CN111798196A - Agile development management system based on SpringBoot framework - Google Patents
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Abstract
The invention relates to the technical field of data processing, in particular to an agile development management system based on a SpringBoot framework, which solves the problems of processing of real-time data and data security of the existing agile development platform, and the problems of low agile development efficiency, high cost and long development period caused by the fact that the existing server needs to additionally deploy Tomcat and is complex in configuration; the method has the advantages that data are processed more efficiently, with lower cost and more safely, traditional deployment work of Tomcat to a server and environment configuration is simplified, instantaneity of team progress information and personnel management information of an agile development platform is greatly improved, cost is reduced, meanwhile, data safety is guaranteed, and development efficiency of teams is improved.
Description
Technical Field
The invention relates to the technical field of data processing, in particular to an agile development management system based on a SpringBoot framework.
Background
With the demand for software to be input at a faster and faster speed, the requirements for development quality and development efficiency of a software team are higher and higher, and it is important to realize real-time information synchronization and data processing in a shorter time.
However, the existing open-source research and development management platform cannot timely process data generated in a development workflow, such as work tasks, implementation progress, planning progress, autonomous research and development tools, supplier information update and the like, so that data distribution is scattered, historical data cannot be traced, statistics and analysis on accumulated data are difficult, team members and managers cannot perform work in a targeted manner due to lack of visual view analysis, and in addition, when a large amount of real-time data is processed by an existing server, hardware requirements are high, and cost is high; moreover, the existing servers generally need to deploy Tomcat and environment configuration, resulting in long development period. Therefore, in order to better assist the development work of the development team, an effective development management platform is needed to manage the input and output data in the daily development workflow.
Disclosure of Invention
The invention provides an agile development management system based on a SpringBoot framework, and solves the technical problems that the processing of real-time data and the data security of the existing agile development platform need to be improved, and the existing server needs to be additionally provided with Tomcat and is complex in configuration, so that agile development efficiency is low, cost is high, and development period is long.
In order to solve the technical problem, the invention provides an agile development management system based on a SpringBoot framework, which comprises a load balancer, a SpringBoot application module and a back-end data management system, wherein the SpringBoot application module is connected with the load balancer;
the load balancer is used for receiving user request parameters and sending the user request parameters to the SpringBoot application module;
the SpringBoot application module is used for processing data of the back-end data management system according to the received user request parameters and returning a processing result to the load balancer;
the back-end data management system is used for storing and managing back-end system data.
According to the technical scheme, the mode of combining with the SpringBoot micro-service framework is provided, the SpringBoot application module is used as a bottom layer processing interface of data, the step that the existing server needs to additionally deploy Tomcat is simplified, the work of configuring the environment is also reduced, the data of the back-end system can be processed more efficiently and at lower cost, and therefore the platform bottom layer service application can be deployed rapidly by one key.
In a further embodiment, the back-end data management system comprises a document system and a database system, the corresponding back-end system data comprising first data and second data;
the SpringBoot application module is used for judging the type of a request according to the received user request parameters, wherein the type of the request comprises a document system request and a database system request;
the first data are also used for inputting and uploading the first data to the document system according to the request of the document system; and querying second data of the database system according to the database system request, and then returning the corresponding query results to the load balancer after integrating the query results.
The scheme further limits the back-end data management system to comprise a document system and a database system, reduces the maintenance work of the agile development management platform through the management and storage of different data by the document system and the database system, and expands the functions of the agile development management system.
In further embodiments, the users include team members and different levels of administrators; and the Springboot application module performs identity authentication on the managers in different grades and then performs entry and uploading of the first data.
The SpringBoot application module in the scheme can process data more safely by controlling the safety verification of the administrator through a bottom layer.
In further embodiments, the first data includes capacity management requirements of the team personnel and current capacity value data; the entry of the first data comprises the operations of adding, updating and inquiring the first data.
According to the technical scheme, the working and cultivation of the ability of the team members at the current stage can be arranged in a targeted manner through the first data information, the team is assisted to conduct human prediction, the potential of the team members is fully mined, and meanwhile the productivity of the team members is greatly improved.
In a further embodiment, further comprising a client connected to the load balancer through a wireless network; the client comprises a computer and a mobile device.
In the technical scheme, the user accesses information through the client; the client processes few parts of business logic, the hardware requirement is not high, and the maintenance cost is reduced.
In a further embodiment, the load balancer returns the query result integrated by the SpringBoot application module to a front-end management interface of the client through the wireless network for display.
According to the technical scheme, the front-end management interface displays the query result in a chart or curve mode, and can help the team members to identify project progress risks more quickly in real time, so that agile development efficiency is improved, and the development period is shortened.
In a further embodiment, the client is further configured to accept the user's access at the front-end management interface thereof, and send the user request parameter to the load balancer via the wireless network;
the front-end management interface comprises a task burn-out management interface, a work billboard management interface, a product plan completion rate management interface and a team personnel capacity management interface.
In further embodiments, the database system is further configured to receive entry by the team member of the second data through the front-end management interface;
the entry of the second data comprises the operations of adding, updating and inquiring the second data;
the second data includes task progress information, work progress information, and product plan completion progress information of the team members.
Specifically, the task burnout management interface in the technical scheme can be used for the team members to input the task progress information into the database system by taking day-to-week as granularity through the interface; and is also used to display the mission burnout map through the interface. The task burn-out graph displayed by the agile development management system based on the SpringBoot can identify the task progress risk more quickly in real time;
the task progress information comprises project task time, project names, total task quantity, unfinished task quantity and finished task quantity.
Specifically, the work billboard management interface in the technical scheme can be used for the team member to input the work progress information into the database system through the interface; and also for displaying the work bulletin board through this interface. The work billboard displayed by the agile development management system based on the SpringBoot can more visually check the current busy work degree of the team members in real time and analyze the rationality of the current arrangement, the possible risks in the future work and the like, thereby improving the productivity of developers;
wherein the work progress information comprises all past and future workloads and the current work progress.
Specifically, the product plan completion rate management interface in the technical solution may be used for the team member to enter the product plan completion progress information into the database system through the interface; therefore, the working efficiency and risk of personnel can be identified more quickly, and the development efficiency is greatly improved;
wherein the product plan completion progress information includes time, total plan number, and plan on-time completion number.
In addition, the team personnel capacity management interface in the technical scheme can be used for managers of different levels to manage the capacity of the team members through the interface, and the first data are input into the document system based on the SpringBoot application module, so that the team can be assisted to do capacity estimation, and the productivity is greatly improved.
In a further embodiment, an SSM framework is adopted inside the SpringBoot application module, thereby further simplifying the maintenance cost of the system of the present invention.
Drawings
Fig. 1 is a schematic structural diagram of a backend structure of an agile development management system based on a SpringBoot framework according to an embodiment of the present invention;
fig. 2 is a flowchart of an agile development management system based on a SpringBoot framework according to an embodiment of the present invention;
fig. 3 is a schematic structural diagram of an agile development management system based on a SpringBoot framework according to an embodiment of the present invention.
And (3) graphic labeling:
a load balancer 1; a SpringBoot application module 2;
a back-end data management system 3 (document system 31, database system 32);
a server 4; a client terminal 5;
a front-end management interface 6 (a task burn-out management interface 61, a work bulletin board management interface 62, a product plan completion rate management interface 63, and a team personnel capacity management interface 64);
a computer 7; a mobile device 8; a router 9.
Detailed Description
The embodiments of the present invention will be described in detail below with reference to the accompanying drawings, which are given solely for the purpose of illustration and are not to be construed as limitations of the invention, including the drawings which are incorporated herein by reference and for illustration only and are not to be construed as limitations of the invention, since many variations thereof are possible without departing from the spirit and scope of the invention.
Aiming at the problems that the existing agile development platform is insufficient in the aspects of real-time data processing and data security, and the existing server needs to additionally deploy Tomcat, the configuration is complex, so that agile development efficiency is low, the cost is high, and the development period is long, the embodiment of the invention provides an agile development management system based on a SpringBoot framework, and the embodiment can be applied to the whole research and development team; springbook is a completely new framework offered by the pivot team that encapsulates the complexity of the underlying framework through some built-in firmware, and in many respects is also a "micro-framework" that allows developers to select what they need in the entire framework without using bulky or unnecessary runtime dependencies, and most springbook projects require very little configuration files. Therefore, under the condition of limited manpower, the agile development management system is realized by adopting the SpringBoot micro-service framework, and the problem of the development of the agile platform at present can be solved.
As shown in fig. 1, an agile development management system based on a SpringBoot framework provided in an embodiment of the present invention includes a load balancer 1, a SpringBoot application module 2 interconnected with the load balancer 1, and a back-end data management system 3 connected to the SpringBoot application module 2;
the load balancer 1 is used for receiving user request parameters and sending the user request parameters to the SpringBoot application module 2;
the SpringBoot application module 2 is configured to perform data processing on the back-end data management system 3 according to the received user request parameter, and return a processing result to the load balancer 1;
the back-end data management system 3 is used for storing and managing back-end system data.
In the embodiment of the invention, online query and data uploading services are carried out through the load balancer 1 and the SpringBoot application module 2; the SpringBoot application module 1 is deployed in a server 4; the spring boot application module 2 is embedded with Tomcat, wherein the Tomcat is a free Web application server with open source codes, has the function of processing HTML pages, belongs to a lightweight application server, and is the first choice for developing and debugging JSP programs;
therefore, the embodiment of the invention embeds Tomcat by using the Spring boot framework, does not need to deploy WAR files, simplifies Mave configuration, and automatically configures Spring, thereby simplifying the traditional step of deploying Tomcat to the server and reducing the work of configuration environment; based on the SpringBoot application module 2, the embodiment of the invention can process the data more efficiently and in real time, and can rapidly deploy platform bottom service application by one key; in addition, the embodiment of the invention also reduces the hardware requirement on the server 4 through the SpringBoot application module 2, and reduces the cost.
As shown in fig. 2, the back-end data management system 3 includes a document system 31 and a database system 32, and the corresponding back-end system data includes first data and second data;
the SpringBoot application module 2 is used for judging the type of a request according to the received user request parameters, wherein the type of the request comprises a document system request and a database system request;
the document system is also used for inputting and uploading the first data to the document system 31 according to the document system request; and querying second data of the database system 32 according to the database system request, and then returning the corresponding query results to the load balancer 1 after integrating.
The embodiment of the invention further defines that the back-end data management system 3 comprises a document system 31 and a database system 32, reduces the maintenance work of the agile development management platform by managing and storing each data through the document system 31 and the database system 32, and expands the function of the agile development management system;
in addition, in the embodiment of the present invention, the SpringBoot application module 2 is used as a bottom processing interface of data, effective data and filtering sensitive data are encapsulated, and data in the document system 31 and the database system 32 can be analyzed and processed more efficiently, so that the system can implement synchronization of data information in a shorter time.
In further embodiments, the users include team members and different levels of administrators; and the SpringBoot application module 2 performs identity authentication on the managers in different levels, and then performs entry and uploading of the first data.
In the embodiment of the present invention, the authentication of the administrator at different levels includes but is not limited to password verification, and the SpringBoot application module 2 controls the identity authority of the administrator through a bottom layer, so as to enhance the authenticity and security of the data.
In addition, the embodiment of the invention sets corresponding use scene requirements for the administrators with different levels;
in the embodiment of the present invention, the administrator may be divided into a high-level administrator and a general administrator. The high-level administrator has the authority of all the common administrators, and the common administrators only have the authority of configuring the subject to which the common administrators belong.
In further embodiments, the first data includes capacity management requirements of the team personnel and current capacity value data; the entry of the first data comprises the operations of adding, updating and inquiring the first data.
According to the embodiment of the invention, the team members can be purposefully arranged to work, cultured, estimated by manpower and the like through the first data, so that the full play of the ability of the team members is realized, the maintenance work of a platform is reduced, and the agile development and management are facilitated.
As shown in fig. 3, the agile development management system based on the SpringBoot framework provided in the embodiment of the present invention further includes a client 5 connected to the load balancer 1 through a wireless network;
wherein in fig. 3 the client 5 comprises a computer 7 and a mobile device 8, the client handling a very small part of the transaction logic. The user can access information through a browser of the computer 7 or a WeChat page of the mobile device 8, and the client 5 sends the user request parameter to the load balancer 1 through the router 9.
The load balancer 1 in this embodiment adopts a reverse proxy of Nginx; the Nginx is also called a reverse proxy server, is a high-performance HTTP (hyper text transfer protocol) and reverse proxy server, and can realize load balancing.
In a further embodiment, the load balancer 1 returns the query result integrated by the SpringBoot application module 2 to the front-end management interface 6 of the client 5 through the wireless network for display.
Wherein the wireless network includes, but is not limited to, WiFi.
In a further embodiment, the client 5 is further configured to accept the user's access at the front-end management interface 6 thereof, and send the user request parameter to the load balancer 1 via the wireless network;
the front-end management interface 6 includes a task burn-out management interface 61, a work billboard management interface 62, a product plan completion rate management interface 63, and a team personnel capacity management interface 64.
In the embodiment of the invention, the front-end management interface 6 and the SpringBoot application module 2 are used for performing operations such as inputting and uploading of first and second data; in addition, the embodiment of the invention can more quickly identify the project progress risk in real time through the task burn-out chart, the bulletin board and the like displayed by the agile development management system based on the SpringBoot framework, and can enable the team members to visually see the synchronous information in a shorter time, thereby shortening the development period and reducing the communication cost.
In further embodiments, the database system 32 is also used to receive entry by the team member of second data through the front end management interface 6;
the entry of the second data comprises the operations of adding, updating and inquiring the second data;
the second data includes task progress information, job progress information, and product plan completion progress information for the team member individuals.
In the embodiment of the present invention, an SSM framework is adopted inside the SpringBoot application module 2.
Wherein, the controller layer under the SSM frame realizes the service logic processing and the service layer; the dao layer performs data operation on the database; the model layer stores entity classes, the attribute names are basically consistent with the database, and the maintenance cost of the codes is simplified.
The embodiment of the invention provides an agile development management system based on a SpringBoot framework, which adopts a mode of applying a SpringBoot application module 2 to the agile development management system, simplifies the traditional work of deploying Tomcat to a server 4 and configuring the environment, enables the system to analyze database system data and document system data more efficiently, with lower cost and more safely, and solves the problems of low efficiency, higher cost and long development period of agile development caused by the fact that the existing agile development platform processes real-time data and the data safety is insufficient, and the existing server needs to additionally deploy Tomcat and is configured complicatedly; the real-time performance of team progress information and personnel management information of the agile development platform is greatly improved, communication and hardware cost are reduced, data safety is guaranteed, the development period is shortened, and the development efficiency of a team is improved.
The above embodiments are preferred embodiments of the present invention, but the present invention is not limited to the above embodiments, and any other changes, modifications, substitutions, combinations, and simplifications which do not depart from the spirit and principle of the present invention should be construed as equivalents thereof, and all such changes, modifications, substitutions, combinations, and simplifications are intended to be included in the scope of the present invention.
Claims (9)
1. The agile development management system based on the SpringBoot framework is characterized in that: the system comprises a load balancer, a SpringBoot application module and a back-end data management system, wherein the SpringBoot application module is connected with the load balancer;
the load balancer is used for receiving user request parameters and sending the user request parameters to the SpringBoot application module;
the SpringBoot application module is used for processing data of the back-end data management system according to the received user request parameters and returning a processing result to the load balancer;
the back-end data management system is used for storing and managing back-end system data.
2. The agile development management system based on the SpringBoot framework of claim 1, wherein: the back-end data management system comprises a document system and a database system, and the corresponding back-end system data comprises first data and second data;
the SpringBoot application module is used for judging the type of a request according to the received user request parameters, wherein the type of the request comprises a document system request and a database system request;
the first data are also used for inputting and uploading the first data to the document system according to the request of the document system; and querying second data of the database system according to the database system request, and then returning the corresponding query results to the load balancer after integrating the query results.
3. The agile development management system based on the SpringBoot framework of claim 2, wherein: the users comprise team members and managers of different levels; and the Springboot application module performs identity authentication on the managers in different grades and then performs entry and uploading of the first data.
4. The agile development management system based on the SpringBoot framework of claim 3, wherein: the first data comprises capacity management requirements of the team personnel and current capacity value data; the entry of the first data comprises the operations of adding, updating and inquiring the first data.
5. The agile development management system based on the SpringBoot framework of claim 1, wherein: the client is connected with the load balancer through a wireless network;
the client comprises a computer and a mobile device.
6. The agile development management system based on the SpringBoot framework of claim 5, wherein: and the load balancer returns the query result integrated by the SpringBoot application module to a front-end management interface of the client through the wireless network for displaying.
7. The agile development management system based on the SpringBoot framework of claim 6, wherein: the client is also used for receiving the access of the user on the front-end management interface of the client and sending the user request parameters to the load balancer through the wireless network;
the front-end management interface comprises a task burn-out management interface, a work billboard management interface, a product plan completion rate management interface and a team personnel capacity management interface.
8. The agile development management system based on the SpringBoot framework of claim 7, wherein: the database system is further used for receiving the entry of second data by the team member through the front-end management interface;
the entry of the second data comprises the operations of adding, updating and inquiring the second data;
the second data includes task progress information, work progress information, and product plan completion progress information of the team members.
9. The agile development management system based on the SpringBoot framework of claim 2, wherein: and an SSM framework is adopted in the Springboot application module.
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