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Content Tagged with mobile + xml
Microformats Cheat Sheet - Cheat Sheets - Added Bytes
Microformats Cheat Sheet
Parsing XML in J2ME
In this article you'll learn how to parse XML in a MIDP client application. I'll begin by talking about system architecture and the motivation for using XML as a data transport.
What is Android? - Android
Android is a software stack for mobile devices that includes an operating system, middleware and key applications. This beta version of the Android SDK provides the tools and APIs necessary to begin developing applications on the Android platform using the Java programming language.
touchcode - Google Code
Repository of iPhone and iPod Touch source code, including TouchJSON, TouchXML and more.
touchcode - Google Code
Repository of iPhone and iPod Touch source code, including TouchJSON, TouchXML and more.
Loading, Parsing, and Locally Storing XML in Flash Lite 2
Two of my favorite new features in Flash Lite 2 are the ability to load and parse XML and to store data locally on a device. In this article I'll show you how to create a simple Flash Lite application (see Figure 1) that loads XML updates and stores them in a Flash Lite shared object.
WURFL
The WURFL is an XML configuration file which contains information about capabilities and features of many mobile devices.
The main scope of the file is to collect as much information as we can about all the existing mobile devices that access WAP pages so that developers will be able to build better applications and better services for the users.
Using JavaScript Object Notation (JSON) in Java ME for Data Interchange
Choosing the right data interchange format is an important design decision when building any network-aware software. This is especially true when designing mobile and embedded applications, where attributes such as lightweight and efficient are important characteristics to consider. Such characteristics are important because they translate to lower computation requirements and use of power, potentially better performance, and lower costs of operation.
In mobile applications, developers typically rely on home-grown data-interchange formats or on the Extensible Markup Language (XML). The advantage of the former is that it can be tailored to particular situations for the purpose of maximizing performance and/or computational resources. The advantage of the latter, when used over HTTP, is that it is a de facto standard for data interchange. In addition, the text-based/human-readable representation used in XML makes it easier to debug...
Using JavaScript Object Notation (JSON) in Java ME for Data Interchange
Choosing the right data interchange format is an important design decision when building any network-aware software. This is especially true when designing mobile and embedded applications, where attributes such as lightweight and efficient are important characteristics to consider. Such characteristics are important because they translate to lower computation requirements and use of power, potentially better performance, and lower costs of operation.
In mobile applications, developers typically rely on home-grown data-interchange formats or on the Extensible Markup Language (XML). The advantage of the former is that it can be tailored to particular situations for the purpose of maximizing performance and/or computational resources. The advantage of the latter, when used over HTTP, is that it is a de facto standard for data interchange. In addition, the text-based/human-readable representation used in XML makes it easier to debug...
VoiceXML Forum - Home
The VoiceXML Forum is an industry organization formed to create and promote the Voice Extensible Markup Language (VoiceXML). With the backing and contributions of its diverse membership, including key industry leaders, the VoiceXML Forum has successfully driven market acceptance of VoiceXML through a wide array of speech-enabled applications.
Using JavaScript Object Notation (JSON) in Java ME for Data Interchange
In mobile applications, developers typically rely on home-grown data-interchange formats or on the Extensible Markup Language (XML). The advantage of the former is that it can be tailored to particular situations for the purpose of maximizing performance and/or computational resources. The advantage of the latter, when used over HTTP, is that it is a de facto standard for data interchange. In addition, the text-based/human-readable representation used in XML makes it easier to debug.
Yet these two approaches also have disadvantages, one being proprietary in nature, non-standard, and potentially non-interoperable, while the other one could be considered too heavy and verbose for data representation, again this is especially true for mobile and embedded applications.
An alternative to consider is the JavaScript Object Notation or JSON, a lightweight data-interchange format. In this article I introduce JSON for data interchange in the Java Platform, Micro Edition (Java ME).
Using JavaScript Object Notation (JSON) in Java ME for Data Interchange
In mobile applications, developers typically rely on home-grown data-interchange formats or on the Extensible Markup Language (XML). The advantage of the former is that it can be tailored to particular situations for the purpose of maximizing performance and/or computational resources. The advantage of the latter, when used over HTTP, is that it is a de facto standard for data interchange. In addition, the text-based/human-readable representation used in XML makes it easier to debug.
Yet these two approaches also have disadvantages, one being proprietary in nature, non-standard, and potentially non-interoperable, while the other one could be considered too heavy and verbose for data representation, again this is especially true for mobile and embedded applications.
An alternative to consider is the JavaScript Object Notation or JSON, a lightweight data-interchange format. In this article I introduce JSON for data interchange in the Java Platform, Micro Edition (Java ME).
Main Page - mojax - mFoundry Wiki
JavaScript/XML for mobiles.
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