Movatterモバイル変換

[0]ホーム

Jump to content

Code page 437

Edit links

From Wikipedia, the free encyclopedia

(Redirected fromCode page 1055)

Character set of the original IBM PC

Code page 437
Code page 437, as rendered by anIBM PC using standardVGA
MIME / IANA	IBM437
Alias(es)	cp437, 437, csPC8CodePage437,^[1] OEM-US
Languages	English,German,Swedish
Classification	Extended ASCII,OEM code page
Extends	US-ASCII
Other related encodings	Code page 850,CWI-2

Code page 437 (CCSID 437) is thecharacter set of the originalIBM PC (personal computer).^[2] It is also known asCP437,OEM-US,OEM 437,^[3]PC-8,^[4] orMS-DOS Latin US.^[5] The set includes all printableASCII characters as well as some accented letters (diacritics), Greek letters, icons, and line-drawing symbols. It is sometimes referred to as the "OEM font" or "high ASCII", or as "extended ASCII"^[4] (one of many mutually incompatible ASCII extensions).

This character set remains the primary set in the core of anyEGA andVGA-compatible graphics card. As such, text shown when a PC reboots, before fonts can be loaded and rendered, is typically rendered using this character set.^{[note 1]} Many file formats developed at the time of the IBM PC are based on code page 437 as well.

Display adapters

[edit]

This sectiondoes notcite anysources. Please helpimprove this section byadding citations to reliable sources. Unsourced material may be challenged andremoved.(February 2025) (Learn how and when to remove this message)

The original IBM PC contained this font as a 9×14 pixels-per-character font stored in theROM of theIBM Monochrome Display Adapter (MDA) and an 8×8 pixels-per-character font of theColor Graphics Adapter (CGA) cards.^{[citation needed]} TheIBM Enhanced Graphics Adapter (EGA) contained an 8×14 pixels-per-character version, and theVGA contained a 9×16 version.^{[citation needed]}

All these display adapters have text modes in which each character cell contains an8-bit charactercode point (seedetails), giving 256 possible values for graphic characters. All 256 codes were assigned a graphical character in ROM, including the codes from 0 to 31 that were reserved in ASCII for non-graphical control characters.

Various Eastern European PCs^[which?] used different character sets, sometimes user-selectable via jumpers or CMOS setup. These sets were designed to match 437 as much as possible, for instance sharing the code points for many of the line-drawing characters, while still allowing text in a local language to be displayed.

Alt codes

[edit]

A legacy of code page 437 is the number combinations used in WindowsAlt codes.^[6]^[7]^[8] A DOS user could enter a character by holding down theAlt key and entering the character code on thenumpad^[6] and many users memorized the numbers needed for CP437 (or for the similarCP850). Although Microsoft Windows used different character sets such asCP1252, the original numbers were emulated so users could continue to use them; Microsoft added the ability to type a code from the Windows character set by typing 0 before the digits.^[6]^[9]

Character set

[edit]

The following tables show code page 437. Each character is shown with its equivalentUnicode code point (when it is not equal to the character's code). Atooltip, generally available only when one points to the immediate left of the character, shows the Unicode code point name and the decimalAlt code. See also the notes below, as there are multiple equivalent Unicode characters for some code points.

Although the ROM provides a graphic for all 256 different possible 8-bit codes, someAPIs will not print some code points, in particular the range 0-31 and the code at 127.^[10] Instead, they will interpret them as control characters. For instance, many methods of outputting text on the original IBM PC would interprethex codes 07, 08, 0A, and 0D asBEL,BS,LF, andCR, respectively. Many printers were also unable to print these characters.

Code page 437^[11]^[12]^[13]^[14]
	0	1	2	3	4	5	6	7	8	9	A	B	C	D	E	F
0x 0	NUL^[a]	☺︎ 263A	☻ 263B	♥︎ 2665	♦︎ 2666	♣︎ 2663	♠︎ 2660	• 2022	◘ 25D8	○ 25CB	◙ 25D9	♂︎ 2642	♀︎ 2640	♪ 266A	♫^[b] 266B	☼ 263C
1x 16	► 25BA	◄ 25C4	↕︎ 2195	‼︎ 203C	¶ 00B6	§ 00A7	▬ 25AC	↨ 21A8	↑ 2191	↓ 2193	→ 2192	← 2190	∟ 221F	↔︎ 2194	▲ 25B2	▼ 25BC
2x 32	SP	!	"	#	$	%	&	'	(	)	*	+	,	-	.	/
3x 48	0	1	2	3	4	5	6	7	8	9	:	;	<	=	>	?
4x 64	@	A	B	C	D	E	F	G	H	I	J	K	L	M	N	O
5x 80	P	Q	R	S	T	U	V	W	X	Y	Z	[	\	]	^	_
6x 96	`	a	b	c	d	e	f	g	h	i	j	k	l	m	n	o
7x 112	p	q	r	s	t	u	v	w	x	y	z	{	\|^[c]	}	~	⌂^[d] 2302
8x 128	Ç 00C7	ü 00FC	é 00E9	â 00E2	ä 00E4	à 00E0	å 00E5	ç 00E7	ê 00EA	ë 00EB	è 00E8	ï 00EF	î 00EE	ì 00EC	Ä 00C4	Å 00C5
9x 144	É 00C9	æ 00E6	Æ 00C6	ô 00F4	ö 00F6	ò 00F2	û 00FB	ù 00F9	ÿ 00FF	Ö 00D6	Ü 00DC	¢ 00A2	£ 00A3	¥ 00A5	₧ 20A7	ƒ 0192
Ax 160	á 00E1	í 00ED	ó 00F3	ú 00FA	ñ 00F1	Ñ 00D1	ª 00AA	º 00BA	¿ 00BF	⌐ 2310	¬ 00AC	½ 00BD	¼ 00BC	¡ 00A1	« 00AB	» 00BB
Bx 176	░ 2591	▒ 2592	▓ 2593	│^[e] 2502	┤ 2524	╡ 2561	╢ 2562	╖ 2556	╕ 2555	╣ 2563	║ 2551	╗ 2557	╝ 255D	╜ 255C	╛ 255B	┐ 2510
Cx 192	└ 2514	┴ 2534	┬ 252C	├ 251C	─ 2500	┼ 253C	╞ 255E	╟ 255F	╚ 255A	╔ 2554	╩ 2569	╦ 2566	╠ 2560	═ 2550	╬ 256C	╧ 2567
Dx 208	╨ 2568	╤ 2564	╥ 2565	╙ 2559	╘ 2558	╒ 2552	╓ 2553	╫ 256B	╪ 256A	┘ 2518	┌ 250C	█ 2588	▄ 2584	▌ 258C	▐ 2590	▀ 2580
Ex 224	α 03B1	ß^[f] 00DF	Γ 0393	π^[g] 03C0	Σ^[h] 03A3	σ 03C3	µ^[i] 00B5	τ 03C4	Φ 03A6	Θ^[j] 0398	Ω^[k] 03A9	δ^[l] 03B4	∞ 221E	φ^[m] 03C6	ε^[n] 03B5	∩ 2229
Fx 240	≡ 2261	± 00B1	≥ 2265	≤ 2264	⌠^[o] 2320	⌡ 2321	÷ 00F7	≈ 2248	° 00B0	∙^[p] 2219	· 00B7	√^[q] 221A	ⁿ 207F	² 00B2	■ 25A0	NBSP^[r] 00A0

Symbols and punctuation

When translating to Unicode some codes do not have a unique, single Unicode equivalent; the correct choice may depend upon context.

^0 draws a blank space, but usage as theC string terminator means it is more accurately translated as NUL. In their code-page-437-based implementation of C0-region graphics,Star Micronics printers re-purpose this code as aslashed zero.^[15]
^14 (E_hex) Mapping as shown, to the beamedeighth notes [U+266B, ♫], follows data provided by theUnicode Consortium.^[16] In IBM's GCGID (Graphic Character Global IDentifier) system of character IDs, this is SM910000, simply annotated as "Two Musical Notes";^[12]^[13] however, the reference glyph shows two beamedsixteenth notes [U+266C, ♬].^[12] In the specification forIBM Japanese Host code, SM910080 (i.e. SM910000 with thefullwidth attribute set) is explicitly mapped to U+266C, and accordingly shows two semiquavers.^[17]
^124 (7C_hex) The actual glyph at this position is abroken bar [U+00A6, ¦] in the originalIBM PC andcompatibles font, as rendered by the originalMDA. This rendering was later adopted forCGA,EGA andVGA (see image at the beginning of the article). However, almost all software assumes this code is the ASCII character [U+007C, |]; for example, programming languages use it as "or". In the early 1990s, it was clarified^{[by whom?]} that there is vertical bar inASCII at this position and that the broken bar symbol is not part of ASCII.
^127 (7F_hex) is a "house" but was also sometimes used as Greek capitaldelta [U+0394, Δ].
^179 (B3_hex) Could also serve as an integral extension [U+23AE, ⎮] in IBM's font.
^
Comparison of characters in the E0 to EF range across various IBM products.
225 (E1_hex) is identified by IBM as Latin "Sharp s Small"^[13] [U+00DF, ß] but is sometimes rendered inOEM fonts as Greek smallbeta [U+03B2, β]. The placement of this Latin character among Greek characters suggests intended multi-use.
^227 (E3_hex) is identified by IBM as Greek "Pi Small" [U+03C0, π] but is sometimes rendered in OEM fonts as Greek capital pi [U+03A0, Π] or then-ary product sign [U+220F, ∏].
^228 (E4_hex) is identified by IBM as Greek "Sigma Capital" [U+03A3, Σ] but is also used as then-ary summation sign [U+2211, ∑].
^230 (E6_hex) is identified by IBM as Greek "Mu Small" [U+03BC, μ] but is also used as themicro sign [U+00B5, µ]. IBM's Greek GCGID table^[18] maps the character in this code page to the Greek letter, but the cp437_DOSLatinUS to Unicode table^[11] maps it to the micro sign.
^233 (E9_hex) is identified by IBM as Greek "Theta Capital" [U+0398, Θ].^[12]^[13] However, these symbols are for mathematics and physics, in which lowercase theta is much more commonly used (e.g. for polar coordinates).
^234 (EA_hex) is identified by IBM as Greek "Omega Capital" [U+03A9, Ω] but is also used as theohm sign [U+2126, Ω]. Unicode considers the characters to be equivalent and suggests that U+03A9 be used in both contexts.^[19]
^235 (EB_hex) is identified by IBM as Greek "Delta Small" [U+03B4, δ]. It was also unofficially used for the smalleth [U+00F0, ð] and thepartial derivative sign [U+2202, ∂]
^237 (ED_hex) is identified by IBM as Greek "Phi Small (Closed Form)" [U+03D5, ϕ; or, from the italicized math set, U+1D719, 𝜙] but, Unicode maps it to the open (or "loopy") form [U+03C6, φ] in its cp437_DOSLatinUS table.^[11] Comparison of IBM's Greek GCGID table^[18] with Unicode's Greek code chart^[20] shows where IBM, for example, reversed the open and closed forms when mapping to Unicode. This character is also used as theempty set sign [U+2205, ∅], thediameter sign [U+2300, ⌀], and theLatin letter O with stroke [U+00D8, Ø; and U+00F8, ø].
^238 (EE_hex) is identified by IBM as Greek "Epsilon Small" [U+03B5, ε] but is sometimes rendered in OEM fonts as theelement-of sign [U+2208, ∈]. It was often used as theeuro sign [U+20AC, €]
^244 (F4_hex) and 245 (F5_hex) are the upper and lower portion of theintegral symbol (∫), and they can be extended with the character 179 (B3_hex), the vertical line of the box drawing block. 244 could also be used for thelong s character [U+017F, ſ].
^249 (F9_hex) and 250 (FA_hex) are almost indistinguishable: the first is a slightly larger dot than the second, both were used asbullets,middle dot, andmultiplication dot [U+2219, ∙]
^251 (FB_hex) was also sometimes used as acheck mark [U+2713, ✓].
^255 (FF_hex) draws a blank space; the use as non-breaking space (NBSP) has precedent inword processors designed for the IBM PC.

History

[edit]

The repertoire of code page 437 was taken from the character set ofWang word-processing machines, according toBill Gates in an interview with Gates andPaul Allen that appeared in the 2 October 1995 edition ofFortune Magazine:

"... We were also fascinated by dedicated word processors from Wang, because we believed that general-purpose machines could do that just as well. That's why, when it came time to design the keyboard for the IBM PC, we put the funny Wang character set into the machine—you know, smiley faces and boxes and triangles and stuff. We were thinking we'd like to do a clone of Wang word-processing software someday."

According to an interview withDavid J. Bradley (developer of the PC'sROM-BIOS) the characters were decided upon during a four-hour meeting on a plane trip from Seattle to Atlanta by Andy Saenz (responsible for the video card), Lew Eggebrecht (chief engineer for the PC) and himself.^[21]

The selection of graphic characters has some internal logic:

Table rows 0 and 1, codes 0 to 31 (00_hex to 1F_hex), are assorteddingbats (complementary and decorative characters). The isolated character 127 (7F_hex) also belongs to this group.
Table rows 2 to 7, codes 32 to 126 (20_hex to 7E_hex), are the standardASCII printable characters.
Table rows 8 to 10, codes 128 to 175 (80_hex to AF_hex), are a selection of international text characters.
Table rows 11 to 13, codes 176 to 223 (B0_hex to DF_hex), arebox drawing andblock characters. This block is arranged so that characters 192 to 223 (C0_hex to DF_hex) contain all the right arms and right-filled areas. The originalIBM PC MDA display adapter stored the code page 437 characterglyphs asbitmaps eightpixels wide, but for visual enhancement displayed them every nine pixels on screen. This range of characters had the eighth pixel column duplicated by special hardware circuitry,^[22] thus filling in gaps in lines and filled areas. The VGA adapter allows this behaviour to be turned on or off.^[23]
Table rows 14 and 15, codes 224 to 254 (E0_hex to FE_hex) are devoted to mathematical symbols, where the first twelve are a selection of Greek letters commonly used in physics.

Most fonts forMicrosoft Windows include the special graphic characters at the Unicode indexes shown, as they are part of theWGL4 set that Microsoft encourages font designers to support. (The monospaced raster font familyTerminal was an early font that replicated all code page 437 characters, at least at some resolutions.) To draw these characters directly from these code points, aMicrosoft Windows font called MS Linedraw^[24] replicates all of the code page 437 characters, thus providing one way to display DOS text on a modern Windows machine as it was shown in DOS, with limitations.^[25]

Code page 1055, also known as HP symbol set 0L,^[26] is a subset which includes the box-drawing, half-blocks, black circles (the black circle replaces the bullet, which replaces the middle dot in this code page), and black square, and moves them to the upper half; the space is also included.^[27]

Internationalization

[edit]

Code page 437 has a series of international characters, mainly values 128 to 175 (80_hex to AF_hex). However, it only covers a few major Western European languages in full, includingEnglish,German andSwedish,^{[note 2]} and so lacks several characters (mostly capital letters) important to many major Western European languages:

Spanish: Á, Í, Ó, and Ú
French: À, Â, È, Ê, Ë, Î, Ï, Ô, Œ, œ, Ù, Û, and Ÿ
Portuguese: Á, À, Â, Ã, ã, Ê, Í, Ó, Ô, Õ, õ, and Ú
Catalan: À, È, Í, Ï, Ò, Ó, and Ú
Italian: À, È, Ì, Ò, and Ù
Icelandic: Á, Ð, ð, Í, Ó, Ú, Ý, ý, Þ, and þ
Danish/Norwegian: Ø and ø. Character number 237 (ED_hex), the small phi (closed form), could be used as a surrogate even though it may not render well (furthermore, it tends to map to Unicode, and/or render in Unicode fonts, as the open-form phi or the closed-vertical-form phi, which are even further from the O with stroke). To compensate, theDanish/Norwegian andIcelandic code pages (865 and861) replaced cent sign (¢) with ø and the yen sign (¥) with Ø.
MostGreek alphabet symbols were omitted, beyond the basic math symbols. (They were included in the Greek-language code pages737 and869. Some of the Greek symbols that were already in code page 437 had their glyphs changed from mathematical or scientific forms to match the actual use in Greek.)

Along with thecent (¢),pound sterling (£) andyen/yuan (¥) currency symbols, it has a couple of former European currency symbols: theflorin (ƒ, Netherlands) and thepeseta (₧, Spain). The presence of the last is unusual, since the Spanish peseta was never an internationally relevant currency, and also never had a symbol of its own; it was simply abbreviated as "Pt", "Pta", "Pts", or "Ptas". Spanish models of theIBM electric typewriter, however, also had a single position devoted to it.

Later DOS character sets, such ascode page 850 (DOS Latin-1), code page 852 (DOS Central-European) andcode page 737 (DOS Greek), filled the gaps for international use with some compatibility with code page 437 by retaining the single and double box-drawing characters, while discarding the mixed ones (e.g. horizontal double/vertical single). All code page 437 characters have similar glyphs inUnicode and in Microsoft'sWGL4 character set, and therefore are available in most fonts inMicrosoft Windows, and also in the default VGA font of theLinux kernel, and theISO 10646 fonts forX11.

Notes

[edit]

^Systems available in Eastern European, Arabic, and Asian countries often use a different set; however, these sets are designed to match 437 as much as possible. The designation "OEM", for "original equipment manufacturer", indicates that the set could be changed by the manufacturer to meet different markets.
^It also covers some less major Western European languages—as well as some other languages—in full, includingBasque,Malay, and the pre-1999Turkmen Latin alphabet, but this was likely unintended.

References

[edit]

^Character Sets,Internet Assigned Numbers Authority (IANA), 12 December 2018
^"CCSID 437 information document". Archived fromthe original on 27 March 2016.
^"OEM 437".Go Global Developer Center.Microsoft. Archived fromthe original on 9 June 2016. Retrieved22 September 2011.
^^a ^b"OEM font".Encyclopedia. PCmag.com.Archived from the original on 27 November 2020. Retrieved19 October 2021.
^Kano, Nadine. "Appendix H Code Pages".Globalization and Localization : Code Page 437 MS-DOS Latin US.Microsoft.Archived from the original on 17 March 2016. Retrieved6 February 2025.
^^a ^b ^c"Glossary of Terms Used on this Site".Microsoft. (Please see the description about the term "Alt+Numpad"). Archived fromthe original on 8 September 2012. Retrieved17 August 2018.
^Murray Sargent."Entering Unicode Characters – Murray Sargent: Math in Office". Retrieved17 August 2018.
^"ALT+NUMPAD ASCII Key Combos: The α and Ω of Creating Obscure Passwords". Retrieved17 August 2018.
^"Insert ASCII or Unicode Latin-based symbols and characters - Office Support".Microsoft. Retrieved17 August 2018.
^"SBCS code page information document CPGID 00437".Coded character sets and related resources.IBM. 1986 [1984-05-01]. Archived fromthe original on 9 June 2016. Retrieved14 November 2011.
^^a ^b ^cSteele, Shawn (24 April 1996)."cp437_DOSLatinUS to Unicode table"(TXT). 2.00.Unicode Consortium.Archived from the original on 9 June 2016. Retrieved14 November 2011.
^^a ^b ^c ^dCode Page CPGID 00437(PDF), IBM
^^a ^b ^c ^d"Code Page (CPGID): 00437".Coded character sets and related resources.IBM. 1984. Retrieved3 August 2023.
^International Components for Unicode (ICU), ibm-437_P100-1995.ucm, 3 December 2002
^"Appendix D: Character Sets (§ IBM Special Character Set)"(PDF).User's Manual: LC-8021 Dot Matrix Printer.Star Micronics. 1997. p. 55.Archived(PDF) from the original on 8 September 2004. Retrieved25 April 2024.
^Whistler, Ken (27 July 1999)."IBM PC memory-mapped video graphics to Unicode".Unicode Consortium.
^"IBM Japanese Graphic Character Set, Kanji: DBCS–Host and DBCS-PC"(PDF).IBM. 2002. C-H 3-3220-024 2002-11.
^^a ^b"Graphic character identifiers: Alphabetics, Greek".Coded character sets and related resources.IBM. Retrieved25 February 2017.
^The Unicode Consortium (21 May 2003). "Chapter 7: European Alphabetic Scripts".The Unicode Standard 4.0(PDF).Addison-Wesley (published August 2003). p. 176.ISBN 0-321-18578-1. Retrieved9 June 2016.
^"Greek and Coptic: Range: 0370–03FF"(PDF).The Unicode Standard, Version 9.0.Unicode Consortium. Retrieved25 February 2017.
^Edwards, Benj (6 November 2015) [2011]."Origins of the ASCII Smiley Character: An Email Exchange With Dr. David Bradley".Archived from the original on 28 November 2016. Retrieved27 November 2016.If you look at the first 32 characters in theIBM PC character set you'll see lots of whimsical characters — smiley face, musical notes, playing card suits and others. These were intended for character based games [...] Since we were using 8-bit characters we had 128 new spots to fill. We put serious characters there — three columns of foreign characters, based on ourDatamaster experience. Three columns of block graphic characters [...] many customers with Monochrome Display Adapter would have no graphics at all. [...] two columns had math symbols, greek letters (for math) and others [...] about the first 32 characters (x00-x1F)? [...] These characters originated with teletype transmission. But we could display them on the character based screens. So we added a set of "not serious" characters. They were intended as display only characters, not for transmission or storage. Their most probable use would be in character based games. [...] As in most things for the IBM PC, the one year development schedule left little time for contemplation and revision. [...] the character set was developed in a three person 4-hour meeting, and I was one of those on that plane from Seattle to Atlanta. There was some minor revision after that meeting, but there were many other things to design/fix/decide so that was about it. [...] the other participants in that plane trip were Andy Saenz — responsible for the video card, and Lew Eggebrecht — the chief engineer for the PC.
^Wilton, Richard (December 1987).Programmer's Guide to PC & PS/2 Video Systems: Maximum Video Performance Form the EGA, VGA, HGC, and MCGA (1st ed.).Microsoft Press.ISBN 1-55615-103-9.
^Joshua D. Neal,Attribute Controller Registers: Attribute Mode Control Register, Hardware Level VGA and SVGA Video Programming Information Page: bit 2 is Line Graphics Enable.
^Mike Jacobs."MS LineDraw font family - Typography | Microsoft Docs".Microsoft typography. 2.00.Microsoft Corporation. Retrieved17 August 2018.
^Staff (26 October 2013)."WD97: MS LineDraw Font Not Usable in Word".Microsoft. 2.0.Microsoft. KB179422, Q179422.Archived from the original on 24 March 2016. Retrieved1 July 2012.
^"HP Symbol sets".
^"Code Page 1055"(PDF). Archived fromthe original(PDF) on 21 January 2013.

External links

[edit]

IBM PC memory-mapped video graphics to Unicode on official Unicode site

v t e Character encodings
Early telecommunications	Telegraph code Needle Morse Non-Latin Wabun/Kana Chinese Cyrillic Baudot and Murray Fieldata ASCII ISO/IEC 646 BCDIC Teletex andVideotex/Teletext T.51/ISO/IEC 6937 ITU T.61 ITU T.101 World System Teletext background sets Transcode
ISO/IEC 8859	Approved parts -1 (Western Europe) -2 (Central Europe) -3 (Maltese/Esperanto) -4 (North Europe) -5 (Cyrillic) -6 (Arabic) -7 (Greek) -8 (Hebrew) -9 (Turkish) -10 (Nordic) -11 (Thai) -13 (Baltic) -14 (Celtic) -15 (New Western Europe) -16 (Romanian) Abandoned parts -12 (Devanagari) Proposed but not approved KOI-8 Cyrillic Sámi Adaptations Welsh Estonian Ukrainian Cyrillic
Bibliographic use	MARC-8 ANSEL CCCII/EACC ISO 5426 5426-2 5427 5428 6438 6862
National standards	ArmSCII Big5 BraSCII BSCII CNS 11643 DIN 66003 ELOT 927 GOST 10859 GB 2312 GB 12345 GB 12052 GB 18030 HKSCS ISCII JIS X 0201 JIS X 0208 JIS X 0212 JIS X 0213 KOI-7 KPS 9566 KS X 1001 KS X 1002 LST 1564 LST 1590-4 PASCII Shift JIS SI 960 TIS-620 TSCII VISCII VSCII YUSCII
ISO/IEC 2022	ISO/IEC 8859 ISO/IEC 10367 Extended Unix Code / EUC
Mac OSCode pages ("scripts")	Armenian Arabic Barents Cyrillic Celtic Central European Croatian Cyrillic Devanagari Farsi (Persian) Font X (Kermit) Gaelic Georgian Greek Gujarati Gurmukhi Hebrew Iceland Inuit Keyboard Latin (Kermit) Maltese/Esperanto Ogham Roman Romanian Sámi Turkish Turkic Cyrillic Ukrainian VT100
DOS code pages	437 737 850 858 861 862 863 864 865 866 867 868 869 899 904 932 936 942 949 950 951 1040 1043 1046 1098 1115 1116 1117 1118 1127 ABICOMP CS Indic CSX Indic CSX+ Indic CWI-2 Iran System Kamenický Mazovia MIK
IBM AIX code pages	895 896 912 915 921 922 1006 1008 1009 1010 1012 1013 1014 1015 1016 1017 1018 1019 1046 1133
Windows code pages	CER-GS 932 936 (GBK) 950 Extended Latin-8 1250 1251 1252 1253 1254 1255 1256 1257 1258 1270 Cyrillic + French Cyrillic + German Polytonic Greek
EBCDIC code pages	Japanese language in EBCDIC DKOI
DEC terminals (VTx)	Multinational (MCS) National Replacement (NRCS) French Canadian Swiss Spanish United Kingdom Dutch Finnish French Norwegian and Danish Swedish Norwegian and Danish (alternative) 8-bit Greek 8-bit Turkish SI 960 Hebrew Special Graphics Technical (TCS)
Platform specific	1052 1053 1054 1055 1058 Acorn RISC OS Amstrad CPC Apple II ATASCII Atari ST BICS Casio calculators CDC Compucolor 8001 Compucolor II CP/M+ DEC RADIX 50 DEC MCS/NRCS DG International Galaksija GEM GSM 03.38 HP Roman HP FOCAL HP RPL SQUOZE LICS LMBCS MSX NEC APC NeXT PETSCII PostScript Standard PostScript Latin 1 SAM Coupé Sega SC-3000 Sharp calculators Sharp MZ Sinclair QL Teletext TI calculators TRS-80 Ventura International WISCII XCCS ZX80 ZX81 ZX Spectrum
Unicode /ISO/IEC 10646	UTF-1 UTF-7 UTF-8 UTF-16 UTF-32 UTF-EBCDIC GB 18030 DIN 91379 BOCU-1 CESU-8 SCSU TACE16 Comparison of Unicode encodings
TeX typesetting system	Cork LY1 OML OMS OT1
Miscellaneous code pages	ABICOMP ASMO 449 Digital encoding of APL symbols ISO-IR-68 ARIB STD-B24 Fieldata HZ IEC-P27-1 INIS 7-bit 8-bit ISO-IR-169 ISO 2033 KOI KOI8-R KOI8-RU KOI8-U Mojikyō SEASCII Stanford/ITS Symbol TRON Unified Hangul Code
Control character	Morse prosigns C0 and C1 control codes ISO/IEC 6429 JIS X 0211 Unicode control, format and separator characters Whitespace characters
Related topics	CCSID Character encodings in HTML Charset detection Han unification Hardware code page MICR code Mojibake Variable-length encoding
Character sets

Retrieved from "https://en.wikipedia.org/w/index.php?title=Code_page_437&oldid=1319365036#History"

Categories:

Hidden categories:

[8]ページ先頭