Automatic conversion of the NetBSD pkgsrc CVS module, use with care
+ euler2d, new mode thanks to Stephen Montgomery-Smith + <stephen@math.missouri.edu> also some work was done by Tim Auckland + <Tim.Auckland@Procket.com>. See euler2d.tex for theory. & XSync(dsp, True) should not be used in modes as it is hard to log in & when input password characters are randomly dropped. - tetris, you can now play with -trackmouse, row clearing fixed, bonus - pieces. Added a new look to pieces but must be compiled in with - -DBM_PLAIN. - Purify Uninitialized Memory Read found in euler2d, life, and swarm and - a memory leak in juggle. SunOS fix for xcl and juggle and gameless - environment configuration (--disable-interactive) thanks to Tom Schmidt - <tschmidt@micron.com>. bounce, bat, pacman, and braid should look better for password sized windows xcl, new mode control-line combat model race, conversion from xscreensaver thanks to its author Martin Berentsen <berentsen@sent5.uni-duisburg.de>. multi-byte character support for languages like Japanese. Fixed for bomb.c, nose.c, dclock.c, xlock.c, resource.c, iostuff.c, xmlock.c, and xglock.c. Also added new xmlock/XmLock-jp.ad. Thanks to Yokota Hiroshi <yokota@netlab.is.tsukuba.ac.jp>. Maintainer (David Bagley) is a little confused about gettext and settext stuff. swarm improvements thanks to Juan Heguiabehere <juanh@wins.uva.nl>. Now do not fly at 45 degree angles most of the time and longer trails with -size. Noticed some drawing errors on some Sun displays with long trails, probably a Sun hardware problem. euler2d, new mode thanks to Stephen Montgomery-Smith <stephen@math.missouri.edu> also some work was done by Tim Auckland <Tim.Auckland@Procket.com>. See euler2d.tex for theory. added BLANK_ONLY #define if you only want the blank mode. VMS patch for sound thanks to Jouk Jansen <joukj@hrem.stm.tudelft.nl>. sco patch from Ronald Joe Record <rr@sco.com>. Did not take the patches straight so there could be some problems still, but tried to address the issues. (etc/play.sh, spline.cc sqr, t3d.c time inc, and sysv5 build issues). configure should now find Mesa as opengl. Worked before for me... but may work for others now too. Minor warnings removed various files. loop.c now loops can go clockwise too. The program decides which set of rules to use. (Is handedness a requirement for life? (DNA for example has right-handed helices.)) Added some debugging for building rules easier, hexagonal life more fleshed out so RAND_RULES will work until about generation 540. ESound updates by Eric Lassauge <lassauge@mail.dotcom.fr>. xcl, new mode control-line combat model race, conversion from xscreensaver thanks to its author Martin Berentsen <berentsen@sent5.uni-duisburg.de>. juggle.c: fix bug which caused crashes on some machines, less flashy arms, real-time, -pattern random (a true pattern generator), figure moved down and scaled, bouncing, more random, one ball juggling should not come up, and Sun CC 5.0 errors/warnings removed thanks to Tim Auckland <tda10@geocities.com>. HP problems identified for life.c and shape.c, no code changes since it seems to be a strange bug in the HP cc compiler when using both -O and -g flags (default). HP CC warnings removed in solitare.cc, xlock.c, resource.c, dclock.c, decay.c, goop.c, ico.c, juggle.c, starfish.c, t3d.c, tetris.c, erase*.*. Updated configure and README for compiling and linking through HP's cc. Still some open problems. Some arbitrary sized arrays removed in xlock.c, resource.c, and mode.c, do not believe them to be security problems. HP_PASSWDETC - due to possible security problems this will no longer compile by default, pointed out by Theo de Raadt <deraadt@cvs.openbsd.org>. Sun CC 5.0 warnings changes cover all modes with options. skewb mode added as an unstable GL mode. Its in development. Not much yet... I just have the corners drawn so far and no real movement yet. Its like a Rubik's Cube but with diagonal cuts that cut through the the center of the cube on a skewed angle. mult-byte character support for languages like Japanese. Fixed for bomb.c, nose.c, iostuff.c, xmlock.c, and xglock.c. Also added new xmlock/XmLock-jp.ad. Thanks to Yokota Hiroshi <yokota@netlab.is.tsukuba.ac.jp>. Buffer overrun security fix does not allow root access directly but the encrypted password file may be found in memory. This vulnerability was discovered by Brock Tellier with additional research by Anthony Osborne at the COVERT Labs of PGP Security, Inc. Now allocate memory instead of an arbitrary limit on mode name length. run mode added, its a hack but it sort of works. :) Also changed resource.c to make a special case for it. would be nice if password window worked too... Will probably crash and burn on multiscreens, random mode, etc. run like: xlock -mode run -geometrystring geometry -runprogram xclock xlock -mode run -geometrystring g -runprogram xlogo xlock -mode run -geometrystring none -runprogram xfishtank (May be having a little problem with the none option...) _NOT_ a good idea to recursively run xlock Not fond of the name of the mode or its option names... so if you have better names in mind ... tell me. Moved to unstable (due to VMS and -debug problems). ico.c most flashing removed. FullRandom added and now rotates more randomly, rotates in the proper direction (looking at it from the top, I guess its wrong if you think it should be on a glass table and the view is underneath...) and changes when it hits the end of the screen. and changes when it hits the end of the screen. Linewidth and points added as well. rubik.c update for stickers and cube roundness variables now set in macro, considering creating a new skewb mode (its a like a rubik's cube but with diagonal cuts). XFree86 4.0 fixes for DPMS and XCloseDisplay thanks to Jeremy Buhler <jbuhler@cs.washington.edu>. Call to XCloseDisplay was causing problems, removing it should not, right? More fixes for DPMS, this time for NetBSD. Thanks to <hubert.feyrer@rz.uni-regensburg.de> solitare.cc Solaris CC warnings removed and fixed shapes when in password window. xalock removed from distribution + Updated since BETA1 & New since BETA - Updated since BETA |
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archivers | ||
audio | ||
benchmarks | ||
biology | ||
cad | ||
comms | ||
converters | ||
cross | ||
databases | ||
devel | ||
distfiles | ||
editors | ||
emulators | ||
fonts | ||
games | ||
graphics | ||
ham | ||
japanese | ||
lang | ||
math | ||
mbone | ||
meta-pkgs | ||
misc | ||
mk | ||
net | ||
news | ||
packages | ||
parallel | ||
pkgtools | ||
plan9 | ||
security | ||
shells | ||
sysutils | ||
templates | ||
textproc | ||
www | ||
x11 | ||
Makefile | ||
Packages.txt | ||
pkglocate | ||
README |
$NetBSD: README,v 1.11 2000/07/23 18:02:33 fredb Exp $ Welcome to the NetBSD Packages Collection ========================================= In brief, the NetBSD Packages Collection is a set of software utilities and libraries which have been ported to NetBSD. The packages collection software can retrieve the software from its home site, assuming you are connected in some way to the Internet, verify its integrity, apply any patches, configure the software for NetBSD, and build it. Any prerequisite software will also be built and installed for you. Installation and de-installation of software is managed by the packaging utilities. The packages collection is made into a tar_file every week: ftp://ftp.netbsd.org/pub/NetBSD/NetBSD-current/tar_files/pkgsrc.tar.gz and you can sup the pkgsrc tree using the `pkgsrc' name for the collection. The pkgsrc tree is laid out in various categories, and, within that, the various packages themselves. You need to have root privileges to install packages. We are looking at ways to remove this restriction. + To install a package on your system, you need to change into the directory of the package, and type "make install". + If you've made a mistake, and decided that you don't want that package on your system, then type "pkg_delete <pkg-name>", or "make deinstall" while in the directory for the package. + To find out all the packages that you have installed on your system, type "pkg_info". + To remove the work directory, type "make clean", and "make clean-depends" will clean up any working directories for other packages that are built in the process of making your package. + Optionally, you can periodically run "make clean" from the top level pkgsrc directory. This will delete extracted and built files, but will not affect the retreived source sets in pkgsrc/distfiles. + You can set variables to customise the behaviour (where packages are installed, various options for individual packages etc), by setting variables in /etc/mk.conf. The pkgsrc/mk/mk.conf.example file provides some examples for customisation. The best way to find out what packages are in the collection is to move to the top-level pkgsrc directory (this will usually be /usr/pkgsrc), and type "make readme". This will create a file called README.html in the top-level pkgsrc directory, and also in all category and package directories. You can then see what packages are available, along with a short (one-line) comment about the function of the package, and a pointer to a fuller description, by using a browser like lynx (see pkgsrc/www/lynx) or Mozilla (pkgsrc/www/mozilla), or Communicator. This is also available online as ftp://ftp.netbsd.org/pub/NetBSD/packages/pkgsrc/README.html. Another way to find out what packages are in the collection is to move to the top-level pkgsrc directory and type "make index". This will create pkgsrc/INDEX which can be viewed via "make print-index | more". You can also search for particular packages or keywords via "make search key=<somekeyword>". It is also possible to use the packaging software to install pre-compiled binary packages by typing "pkg_add <URL-of-binary-pkg>". To see what binary packages are available, see: ftp://ftp.netbsd.org/pub/NetBSD/packages/<release>/<arch>/All/ where <release> is the NetBSD release, and <arch> is the hardware architecture. One limitation of using binary packages provided from ftp.netbsd.org is that all mk.conf options were set to the defaults at compile time. LOCALBASE, in particular, defaults to /usr/pkg, so non-X binaries will be installed in /usr/pkg/bin, man pages will be installed in /usr/pkg/man... When a packaged tool has major compile time choices, such as support for multiple graphic toolkit libraries, the different options may be available as separate packages. For more information on the packages collection see the file Packages.txt where you found this README, or in your top-level pkgsrc directory.