30results about How to "Reduce redundant code" patented technology

The invention discloses an Android application (App) component quick development method through route configuration. The method comprises the steps that (A) a Main App project is newly created; (B) alatest basic framework and a basic function library are acquired through an Svn source code management tool, and the Main App project is introduced; (C) according to a service demand and design document, route scheduling of route configuration basic service components and calling of basic functions, a route list is generated; and (D) an automatic test frame is used to perform testing. Compared with a traditional client App development mode, the basic framework is introduced, a route scheduling mode is adopted to reuse existing components and the basic functions, the problems that App projectsare separate and the code reuse degree is low are solved, redundant codes are reduced, the development cycle is shortened, development efficiency is improved, and development and maintenance cost is greatly saved.

The embodiment of the invention provides a service data interaction method, device and system. The method comprises: receiving interface configuration information sent by any service page module; On the basis of the interface configuration information, configuring an HTTP request, and sending the HTTP request to a server, so that the server can return response data on the basis of the HTTP request; And receiving response data, and sending the response data to the business page module. According to the method, device and system, for Data interaction between a single service and a server, configuration information of an interface is packaged, an HTTP request is configured based on the interface configuration information; The code sharing of HTTP request configuration for the interface configuration information under different services is realized, redundant codes are reduced, the development efficiency is improved, the later maintenance cost is reduced, the coupling between different service page modules in the data interaction process is reduced, and the maintainability of a project is improved.

The invention provides a live broadcast room template loading method and device, electronic equipment and a readable storage medium, and relates to the technical field of the Internet. When an entering request input by a user for entering the first live broadcast room is received, the electronic equipment loads at least one target plug-in corresponding to the template of the first live broadcast room according to the mapping relation between at least one template in the stored configuration file and the plug-in; and according to a mapping relationship between at least one template in the configuration file and the template configuration information, the first template configuration information corresponding to the template of the first live broadcast room is obtained, and an interactive interface corresponding to the at least one target plug-in is output based on the first template configuration information. Therefore, loading of the live broadcast room template can be realized according to the configuration file, and meanwhile, by multiplexing the plug-in, redundant codes can be reduced, the reusability of the plug-in can be improved, repeated development can be avoided, and the development efficiency can be improved.

The invention belongs to the technical field of display, and relates to a display control structure and method and a display substrate and device. The display control structure comprises an interfacemodule, a logic configuration module, a display register module and a command unit. The command unit comprises an instruction buffer module, a register matching module, an instruction decoding moduleand an address counting module. The instruction buffer module is used for receiving and buffering at least one complete control instruction after logic analysis and configuration. The register matching module is used for receiving the control instruction and matching the corresponding instruction code according to the control instruction. The instruction decoding module is used for receiving and analyzing the instruction code to obtain each instruction field and the corresponding address from the instruction code. The address counting module is used for receiving the address and transmitting the address to the display register module so that the display register module calls and executes the corresponding control function. The display control structure can automatically recognize differentcorrespondence of different display panels calling a certain control function and has high compatibility.

The invention relates to the technical field of research and development optimization of mobile terminals, in particular to an unread message prompt implementation method and device, a computer deviceand a storage medium. The method comprises: when it is detected that an application program is started initially, obtaining a manufacturer identifier and a system version number of a terminal where the application program is located; generating a tool acquisition request according to the manufacturer identifier and the system version number, and sending the tool acquisition request to a server; receiving a message prompting tool which is returned by the server and corresponds to the manufacturer identifier and the system version number, and installing the message prompting tool; and if the unread message of the application program is detected through the message prompting tool, prompting the unread message of the application program according to the unread message. By adopting the method,the coverage rate of the unread message prompt function on the user terminal can be improved.

Embodiments of the present invention provide a business data interaction method, device and system, wherein the method includes: receiving interface configuration information sent by any business page module; configuring an HTTP request based on the interface configuration information, and sending the HTTP request to the server , so that the server can return response data based on the HTTP request; receive the response data, and send the response data to the business page module. The method, device and system provided by the embodiments of the present invention aim at the data interaction between a single service and the server, by encapsulating interface configuration information and configuring HTTP requests based on the interface configuration information, it is possible to realize the HTTP request for interface configuration information under different services. Code sharing for request configuration reduces redundant code, improves development efficiency, reduces maintenance costs, reduces coupling between different business page modules during data interaction, and improves project maintainability.

A subsystem page development method, used to solve the problems of redundancy of a large amount of development codes and low development efficiency easily caused in page development. The method comprises: when a new subsystem is accessed, determining a function type of a page to be developed of the subsystem; selecting from a preconfigured page template library a target page template that matches the function type of the page to be developed, the target page template being previously provided with a page layout corresponding to the function type of the page to be developed and at least one component, the component being provided with at least one data filter, and the data filter being used to filter out data from a specified interfacing database and to present the data on the component; if there are data items to be configured on the target page template, configuring data values of the data items; and according to the target page template and the configured data values of the data items, generating the page to be developed.

The invention discloses an event bus registration template implementation method, storage medium, equipment and system, and relates to the field of application development. The method includes: adding a layer of template activity between the user activity and the Android system AppCompatActivity, and making the user activity inherit In the template Activity, the template Activity inherits from the Android system AppCompatActivity; in the template Activity, rewrite the onCreate method in the Android system AppCompatActivity to realize the registration of the user page in the event bus, and the onDestory method to realize the anti-registration of the user page in the event bus; in the template Activity Write the get instance method to expose the Android system AppCompatActivity to the user Activity, realize the event sending of the user Activity, and rewrite the event callback function in the user Activity to realize the event receiving of the user Activity. The invention can effectively reduce redundant codes.

The present invention proposes a method, device, application and terminal for updating desktop unread information, wherein the method includes: when determining that there is unread information in the first application, acquiring the desktop application information of the terminal where the first application is located; The content written in the location is set, and the desktop unreading implementation method of the desktop application is called to update the desktop unreading number of the first application. This method realizes that the first application can call the method for realizing the desktop unreadable number of the desktop application according to the content written in the preset position of the desktop application information to update the desktop unreadable number of the first application, thereby reducing the redundancy of the first application The code improves the processing speed of the unreading display on the desktop of the first application, improves system performance, reduces maintenance costs and communication costs, and improves user experience.

The invention provides a display setting method, system and graphical user interface based on an OLED screen and solves the technical problems that resources of a central processing unit are wasted and the like in the prior art. The display setting method based on the OLED screen comprises the following steps: A, switching between sibling function display interfaces and between sibling setting menu interfaces is performed through first input; B, switching between superior and subordinate function display interfaces is performed through second input; C, switching between a first-stage function display interface and a first-stage setting menu interface is performed through third input; D, switching between superior and subordinate setting menu interfaces and switching between a final-stage setting menu interface and a parameter setting interface are performed through fourth input; E, parameters are changed on the parameter setting interface through fifth input. The display setting method has the advantages that waste of quite limited CPU resources of a memory and Flash can be reduced effectively, the cross-platform portability is good, the customized interfacial expansibility is good, and the operation is simple.

This application discloses a microservice management method, device, computer equipment, and storage medium based on a unified management platform. The method includes: receiving a call request from a first microservice to a specified microservice; if the first microservice does not belongs to a preset micro-service cluster, and the specified micro-service belongs to a preset micro-service cluster, then check whether the call request is legal according to the preset validity checking rules; if the call request is legal, then judge that the Whether the communication protocol of the call request is the same as the preset communication protocol of the specified microservice; if the communication protocol of the call request is different from the preset communication protocol of the specified microservice, the communication protocol of the call request is converted A preset communication protocol for the specified microservice, and forwarding the call request to the specified microservice according to the preset communication protocol of the specified microservice. Thereby reducing redundant code and repeated network overhead.

The invention belongs to the field of display technology, and relates to a display control structure, method, display substrate and device. The display control structure includes an interface module, a logic configuration module, a display register module, and a command unit. The command unit includes an instruction buffer module, a register matching module, an instruction decoding module, and an address counting module: the instruction buffer module is used to receive and buffer at least one complete The control instruction after logical analysis and configuration; the register matching module is used to receive the control instruction and match the corresponding instruction code according to the control instruction; the instruction decoding module is used to receive and analyze the instruction code, and obtain each instruction from the instruction code The field and its corresponding address; the address counting module is used to receive the address and transmit the address to the display register module, so that the display register module calls and executes the corresponding control function. It can automatically identify different correspondences of different display panels invoking a certain control function, and has high compatibility.

The invention relates to a method for realizing customized development based on a ClassLoader. Product design and implementation of an e-commerce platform are based on the customization of a project with a J2EE framework. The method comprises the steps of (1) newly building the project with the J2EE framework on the e-commerce platform according to individual demand; (2) compiling the new project obtained in the step (1); (3) packaging the new project with the J2EE framework into a war package, publishing the war package to an application server, and changing the name suffix of the war package into plg or other tasks; when an application begins to load the classes in the business war package, using the pre-programmed ClassLoader to firstly load static resources in the customized war package.

The invention provides a translation platform and a management method thereof. The translation platform comprises a management background and a registration center. The method comprises: the management background generating a first operation instruction according to a received first input instruction; the registration center searching a loaded translation engine according to the first operation instruction, operating the translation engine, and sending an obtained operation result to a management background; the management background managing the operation result according to the operation result; reacquiring translation engine status, updating the user interface, so that each translation engine is managed in a unified manner through one translation platform. The compatibility of the translation engines in one platform is realized, a script does not need to be started for each translation engine for management, redundant codes and redundant items are reduced, engine management is simplified, and system operation resources are saved.

The invention discloses a chip driving method and device, electronic equipment and a storage medium, and relates to the technical field of processors. The method comprises the following steps: receiving a calling instruction; reading an executable code according to the calling instruction; acquiring a configuration file; and executing the executable code according to parameters in the configuration file. According to the chip driving method disclosed by the invention, through a method of separating logic implementation and function implementation, sharing a code part and distinguishing a function part through the configuration file, redundant codes are greatly reduced, resources required during operation are reduced, and the same driving code or configuration file can be shared when a single project needs to drive a plurality of chips of the same type.