Slackware 10.2 于今天下午正式放出
时间：2005-09-15
来源：互联网
Tue Sep 13 12:24:53 PDT 2005
Slackware 10.2 is released.
Thanks to everyone to helped make it possible.
Enjoy! :-)
This version contains the 2.4.31 Linux kernel, plus recent versions of these
(and many more) software packages:
- C compiler gcc-3.3.6 and gcc-3.4.4
- Binutils 2.15.92.0.2
- GNU C Library glibc-2.3.5
- X Window System X11R6.8.2 from X.Org.
- KDE 3.4.2
- Xfce 4.2.2
Slackware 10.2 release notes. Tue Sep 13 11:22:24 PDT 2005
Hi folks,
Here we go with another release of Slackware! As usual, there are
a few things that merit special mention so that they won't be traps
for the unprepared.
This version of Slackware contains a new glibc built with NPTL
(Native POSIX Thread Library) and TLS (Thread Local Storage) support.
There's a lot more information about that in the README.NPTL file.
If you're using a 2.6 kernel that supports NPTL, you'll get a lot
better performance out of any software that uses threads. In general
there will be no need to recompile anything to get this boost;
anything that links to the pthread library will use the NPTL version
of glibc in /lib/tls if the kernel can support it. The new glibc
requires a TLS capable version of ldconfig, and a side-effect of that
is that if you try to upgrade the glibc packages on a mounted
filesystem using installpkg's ROOT= flag, it's not going to work
properly unless the machine you are running from has a TLS capable
ldconfig. So, if you want to do that, either upgrade your own glibc
packages first, or chroot to the mounted partition and then upgrade
the packages there. Most people won't have to worry about this --
it only affects upgrades done with the ROOT=/someplace flag, not
installs from the CD or upgrades done according to the UPGRADE.TXT
instructions.
As you can see, Slackware 10.2 is still using a 2.4 kernel (2.4.31)
for the default system kernel. The 2.4.31 kernel has been rock-
solid here, and it seemed best to put out one more 2.4 based 10.x
release of Slackware before heading full-force into 2.6 territory
because a lot of people are going to want to be running the 2.4
kernel on production machines for a long time to come, and some of
the changes to the system that will be needed to fully embrace all
of 2.6's features aren't necessarily 2.4 kernel-friendly. The next
version of Slackware will focus on the 2.6 kernel.
The 2.6 kernel series shows a great deal of promise, but it's
still undergoing heavy development and the stability of any given
release can be hit-or-miss. Things are improving rapidly in that
regard though, and Greg Kroah-Hartman, Chris Wright, and some other
folks have been helping by producing stable branches (2.6.x.y)
after each new major release of a 2.6.x kernel. Anyway, since
there is hardware out there that requires a 2.6 kernel in order to
install, this release of Slackware does have a 2.6.13 kernel that's
integrated into the installer. To install using it, enter test26.s
at the boot prompt after booting the first disc. This kernel has
compiled-in support for essentially all of the hard drive
controllers and filesystems that are supported by the 2.6.13
kernel, and should be helpful for people with new SATA controllers
or other hardware that 2.4.31 doesn't support. This kernel doesn't
have any built in network support and is primarily intended for
installing from local media (although if you were to toss a few
2.6.13 modules on a floppy disk and load them from there it should
work). Also, the kernel module packages for 2.6.13 are not part
of the standard installation, so if you install using the test26.s
kernel you'll have to install those packages when you're done.
They can be found under testing/packages/linux-2.6.13/ (or ISO
number two under /linux-2.6.13), the alsa-driver and
kernel-modules packages. You might also consider installing the
other packages there and building an initrd according to the
instructions in README.initrd if you'd like to be running a slimmer
kernel without a lot of unneeded drivers taking up RAM, or better
yet, visit ftp.kernel.org in /pub/linux/kernel/v2.6/ and grab the
latest version of the 2.6 kernel to build your own. It'll
probably have some important fixes.
As of this release, the GNOME desktop is no longer shipped as a
part of Slackware, and continued maintenance of GNOME for
Slackware has been adopted by a couple of outside projects:
http://gsb.sf.net
http://gware.sf.net
If you're looking for a GNOME distribution for Slackware, I can
recommend either of these as being extremely well built and more
comprehensive than any GNOME series that was previously included.
If you're a GNOME fan, check them out. I think you'll be pleased.
The network setup script /etc/rc.d/rc.inet1 has been extensively
rewritten and supports many new options in rc.inet1.conf. Thanks to
Eric Hameleers for doing some great work with this, rc.wireless, and
other parts of the networking setup. See the comments in
rc.inet1.conf for information about the new options. One that
didn't get listed yet that I'll mention here is support for IP
aliasing. This sort of thing will work now: IFNAME[2]="eth0:1"
Well, that about covers the major changes. A couple of non-technical
things that people might be interested in... folks are asking how I'm
doing these days. I'm doing much better, thanks. I'm also getting
asked just what it was that got me last fall. Well, the docs found
H. Flu in a culture, so that's the best guess. Also, I'm writing to
you from my new data center in the high-tech rural anti-metropolis of
Sebeka, Minnesota (really, I'm not kidding!), which is why I was
missing online for a little while last month. I'm not missing the
California traffic one bit.
Have fun! :-)
Slackware 10.2 is released.
Thanks to everyone to helped make it possible.
Enjoy! :-)
This version contains the 2.4.31 Linux kernel, plus recent versions of these
(and many more) software packages:
- C compiler gcc-3.3.6 and gcc-3.4.4
- Binutils 2.15.92.0.2
- GNU C Library glibc-2.3.5
- X Window System X11R6.8.2 from X.Org.
- KDE 3.4.2
- Xfce 4.2.2
Slackware 10.2 release notes. Tue Sep 13 11:22:24 PDT 2005
Hi folks,
Here we go with another release of Slackware! As usual, there are
a few things that merit special mention so that they won't be traps
for the unprepared.
This version of Slackware contains a new glibc built with NPTL
(Native POSIX Thread Library) and TLS (Thread Local Storage) support.
There's a lot more information about that in the README.NPTL file.
If you're using a 2.6 kernel that supports NPTL, you'll get a lot
better performance out of any software that uses threads. In general
there will be no need to recompile anything to get this boost;
anything that links to the pthread library will use the NPTL version
of glibc in /lib/tls if the kernel can support it. The new glibc
requires a TLS capable version of ldconfig, and a side-effect of that
is that if you try to upgrade the glibc packages on a mounted
filesystem using installpkg's ROOT= flag, it's not going to work
properly unless the machine you are running from has a TLS capable
ldconfig. So, if you want to do that, either upgrade your own glibc
packages first, or chroot to the mounted partition and then upgrade
the packages there. Most people won't have to worry about this --
it only affects upgrades done with the ROOT=/someplace flag, not
installs from the CD or upgrades done according to the UPGRADE.TXT
instructions.
As you can see, Slackware 10.2 is still using a 2.4 kernel (2.4.31)
for the default system kernel. The 2.4.31 kernel has been rock-
solid here, and it seemed best to put out one more 2.4 based 10.x
release of Slackware before heading full-force into 2.6 territory
because a lot of people are going to want to be running the 2.4
kernel on production machines for a long time to come, and some of
the changes to the system that will be needed to fully embrace all
of 2.6's features aren't necessarily 2.4 kernel-friendly. The next
version of Slackware will focus on the 2.6 kernel.
The 2.6 kernel series shows a great deal of promise, but it's
still undergoing heavy development and the stability of any given
release can be hit-or-miss. Things are improving rapidly in that
regard though, and Greg Kroah-Hartman, Chris Wright, and some other
folks have been helping by producing stable branches (2.6.x.y)
after each new major release of a 2.6.x kernel. Anyway, since
there is hardware out there that requires a 2.6 kernel in order to
install, this release of Slackware does have a 2.6.13 kernel that's
integrated into the installer. To install using it, enter test26.s
at the boot prompt after booting the first disc. This kernel has
compiled-in support for essentially all of the hard drive
controllers and filesystems that are supported by the 2.6.13
kernel, and should be helpful for people with new SATA controllers
or other hardware that 2.4.31 doesn't support. This kernel doesn't
have any built in network support and is primarily intended for
installing from local media (although if you were to toss a few
2.6.13 modules on a floppy disk and load them from there it should
work). Also, the kernel module packages for 2.6.13 are not part
of the standard installation, so if you install using the test26.s
kernel you'll have to install those packages when you're done.
They can be found under testing/packages/linux-2.6.13/ (or ISO
number two under /linux-2.6.13), the alsa-driver and
kernel-modules packages. You might also consider installing the
other packages there and building an initrd according to the
instructions in README.initrd if you'd like to be running a slimmer
kernel without a lot of unneeded drivers taking up RAM, or better
yet, visit ftp.kernel.org in /pub/linux/kernel/v2.6/ and grab the
latest version of the 2.6 kernel to build your own. It'll
probably have some important fixes.
As of this release, the GNOME desktop is no longer shipped as a
part of Slackware, and continued maintenance of GNOME for
Slackware has been adopted by a couple of outside projects:
http://gsb.sf.net
http://gware.sf.net
If you're looking for a GNOME distribution for Slackware, I can
recommend either of these as being extremely well built and more
comprehensive than any GNOME series that was previously included.
If you're a GNOME fan, check them out. I think you'll be pleased.
The network setup script /etc/rc.d/rc.inet1 has been extensively
rewritten and supports many new options in rc.inet1.conf. Thanks to
Eric Hameleers for doing some great work with this, rc.wireless, and
other parts of the networking setup. See the comments in
rc.inet1.conf for information about the new options. One that
didn't get listed yet that I'll mention here is support for IP
aliasing. This sort of thing will work now: IFNAME[2]="eth0:1"
Well, that about covers the major changes. A couple of non-technical
things that people might be interested in... folks are asking how I'm
doing these days. I'm doing much better, thanks. I'm also getting
asked just what it was that got me last fall. Well, the docs found
H. Flu in a culture, so that's the best guess. Also, I'm writing to
you from my new data center in the high-tech rural anti-metropolis of
Sebeka, Minnesota (really, I'm not kidding!), which is why I was
missing online for a little while last month. I'm not missing the
California traffic one bit.
Have fun! :-)
代码:
Torrents for 10.2 http://www.slackware.com/torrents/slackware-10.2-install-d1.torrent http://www.slackware.com/torrents/slackware-10.2-install-d2.torrent FTP 下载：目前还未镜像过去，先查看一下；有了就下载，下载两张install 盘就行； http://www.slackware.com/getslack/ 日本的镜像已经提供： ftp://ftp.nara.wide.ad.jp/1/Linux/Slackware/slackware-10.2-iso/ ftp://ftp.nara.wide.ad.jp/1/Linux/Slackware/slackware-10.2-iso/slackware-10.2-install-d1.iso ftp://ftp.nara.wide.ad.jp/1/Linux/Slackware/slackware-10.2-iso/slackware-10.2-install-d2.iso 法国： ftp://ftp.lip6.fr/pub/linux/distributions/slackware/slackware-10.2-iso/slackware-10.2-install-d1.iso ftp://ftp.lip6.fr/pub/linux/distributions/slackware/slackware-10.2-iso/slackware-10.2-install-d2.iso http://mirrors.easynews.com/linux/slackware/slackware-10.2-iso/
作者: fei 发布时间: 2005-09-15
主要说明--1--支持NPTL了。2。去掉Gnome了。3。网络配置脚本重写了--可支持IP别名了。4.内核还是2.4.31，不过可以用test26.s起2.6内核。
作者: fei 发布时间: 2005-09-15
Announcing Slackware Linux 10.2!
The second Slackware release of 2005, Slackware Linux 10.2 continues
the long Slackware tradition of simplicity, stability, and security.
Among the many program updates and distribution enhancements, you'll
find two of the most advanced desktop environments available today:
Xfce 4.2.2, a fast and lightweight but visually appealing and easy
to use desktop environment, and KDE 3.4.2, the latest version of the
award-winning K Desktop Environment.
Slackware uses the 2.4.31 kernel bringing you advanced performance
features such as the ReiserFS journaling filesystem, SCSI and ATA RAID
volume support, SATA support, and kernel support for X DRI (the Direct
Rendering Interface) that brings high-speed hardware accelerated 3D
graphics to Linux. Additional kernels allow installing Slackware
using any of the journaling filesystems available for Linux, including
ext3, ReiserFS, IBM's JFS, and SGI's XFS. For those Slackware users
who are anxious to try the new 2.6.x kernel series, it is fully
supported by the system. A precompiled Linux 2.6.13 kernel, modules,
and source code are provided (along with complete instructions on how
to install the new kernel). A bootable 2.6.13 kernel ("test26.s")
with support for most SCSI, RAID, and SATA controllers is integrated
into the installer.
From the beginning, Slackware has offered a stable and secure Linux
distribution for UNIX veterans as well as an easy-to-use system for
beginners. Slackware includes everything you'll need to run a
powerful server or workstation. Each Slackware package follows the
setup and installation instructions from its author(s) as closely as
possible, offering you the most stable and easily expandable setup.
Here are some of the advanced features of Slackware 10.2:
- Runs the 2.4.31 version of the Linux kernel from ftp.kernel.org.
Special kernels were prepared to support hardware such as SCSI
controllers, SATA controllers, USB keyboards and mice, parallel-port
IDE devices, IBM PS/2 machines with the Microchannel bus, and even
speech synthesizers providing access to Linux for the visually
impaired community. The performance of the 2.4.x kernel series
along with Slackware's track record of careful attention to system
security make it the perfect choice for running your production
servers.
- As an alternate choice, Slackware 10.2 includes Linux 2.6.13
source, kernel modules, and binary packages, along with the
mkinitrd tool and instructions on using it to install the
new kernel (see /boot/README.initrd). When running a 2.6
kernel, Slackware supports udev. This is a system for
creating devices in /dev dynamically, greatly reducing device
clutter and making it easy to see what devices are actually
present in the system.
- System binaries are linked with the GNU C Library, version 2.3.5.
This version of glibc also has excellent compatibility with
existing binaries.
- X11R6.8.2
This is the current release of the X.Org Foundation's X Window
System. The 6.8.2 version is a new release that includes
additional hardware support, functional enhancements and bug fixes.
- Installs gcc-3.3.6 as the default C, C++, Objective-C, Fortran-77,
and Ada 95 compiler. gcc-3.4.4 is available as an alternate choice.
- Support for fully encrypted network connections with OpenSSL,
OpenSSH, and GnuPG.
- Apache 1.3.33 web server with Dynamic Shared Object (DSO) support,
SSL, and PHP.
- PCMCIA, CardBus, and APM support for laptops. (pcmcia-cs-3.2.8).
Slackware also now includes hotplug support. This locates and
configures most hardware automatically as it is added (or removed)
from the system. It also loads the kernel modules required by
sound cards and other hardware at boot time.
- New development tools, including Perl 5.8.7, Python 2.4.1,
Subversion 1.2.3, and graphical tools like Qt designer and KDevelop.
- Updated versions of the Slackware package management tools make it
easy to add, remove, upgrade, and make your own Slackware packages.
Package tracking makes it easy to upgrade from Slackware 10.1 to
Slackware 10.2 (see UPGRADE.TXT). The slackpkg tool in /extra can
also help update from an older version of Slackware to a newer one,
and keep your Slackware system up to date. In addition, the new
slacktrack utility (in extra/) will help you build and maintain
your own packages.
- Web browsers galore! Includes KDE's Konqueror 3.4.2,
Mozilla 1.7.11, and the immensely popular new Firefox 1.0.6.
(as well as the Thunderbird 1.0.6 email and news client with
advanced junk mail filtering)
- The complete K Desktop Environment (KDE) version 3.4.2, including
the KOffice productivity suite, networking tools, GUI development
with KDevelop, multimedia tools, the Konqueror web browser and
file manager, dozens of games and utilities, international language
support, and more.
- A collection of GTK+ based applications, including abiword-2.2.9
(upgraded from version 2.0.12 in Slackware 10.1), gaim-1.5.0,
gimp-2.2.8, gkrellm-2.2.7, gxine-0.4.8, and pan-0.14.2.91.
- Large repository of extra software packages compiled and ready to
run. This includes various window managers, support for 3Dfx gaming
cards, OpenMotif-2.2.2, the K3b CD burning application for KDE,
the Java(TM) 2 Software Development Kit Standard Edition,
libsafe (advanced buffer overflow protection for additional
security), ISDN support, additional 802.11 drivers, and much more
(see the /extra directory).
- Many more improved and upgraded packages than we can list here. For
a complete list of core packages in Slackware 10.2, see this file:
ftp://ftp.slackware.com/pub/slackwar...2/PACKAGES.TXT
- Another Slackware exclusive: Slackware's ZipSlack installation
option is the fastest, _easiest_ Linux installation ever. ZipSlack
provides a basic text-based Linux system as a 48 megabyte ZIP archive.
Simply unzip on any FAT or FAT32 partition, edit your boot partition
in the LINUX.BAT batch file, and you can be running Linux in less
than five minutes. The ZipSlack installation includes everything you
need to network with Linux (including Ethernet, token ring, and
PPP), and extend the system with additional software packages such as
X. A ZipSlack system will even fit on a Zip(TM) disk, so you can
carry a personal Linux system with you to run on any PC with a
Zip(TM) drive.
Downloading Slackware 10.2:
---------------------------
The full version of Slackware Linux 10.2 is available for download from
the central Slackware FTP site hosted by our friends at http://www.cwo.com:
ftp://ftp.slackware.com/pub/slackware/slackware-10.2/
The ZipSlack version of Slackware can be downloaded from:
ftp://ftp.slackware.com/pub/slackwar...10.2/zipslack/
If this site is busy, see the list of official mirror sites here:
http://slackware.com/getslack/
Thanks to the generosity of the Open Source Lab at Oregon State
University we also have a new high-speed primary mirror site:
ftp://slackware.osuosl.org/pub/slack...lackware-10.2/
We will be setting up BitTorrent downloads for the official ISO images.
Stay tuned to http://slackware.com for the latest updates.
Purchasing Slackware on CD-ROM:
-------------------------------
Or, purchase the Slackware Linux 10.2 four CD-ROM set directly from
Slackware Linux, and you'll be helping to support the continued
development of Slackware Linux! :-)
This is the official release of Slackware on CD-ROM, and has many
enhanced features, including:
- Easy bootable CD-ROM installation. If your machine can boot a
CD-ROM, just boot the first disc to begin the installation process.
- The ZipSlack edition of Slackware Linux 10.2.
- The source code used to build Slackware Linux 10.2.
The price for the Slackware Linux CD-ROM set is $39.95 plus shipping.
Slackware Linux is also available by subscription. When we release a
new version of Slackware (which is typically once or twice a year) we
ship it to you and bill your credit card $24.95 plus shipping. Shipping
is $5 in the USA, Canada, and Mexico for First Class. Overseas is $9
PER ORDER. There is an additional $3 COD charge (USA Only). UPS Blue
Label (2nd day) [USA Only] is $10 PER ORDER, UPS Red Label (next day)
[USA Only] is $15 PER ORDER.
Ordering Information:
---------------------
You can order online at the Slackware Linux store:
http://store.slackware.com
Order inquiries (including questions about becoming a Slackware
reseller) may be directed to this address:
[email protected]
Or, send a check or money order to:
Slackware Linux, Inc.
1164 Claremont Drive
Brentwood, CA 94513
USA
Have fun! :^)
---
Patrick J. Volkerding <[email protected]>
Visit us on the web at: http://slackware.com
The second Slackware release of 2005, Slackware Linux 10.2 continues
the long Slackware tradition of simplicity, stability, and security.
Among the many program updates and distribution enhancements, you'll
find two of the most advanced desktop environments available today:
Xfce 4.2.2, a fast and lightweight but visually appealing and easy
to use desktop environment, and KDE 3.4.2, the latest version of the
award-winning K Desktop Environment.
Slackware uses the 2.4.31 kernel bringing you advanced performance
features such as the ReiserFS journaling filesystem, SCSI and ATA RAID
volume support, SATA support, and kernel support for X DRI (the Direct
Rendering Interface) that brings high-speed hardware accelerated 3D
graphics to Linux. Additional kernels allow installing Slackware
using any of the journaling filesystems available for Linux, including
ext3, ReiserFS, IBM's JFS, and SGI's XFS. For those Slackware users
who are anxious to try the new 2.6.x kernel series, it is fully
supported by the system. A precompiled Linux 2.6.13 kernel, modules,
and source code are provided (along with complete instructions on how
to install the new kernel). A bootable 2.6.13 kernel ("test26.s")
with support for most SCSI, RAID, and SATA controllers is integrated
into the installer.
From the beginning, Slackware has offered a stable and secure Linux
distribution for UNIX veterans as well as an easy-to-use system for
beginners. Slackware includes everything you'll need to run a
powerful server or workstation. Each Slackware package follows the
setup and installation instructions from its author(s) as closely as
possible, offering you the most stable and easily expandable setup.
Here are some of the advanced features of Slackware 10.2:
- Runs the 2.4.31 version of the Linux kernel from ftp.kernel.org.
Special kernels were prepared to support hardware such as SCSI
controllers, SATA controllers, USB keyboards and mice, parallel-port
IDE devices, IBM PS/2 machines with the Microchannel bus, and even
speech synthesizers providing access to Linux for the visually
impaired community. The performance of the 2.4.x kernel series
along with Slackware's track record of careful attention to system
security make it the perfect choice for running your production
servers.
- As an alternate choice, Slackware 10.2 includes Linux 2.6.13
source, kernel modules, and binary packages, along with the
mkinitrd tool and instructions on using it to install the
new kernel (see /boot/README.initrd). When running a 2.6
kernel, Slackware supports udev. This is a system for
creating devices in /dev dynamically, greatly reducing device
clutter and making it easy to see what devices are actually
present in the system.
- System binaries are linked with the GNU C Library, version 2.3.5.
This version of glibc also has excellent compatibility with
existing binaries.
- X11R6.8.2
This is the current release of the X.Org Foundation's X Window
System. The 6.8.2 version is a new release that includes
additional hardware support, functional enhancements and bug fixes.
- Installs gcc-3.3.6 as the default C, C++, Objective-C, Fortran-77,
and Ada 95 compiler. gcc-3.4.4 is available as an alternate choice.
- Support for fully encrypted network connections with OpenSSL,
OpenSSH, and GnuPG.
- Apache 1.3.33 web server with Dynamic Shared Object (DSO) support,
SSL, and PHP.
- PCMCIA, CardBus, and APM support for laptops. (pcmcia-cs-3.2.8).
Slackware also now includes hotplug support. This locates and
configures most hardware automatically as it is added (or removed)
from the system. It also loads the kernel modules required by
sound cards and other hardware at boot time.
- New development tools, including Perl 5.8.7, Python 2.4.1,
Subversion 1.2.3, and graphical tools like Qt designer and KDevelop.
- Updated versions of the Slackware package management tools make it
easy to add, remove, upgrade, and make your own Slackware packages.
Package tracking makes it easy to upgrade from Slackware 10.1 to
Slackware 10.2 (see UPGRADE.TXT). The slackpkg tool in /extra can
also help update from an older version of Slackware to a newer one,
and keep your Slackware system up to date. In addition, the new
slacktrack utility (in extra/) will help you build and maintain
your own packages.
- Web browsers galore! Includes KDE's Konqueror 3.4.2,
Mozilla 1.7.11, and the immensely popular new Firefox 1.0.6.
(as well as the Thunderbird 1.0.6 email and news client with
advanced junk mail filtering)
- The complete K Desktop Environment (KDE) version 3.4.2, including
the KOffice productivity suite, networking tools, GUI development
with KDevelop, multimedia tools, the Konqueror web browser and
file manager, dozens of games and utilities, international language
support, and more.
- A collection of GTK+ based applications, including abiword-2.2.9
(upgraded from version 2.0.12 in Slackware 10.1), gaim-1.5.0,
gimp-2.2.8, gkrellm-2.2.7, gxine-0.4.8, and pan-0.14.2.91.
- Large repository of extra software packages compiled and ready to
run. This includes various window managers, support for 3Dfx gaming
cards, OpenMotif-2.2.2, the K3b CD burning application for KDE,
the Java(TM) 2 Software Development Kit Standard Edition,
libsafe (advanced buffer overflow protection for additional
security), ISDN support, additional 802.11 drivers, and much more
(see the /extra directory).
- Many more improved and upgraded packages than we can list here. For
a complete list of core packages in Slackware 10.2, see this file:
ftp://ftp.slackware.com/pub/slackwar...2/PACKAGES.TXT
- Another Slackware exclusive: Slackware's ZipSlack installation
option is the fastest, _easiest_ Linux installation ever. ZipSlack
provides a basic text-based Linux system as a 48 megabyte ZIP archive.
Simply unzip on any FAT or FAT32 partition, edit your boot partition
in the LINUX.BAT batch file, and you can be running Linux in less
than five minutes. The ZipSlack installation includes everything you
need to network with Linux (including Ethernet, token ring, and
PPP), and extend the system with additional software packages such as
X. A ZipSlack system will even fit on a Zip(TM) disk, so you can
carry a personal Linux system with you to run on any PC with a
Zip(TM) drive.
Downloading Slackware 10.2:
---------------------------
The full version of Slackware Linux 10.2 is available for download from
the central Slackware FTP site hosted by our friends at http://www.cwo.com:
ftp://ftp.slackware.com/pub/slackware/slackware-10.2/
The ZipSlack version of Slackware can be downloaded from:
ftp://ftp.slackware.com/pub/slackwar...10.2/zipslack/
If this site is busy, see the list of official mirror sites here:
http://slackware.com/getslack/
Thanks to the generosity of the Open Source Lab at Oregon State
University we also have a new high-speed primary mirror site:
ftp://slackware.osuosl.org/pub/slack...lackware-10.2/
We will be setting up BitTorrent downloads for the official ISO images.
Stay tuned to http://slackware.com for the latest updates.
Purchasing Slackware on CD-ROM:
-------------------------------
Or, purchase the Slackware Linux 10.2 four CD-ROM set directly from
Slackware Linux, and you'll be helping to support the continued
development of Slackware Linux! :-)
This is the official release of Slackware on CD-ROM, and has many
enhanced features, including:
- Easy bootable CD-ROM installation. If your machine can boot a
CD-ROM, just boot the first disc to begin the installation process.
- The ZipSlack edition of Slackware Linux 10.2.
- The source code used to build Slackware Linux 10.2.
The price for the Slackware Linux CD-ROM set is $39.95 plus shipping.
Slackware Linux is also available by subscription. When we release a
new version of Slackware (which is typically once or twice a year) we
ship it to you and bill your credit card $24.95 plus shipping. Shipping
is $5 in the USA, Canada, and Mexico for First Class. Overseas is $9
PER ORDER. There is an additional $3 COD charge (USA Only). UPS Blue
Label (2nd day) [USA Only] is $10 PER ORDER, UPS Red Label (next day)
[USA Only] is $15 PER ORDER.
Ordering Information:
---------------------
You can order online at the Slackware Linux store:
http://store.slackware.com
Order inquiries (including questions about becoming a Slackware
reseller) may be directed to this address:
[email protected]
Or, send a check or money order to:
Slackware Linux, Inc.
1164 Claremont Drive
Brentwood, CA 94513
USA
Have fun! :^)
---
Patrick J. Volkerding <[email protected]>
Visit us on the web at: http://slackware.com
作者: fei 发布时间: 2005-09-15
This version of Slackware contains support in glibc for NPTL (the Native
POSIX Thread Library). NPTL works with newer kernels (meaning 2.6.x, or
a 2.4 kernel that is patched to support NPTL, but not an unmodified
"vanilla" 2.4 kernel such as Slackware uses) to provide improved
performance for threads. This difference can be quite dramatic in some
situations. For example, a benchmark test mentioned on Wikipedia
started 100,000 threads simultaneously in about 2 seconds on a system
using NPTL. The same test using the old Linuxthreads glibc thread
support took around 15 minutes to run! For most applications that do
not start large numbers of threads the difference here will not be so
large, but for high traffic servers, databases, or anything that runs
large numbers of threads, NPTL should bring big improvements in
scalability and performance. For compatibility, the regular
(linuxthreads) libraries are installed in /lib, and the new NPTL
versions are installed in /lib/tls. Which versions are used depends on
the kernel you're using. If it's newer than 2.6.4, then the NPTL
libraries in /lib/tls will be used. TLS stands for "thread-local
storage", and the directory name /lib/tls is a little bit misleading
since now both the linuxthreads and NPTL versions of glibc are compiled
with TLS support included (this is needed to produce versions of tools
such as ldconfig that can run under either kind of system).
Getting all the kinks out of the build script to be able to get this to
work with either 2.4 or 2.6 kernels and be able to switch back and forth
without issues was quite a challenge, to say the least, and would have
been much harder without all the good advice and help folks sent in to
help me along and give me important hints. A special thanks goes to
Chad Corkrum for sending in some ./configure options that really helped
get the ball rolling here.
Here's some information about compiling things using these libraries --
by default, if you compile something the headers and shared libraries
used to compile and link the binary will be the linuxthreads versions,
but when you go to run the binary it will link to the NPTL library
versions (and you'll get the NPTL speed improvements) if you are running
an NPTL capable kernel. In rare cases you may find that an old binary
doesn't work right when run against the NPTL libs, and in this case you
can force it to run against the linuxthreads versions by setting the
LD_ASSUME_KERNEL variable to assume the use of a 2.4.x (non-NPTL) kernel
so that NPTL will not be used. An easy way to see the effect of this is
to try something like the following while using an NPTL enabled kernel:
volkerdi@tree:~$ ldd /bin/bash
linux-gate.so.1 => (0xffffe000)
libtermcap.so.2 => /lib/libtermcap.so.2 (0xb7fcf000)
libdl.so.2 => /lib/tls/libdl.so.2 (0xb7fcb000)
libc.so.6 => /lib/tls/libc.so.6 (0xb7eaf000)
/lib/ld-linux.so.2 (0xb7feb000)
Note that in the example above, the binary is running against the NPTL
libraries in /lib/tls. Now, let's try setting LD_ASSUME_KERNEL:
volkerdi@tree:~$ LD_ASSUME_KERNEL=2.4.30 ldd /bin/bash
linux-gate.so.1 => (0xffffe000)
libtermcap.so.2 => /lib/libtermcap.so.2 (0xb7fcf000)
libdl.so.2 => /lib/libdl.so.2 (0xb7fcb000)
libc.so.6 => /lib/libc.so.6 (0xb7eb2000)
/lib/ld-linux.so.2 (0xb7feb000)
As you can see, now the binary is running against the linuxthreads
version of glibc in /lib. If you find old things that won't work with
NPTL (which should be rare), this is the method you'll want to use to
work around it.
Now for a little note about compiling things. In most cases it will be
just fine to compile against linuxthreads and run against NPTL, and this
approach will produce the most flexible binaries (ones that will run
against either linuxthreads or NPTL.) However, in some cases you might
want to use some of the new functions that are only available in NPTL,
and to do that you'll need to use the NPTL versions of pthread.h and
other headers that are different and link against the NPTL versions of
the glibc libraries. To do this you'll need to add these compile flags
to your build in an appropriate spot:
-I/usr/include/nptl -L/usr/lib/nptl
(and link with -lpthread, of course)
Have fun, and report any problems to [email protected].
Pat
POSIX Thread Library). NPTL works with newer kernels (meaning 2.6.x, or
a 2.4 kernel that is patched to support NPTL, but not an unmodified
"vanilla" 2.4 kernel such as Slackware uses) to provide improved
performance for threads. This difference can be quite dramatic in some
situations. For example, a benchmark test mentioned on Wikipedia
started 100,000 threads simultaneously in about 2 seconds on a system
using NPTL. The same test using the old Linuxthreads glibc thread
support took around 15 minutes to run! For most applications that do
not start large numbers of threads the difference here will not be so
large, but for high traffic servers, databases, or anything that runs
large numbers of threads, NPTL should bring big improvements in
scalability and performance. For compatibility, the regular
(linuxthreads) libraries are installed in /lib, and the new NPTL
versions are installed in /lib/tls. Which versions are used depends on
the kernel you're using. If it's newer than 2.6.4, then the NPTL
libraries in /lib/tls will be used. TLS stands for "thread-local
storage", and the directory name /lib/tls is a little bit misleading
since now both the linuxthreads and NPTL versions of glibc are compiled
with TLS support included (this is needed to produce versions of tools
such as ldconfig that can run under either kind of system).
Getting all the kinks out of the build script to be able to get this to
work with either 2.4 or 2.6 kernels and be able to switch back and forth
without issues was quite a challenge, to say the least, and would have
been much harder without all the good advice and help folks sent in to
help me along and give me important hints. A special thanks goes to
Chad Corkrum for sending in some ./configure options that really helped
get the ball rolling here.
Here's some information about compiling things using these libraries --
by default, if you compile something the headers and shared libraries
used to compile and link the binary will be the linuxthreads versions,
but when you go to run the binary it will link to the NPTL library
versions (and you'll get the NPTL speed improvements) if you are running
an NPTL capable kernel. In rare cases you may find that an old binary
doesn't work right when run against the NPTL libs, and in this case you
can force it to run against the linuxthreads versions by setting the
LD_ASSUME_KERNEL variable to assume the use of a 2.4.x (non-NPTL) kernel
so that NPTL will not be used. An easy way to see the effect of this is
to try something like the following while using an NPTL enabled kernel:
volkerdi@tree:~$ ldd /bin/bash
linux-gate.so.1 => (0xffffe000)
libtermcap.so.2 => /lib/libtermcap.so.2 (0xb7fcf000)
libdl.so.2 => /lib/tls/libdl.so.2 (0xb7fcb000)
libc.so.6 => /lib/tls/libc.so.6 (0xb7eaf000)
/lib/ld-linux.so.2 (0xb7feb000)
Note that in the example above, the binary is running against the NPTL
libraries in /lib/tls. Now, let's try setting LD_ASSUME_KERNEL:
volkerdi@tree:~$ LD_ASSUME_KERNEL=2.4.30 ldd /bin/bash
linux-gate.so.1 => (0xffffe000)
libtermcap.so.2 => /lib/libtermcap.so.2 (0xb7fcf000)
libdl.so.2 => /lib/libdl.so.2 (0xb7fcb000)
libc.so.6 => /lib/libc.so.6 (0xb7eb2000)
/lib/ld-linux.so.2 (0xb7feb000)
As you can see, now the binary is running against the linuxthreads
version of glibc in /lib. If you find old things that won't work with
NPTL (which should be rare), this is the method you'll want to use to
work around it.
Now for a little note about compiling things. In most cases it will be
just fine to compile against linuxthreads and run against NPTL, and this
approach will produce the most flexible binaries (ones that will run
against either linuxthreads or NPTL.) However, in some cases you might
want to use some of the new functions that are only available in NPTL,
and to do that you'll need to use the NPTL versions of pthread.h and
other headers that are different and link against the NPTL versions of
the glibc libraries. To do this you'll need to add these compile flags
to your build in an appropriate spot:
-I/usr/include/nptl -L/usr/lib/nptl
(and link with -lpthread, of course)
Have fun, and report any problems to [email protected].
Pat
作者: fei 发布时间: 2005-09-15
Slackware 10.1 to 10.2 Upgrade HOWTO <[email protected]>
This document explains how to upgrade from Slackware 10.1 to Slackware 10.2
-----------------------------------------------------------------------------
Before you begin, I would strongly recommend making a backup of your
system, or, if not the entire system, at least the /etc directory. You
might find that you need to refer to a few things about the upgrade
process is complete. Back it up, or take your chances.
OK, now that everything is safely backed up, let's proceed. :-)
To do this, you'll need the Slackware 10.2 packages. If these are on a CD,
create a new directory to mount the CD on so that it doesn't get in the
way during the upgrade:
mkdir /packages
mount /dev/cdrom /packages
The packages don't have to be on a CD-ROM, as an alternative you could
copy the slackware directory (the one with the various package
subdirectories in it, basically the "slackware" directory from the install
CD) to someplace like /root/slackware/. The important thing is that you
know where the slackware packages directory is. We'll use /root/slackware
in the following examples.
0. Put your machine in single-user mode:
telinit 1
1. Upgrade your glibc shared libraries. This is important, or things
might go haywire during the first part of the upgrade:
upgradepkg /root/slackware/a/glibc-solibs-*.tgz
2. Upgrade your package utilities:
upgradepkg /root/slackware/a/pkgtools-*.tgz
3. Install sed. You should already have this, but since it's used by
the package utilities it is best to be sure:
upgradepkg --install-new /root/slackware/a/sed-*.tgz
4. Upgrade everything else (and install new packages):
upgradepkg --install-new /root/slackware/*/*.tgz
5. Make sure your system will boot. If you use LILO, make sure the
paths in /etc/lilo.conf point to a valid kernel and then type 'lilo'
to reinstall LILO. If you use a bootdisk, you'll need to use
makebootdisk to make a new bootdisk using the kernel in /boot.
6. Fix your config files. Some of the config files in /etc are going to
need your attention. You'll find the new incoming config files on
your system with the ".new" extension. You may need to fill these in
with information from your old config files and then move them over.
Feel brave? You can use this little script to install all of the
.new config files in /etc. If you've made any local changes you'll
need to add them to the newly installed files. Your old config files
will be copied to *.bak. Anyway, it might be an easier starting
point. Here it is:
#!/bin/sh
cd /etc
find . -name "*.new" | while read configfile ; do
if [ ! "$configfile" = "./rc.d/rc.inet1.conf.new" \
-a ! "$configfile" = "./group.new" \
-a ! "$configfile" = "./passwd.new" \
-a ! "$configfile" = "./shadow.new" ]; then
cp -a $(echo $configfile | rev | cut -f 2- -d . | rev) \
$(echo $configfile | rev | cut -f 2- -d . | rev).bak 2> /dev/null
mv $configfile $(echo $configfile | rev | cut -f 2- -d . | rev)
fi
done
You'll probably also need to edit your /etc/X11/xorg.conf to change
the name of the keyboard driver from "Keyboard" to "kbd". I don't
know why this changed, but it did.
7. Return to multi-user mode:
telinit 3
8. Remove obsolete packages.
If you go into /var/log/packages and take a look at the package list:
ls -lt | less
You may spot some old, obsolete, or discontinued packages. If so,
you can remove these using 'removepkg'.
9. Remove KDE language bloat. By upgrading all packages using
--install-new you've probably installed all of the KDE language
translations from the KDEI series, which will use up about
500MB. If you need only US English, you may remove the KDE
language packs like this:
cd /var/log/packages
removepkg kde-i18n* koffice-i18n*
Even if you need one of these, it might be best to start by
removing them all, and then go back and install the ones you
need with installpkg.
At this point you should be running Slackware 10.2. :-)
I wish everyone good luck with this!
---
Patrick Volkerding
[email protected]
This document explains how to upgrade from Slackware 10.1 to Slackware 10.2
-----------------------------------------------------------------------------
Before you begin, I would strongly recommend making a backup of your
system, or, if not the entire system, at least the /etc directory. You
might find that you need to refer to a few things about the upgrade
process is complete. Back it up, or take your chances.
OK, now that everything is safely backed up, let's proceed. :-)
To do this, you'll need the Slackware 10.2 packages. If these are on a CD,
create a new directory to mount the CD on so that it doesn't get in the
way during the upgrade:
mkdir /packages
mount /dev/cdrom /packages
The packages don't have to be on a CD-ROM, as an alternative you could
copy the slackware directory (the one with the various package
subdirectories in it, basically the "slackware" directory from the install
CD) to someplace like /root/slackware/. The important thing is that you
know where the slackware packages directory is. We'll use /root/slackware
in the following examples.
0. Put your machine in single-user mode:
telinit 1
1. Upgrade your glibc shared libraries. This is important, or things
might go haywire during the first part of the upgrade:
upgradepkg /root/slackware/a/glibc-solibs-*.tgz
2. Upgrade your package utilities:
upgradepkg /root/slackware/a/pkgtools-*.tgz
3. Install sed. You should already have this, but since it's used by
the package utilities it is best to be sure:
upgradepkg --install-new /root/slackware/a/sed-*.tgz
4. Upgrade everything else (and install new packages):
upgradepkg --install-new /root/slackware/*/*.tgz
5. Make sure your system will boot. If you use LILO, make sure the
paths in /etc/lilo.conf point to a valid kernel and then type 'lilo'
to reinstall LILO. If you use a bootdisk, you'll need to use
makebootdisk to make a new bootdisk using the kernel in /boot.
6. Fix your config files. Some of the config files in /etc are going to
need your attention. You'll find the new incoming config files on
your system with the ".new" extension. You may need to fill these in
with information from your old config files and then move them over.
Feel brave? You can use this little script to install all of the
.new config files in /etc. If you've made any local changes you'll
need to add them to the newly installed files. Your old config files
will be copied to *.bak. Anyway, it might be an easier starting
point. Here it is:
#!/bin/sh
cd /etc
find . -name "*.new" | while read configfile ; do
if [ ! "$configfile" = "./rc.d/rc.inet1.conf.new" \
-a ! "$configfile" = "./group.new" \
-a ! "$configfile" = "./passwd.new" \
-a ! "$configfile" = "./shadow.new" ]; then
cp -a $(echo $configfile | rev | cut -f 2- -d . | rev) \
$(echo $configfile | rev | cut -f 2- -d . | rev).bak 2> /dev/null
mv $configfile $(echo $configfile | rev | cut -f 2- -d . | rev)
fi
done
You'll probably also need to edit your /etc/X11/xorg.conf to change
the name of the keyboard driver from "Keyboard" to "kbd". I don't
know why this changed, but it did.
7. Return to multi-user mode:
telinit 3
8. Remove obsolete packages.
If you go into /var/log/packages and take a look at the package list:
ls -lt | less
You may spot some old, obsolete, or discontinued packages. If so,
you can remove these using 'removepkg'.
9. Remove KDE language bloat. By upgrading all packages using
--install-new you've probably installed all of the KDE language
translations from the KDEI series, which will use up about
500MB. If you need only US English, you may remove the KDE
language packs like this:
cd /var/log/packages
removepkg kde-i18n* koffice-i18n*
Even if you need one of these, it might be best to start by
removing them all, and then go back and install the ones you
need with installpkg.
At this point you should be running Slackware 10.2. :-)
I wish everyone good luck with this!
---
Patrick Volkerding
[email protected]
作者: fei 发布时间: 2005-09-15
不错不错～～狂顶～～～
作者: laxi1982 发布时间: 2005-09-15
有没有快一点的镜像啊
作者: bluemx 发布时间: 2005-09-15
没有，现在肯定是高峰，过几天再升级吧～我自己做的slackware.at的镜像，现在拉不下来～
作者: laxi1982 发布时间: 2005-09-15
slackware 10.2出来了？
我怎么在http://www.slackware.org没有看到发布的消息。请问楼主这个是那里发布的消息？
我怎么在http://www.slackware.org没有看到发布的消息。请问楼主这个是那里发布的消息？
作者: babo 发布时间: 2005-09-15
网站上还没更新吧，不过changelog上面有了
作者: laxi1982 发布时间: 2005-09-15
slackware.com网站上已经更新了，大家快下载吧。只是主页面没有，我现在在用BT下载呢http://www.slackware.com/getslack/torrents.php
作者: xu_lb 发布时间: 2005-09-15
一直用Current，过几天再去升级！
手快的兄弟，赶紧上报告啊！
手快的兄弟，赶紧上报告啊！
作者: 独行侠 发布时间: 2005-09-15
支持一下，顶
作者: zonzi 发布时间: 2005-09-15
一起加速吧!
作者: zytlinux 发布时间: 2005-09-15
用current升到10.2和全新安装有没有什么区别，
作者: su100 发布时间: 2005-09-15
作者: 妖狐藏马 发布时间: 2005-09-15
督导可以置顶几天吗？好让兄弟们都下载，然后再撤消它
不过分吧
不过分吧
作者: 妖狐藏马 发布时间: 2005-09-15
用15线程同时下两个（30线）
8分钟就被封IP
现在每个用8线，同时2个一起下载(16线)，还没有被封
继续下..........
8分钟就被封IP
现在每个用8线，同时2个一起下载(16线)，还没有被封
继续下..........
作者: 妖狐藏马 发布时间: 2005-09-15
事实证明：每个8线，同时下两个
不会被封IP
而且速度也达到了顶峰
不会被封IP
而且速度也达到了顶峰
作者: 妖狐藏马 发布时间: 2005-09-15
是啊--我被封了--我还纳闷呢。
作者: fei 发布时间: 2005-09-15
上午还没有 10.2，下午回来惊现 slackware-10.2 和 slackware-10.2-iso 两个目录！
特此发帖纪念
特此发帖纪念
代码:
Torrents for 10.2 http://www.slackware.com/torrents/slackware-10.2-install-d1.torrent http://www.slackware.com/torrents/slackware-10.2-install-d2.torrent FTP 下载：目前还未镜像过去，先查看一下；有了就下载，下载两张install 盘就行； http://www.slackware.com/getslack/ 日本的镜像已经提供： ftp://ftp.nara.wide.ad.jp/1/Linux/Slackware/slackware-10.2-iso/ ftp://ftp.nara.wide.ad.jp/1/Linux/Slackware/slackware-10.2-iso/slackware-10.2-install-d1.iso ftp://ftp.nara.wide.ad.jp/1/Linux/Slackware/slackware-10.2-iso/slackware-10.2-install-d2.iso 法国： ftp://ftp.lip6.fr/pub/linux/distributions/slackware/slackware-10.2-iso/slackware-10.2-install-d1.iso ftp://ftp.lip6.fr/pub/linux/distributions/slackware/slackware-10.2-iso/slackware-10.2-install-d2.iso
上传的图像
| slk10.2.jpg (173.6 KB, 110 次查看) |
作者: shadkong 发布时间: 2005-09-15
shadkong
我现在已经下到77%了
http://www.linuxsir.org/bbs/showthre...4&page=2&pp=15
我现在已经下到77%了
http://www.linuxsir.org/bbs/showthre...4&page=2&pp=15
作者: 妖狐藏马 发布时间: 2005-09-15
我下完了。正在往我的ftp上传。
作者: fei 发布时间: 2005-09-15
我也下完了
第一张除了软件全变成最新的外
其它的大体没有变化
第二张删除了gnome
把testing目录下的东西添加进来了
第一张除了软件全变成最新的外
其它的大体没有变化
第二张删除了gnome
把testing目录下的东西添加进来了
作者: 妖狐藏马 发布时间: 2005-09-15
为下它，我换了6次IP
真难请回家啊.....
真难请回家啊.....
作者: 妖狐藏马 发布时间: 2005-09-15
ftp://202.96.64.144/pub/slackware-10.2-install-d1.iso
作者: fei 发布时间: 2005-09-15
引用:
|
作者: fei
我下完了。正在往我的ftp上传。
|
作者: bluemx 发布时间: 2005-09-15
既然大家都这么的兴奋，我也参一份，虽然现在用vector用得很好，不过正在下载到70%，过一会儿，用硬盘装上，不知道是怎么样的，有多少改进，真是期侍，不知道现在的内核越做越大，会不会让内核越难控制，越难管理，
作者: sumargin 发布时间: 2005-09-15
内核越大，越是问题
作者: sumargin 发布时间: 2005-09-15
引用:
|
作者: fei
ftp://202.96.64.144/pub/slackware-10.2-install-d1.iso
|
作者: happen23 发布时间: 2005-09-15
引用:
|
作者: Xdnal
内核越大，越是问题
|
作者: nbxmedia 发布时间: 2005-09-15
引用:
|
作者: fei
ftp://202.96.64.144/pub/slackware-10.2-install-d1.iso
|
只有1、2十K :rolleyes:
作者: Awei 发布时间: 2005-09-15
引用:
|
作者: 妖狐藏马
|
你提供的速度暴快！
下载当中~
作者: Awei 发布时间: 2005-09-15
只是好奇为什么10.2为什么依然使用2.4的内核 ...
还以为以后装完服务器以后不必升级内核了.
要不能省不少事啊 ...
还以为以后装完服务器以后不必升级内核了.
要不能省不少事啊 ...
作者: icememory 发布时间: 2005-09-15
我正在上传，估计还需要20多分钟，先做个广告!
ftp://eelinux.3322.org/incoming/dist...kware 10.2iso/
ftp://eelinux.3322.org/incoming/dist...kware 10.2iso/
作者: cqatpku 发布时间: 2005-09-15
很抱歉，传了500多M，结果No space left on device
无奈！
无奈！
作者: cqatpku 发布时间: 2005-09-15
有没有国内速度快一点的其它下载网址?
把这个不全的包下下来,用什么命令可以从其它网站上接着下?
把这个不全的包下下来,用什么命令可以从其它网站上接着下?
作者: dyte200 发布时间: 2005-09-15
引用:
|
作者: icememory
只是好奇为什么10.2为什么依然使用2.4的内核 ...
还以为以后装完服务器以后不必升级内核了. 要不能省不少事啊 ... |
http://www.linuxsir.org/bbs/showthread.php?t=219166
启动时使用 "test26.s"安装2.6内核，并且解释了默认2.4的原因
作者: zonzi 发布时间: 2005-09-16
下载中，新手，从没装过linux，在升级硬件前为俺的老机器发挥一下余热。俺倒是没什么顾虑，直接装就行了，学习中……
作者: asdfasdf 发布时间: 2005-09-16
过几天吧，不和你们抢。
作者: easyhappy 发布时间: 2005-09-16
引用:
|
作者: dyte200
有没有国内速度快一点的其它下载网址?
把这个不全的包下下来,用什么命令可以从其它网站上接着下? |
作者: shadkong 发布时间: 2005-09-16
我关心的是Gnome for 10.2的有没有出来
作者: koala114 发布时间: 2005-09-16
引用:
|
作者: koala114
我关心的是Gnome for 10.2的有没有出来
|
或者等 DLG 2.12出来。
作者: Neo.K 发布时间: 2005-09-16
For details, please visit
http://www.slackware.com/
http://www.slackware.com/
作者: expertium 发布时间: 2005-09-30
您才知道吗？差不多这里的人都已经装上了，升级的也升级完了，呵呵
作者: laxi1982 发布时间: 2005-09-30
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