Well, I guessed keg_only would have issues.
Here, glib assumes GNU gettext will be in the same path as itself. Which would
be true if we symlinked gettext into the tree, but we don't to avoid conflicts
with the BSD version: /usr/lib/libgettext.dylib
We'll have to do this a lot, so I need to figure out how to automate it, or
how to avoid doing this kind of thing altogether.
Ruby is not natively threaded; there is absolutely no reason to build against
pthread unless you intend to link against libraries themselves built with
pthread (tcl/tk). More information: http://blogs.sun.com/prashant/entry/ruby_and_enable_pthreads
As far as I can deduce, the source of that flag is in Dan Benjamin’s article,
here: http://hivelogic.com/articles/ruby-rails-leopard
However, he provides no explanation for its use, and did not respond to
commentors’ requests for said explanation; on top of that, I can find no useful
references anywhere else. Hence, removing it.
Unfortunately, dealing with them requires quite a bit of shell configuration.
I offered the best documentation of this configuration that I could, but it’s
fairly verbose and a bit repulsive… unfortunately, the other option (attempting
to preform the setup automatically) turns out to be even messier, and prone to
mistakes to boot.
Shorten reduces the size of waveform files (such as audio) using Huffman
coding of prediction residuals and optional additional quantisation. In
lossless mode the amount of compression obtained depends on the nature
of the waveform. Those composing of low frequencies and low amplitudes
give the best compression, which may be 2:1 or better. Lossy compression
operates by specifying a minimum acceptable segmental signal to noise
ratio or a maximum bit rate. Lossy compression operates by zeroing the
lower order bits of the waveform, so retaining waveform shape.
Old formulas are valid, but should be maintained in a separate branch if
that's what is needed.
The exact way we are going to do this is not yet agreed on.
Eg gettext gets added into LDFLAGS, INCLUDE and that. I hope I got everything
that is typical. Prolly not. But we'll find out.
Made readline keg_only because the BSD version is provided by OS X, and I
don't want bug reports that are tricky to solve due to unexpected differences
between the two.
Is it a DSL? No. But people call it that apparently.
To add a dependency:
class Doe <Formula
depends_on 'ray'
depends_on 'mee' => :optional
depends_on 'far' => :recommended
depends_on Sew.new
end
Sew would be a formula you have defined in this Formula file. This is useful,
eg. see Python's formula. Formula specified in this fashion cannot be linked
into the HOMEBREW_PREFIX, they are considered private libraries. This allows
you to create custom installations that are very specific to your formula.
More features to come, like specifying versions
I removed the gnu prefix from libidn and libunistring and I apologise because
I know I made it look like you should add this prefix on previous commits.
We add it when:
1. OS X has a non gnu equivalent pre-installed
2. The package is commonly called GNU foo, eg. GNU Go is not referred to as
just 'Go'
I removed the core suffix from clucene as if anyone ever wants more than just
clucene teh additions should be added as variants to the clucene formula.
Otherwise first class formula, 0xffea noticed all the extra things I usually
do in cherry-picks.
Soprano (formerly known as QRDF) is a library which provides a highly usable
object-oriented C++/Qt4 framework for RDF data. It uses different RDF storage
solutions as backends through a simple plugin system. Soprano is targetted at
desktop applications that need a RDF data storage solution. It has been optimized
for easy usage and simplicity.
GNU Libidn is a fully documented implementation of the Stringprep, Punycode and
IDNA specifications. Libidn's purpose is to encode and decode internationalized
domain names.
Strigi is a daemon which uses a very fast and efficient crawler that can
index data on your harddrive. Indexing operations are performed without
hammering your system, this makes Strigi the fastest and smallest desktop
searching program.
Security, speed, compliance, and flexibility -- all of these describe lighttpd
(pron. lighty) which is rapidly redefining efficiency of a webserver; as it is
designed and optimized for high performance environments. With a small memory
footprint compared to other web-servers, effective management of the cpu-load,
and advanced feature set (FastCGI, SCGI, Auth, Output-Compression, URL-Rewriting
and many more) lighttpd is the perfect solution for every server that is suffering
load problems. And best of all it's Open Source licensed under the revised BSD
license.
CLucene is a C++ port of Lucene: the high-performance, full-featured text
search engine written in Java. CLucene is faster than lucene as it is written
in C++.
Xerces-C++ is a validating XML parser written in a portable subset of C++.
Xerces-C++ makes it easy to give your application the ability to read and
write XML data.
