
我是转贴的哈,知道原文的告诉我链接,负不起法律责任哈!!!
Something special must be remembered
Assumptions: gdm is the display manager, as it is by default for OpenSUSE 10.x.
Login as your normal user and run Yast (Applications Menu ->
"System" -> "YaST"). You'll be prompted for your password. Go to the
Firewall configuration section ("Security and Users" -> "Firewall".
The firewall was running on my default install of OpenSUSE, so it's
necessary to allow access for xdmcp packets. In the left hand window,
click on "Allowed Services". In the right hand window, choose "Remote
Access to Display Manager" from the "Service to Allow" drop-down menu
and then press the "Add" button (This opens port 177/tcp+udp). You're
allowing access for the "External Zone" if it's a simple single network
interface PC. That is, you're allowing packets into your computer from
the outside LAN/world. Now press "Next" then "Accept". The firewall is
now configured.
There are two files which need to be edited for a default install of
OpenSUSE. The first can be edited in YaST - go to "System" ->
"/etc/sysconfig Editor". You'll get a window with a tree of all the
settings on the left. Choose "Desktop" -> "Display Manager" then
highlight the DISPLAYMANAGER_REMOTE_ACCESS setting. In the right window
you can now set this to "yes" and press the "Finish" button.
Now you
need to close YaST and open a terminal window, and type "su" to become
the root user. edit /etc/opt/gnome/gdm/gdm.conf (I used nano to edit
the file) and scroll down to about line 229 and set Enable=true within
the [xdmcp] section of the file.
Now you need to re-start xdm to
make the changes stick. Logout, then either reboot, or: Press
Ctrl-Alt-F1 to get a text terminal. Login as the root user, then type:
/etc/init.d/xdm restart
The display manager will re-start and you can now point your WML
Linux Thin Client at your OpenSUSE server and get a login window. Note
that if you want the remote login window to look the same as the local
login window, then go back to /etc/opt/gnome/gdm/gdm.conf and look for
the relevant setting to change.
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http://www.users.bigpond.net.au/hermanzone/p18.htm
这个网站告诉了你至少6种方法删除linux————当你得PC是windows&linux双系统的情况下.
我喜欢最后一种:Mbrfix.exe
http://www.sysint.no/en/Download.aspx
这是个windows工具,你可以轻松的修复你的MBR。
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我的RS3么搞定,所以移到OpenSUSE上来搞。
网上有现成的rpm包,找来装上就成,不会有什么麻烦,装完后:
linux:~ # rpm -qa | grep ppp
ppp-2.4.4-24
rp-pppoe-3.8-5
smpppd-1.59-38
linux:~ #
然后就是配置了,主要是在/etc/ppp/目录下,
首先是认证方式:pppoe-server-options文件里,pap or chap,pap不好用,只能用chap;
其次是在相应的文件里指定用户名和密码,比如chap-secrets:
# client server secret IP addresses
"21026A" * "cisco1" 10.74.52.51
"21026AA" * "cisco12" 10.74.52.52
"21026AAA" * "cisco123" 10.74.52.53
再后来就么什么了,启动程序吧:
linux:/etc/ppp # pppoe-server --help
pppoe-server: invalid option -- -
Usage: pppoe-server [options]
Options:
-I if_name -- Specify interface (default eth0.)
-T timeout -- Specify inactivity timeout in seconds.
-C name -- Set access concentrator name.
-m MSS -- Clamp incoming and outgoing MSS options.
-L ip -- Set local IP address.
-l -- Increment local IP address for each session.
-R ip -- Set start address of remote IP pool.
-S name -- Advertise specified service-name.
-O fname -- Use PPPD options from specified file
(default /etc/ppp/pppoe-server-options).
-p fname -- Optain IP address pool from specified file.
-N num -- Allow 'num' concurrent sessions.
-o offset -- Assign session numbers starting at offset+1.
-f disc:sess -- Set Ethernet frame types (hex).
-s -- Use synchronous PPP mode.
-u -- Pass 'unit' option to pppd.
-r -- Randomize session numbers.
-d -- Debug session creation.
-P -- Check pool file for correctness and exit.
-h -- Print usage information.
PPPoE-Server Version 3.8, Copyright (C) 2001-2006 Roaring Penguin
Software Inc.
PPPoE-Server comes with ABSOLUTELY NO WARRANTY.
This is free software, and you are welcome to redistribute it
under the terms of the GNU General Public License, version 2
or (at your option) any later version.
http://www.roaringpenguin.com
linux:/etc/ppp #
晕了吧,简单点的:
linux:/etc/ppp #pppoe-server -I eth0 -S sipurash -L 10.74.52.50 -R 10.74.52.51 -N 3
明白了吧,easy哈?
RealPlayer might not start if using SCIM as the default input method. When trying to launch from the terminal one gets the error message
Segmentation fault (core dumped)
This issue can be resolved by setting the environment variable GTK_IM_MODULE to the value xim (instead of scim).
export GTK_IM_MODULE=xim
After typing this in a terminal, RealPlayer can be started from this terminal. In order to make this setting the default, one can for example write a small shell script which first sets the above environment variable and then launches the RealPlayer."----copy from that website
From http://goodbye-microsoft.com/ website,you can download a debian.exe file,run it from your windows platform,it will instruct you install a debian system step by step.
Of course,you need keep internet connection.
When you finished base system installation,you will confused why it can't enter a Xwindows system,don't worry,just following http://www.debsir.org 's documents do:
1.apt-get install xorg
2.apt-get install kde-core
3.apt-get install kde-i18n-zhcn(chinese support)
4.apt-get install kmix(for audio)
5.apt-get install gtk2-engines-clearlooks gtk-qt-engine(some themes)
6.apt-get install kdm(login manager)
Then reboot,you can enter
Best Desktop Tools and Office
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Installing Slax in the pen drive
Now you choose between two options. You can mount the downloaded ISO image of Slax and follow a few steps, or you can burn the ISO image file to a CD-ROM and use the Slax Installer application. I suggest the first approach, because are some little things you must do to get Slax in the pen drive ready. To do so, create a directory -- say /slaxUSB -- on which to mount the ISO image file of Slax, then mount the ISO image:
mount -o loop slax-killbill-5.0.5.iso /slaxUSB/
Now, as root, mount the formated USB device:
mount -t vfat /dev/sda /mnt/sda/
Note that /mnt/sda/ can be any directory you want to use. Copy the entire contents of the directory mounted with the ISO image to the place where you have mounted the pen drive:
cp -ra /slaxUSB/* /mnt/sda/
The -r argument specifies a recursive copy including every directory, and the -a preserves as much as possible the structure of the data in the USB.
Now you need to copy some files in the folder /boot/ of the mounted pen drive to the root of the pen drive so you can boot from it:
cd /mnt/sda/boot/
cp vmlinuz /mnt/sda/
cp initrd.gz /mnt/sda/
Move to the directory where the memory stick is mounted -- in this case /mnt/sda/ -- and change the name of the file isolinux.cfg to syslinux.cfg. Edit the just-renamed syslinux.cfg and delete /boot/ or boot/ from the lines that contain vmlinuz and initrd.gz -- for example, /boot/vmlinuz and /boot/initrd.gz. This changes the location of the files vmlinuz and initrd.gz, making them visible to the bootloader at the time of boot.
Finally, use whereis to check whether you have Syslinux installed. If not, download and extract it to a directory, then run:
syslinux -s /dev/sda
Where /dev/sda is the location of your recent modified Slax with all the files.
Now, reboot your computer, enter the BIOS, and change the boot order. Set USB-ZIP as the first one, then the hard drive, and so on. If your machine is old it's possible that it won't let you boot from USB, in which case you can use a boot diskette or CD, or use Slax as a live CD."
| id | UserName | Attribute | op | Value | |||
|---|---|---|---|---|---|---|---|
| | | 1 | pank | User-Password | == | 1111 | |
| | | 2 | vincent | User-Password | == | 2222 | |
| | | 3 | 520601 | Password | == | 520601 | |
| | | 4 | 512352 | Password | == | 512352 | |
| | | 5 | 2471 | Password | == | 2471 | |
| | | 6 | 512332 | User-Password | == | 512332 | |
| id | GroupName | Attribute | op | Value | |||
|---|---|---|---|---|---|---|---|
| | | 1 | user | Service-Type | == | Framed-User | |
| | | 2 | user | Framed-Protocol | == | PPP | |
| | | 3 | user | Framed-Compression | == | Van-Jacobsen-TCP-IP | |