CN111680892A - Research and development management system of integrated systematized tool chain - Google Patents
Research and development management system of integrated systematized tool chain Download PDFInfo
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- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q10/00—Administration; Management
- G06Q10/06—Resources, workflows, human or project management; Enterprise or organisation planning; Enterprise or organisation modelling
- G06Q10/063—Operations research, analysis or management
- G06Q10/0631—Resource planning, allocation, distributing or scheduling for enterprises or organisations
- G06Q10/06311—Scheduling, planning or task assignment for a person or group
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- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
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- G06Q10/10—Office automation; Time management
- G06Q10/103—Workflow collaboration or project management
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/36—Preventing errors by testing or debugging software
- G06F11/3668—Software testing
- G06F11/3672—Test management
- G06F11/3684—Test management for test design, e.g. generating new test cases
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- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F8/00—Arrangements for software engineering
- G06F8/70—Software maintenance or management
- G06F8/71—Version control; Configuration management
Abstract
The invention relates to the field of application software production, in particular to a research and development management system of an integrated systematic tool chain, which comprises: the system comprises an agility management module, a test management module, an application management module, a development pipeline module, a deployment pipeline module and a DevOps management module, wherein the DevOps management module can provide the basic service resource management function of the whole research and development management. The agile management module can provide management of the requirement, plan and execution of the whole project, and the test management module, the application management module, the development pipeline module and the deployment pipeline module realize the functions of testing, version, development, deployment and the like of the application, so that the software can be rapidly produced, the research and development efficiency is high, and the development threshold is low.
Description
Technical Field
The invention relates to the field of application software production, in particular to a research and development management system of an integrated systematic tool chain.
Background
The production of enterprise application software relates to processes including management tracking of requirements, code management of a development process, resource and environment management of a deployment process, management related to a test flow, display of an operation monitoring field after application online and the like. In each stage of the whole software production life cycle, efficiency improvement needs to be considered, and although different independent systems can meet certain requirements, the system is supported by the cost of more manpower. The research and development management system of the integrated system tool chain is urgently needed to be constructed in the industry, the processes of application development, testing, deployment, operation and maintenance and monitoring are simplified through cooperating with personnel with different roles and visual operation processes, the overall research and development efficiency is improved, the threshold of developers is reduced, the application software is promoted to be rapidly produced, and the quick change and development of enterprise business are adapted and assisted.
Accordingly, the prior art is yet to be improved and developed.
Disclosure of Invention
In view of the above-mentioned deficiencies of the prior art, an object of the present invention is to provide a development management system integrating a systematic tool chain to solve the problems of low development efficiency and high developer threshold of the existing software.
The technical scheme of the invention is as follows:
the invention provides a research and development management system of an integrated systematic tool chain, which comprises:
the agility management module is used for managing the requirements, plans and execution of projects;
the test management module is used for providing test management in the software development process;
the application management module is used for managing the application and the application version in the project;
the development pipeline module is used for controlling a software development process;
the deployment pipeline module is used for deploying software applications;
and the DevOps management module is used for managing DevOps underlying resources.
Further preferred embodiments of the present invention are: the research and development management system further comprises: and the report management module is used for visualizing each stage of software development.
Further preferred embodiments of the present invention are: the research and development management system further comprises: and the three layers of authority framework modules are used for limiting the authorities of different modules.
Further preferred embodiments of the present invention are: the three-layer authority framework model comprises a platform layer, an organization layer and an item layer, wherein authorities of the platform layer, the organization layer and the item layer are arranged from high to low; the platform layer is used for managing the function configuration of the research and development platform; the DevOps management module is located at a organizational layer; the agility management module, the test management module, the application management module, the development pipeline module, the deployment pipeline module and the report management module are positioned on a project layer.
Further preferred embodiments of the present invention are: the agility management module comprises:
the problem management unit is used for creating problems and managing the created problems;
the backlog task management unit is used for allocating sprints to the problems and adjusting the demand between the sprints;
a release version unit for creating a version;
the active sprint unit is used for creating a periodic target;
the conference summary unit is used for recording a conference and tracking the event;
and the report workbench unit is used for carrying out work report.
Further preferred embodiments of the present invention are: the test management module comprises:
the test outline management unit establishes a test outline according to the problem management unit;
the test case management unit is used for creating a test case with the execution granularity which is associated downwards according to the test outline;
the test plan unit is used for establishing a test plan according to the test outline;
and the test execution unit performs test activities according to the test plan.
Further preferred embodiments of the present invention are: the application management module comprises:
an application template for providing a template for creating an application;
application version for determining application version
The application publishing is used for publishing the application to an application market for other projects to use;
and the application market is used for carrying out shortcut deployment on the application in the organization.
Further preferred embodiments of the present invention are: the development pipeline module comprises: the system comprises a development console unit, a code warehouse unit, a code branch management unit, a mark management unit, a merging request unit, a continuous integration unit, a code quality unit and a branch extraction unit.
Further preferred embodiments of the present invention are: the deployment pipeline module comprises: the system comprises an environment self-defining unit, an application deployment unit, an instance state unit and a resource management unit.
Further preferred embodiments of the present invention are: the DevOps management module comprises: the system comprises a template management unit, a cluster management unit, a host management unit, a monitoring management unit and a certificate management unit.
Further preferred embodiments of the present invention are: the report management module comprises: agile report unit, DevOps report unit and test report unit.
Further preferred embodiments of the present invention are: the agile report unit provides statistics of 12 agile report dimensions, and the DevOps report unit provides statistics of 6 DevOps report dimensions; and the test report unit provides statistics of 6 test report dimensions.
The invention has the beneficial effects that: the basic service resource management function of the whole research and development management can be provided through the DevOps management module. The agile management module can provide management of the requirement, plan and execution of the whole project, and the test management module, the application management module, the development pipeline module and the deployment pipeline module realize the functions of testing, version, development, deployment and the like of the application, so that the software can be rapidly produced, the research and development efficiency is high, and the development threshold is low.
Drawings
FIG. 1 is a schematic structural diagram of a development management system of an integrated and architected toolchain according to an embodiment of the present invention;
FIG. 2 is a block diagram of a development management system for an integrated, architected toolchain according to an embodiment of the present invention;
FIG. 3 is a block diagram of a three-tier rights architecture model according to an embodiment of the present invention;
FIG. 4 is a block diagram of an agile management module according to an embodiment of the invention;
FIG. 5 is a block diagram of a test management module according to an embodiment of the present invention;
FIG. 6 is a block diagram of an application management module according to an embodiment of the present invention;
FIG. 7 is a block diagram of a development pipeline module according to an embodiment of the present invention;
FIG. 8 is a block diagram of a deployment pipeline module according to an embodiment of the present invention;
FIG. 9 is a block diagram of a DevOps management module according to an embodiment of the present invention;
FIG. 10 is a diagram of a report management module according to an embodiment of the present invention.
Detailed Description
The invention provides a research and development management system of an integrated system tool chain, and in order to make the purpose, technical scheme and effect of the invention clearer and clearer, the invention is further described in detail below by referring to the attached drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
The development management system of an integrated system tool chain provided in an embodiment of the present invention, referring to fig. 1 to 10, includes:
an agility management module 100 for managing the requirements, planning and execution of a project;
the test management module 200 is used for providing test management in the software development process;
an application management module 300 for management of applications and application versions within a project;
the development pipeline module 400 is used for controlling a software development process;
a deployment pipeline module 500 for deployment of software applications;
a DevOps management module 600 for management of DevOps underlying resources.
The basic service resource management function of the whole research and development management can be provided through the DevOps management module. The agile management module can provide management of the requirement, plan and execution of the whole project, and the test management module, the application management module, the development pipeline module and the deployment pipeline module realize the functions of testing, version, development, deployment and the like of the application, so that the software can be rapidly produced, the research and development efficiency is high, and the development threshold is low.
Further, the research and development management system further includes: and the report management module 700 is used for visualizing all stages of software development.
By adding the report management module 700, reports at different latitudes can be acquired, and the conditions of each stage of the software development process are displayed by data, so that an improved analysis basis is provided.
Further, the research and development management system further includes: a three-tier rights architecture module 800 for defining rights for different modules. Different authorities are defined for different modules, so that different authority roles of users can be flexibly allocated.
Further, the three-tier rights architecture model 800 includes a platform tier 810, a organizational tier 820, and an item tier 830, which are arranged from high to low in rights; the platform layer 810 is used for managing the functional configuration of the development platform itself; the DevOps management module 600 is located at the organizational layer 820; the agility management module 100, the test management module 200, the application management module 300, the development pipeline module 400, the deployment pipeline module 500, and the report management module 700 are located in the project layer 830.
The system is divided into three layers of authority architecture, namely a platform layer 810, a tissue layer 820 and an item layer 830 from high to low. The platform layer 810 mainly manages the configuration of the entire research and development management system. The organizational layer management 820 manages the configuration and resource allocation for the organization (company). The project layer 830 manages data and resources for a project. Each hierarchy has its own authority role system, so as to flexibly distribute the roles of different hierarchies of users.
The DevOps management module 600 provides the basic service resource management function of the whole research and development management in the organization 820, which is a basic stone of all function call resources, and generally only needs to be configured after the whole set of system is deployed, and is rarely adjusted except for monitoring services. In the project layer 830, if the application management module 300, the test management module 200, the development pipeline module 400, and the deployment pipeline module 500 are compared with pearls, the agility management module 100 is a line connecting the pearls in series, and finally, functions are closely related to each other to form a pearl chain with higher overall value. The user associates the code branch with the test task through the questions created in the reagile management module 100. The interior of each application is divided by agile stethonics and module concepts. And expressing the deployment phase and the task progress of the current application through the state of the problem. Finally, the report management module 700 is used to quantitatively balance the efficiency and progress of each module.
Further, the agility management module 100 comprises:
a question management unit 110 for creating a question and managing the created question;
a backlog task management unit 120, configured to allocate sprints to the problems and perform inter-sprint demand adjustment;
a release version unit 130 for creating a version;
an active sprint unit 140 for creating a cycle target;
a meeting summary unit 150 for recording meetings and tracking backlogs;
a report workbench unit 160 for performing work reporting.
The agility management module 100 takes a scrub model as a core concept, records requirements and work tasks by creating problems such as stethoscopes, stories, defects and tasks, and arranges the priorities of the requirements and the tasks and realizes batches outside tools such as active boards and story boards. And recording the content of each important conference node in the agile management process by using the conference summary and associating backlogs so as to achieve the purpose of tracking the progress of the project in a rhythm.
Further, the test management module 200 includes:
a test outline management unit 210 for establishing a test outline according to the problem management unit 110;
a test case management unit 220 that creates a test case of a downward associated execution granularity according to the test outline;
a test plan unit 230 for creating a test plan according to the test outline;
and the test execution unit 240 performs test activities according to the test plan.
Wherein, the user sees the test outline created on the basis of the story in the agility management module 100 in a one-to-one correspondence manner, and creates a test case with a downward associated execution granularity according to the test outline. And schedules the test tempos and corresponding performers by creating a test plan. The executor can report the defects found in the test process and develop new test cycles and stages accordingly. Finally, the purposes of testing the sustainable circulation of the environment and efficiently optimizing the delivery quality are achieved.
Further, the application management module 300 includes:
an application template 310 for providing a template for creating an application;
application version 320 for determining application version
An application publishing 330 for publishing the application to an application marketplace for use by other projects;
and the application market 340 is used for carrying out shortcut deployment of the application in the organization.
The application management module 300 is responsible for managing applications and application versions in a project, and can import or download two-party and three-party applications in an application market. And the user creates a new application under application management, and can select a needed scaffold to perform application initialization operation. The application versions generated after application deployment may be whitelisted here to prevent being culled by periodic cleaning tasks. The produced application can be released to an application market for being deployed by other projects, and two-party applications and three-party applications can be selected from the application market and deployed under the projects.
Further, the development pipeline module 400 includes: a development console unit 410, a code warehouse unit 420, a code branch management unit 430, a tag management unit 440, a merge request unit 450, a persistent integration unit 460, a code quality unit 470, and a branch prediction unit 480.
The development console unit 410 is used for providing all shortcut entries and simple reports of a development pipeline; the code repository unit 420 is used to collect code programs that implement specific functions; the code branch management unit 430 is configured to develop branches and branch policy management; the mark management unit 440 is configured to create and edit a mark; the merge request unit 450 is configured to create and edit a merge request; the continuous integration unit 460 is configured to monitor a continuous integration completion condition of the application in real time; the code quality unit 470 is used for visually displaying the result of the code passing the security detection; the branch testing unit 480 is configured to perform information transfer and review on the research and development testing process.
In this embodiment, the development pipeline module 400 is used as policy management for software development, and provides management and control of a development process. Each application remote code repository for a project may be managed and a new branch created in the corresponding code repository. The system automatically and continuously integrates and provides operations for marking the branch and submitting the merging request after the local editing submission of the branch is performed. And providing a branch detection management function for tracking branch states for the circulation of the branches in each environment, and checking branch codes through a SonarQube plug-in to output a code quality report.
Further, the deployment pipeline module 500 includes: an environment customization unit 510, an application deployment unit 520, an instance state unit 530, and a resource management unit 540.
The environment customizing unit 51 is used for creating and managing environment configuration; the application deployment unit 520 is used for visualizing the one-click deployment application; the instance status unit 530 is used for editing instances and monitoring the running status of the instances; the resource management unit 540 is used for managing the resources of domain names, certificates, containers, networks and the like required by the application deployment
In this embodiment, the deployment pipeline module 500 mainly describes the deployment environment, instance, network, domain name, container, etc. to inform the user how to deploy and deploy. The user will create an environment at this point first and configure the resources corresponding to the environment, such as network, domain name, container, certificate, etc. And then carrying out application deployment under a certain environment, and managing the generated instances. The module also provides a function of self-defining an automatic deployment pipeline, and can edit the whole application deployment process through visual pipeline operation so as to automatically realize the same deployment requirement.
Further, the DevOps management module 600 includes: template management unit 610, cluster management unit 620, host management unit 630, monitoring management unit 640, and certificate management unit 650.
The template management unit 610 is configured to create and edit an application template; the cluster management unit 620 is configured to create and edit a cluster; the host management unit 630 is used for creating and editing a host; the monitoring management unit 640 is configured to monitor operation data of each dimension basic resource in real time; the certificate management unit 65 is configured to create and edit a domain name certificate.
In this embodiment, the DevOps management module 600 resides in the organizational layer 820, managing the organizational elements associated with the DevOps. New cluster and host resources may be associated and allocated. Skywalking, Grafana and Prometous tools are integrated, and real-time monitoring of the host and the cluster basic service resources and monitoring and warning functions are achieved.
Further, the report management module 700 includes: agile reporting unit 710, DevOps reporting unit 720, and test reporting unit 730. Further, the agile reporting unit 710 provides statistics for 12 agile reporting dimensions, and the DevOps reporting unit 720 provides statistics for 6 DevOps reporting dimensions; and the test report unit 730 provides statistics of 6 test report dimensions.
The agile report unit 710 is configured to view agile management statistics reports of each dimension; the DevOps reporting unit 720 is used for checking the continuous integration and continuous deployment statistical reports of all dimensions; the test report unit 730 is used to view the test management statistical report of each dimension.
And through reports of different latitudes, the conditions of all stages of the software development process are displayed by data, and improved analysis basis is provided. The report management module 700 of the present invention provides statistics of 12 agile report dimensions, 6 DevOps report dimensions and 6 test report dimensions, and can serve the summary stage statistics work of each link or check the real-time situation of each dimension of the current project.
The following is a specific example:
taking as an example that a certain project group needs to use a middlebox capability to issue an application containing new functions:
1) managing demand
The product manager collects functional requirements from the business parties and creates story records specific requirements content. And starting the meeting through sprint, and carrying out project group review on the requirement set by using a conference summary function. And the requirements after evaluation are brought into a new sprint plan, and tasks of the requirements are disassembled and distributed to corresponding project members.
2) Initializing applications
The technology manager creates an application in the corresponding project and initializes the code framework of the application using the midrange microservice scaffolding. The system automatically generates a code repository for the application in the gitlab repository and generates the micro-service framework needed by the midlet in the code repository. Because the application needs to use the middle platform capability, a technical manager can deploy the developed required field application through an application market, and a code warehouse corresponding to the middle platform application is created under a project warehouse. The developer can then directly invoke the application capability in the project.
3) Managing branches
And the front-end or back-end development member establishes a new code branch in an associated manner according to the story task. And cloning the remote branch to the local for writing the functional code. After the functional code is written, the local branch is submitted. The system automatically detects the branch commit action and continues to integrate. The development member communicates the branch status information to the testing member through the branch prompt function.
4) Management testing
After the sprint starts the meeting, the test classmates generate test outlines and conduct test internal outline review (using the meeting era). After the examined outline is disassembled into executable test cases, a test manager creates a test plan, and orderly arranges the test rhythm and date and distributes the test rhythm and date to corresponding execution tasks to test members. After the member to be developed transmits the branch state to the testing member through branch extraction and test, the testing member can perform test execution on the testing environment and record the defects in the execution process so as to facilitate the test and inspection of the next round. After the multi-round test is finished, the story state can be set to be in a state to be checked through agile management. The branch is submitted to an acceptance environment, the story state is set to be a state to be on-line after the acceptance of the product manager is passed, and the technical manager can operate on-line.
5) Publishing applications
After the required application function is approved, the technical manager can release the application to the application market through the release application function in the application management. At this point, the application is provided with the right to deploy the application package on behalf of other projects in the same organization. And one-key deployment can be carried out on other projects.
The research and development management system of the integrated systematic tool chain can realize rapid software output, high research and development efficiency and low development threshold through the cooperation of all modules.
It is to be understood that the invention is not limited to the examples described above, but that modifications and variations may be effected thereto by those of ordinary skill in the art in light of the foregoing description, and that all such modifications and variations are intended to be within the scope of the invention as defined by the appended claims.
Claims (12)
1. A system for research and development management of an integrated and systematic toolchain, comprising:
the agility management module is used for managing the requirements, plans and execution of projects;
the test management module is used for providing test management in the software development process;
the application management module is used for managing the application and the application version in the project;
the development pipeline module is used for controlling a software development process;
the deployment pipeline module is used for deploying software applications;
and the DevOps management module is used for managing DevOps underlying resources.
2. The development management system of an integrated and architected toolchain of claim 1, further comprising: and the report management module is used for visualizing each stage of software development.
3. The development management system of an integrated and architected toolchain of claim 2, further comprising: and the three layers of authority framework modules are used for limiting the authorities of different modules.
4. The system for research and development management of integrated and architected toolchain of claim 3, wherein the three-tier rights architecture model comprises a platform tier, a organizational tier, and a project tier with the rights arranged from high to low; the platform layer is used for managing the function configuration of the research and development platform; the DevOps management module is located at a organizational layer; the agility management module, the test management module, the application management module, the development pipeline module, the deployment pipeline module and the report management module are positioned on a project layer.
5. The development management system of an integrated and architected toolchain according to any of claims 1-4, wherein the agility management module comprises:
the problem management unit is used for creating problems and managing the created problems;
the backlog task management unit is used for allocating sprints to the problems and adjusting the demand between the sprints;
a release version unit for creating a version;
the active sprint unit is used for creating a periodic target;
the conference summary unit is used for recording a conference and tracking backlog;
and the report workbench unit is used for carrying out work report.
6. The development management system of an integrated and architected toolchain of claim 5, wherein the test management module comprises:
the test outline management unit establishes a test outline according to the problem management unit;
the test case management unit is used for creating a test case with the execution granularity which is associated downwards according to the test outline;
the test plan unit is used for establishing a test plan according to the test outline;
and the test execution unit performs test activities according to the test plan.
7. The development management system of an integrated and architected toolchain of claim 6, wherein the application management module comprises:
an application template for providing a template for creating an application;
application version for determining application version
The application publishing is used for publishing the application to an application market for other projects to use;
and the application market is used for carrying out shortcut deployment on the application in the organization.
8. The system of claim 7, wherein the development pipeline module comprises: the system comprises a development console unit, a code warehouse unit, a code branch management unit, a mark management unit, a merging request unit, a continuous integration unit, a code quality unit and a branch extraction unit.
9. The system of claim 8, wherein the deployment pipeline module comprises: the system comprises an environment self-defining unit, an application deployment unit, an instance state unit and a resource management unit.
10. The development management system of integrated and architected toolchain of claim 9, wherein the DevOps management module comprises: the system comprises a template management unit, a cluster management unit, a host management unit, a monitoring management unit and a certificate management unit.
11. The development management system of an integrated and architected toolchain of claim 10, wherein the report management module comprises: agile report unit, DevOps report unit and test report unit.
12. The development management system of integrated and architected toolchain of claim 11, wherein the agile reporting unit provides statistics for 12 agile reporting dimensions, the DevOps reporting unit provides statistics for 6 DevOps reporting dimensions; and the test report unit provides statistics of 6 test report dimensions.
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