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In /etc/syslog.conf, if an error type is not specified, is it logged anywhere (most preferable is it logged to /var/log/messages) or not?
To be more precise I am interested in error and critical level messages. At default these errors are not specified in syslog.conf, and I need to... (6 Replies)
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I'm trying to figure out how to display Chinese and Japanese Characters on my SLES 11 Console. Is there any way that I could display those characters on my console?
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I'm trying to figure out how to display Chinese and Japanese Characters on my RHEL 6 Console. There is no more "bogl-bterm" for RHEL6, that is not supported anymore. Is there any way that I could display them?
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Hi,
I am working on Montavista linux.
Japanese language is not getting rendered.
I executed fc-list command and found that japanese fonts were not installed. But adding
sazanami-gothic.ttf from the web is also not working, fc-list does not display japanese fonts yet.
How can i add... (0 Replies)
Hello,
I am not a programmer, please be patient.
Actually, I have started to look into Perl because it seems to be able to solve all the problems (or most of them) I happen meet using my computer. These problems are generally all text-manipulation-related.
Although I started to study, I cannot... (6 Replies)
Hello. I'm a complete newbie to C programming. I have a C program that wasn't written by me where I need to write some wrappers around it to automate and make it easier for a client to use. The problem is that the program accepts standard input to control the program... I'm hoping to find a simple... (6 Replies)
I got a korean file from AS/400 machine and save it in a AIX Server (using ftp command).
The file is converting to CCSID 949 (korean character) and CCSID 13488 (unicode) respectively.
It is no problem to view 2 file by using F-Secure SSH Client (command more)from a window Xp (locale : Korean).... (0 Replies)
atty(7) Miscellaneous Information Manual atty(7)NAME
atty - Asian terminal driver
SYNOPSIS
#include <sys/aioctl.h>
DESCRIPTION
This reference page describes the additional features supported in the Asian terminal driver used for conversational computing in a Japa-
nese, Chinese, or Korean environment. See tty(7) for a description of the general terminal interface. See stty(1) for information on how
to activate the features discussed here.
The Asian terminal driver is available only if you install the Tru64 UNIX optional subsets for worldwide support. The Asian terminal
driver must be configured into the current running kernel in order for the features described below to be enabled.
Line Disciplines
Line discipline switching to the Asian terminal driver is accomplished with the TIOCSETD ioctl as follows:
int ldisc = ASYDISC;
ioctl(f, TIOCSETD, &ldisc);
Input Editing
A character for the Asian terminal driver can be composed of one or more bytes, depending on the terminal codeset selected by the user. In
addition, the ISTRIP mask of the c_iflag field does not work with this driver. The erase character (VERASE) logically erases the whole
character, which may be more than one byte long.
Code Conversion
The Asian terminal driver allows an application to communicate with the driver in one codeset while the driver communicates with the physi-
cal device in another codeset. These two different codesets are called the application codeset and the terminal codeset, respectively.
The driver performs any necessary codeset conversion on data passed between your application and the device.
The following application codesets are supported by the Asian terminal driver. The keyword that specifies the codeset in command parameters
is shown in parentheses. DEC Kanji (deckanji) Super DEC Kanji (sdeckanji) Japanese EUC (eucJP) Shift JIS (SJIS) DEC Hanzi (dechanzi) DEC
Hanyu (dechanyu) Taiwanese EUC (eucTW) DEC Korean (deckorean) Korean EUC (eucKR) UTF-8 (UTF-8) Big-5 (big5)
Reference pages are available for each codeset; for example, to find out more about the DEC Korean codeset, see deckorean(5).
The following terminal codesets are supported by the Asian terminal driver. The keyword that specifies the codeset in command parameters is
shown in parentheses. DEC Kanji (dec) DEC Kanji - 1978 (dec78) Japanese EUC (eucJP) Shift JIS (SJIS) 7-bit JIS (jis7) 8-bit JIS (jis8) DEC
Hanzi (dechanzi) Taiwanese EUC (eucTW) DEC Korean (deckorean) Korean EUC (eucKR) UTF-8 (UTF-8) Big-5 (big5) Telecode (telecode)
By default, the Asian terminal driver supports all listed codesets except for Big-5, Telecode, and UTF-8. Support for the BIG-5, UTF-8, and
Telecode codesets requires linking additional modules (that are supplied in optional subsets) into the kernel.
History Mode Line Editing
The history mode supported by the Asian terminal driver allows the user to have Emacs-like control for editing previously entered command
lines. Up to 32 lines can be stored in history mode, and each line can have a maximum length of 127 characters. When commands are long, it
is possible that fewer than 32 commands are stored in the history list. Short commands, those less than three characters (single-byte or
multibyte) in length, are not stored in the history list.
The following editing commands are available in history mode: Move to the beginning of line. Delete the character under the cursor. Move
to the end of the line. Recall the previous command in the history list. Recall the next command in the history list. Move the cursor
left by one character. Move the cursor right by one character. Delete the character before the cursor. You can use the stty command to
determine and set the character that erases a character. Delete the word before the cursor. You can use the stty command to determine and
set the character that erases a word.
Typing a normal character causes it to be inserted before the character under the cursor. The kill, interrupt, and suspend characters cause
the Asian terminal driver to break out of history mode.
Kana-Kanji Conversion
The Kana-Kanji conversion mechanism for Japanese allows users to enter an ASCII or Kana string and convert it to a Kanji or another Kana
string. The conversion is supported in both cbreak and cooked mode, but activation of Kana-Kanji conversion is different for each mode.
See kkc(5) for more information about Kana-Kanji conversion. See stty(1) on how to activate Kana-Kanji conversion under different modes.
Software On-Demand Loading
The Software On-Demand Loading (SoftODL) mechanism allows users to display any number of user-defined characters (UDC) on terminals that
support hardware On-Demand Loading (ODL). Refer to odl(5) for more information about on-demand loading of UDCs.
Software Phrase Input Method
The Software phrase Input Method (SIM) mechanism for Chinese allows users to enter a long phrase by typing in a short phrase key. Refer to
sim(5) for more information on this input mechanism.
RELATED INFORMATION
Commands: stty(1)
Functions: ioctl(2)
Files: tty(7), utx(7)
Others: big5(5), Chinese(5), dechanyu(5), dechanzi(5), deckanji(5), eucJP(5), eucKR(5), eucTW(5), Japanese(5), kkc(5), Korean(5), odl(5),
sdeckanji(5), shiftjis(5), sim(5), telecode(5), Unicode(5) delim off
atty(7)
