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Snow-Apple
Snow-Apple provides an icon pack for Gnome. more>>
Snow-Apple provides an icon pack for Gnome.
Mark Finlay fairly converted the nautilus 2.0.x theme called Snow-Apple, to an icon theme for gnome 2.2.x. thanks to him.
<<lessMark Finlay fairly converted the nautilus 2.0.x theme called Snow-Apple, to an icon theme for gnome 2.2.x. thanks to him.
Download (0.50MB)
Added: 2007-01-27 License: GPL (GNU General Public License) Price:
1010 downloads
AppleII::Disk 0.08
AppleII::Disk is a Perl module for block-level access to Apple II disk image files. more>>
AppleII::Disk is a Perl module for block-level access to Apple II disk image files.
SYNOPSIS
use AppleII::Disk;
my $disk = AppleII::Disk->new(image.dsk);
my $data = $disk->read_block(1); # Read block 1
$disk->write_block(1, $data); # And write it back :-)
AppleII::Disk provides block-level access to the Apple II disk image files used by most Apple II emulators. (For information about Apple II emulators, try the Apple II Emulator Page at http://www.ecnet.net/users/mumbv/pages/apple2.shtml.) For a higher-level interface, use the AppleII::ProDOS module.
AppleII::Disk provides the following methods:
$disk = AppleII::Disk->new($filename, [$mode])
Constructs a new AppleII::Disk object. $filename is the name of the image file. The optional $mode is a string specifying how to open the image. It can consist of the following characters (case sensitive):
r Allow reads (this is actually ignored; you can always read)
w Allow writes
d Disk image is in DOS 3.3 order
p Disk image is in ProDOS order
If you dont specify d or p, then the format is guessed from the filename. .PO and .HDV files are ProDOS order, and anything else is assumed to be DOS 3.3 order.
If you specify w to allow writes, then the image file is created if it doesnt already exist.
$size = $disk->blocks([$newsize])
Gets or sets the size of the disk in blocks. $newsize is the new size of the disk in blocks. If $newsize is omitted, then the size is not changed. Returns the size of the disk image in blocks.
This refers to the logical size of the disk image. Blocks outside the physical size of the disk image read as all zeros. Writing to such a block will expand the image file.
When you create a new image file, you must use blocks to set its size before writing to it.
$contents = $disk->read_block($block)
Reads one block from the disk image. $block is the block number to read.
$contents = $disk->read_blocks(@blocks)
Reads a sequence of blocks from the disk image. @blocks is a reference to an array of block numbers. As a special case, block 0 cannot be read by this method. Instead, it returns a block full of 0 bytes. This is how sparse files are implemented. If you want to read the actual contents of block 0, you must call $disk->read_block(0) directly.
$contents = $disk->read_sector($track, $sector)
Reads one sector from the disk image. $track is the track number, and $sector is the DOS 3.3 logical sector number. This is currently implemented only for DOS 3.3 order images.
$disk->fully_allocate()
Expands the the physical size of the disk image file to match the logical size of the disk image. It will be expanded as a sparse file if the filesystem containing the image file supports sparse files.
$disk->write_block($block, $contents, [$pad])
Writes one block to the disk image. $block is the block number to write. $contents is the data to write. The optional $pad is a character to pad the block with (out to 512 bytes). If $pad is omitted or null, then $contents must be exactly 512 bytes.
$disk->write_blocks(@blocks, $contents, [$pad])
Writes a sequence of blocks to the disk image. @blocks is a reference to an array of block numbers to write. $contents is the data to write. It is broken up into 512 byte chunks and written to the blocks. The optional $pad is a character to pad the data with (out to a multiple of 512 bytes). If $pad is omitted or null, then $contents must be exactly 512 bytes times the number of blocks.
As a special case, block 0 cannot be written by this method. Instead, that block of $contents is just skipped. This is how sparse files are implemented. If you want to write the contents of block 0, you must call $disk->write_block directly.
$disk->write_sector($track, $sector, $contents, [$pad])
Writes one sector to the disk image. $track is the track number, and $sector is the DOS 3.3 logical sector number. $contents is the data to write. The optional $pad is a character to pad the sector with (out to 256 bytes). If $pad is omitted or null, then $contents must be exactly 256 bytes. This is currently implemented only for DOS 3.3 order images.
$padded = AppleII::Disk::pad_block($data, [$pad, [$length]])
Pads $data out to $length bytes with $pad. Returns the padded string; the original is not altered. Dies if $data is longer than $length. The default $pad is " ", and the default $length is 512 bytes.
If $pad is the null string (not undef), just checks to make sure that $data is exactly $length bytes and returns the original string. Dies if $data is not exactly $length bytes.
pad_block is a subroutine, not a method, and is not exported. You probably dont need to call it directly anyway, because the write_XXX methods will call it for you.
<<lessSYNOPSIS
use AppleII::Disk;
my $disk = AppleII::Disk->new(image.dsk);
my $data = $disk->read_block(1); # Read block 1
$disk->write_block(1, $data); # And write it back :-)
AppleII::Disk provides block-level access to the Apple II disk image files used by most Apple II emulators. (For information about Apple II emulators, try the Apple II Emulator Page at http://www.ecnet.net/users/mumbv/pages/apple2.shtml.) For a higher-level interface, use the AppleII::ProDOS module.
AppleII::Disk provides the following methods:
$disk = AppleII::Disk->new($filename, [$mode])
Constructs a new AppleII::Disk object. $filename is the name of the image file. The optional $mode is a string specifying how to open the image. It can consist of the following characters (case sensitive):
r Allow reads (this is actually ignored; you can always read)
w Allow writes
d Disk image is in DOS 3.3 order
p Disk image is in ProDOS order
If you dont specify d or p, then the format is guessed from the filename. .PO and .HDV files are ProDOS order, and anything else is assumed to be DOS 3.3 order.
If you specify w to allow writes, then the image file is created if it doesnt already exist.
$size = $disk->blocks([$newsize])
Gets or sets the size of the disk in blocks. $newsize is the new size of the disk in blocks. If $newsize is omitted, then the size is not changed. Returns the size of the disk image in blocks.
This refers to the logical size of the disk image. Blocks outside the physical size of the disk image read as all zeros. Writing to such a block will expand the image file.
When you create a new image file, you must use blocks to set its size before writing to it.
$contents = $disk->read_block($block)
Reads one block from the disk image. $block is the block number to read.
$contents = $disk->read_blocks(@blocks)
Reads a sequence of blocks from the disk image. @blocks is a reference to an array of block numbers. As a special case, block 0 cannot be read by this method. Instead, it returns a block full of 0 bytes. This is how sparse files are implemented. If you want to read the actual contents of block 0, you must call $disk->read_block(0) directly.
$contents = $disk->read_sector($track, $sector)
Reads one sector from the disk image. $track is the track number, and $sector is the DOS 3.3 logical sector number. This is currently implemented only for DOS 3.3 order images.
$disk->fully_allocate()
Expands the the physical size of the disk image file to match the logical size of the disk image. It will be expanded as a sparse file if the filesystem containing the image file supports sparse files.
$disk->write_block($block, $contents, [$pad])
Writes one block to the disk image. $block is the block number to write. $contents is the data to write. The optional $pad is a character to pad the block with (out to 512 bytes). If $pad is omitted or null, then $contents must be exactly 512 bytes.
$disk->write_blocks(@blocks, $contents, [$pad])
Writes a sequence of blocks to the disk image. @blocks is a reference to an array of block numbers to write. $contents is the data to write. It is broken up into 512 byte chunks and written to the blocks. The optional $pad is a character to pad the data with (out to a multiple of 512 bytes). If $pad is omitted or null, then $contents must be exactly 512 bytes times the number of blocks.
As a special case, block 0 cannot be written by this method. Instead, that block of $contents is just skipped. This is how sparse files are implemented. If you want to write the contents of block 0, you must call $disk->write_block directly.
$disk->write_sector($track, $sector, $contents, [$pad])
Writes one sector to the disk image. $track is the track number, and $sector is the DOS 3.3 logical sector number. $contents is the data to write. The optional $pad is a character to pad the sector with (out to 256 bytes). If $pad is omitted or null, then $contents must be exactly 256 bytes. This is currently implemented only for DOS 3.3 order images.
$padded = AppleII::Disk::pad_block($data, [$pad, [$length]])
Pads $data out to $length bytes with $pad. Returns the padded string; the original is not altered. Dies if $data is longer than $length. The default $pad is " ", and the default $length is 512 bytes.
If $pad is the null string (not undef), just checks to make sure that $data is exactly $length bytes and returns the original string. Dies if $data is not exactly $length bytes.
pad_block is a subroutine, not a method, and is not exported. You probably dont need to call it directly anyway, because the write_XXX methods will call it for you.
Download (0.037MB)
Added: 2007-05-28 License: Perl Artistic License Price:
881 downloads
AppleII::ProDOS 0.08
AppleII::ProDOS is a Perl module created to access files on Apple II ProDOS disk images. more>>
AppleII::ProDOS is a Perl module created to access files on Apple II ProDOS disk images.
SYNOPSIS
use AppleII::ProDOS;
my $vol = AppleII::ProDOS->open(image.dsk); # Open an existing disk
print $vol->catalog; # List files in volume directory
my $file = $vol->get_file(Startup); # Read file from disk
$vol->path(Subdir); # Move into a subdirectory
$vol->put_file($file); # And write it back there
AppleII::ProDOS provides high-level access to ProDOS volumes stored in the disk image files used by most Apple II emulators. (For information about Apple II emulators, try the Apple II Emulator Page at http://www.ecnet.net/users/mumbv/pages/apple2.shtml.) It uses the AppleII::Disk module to handle low-level access to image files.
All the following classes have two constructors. Constructors named open are for creating an object to represent existing data in the image file. Constructors named new are for creating a new object to be added to an image file.
AppleII::ProDOS
AppleII::ProDOS is the primary interface to ProDOS volumes. It provides the following methods:
$vol = AppleII::ProDOS->new($volume, $size, $filename, [$mode])
Constructs a new image file and an AppleII::ProDOS object to access it. $volume is the volume name. $size is the size in blocks. $filename is the name of the image file. The optional $mode is a string specifying how to open the image (see the open method for details). You always receive read and write access.
$vol = AppleII::ProDOS->open($filename, [$mode])
Constructs an AppleII::ProDOS object to access an existing image file. $filename is the name of the image file. The optional $mode is a string specifying how to open the image. It can consist of the following characters (case sensitive):
r Allow reads (this is actually ignored; you can always read)
w Allow writes
d Disk image is in DOS 3.3 order
p Disk image is in ProDOS order
$vol = AppleII::ProDOS->open($disk)
Constructs an AppleII::ProDOS object to access an existing image file. $disk is the AppleII::Disk object representing the image file.
$bitmap = $vol->bitmap
Returns the volume bitmap as an AppleII::ProDOS::Bitmap object.
$dir = $vol->dir
Returns the current directory as an AppleII::ProDOS::Directory object.
$disk = $vol->disk
Returns the AppleII::ProDOS::Disk object which represents the image file.
$disk = $vol->disk_size
Returns the size of the volume in blocks. This is the logical size of the ProDOS volume, which is not necessarily the same as the actual size of the image file.
$name = $vol->name
Returns the volume name.
$path = $vol->path([$newpath])
Gets or sets the current path. $newpath is the new pathname, which may be either relative or absolute. `.. may be used to specify the parent directory, but this must occur at the beginning of the path (`../../dir is valid, but `../dir/.. is not). If $newpath is omitted, then the current path is not changed. Returns the current path as a string beginning and ending with /.
$catalog = $vol->catalog
$file = $vol->get_file($filename)
$entry = $vol->new_dir($name)
$vol->put_file($file)
These methods are passed to the current directory. See AppleII::ProDOS::Directory for details.
<<lessSYNOPSIS
use AppleII::ProDOS;
my $vol = AppleII::ProDOS->open(image.dsk); # Open an existing disk
print $vol->catalog; # List files in volume directory
my $file = $vol->get_file(Startup); # Read file from disk
$vol->path(Subdir); # Move into a subdirectory
$vol->put_file($file); # And write it back there
AppleII::ProDOS provides high-level access to ProDOS volumes stored in the disk image files used by most Apple II emulators. (For information about Apple II emulators, try the Apple II Emulator Page at http://www.ecnet.net/users/mumbv/pages/apple2.shtml.) It uses the AppleII::Disk module to handle low-level access to image files.
All the following classes have two constructors. Constructors named open are for creating an object to represent existing data in the image file. Constructors named new are for creating a new object to be added to an image file.
AppleII::ProDOS
AppleII::ProDOS is the primary interface to ProDOS volumes. It provides the following methods:
$vol = AppleII::ProDOS->new($volume, $size, $filename, [$mode])
Constructs a new image file and an AppleII::ProDOS object to access it. $volume is the volume name. $size is the size in blocks. $filename is the name of the image file. The optional $mode is a string specifying how to open the image (see the open method for details). You always receive read and write access.
$vol = AppleII::ProDOS->open($filename, [$mode])
Constructs an AppleII::ProDOS object to access an existing image file. $filename is the name of the image file. The optional $mode is a string specifying how to open the image. It can consist of the following characters (case sensitive):
r Allow reads (this is actually ignored; you can always read)
w Allow writes
d Disk image is in DOS 3.3 order
p Disk image is in ProDOS order
$vol = AppleII::ProDOS->open($disk)
Constructs an AppleII::ProDOS object to access an existing image file. $disk is the AppleII::Disk object representing the image file.
$bitmap = $vol->bitmap
Returns the volume bitmap as an AppleII::ProDOS::Bitmap object.
$dir = $vol->dir
Returns the current directory as an AppleII::ProDOS::Directory object.
$disk = $vol->disk
Returns the AppleII::ProDOS::Disk object which represents the image file.
$disk = $vol->disk_size
Returns the size of the volume in blocks. This is the logical size of the ProDOS volume, which is not necessarily the same as the actual size of the image file.
$name = $vol->name
Returns the volume name.
$path = $vol->path([$newpath])
Gets or sets the current path. $newpath is the new pathname, which may be either relative or absolute. `.. may be used to specify the parent directory, but this must occur at the beginning of the path (`../../dir is valid, but `../dir/.. is not). If $newpath is omitted, then the current path is not changed. Returns the current path as a string beginning and ending with /.
$catalog = $vol->catalog
$file = $vol->get_file($filename)
$entry = $vol->new_dir($name)
$vol->put_file($file)
These methods are passed to the current directory. See AppleII::ProDOS::Directory for details.
Download (0.037MB)
Added: 2007-05-28 License: Perl Artistic License Price:
883 downloads
Apples Icons for Linux -
9 freeware icons of Apples products. more>> This is one of the Dirceu Veiga's products. This contains 9 freeware icons of Apples products.
Its content includes variations of Cinema Display, eMac and iMac<<less
Download (195KB)
Added: 2009-04-11 License: Freeware Price: Free
198 downloads
Apple Disk Transfer ProDOS 1.0.2
Apple Disk Transfer ProDOS transfers diskettes and logical disk images between Apple ][-era computers and the modern world. more>>
Apple Disk Transfer ProDOS (or ADTPro for short) transfers diskettes and logical disk images between Apple ][-era computers and the modern world. If youre familiar with the original ADT, ADTPro extends ADTs reach by working with more logical disk formats, drive types, communications devices, and host operating systems.
Main features:
- Compatibility with any device ProDOS can read
- Compatibility with any Apple ][ (or clone) computer with 64k memory
- Compatibility with many logical disk image formats: .DSK, .PO, .NIB, 2IMG
- Server compatibility with original ADT client program
- Server compatibility with Windows, Mac OSX, Linux, and probably Solaris
- Ability to bootstrap an Apple ][ from bare metal over serial or cassette ports
- Ability to send floppies in "batch" mode without having to name each one
Server
The server program runs on a computer capable of running Java. Depending on how you want to connect to your Apple, you might also need a serial port and cables, an Uthernet card for your apple, or a couple of audio patch cables. The server offers a compact user interface that shows what communications are taking place between the host and the Apple ][.
The servers primary role is to send and receive disk images as requested from the client. But if you have recently acquired an Apple and a disk drive, and you have no software for it - youre in a bit of a tricky situation if you want to move software from the Internet all the way to your shiny new Apple. ADTPros server can help get you get bootstrapped.
Client
The client side runs on the Apple ][. It handles most of the user interaction. When choosing disks/volumes to transfer, anything that ProDOS can see is fair game. Transferring data occurs with a 20k buffer on the Apple, so all transfers are broken up into 20k chunks. A progress indicator shows how far it is into the current chunk, as well as a running count of the total progress.
Enhancements:
- This release has been enhanced with Jean-Marc Boutillon (Deckard)s FASTDSK fast Disk II reading routines.
- This results in a speed boost of 25%-33% for Disk II to host transfers.
- Bootstrapping operations have been reduced, as there is no longer a dependency on ProDOS BASIC.
<<lessMain features:
- Compatibility with any device ProDOS can read
- Compatibility with any Apple ][ (or clone) computer with 64k memory
- Compatibility with many logical disk image formats: .DSK, .PO, .NIB, 2IMG
- Server compatibility with original ADT client program
- Server compatibility with Windows, Mac OSX, Linux, and probably Solaris
- Ability to bootstrap an Apple ][ from bare metal over serial or cassette ports
- Ability to send floppies in "batch" mode without having to name each one
Server
The server program runs on a computer capable of running Java. Depending on how you want to connect to your Apple, you might also need a serial port and cables, an Uthernet card for your apple, or a couple of audio patch cables. The server offers a compact user interface that shows what communications are taking place between the host and the Apple ][.
The servers primary role is to send and receive disk images as requested from the client. But if you have recently acquired an Apple and a disk drive, and you have no software for it - youre in a bit of a tricky situation if you want to move software from the Internet all the way to your shiny new Apple. ADTPros server can help get you get bootstrapped.
Client
The client side runs on the Apple ][. It handles most of the user interaction. When choosing disks/volumes to transfer, anything that ProDOS can see is fair game. Transferring data occurs with a 20k buffer on the Apple, so all transfers are broken up into 20k chunks. A progress indicator shows how far it is into the current chunk, as well as a running count of the total progress.
Enhancements:
- This release has been enhanced with Jean-Marc Boutillon (Deckard)s FASTDSK fast Disk II reading routines.
- This results in a speed boost of 25%-33% for Disk II to host transfers.
- Bootstrapping operations have been reduced, as there is no longer a dependency on ProDOS BASIC.
Download (MB)
Added: 2007-08-13 License: GPL (GNU General Public License) Price:
816 downloads
mozplayerxp
mozplayerxp is a scriptable Mozilla mplayer plugin. more>>
mozplayerxp is an attempt to embed videos in mozilla firebird and mozilla under linux, the goal is to implement as much windows media/apple quicktime support as possible.
you might ask why another plugin theres already one out there? mplayerplug-in?
mplayerplug-in uses many global variables in its shared library enviroment this is not reliable since there might be problems when running more than one instances (its like 2 people are going to share 1 glass at the same time)
the second aim is usability, this project relies on GTK2+ right now, another patch has to get submitted to the mplayer project for adding ALT-RETURN support to that plugin as well.
currently the plugin is able to switch to fullscreen, start and stop without any problems (that means the hardest part of that plugin is done since threading and forking dont affect anything else anymore).
<<lessyou might ask why another plugin theres already one out there? mplayerplug-in?
mplayerplug-in uses many global variables in its shared library enviroment this is not reliable since there might be problems when running more than one instances (its like 2 people are going to share 1 glass at the same time)
the second aim is usability, this project relies on GTK2+ right now, another patch has to get submitted to the mplayer project for adding ALT-RETURN support to that plugin as well.
currently the plugin is able to switch to fullscreen, start and stop without any problems (that means the hardest part of that plugin is done since threading and forking dont affect anything else anymore).
Download (0.03MB)
Added: 2005-05-05 License: Free To Use But Restricted Price:
1632 downloads
airoleap 0.7.3
Airctl is a commad-line utility to trigger connection and disconnection events on. more>>
Airctl is a commad-line utility to trigger connection and disconnection events on, and to print the status of an Apple AirPort Base Station. At the moment this is not a configuration utility; try the AirPort Java Configurator http://edge.mcs.drexel.edu/GICL/people/sevy/airport/] , airconf [http://c0re.jp/c0de/airconf/] , or Apples own software to configure thing.
To install follow these commands:
make airctl
Usage:
./airctl -h
<<lessTo install follow these commands:
make airctl
Usage:
./airctl -h
Download (0.011MB)
Added: 2006-07-05 License: GPL (GNU General Public License) Price:
1206 downloads
GNUMail.app 1.2.0pre3
GNUMail.app is the complete and fast mail application for GNUstep. more>>
GNUMail.app is a fully featured mail application running on Linux (or FreeBSD, OpenBSD, etc) and Apple Mac OS X.
GNUMail.app uses the GNUstep development framework or Apple Cocoa, which is based on the OpenStep specification provided by NeXT, Inc.. GNUMail.app is licensed under the GPL, and the full sources of the application are available.
GNUMail.app was written from scratch. It uses Pantomime as its mail handling framework.
Main features:
- Multiple POP3 (with APOP support) accounts with local cache support (for leaving messages on server);
- Multiple delivery agents (SMTP or local mailer);
- Mail spool file support for receiving;
- Good IMAP support with local caching;
- Full RFC822 and RFC2822 support;
- Read, compose, bounce, reply and forward mails;
- Mailbox management (create, delete, locking and transfer messages) using the Berkeley mbox format;
- Personal preferences management;
- MIME support (decode and encode);
- A full MIME types manager;
- Quoted Printable and BASE64 support;
- Address Book with groups support;
- Find Panel with regular expressions support;
- Automatic or manual fetching of your mails (users choice);
- Powerful filters that supports regular expressions;
- GPG (PGP) support through a bundle;
- Messages threading;
- And more...
<<lessGNUMail.app uses the GNUstep development framework or Apple Cocoa, which is based on the OpenStep specification provided by NeXT, Inc.. GNUMail.app is licensed under the GPL, and the full sources of the application are available.
GNUMail.app was written from scratch. It uses Pantomime as its mail handling framework.
Main features:
- Multiple POP3 (with APOP support) accounts with local cache support (for leaving messages on server);
- Multiple delivery agents (SMTP or local mailer);
- Mail spool file support for receiving;
- Good IMAP support with local caching;
- Full RFC822 and RFC2822 support;
- Read, compose, bounce, reply and forward mails;
- Mailbox management (create, delete, locking and transfer messages) using the Berkeley mbox format;
- Personal preferences management;
- MIME support (decode and encode);
- A full MIME types manager;
- Quoted Printable and BASE64 support;
- Address Book with groups support;
- Find Panel with regular expressions support;
- Automatic or manual fetching of your mails (users choice);
- Powerful filters that supports regular expressions;
- GPG (PGP) support through a bundle;
- Messages threading;
- And more...
Download (1.1MB)
Added: 2007-02-06 License: GPL (GNU General Public License) Price:
991 downloads
Net::DAAP::Client 0.42
Net::DAAP::Client is a client for Apple iTunes DAAP service. more>>
Net::DAAP::Client is a client for Apple iTunes DAAP service.
SYNOPSIS
my $daap; # see WARNING below
$daap = Net::DAAP::Client->new(SERVER_HOST => $hostname,
SERVER_PORT => $portnum,
PASSWORD => $password);
$dsn = $daap->connect;
$dbs_hash = $daap->databases;
$current_db = $daap->db;
$daap_db($new_db_id);
$songs_hash = $daap->songs;
$playlists_hash = $daap->playlists;
$array_of_songs_in_playlist = $daap->playlist($playlist_id);
$url = $daap->url($song_or_playlist_id);
$binary_audio_data = $obj->get($song_id);
$binary_audio_data = $obj->get(@song_ids);
$song_id = $obj->save($dir, $song_id);
@song_ids = $obj->get($dir, @song_ids);
$daap->disconnect;
if ($daap->error) {
warn $daap->error; # returns error string
}
Net::DAAP::Client provides objects representing connections to DAAP servers. You can fetch databases, playlists, and songs. This module was written based on a reverse engineering of Apples iTunes 4 sharing implementation. As a result, features that iTunes 4 doesnt support (browsing, searching) arent supported here.
Each connection object has a destructor, so that you can forget to disconnect without leaving the server expecting you to call back.
WARNING
If you store your object in a global variable, Perl cant seem to disconnect gracefully from the server. Until I figure out why, always store your object in a lexical (my) variable.
<<lessSYNOPSIS
my $daap; # see WARNING below
$daap = Net::DAAP::Client->new(SERVER_HOST => $hostname,
SERVER_PORT => $portnum,
PASSWORD => $password);
$dsn = $daap->connect;
$dbs_hash = $daap->databases;
$current_db = $daap->db;
$daap_db($new_db_id);
$songs_hash = $daap->songs;
$playlists_hash = $daap->playlists;
$array_of_songs_in_playlist = $daap->playlist($playlist_id);
$url = $daap->url($song_or_playlist_id);
$binary_audio_data = $obj->get($song_id);
$binary_audio_data = $obj->get(@song_ids);
$song_id = $obj->save($dir, $song_id);
@song_ids = $obj->get($dir, @song_ids);
$daap->disconnect;
if ($daap->error) {
warn $daap->error; # returns error string
}
Net::DAAP::Client provides objects representing connections to DAAP servers. You can fetch databases, playlists, and songs. This module was written based on a reverse engineering of Apples iTunes 4 sharing implementation. As a result, features that iTunes 4 doesnt support (browsing, searching) arent supported here.
Each connection object has a destructor, so that you can forget to disconnect without leaving the server expecting you to call back.
WARNING
If you store your object in a global variable, Perl cant seem to disconnect gracefully from the server. Until I figure out why, always store your object in a lexical (my) variable.
Download (0.012MB)
Added: 2006-11-15 License: Perl Artistic License Price:
1083 downloads
SOPE Application Server 4.5.9
The SOPE package is an extensive set of frameworks. more>>
SOPE Application Server is an extensive set of frameworks (16 frameworks, ~1500 classes) which form a complete Web application server environment.
Besides the Apple WebObjects compatible appserver extended with Zope concepts, it contains a large set of reusable classes: XML processing (SAX2, DOM, XML-RPC), MIME/IMAP4 processing, LDAP connectivity, RDBMS connectivity, and iCalendar parsing.
The individual frameworks of the package can be used standalone (for example in Cocoa applications) and do not require the application server itself.
For MacOSX developers, the package includes SOPE:X, which contains special Xcode and Cocoa support for SOPE.
Enhancements:
- This release fixes a set of minor bugs.
- It improves the vCard parser, the IMAP4 client library, the MySQL adaptor, and BSD packaging.
<<lessBesides the Apple WebObjects compatible appserver extended with Zope concepts, it contains a large set of reusable classes: XML processing (SAX2, DOM, XML-RPC), MIME/IMAP4 processing, LDAP connectivity, RDBMS connectivity, and iCalendar parsing.
The individual frameworks of the package can be used standalone (for example in Cocoa applications) and do not require the application server itself.
For MacOSX developers, the package includes SOPE:X, which contains special Xcode and Cocoa support for SOPE.
Enhancements:
- This release fixes a set of minor bugs.
- It improves the vCard parser, the IMAP4 client library, the MySQL adaptor, and BSD packaging.
Download (4.0MB)
Added: 2006-08-28 License: LGPL (GNU Lesser General Public License) Price:
1152 downloads
AFELO 6.7
AFELO allows you to compress and send images to your webserver. more>>
AFELO allows you to compress and send images to your webserver.
Compressing images and sending them to your webserver has never been so easy before! AFELO allows to select images on your local computer, to resize and compress them and to send them to your server with only a few clicks!
AFELO is free and can be used by anyone! You can send your images to your OLEFA server (using your usual OLEFA username & password), to any other website (via FTP) or save them to your local computer.
AFELO can be used on any computer and is fully compatible with Microsoft Windows, Apple MacOS X and Linux/UNIX operating systems!
<<lessCompressing images and sending them to your webserver has never been so easy before! AFELO allows to select images on your local computer, to resize and compress them and to send them to your server with only a few clicks!
AFELO is free and can be used by anyone! You can send your images to your OLEFA server (using your usual OLEFA username & password), to any other website (via FTP) or save them to your local computer.
AFELO can be used on any computer and is fully compatible with Microsoft Windows, Apple MacOS X and Linux/UNIX operating systems!
Download (1.4MB)
Added: 2006-08-29 License: Freeware Price:
1151 downloads
acdctl 1.1
acdctl is a VESA/Apple Cinema Display controller. more>>
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.
<<lessacdctl 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.
Download (0.010MB)
Added: 2006-09-29 License: GPL (GNU General Public License) Price:
1120 downloads
ALAC 0.1.1
ALAC comes from Apple Lossless Audio Codec, is a reference decoder for Apples lossless audio codec. more>>
ALAC comes from Apple Lossless Audio Codec, is a reference decoder for Apples lossless audio codec. The decoder has been written by reverse engineering Apples proprietory audio format.
Located here is a basic decoder for Apple Lossless Audio Codec files (ALAC). ALAC is a proprietary lossless audio compression scheme. Apple never released any documents on the format.
What I provide here is a C implementation of a decoder, written from reverse engineering the file format. It turns out that most of the algorithms in the codec are fairly well known. ALAC uses an adaptive FIR prediction algorithm and stores the error values using a modified rice or golumb algorithm. Further details are in alac.c.
Although an encoder is not provided, by using the decoder as a sort of specification it should be fairly trivial to write an encoder. By exploiting other lossless audio encoders, such as FLAC, the task will be much easier. Although one wouldnt be able to copy the compression algorithms verbatim, as adaptive compression is used in ALAC and not in FLAC. There are, however, a bunch of academic papers on the issue.
The program located here will not be able to handle all ALAC files, it can only handle mono or stereo files. ALAC allows up to 8 channels. It should be trivial to finish the implementation once I find files that I can test it with. Likewise the decoder only supports 16bit sample sizes. Again, it should be trivial to fix.
The decoder is fairly self explanatory, it can read an ALAC stream from either a file or from stdin, and write it as raw PCM data or as a WAV file to either stdout or a file. In theory one should be able to stream data to the decoder.
Enhancements:
- Supports ALAC files created with newer versions of quicktime, a number of speed optimisations that vastly improve performance, ability to decode m4a files with data before headers and windows improvements.
<<lessLocated here is a basic decoder for Apple Lossless Audio Codec files (ALAC). ALAC is a proprietary lossless audio compression scheme. Apple never released any documents on the format.
What I provide here is a C implementation of a decoder, written from reverse engineering the file format. It turns out that most of the algorithms in the codec are fairly well known. ALAC uses an adaptive FIR prediction algorithm and stores the error values using a modified rice or golumb algorithm. Further details are in alac.c.
Although an encoder is not provided, by using the decoder as a sort of specification it should be fairly trivial to write an encoder. By exploiting other lossless audio encoders, such as FLAC, the task will be much easier. Although one wouldnt be able to copy the compression algorithms verbatim, as adaptive compression is used in ALAC and not in FLAC. There are, however, a bunch of academic papers on the issue.
The program located here will not be able to handle all ALAC files, it can only handle mono or stereo files. ALAC allows up to 8 channels. It should be trivial to finish the implementation once I find files that I can test it with. Likewise the decoder only supports 16bit sample sizes. Again, it should be trivial to fix.
The decoder is fairly self explanatory, it can read an ALAC stream from either a file or from stdin, and write it as raw PCM data or as a WAV file to either stdout or a file. In theory one should be able to stream data to the decoder.
Enhancements:
- Supports ALAC files created with newer versions of quicktime, a number of speed optimisations that vastly improve performance, ability to decode m4a files with data before headers and windows improvements.
Download (0.014MB)
Added: 2005-11-28 License: MIT/X Consortium License Price:
813 downloads
disktype 9
disktype is a disk and disk image format analyzer. more>>
disktypes purpose of disktype is to detect the content format of a disk or disk image. It knows about common file systems, partition tables, and boot codes.
The program is written in C and is designed to compile on any modern Unix flavour1. It is self-contained and in general works without special libraries or headers. Some system-dependent features can be used to gather additional information.
As of version 8, disktype knows about the following formats:
File systems:
- FAT12/FAT16/FAT32
- NTFS
- HPFS
- MFS, HFS, HFS Plus
- ISO9660
- UDF
- ext2/ext3
- Minix
- ReiserFS
- Reiser4
- Linux romfs
- Linux cramfs
- Linux squashfs
- UFS (some variations)
- SysV FS (some variations)
- JFS
- XFS
- Amiga FS/FFS
- BeOS BFS
- QNX4 FS
- 3DO CD-ROM FS
- Veritas VxFS
- Xbox DVD file system
Partitioning:
- DOS/PC style
- Apple
- Amiga "Rigid Disk"
- ATARI ST (AHDI3)
- BSD disklabel
- Linux RAID physical disks
- Linux LVM1 physical volumes
- Linux LVM2 physical volumes
- Solaris SPARC disklabel
- Solaris x86 disklabel (vtoc)
Other structures:
- Debian split floppy header
- Linux swap
Disk images:
- Raw CD image (.bin)
- Virtual PC hard disk image
- Apple UDIF disk image (limited)
Boot codes:
- LILO
- GRUB
- SYSLINUX
- ISOLINUX
- Linux kernel
- FreeBSD loader
- Sega Dreamcast (?)
Compression formats:
- gzip
- compress
- bzip2
Archive formats:
- tar
- cpio
- bar
- dump/restore
Enhancements:
- Added file systems: Amiga SFS.
- Added other structures: Linux cloop (detection only), EFI GPT, Windows/MS-DOS boot loader, BeOS boot loader.
- Improved file systems: Amiga FS/FFS, Amiga PFS, Linux squashfs.
- Improved other structures: Amiga "Rigid Disk" partitioning, LILO, ISO9660 El Torito.
<<lessThe program is written in C and is designed to compile on any modern Unix flavour1. It is self-contained and in general works without special libraries or headers. Some system-dependent features can be used to gather additional information.
As of version 8, disktype knows about the following formats:
File systems:
- FAT12/FAT16/FAT32
- NTFS
- HPFS
- MFS, HFS, HFS Plus
- ISO9660
- UDF
- ext2/ext3
- Minix
- ReiserFS
- Reiser4
- Linux romfs
- Linux cramfs
- Linux squashfs
- UFS (some variations)
- SysV FS (some variations)
- JFS
- XFS
- Amiga FS/FFS
- BeOS BFS
- QNX4 FS
- 3DO CD-ROM FS
- Veritas VxFS
- Xbox DVD file system
Partitioning:
- DOS/PC style
- Apple
- Amiga "Rigid Disk"
- ATARI ST (AHDI3)
- BSD disklabel
- Linux RAID physical disks
- Linux LVM1 physical volumes
- Linux LVM2 physical volumes
- Solaris SPARC disklabel
- Solaris x86 disklabel (vtoc)
Other structures:
- Debian split floppy header
- Linux swap
Disk images:
- Raw CD image (.bin)
- Virtual PC hard disk image
- Apple UDIF disk image (limited)
Boot codes:
- LILO
- GRUB
- SYSLINUX
- ISOLINUX
- Linux kernel
- FreeBSD loader
- Sega Dreamcast (?)
Compression formats:
- gzip
- compress
- bzip2
Archive formats:
- tar
- cpio
- bar
- dump/restore
Enhancements:
- Added file systems: Amiga SFS.
- Added other structures: Linux cloop (detection only), EFI GPT, Windows/MS-DOS boot loader, BeOS boot loader.
- Improved file systems: Amiga FS/FFS, Amiga PFS, Linux squashfs.
- Improved other structures: Amiga "Rigid Disk" partitioning, LILO, ISO9660 El Torito.
Download (0.040MB)
Added: 2006-06-05 License: MIT/X Consortium License Price:
1250 downloads
Policy Daemon 1.81
Policy Daemon is an anti-spam plugin for Postfix. more>>
Policy Daemon project is an anti-spam plugin for Postfix (written in C) that does Greylisting, Sender-(envelope, SASL or host / ip)-based throttling (on messages and/or volume per defined time unit), Recipient rate limiting, Spamtrap monitoring / blacklisting, HELO auto blacklisting and HELO randomization preventation.
Enhancements:
- Merged OSX -L < libdir > vs. -L< libdir > fix into v1.8x branch
- Added quirk for SIGPIPE on Apple
- Added quirk for some versions of NetBSD which dont have SO_NOSIGPIPE
- Added error message that if we cannot find how to handle SIGPIPE on the host platform to contact the devel mailing list
- Make "stats" command a bit better aligned
- Be paranoid bout our read buffer size check
- Better check to see if weve run out of available slots, if we have emit a warning and close connection
- Fixed potential buffer overflow when line length exceeds MAXLINE
<<lessEnhancements:
- Merged OSX -L < libdir > vs. -L< libdir > fix into v1.8x branch
- Added quirk for SIGPIPE on Apple
- Added quirk for some versions of NetBSD which dont have SO_NOSIGPIPE
- Added error message that if we cannot find how to handle SIGPIPE on the host platform to contact the devel mailing list
- Make "stats" command a bit better aligned
- Be paranoid bout our read buffer size check
- Better check to see if weve run out of available slots, if we have emit a warning and close connection
- Fixed potential buffer overflow when line length exceeds MAXLINE
Download (0.35MB)
Added: 2007-07-11 License: GPL (GNU General Public License) Price:
835 downloads
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