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Today, I will show you how to analyze the rapid development platform of iMAG mobile applications. The content of the article is good. Now I would like to share it with you. Friends who feel in need can understand it. I hope it will be helpful to you. Let's read it along with the editor's ideas.

Cross-platform mobile applications

Mobile application products often need to consider the support of multiple platforms, at least compatible with the mainstream iOS and Android platforms. Because of the different technologies of different platforms, multi-platform support often requires the establishment of different technical teams, which has a long development cycle, high cost, and it is not easy to maintain and upgrade later.

Let's first clarify a few concepts of mobile applications:

Web App: using HTML,JavaScript,CSS and other web technology development, through different platform browser access to achieve cross-platform, taking advantage of the cross-platform nature of web. But the problem is that the web standard is different on different mobile devices, and solving compatibility issues requires special skills and extra work. Moreover, the user experience of web applications is often poor, and the quality of applications can not be guaranteed.

Native APP: the so-called native application refers to the application developed in the platform-specific development language. The development of native applications can make full use of the API and platform features of the system, and the application performance and user experience are very good. However, the development cycle of native application is long, the cost of developing multiple platforms is high, and it is not conducive to application upgrade and post-maintenance.

We often say that you can't have both, but the iMAG platform does it well. Develop cross-platform mobile applications in a way similar to web. At the same time, the developed applications have the performance and user experience of native applications, have good compatibility and expansibility, and have low maintenance costs in the later stage.

What is iMAG?

IMAG is the abbreviation of Intelligent Mobile Application Gateway (Intelligent Mobile Application Gateway). It is based on the unique mobile application middleware technology. As an intermediate layer between mobile devices and applications, it shields the differences between different mobile operating systems, so that enterprises and developers can build their own mobile applications in an efficient way.

It usually takes only 1-3 weeks to develop a cross-platform mobile application based on iMAG platform, which greatly reduces the development cost and maintenance cost, and can help enterprises to accelerate the implementation of their own mobile strategy.

Technical characteristics of iMAG

● mobile applications are developed across platforms and are compatible with Android,iOS systems.

● integrated application development framework, using Web to develop native applications (based on native controls rather than HTML), existing web developers can be transformed into mobile application developers.

● 's rich local call functions (push, location, map, phone, Bluetooth, contacts, etc.).

● supports both online and offline application modes.

● supports online development (online IDE) and local development (eclipse tools).

● equipment Terminal Management system (iMAG Manager).

● application client packages and publishes the cloud platform.

IMAG Mobile Application engine

IMAG mobile application engine is a built-in code interpretation engine in iMAG client. Its principle is to interpret XML files that conform to iMAG development specifications into corresponding native application code for execution. Because it will be interpreted as native code on Android and iOS systems, iMAG is compatible with different platforms while retaining the characteristics of their respective platforms. For example, the Label control used to display text in iMAG is interpreted as a native TextView on Android and a corresponding UILabel on iOS.

For Web App running on smartphones, the WebKit engine is the container for web pages, and HTML code executes and renders the page effect in WebKit. The corresponding iMAG engine is a container for native applications, and XML code will be interpreted as native code by iMAG and present the effect of native UI.

Advantages based on iMAG platform

● mobile applications are easily cross-platform.

IMAG can automatically adapt to devices with different screen resolutions on different platforms. It only needs to be developed once, which greatly reduces the development cost.

● has excellent compatibility.

Although there are other tools that claim to be cross-platform, they basically adopt the HTML5 scheme. The HTML5 standard varies greatly among different mobile devices, and adapting to these devices requires extra work. Because iMAG is based on Fairchild's own mobile middleware technology, it solves the compatibility problem well, so that the application has the same performance on different mobile devices.

● 's excellent performance and user experience.

Because the underlying iMAG engine encapsulates native UI controls, it has the same performance and user experience as native applications.

● integrated application development framework.

IMAG uses XML+Javascript (configuration + script) development method, and built-in development framework, the development process is similar to web development. Different from the clutter of the web development framework, we use a unified integrated framework for development in iMAG, which effectively shortens the development cycle and ensures the quality of the developed applications.

● has rich local calling ability of mobile phone.

Local functions such as push, location, map, phone, SMS, photo, photo album, recording, Bluetooth, QR code, contact, database, Socket and so on can be easily invoked in iMAG.

● is compatible with HTML5.

Although HTML5 is not necessary for iMAG development, HTML5 is well supported and compatible with web controls in iMAG, and script mechanisms are provided to enable web to interact with native controls internally and externally, which will be more useful in the development of website applications.

● supports both online and offline application modes.

The online and offline architecture here is what we usually call Bmax S and Cmax S. The XML code of online applications can be dynamically generated by server-side scripts (such as jsp). This way of development is similar to the development of web pages. Applications can be dynamically deployed and upgraded. The development is simple and easy to maintain, especially suitable for enterprise mobile application development. Compared with online applications, offline applications package XML code into mobile clients, and data is dynamically obtained through ajax requests, so offline applications have faster response speed and better user experience.

● iMAG Mobile Application Management system (iMAG Manager).

As a supporting system for the management and operation of enterprise mobile applications, iMAG Manager can be deployed in the enterprise intranet. It is a bridge between mobile clients and enterprise back-end applications. IMAG Manager integrates many functions and services, such as application management, device management, data statistics, push management, log management, version update, security authentication and so on.

● is a platform-level service for enterprises.

Enterprises based on iMAG platform can carry out complete mobile application life cycle management. Mobile application App development, testing, integration, packaging, release and other processes can be completed through the iMAG platform, there is no need to install a special software environment locally.

● builds enterprise mobile application portals.

Because of the characteristics of iMAG, enterprises can quickly integrate mobile applications through the iMAG platform, and can integrate multiple mobile applications together to build their own mobile application portal. Users only need to install an iMAG client to access all enterprise mobile resources.

These are all the contents of how to analyze the rapid development platform of iMAG mobile applications. For more content related to how to analyze the rapid development platform of iMAG mobile applications, you can search the previous articles or browse the following articles to learn! I believe the editor will add more knowledge to you. I hope you can support it!

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