Projects tagged ‘java’ and ‘phone’

SMSLib is a Java library for sending and receiving SMS messages via a GSM modem or mobile phone. SMSLib also supports a few bulk SMS operators.

jibjib is a small, fast and easy J2ME Twitter client for any Java-enabled mobile phone with CLDC 1.0/MIDP 1.0. jibjib is minimalistic and it is designed for road warriors.

The SMSj library allows you to send SMSes (GSM) from the Java platform. It gives you full control over the SMS including the UDH field so you can create and send EMS messages, Nokia ringtones, and ... [More] images. It provides a pluggable transport layer that allows it be used with a range of different SMS servers. [Less]

The Prosciutto Project is a data-driven mobile application engine implemented in J2ME. You could think of it as a rapid application development framework, or a distributable mobile application engine ... [More] that aims to address the problem of device fragmentation. Anything you would do on a mobile application that has to do with browsing data is doable in The Prosciutto Project environment by using the mobile application engine (ZAMAE) and a set of well-defined, serializable UI objects. This way, an entire application definition can be hosted on a web server, ZAMAE would fetch it from the server, and yet be completely business logic agnostic. If your application changes, there's no need for the engine to be updated and redistributed. [Less]

The Unofficial Home to JSR 272 Mobile TV API Tests and Evaluation The JSR 272 Eval Kit will help you to evaluate the Usability of JSR 272 API, by featuring a collection of tests and use cases. ... [More] JSR 272 API, or Mobile Broadcast Service API for Handheld Terminals, is a standard effort lead by Nokia and Motorola to define a middleware-level API enabling the development of Mobile TV applications on J2ME. The JSR 272 initiative is part of Sun Java Community Process. The project deliverables will be: - test sets in XML and Java (J2ME) based on JUnit/J2MEUnit - Java (J2ME) midlets demonstrating JSR-272 usage - Ant build scripts - optionally, documentation collecting public comments on JSR-272 - optionally, a low-level API to facilitate JSR-272 implementation First release: December 5th [Less]

SMS Salama is mobile phone Java application with which you can send and receive encrypted SMS. Normally, SMS are transmitted as plain text, so any one with access to your operator's network may be ... [More] able to obtain the contents of your message. Some operators may even allow their customer service personnel to look into your messages. With SMS Salama you are sure your message will only be seen by your intended recipient as long as the password used to encrypt it is a well kept secret between you two (and needless to say, it is strong enough). Your SMS will be encrypted as it leaves your phone, ensuring that it can only be open by the password used to encrypt it when it reached its destination. If you have a problem or would like to contribute, please join SMS Salama discussion group here: http://groups.google.com/group/sms-salama [Less]

Trek Logger is a location tracker and logger for MIDP 2, JSR 179 enabled phones. It was inspired by the Trailguru iPhone App and tries to offer similar features: * Real time information about the ... [More] current trail * Export to GPX files on the device as well as onto the web [Less]

Phone Number Exchange Library Java (libpnxjava)This is a Java language binding for libpnx, a library for automatically exchanging phone numbers between mobile phones. It has been implemented for CSE ... [More] 520S: Real-Time Systems at Washington University in St. Louis. Related Projectslibpnx - C phone number exchange library. libpnxpp - C++ language bindings for libpnx. pnx-iphone - Phone Number Exchange (iPhone App). pnx-android - Phone Number Exchange (Android App). pnx-qt - Phone Number Exchange (Qt Embedded for Nokia S60 and Windows Mobile). Version 1.0.1 ReleasedThis is a minor update. The build system has been fixed to explicitly set the source/target version of Java to "1.6" (features of 1.6 were being used, but the build system permitted building with version 1.5). A "distclean" target was added to the Makefile. The code has been repackaged to avoid extraneous garbage files. Version 1.0.0 ReleasedWe have just released the first version of libpnxjava. The library is compatible with libpnx-1.0.2, and it uses multicasting rather than broadcasting for the discovery phase. As with the 1.0 versions of libpnx, this release does not use any form of SSL/TLS encryption of phone numbers. This release is meant to be used for development purposes (i.e. for the development of applications using the library), but is not yet meant be distributed or included in any production-level software release or package. This implementation of the libpnx specification is a pure Java solution. It is hoped and intended that this solution should be useable from within an Android application. Should this prove not be the case, any feedback or bug reports related to the Android are greatly appreciated. [Less]

Donate via Payal Development of this forth system has stopped. Under development is a Gforth EC port for the nibz processor. An emulation environment for nibz will become available for MIDP-2.0 ... [More] phones. This will allow Gforth on your phone. Please bare with me while nibz is being developed. Many Thanx. An ANS Forth System written in Java2ME. It is adapted for Mobile devices from WebForth, available at the FIG archive. The Forth is reasonably standard with referance to the Dpans94 standard document, with a few changes to facilitae use on a mobile device. The main features are as follows. The Forth suports persistant blocks of size 256 UTF-16 characters. There are 256 blocks in a block set. The current block set can be edited through the Java interface, or saved, or loaded. A Java based block set manager can be used to load or delete block sets. The use of general URL files is supported. Any URL may be supplied as a filename, and opening the file is done read only. Writes to files are sandboxed, and so no changes are ever made to files. An initial "/" selects the current file root. File input is UTFPlus an extension of UTF-8 and UTF-16BE. There are PlatformSpecificWords to control many features of MID4th. The display supports a background bitmap with 16 bit colour depth (ARGB each 4 bits), and an overlayed full colour font capacity. Alignment is to an 8*8 pixel grid monospacing of TheFont. The playing of MIDI notes is supported, with note 69 being 440Hz. The notes play asynchronously, so as not to interfere with execution. There are facilities to synchronize code with the device master clock, and multimedia abilities depending on the phone model. Note that some phones suspend or end MIDlets when a media stream is opened, and this may be anoying. The main Specification is growing with each version. The ToDo list is also growing, due to interest. Let me know if anything useful to add comes to mind. Be aware that this is a forth system designed to teach forth, so adding complex primitives implementing Java functionality is not the aim. An example is that only PLOT is included (Java allows much more), and any higher level drawing words will be written in forth. This way of working also increases the bootstrap potential of the system. Cheers me dears. [Less]

Keep track of expenses using a java enabled mobile phone, possibility to sync with pc for an in depth view of expenses.