a zeising, kwm production, with help from dumbbell, bdrewery:
NEW XORG ON FREEBSD 9-STABLE AND 10-STABLE
This update switches over to use the new xorg stack by default on FreeBSD 9
and 10 stable, on osversions where vt(9) is available.
It is still possible to use the old stack by specifying WITHOUT_NEW_XORG in
/etc/make.conf .
FreeBSD 8-STABLE and released versions of FreeBSD still use
the old version.
A package repository with binary packages for new xorg will
be available soon.
This patch also contains updates of libxcb and related ports, pixman, as well
as some drivers and utilities.
Bump portrevisions for xf86-* ports, as well as virtualbox-ose-additions due
to xserver version change.
Apart from these updates, the way shared libraries are handled has been
changed for all xorg ports, as well as libxml2 and freetype, which means
ltverhack is gone and as a consequence shared libraries have been bumped.
The plan is that this change will make library bumps less likely in the
future.
All affected ports have had their portrevisions bumped as a consequence of
this.
Fix some issues where WITH_NEW_XORG weren't detected properly on CURRENT.
Update instructions, hardware support, and more notes can be found on
https://wiki.freebsd.org/Graphics
Thanks to: all testers, bdrewery and the FreeBSD x11@ team
exp-run by: bdrewery [1]
PR: ports/187602 [1]
Approved by: portmgr (bdrewery), core (jhb)
rely on gcc. The patch uses the new USE_GCC=any code in Mk/bsd.gcc.mk to
accomplish this.
The ports chosen were ports that blocked 2 or more ports from building with
clang. (There are several hundred other ports that still fail to build with
clang, even with this patch. This is merely one step along the way.)
Those interested in fixing these ports with clang, and have clang as their
default compiler, can simply set FORCE_BASE_CC_FOR_TESTING=yes.
For those who have gcc as their default compiler, this change is believed
to cause no change.
Hat: portmgr
Tested with: multiple runs on amd64-8-exp-bcm and 9-exp-clang, with various
combinations of patch/no-patch and flag settings.
undirected and directed graphs. It includes implementations for
classic graph theory problems like minimum spanning trees and
network flow, and also implements algorithms for some recent
network analysis methods, like community structure search.
igraph contains functions for generating regular and random graphs,
manipulating graphs, assigning attributes to vertices and edges.
It can calculate various structural properties, includes heuristics
for community structure detection, supports many file formats.
WWW: http://cneurocvs.rmki.kfki.hu/igraph/
PR: ports/125534
Submitted by: Wen Heping <wenheping at gmail.com>
