CN112181366B - Mobile application development framework based on cross-platform interaction - Google Patents
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Abstract
The invention discloses a mobile application development framework based on cross-platform interaction, which belongs to the technical field of mobile application development and comprises a capability library, a view library and a function component library; the capability library comprises a first development framework SDK and a second development framework SDK, wherein the first development framework SDK and the second development framework SDK are consistent in structure and respectively comprise a core package, a basic function package and an extension package. The invention is an independent SDK, and does not depend on the outside; the form of subpackaging is adopted, the subpackaging can be introduced according to needs, the bag is more flexible, and the size of the bag body is reduced; the learning cost of a developer is reduced, and the development efficiency is greatly improved only by concentrating on the development of WEB APP; the encryption compression transmission is adopted, so that the transmission safety is ensured; the SDK is added into the project, can be used after simple configuration, and is worthy of popularization and application.
Description
Technical Field
The invention relates to the technical field of mobile application development, in particular to a mobile application development framework based on cross-platform interaction.
Background
Aiming at the existing mainstream Android and iOS two-mobile phone operating systems, software developers generally need to develop two sets of codes, companies have large research and development cost, more human resource investment, complex version management, time-consuming iterative upgrade, difficult development of the developers, and high learning cost and development, so that some cross-platform development systems and platforms come up to the end, most of the platforms adopt front-end interfaces developed by HTML5 language, and the interfaces are loaded through a mobile phone WebView kernel browser.
In the aspect of content updating, when most platforms upgrade function modules, downloading and reinstalling are required, users are continuously required to download and install again, flow consumption is increased, and experience is not friendly. In order to solve the problem brought by upgrading, many APP developers adopt a mixed development mode, namely a development mode in which native development and WEB APP are mixed, and WEB APP does not need to be installed by a user, so that the WEB APP hot-updating technology can be achieved through off-line or on-line real-time access.
The platform appearing in the market at present requires a developer to use a platform system for development, so that certain dependence on the platform can be generated, and the expansibility is not very ideal; the capabilities provided by the platform can be completely attached to the platform, which can lead to the introduction of many functions which are not needed by the project, and thus the final installation package is larger; part of the frames directly adopt Javascript for interaction, so that a developer needs to have certain original development capability and cannot achieve the original purpose that the developer only needs to concentrate on HTML; when updating, the whole WEB APP needs to be updated, which causes unnecessary traffic consumption, increases safety risk and greatly influences the stability of the whole APP; the mixed APP offline upgrading mode has no security measures, and is easy to be attacked by hackers. Therefore, a mobile application development framework based on cross-platform interaction is proposed.
Disclosure of Invention
The technical problem to be solved by the invention is as follows: how to solve the problems of expansibility conflict, large installation package and large updating flow consumption in the using process of the conventional platform system is solved, and a mobile application development framework based on cross-platform interaction is provided.
The invention solves the technical problem through the following technical scheme that the invention comprises a capability library, a view library and a function component library;
the capability library comprises a first development frame SDK and a second development frame SDK, the first development frame SDK and the second development frame SDK are consistent in structure and respectively comprise a core package, a basic function package and an extension package, the core package comprises a WebView Javascript bridge library and capability of providing HTML5 loading and module injection, and the basic function package comprises a plurality of basic function modules; the extension packet includes related multimedia;
the view library comprises a native component library and an HTML5 component library;
the functional component library comprises a plurality of functional components.
Furthermore, the first development framework SDK is an Android mobile application development framework SDK, and the second development framework SDK is an iOS mobile application development framework SDK.
Further, the basic function module is photo album, camera, file operation, database operation, device information, network, sensor, storage, code scanning, address book, etc.;
further, the related multimedia is audio, video, etc.
Still further, the native component library includes an iOS and Android component library.
Further, the various functional components are respectively a network framework, a database framework, a positioning framework and the like.
Furthermore, the mobile application development framework also comprises technical documents for developing the specification framework and providing the HTML5 developer with a development manual.
Furthermore, the mobile application development framework supports a front-end interface developed by an HTML5 language, realizes the service logic of a project through a Javascript script language, realizes the application layer capability of a mobile phone system through a self-contained capability encapsulation API, and integrates the integrated mobile application program.
Furthermore, when the mobile application development framework is used for developing a mobile application program, the specific process is as follows:
s11: downloading a first development framework SDK, a second development framework SDK or a Demo engineering file containing any one development framework SDK according to requirements, and checking whether the Demo engineering file can normally run or not;
s12: introducing the developed HTML5 code file into the engineering directory in the step S11, and placing the HTML5 code file and the config folder under the assets folder as the same-level directory, wherein the file introduction type is reference;
s13: modifying the starting configuration file, adding an entrance file path of HTML5, and putting the starting configuration file under a config folder directory after modification is completed;
s14: modifying the configuration file of the extension packet, and adding a Key value of a third-party platform or an SDK used by the extension function;
s15: after the configuration is finished, forming a complete mobile application program, and running and debugging the mobile application program and correcting errors;
s16: and packaging and publishing the mobile application program.
Further, when updating the mobile application, the specific process is as follows:
s21: the method comprises the steps of carrying out module division on a mobile application program, and distributing unique identification to enable each module to be an independent project;
s22: adding a starting configuration file to each module and placing the starting configuration file in a root directory, wherein the basic information of the file configuration module comprises a starting page, a unique identifier and a version number;
s23: the server side encrypts and compresses the developed module and uploads the module to a back-end management system, and the back-end management system carries out analysis and authentication and then carries out version recording;
s24: the client acquires version information of all modules and decompression keys of the modules through the interfaces after starting;
s25: when the module is started, the version information of the local module is acquired and compared with the version information acquired by the server side;
s26: if the update is carried out, the new version module is downloaded into the cache for decryption and decompression, and the old version is removed, so that the update work is completed.
Compared with the prior art, the invention has the following advantages: the mobile application development framework is an independent SDK and cannot depend on the outside; the form of subpackaging is adopted, the subpackaging can be introduced according to needs, the bag is more flexible, and the size of the bag body is reduced; the learning cost of a developer is reduced, and the development efficiency is greatly improved by only concentrating on the development of WEB APP; the encryption compression transmission is adopted, so that the transmission safety is ensured; the SDK is added into the project, can be used after simple configuration, and is worthy of popularization and application.
Drawings
FIG. 1 is a schematic flow chart of an embodiment of APP development in the second embodiment of the present invention;
FIG. 2 is a schematic flow chart illustrating an implementation of hot update of APP according to a second embodiment of the present invention;
fig. 3 is a schematic diagram of APP formed by integration of a mobile application development framework according to a third embodiment of the present invention.
Detailed Description
The following examples are given for the detailed implementation and specific operation of the present invention, but the scope of the present invention is not limited to the following examples.
Example one
The embodiment provides a technical scheme: the mobile application development framework based on cross-platform interaction comprises a capability library, a view library and a function component library;
the capability library comprises a first development framework SDK and a second development framework SDK, the first development framework SDK and the second development framework SDK are consistent in structure and respectively comprise a core package, a basic function package and an extension package, the core package comprises a WebView Javascript bridge library and capability of providing HTML5 loading and module injection, and the basic function package comprises multiple basic function modules; the extension packet includes related multimedia;
the view library comprises a native component library and an HTML5 component library;
the function component library includes a plurality of function components.
The first development framework SDK is an Android mobile application development framework SDK, and the second development framework SDK is an iOS mobile application development framework SDK.
The basic function module is a module such as an album, a camera and a file;
the related multimedia is audio, video, etc.
The native component library comprises an iOS and Android component libraries.
The plurality of functional components are respectively a network frame, a database frame, a positioning frame and the like.
The mobile application development framework also comprises technical documents used for developing the standard framework and providing the standard framework for an HTML5 developer to use as a development manual.
The mobile application development framework supports a front-end interface developed by an HTML5 language, realizes the service logic of a project through a Javascript language, realizes the capability of a mobile phone system application layer through a self-contained capability encapsulation API, and integrates a complete mobile application program.
When the mobile application development framework is used for developing the mobile application program, the specific process is as follows:
s11: downloading a first development framework SDK, a second development framework SDK or a Demo engineering file containing any one development framework SDK according to requirements, and checking whether the Demo engineering file can normally run or not;
s12: introducing the developed HTML5 code file into the engineering directory in the step S11, and placing the HTML5 code file and the config folder under the assets folder as the same-level directory, wherein the file introduction type is reference;
s13: modifying the starting configuration file, adding an entry file path of HTML5, and putting the starting configuration file under a config folder directory after modification is completed;
s14: modifying the configuration file of the extension packet, and adding a Key value of a third-party platform or an SDK used by the extension function;
s15: after the configuration is finished, forming a complete mobile application program, and running and debugging the mobile application program and correcting errors;
s16: and packaging and releasing the mobile application program.
When updating WEB APP (WEB-based mobile application), the specific process is as follows:
s21: dividing modules of WEB APP, and distributing unique identifiers to enable each module to be an independent project;
the sub-packaging of the framework is to the framework itself, and is a functional division performed by the native part in order to reduce the physical size occupied by the native package; the modular subdivision is a targeted HTML5 part, and aims to make each module of the HTML5 part independent so as to facilitate the module independence;
s22: adding a starting configuration file to each module and placing the starting configuration file under a root directory, wherein the basic information of the file configuration module comprises a starting page, a unique identifier and a version number;
s23: the server side encrypts and compresses the developed module and uploads the module to a back-end management system, and the back-end management system carries out analysis and authentication and then carries out version recording;
s24: the client acquires version information of all modules and decompression keys of the modules through the interfaces after starting;
s25: when the module is started, the version information of the local module is acquired and compared with the version information acquired by the server side;
s26: if the update is carried out, the new version module is downloaded into the cache for decryption and decompression, and the old version is removed, so that the update work is completed.
Example two
The embodiment provides a mobile application development framework based on cross-platform interaction, and has the following characteristics:
1. in order to release the dependency, the framework is made into an SDK (software development kit) to be provided for developers, and the developers only need to introduce and use the SDK like any third-party package;
2. the frame SDK is subjected to sub-package design, functions are classified, different types are manufactured into different SDKs, developers can introduce the SDKs according to the project conditions of the developers, and the problem that the inclusion is large due to the introduction of unnecessary modules is effectively solved;
3. the WebViewJavascript bridge is adopted for interaction, so that the direct use of the Javascript interaction capability of the native part is avoided, and the learning cost of a developer is reduced;
4. carry out the modularization subdivision with mixing APP, carry out module upgrading to each module respectively, every APP module all is the sandbox of independent operation, does not have the coupling each other, will reduce the flow consumption of upgrading like this, and update time cost is too of a specified duration, the unstable problem of system. Each module is an independent project and contains the unique identification and version information of the module.
5. In order to prevent the functional modules from being maliciously attacked by hackers during upgrading, after each module is developed, the project is encrypted, compressed and packaged, and the md5 value is recorded, so that after the compressed package is downloaded by a client, md5 security check and decryption of the compressed package are required.
As shown in fig. 1, the specific implementation process of developing APP by using the mobile application development framework of this embodiment is as follows:
(1) Downloading an Android/iOS mobile application framework (SDK) or a Demo engineering file (including the SDK), and checking that the Demo can normally run;
(2) Introducing a developed HTML5 code (which needs to be developed according to a development use document) into a project directory, placing the project directory under an assets folder, wherein an HTML5 code file and a config folder under assets are same-level directories, and the file introduction type is citation;
(3) Modifying and starting a configuration file manifest.xml, adding an entry file path launch _ path of HTML5, and putting the manifest.xml into a config directory after modification is finished;
(4) Plist is modified, and a Key value of a third party platform or an SDK used for an extension function is added;
(5) Running debugging (on real machine equipment) and error correction;
and (4) packaging and issuing, namely packaging the program into an ipa/apk file by selecting Product- > Archive in a menu bar, and selecting Export (Export) or Upload (submission to App Store).
The packaging is divided into Android and iOS:
and iOS: selecting Product- > Archive in a menu bar, and generating an ipa packet according to the guide selection Next, and selecting Export (Export) or Upload (submitting to App Store);
android: selecting Build- > generated Signed Bundle or APK in menu bar, selecting Next according to guide to Generate APK package, uploading APK package to application store to complete issue
As shown in fig. 2, the specific example process of hot update of APP in this embodiment is as follows:
(1) Module division is carried out on WEB APP, and a unique identifier (model _ id) is distributed, so that each module is an independent project;
(2) Adding a manifest file to each module and placing the file in a root directory, wherein the file configures basic information of the module and comprises a launch page (launch _ path), a unique identifier (model _ id) and a version number (version);
(3) Encrypting and compressing the developed module and uploading the module to a background system, and performing version recording after the background system performs analysis and authentication;
(4) The client acquires version information of all modules and decompression keys of the modules through the interfaces after starting;
(5) When the module is started, the version information of the local module is acquired and compared with the information acquired by the server;
(6) If the update is carried out, the new version module is downloaded into the cache for decryption and decompression, and the old version is removed, so that the update work is completed.
EXAMPLE III
The embodiment provides a development mode of a mobile application development framework based on cross-platform interaction, which relates to the mixed development of mobile application native and HTML 5. The invention comprises four parts: capability libraries, view libraries, function component libraries, and technical documentation.
The capability library is divided into two parts: an Android mobile application development framework SDK and an iOS mobile application development framework SDK. The Android mobile application development framework SDK and the iOS mobile application development framework are consistent from the aspect of structural division and are divided into three parts: core package (Core), basic function package (Base), and Extension package (Extension), core package: contains the WebViewJavascript bridge library and provides HTML5 loading and module injection capability; basic function package: the system comprises more than ten common basic function modules such as photo albums, cameras and files; expanding a package: mainly including multimedia related, such as audio, video, etc.;
viewing a picture library: packaging a custom common view component library, which comprises a native (iOS and Android) component library and an HTML5 component library;
function component library: functional components such as a network frame, a database frame, a positioning frame and the like;
technical documentation: mainly develops a standard framework and provides the standard framework for an HTML5 developer to use as a development manual.
The mobile application development framework is a technical framework of a mobile phone APP developed based on HTML5 language, and the APP developed based on the framework can achieve the effect of Android and iOS compatibility.
As shown in fig. 3, the mobile application development framework supports a front-end interface developed by an HTML5 language, service logic of a project is realized through a Javascript script language, the capability of a mobile phone system application layer is realized through a capability encapsulation API carried by the mobile application development framework, and the three parts are integrated through the framework to form a complete APP product.
A large number of functional APIs provided by a mobile application development framework and cross-platform characteristics of HTML5 greatly improve the development efficiency of mobile applications.
In summary, the mobile application development framework of the embodiment is an independent SDK, and does not depend on the outside; the form of subpackaging is adopted, the subpackaging can be introduced according to needs, the bag is more flexible, and the size of the bag body is reduced; the learning cost of a developer is reduced, and the development efficiency is greatly improved only by concentrating on the development of WEB APP; the encryption compression transmission is adopted, so that the transmission safety is ensured; the SDK is added into the project, can be used after simple configuration, and is worthy of popularization and use.
Although embodiments of the present invention have been shown and described above, it is understood that the above embodiments are exemplary and should not be construed as limiting the present invention, and that variations, modifications, substitutions and alterations can be made to the above embodiments by those of ordinary skill in the art within the scope of the present invention.
Claims (9)
1. The mobile application development framework based on cross-platform interaction is characterized in that: the system comprises a capability library, a view library and a function component library; the capability library comprises a first development frame SDK and a second development frame SDK, the first development frame SDK and the second development frame SDK are consistent in structure and respectively comprise a core package, a basic function package and an extension package, the core package comprises a WebView Javascript bridge library and capability of providing HTML5 loading and module injection, and the basic function package comprises a plurality of basic function modules; the extension packet includes related multimedia; the view library comprises a native component library and an HTML5 component library; the function component library comprises a plurality of function components;
when the mobile application development framework is used for developing a mobile application program, the specific process is as follows:
s11: downloading a first development framework SDK, a second development framework SDK or a Demo engineering file containing any one development framework SDK according to requirements, and checking whether the Demo engineering file can normally run or not;
s12: introducing the developed HTML5 code file into the engineering directory in the step S11, and placing the HTML5 code file and the config folder under the assets folder as the same-level directory, wherein the file introduction type is reference;
s13: modifying the starting configuration file, adding an entry file path of HTML5, and putting the starting configuration file under a config folder directory after modification is completed;
s14: modifying the configuration file of the extension packet, and adding a Key value of a third-party platform or an SDK used by the extension function;
s15: after the configuration is finished, forming a complete mobile application program, and running and debugging the mobile application program and correcting errors;
s16: and packaging and releasing the mobile application program.
2. The cross-platform interaction based mobile application development framework of claim 1, wherein: the first development framework SDK is an Android mobile application development framework SDK, and the second development framework SDK is an iOS mobile application development framework SDK.
3. The cross-platform interaction based mobile application development framework of claim 1, wherein: the basic function module comprises an album, a camera, file operation, database operation, equipment information, a network, a sensor, storage, a code scanning and an address book.
4. The cross-platform interaction based mobile application development framework of claim 1, wherein: the related multimedia includes audio and video.
5. The cross-platform interaction based mobile application development framework of claim 1, wherein: the native component library comprises an iOS and Android native component library.
6. The cross-platform interaction based mobile application development framework of claim 1, wherein: the functional components comprise a network framework, a database framework and a positioning framework.
7. The cross-platform interaction based mobile application development framework of claim 1, wherein: the mobile application development framework also comprises technical documents used for developing the standard framework and providing the standard framework for an HTML5 developer to use as a development manual.
8. The cross-platform interaction based mobile application development framework of claim 7, wherein: the mobile application development framework supports a front-end interface developed by an HTML5 language, realizes the service logic of a project through a Javascript script language, realizes the capability of an application layer of a mobile phone system through a self-contained capability encapsulation API, and integrates a complete mobile application program.
9. The cross-platform interaction based mobile application development framework of claim 8, wherein: when updating the mobile application program, the specific process is as follows:
s21: the method comprises the steps of carrying out module division on a mobile application program, and distributing unique identification to enable each module to be an independent project;
s22: adding a starting configuration file to each module and placing the starting configuration file in a root directory, wherein the basic information of the file configuration module comprises a starting page, a unique identifier and a version number;
s23: the server side encrypts and compresses the developed module and uploads the module to a back-end management system, and the back-end management system carries out analysis and authentication and then carries out version recording;
s24: the client acquires version information of all modules and decompression keys of the modules through the interfaces after starting;
s25: when the module is started, the version information of the local module is acquired and compared with the version information acquired by the server side;
s26: if the update is carried out, the new version module is downloaded into the cache for decryption and decompression, and the old version is removed, so that the update work is completed.
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| 基于HTML5实现智能手机跨平台应用开发;武佳佳;《软件导刊》;20130228;全文 * |
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