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GMediaServer 0.12.0
GMediaServer is a UPnP music media server. more>>
GMediaServer is a UPnP music media server. GMediaServer project implements the server component that provides UPnP media devices with information on available audio files. GMediaServer uses the built-in http server of libupnp to stream the audio files to clients.
A number of media devices have been tested and are confirmed to work with GMediaServer. Among then are NETGEAR MP101, Linksys WMLS11B and WML11B, Philips Streamium SL300i and RC9800i, and Omnify DMS1. See below for a full list.
Other UPnP media devices (including software based) may work as well - see below for a more detailed list of supported devices. For a quick start, see the Usage and Known Bugs sections below.
GMediaServer is written in C by Oskar Liljeblad. It should compile and run on any modern POSIX compatible system such as Linux. GMediaServer is a console based application which is usually run in the background.
GMediaServer is free software - it is licensed under the terms of the GNU General Public License (GPL).
<<lessA number of media devices have been tested and are confirmed to work with GMediaServer. Among then are NETGEAR MP101, Linksys WMLS11B and WML11B, Philips Streamium SL300i and RC9800i, and Omnify DMS1. See below for a full list.
Other UPnP media devices (including software based) may work as well - see below for a more detailed list of supported devices. For a quick start, see the Usage and Known Bugs sections below.
GMediaServer is written in C by Oskar Liljeblad. It should compile and run on any modern POSIX compatible system such as Linux. GMediaServer is a console based application which is usually run in the background.
GMediaServer is free software - it is licensed under the terms of the GNU General Public License (GPL).
Download (0.35MB)
Added: 2006-09-01 License: GPL (GNU General Public License) Price:
1154 downloads
PyMediaServer 0.6.0
PyMediaServer is a barebones UPnP-based Media Server for use with a Netgear MP101 Digital Music Player. more>>
PyMediaServer is a barebones UPnP-based Media Server for use with a Netgear MP101 Digital Music Player.
PyMediaServer currently:
- supports the Netgear MP101 and has not been tested with any other UPnP client devices
- Supports browsing MP3s (only MP3s at this point) via the UPnP ContentDirectory service, but only provides organization by directories (that is, it does not support an Artist category, Genre category, etc.)
- Supports ordering MP3s found in a given folder via track number if those track numbers are available via ID3v2
- Supports playing MP3s via RTSP and RTP/UDP to the MP101
Development is currently in progress to add support for organization by Artist, Genre, and Alblum. Additional features Id like to include are:
- Playlist support
- Internet Radio support
- PyGTK Interface
- Improved Installer
- WMA support
- Additional Media Player support
Installing and Running
The installation process at the moment is straightforward, though there are some noted issues with it.
In a nutshell I recommend downloading the source to /usr/src or /usr/local/src and then running install.sh in the pymediaserver directory. This merely creates a link from /usr/bin/pymediaserver to the MediaServer.py file. You will have to edit install.sh if you want the link created in a different bin directory.
Running should be straightforward:
pymediaserver /path/to/mp3s/ to load a new set of content
Note that /path/to/mp3s/ is an absolute path and should be readable by the user from which pymediaserver is launched (robustness isnt supported yet).
If no arguments are presented to pymediaserver it will try to load a stored dictionary in $HOME/.pymediaserver/. If one doesnt exist it will fail (probably with a nasty traceback).
Enhancements:
- The non-graphical version no longer requires GTK+ or X in any fashion, allowing it to be started as a daemon.
- The Media Directory is now read directly from the Amarok database if available using a SQLite interface.
- Error handling when encountering malformed ID3 tags was improved along with the handling of character encoding of MP3 titles.
<<lessPyMediaServer currently:
- supports the Netgear MP101 and has not been tested with any other UPnP client devices
- Supports browsing MP3s (only MP3s at this point) via the UPnP ContentDirectory service, but only provides organization by directories (that is, it does not support an Artist category, Genre category, etc.)
- Supports ordering MP3s found in a given folder via track number if those track numbers are available via ID3v2
- Supports playing MP3s via RTSP and RTP/UDP to the MP101
Development is currently in progress to add support for organization by Artist, Genre, and Alblum. Additional features Id like to include are:
- Playlist support
- Internet Radio support
- PyGTK Interface
- Improved Installer
- WMA support
- Additional Media Player support
Installing and Running
The installation process at the moment is straightforward, though there are some noted issues with it.
In a nutshell I recommend downloading the source to /usr/src or /usr/local/src and then running install.sh in the pymediaserver directory. This merely creates a link from /usr/bin/pymediaserver to the MediaServer.py file. You will have to edit install.sh if you want the link created in a different bin directory.
Running should be straightforward:
pymediaserver /path/to/mp3s/ to load a new set of content
Note that /path/to/mp3s/ is an absolute path and should be readable by the user from which pymediaserver is launched (robustness isnt supported yet).
If no arguments are presented to pymediaserver it will try to load a stored dictionary in $HOME/.pymediaserver/. If one doesnt exist it will fail (probably with a nasty traceback).
Enhancements:
- The non-graphical version no longer requires GTK+ or X in any fashion, allowing it to be started as a daemon.
- The Media Directory is now read directly from the Amarok database if available using a SQLite interface.
- Error handling when encountering malformed ID3 tags was improved along with the handling of character encoding of MP3 titles.
Download (0.031MB)
Added: 2007-04-21 License: GPL (GNU General Public License) Price:
918 downloads
kaweth 0.2.3
Kaweth is a driver for Kawasaki KL5KUSB101 based USB to Ethernet bridges. more>>
Kaweth is a driver for Kawasaki KL5KUSB101 based USB to Ethernet bridges. This is written for the Netgear EA101.
<<less Download (0.012MB)
Added: 2006-07-04 License: GPL (GNU General Public License) Price:
1210 downloads
sc101-nbd 0.03
sc101-nbd allows Linux to access a Netgear SC101 storage device as a block device, without requiring a new kernel module. more>>
sc101-nbd allows Linux to access a Netgear SC101 storage device as a block device, without requiring a new kernel module.
Netgear Storage Central 101 (sc101) is an IP based block storage device.
Netgear ships a clustered filesystem with the product (perhaps based on DataPlow SFS) which allows multiple Windows client machines to concurrently mount and read/write directly to the device; it is a SAN rather than a NAS device.
There is no protocol documentation provided, nor any driver support for operating systems other than Windows.
This software allows Linux to access the the sc101 as a block device, without requiring a new kernel module.
It achieves this by translating between the kernels existing NBD protocol and the reverse engineered protocol used by the sc101 (I call it PSAN, perhaps incorrectly).
On top of the NBD devices you can run RAID, LVM, and any existing filesystems (ext2/3, ocfs2, etc).
The resulting storage area is not interoperable with existing Windows clients.
It is unknown whether this software is compatible with the (unreleased) sc101t or other Zetera partnered devices.
Enhancements:
- This has been tested on RHEL/CentOS 4.x and Ubuntu 7.04.
<<lessNetgear Storage Central 101 (sc101) is an IP based block storage device.
Netgear ships a clustered filesystem with the product (perhaps based on DataPlow SFS) which allows multiple Windows client machines to concurrently mount and read/write directly to the device; it is a SAN rather than a NAS device.
There is no protocol documentation provided, nor any driver support for operating systems other than Windows.
This software allows Linux to access the the sc101 as a block device, without requiring a new kernel module.
It achieves this by translating between the kernels existing NBD protocol and the reverse engineered protocol used by the sc101 (I call it PSAN, perhaps incorrectly).
On top of the NBD devices you can run RAID, LVM, and any existing filesystems (ext2/3, ocfs2, etc).
The resulting storage area is not interoperable with existing Windows clients.
It is unknown whether this software is compatible with the (unreleased) sc101t or other Zetera partnered devices.
Enhancements:
- This has been tested on RHEL/CentOS 4.x and Ubuntu 7.04.
Download (0.010MB)
Added: 2007-07-27 License: GPL (GNU General Public License) Price:
863 downloads
FreeWRT 1.0.2
FreeWRT is a meta GNU/Linux distribution for embedded systems. more>>
FreeWRT project is a meta GNU/Linux distribution for embedded systems. In this context "meta" means, you can build the complete distribution from source. FreeWRT is meant to be an appliance development kit (ADK) especially designed for embedded system developers and advanced users.
The FreeWRT developer team provides a menu based configuration to choose between embedded boards, root filesystem flavours and hundreds of software packages for your own Linux based appliance. The ADK downloads all software packages via the internet and creates a working toolchain (compiler, assembler, debugger), kernel and base system containing only the minimal set of software and drivers to support all integrated hardware of your embedded system. The default firmware image configures existing non-wireless network interfaces so that you can connect via secure shell client to your embedded system after the installation of the firmware image.
The best way to install FreeWRT on a supported device is to use our ADK. One of our goals is, to provide a host independent ADK, which can be used to create your own appliance on Linux, *BSD, MacOSX and Windows. Check the list of the supported build systems to see how many are supported now.
Alternatively you can create a firmware image with our Web Image Builder. The Web Image Builder does not have so many customization options, but is useful to get a feeling about the possibilities of FreeWRT.
FreeWRT supports following embedded devices. We only have support for Broadcom based devices with Linux 2.4. Some very popular wireless lan routers are based on Broadcom hardware, e.g. Linksys WRT54GL, Asus WL500g premium and Netgear WGT634u.
If you like start with FreeWRT, check at supported Hostsystems if your operating system is a supported buildsystem. Then get the latest stable buildroot from our repository via subversion command line tool:
$ svn co svn://www.freewrt.org/branches/freewrt_1_0
Please never build as root!
You can start the menu based configuration via "make". If the prerequisite checks are successful you will get a menu, where you should at least choose a target system. If you exit the menu, you can start the build process via "make" or in more verbose mode via "make v". The buildprocess will download all needed sources via internet (typically about 200MB) and will build a working toolchain (compiler, assembler, debugger), a kernel and a usable basic root filesystem for your target.
Enhancements:
- A major stability problem with ethernet bridging was fixed.
- Security updates were made for bind9.
- Updates were made for asterisk, tmsnc, nano, rsync, and aiccu.
- New packages include shorewall, djbdns, and daemontools.
- Startup scripts were fixed for openswan and nfs-kernel-server.
<<lessThe FreeWRT developer team provides a menu based configuration to choose between embedded boards, root filesystem flavours and hundreds of software packages for your own Linux based appliance. The ADK downloads all software packages via the internet and creates a working toolchain (compiler, assembler, debugger), kernel and base system containing only the minimal set of software and drivers to support all integrated hardware of your embedded system. The default firmware image configures existing non-wireless network interfaces so that you can connect via secure shell client to your embedded system after the installation of the firmware image.
The best way to install FreeWRT on a supported device is to use our ADK. One of our goals is, to provide a host independent ADK, which can be used to create your own appliance on Linux, *BSD, MacOSX and Windows. Check the list of the supported build systems to see how many are supported now.
Alternatively you can create a firmware image with our Web Image Builder. The Web Image Builder does not have so many customization options, but is useful to get a feeling about the possibilities of FreeWRT.
FreeWRT supports following embedded devices. We only have support for Broadcom based devices with Linux 2.4. Some very popular wireless lan routers are based on Broadcom hardware, e.g. Linksys WRT54GL, Asus WL500g premium and Netgear WGT634u.
If you like start with FreeWRT, check at supported Hostsystems if your operating system is a supported buildsystem. Then get the latest stable buildroot from our repository via subversion command line tool:
$ svn co svn://www.freewrt.org/branches/freewrt_1_0
Please never build as root!
You can start the menu based configuration via "make". If the prerequisite checks are successful you will get a menu, where you should at least choose a target system. If you exit the menu, you can start the build process via "make" or in more verbose mode via "make v". The buildprocess will download all needed sources via internet (typically about 200MB) and will build a working toolchain (compiler, assembler, debugger), a kernel and a usable basic root filesystem for your target.
Enhancements:
- A major stability problem with ethernet bridging was fixed.
- Security updates were made for bind9.
- Updates were made for asterisk, tmsnc, nano, rsync, and aiccu.
- New packages include shorewall, djbdns, and daemontools.
- Startup scripts were fixed for openswan and nfs-kernel-server.
Download (11MB)
Added: 2007-02-19 License: GPL (GNU General Public License) Price:
983 downloads
fwanalog 0.6.9
fwanalog is a shell script that parses and summarizes firewall logfiles. more>>
fwanalog is a shell script that parses and summarizes firewall logfiles.
It currently (version 0.6.9) understands logs from ipf (tested with OpenBSD 2.8s and 2.9s ipf, also FreeBSD, NetBSD and Solaris 8 with ipf (+ ipfw on FreeBSD)), OpenBSD 3.x pf, Linux 2.2 ipchains, Linux 2.4 iptables, some ZyXEL/NetGear routers and Cisco PIX, Watchguard Firebox, Firewall-One (not NG!), FreeBSD ipfw and Sonicwall firewalls.
I have tested it on Debian GNU/Linux "sid" with bash and OpenBSD 2.x and 3.x with ksh as /bin/sh.
Other people use it on all kinds of Unix-like platforms. (You might need to change the shebang line to bash on non-free Unixes that dont ship with a powerful enough /bin/sh.)
It can be easily extended for other logfile formats, all it takes is editing two regular expressions.
fwanalog uses the excellent log analysis program Analog (also free software) to create its reports. It does so by converting the firewall log into a fake web server log and calling Analog with a modified configuration.
Installation:
- Decompress the distribution in some directory, e.g. /usr/local/fwanalog
- Symlink, move or copy the fwanalog.opts.{your OS} to "fwanalog.opts"
- Edit fwanalog.opts if necessary (most settings should be OK, though)
- If your Analog version is not the newest stable one, find a language file for it in the langfiles/ directory and copy it over fwanalog.lng
- On a non-free Unix (e.g. Solaris), modifiy the first line of the fwanalog.sh script to "#! /bin/bash" or where your bash or ksh shell is. Also, look if you have the GNU versions of the utilites listed in fwanalog.opts.
- Execute ./fwanalog.sh
- There should be some HTML and text reports in the directory you specified in fwanalog.opts ("$outdir").
Enhancements:
- fwanalog.sh: New ipfw function; bugfix in cisco()
- fwanalog.opts.master, support/mkopts.sh: New ipfw support
- fwanalog.sh: Added contributed sonicwall parser
- fwanalog.sh: Uses a lock file to avoid multiple calls with the same output directory; probably fixed the bug which caused fwanalog not to process the input if it started with the last line of fwanalog.all.log
<<lessIt currently (version 0.6.9) understands logs from ipf (tested with OpenBSD 2.8s and 2.9s ipf, also FreeBSD, NetBSD and Solaris 8 with ipf (+ ipfw on FreeBSD)), OpenBSD 3.x pf, Linux 2.2 ipchains, Linux 2.4 iptables, some ZyXEL/NetGear routers and Cisco PIX, Watchguard Firebox, Firewall-One (not NG!), FreeBSD ipfw and Sonicwall firewalls.
I have tested it on Debian GNU/Linux "sid" with bash and OpenBSD 2.x and 3.x with ksh as /bin/sh.
Other people use it on all kinds of Unix-like platforms. (You might need to change the shebang line to bash on non-free Unixes that dont ship with a powerful enough /bin/sh.)
It can be easily extended for other logfile formats, all it takes is editing two regular expressions.
fwanalog uses the excellent log analysis program Analog (also free software) to create its reports. It does so by converting the firewall log into a fake web server log and calling Analog with a modified configuration.
Installation:
- Decompress the distribution in some directory, e.g. /usr/local/fwanalog
- Symlink, move or copy the fwanalog.opts.{your OS} to "fwanalog.opts"
- Edit fwanalog.opts if necessary (most settings should be OK, though)
- If your Analog version is not the newest stable one, find a language file for it in the langfiles/ directory and copy it over fwanalog.lng
- On a non-free Unix (e.g. Solaris), modifiy the first line of the fwanalog.sh script to "#! /bin/bash" or where your bash or ksh shell is. Also, look if you have the GNU versions of the utilites listed in fwanalog.opts.
- Execute ./fwanalog.sh
- There should be some HTML and text reports in the directory you specified in fwanalog.opts ("$outdir").
Enhancements:
- fwanalog.sh: New ipfw function; bugfix in cisco()
- fwanalog.opts.master, support/mkopts.sh: New ipfw support
- fwanalog.sh: Added contributed sonicwall parser
- fwanalog.sh: Uses a lock file to avoid multiple calls with the same output directory; probably fixed the bug which caused fwanalog not to process the input if it started with the last line of fwanalog.all.log
Download (0.12MB)
Added: 2005-10-11 License: GPL (GNU General Public License) Price:
1477 downloads
MP3FS 0.07
MP3FS is A read-only FUSE filesystem which transcodes audio formats (currently FLAC) to MP3 on the fly when opened and read. more>>
&MP3FS is A read-only FUSE filesystem which transcodes audio formats (currently FLAC) to MP3 on the fly when opened and read. This was written to enable me to use my FLAC collection with software and/or hardware which only understands MP3. e.g. gmediaserver to a netgear MP101 mp3 player.
MP3FS is also a novel alternative to traditional mp3 encoder applications. Just use your favorite file browser to select the files you want encoded and copy them somewhere!
How it Works:
When a file is opened, the decoder and encoder are initialised and the file metadata is read. At this time the final filesize can be determined as we only support constant bitrate mp3s.
ID3v2 tags are created from the vorbis comments in the flac file. They are located at the start of the file. As such, an application scanning a directory to read tags should not cause too much of a performance hit as the actual encoder does not need to be invoked (depending on how much data the read asks for).
A special exception to this is when an application tries to read the very last block first. Many applications do this to look for an id3v1 tag (stored in the last 128 bytes of the file). When this is detected, the filesystem simply return zeros (I dont support id3v1 tags). This dramatically speeds up applications, however it could potentially lead to corrupt mp3 files if the zeros are still in kernel cache when the application comes back to read the actual audio sequentially. In my experimentation this has not happened, I always get another read for the final block.
As the file is read, it is transcoded into an internal per-file buffer. This buffer continues to grow while the file is being read until the whole file is transcoded in memory. The memory is freed only when the file is closed. This simplifies the implementation.
Seeking within a file will cause the file to be transcoded up to the seek point (if not already done). This is not usually a problem since most programs will read a file from start to finish. Future enhancements may provide true random seeking.
For build instructions see INSTALL
Usage:
mount your filesystem like this: (you will probably have to be root)
mp3fs musicdir bitrate mountpoint [-o fuse_options]
e.g.:
mp3fs /mnt/music 256 /mnt/mp3 -o allow_other,ro
Here are the original files:
dave@bender:~/mp3fs$ ls -l /mnt/music/Smashing Pumpkins/Pisces Iscariot/
total 345732
-rw-r--r-- 1 mythtv mythtv 10267876 2005-06-19 18:36 01 - Soothe.flac
-rw-r--r-- 1 mythtv mythtv 23512276 2005-06-19 18:36 02 - Frail And Bedazzled.flac
-rw-r--r-- 1 mythtv mythtv 23332187 2005-06-19 18:36 03 - Plum.flac
-rw-r--r-- 1 mythtv mythtv 26402936 2005-06-19 18:36 04 - Whir.flac
-rw-r--r-- 1 mythtv mythtv 21591252 2005-06-19 18:36 05 - Blew Away.flac
-rw-r--r-- 1 mythtv mythtv 16719855 2005-06-19 18:36 06 - Pissant.flac
-rw-r--r-- 1 mythtv mythtv 33454889 2005-06-19 18:36 07 - Hello Kitty Kat.flac
-rw-r--r-- 1 mythtv mythtv 32073747 2005-06-19 18:36 08 - Obscured.flac
-rw-r--r-- 1 mythtv mythtv 17614217 2005-06-19 18:36 09 - Landslide.flac
-rw-r--r-- 1 mythtv mythtv 65406696 2005-06-19 18:36 10 - Starla.flac
-rw-r--r-- 1 mythtv mythtv 18651734 2005-06-19 18:36 11 - Blue.flac
-rw-r--r-- 1 mythtv mythtv 25055200 2005-06-19 18:36 12 - Girl Named Sandoz.flac
-rw-r--r-- 1 mythtv mythtv 28060023 2005-06-19 18:36 13 - La Dolly Vita.flac
-rw-r--r-- 1 mythtv mythtv 11432008 2005-06-19 18:36 14 - Spaced.flac
And now you can use the (virtual) mp3 files from the MP3FS mountpoint:
dave@bender:~/mp3fs$ ls -l /mnt/mp3/Smashing Pumpkins/Pisces Iscariot/
total 345732
-rw-r--r-- 1 mythtv mythtv 2446849 2005-06-19 18:36 01 - Soothe.mp3
-rw-r--r-- 1 mythtv mythtv 3197934 2005-06-19 18:36 02 - Frail And Bedazzled.mp3
-rw-r--r-- 1 mythtv mythtv 3467503 2005-06-19 18:36 03 - Plum.mp3
-rw-r--r-- 1 mythtv mythtv 4003745 2005-06-19 18:36 04 - Whir.mp3
-rw-r--r-- 1 mythtv mythtv 3414845 2005-06-19 18:36 05 - Blew Away.mp3
-rw-r--r-- 1 mythtv mythtv 2413413 2005-06-19 18:36 06 - Pissant.mp3
-rw-r--r-- 1 mythtv mythtv 4348572 2005-06-19 18:36 07 - Hello Kitty Kat.mp3
-rw-r--r-- 1 mythtv mythtv 5132656 2005-06-19 18:36 08 - Obscured.mp3
-rw-r--r-- 1 mythtv mythtv 3099704 2005-06-19 18:36 09 - Landslide.mp3
-rw-r--r-- 1 mythtv mythtv 10542719 2005-06-19 18:36 10 - Starla.mp3
-rw-r--r-- 1 mythtv mythtv 3210041 2005-06-19 18:36 11 - Blue.mp3
-rw-r--r-- 1 mythtv mythtv 3449127 2005-06-19 18:36 12 - Girl Named Sandoz.mp3
-rw-r--r-- 1 mythtv mythtv 4098213 2005-06-19 18:36 13 - La Dolly Vita.mp3
-rw-r--r-- 1 mythtv mythtv 2337344 2005-06-19 18:36 14 - Spaced.mp3
dave@bender:~/mp3fs$ id3info /mnt/mp3/Smashing Pumpkins/Pisces Iscariot/01 - Soothe.mp3
*** Tag information for /mnt/mp3/Smashing Pumpkins/Pisces Iscariot/01 - Soothe.mp3
=== TSSE (Software/Hardware and settings used for encoding): LAME v3.96.1
=== TIT2 (Title/songname/content description): Soothe
=== TPE1 (Lead performer(s)/Soloist(s)): Smashing Pumpkins
=== TALB (Album/Movie/Show title): Pisces Iscariot
=== TRCK (Track number/Position in set): 1
*** mp3 info
MPEG1/layer III
Bitrate: 128KBps
Frequency: 44KHz
dave@bender:~/mp3fs$ time cp /mnt/mp3/Smashing Pumpkins/Pisces Iscariot/01 - Soothe.mp3 /tmp/
real 0m12.917s
user 0m0.004s
sys 0m0.020s
dave@bender:~/mp3fs$ xmms /mnt/mp3/Smashing Pumpkins/Pisces Iscariot/*
Enhancements:
- A segfault and several memory leaks were fixed.
<<lessMP3FS is also a novel alternative to traditional mp3 encoder applications. Just use your favorite file browser to select the files you want encoded and copy them somewhere!
How it Works:
When a file is opened, the decoder and encoder are initialised and the file metadata is read. At this time the final filesize can be determined as we only support constant bitrate mp3s.
ID3v2 tags are created from the vorbis comments in the flac file. They are located at the start of the file. As such, an application scanning a directory to read tags should not cause too much of a performance hit as the actual encoder does not need to be invoked (depending on how much data the read asks for).
A special exception to this is when an application tries to read the very last block first. Many applications do this to look for an id3v1 tag (stored in the last 128 bytes of the file). When this is detected, the filesystem simply return zeros (I dont support id3v1 tags). This dramatically speeds up applications, however it could potentially lead to corrupt mp3 files if the zeros are still in kernel cache when the application comes back to read the actual audio sequentially. In my experimentation this has not happened, I always get another read for the final block.
As the file is read, it is transcoded into an internal per-file buffer. This buffer continues to grow while the file is being read until the whole file is transcoded in memory. The memory is freed only when the file is closed. This simplifies the implementation.
Seeking within a file will cause the file to be transcoded up to the seek point (if not already done). This is not usually a problem since most programs will read a file from start to finish. Future enhancements may provide true random seeking.
For build instructions see INSTALL
Usage:
mount your filesystem like this: (you will probably have to be root)
mp3fs musicdir bitrate mountpoint [-o fuse_options]
e.g.:
mp3fs /mnt/music 256 /mnt/mp3 -o allow_other,ro
Here are the original files:
dave@bender:~/mp3fs$ ls -l /mnt/music/Smashing Pumpkins/Pisces Iscariot/
total 345732
-rw-r--r-- 1 mythtv mythtv 10267876 2005-06-19 18:36 01 - Soothe.flac
-rw-r--r-- 1 mythtv mythtv 23512276 2005-06-19 18:36 02 - Frail And Bedazzled.flac
-rw-r--r-- 1 mythtv mythtv 23332187 2005-06-19 18:36 03 - Plum.flac
-rw-r--r-- 1 mythtv mythtv 26402936 2005-06-19 18:36 04 - Whir.flac
-rw-r--r-- 1 mythtv mythtv 21591252 2005-06-19 18:36 05 - Blew Away.flac
-rw-r--r-- 1 mythtv mythtv 16719855 2005-06-19 18:36 06 - Pissant.flac
-rw-r--r-- 1 mythtv mythtv 33454889 2005-06-19 18:36 07 - Hello Kitty Kat.flac
-rw-r--r-- 1 mythtv mythtv 32073747 2005-06-19 18:36 08 - Obscured.flac
-rw-r--r-- 1 mythtv mythtv 17614217 2005-06-19 18:36 09 - Landslide.flac
-rw-r--r-- 1 mythtv mythtv 65406696 2005-06-19 18:36 10 - Starla.flac
-rw-r--r-- 1 mythtv mythtv 18651734 2005-06-19 18:36 11 - Blue.flac
-rw-r--r-- 1 mythtv mythtv 25055200 2005-06-19 18:36 12 - Girl Named Sandoz.flac
-rw-r--r-- 1 mythtv mythtv 28060023 2005-06-19 18:36 13 - La Dolly Vita.flac
-rw-r--r-- 1 mythtv mythtv 11432008 2005-06-19 18:36 14 - Spaced.flac
And now you can use the (virtual) mp3 files from the MP3FS mountpoint:
dave@bender:~/mp3fs$ ls -l /mnt/mp3/Smashing Pumpkins/Pisces Iscariot/
total 345732
-rw-r--r-- 1 mythtv mythtv 2446849 2005-06-19 18:36 01 - Soothe.mp3
-rw-r--r-- 1 mythtv mythtv 3197934 2005-06-19 18:36 02 - Frail And Bedazzled.mp3
-rw-r--r-- 1 mythtv mythtv 3467503 2005-06-19 18:36 03 - Plum.mp3
-rw-r--r-- 1 mythtv mythtv 4003745 2005-06-19 18:36 04 - Whir.mp3
-rw-r--r-- 1 mythtv mythtv 3414845 2005-06-19 18:36 05 - Blew Away.mp3
-rw-r--r-- 1 mythtv mythtv 2413413 2005-06-19 18:36 06 - Pissant.mp3
-rw-r--r-- 1 mythtv mythtv 4348572 2005-06-19 18:36 07 - Hello Kitty Kat.mp3
-rw-r--r-- 1 mythtv mythtv 5132656 2005-06-19 18:36 08 - Obscured.mp3
-rw-r--r-- 1 mythtv mythtv 3099704 2005-06-19 18:36 09 - Landslide.mp3
-rw-r--r-- 1 mythtv mythtv 10542719 2005-06-19 18:36 10 - Starla.mp3
-rw-r--r-- 1 mythtv mythtv 3210041 2005-06-19 18:36 11 - Blue.mp3
-rw-r--r-- 1 mythtv mythtv 3449127 2005-06-19 18:36 12 - Girl Named Sandoz.mp3
-rw-r--r-- 1 mythtv mythtv 4098213 2005-06-19 18:36 13 - La Dolly Vita.mp3
-rw-r--r-- 1 mythtv mythtv 2337344 2005-06-19 18:36 14 - Spaced.mp3
dave@bender:~/mp3fs$ id3info /mnt/mp3/Smashing Pumpkins/Pisces Iscariot/01 - Soothe.mp3
*** Tag information for /mnt/mp3/Smashing Pumpkins/Pisces Iscariot/01 - Soothe.mp3
=== TSSE (Software/Hardware and settings used for encoding): LAME v3.96.1
=== TIT2 (Title/songname/content description): Soothe
=== TPE1 (Lead performer(s)/Soloist(s)): Smashing Pumpkins
=== TALB (Album/Movie/Show title): Pisces Iscariot
=== TRCK (Track number/Position in set): 1
*** mp3 info
MPEG1/layer III
Bitrate: 128KBps
Frequency: 44KHz
dave@bender:~/mp3fs$ time cp /mnt/mp3/Smashing Pumpkins/Pisces Iscariot/01 - Soothe.mp3 /tmp/
real 0m12.917s
user 0m0.004s
sys 0m0.020s
dave@bender:~/mp3fs$ xmms /mnt/mp3/Smashing Pumpkins/Pisces Iscariot/*
Enhancements:
- A segfault and several memory leaks were fixed.
Download (0.32MB)
Added: 2007-04-09 License: GPL (GNU General Public License) Price:
932 downloads
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