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The JavaTM Communications API can be used to write platform-independent communications applications for applications like voice mail, fax and smartcards. This version of the Java Communications API contains support for RS232 serial ports and IEEE 1284 parallel ports. With updated functionality, one can: Enumerate ports available on the system. Open and claim ownership of ports. Resolve port ownership contention between multiple applications. Perform asynchronous and synchronous I/O on ports. Receive Beans-style events describing communication port state changes.

The AnimeNfo client with GTK support. configuration.txt contains the configuration for server and port. It will be read automatically by the program at beginning of execution, so you don't have to fill the server and port value every time manually. You can modify the configuration.txt file if necessary. In order for the configuration.txt to work, you have to put it in the same directory as the program. LICENSE: GPL2 or later

This module allows to specify 'virtual columns' in DBIx::Class schema classes. Virtual columns behave almost like regular columns but are not stored in the database. They may be used to store temporary information in the DBIx::Class::Row object and without introducting an additional interface. Most DBIx::Class methods like "set_column", "set_columns", "get_column", "get_columns", "column_info", ... will work with regular as well as virtual columns.

sqlite3-ruby provides an interface for the SQLite DB engine version 3. This differs from the DBD::SQLite module in that it is more complete, and from the ruby DBI version of SQLite in that it is SQLite specific, so you can do things that would otherwise be more difficult via DBI. If you want portability between backends, use DBI. If you want ease of use with SQLite, use this.

sqlite3-ruby provides an interface for the SQLite DB engine version 3. This differs from the DBD::SQLite module in that it is more complete, and from the ruby DBI version of SQLite in that it is SQLite specific, so you can do things that would otherwise be more difficult via DBI. If you want portability between backends, use DBI. If you want ease of use with SQLite, use this.

The overall goal of this project is to provide remote control service on Linux through Bluetooth, InfraRed, Wi-Fi or just TCP/IP connection. anyRemote supports wide range of modern cell phones like Nokia, SonyEricsson, Motorola and others. It was developed as thin communication layer between Bluetooth (or IR, Wi-Fi) capabled phone and UNIX, and in principle could be configured to manage almost any software.

Standalone library to control various widely available Freescale's mpc8xx based boards. This code was derived from mpcbdm patch by Frank Przybylski. This allows using this code separately from gdb, for example, to load firmware to the board, or retrieve information about it. The package includes example "mpc8xx" program, that displays information about connected board using libmpcbdm library. The schematic of adapter itself can be found at project homepage.

Uutf is an non-blocking streaming Unicode codec for OCaml to decode and encode the UTF-8, UTF-16, UTF-16LE and UTF-16BE encoding schemes. It can efficiently work character by character without blocking on IO. Decoders perform character position tracking and support newline normalization. Functions are also provided to fold over the characters of UTF encoded OCaml string values and to directly encode characters in OCaml Buffer.t values.

This package implements frequent string operations: searching, replacing, splitting, matching. It is independent from the Str library, and can replace Str in many cases. Unlike Str, xstr is thread-safe. xstr does not implement regular expressions in general, but an important subset. Some operations of xstr are performed as quickly as by Str; if the string to be processed is small, xstr is often faster than Str; if the string is big, xstr is up to half as fast than Str.

GNU binutils for Atmel AVR cross-development Prerequisite for the GCC for AVR cross-compilation environment. Still included is the "AVR COFF beta" patch. It allows avr-objcopy to generate AVR (extended) COFF files to be used on Atmel AVR Studio and VMLAB. Note that this patch has known issues, see http://www.sax.de/~joerg/README.coff-avr-patch The support for additional devices has been synchronize with the latest public Atmel AVR Tools package.