Cellular Development Platforms Comparison
Software program giants, like Google are disrupting the otherwise safe and established players in the mobile application growth business. Newcomers like Android have led to significant structural changes in the future of mobile application advancement by imposing their rules. This particular changed environment not only brings extra opportunities, but also adds certain restrictions. Developers today, need to assess their options and find out how they can benefit from this changed environment.
While mobile computing offers caught the attention of application developers, there has been very little work done to examine the programming ease of these systems. Here we will take a look at two of the most widely available mobile development environments – Google android and Windows Mobile and discover and assess these options from the developer’s perspective.
Android was launched by Google in 2007, as an open source platform for mobile platform development for smartphones. The Android platform was released as part of the Open Mobile phone Alliance. The primary aim of this alliance was to set up open standards regarding smartphones. Android is basically a Linux based, open source operating system to get mobiles. As a mobile operating system this allows developers to create managed codes in Java, by using Java libraries developed by Google. Not only does Android provide a mobile operating system including a development environment, it also offers a custom virtual machine known as the Dalvik Digital Machine for running applications along with acts as the middleware in between the particular operating system and the code. When it comes to application development, Android facilitates the usage of 2D as well as 3D graphic libraries, innovative network capabilities such as 3G, Edge and WLAN and a customized SQL engine for continual storage.
Home windows Mobile
Developed by Microsoft, the Screen Mobile is an operating system for mobile devices. Based on the Microsoft Windows CE 5. 0, Windows Mobile is used being an operating system on many smartphones, PDAs and touch screen devices. Windows Mobile facilitates the creation of custom written applications in managed as well as indigenous codes. The Application Programming Interface (API) in Windows Mobile is extensible and has rich features along with a programmable layer. Besides that Windows Cellular also takes advantage of the capabilities provided by Microsoft. Net environment.
We will compare these platforms and closely examine their strengths and weaknesses. The platforms is going to be compared on the basis of implementation and performance aspects as well as developer support. We now have chosen these criteria for the assessment as they represent the most important aspects with regards to mobile software developers.
We will make use of persistent storage as the basis with regard to comparing the implementation aspect. The technology used for persistent storage within mobile technology varies between various mobile development environments. Both Windows Mobile and Android have the ability to use an on-device database which facilitates simpler manipulation as well as extraction of information. Also, as far as local file storage space is concerned both environments support storage cards for additional storage space. However , the difference lies in the way the storage space is exploited.
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While Android cannot install applications on memory cards, Windows Cellular allows it. Both Android and Windows Mobile platforms have a relational database. Also, in both the platforms the libraries have quite a few helpful persistence features. Once the libraries happen to be initialized, access to database is available through an object oriented interface which can be very easily accessed by developers.
Efficiency figures are important for both customers as well as developers. The performance comparison of the two platforms will be carried out based on the file size. The basic purpose of calculating file size is to get a better idea of the configuration as well as the run time dependencies that are included in packaged applications.
Android applications come packaged within apk (Android Package) files. The particular. APK file generally has a group of. DEX (Android program files) documents, which operate like a single program file for usage within the Android system. The. APK file is basically the particular compressed version of the contents within the ‘Androidmanifest. xml’ file.