How to differentiate between a standalone LPAR and a VIOC (which again is a lpar)?
There can be configurations in IBM Server wherein a
Or
Now in both cases they are lpars. But if I want to differentiate b/w a standalone LPAR vs an VIOC LPAR how can I do..?
On a standalone LPAR:
On a VIOC LPAR:
Hope I made myself clear with my question..?
Last edited by Scrutinizer; 07-17-2015 at 03:31 PM..
Reason: code tags
I have a P570 that for some reason is not allowing the P1-T6 NIC to be recognized. I have confirmed from the HMC that it is set for the LPAR, but when I do a cfgmgr, it won't recognize it. It though is recognizing the slot cards just fine which are P1-C3 for one shelf and P1-C3 of another shelf.... (1 Reply)
Hi,
I have 2 lpars on my AIX that needs to be started manually after each reboot.
Because the servers are storing the NFS and NIS info, other servers won't run correctly until they start up.
I found in IBM documentation the steps to make it automatic.
My question is, I want to know if... (2 Replies)
I am planning for System P with 2 number of 2-core processor (4 core in total).
Can I make 3 LPARS with this processor configuration without the support of micropartitioning, that means with simple LPAR only. (3 Replies)
I have created a new LPAR using IVM.
I activated the LPAR, and start the window terminal (java), it prompt me for the padmin password.
After keyin the password, it will shows BOOTP parameter.
I am just wondering how come it didnt go to screen where i can select to go into SMS menu to pick... (0 Replies)
Hi all,
I have the following configuration
2 ds3524 storage disk systems located over 2 locations
2 P720 server located over 2 locations
DS3524 are connected to san switch.
Each vio server has 1 fc adapter attached to a san switch.
per p720 server 2 virtual io servers. Vio 1 has 1 lun... (2 Replies)
Hi Folks,
I am a newbie in AIX.
Can someone please tell me how to do root mirroring in AIX LPAR which is created from mksysb image via HMC/NIM. ?
AIX 5.3/6.1
Let me know.
Thanks in advance (2 Replies)
We have a 2 node oracle rac cluster one node is in frame 1 and other is in frame 2
Now,because of some hardware failure(processor card and cable) in frame 1 we will failover database services from lpar in frame 1 to lpar(oracle rac cluster node2) in frame2 and the entire replacement of hardware... (9 Replies)
Discussion started by: admin_db
9 Replies
LEARN ABOUT SUNOS
ibmjtoeuc
euctoibmj(1) User Commands euctoibmj(1)NAME
euctoibmj, ibmjtoeuc - Code conversion between Japanese EUC and IBM-Japanese
SYNOPSIS
euctoibmj [-t] [-u code] [-U] [filename...]
ibmjtoeuc [-u code] [-U] [filename...]
AVAILABILITY
SUNWjfpu
DESCRIPTION
euctoibmj converts the contents of the specified filenames from ASCII/ Japanese EUC to EBCDIC/IBM-Japanese. ibmjtoeuc converts the con-
tents of the specified filenames from EBCDIC/IBM-Japanese to ASCII/ Japanese EUC. The both commands write the resultant code to stdout.
If filename is not given, input characters are read from the standard input.
For Japanese language handling, the euctoibmj/ibmjtoeucj pair of commands provide conversion only between the two code standards. Code con-
version among Japanese EUC, JIS, and PC kanji are supported by another set of commands, jistoeuc(1) family or iconv(1).
OPTIONS -u code With this option specified, characters in one code set that do not have corresponding characters in the other are mapped to the
code given in four-digit hexadecimal HOST CODE of IBM Japanese (for euctoibmj) or in four-digit JIS Ku-Ten code (for ibmjtoeuc).
Without this option, such characters are mapped to HOST CODE 4040 (for euctoibmj) or JIS Ku-Ten code 0101 (for ibmjtoeuc).
-U The output is not buffered (The default is buffered output).
-t With this option specified, euctoibmj translates Half-Size Katakana (Code Set 2) in Japanese EUC to the corresponding characters
in Code Set 1 prior to conversion. Without this option, Code Set 2 characters in Japanese EUC are processed to the illegal charac-
ter.
ENVIRONMENT VARIABLES
The environment variables LC_CTYPE and LANG control the character classification throughout these commands. For euctoibmj and ibmjtoeuc to
work correctly, one or both of the environment variables must be set to ja or an equivalent locale. On entry to these commands, these envi-
ronment variables are checked in the following order: LC_CTYPE and LANG. When a valid value is found, remaining environment variables for
character classification are ignored.
FILES
/usr/lib/jcodetables/ibmj-euc
Code conversion table for IBM Japanese.
SEE ALSO iconv(1), jistoeuc(1), iconv_ja(5)DIAGNOSTICS
unexpected data encountered in input.
Illegal character code is found in input file.
BUGS
The ASCII/EBCDIC conversion table are taken from the 256 character standard in the CACM Nov, 1968. The conversion, while less blessed as
a standard, corresponds better to certain IBM print train convertions. There is no universal solution.
The Japanese EUC/IBM Japanese conversion table is based on the IBM Kanji codebook (4th edition - September 1987), JIS X 0201, and JIS X
0208-1983.
If JIS X 0212 caracter set is specified as input, euctoibmj can not support the conversion correctly.
SunOS 5.10 10 Jan 2003 euctoibmj(1)