CN113342356B - Client framework operation and management configuration method - Google Patents
Client framework operation and management configuration method Download PDFInfo
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- CN113342356B CN113342356B CN202110539034.8A CN202110539034A CN113342356B CN 113342356 B CN113342356 B CN 113342356B CN 202110539034 A CN202110539034 A CN 202110539034A CN 113342356 B CN113342356 B CN 113342356B
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- G06F8/70—Software maintenance or management
- G06F8/71—Version control; Configuration management
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
Technical Field
The invention discloses a method, relates to the technical field of client operation, and particularly relates to a client framework operation and management configuration method.
Background
Client application software currently deployed in various service halls often needs to be connected with various hardware devices or service components (such as an identity card reader, a camera, a fingerprint instrument, a sign board and the like) to be used. Due to the fact that software is high in popularization, although software and hardware are used in a one-to-one matched mode, when the software is popularized to other areas and different hardware are used, problems of a butt joint mode are prone to occur. For example, because the brands and models of hardware devices purchased on each project are different, software cannot be deployed and used immediately in implementation, and because different brands and models of hardware devices have different docking interfaces, service software needs to judge that different docking codes are embedded in the brands and models of the hardware devices, so that the codes are difficult to maintain in research and development, and the compatibility is poor.
Disclosure of Invention
Aiming at the problems in the prior art, the invention provides a client framework operation and management configuration method, which improves the software deployment efficiency, reduces the software development and maintenance difficulty, and relieves the software development from the fussy hardware butt joint.
The specific scheme provided by the invention is as follows:
a client frame operation and management configuration method comprises creating a client frame comprising a client and a background server, integrating and developing a window application program of the client, packaging dll related to hardware, packaging a calling method into API, developing a corresponding front end of the client, displaying the client frame, a hardware access standard, a software calling hardware interface standard and an implementation deployment configuration document,
auditing the hardware driver based on the client framework, storing as a 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.
Preferably, the method for operating, managing and configuring the client Framework integrates and develops the client window application program based on the NET Framework 4.5.2 Framework, comprises a corresponding communication Framework, monitors the specified port in an Http form, receives the instruction of the software party and returns corresponding data.
Preferably, the network version drive is compiled according to the hardware interface requirement on the basis of the specified NET Framework version, the hardware drive is audited on the basis of the client Framework, and the drive source code is automatically compiled into the platform standard drive packet by using a compiler of the background server and stored as the hardware resource.
Preferably, in the 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 mdjs.
Preferably, in the client framework operation and management configuration method, communication between a terminal where the client is located and the background server is realized based on websocket communication, and bidirectional data transmission is performed.
Preferably, in the method for operating, managing and configuring the client framework, the client operating framework communicates with a driver of corresponding hardware based on the WCF communication mode.
A client is contained in a client framework, integrated and developed to a client window application, packaged with hardware-related dlls, packaged with calling methods as APIs, and has a client-corresponding front end, displaying the client framework, a hardware access standard, a software calling hardware interface standard, and implementing deployment configuration documents, and auditing hardware drivers based on the client framework, storing the hardware drivers as hardware resources,
the client framework runs in a government affair network through a connection agent, configures corresponding hardware and accesses corresponding software, deployment document guidance is implemented according to the corresponding front end of the 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.
A client terminal is provided with the client.
The invention has the advantages that:
the invention provides a client framework operation and management configuration method, hardware and software do not need to be directly butted by using the method, the complicated process of software and hardware butting is eliminated, the development efficiency is improved, meanwhile, deployment can be finished by using client front-end guidance, the deployment burden of client operation and hardware drive research and development and management configuration is reduced, the software development and maintenance difficulty is reduced, and the software deployment efficiency is improved.
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 modes and the operation flow of each part of the method.
Detailed Description
The present invention is further described below in conjunction with the following figures and specific examples so that those skilled in the art may better understand the present invention and practice it, but the examples are not intended to limit the present invention.
The invention provides a client frame operation and management configuration method, which comprises a client and a background server, wherein a client window application program is integrated and developed, dll related to hardware is packaged, a calling method is packaged into an API, a corresponding front end of the client is developed, the client frame, a hardware access standard, a software calling hardware interface standard and a deployment configuration document are displayed,
auditing the hardware driver based on the client framework, storing as a 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.
The method removes the direct butt joint mode of the software side and the hardware side, and unifies the external interfaces by taking the running platform as the center. The method has various hardware resources and specific configuration pages, reduces implementation workload and has higher software deployment efficiency.
In particular applications, in some embodiments of the invention, a client framework is created that includes two components: c # client + Java background server. A NET Framework-based development client comprises communication frameworks such as WCF, http and Websocket, various hardware-related dlls are packaged, calling methods are packaged into APIs, and when the APIs are started, the APIs monitor a designated port in an Http mode, receive software instructions and return corresponding data. And the Java background server contains the corresponding functions. And developing a client front end by using a front end frame VUE at the client, realizing page jump display in a route switching mode, wherein client frame introduction, a hardware access standard, a software calling hardware interface standard, implementation deployment configuration documents and the like contained in webpage contents are written in a MarkDown document format, related components such as mdjs.
Knowing the interface needed to be realized by the hardware of the factory, writing a NET version drive of the hardware on the appointed NET frame version according to the requirements of the file and the interface. And uploading the source code compressed package to a server of the client, wherein the compressed package comprises all code files of a hardware dll and a written solution, and determining whether the code files pass or not after being audited by a client framework platform, if the platform passes, a Visual Studio compiler for starting a background server automatically compiles the driving source code into a platform standard driving package, and formally becomes a client hardware resource. The compiled driver packages can be stored in a nationally accessible central driver server and shared for use by various projects.
The client framework runs in a government affair network through a connection agent, the connection agent is communicated with the Internet and the government affair network and synchronously drives the connection agent to a project, the project locally uses the connection agent to configure hardware, select a hardware model, test hardware availability and the like.
Corresponding software finds a corresponding interface and a calling example on a front-end website of a client, for example, a software party calls an identity card reader to realize a card reading function, finds an interface as shown in table 1, introduces an igovfw. If the object is successfully acquired, the required service function can be realized according to the coding example.
TABLE 1
According to implementation deployment document guidance issued by a front end of a client, the client is started after a background server is deployed, the client can run in a plug-in mode, a terminal machine needing deployment configuration is selected in a background management page, the server carries out cooperative interaction on a command machine and the management page in a specified Websocket communication room, a matched hardware component is selected for the terminal according to interface guidance, the client determines whether to update or download a drive according to a comparison result of a hardware version number and local configuration with corresponding drive file MD5 information compiled by a platform, and a corresponding processing result is returned after the processing is finished.
In other embodiments of the present invention, referring to fig. 2, when the background configuration interface sends an instruction to the terminal, the background interface and the corresponding terminal use a websocket communication mode, and the websocket is a full-duplex communication protocol, so that data exchange between the client and the server becomes simpler, and only one handshake needs to be completed, and a persistent connection can be directly established between the client and the server, and bidirectional data transmission is performed.
The terminal downloads the designated drive and executes the drive through json-format file description information returned by the background, wherein the file description format is as follows:
[{"AbsolutePath":"D:\Project\GZDev.Cef\bin\tempDir\4290bf19c70db819b4ca7a80ebabca3c","RelativePath":"cef.pak","FileHashCode":"4290bf19c70db819b4ca7a80ebabca3c","FileSize":4124993},{"AbsolutePath":"D:\Project\GZDev.Cef\bin\tempDir\27066572e7871c7a4eccc870d4ab6718","RelativePath":"CefSharp.BrowserSubprocess.Core.dll","FileHashCode":"27066572e7871c7a4eccc870d4ab6718","FileSize":859648},{"AbsolutePath":"D:\Project\GZDev.Cef\bin\tempDir\549cedccdfb686568cf902a48b01ec5d","RelativePath":"CefSharp.Core.dll","FileHashCode":"549cedccdfb686568cf902a48b01ec5d","FileSize":1257984},{"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","FileSize":28672},…]
data structure definition of file description:
(1) Absolute Path: absolute path in temporary folder
(2) Relative Path: relative path
(3) FileHashCode: file hashing (MD 5 driving file generation, each file having its own unique value)
(4) FileSize: file size
And the terminal downloads and verifies the file from the website appointed by the platform according to the FileHashCode field, and places the file according to the described path.
And checking whether the external extended directory has a corresponding drive or not according to a hardware configuration operation platform, if no drive exists, dynamically downloading the drive from the central server, then opening a drive process, using a WCF (wireless communications fabric) communication mode to communicate with the drive process by using an operation frame, completing hardware calling and acquiring a drive operation result, and then formatting the result data into a standard format irrelevant to the hardware by using the operation frame and returning the standard format to the service system. The operation framework is equivalent to an exe packet, has hardware resources, and interfaces opened to a software party are all contained in the igovfw. As long as the terminal is provided with the self-starting operation platform exe, the operation platform can continuously monitor the designated port so as to achieve the purpose of mutual communication and reply to the call instruction of the software party at any time.
In the application of the method, for example, an identity card reader of a machine on a certain project has an A model and a U model, a project worker can contact a hardware manufacturer, check a hardware docking guide of an operating platform, after the corresponding requirements are checked by the platform, the project worker deploys a background Java server of a client operating frame, open a C # client exe on the machine, select a machine to be controlled from a background deployment page, search for a hardware type (identity card) in a resource library, configure the hardware model according to actual conditions, further verify whether the configuration is correct through a remote test program, inform a software docking party after confirming the configuration is correct, call an interface document by the software according to the operating platform hardware, call the card reader to read the identity card through a read method under an IDCardReader class, and then, make a returned data structure according to a contract, realize service requirements, and do not need to worry about the occurrence of the condition that the code is not universal and difficult to maintain due to the hardware model.
Similarly, a high-speed shooting instrument, a scanner and the like connected with similar machines can find corresponding drives in a hardware resource library of a client operation frame, and after the background server is configured with the machines, the projects can be on line by being loose, so that the advantages of development and deployment become more obvious along with the expansion of the projects. In case of the situation that the corresponding driver cannot be found by the hardware resource library, the operating platform developer can be contacted to carry out relevant docking.
The invention also provides a client, which is contained in the client framework, is integrated to develop the window application program of the client, encapsulates the dll relevant to the hardware, packages the calling method into API, has the corresponding front end of the client, displays the client framework, the hardware access standard, the software calling hardware interface standard and the implementation deployment configuration document, audits the hardware drive based on the client framework, stores the hardware drive as the hardware resource,
the client framework runs in a government affair network through a connection agent, configures corresponding hardware and accesses corresponding software, deployment document guidance is implemented according to the corresponding front end of the 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, and then corresponding drive of the hardware is updated, and configuration processing is completed.
And a client terminal for installing the client. The client and the content of the client terminal in the client framework, such as information interaction, execution of corresponding program process and the like, can refer to the description in the embodiment of the method because the embodiment of the method is based on the same conception, and are not repeated herein.
It should be noted that all steps in the flow of the above-mentioned preferred embodiment of the method of the present invention are necessary, and some steps may be omitted according to actual needs. The execution order of the steps is not fixed and can be adjusted as required.
The above-mentioned embodiments are merely preferred embodiments for fully illustrating the present invention, and the scope of the present invention is not limited thereto. The equivalent substitution or change made by the technical personnel in the technical field on the basis of the invention is all within the protection scope of the invention. The protection scope of the invention is subject to 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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