This paper details the use of kXML 2r2.1.8, a small XML pull parser specially designed for constrained environments, to access, parse, and display XML files for Java 2 Micro Edition (J2ME)-enabled devices. This kXML version is based on the common XML pull API and is BSD-licensed. This paper demonstrates how to build a mobile application that brings XML data to wireless J2ME devices, and instructs you on how to craft a MIDlet that performs the necessary logic and deploys it to a J2ME environment.
Related white papers
Using Game Theory to Analyze Wireless Ad Hoc Networks
The application of mathematical analysis to the study of wireless ad hoc networks has met with limited success due to the complexity of mobility and traffic models, the dynamic topology,...
Series 40 Developer Platform 1.0: Usability Guidelines for J2ME Games
This paper provides guidelines for developing easy-to-use, fun, and challenging J2ME games for Nokia Series 40 mobile phones. To help developers implement usability issues in their development projects, a model...
Setting Up and Using Bluetooth Hardware With Development Tools
The purpose of this paper is to describe how to set up the Bluetooth testing environment for the C++ emulators of Software Development Kits (SDK), such as the Series 60...
Context-Aware Wireless Ubiquitous Computing
Marc Weiser's vision on ubiquitous computing includes the demand for wireless solutions towards a large scale inter-connected environment where all participating nodes are acting autonomously, but transparent to the user....
Advanced DSP for Improved Wireless Access in Mobile Communications
This paper reports research activities performed as part of the UK Mobile Virtual Centre of Excellence (Mobile VCE), an industry-university research partnership conducting pre-competitive research for 4G systems. The Core...
The Path to the Software-Defined Radio Receiver
After being the subject of speculation for many years, a software-defined radio receiver concept has emerged that is suitable for mobile handsets. A key step forward is the realization that...
Achieving Real-Time Guarantees in Mobile Ad Hoc Wireless Networks
Timely wireless communication is essential to allow real-time mobile applications, such as communication between mobile robots or inter-vehicle communication to be realized. The real-time event-based communication paradigm has been recognized...


