, output object：The public service resource configuration parameter of each environment；
Step 1-7：By after above-mentioned several operations, project initialization is finished, and all configuration parameters needed for project will be held
Longization simultaneously feeds back to project leader；
In the project development stage, added by automating operation management system/service of deletion is relied on, the application of adjustment running environment takes
The capacity planning of business device, issue project to specified running environment, acquisition test report.
7. method according to claim 6, it is characterised in that described issue project step is as follows：
Step 2-1：Developer submits issue application in automation operation management system, specifies issue environment, generation to be released
Code version, the function point description for updating；
Step 2-2：Automation operation management system is checked and obtains indicated release source code；
Step 2-3：Automation operation management system calls automatic build system interface to build project；
Step 2-4：Automation operation management system calls automatic build system interface running unit to test, and during test crash, moves back
Return this issue application；Operated into next step after being successfully tested, output object：Unit Test Report；
Step 2-5：Automation operation management system calls the issue bag that automatic deployment system will be successfully constructed to be distributed to specified ring
Simultaneously restart the container instance application issue bag in border；
Step 2-6：Automation operation management system calls edition management system interface to be based on this code release successfully issued
Label；
Step 2-7：Automation operation management system records this publishing log, and this issue is finished and submits test to.
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