Free usb headset buttonss software for linux

USB Headset Buttonss purpose is to enable the Volume up and Down Buttons on my Logitech USB 30 Headset.

USB Headsets are very useful for VoIP applications like SIP Networks or Skype. On my headset I have volume buttons which need extra care to be taken of. This Application does it.

USB Launcher project is a couple of basic programs to drive the M&S USB Missile Launcher.
ctlmissile does all the actual work. Youll need libusb installed to compile it, but assuming you have that typing "make" should do the trick. You can then
do:
ctlmissile up
ctlmissile down
ctlmissile left
ctlmissile right
ctlmissile fire
ctlmissile stop
to do all the things youd expect. Note youll need to be root to use it. I
havent figured out a nice way to use libusb yet as a user. Anyone got some pointers?
Oh, and youll need to not have usbhid installed or itll claim the device itself (I think I can add support so that it gets automatically disconnected from the device, so Ill have a look at that).
usblauncher is a Perl program that uses GTK2 to provide a basic interface for controlling the launcher. It uses ctlmissile. Currently Ive made ctlmissile suid root so I can run usblauncher as my normal user id, but Im not sure about this long term.
Enhancements:
- Added support for Dream Cheeky USB missile launcher from James Puderer.

PIC USB Framework is a USB application framework dedicated to Linux (on the host side) and to the PIC 18F4550 family of microcontrollers (on the device side).
PUF includes: a bootloader that can flash the PIC application through the USB, a PIC demo and its corresponding application on the host side, and docker, the host-side flash programming utility.
The PUF also contains gputils and sdcc as cross-building tools, and odyssey 0.4vasco as a parallel port PIC programmer.
Enhancements:
- sdcc optimization flags are now switched on by default.
- A component library (including a console mechanism and a small real time scheduler) has been added to help building user applications.
- Tools have been upgraded to automake 1.9.6, autoconf 2.59d, sdcc snapshot 4482, odyssey 0.5, and gputils 0.13.4.
- The applications size has been optimized.

USBSink is a GNOME program for file synchronization over USB. USBSink is designed for users of removable drives, such as flash drives or external hard disks.

The goal is to have a complete automation of data trasfers, after a task has been defined. With file monitoring and hardware detection features, USBSink is able to respond and act according to relevant events across the desktop.

usb-mount project provides desktop integration for systems using the hotplug scripts and the KDE desktop. It automatically mounts and unmounts USB storage partitions and modifies the users desktop, via the addition of icons representing USB storage device partitions.
The user can interact with the storage device by opening the desktop icons to reveal the folders corresponding to each partition. Each partitions mount status can be altered by using icon control options.
These scripts work for me on Fedora Core 2 and Redhat 9. Several people have reported that they can be made to function on many other Linux distributions with minor configuration changes and some editing.
To get them to work on your system you may need knowledge of Linux and shell scripting. If the scripts dont work out of the box, you should look for errors in /var/log/messages (or where ever your system log is kept). If you are not comfortable with reading logs and editing scripts - perhaps these scripts arent for you.
I no longer have any Linux systems with 2.4 kernels, I think the scripts will still work. All recent modifications have only been tested on Fedora Core 4 running kernel 2.6.
Many distributions are now adequately handling usb - so I havent spent much time improving usb-mount. If anyone wants to fork a new version, feel free. The new kernel, dbus, etc should make it quite easy to create a simpler script from scratch.
Enhancements:
- More fixes for newer kernels/distibutions that take longer to setup usb devices;
- Handle flash card readers that have more than one device (thanks to Edward);
- Ignore non usb-storage devices (thanks to Wolfgang Klein).

Stickloader is an easy solution for copying music files from your hard disk to your USB stick and re-encoding them at a lower bitrate for more efficient usage of your MP3 player disk space.

Stickloader is a LAME front end for quick filling of mp3 sticks.

MP3 files and whole directories can be easily dragged on the Stickloader window (which always stays on top) and they are automatically re-encoded using LAME and copied to your USB stick by using a temporary directory to avoid blocking the encoding process.

The programm is written with Java 5.0 using the Standard Widget Toolkit SWT and is using LAME for encoding the data. Therefore it should be system-independent and run on every system where Java, SWT and LAME are available.

usb_device_amaroKscript script brings generic USB media player support to amaroK because the 1.3.1 release provided with the Mandriva 2006.0 Free distribution only supports iPOD media players. The script was developed to support various hot-pluggable USB mass-storage devices that can be mounted as a file system and is only designed to supports simple media players that do not require external applications to maintain special database files on the device, but simply allow playlists and media files to be copied directly to it.

The script provides the following functions:

1) USB Device | Copy music to player

Copy selected amaroK playlist tracks to the USB device. This is a simple file copy operation.

2) USB Device | Copy to player & playlist

Copy selected amaroK playlist tracks to the USB device. The script allows the user to create an m3u playlist of the copied tracks on the target. The created playlist entries can be written in a new .m3u file, or they can be appended to an existing .m3u file. This allows the user to create custom playlists without having to depend on auto-generated playlists and without having to use the player interface for playlist creation.

3) USB Device | Create a new playlist

Select media files from the USB device and create an .m3u format playlist directly on the player.

4) USB Device | Delete music & playlists

Delete media files from the USB device. This delete function masks files that it does not consider to be audio or playlist content, though the user is afforded the opportunity to identify file extensions that are allowed to be deleted.

5) USB Device | Delete music in a playlist

Delete all media files that appear in a given .m3u playlist file that is on the USB device. This function allows a user to pull logical groups of media files off of the player without requiring files to be individually selected.

6) USB Device | Purge all music & playlists

Delete all media files or playlist files from the USB device to restart loading media on an uncluttered player. This delete function masks files that it does not consider to be audio or playlist content, though the user is afforded the opportunity to identify file extensions that are allowed to be deleted.

7) USB Device | Help

Displays a dialog that explains the function of each menu option in greater detail.

Options 1 and 2 above operate on the amaroK playlist files that are selected at the time the function is invoked. All other USB Device functions operate through prompts that allow the user to operate on files that are already on the media player. This can feel somewhat odd for other functions since one must place and select files in the amaroK playlist even if the operation involves only files that are already on the player. This is a consequence of the fact that script functions can only be invoked with the context menu for files in the amaroK playlist.

USB_Device automatically handles mounting an unmounting of the media player when the user has specified the mount point. The script generally expects the mount point to be created by a hotplug event that occurs when the media player is connected to the system. It is the users responsibility to be sure to set up any /etc/fstab entries that might be required in order to make simple mount and umount commands possible.

Even though USB_Device is capable of mounting and unmounting the player, it is also smart enough to leave the player mount alone if the user mounted it explicitly.

To use this script, install it into amaroK with the Tools | Script Manager. The "Install Script" button will properly install the tarball that contains these files.

Once the script is installed, use the "Run" button to start the script so that the context-click menus are installed and operational. All script functions are grouped under the "USB Device" context menu. This context menu appears when you right-click selected files in the amaroK playlist.

Configuration settings are stored in ~/.amarok_usb_device.

The user-configurable options are the media player mount point, whether or not to use mount/umount commands, and a selection of music file extensions that may be deleted when "Purging" the media player.

acdctl is a VESA/Apple Cinema Display controller.

acdctl is a commandline utility to control the otherwise inaccessible brightness levels of a VESA-compliant USB connected display such as the Apple Cinema Display.

acdctl works on any system with libusb support by directly manipulating the displays USB HID interface.