A library that provides a userspace interface to kernel DRM
services. No X11 libraries are needed.
TODO:
What is DRM? Improve the DESCR.
Where is the homepage? Maybe http://dri.sf.net ??
What category should this be in?
This provides the XF86DRI extension headers from modular X.org X11
project.
The headers contain the types and functions that define the interface
between a DRI (direct rendering infrastructure) driver and driver
loader.
- The media library dialog is back and better than ever: live updating
at runtime when adding new music, using the libhrel backend. We're also
preparing to move to the new data structures and widgets which will get
us much closer to be independent of a specific GUI system (in our current
case, Winamp2-style UI), and we're going to start on working on the SVG
skinning system. The media library system still has its quirks, but the
basic foundation is very sane and open for any future possible ways of
extending and improving it (current media library is just a facet that you
see of what the current system can do).
- The "Library" category was moved out of the preferences window and all
library controls are now to be found in the Music Library dialog
(which you can invoke e.g. by using "Add from Library...").
- Drag'n'Drop into the Playlists area is now possible with all container
formats, and not only folders; that is, all for which there is a container
plugin (which currently are: folder, m3u, pls and xspf). That means like,
just drop an M3U or XSPF into the Playlists area and it'll create a new
tracklist out of it with its contents.
- A few translations got updated (e.g. French and Greek).
- The build system was made fully POSIX shell compliant without any need for
bash-specifics.
- Versioning was added to the metadata on-disk cache storage, so at subsequent
updates and incompatible changes of the format BMPx will not crash anymore,
yet it will, though, discard your current cache/library, in which case you
might have to re-load it.
main features are implementations of the basic arithmetic of many
mathematical entities: Primes fields, Extensions Fields, Finite
Fields, Finite Rings, Polynomials, Algebraic numbers, Arbitrary
precision integers and rationals (C++ wrappers over gmp) It also
provides data-structures and templated classes for the manipulation of
basic algebraic objects, such as vectors, matrices (dense, sparse,
structured), univariate polynomials (and therefore recursive
multivariate). It contains different program modules and is fully
compatible with the LinBox linear algebra library and the Athapascan
environment, which permits parallel programming.
- Install configuration files under ${PREFIX}/share/examples.
- Removed the post-build hack to uncompress the man page and added
MANCOMPRESSED.
- Added USE_LANGUAGES=c++ since it is written in C++.
- Updated patch-aa to honor BSD_INSTALL_*.
- In the package's Makefile, don't substitute /etc/highlight with
${PREFIX}/etc/highlight but ${PKG_SYSCONFDIR}.
older version of bluez-hcidump which is already in wip, but the bluez version
has evolved out of sight and its too much work to make it compile.
HCIdump reads raw HCI data coming from and going to a Bluetooth device and
prints to screen commands, events and data in a human-readable form.
Optionally, the dump can be written to a file rather than parsed, and the dump
file can be parsed in a subsequent moment.
Incidentally you probably wont be able to get this to compile either as you
wont have the header files that I havent finished writing although they can
be found at "http://homepages.rya-online.net/plunky/netbt.html" along with a
preliminary start on a bluetooth protocol stack for NetBSD. I just want to make
this available for now.
DESCR:
======
ezstream is a command line utility which is a improved version of the old
"shout" utility. It enables you to stream mp3 or vorbis files to an icecast
server without reencoding and thus requires very little CPU. ezstream is
controlled via a XML config file (a few examples are provided in the conf
directory).
ezstream can stream mp3, ogg vorbis, and ogg theora files as well as reading
from stdin. ID3v1 tags are supported in mp3 files and all ogg vorbis tags are
propagated as metadata as well.
multi-system emulator with many advanced features. The Atari Lynx, GameBoy,
GameBoy Color, GameBoy Advance, NES, PC Engine(TurboGrafx 16), and SuperGrafx
are emulated.
Mednafen has the ability to remap hotkey functions and virtual system inputs
to a keyboard, a joystick, or both simultaneously. Save states are supported,
as is real-time game rewinding. Screen snapshots may be taken at the press of
a button, and are saved in the popular PNG file format.
Mednafen is distributed under the terms of the GPL.
Due to the threaded model of emulation used in Mednafen, and limitations of
SDL, a joystick is preferred over a keyboard to play games, as the joystick
will have slightly less latency, although the latency differences may not be
perceptible to most people.
misc/libcdio or sysutils/cdrecord to rip, and audio/lame or audio/bladeenc to
encode tracks from a CD.
Cripple retrieves naming information for filenames and ID3 tags from the freedb
(CDDB) or local xmcd/CDDB format files, which it can write. CDDB access is
implemented via HTTP and works through proxies. There is built-in support for
writing ID3v1.1 tags to output files.
Note: for this package to be useful, you will have to install at least one of
the above rippers and encoders. (It will use cdparanoia and lame by default.)
in Haskell. This version of cpp is pretty-much feature-complete, and
compatible with the -traditional style. It has two main modes:
* conditional compilation only (--nomacro),
* and full macro-expansion (default).
Applications and Libraries. It is a framework which defines a common
interface for authors to more easily build their applications in a
portable way. The Haskell Cabal is meant to be a part of a larger
infrastructure for distributing, organizing, and cataloging Haskell
Libraries and Tools.
Specifically, the Cabal describes what a Haskell package is, how these
packages interact with the language, and what Haskell implementations
must to do to support packages. The Cabal also specifies some
infrastructure (code) that makes it easy for tool authors to build and
distribute conforming packages.
