Perfect for experienced Java programmer making the transition to wireless development, Wireless Java Programming with J2ME provides a tutorial capable of what is new and different in a smaller Java devices. This title is all you need to get started writing wireless applications successfully. This book provides a nicely packaged tutorial for wireless development, starting with a full world tour short-Java wireless devices based on Java 2 Micro Edition (J2ME). It includes a library of higher-level UI for MIDP devices, enabling developers to design a limited display device. Described with a calendar utility, they show you how to draw on the screen wireless devices. Later sections look at other features that you need to create robust wireless applications in Java, including network connectivity options (like sockets and HTTP), plus a record store in the built-in storage APIs that come built-in on the platform. Final sections on SyncML (for synchronizing data between wireless devices) and new support for Java in round i-Mode platform help DoCoMo's popular out this book. With the wireless market is ready for explosive growth, this title can let Java developers get ready for a new kind of Java platform Dragan. - Richard Topics covered: Overview of Java development for wireless devices overview of the Java 2 Micro Edition (J2ME) J2ME standard key explains: Mobile Information Device Profile (MIDP), Connected Limited Device Configuration (CLDC) and K Virtual Machine (KVM) Using Sun's J2ME MotoSDK Wireless Toolkit and Motorola for wireless development versus library CLDC MIDP MIDlet Limitations for CDLC devices and security KVM J2ME MIDlets packaging and use tutorial to design a user-interface with the UI for Wireless Devices (including images and event handling) High-level UI API ( included and the option list, text boxes, alerts, and forms) is low-level UI APIs (including drawing of graphics and text, double-buffering, plus a calendar example) Persistent storage (record stores, add and delete records, census records, cellular sample scheduler ) Network programming in J2ME MIDP (the Generic Connection Framework, programming with sockets, datagrams, and HTTP), XML for wireless applications (survey of wireless including XML parsing SAX 1.0, TinyXML, and NanoXML) Case studies to order the book-mobile applications data synchronization (protocol compatibility, scheduler provider) Reference to CLDC and MIDP Java class libraries NTT DoCoMo i-Mode introduced