I am familiar with the style, I do not have much nonsense, also do not want to write a manual, I think a slightly more complex technical engineering and technical personnel the most basic ability is to do research and information collection, what things rely on others very detailed feed to you, you can never become a master, the process itself is very troublesome, Sometimes it's even painful and annoying, but that's the real motivation to really push you into a "master" position. The less you do, the worse the level.
The following is a concise step I made a few days ago, do not want to write complex. I think it's enough to help the students with hands-on skills pass through.
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Oracle 10gr2 RAC + RHEL as4u2 +vmware GSX 3.2.0
Deployment Brifing Guide 0.9
AUTHOR:NNTP 20060119
Reprint may not modify, please specify the author time and source
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1. Environmental
For your own test workstation, if your configuration environment and I am very far away, you do not play, you will be very painful.
------------Hardware Environment--------------------------------------------------------
CPU:AMD Althon64 3200+ x1
MEM:2G DDR400
STORAGE:1X10GB ata for Host OS, 2x80g SATA for application
------------Host Environment----------------------------------------------------------
SuSE Enterprise Linux Server 9 SP3 with latest errata Kernel from Novell
(AMD64/EM64T version)
10GB is installed on the top of my OS, used to do the host OS, and has been tuned. (not in this environment under the Linux tuning of students, you do out of the performance will and I have a lot of gaps)
2 80GB hard drives, I use Linux MD for soft raid, RAID level is 0, and tuning (not in this environment of Linux array Configuration and optimization of the students, you can do the performance and I have a lot of gaps)
VMWare gsx3.2.0 is installed on the 10GB hard drive and also has some minor optimizations (you can find out how to optimize on vtn).
80GB to do RAID0 becomes a 160GB lun. I'm going to go out and mount to/vmegg.
The file system I used was reiserfs and was optimized for file system-level performance.
The structure of the Vmegg is as follows
/vmegg
.../rac
... the/rhel4.
.../n1. .....
.../n2. .....
.../share. .....