CN113672208A - Low code development framework system for realizing compatible trust and creation adaptation based on computer software - Google Patents

Abstract

The invention relates to a low-code development framework system based on computer software to realize compatibility with Xinchuang adaptation, wherein the system includes a front-end development framework subsystem, which is used to provide multiple types of controls to abstractly define json objects, and render the json objects into Corresponding page elements; asynchronous gateway module, used to integrate session and service hosting functions; business microservice development framework subsystem, used for microservice data configuration processing of database framework, file framework and search framework; back-end database development framework sub-system The system is used to support a variety of databases and quickly generate business code blocks through scaffolding; the operation and maintenance monitoring module is used to monitor the service nodes of the servers that have been put on the shelves, and deal with blocked nodes in a timely manner. The development framework system of the present invention aims to help enterprises to standardize software development, improve the overall level of the company, promote IT technology exchanges, form a joint force, and improve the quality of delivered products; reduce personnel input and shorten demand delivery cycles.

Description

A low-code development framework system compatible with Xinchuang adaptation based on computer software

technical field

The invention relates to the technical field of computer applications, in particular to the technical field of front-end interface development, and in particular to a low-code development framework system based on computer software to realize compatible Xinchuang adaptation.

Background technique

Usually, in the process of software development, it is easy to see that the basic technology construction is scattered, there is no scale effect, and the technical exchange cannot be effectively promoted. The code style is very different, and the technical level is obviously different. With the expansion of the team and the passage of time, the training of new colleagues and the handover of the system are difficult, and the maintenance cost is significantly increased. Based on this, it is necessary to realize the full life cycle service technology such as standard code writing, controllable code quality, and reduction of operation and maintenance costs.

SUMMARY OF THE INVENTION

The purpose of the present invention is to overcome the shortcomings of the above-mentioned prior art, and provide a low-code development framework based on computer software that supports full life cycle services such as development, deployment, log monitoring, operation and maintenance analysis, etc. system.

In order to achieve the above-mentioned purpose, the low-code development framework system based on computer software of the present invention that is compatible with Xinchuang adaptation is as follows:

The main features of the low-code development framework system that is compatible with Xinchuang adaptation based on computer software are that the system includes:

The front-end development framework subsystem is used to abstractly define json objects for multiple types of controls, and render the json objects into corresponding page elements;

An asynchronous gateway module, which performs data transmission with the front-end development sub-framework for integrating session and service hosting functions;

The business microservice development framework subsystem performs data transmission with the asynchronous gateway module, and is used for the microservice data configuration processing of the database framework, the file framework and the search framework;

The back-end database development framework subsystem, which performs data transmission with the business microservice development framework, is used to support a variety of databases, and quickly generates business code blocks through scaffolding; and

The operation and maintenance monitoring module performs data transmission with the front-end development framework subsystem, the asynchronous gateway module, the business micro-service development framework subsystem and the back-end database development framework subsystem respectively, and is used to monitor the service nodes of the servers that have been put on the shelves, and timely Handle blocking nodes.

Preferably, the front-end development framework subsystem specifically includes a container control unit and a basic control unit, wherein,

The container control unit specifically includes a presentation page container subunit, a process page container subunit, and a self-presentation page container subunit. The container control unit is used to process the bubbling event of the internal control, and provide corresponding methods for external use. Called to get or change the properties of internal controls;

The basic control unit includes an input control subunit, a selection control subunit, a tree control subunit, a date control subunit, a button control subunit, an accessory control subunit, a table control subunit and a process control subunit. The control units have different display methods.

Preferably, the asynchronous gateway module specifically includes:

a session management unit, used for matching according to the user IP, MAC address and authentication information, and shielding and blocking authentication requests that do not meet the authority; and

The service hosting unit is used to block the request and give a friendly prompt when a large number of errors in the interface service or system upgrade and maintenance occur.

Preferably, the business microservice development framework subsystem specifically includes:

The database framework unit is used to support the invocation of relational databases, parsing service input parameters and DB interfaces, and automatically calling and returning data after matching; at the same time, it supports parsing service input parameters and checking configuration statements for document databases, and executes the corresponding statement;

File framework unit for providing file upload, download, parsing and generation services; and

The search framework unit is used to provide data synchronization services and search services.

Preferably, the relational database specifically includes Oracle, SQL Server, MS Sqlserver, MySql, IQ, ES and Dameng; the document database specifically includes MongoDB, Elasticsearch and Xinchuang DM database.

Preferably, the document frame unit specifically includes:

The file upload service sub-unit is used to define file size and type restrictions, file directory location, file generation rules, and file renaming rules through configuration. The service will upload the restricted files to the specified directory;

The file download service subunit is used to download the specified file after user authentication and authority authentication to avoid path scanning;

The file parsing service subunit is used to parse the content of the excel or csv file through configuration and service, and transfer the content to the specified database;

The file generation service subunit, which is consistent with the configuration file of the database subframe, is used to write the response content into the file and return it for download.

Preferably, the data synchronization service in the described search framework unit is used for synchronizing the content of the specified database to the Elasticsearch database according to the configuration; the described search service is used for performing the data synchronization from the Elasticsearch database according to the configuration order, proportion or column rules. retrieve.

Preferably, the back-end database development framework subsystem is specifically:

Enable the corresponding database adapter according to the configuration file, including compatible with Oralce, MS Sqlserver, Mysql, IQ, ES, Mongo, Xinchuang DM database, used to parse the input parameters and put the service on the shelf for external calls, which will be injected when the request is received Parameters, if the input parameters contain authentication information, it will be automatically injected, and the relevant parameters will be called and the result will be returned.

Preferably, the operation and maintenance monitoring module is specifically:

After using the framework to develop and deploy, the project administrator monitors the current processing status of the service nodes that have been put on the server, and supports troubleshooting when the red node is blocked.

The computer software-based low-code development framework system of the present invention that is compatible with Xinchuang adaptation is adopted, and the general logic technology encapsulation enables developers to focus on business implementation and reduces technical thresholds; provides standard UI components, visual interface design, and standardized code writing , the code quality is controllable, and the operation and maintenance cost is reduced; the microservice building block background service is rapidly deployed and constructed; it covers the development, deployment, log monitoring, operation and maintenance analysis and other full life cycle service support, integrating permissions, sessions, files, transactions, messages and other basic component modules. It aims to help enterprises standardize software development and improve the overall level of the company; promote IT technology exchanges, form a joint force, and improve the quality of delivered products; reduce personnel investment and shorten demand delivery cycles.

At present, the front-end development framework has provided support for a total of 22 types of controls in eight categories, more than 40 kinds of business microservices, and supports 5 kinds of relational databases and 2 kinds of document databases.

In practical application, it has undertaken the development and implementation of 4 medium-sized projects. Among them, for the electronic document project, a complete process development cycle was shortened from 15 days to 5 days.

Description of drawings

FIG. 1 is a schematic diagram of the framework structure of the low-code development framework system based on computer software to realize compatibility with Xinchuang adaptation of the present invention.

FIG. 2 is a schematic diagram of rendering a json object according to the present invention.

FIG. 3A is a schematic diagram of a json object attribute of the present invention.

FIG. 3B is another schematic diagram of the json object attribute of the present invention.

FIG. 4A is a schematic diagram of operation and maintenance monitoring of the present invention.

FIG. 4B is another schematic diagram of operation and maintenance monitoring according to the present invention.

Detailed ways

In order to describe the technical content of the present invention more clearly, further description will be given below with reference to specific embodiments.

Before describing in detail embodiments in accordance with the present invention, it should be noted that, hereinafter, the terms "comprising", "comprising" or any other variation are intended to encompass a non-exclusive inclusion, thereby making a process comprising a series of elements A process, method, article or apparatus contains not only these elements, but also other elements not expressly listed or inherent to such process, method, article or apparatus.

The development framework includes five parts: front-end development framework, asynchronous gateway, microservice development framework, database development framework and monitoring operation and maintenance platform.

Please refer to FIG. 1 , the low-code development framework system based on computer software that is compatible with Xinchuang adaptation, wherein the system includes:

The front-end development framework subsystem is used to abstractly define json objects for multiple types of controls, and render the json objects into corresponding page elements;

An asynchronous gateway module, which performs data transmission with the front-end development sub-framework for integrating session and service hosting functions;

The business microservice development framework subsystem performs data transmission with the asynchronous gateway module, and is used for the microservice data configuration processing of the database framework, the file framework and the search framework;

The back-end database development framework subsystem, which performs data transmission with the business microservice development framework, is used to support a variety of databases, and quickly generates business code blocks through scaffolding; and

The operation and maintenance monitoring module performs data transmission with the front-end development framework subsystem, the asynchronous gateway module, the business micro-service development framework subsystem and the back-end database development framework subsystem respectively, and is used to monitor the service nodes of the servers that have been put on the shelves, and timely Handle blocking nodes.

In a specific embodiment of the present invention, the front-end development framework uses json (JavaScript ObjectNotation, JS Object Notation, a lightweight data exchange format, completely independent of the text format of the programming language to store and represent data) to describe the controls. The "React adapter" provided by the framework translates json into corresponding controls and displays them in the interface. Because the json object properties corresponding to the controls are fixed, code development can be standardized.

Referring to FIGS. 2 to 3B, as a preferred embodiment of the present invention, the front-end development framework subsystem specifically includes a container control unit and a basic control unit, wherein,

The container control unit specifically includes a presentation page container subunit, a process page container subunit, and a self-presentation page container subunit. The container control unit is used to process the bubbling event of the internal control, and provide corresponding methods for external use. Called to get or change the properties of internal controls;

The basic control unit includes an input control subunit (input), a selection control subunit (select), a tree control subunit, a date control subunit (date), a button control subunit (button), and an accessory control subunit ( upload), table control sub-unit (table) and process control sub-unit, each basic control unit has different display methods.

Wherein, the input control subunit is divided into single-line text input, multi-line text input, search text input, password input, number input, rating number input, slider number input;

The selection control subunit and the tree control subunit are divided into horizontal selection, drop-down selection, single-item selection, multi-selection selection, tree drop-down selection, and cascade drop-down selection;

Date control sub-units are divided into year month day, year month, year, hour minute, year month day hour minute, year month day hour minute second, etc.;

Flow control sub-units are divided into document number (flownum), staff selection (staff), department selection (dept), location (location), etc.;

The table control subunit is a list container control, which contains the above control subunits.

In a specific embodiment of the present invention, taking the input control subunit as an example, a relatively complete example json is: {type: "input", displaytype: "number", defval: "default text", placeholder: "gray prompt Content",tip:"Explanation",rules:{maxlength:50},options:{min:1,max:100,textfield:"",valuefield:""},server:{url:""}}

in,

1. Type is the subunit classification, and input is the input control subunit;

2. The displaytype is the secondary classification of the subunit, the number is identified as the number input box, and only numbers are controlled to be input;

3. defval is the text content displayed by default during initialization;

4. Placeholder is if the content of the input box is empty, the content is displayed in the input box, but not as the value of the control;

5. The tip is a prompt icon, and when the mouse is placed on the icon, the description text will be displayed;

6. Rules is the rule constraint on the control, and maxlength controls the maximum number of input characters;

7. options are additional control fields, min and max control the minimum and maximum values, when textfield and valuefield interact with the background, the specified fields will be displayed on the control;

8. Server is if the control interacts with the background interface, it will configure relevant url requests, parameters and other information.

Container controls are divided into presentation page containers and process page containers (extends the self-presentation page container, adding interactive behaviors related to the process); the container controls handle the bubbling events of internal controls, and provide methods for external calls to obtain or change the internal control. properties of the control;

Basic controls are divided into input controls, selection controls, tree controls, date controls, button controls, attachment controls, table controls, process controls, etc. Each basic control is subdivided into display methods. For example, the display methods of input controls can be divided into text input, number input, multi-line input, password input, and so on.

Each type of control abstracts a json object, and the control code is responsible for rendering the json object into the corresponding page element.

The page code development is as follows:

As a preferred embodiment of the present invention, the asynchronous gateway module specifically includes:

a session management unit, used for matching according to the user IP, MAC address and authentication information, and shielding and blocking authentication requests that do not meet the authority; and

The service hosting unit is used to block the request and give a friendly prompt when a large number of errors in the interface service or system upgrade and maintenance occur.

As a preferred embodiment of the present invention, the business microservice development framework subsystem specifically includes:

The database framework unit is used to support the invocation of relational databases, parsing service input parameters and DB interfaces, and automatically calling and returning data after matching; at the same time, it supports parsing service input parameters and checking configuration statements for document databases, and executes the corresponding statement;

File framework unit for providing file upload, download, parsing and generation services; and

The search framework unit is used to provide data synchronization services and search services.

As a preferred embodiment of the present invention, the relational database specifically includes Oracle, SQL Server, MS Sqlserver, MySql, IQ, ES and Dameng; the document database specifically includes MongoDB, Elasticsearch and Xinchuang DM database.

As a preferred embodiment of the present invention, the file frame unit specifically includes:

The file upload service sub-unit is used to define file size and type restrictions, file directory location, file generation rules, and file renaming rules through configuration. The service will upload the restricted files to the specified directory;

The file download service subunit is used to download the specified file after user authentication and authority authentication to avoid path scanning;

The file parsing service subunit is used to parse the content of the excel or csv file through configuration and service, and transfer the content to the specified database;

The file generation service subunit, which is consistent with the configuration file of the database subframe, is used to write the response content into the file and return it for download.

As a preferred embodiment of the present invention, the data synchronization service in the search framework unit is used for synchronizing the content of the specified database to the Elasticsearch database according to the configuration; the search service is used for configuring the order, proportion or column rules, Retrieve from Elasticsearch database.

As a preferred embodiment of the present invention, the described back-end database development framework subsystem is specifically:

Enable the corresponding database adapter according to the configuration file, including compatible with Oralce, MS Sqlserver, Mysql, IQ, ES, Mongo, Xinchuang DM database, used to parse the input parameters and put the service on the shelf for external calls, which will be injected when the request is received Parameters, if the input parameters contain authentication information, it will be automatically injected, and the relevant parameters will be called and the result will be returned.

4A to 4B, as a preferred embodiment of the present invention, the operation and maintenance monitoring module is specifically:

After using the framework to develop and deploy, the project administrator monitors the current processing status of the service nodes that have been put on the server, and supports troubleshooting when the red node is blocked.

In a specific embodiment of the present invention, the asynchronous gateway integrates functions such as session and service hosting. in,

Session: Match according to user IP, MAC address, and authentication information, and block and block the authentication request that does not meet the authority;

Service hosting: When there are a lot of errors in the interface service, system upgrade and maintenance, block the request and give a friendly prompt;

In a specific embodiment of the present invention, the business microservice development framework includes a database framework, a file framework, a search framework, restful protocol forwarding, and the like;

The database framework supports the invocation of relational databases such as Oracle, SQL Server, MySql, and Dameng. Parse service input parameters and DB interface, automatically call and return data after matching;

At the same time, it supports document databases such as MongoDB and Elasticsearch, parses service input parameters, checks the configured statements, and executes the corresponding statements.

The file framework is divided into file upload and download service, file parsing service, and file generation service.

File upload service: Define file size, type and other restrictions through configuration, file directory location, generation rules, file renaming rules, etc., the service will upload the restricted files to the specified directory;

File download service: After user authentication and authority authentication, download the specified file to avoid path scanning;

File parsing service: Through configuration, the service parses the content of the excel/csv file and transfers the content to the specified database;

File generation service: consistent with the configuration file of the database framework, write the response content to the file and return to download;

The search framework is divided into data synchronization (etl) service and search service.

The data synchronization service synchronizes the specified database content to the Elasticsearch database according to the configuration;

The search service retrieves from the Elasticsearch database according to the configuration (order, weight, columns).

Any description of a process or method in the flowcharts or otherwise described herein may be understood to represent a module, segment or portion of code comprising one or more executable instructions for implementing a specified logical function or step of the process , and the scope of the preferred embodiments of the invention includes alternative implementations in which the functions may be performed out of the order shown or discussed, including performing the functions substantially concurrently or in the reverse order depending upon the functions involved, which should It is understood by those skilled in the art to which the embodiments of the present invention belong.

It should be understood that various parts of the present invention may be implemented in hardware, software, firmware or a combination thereof. In the above-described embodiments, various steps or methods may be implemented in software or firmware stored in memory and executed by suitable instruction execution means.

In addition, each functional unit in each embodiment of the present invention may be integrated into one processing module, or each unit may exist physically alone, or two or more units may be integrated into one module. The above-mentioned integrated modules can be implemented in the form of hardware, and can also be implemented in the form of software function modules. If the integrated modules are implemented in the form of software functional modules and sold or used as independent products, they may also be stored in a computer-readable storage medium.

The above-mentioned storage medium may be a read-only memory, a magnetic disk or an optical disk, and the like.

In the description of this specification, reference to the terms "an embodiment", "some embodiments", "example", "specific example", or "an embodiment", etc., means the specific features described in connection with the embodiment or example , structure, material or feature is included in at least one embodiment or example of the present invention. In this specification, schematic representations of the above terms do not necessarily refer to the same embodiment or example. Furthermore, the particular features, structures, materials or characteristics described may be combined in any suitable manner in any one or more embodiments or examples.

Although the embodiments of the present invention have been shown and described above, it should be understood that the above-mentioned embodiments are exemplary and should not be construed as limiting the present invention. Embodiments are subject to variations, modifications, substitutions and variations.

The computer software-based low-code development framework system of the present invention that is compatible with Xinchuang adaptation is adopted, and the general logic technology encapsulation enables developers to focus on business implementation and reduces technical thresholds; provides standard UI components, visual interface design, and standardized code writing , the code quality is controllable, and the operation and maintenance cost is reduced; the microservice building block background service is rapidly deployed and constructed; it covers the development, deployment, log monitoring, operation and maintenance analysis and other full life cycle service support, integrating permissions, sessions, files, transactions, messages and other basic component modules. It aims to help enterprises standardize software development and improve the overall level of the company; promote IT technology exchanges, form a joint force, and improve the quality of delivered products; reduce personnel investment and shorten demand delivery cycles.

At present, the front-end development framework has provided support for a total of 22 types of controls in eight categories, more than 40 kinds of business microservices, and supports 5 kinds of relational databases and 2 kinds of document databases.

In practical application, it has undertaken the development and implementation of 4 medium-sized projects. Among them, for the electronic document project, a complete process development cycle was shortened from 15 days to 5 days.

In this specification, the invention has been described with reference to specific embodiments thereof. However, it will be evident that various modifications and changes can still be made without departing from the spirit and scope of the invention. Accordingly, the specification and drawings are to be regarded in an illustrative rather than a restrictive sense.

Claims (9)

1. A low code development framework system for implementing compatibility innovation adaptation based on computer software, the system comprising:

the front-end development frame subsystem is used for providing a multi-type control to abstract and define a json object and rendering the json object into a corresponding page element;

the asynchronous gateway module is used for carrying out data transmission with the front-end development subframe and integrating conversation and service hosting functions;

the service micro-service development frame subsystem is used for carrying out data transmission with the asynchronous gateway module and carrying out micro-service data configuration processing on a database frame, a file frame and a search frame;

the back-end database development frame subsystem is in data transmission with the service micro-service development frame, is used for supporting various databases and quickly generates service code blocks through a scaffold; and

and the operation and maintenance monitoring module is respectively in data transmission with the front-end development frame subsystem, the asynchronous gateway module, the service micro-service development frame subsystem and the back-end database development frame subsystem, and is used for monitoring service nodes of the server which is put on shelf and processing blocking nodes in time.

2. The computer software-based low-code development framework system for implementing compatibility innovation adaptation according to claim 1, wherein the front-end development framework subsystem specifically comprises a container control unit and a base control unit, wherein,

the container control unit specifically comprises a display page container subunit, a flow page container subunit and a self-display page container subunit, and is used for processing bubble events of the internal control and providing a corresponding method for external calling so as to acquire or change the attribute of the internal control;

the basic control unit comprises an input control subunit, a selection control subunit, a tree control subunit, a date control subunit, a button control subunit, an attachment control subunit, a table control subunit and a flow control subunit, and each basic control unit has different display modes.

3. The computer software-based low code development framework system for implementing compatibility trust adaptation according to claim 1, wherein the asynchronous gateway module specifically comprises:

the session management unit is used for matching according to the user IP, the MAC address and the authentication information and shielding and blocking the authentication request which does not accord with the authority; and

and the service hosting unit is used for blocking the request and carrying out friendly prompt when a large number of errors of interface service and system upgrading maintenance occur.

4. The computer software-based low-code development framework system for realizing compatible trust adaptation according to claim 1, wherein the business microservice development framework subsystem specifically comprises:

the database framework unit is used for supporting calling of the relational database, analyzing service access parameters and a DB interface, automatically calling after matching and returning data; simultaneously supporting analyzing service entry and checking configured statements aiming at the document type database, and executing corresponding statements;

the file framework unit is used for providing file uploading, downloading, analyzing and generating services; and

and the search framework unit is used for providing data synchronization service and search service.

5. The computer software-based low code development framework system for implementing compatible trust adaptation according to claim 4, wherein the relational database specifically comprises Oracle, SQL Server, MS Sqlserver, MySql, IQ, ES and Dammame; the document type database specifically comprises a MongoDB, an Elasticissearch database and a Xinjiang DM database.

6. The computer software-based low-code development framework system for realizing compatibility innovation adaptation according to claim 4, wherein the file framework unit specifically comprises:

the file uploading service subunit is used for defining the limitation of the size and the type of the file, the file directory position, the file generation rule and the file renaming rule through configuration, and uploading the file passing the limitation to a specified directory by the service;

the file downloading service subunit is used for downloading the specified file after the user authentication and the authority authentication so as to avoid path scanning;

the file analysis service subunit is used for analyzing the excel or csv file content through configuration and service and storing the content into a specified database;

and the file generation service subunit is consistent with the configuration file of the database subframe and used for writing the response content into the file and returning and downloading the response content.

7. The computer software-based low code development framework system for realizing compatibility innovation adaptation according to claim 4, wherein the data synchronization service in the search framework unit is used for synchronizing the content of the specified database into the Elasticissearch database according to configuration; the search service is used for retrieving from the Elasticsearch database according to the configuration order, the specific gravity or the column rule.

8. The computer software-based low-code development framework system for realizing compatibility with trust adaptation according to claim 1, wherein the back-end database development framework subsystem specifically comprises:

and starting a corresponding database adapter according to the configuration file, wherein the corresponding database adapter comprises databases compatible with Orale, MS Sqlserver, Mysql, IQ, ES, Mongo and trusted DM, and is used for analyzing the entry and putting the service on the shelf for external calling, injecting parameters after receiving a request, automatically injecting the parameters if the entry contains authentication information, and returning the result after calling the related parameters.

9. The low-code development framework system for realizing compatible trust and creation adaptation based on computer software according to claim 1, wherein the operation and maintenance monitoring module is specifically:

after the framework is developed and deployed, a project manager monitors the current processing condition of the service node of the server which is on the shelf, and when red nodes are blocked, the problem of support is eliminated.

Images