Code page 895

Code page 895 (CCSID 895)[1] is a 7-bit character set and is Japan's national ISO 646 variant.[2] It is the Roman set (first or left half) of the JIS X 0201 (formerly JIS C 6220) Japanese Standard and is variously called Japan 7-Bit Latin,[3] JISCII,[4] JIS Roman,[5] JIS C6220-1969-ro, ISO646-JP[6] or Japanese-Roman.[7] Its ISO-IR registration number is 14.[8]

This is IBM's Code page 895, as used on AIX. For the Czech encoding sometimes called Code page 895 on DOS, see Kamenický encoding.

Amongst IBM's code pages, it accompanies code page 896 (half-width katakana), which encodes the Kana set of JIS X 0201 with extensions, and code page 897 which encodes the 8-bit form of JIS X 0201. It is used in Unix-like systems and, when combined with code page 896 and the 2-byte IBM code page 952 and code page 953, makes up the four code-sets of code page 954, one of IBM's versions of EUC-JP.

Codepage layout
Code page 895 / ISO-IR-014[8][9][10]
_0 _1 _2 _3 _4 _5 _6 _7 _8 _9 _A _B _C _D _E _F
0_
0
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
1_
16
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
2_
32		 SP
0020		 !
0021		 "
0022		 #
0023		 $
0024		 %
0025		 &
0026		 '
0027		 (
0028		 )
0029		 *
002A		 +
002B		 ,
002C		 -
002D		 .
002E		 /
002F
3_
48		 0
0030		 1
0031		 2
0032		 3
0033		 4
0034		 5
0035		 6
0036		 7
0037		 8
0038		 9
0039		 :
003A		 ;
003B		 <
003C		 =
003D		 >
003E		 ?
003F
4_
64		 @
0040		 A
0041		 B
0042		 C
0043		 D
0044		 E
0045		 F
0046		 G
0047		 H
0048		 I
0049		 J
004A		 K
004B		 L
004C		 M
004D		 N
004E		 O
004F
5_
80		 P
0050		 Q
0051		 R
0052		 S
0053		 T
0054		 U
0055		 V
0056		 W
0057		 X
0058		 Y
0059		 Z
005A		 [
005B		 ¥
00A5		 ]
005D		 ^
005E		 _
005F
6_
96		 `
0060		 a
0061		 b
0062		 c
0063		 d
0064		 e
0065		 f
0066		 g
0067		 h
0068		 i
0069		 j
006A		 k
006B		 l
006C		 m
006D		 n
006E		 o
006F
7_
112		 p
0070		 q
0071		 r
0072		 s
0073		 t
0074		 u
0075		 v
0076		 w
0077		 x
0078		 y
0079		 z
007A		 {
007B		 |
007C		 }
007D		 ‾
203E		 DEL
007F

  Letter   Number   Punctuation   Symbol   Other   Undefined   Differences from US-ASCII

gollark: As planned.
gollark: Although I actually wrote the regex as```pythonWHITESPACE = r"[\t\n ]*"NUMBER = r"\-?(?:0|[1-9][0-9]*)(?:\.[0-9]+)?(?:[eE][+-]?[0-9]+)?"ARRAY = f"(?:\[{WHITESPACE}(?:|(?R)|(?R)(?:,{WHITESPACE}(?R){WHITESPACE})*){WHITESPACE}])"STRING = r'"(?:[^"\\\n]|\\["\\/bfnrt]|\\u[0-9a-fA-F]{4})*"'TERMINAL = f"(?:true|false|null|{NUMBER}|{STRING})"PAIR = f"(?:{WHITESPACE}{STRING}{WHITESPACE}:{WHITESPACE}(?R){WHITESPACE})"OBJECT = f"(?:{{(?:{WHITESPACE}|{PAIR}|(?:{PAIR}(?:,{PAIR})*))}})"VALUE = f"{WHITESPACE}(?:{ARRAY}|{OBJECT}|{TERMINAL}){WHITESPACE}"```which is much easier.
gollark: Regex is kind of like the APL of string pattern matching, in that it's very terse and expressive but incomprehensible.
gollark: Well, the regex engine is fine with it.
gollark: It's actually a recursive regex, so it can generate infinitely deep problems with a finite... regex.

See also

Shift-JIS

References
  1. "CCSID 895 information document". Archived from the original on 2016-03-26.
  2. RFC 1468
  3. "Code page 895 information document". Archived from the original on 2016-08-10.
  4. "IBM-943 and IBM-932", IBM Knowledge Center, IBM
  5. "kUnicodeForceASCIIRangeMask", Apple Developer Documentation, Apple Inc
  6. RFC 1345
  7. da Cruz, Frank (2010-04-02), "Kermit and MIME Character-Set Names", Kermit Project, Columbia University
  8. ISO-IR 014: The Japanese Roman graphic set of characters (PDF), Information Technology Standards Commission of Japan (ITSCJ/IPSJ)
  9. Code Page CPGID 00895 (pdf) (PDF), IBM
  10. Code Page CPGID 00895 (txt), IBM
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