CN113342356B - Client framework operation and management configuration method - Google Patents

Abstract

The invention discloses a client framework operation and management configuration method, relating to the technical field of client operation; creating a client framework which comprises a client and a background server, wherein a window application program of the client is integrated and developed, dlls related to hardware are packaged, a calling method is packaged into an API, a corresponding front end of the client is developed, the client framework, a hardware access standard, a hardware interface standard called by software and a deployment implementation configuration document are displayed, a hardware drive is compiled through the background server according to the hardware interface requirement, the hardware drive is audited and stored as a hardware resource, the client framework is operated on a government affair network through a connecting agent, corresponding hardware is configured and accessed into corresponding software, the client is deployed according to deployment document guidance of the corresponding front end of the client, the client guidance is started by the background server, a terminal where the client is located selects a matched hardware component, the hardware component is updated after comparison and verification are completed, and configuration processing is completed.

Description

A client framework operation and management configuration method

technical field

The invention discloses a method and relates to the technical field of client operation, in particular to a method for client frame operation and management configuration.

Background technique

Client application software currently deployed in various service halls often needs to be connected to various hardware devices or service components (such as ID card readers, cameras, fingerprint readers, signature pads, etc.) before they can be used. Due to the strong promotion of the software, although the software and hardware are used in a one-to-one manner, when the software is promoted to other regions and uses different hardware, it is easy to cause problems in the docking method. For example, due to the different brands and models of hardware equipment purchased on each project, the software cannot be deployed and used immediately during implementation. Since different brands and models of hardware equipment have different docking interfaces, business software needs to judge the brand of each hardware equipment , The model is embedded with different docking codes, which makes it difficult to maintain the codes in R&D and has poor compatibility.

Contents of the invention

Aiming at the problems of the prior art, the present invention provides a client framework operation and management configuration method, which improves the efficiency of software deployment, reduces the difficulty of software development and maintenance, and liberates software development from tedious hardware docking.

The concrete scheme that the present invention proposes is:

A client framework operation and management configuration method, creating a client framework, including a client and a background server, in which the client window application program is integrated and developed, hardware-related dll is packaged, the calling method is packaged into an API, and the corresponding client is developed The front end shows the client framework, hardware access standards, software call hardware interface standards and implementation deployment configuration documents,

Audit hardware drivers based on the client framework and store them as hardware resources,

Run the client framework on the government network through the connection agent, configure the corresponding hardware and access the corresponding software, implement the deployment document guidance according to the corresponding front end of the client, deploy the background server to start the client, guide the terminal where the client is located to select matching hardware components and complete the comparison After verification, update the corresponding hardware driver and complete the configuration process.

Preferably, in the described client framework operation and management configuration method, the client window application program is integrated and developed based on the .NET Framework4.5.2 framework, which includes a corresponding communication framework, and listens to a designated port in the form of Http, receives instructions from the software side and Return the corresponding data.

Preferably, in the described a kind of client frame operation and management configuration method, based on the specified .NET Framework version, the .net version driver of the hardware is written according to the hardware interface requirements, and the hardware driver is audited based on the client framework, and the compiler of the background server is used to automatically Compile the driver source code into a platform standard driver package and store it as a hardware resource.

Preferably, in the above-mentioned client framework operation and management configuration method, the corresponding front end of the client is developed based on the front-end framework VUE, and related components of mdjs.js and mdjs.custom.css are introduced into the web page for terminal adaptation.

Preferably, in the described client framework operation and management configuration method, based on websocket communication, the terminal where the client is located communicates with the background server for two-way data transmission.

Preferably, in the client framework operation and management configuration method, the client operation framework communicates with the driver of the corresponding hardware based on the WCF communication mode.

A client, included in the client framework, is integrated to develop the client window application program, encapsulates hardware-related dll, packages the call method into an API, and has a corresponding front end of the client, showing the client framework and hardware access standards , The software calls the hardware interface standard and implements the deployment configuration document, and reviews the hardware driver based on the client framework, stores the hardware driver as a hardware resource,

The client framework runs on the government network through a connection agent, configures corresponding hardware and accesses corresponding software, implements the deployment document guidance according to the corresponding front end of the client, deploys the background server to start the client, guides the terminal where the client is located to select a matching hardware component and After the comparison verification is completed, the corresponding hardware driver is updated to complete the configuration process.

A client terminal is installed with the client.

The benefits of the present invention are:

The present invention provides a client frame operation and management configuration method. Using the method of the present invention, the hardware and software do not need to be directly connected, the cumbersome process of software and hardware connection is eliminated, and the development efficiency is improved. At the same time, it can be completed by using the client front-end guidance Deployment reduces the deployment burden of client operation and hardware driver development, management and configuration, reduces the difficulty of software development and maintenance, and improves the efficiency of software deployment.

Description of drawings

Fig. 1 is a schematic diagram of the application framework of the method of the present invention.

Fig. 2 is a schematic diagram of the communication mode and operation flow of all parties in the method of the present invention.

Detailed ways

The present invention will be further described below in conjunction with the accompanying drawings and specific embodiments, so that those skilled in the art can better understand the present invention and implement it, but the examples given are not intended to limit the present invention.

The present invention provides a client frame operation and management configuration method, creating a client frame, including a client and a background server, in which the client window application program is integrated and developed, hardware-related dll is packaged, and the calling method is packaged into an API, and developed The corresponding front end of the client shows the client framework, hardware access standards, software call hardware interface standards and implementation deployment configuration documents,

Audit hardware drivers based on the client framework and store them as hardware resources,

Run the client framework on the government network through the connection agent, configure the corresponding hardware and access the corresponding software, implement the deployment document guidance according to the corresponding front end of the client, deploy the background server to start the client, guide the terminal where the client is located to select matching hardware components and complete the comparison After verification, update the corresponding hardware driver and complete the configuration process.

The method of the invention removes the direct docking mode between the software side and the hardware side, and takes the operation platform as the center to unify the external interface. With a variety of hardware resources and specific configuration pages, the implementation workload is reduced and the software deployment is more efficient.

In specific applications, in some embodiments of the present invention, the client framework is created, which consists of two parts: C# client + Java background server. The client is developed based on the .NET Framework 4.5.2 framework, which includes WCF, Http, Websocket and other communication architectures, encapsulates various hardware-related dlls, and wraps the calling method into an API. When it starts, it will monitor the specified in the form of Http Port, receiving software instructions and returning corresponding data. The Java background server contains corresponding functions. And on the client side, use the front-end framework VUE to develop the front-end of the client, and realize page jump display through routing switching. Written in MarkDown document format, the webpage introduces mdjs.js, mdjs.custom.css and other related components for adaptation, and the webpage adopts an adaptive layout to cope with terminals with various resolutions. The device checks the latest developments in the framework at any time.

Understand the interface that the manufacturer's hardware needs to implement, and write the .net version driver of the hardware according to the requirements of the file and interface on the specified .NET Framework version. Upload the source code compressed package to the client server. The compressed package contains the hardware dll and all the code files of the written solution. After being reviewed by the client framework platform, it will be decided whether to pass it. If it passes the platform, the Visual Studio compiler of the background server will be started Automatically compile the driver source code into a platform standard driver package, which officially becomes the client hardware resource. The compiled driver package can be stored in the driver server of the National Accessibility Center and shared with each project.

The client framework runs on the government network through the connection agent. The connection agent connects the two networks of the Internet and the government network, and drives to the project synchronously. The project locally uses the connection agent to configure the hardware, select the hardware model, and test the availability of the hardware.

The corresponding software finds the corresponding interface and calling example on the client front-end website. For example, the software side needs to call the ID card reader to realize the card reading function, find the interface as shown in Table 1, import the iGovFw.js interface adaptation file, and obtain the IDCardReader object. The terminal will automatically find the corresponding assembly (Assembly) in the form of reflection and load the methods contained in it. If the object is successfully obtained, the required business functions can be realized according to the coding example.

Table 1

According to the implementation deployment document guidelines released by the front end of the client, after deploying the background server and starting the client, the client can run in the form of a plug-in. On the background management page, by selecting the terminal machine that needs to be deployed and configured, the server will command the machine and the management page to run on the specified The Websocket communication room performs collaborative interaction, and selects matching hardware components for the terminal according to the interface guidelines. The client decides whether to update or download the driver by comparing the hardware version number, local configuration and the MD5 information of the corresponding driver file compiled by the platform. After the processing is completed, the corresponding processing result is returned.

In other embodiments of the present invention, referring to FIG. 2, when the background configuration interface sends instructions to the terminal, the background interface and the corresponding terminal adopt a websocket communication method, and websocket is a full-duplex communication protocol, so that The data exchange between the client and the server becomes easier. Only one handshake is required, and a persistent connection can be created directly between the two, and two-way data transmission can be performed.

The terminal downloads the specified driver through the file description information in json format returned by the background. The file description format is as follows:

[{"AbsolutePath":"D:\Project\GZDev.Cef\bin\tempDir\4290bf19c70db819b4ca7a80ebabca3c","RelativePath":"cef.pak","FileHashCode":"4290bf19c70db819b4ca7a80ebabca3c","FileSize":3}12{"9 AbsolutePath":"D:\Project\GZDev.Cef\bin\tempDir\27066572e7871c7a4eccc870d4ab6718", "RelativePath":"CefSharp.BrowserSubprocess.Core.dll", "FileHashCode":"27066572e7871c7a4eccc8180d48ize",9{FileHashCode":"27066572e7871c7a4eccc8180d48}ab8,9{ "AbsolutePath": "D:\Project\GZDev.Cef\bin\tempDir\549cedccdfb686568cf902a48b01ec5d", "RelativePath": "CefSharp.Core.dll", "FileHashCode": "549cedccdfb686568cf902a48b01ec5d", }9,2FileSize AbsolutePath":"D:\Project\GZDev.Cef\bin\tempDir\6d78126737c164c87a59d9c2c0f48e6a","RelativePath":"CefSharp.dll","FileHashCode":"6d78126737c164c87a59d9c2c0f48e6a","FileSize":193024},{"AbsolutePath": "D:\Project\GZDev.Cef\bin\tempDir\7d09b56b90ba227f32f65b85da05108f","RelativePath":"CefSharp.WinForms.dll","FileHashCode":"7d09b56b90ba227f32f65b85da05108f","FileSize2}:28...

The data structure definition of the file description:

(1).AbsolutePath: Absolute path in the temporary folder

(2).RelativePath: relative path

(3).FileHashCode: file hash (MD5 generated by the driver file, each file has its own unique value)

(4).FileSize: file size

The terminal downloads and verifies the file from the URL specified by the platform according to the FileHashCode field, and places the file according to the path described.

Run the platform according to the hardware configuration and check whether there is a corresponding driver in the external extension directory. If there is no driver, it will dynamically download the driver from the central server, and then open the driver process. The running framework uses WCF communication to communicate with the driver process to complete the hardware call and obtain Drive the running results, and then run the framework to format the result data into a hardware-independent standard format and return it to the business system. Among them, the running framework is equivalent to the exe package, and the hardware resources it owns and the interfaces open to the software side are included in the iGovFw.js resource, which sends commands to the local port of the terminal in the form of Http. As long as the terminal is set to self-start the running platform exe, the running platform will continue to monitor the designated port to achieve the purpose of mutual communication and reply to the calling instructions of the software side at any time.

In the application of the method of the present invention, for example, the ID card reader of the machine on a certain project has a model A and a model U, and the project personnel can contact the hardware manufacturer to check the hardware docking guide of the operating platform, and complete the corresponding requirements and pass the audit of the platform Finally, the project implementer deploys the background Java server of the client running framework, opens the C# client exe on the machine, selects the machine to be controlled in the background implementation deployment page, searches for the hardware type (ID card) in the resource library, and presses After configuring the hardware model in the actual situation, you can further verify whether the configuration is correct through the remote test program. After confirming that the configuration is correct, inform the software docking party. The software refers to the hardware call interface document of the running platform, and calls the card reader to read the identity through the read method under the IDCardReader class. Then, according to the agreed data structure to be returned, the business needs are realized, and there is no need to worry about the situation that the code is not universal and difficult to maintain due to the hardware model.

In the same way, the corresponding drivers can be found in the hardware resource library of the client running framework for similar high-speed cameras and scanners connected to the machine. After the background server configures the machine, the project can be launched easily. The advantages of development and deployment will become more and more obvious. In case the corresponding driver cannot be found in the hardware resource library, you can contact the developer of the running platform for relevant docking.

The present invention also provides a client, which is included in the client frame, is integrated to develop the client window application program, encapsulates hardware-related dlls, packages the calling method into an API, and has a corresponding front end of the client to display the client frame, Hardware access standards, software call hardware interface standards, and implementation of deployment configuration documents, and review hardware drivers based on the client framework, store hardware drivers as hardware resources,

The client framework runs on the government network through a connection agent, configures corresponding hardware and accesses corresponding software, implements the deployment document guidance according to the corresponding front end of the client, deploys the background server to start the client, guides the terminal where the client is located to select a matching hardware component and After the comparison verification is completed, the corresponding hardware driver is updated to complete the configuration process.

And a client terminal, where the client is installed. The information interaction between the client and the client terminal in the client frame of the present invention, the execution of corresponding program processes, etc., are based on the same idea as the method embodiment of the present invention, and the specific content can refer to the description in the method embodiment of the present invention. Here No longer.

It should be noted that all the steps in the processes of the above-mentioned preferred embodiments of the method of the present invention are necessary, and some steps can be ignored according to actual needs. The execution order of each step is not fixed and can be adjusted as required.

The above-mentioned embodiments are only preferred embodiments for fully illustrating the present invention, and the protection scope of the present invention is not limited thereto. Equivalent substitutions or transformations made by those skilled in the art on the basis of the present invention are all within the protection scope of the present invention. The protection scope of the present invention shall be determined by the claims.

Claims (5)

1. A client Framework operation and management configuration method is characterized in that a client Framework is created and comprises a client and a background server, wherein a NET Framework 4.5.2 Framework is used for integrating and developing a client window application program, a corresponding communication Framework is included, a designated port is monitored in an Http mode, a software instruction is received, corresponding data is returned, a dll related to hardware is packaged, and a calling method is packaged into an API;

developing a corresponding front end of a client, displaying a client frame, a hardware access standard, a software calling hardware interface standard and an implementation deployment configuration document, wherein the corresponding front end of the client is developed based on a front end frame VUE, and relevant components of MarkDown-It and MarkDown-It-Css are introduced into a webpage for terminal adaptation,

auditing the hardware drive based on the client Framework and storing the hardware drive as a hardware resource, wherein the network version drive is compiled according to the hardware interface requirement based on the specified NET Framework version, auditing the hardware drive based on the client Framework, automatically compiling the drive source code into a platform standard drive packet by utilizing a compiler of a background server and storing the drive source code as the hardware resource,

the method comprises the steps that a connection agent runs a client framework on a government affair network, corresponding hardware is configured and corresponding software is accessed, deployment document guidance is implemented according to a corresponding front end of a client, a deployment background server starts the client, a terminal where the client is located is guided to select a matched hardware component, comparison and verification are completed, then corresponding drive of the hardware is updated, and configuration processing is completed.

2. The method for client framework operation and management configuration according to claim 1, wherein the communication between the terminal where the client is located and the background server is realized based on websocket communication, and bidirectional data transmission is performed.

3. The method as claimed in claim 2, wherein the client framework is configured to communicate with a driver of the corresponding hardware based on WCF communication.

4. A client is characterized by being contained in a client Framework, wherein a NET Framework 4.5.2 Framework is used for integrating and developing a client window application program, a corresponding communication Framework is contained, an appointed port is monitored in an Http mode, a software instruction is received, corresponding data is returned, dll related to hardware is packaged, and a calling method is packaged into an API;

developing a corresponding front end of a client, displaying a client frame, a hardware access standard, a software calling hardware interface standard and implementing a deployment configuration document, wherein the corresponding front end of the client is developed based on a front end frame VUE, and relevant components of MarkDown-It and MarkDown-It-Css are introduced into a webpage for terminal adaptation,

auditing the hardware drive based on the client Framework and storing the hardware drive as a hardware resource, wherein the network version drive is compiled according to the hardware interface requirement based on the specified NET Framework version, auditing the hardware drive based on the client Framework, automatically compiling the drive source code into a platform standard drive packet by utilizing a compiler of a background server and storing the drive source code as the hardware resource,

the method comprises the steps that a connection agent runs a client framework on a government affair network, corresponding hardware is configured and corresponding software is accessed, deployment document guidance is implemented according to a corresponding front end of a client, a deployment background server starts the client, a terminal where the client is located is guided to select a matched hardware component, comparison and verification are completed, then corresponding drive of the hardware is updated, and configuration processing is completed.

5. A client terminal, characterized in that a client according to claim 4 is installed.

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