terminology

Tested Software version 1.13.0 on Linux. The homepage URL of this terminal is https://www.enlightenment.org/about-terminology. Full results available at ucs-detect repository path data/terminology.yaml.

Score Breakdown

Detailed breakdown of how scores are calculated for terminology:

#	Score Type	Raw Score	Final Scaled Score
1	WIDE	99.34%	99.1%
2	NARROW	100.00%	100.0%
3	ZWJ	0.69%	0.7%
4	LANG	72.93%	72.9%
5	VS16	50.00%	50.0%
6	VS15	0.00%	(excluded)
7	SRI	0.00%	0.0%
8	SFZ	100.00%	100.0%
9	RI	98.85%	98.9%
10	FEAT	12.50%	13.3%
11	Graphics	0%	0.0%
12	Resources	48.2%	48.2%

Score Comparison Plot:

The following plot shows how this terminal’s scores compare to all other terminals tested.

Scaled scores comparison across all metrics (normalized 0-100%)

Final Scaled Score Calculation:

• Raw Final Score: 50.87% (weighted average: WIDE + NARROW + ZWJ + LANG + VS16 + 0.33 * SRI + 0.33 * SFZ + RI + CAP + 0.5 * GFX + 0.5 * RSC) the categorized ‘average’ absolute support level of this terminal.

  Note

  RSC (Resources) is a composite CPU, memory, and runtime score. RSC is weighted at 0.5 (half as powerful as other metrics). FEAT (Features) is the fraction of notable features supported. GFX (Graphics) scores 100% for modern protocols (iTerm2, Kitty), 50% for legacy only (Sixel, ReGIS), 0% for none.

• Final Scaled Score: 27.8% (normalized across all terminals tested). Final Scaled scores are normalized (0-100%) relative to all terminals tested

WIDE Score Details:

Wide character support calculation:

• Total successful codepoints: 43306

• Total codepoints tested: 43592

• Formula: 43306 / 43592

• Result: 99.34%

NARROW Score Details:

Narrow character support calculation:

• Total successful codepoints: 36254

• Total codepoints tested: 36254

• Formula: 36254 / 36254

• Result: 100.00%

ZWJ Score Details:

Emoji ZWJ (Zero-Width Joiner) support calculation:

• Total successful sequences: 10

• Total sequences tested: 1445

• Formula: 10 / 1445

• Result: 0.69%

VS16 Score Details:

Variation Selector-16 support calculation:

• Errors: 213 of 426 codepoints tested

• Success rate: 50.0%

• Formula: 50.0 / 100

• Result: 50.00%

VS15 Score Details (excluded from final score):

Variation Selector-15 support calculation:

• Errors: 158 of 158 codepoints tested

• Success rate: 0.0%

• Formula: 0.0 / 100

• Result: 0.00%

SRI Score Details:

Standalone Regional Indicator support calculation:

• Total successful codepoints: 0

• Total codepoints tested: 26

• Formula: 0 / 26

• Result: 0.00%

SFZ Score Details:

Standalone Fitzpatrick skin tone modifier support calculation:

• Total successful codepoints: 5

• Total codepoints tested: 5

• Formula: 5 / 5

• Result: 100.00%

RI Score Details:

Regional Indicator flag sequence support calculation:

• Total successful sequences: 259

• Total sequences tested: 262

• Formula: 259 / 262

• Result: 98.85%

Features Score Details:

Notable terminal features (2.0 / 16):

• Set bracketed paste mode (2004): no

• Synchronized Output (2026): no

• Send FocusIn/FocusOut events (1004): no

• Enable SGR Mouse Mode (1006): no

• Grapheme Clustering (2027): no

• Bracketed Paste MIME (5522): no

• Kitty Keyboard: no

• XTGETTCAP: no

• Text Sizing (OSC 66): no

• Kitty Clipboard Protocol: no

• OSC 52 Clipboard: no

• Kitty Pointer Shapes (OSC 22): no

• Kitty Notifications (OSC 99): no

• Color Report (OSC 10/11): yes

• Terminal Identification (XTVERSION): yes

• Truecolor Detection: no

Raw score: 12.50%

Graphics Score Details:

Graphics protocol support (0%):

• Sixel: no

• ReGIS: no

• iTerm2: no

• Kitty: no

Scoring: 100% for modern (iTerm2/Kitty), 50% for legacy only (Sixel/ReGIS), 0% for none

Resource Score Details:

• Duration: 37.9s

• Mean CPU: 44.6%

• Mean RSS: 100.6 MB

• Resources Score: 48/100

• Note: log-scale composite cost = log(CPU+1) + log(RSS+1) + log(time+1)

• Scaled result: 48.2%

LANG Score Details (Geometric Mean):

Geometric mean calculation:

• Formula: (p₁ × p₂ × … × pₙ)^(1/n) where n = 118 languages

• About geometric mean

• Result: 72.93%

Wide character support

Wide character support of terminology is 99.3% (286 errors of 43592 codepoints tested).

Sequence of a WIDE character, from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0001D31B	‘\U0001d31b’	So	2	TETRAGRAM FOR RESISTANCE

Total codepoints: 1

• Shell test using printf(1), '|' should align in output:

  $ printf "\xf0\x9d\x8c\x9b|\\n12|\\n"
  𝌛|
  12|
  

• See Line 42262 of ucs_wide.txt for this sequence in the example file.

Screenshot:

• python wcwidth.wcswidth() measures width 2, while terminology measures width 1.

Narrow character support

Narrow character support of terminology is 100.0% (0 errors of 36254 codepoints tested).

Emoji ZWJ support

Compatibility of terminology with the Unicode Emoji ZWJ sequence table is 0.7% (1435 errors of 1445 sequences tested).

Sequence of an Emoji ZWJ Sequence, from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0001F3C3	‘\U0001f3c3’	So	2	RUNNER
2	U+0001F3FE	‘\U0001f3fe’	Sk	2	EMOJI MODIFIER FITZPATRICK TYPE-5
3	U+200D	‘\u200d’	Cf	0	ZERO WIDTH JOINER
4	U+2640	‘\u2640’	So	1	FEMALE SIGN
5	U+FE0F	‘\ufe0f’	Mn	0	VARIATION SELECTOR-16
6	U+200D	‘\u200d’	Cf	0	ZERO WIDTH JOINER
7	U+27A1	‘\u27a1’	So	1	BLACK RIGHTWARDS ARROW
8	U+FE0F	‘\ufe0f’	Mn	0	VARIATION SELECTOR-16

Total codepoints: 8

• Shell test using printf(1), '|' should align in output:

  $ printf "\xf0\x9f\x8f\x83\xf0\x9f\x8f\xbe\xe2\x80\x8d\xe2\x99\x80\xef\xb8\x8f\xe2\x80\x8d\xe2\x9e\xa1\xef\xb8\x8f|\\n12|\\n"
  🏃🏾‍♀️‍➡️|
  12|
  

Screenshot:

• python wcwidth.wcswidth() measures width 2, while terminology measures width 6.

Variation Selector-16 support

Emoji VS-16 results for terminology is 213 errors out of 426 total codepoints tested, 50.0% success. Sequence of a NARROW Emoji made WIDE by Variation Selector-16, from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+2733	‘\u2733’	So	1	EIGHT SPOKED ASTERISK
2	U+FE0F	‘\ufe0f’	Mn	0	VARIATION SELECTOR-16

Total codepoints: 2

• Shell test using printf(1), '|' should align in output:

  $ printf "\xe2\x9c\xb3\xef\xb8\x8f|\\n12|\\n"
  ✳️|
  12|
  

Screenshot:

• python wcwidth.wcswidth() measures width 2, while terminology measures width 1.

Variation Selector-15 support

Emoji VS-15 results for terminology is 158 errors out of 158 total codepoints tested, 0.0% success. Sequence of a WIDE Emoji made NARROW by Variation Selector-15, from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0001F3AE	‘\U0001f3ae’	So	2	VIDEO GAME
2	U+FE0E	‘\ufe0e’	Mn	0	VARIATION SELECTOR-15

Total codepoints: 2

• Shell test using printf(1), '|' should align in output:

  $ printf "\xf0\x9f\x8e\xae\xef\xb8\x8e|\\n1|\\n"
  🎮︎|
  1|
  

Screenshot:

• python wcwidth.wcswidth() measures width 1, while terminology measures width 2.

Standalone Regional Indicator support

Standalone Regional Indicator support of terminology is 0.0% (26 errors of 26 codepoints tested).

Sequence of a standalone Regional Indicator, from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0001F1F3	‘\U0001f1f3’	So	2	REGIONAL INDICATOR SYMBOL LETTER N

Total codepoints: 1

• Shell test using printf(1), '|' should align in output:

  $ printf "\xf0\x9f\x87\xb3|\\n12|\\n"
  🇳|
  12|
  

Screenshot:

• python wcwidth.wcswidth() measures width 2, while terminology measures width 1.

Standalone Fitzpatrick modifier support

Standalone Fitzpatrick skin tone modifier support of terminology is 100.0% (0 errors of 5 codepoints tested).

Regional Indicator flag sequence support

Regional Indicator flag sequence support of terminology is 98.9% (3 errors of 262 sequences tested).

Sequence of a Regional Indicator flag sequence, from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0001F3F4	‘\U0001f3f4’	So	2	WAVING BLACK FLAG
2	U+000E0067	‘\U000e0067’	Cf	0	TAG LATIN SMALL LETTER G
3	U+000E0062	‘\U000e0062’	Cf	0	TAG LATIN SMALL LETTER B
4	U+000E0073	‘\U000e0073’	Cf	0	TAG LATIN SMALL LETTER S
5	U+000E0063	‘\U000e0063’	Cf	0	TAG LATIN SMALL LETTER C
6	U+000E0074	‘\U000e0074’	Cf	0	TAG LATIN SMALL LETTER T
7	U+000E007F	‘\U000e007f’	Cf	0	CANCEL TAG

Total codepoints: 7

• Shell test using printf(1), '|' should align in output:

  $ printf "\xf0\x9f\x8f\xb4\xf3\xa0\x81\xa7\xf3\xa0\x81\xa2\xf3\xa0\x81\xb3\xf3\xa0\x81\xa3\xf3\xa0\x81\xb4\xf3\xa0\x81\xbf|\\n12|\\n"
  🏴󠁧󠁢󠁳󠁣󠁴󠁿|
  12|
  

Screenshot:

• python wcwidth.wcswidth() measures width 2, while terminology measures width 8.

Graphics Protocol Support

terminology does not report support for any graphics protocols.

Detection Methods:

• Sixel and ReGIS: Detected via the Device Attributes (DA1) query CSI c (\x1b[c). Extension code 4 indicates Sixel support, 3 ReGIS.

• Kitty graphics: Detected by sending a Kitty graphics query and checking for an OK response.

• iTerm2 inline images: Detected via the iTerm2 capabilities query OSC 1337 ; Capabilities.

Device Attributes Response:

• Extensions reported: 1, 9, 15, 18, 21, 22

• Sixel indicator (4): not present

• ReGIS indicator (3): not present

Language Support

The following 74 languages were tested with 100% success:

(Jinan), (Yeonbyeon), Aja, Amarakaeri, Baatonum, Bamun, Belanda Viri, Bora, Catalan (2), Chickasaw, Chinantec, Chiltepec, Chinese, Gan, Chinese, Hakka, Chinese, Jinyu, Chinese, Mandarin (Beijing), Chinese, Mandarin (Guiyang), Chinese, Mandarin (Harbin), Chinese, Mandarin (Nanjing), Chinese, Mandarin (Simplified), Chinese, Mandarin (Tianjin), Chinese, Mandarin (Traditional), Chinese, Min Nan, Chinese, Wu, Chinese, Xiang, Chinese, Yue, Colorado, Dagaare, Southern, Dangme, Dendi, Dinka, Northeastern, Ditammari, Evenki, Fon, French (Welche), Fur, Ga, Gen, Gilyak, Gumuz, Japanese, Japanese (Osaka), Japanese (Tokyo), Kabyle, Korean, Lamnso’, Lingala (tones), Maori (2), Mazahua Central, Mirandese, Mixtec, Metlatónoc, Mongolian, Halh (Mongolian), Mòoré, Nanai, Navajo, Nuosu, Orok, Otomi, Mezquital, Picard, Saint Lucian Creole French, Secoya, Shipibo-Conibo, Siona, South Azerbaijani, Tamazight, Central Atlas, Tem, Ticuna, Uduk, Veps, Vietnamese, Vietnamese (Han nom), Waama, Yaneshaʼ, Yoruba, Éwé.

The following 44 languages are not fully supported:

lang	n_errors	n_total	pct_success
Maldivian	209	226	7.5%
Khün	337	396	14.9%
Javanese (Javanese)	449	530	15.3%
Tibetan, Central	179	214	16.4%
Dzongkha	160	200	20.0%
Lao	217	277	21.7%
Mon	258	332	22.3%
Chakma	200	267	25.1%
Telugu	286	384	25.5%
Thai (2)	186	252	26.2%
Thai	193	262	26.3%
Shan	132	181	27.1%
Sanskrit	354	493	28.2%
Burmese	192	268	28.4%
Khmer, Central	294	443	33.6%
Tai Dam	120	189	36.5%
Hindi	247	390	36.7%
Maithili	224	357	37.3%
Marathi	245	391	37.3%
Nepali	218	352	38.1%
Malayalam	479	845	43.3%
Gujarati	191	343	44.3%
Panjabi, Eastern	165	302	45.4%
Magahi	171	314	45.5%
Bhojpuri	167	313	46.6%
Bengali	205	385	46.8%
Tagalog (Tagalog)	16	34	52.9%
Tamang, Eastern	28	70	60.0%
Sinhala	99	258	61.6%
Kannada	104	287	63.8%
Urdu (2)	23	82	72.0%
Sanskrit (Grantha)	79	293	73.0%
Pular (Adlam)	24	93	74.2%
Urdu	25	110	77.3%
Yiddish, Eastern	10	58	82.8%
Tamil	26	175	85.1%
Tamil (Sri Lanka)	26	175	85.1%
Assyrian Neo-Aramaic	6	42	85.7%
Arabic, Standard	8	60	86.7%
Farsi, Western	6	49	87.8%
Dari	3	54	94.4%
Panjabi, Western	3	62	95.2%
Pashto, Northern	2	62	96.8%
Seraiki	2	64	96.9%

Maldivian

Sequence of language Maldivian from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0780	‘\u0780’	Lo	1	THAANA LETTER HAA
2	U+07A6	‘\u07a6’	Mn	0	THAANA ABAFILI

Total codepoints: 2

• Shell test using printf(1), '|' should align in output:

  $ printf "\xde\x80\xde\xa6|\\n1|\\n"
  ހަ|
  1|
  

Screenshot:

• python wcwidth.wcswidth() measures width 1, while terminology measures width 2.

Khün

Sequence of language Khün from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+1A20	‘\u1a20’	Lo	1	TAI THAM LETTER HIGH KA
2	U+1A60	‘\u1a60’	Mn	0	TAI THAM SIGN SAKOT
3	U+1A20	‘\u1a20’	Lo	1	TAI THAM LETTER HIGH KA

Total codepoints: 3

• Shell test using printf(1), '|' should align in output:

  $ printf "\xe1\xa8\xa0\xe1\xa9\xa0\xe1\xa8\xa0|\\n12|\\n"
  ᨠ᩠ᨠ|
  12|
  

Screenshot:

• python wcwidth.wcswidth() measures width 2, while terminology measures width 3.

Javanese (Javanese)

Sequence of language Javanese (Javanese) from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+A98F	‘\ua98f’	Lo	1	JAVANESE LETTER KA
2	U+A9BA	‘\ua9ba’	Mc	0	JAVANESE VOWEL SIGN TALING
3	U+A9B4	‘\ua9b4’	Mc	0	JAVANESE VOWEL SIGN TARUNG

Total codepoints: 3

• Shell test using printf(1), '|' should align in output:

  $ printf "\xea\xa6\x8f\xea\xa6\xba\xea\xa6\xb4|\\n12|\\n"
  ꦏꦺꦴ|
  12|
  

Screenshot:

• python wcwidth.wcswidth() measures width 2, while terminology measures width 3.

Tibetan, Central

Sequence of language Tibetan, Central from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0F40	‘\u0f40’	Lo	1	TIBETAN LETTER KA
2	U+0F74	‘\u0f74’	Mn	0	TIBETAN VOWEL SIGN U

Total codepoints: 2

• Shell test using printf(1), '|' should align in output:

  $ printf "\xe0\xbd\x80\xe0\xbd\xb4|\\n1|\\n"
  ཀུ|
  1|
  

Screenshot:

Dzongkha

Sequence of language Dzongkha from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0F40	‘\u0f40’	Lo	1	TIBETAN LETTER KA
2	U+0F74	‘\u0f74’	Mn	0	TIBETAN VOWEL SIGN U

Total codepoints: 2

• Shell test using printf(1), '|' should align in output:

  $ printf "\xe0\xbd\x80\xe0\xbd\xb4|\\n1|\\n"
  ཀུ|
  1|
  

Screenshot:

• python wcwidth.wcswidth() measures width 1, while terminology measures width 2.

Lao

Sequence of language Lao from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0E81	‘\u0e81’	Lo	1	LAO LETTER KO
2	U+0EB1	‘\u0eb1’	Mn	0	LAO VOWEL SIGN MAI KAN

Total codepoints: 2

• Shell test using printf(1), '|' should align in output:

  $ printf "\xe0\xba\x81\xe0\xba\xb1|\\n1|\\n"
  ກັ|
  1|
  

Screenshot:

• python wcwidth.wcswidth() measures width 1, while terminology measures width 2.

Mon

Sequence of language Mon from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+1000	‘\u1000’	Lo	1	MYANMAR LETTER KA
2	U+1039	‘\u1039’	Mn	0	MYANMAR SIGN VIRAMA
3	U+1001	‘\u1001’	Lo	1	MYANMAR LETTER KHA

Total codepoints: 3

• Shell test using printf(1), '|' should align in output:

  $ printf "\xe1\x80\x80\xe1\x80\xb9\xe1\x80\x81|\\n12|\\n"
  က္ခ|
  12|
  

Screenshot:

Chakma

Sequence of language Chakma from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+00011103	‘\U00011103’	Lo	1	CHAKMA LETTER AA
2	U+0001112C	‘\U0001112c’	Mc	0	CHAKMA VOWEL SIGN E
3	U+0001112D	‘\U0001112d’	Mn	0	CHAKMA VOWEL SIGN AI

Total codepoints: 3

• Shell test using printf(1), '|' should align in output:

  $ printf "\xf0\x91\x84\x83\xf0\x91\x84\xac\xf0\x91\x84\xad|\\n12|\\n"
  𑄃𑄬𑄭|
  12|
  

Screenshot:

• python wcwidth.wcswidth() measures width 2, while terminology measures width 3.

Telugu

Sequence of language Telugu from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0C15	‘\u0c15’	Lo	1	TELUGU LETTER KA
2	U+0C3E	‘\u0c3e’	Mn	0	TELUGU VOWEL SIGN AA
3	U+0C02	‘\u0c02’	Mc	0	TELUGU SIGN ANUSVARA

Total codepoints: 3

• Shell test using printf(1), '|' should align in output:

  $ printf "\xe0\xb0\x95\xe0\xb0\xbe\xe0\xb0\x82|\\n12|\\n"
  కాం|
  12|
  

Screenshot:

• python wcwidth.wcswidth() measures width 2, while terminology measures width 3.

Thai (2)

Sequence of language Thai (2) from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0E22	‘\u0e22’	Lo	1	THAI CHARACTER YO YAK
2	U+0E48	‘\u0e48’	Mn	0	THAI CHARACTER MAI EK
3	U+0E33	‘\u0e33’	Lo	1	THAI CHARACTER SARA AM

Total codepoints: 3

• Shell test using printf(1), '|' should align in output:

  $ printf "\xe0\xb8\xa2\xe0\xb9\x88\xe0\xb8\xb3|\\n12|\\n"
  ย่ำ|
  12|
  

Screenshot:

• python wcwidth.wcswidth() measures width 2, while terminology measures width 3.

Thai

Sequence of language Thai from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0E15	‘\u0e15’	Lo	1	THAI CHARACTER TO TAO
2	U+0E48	‘\u0e48’	Mn	0	THAI CHARACTER MAI EK
3	U+0E33	‘\u0e33’	Lo	1	THAI CHARACTER SARA AM

Total codepoints: 3

• Shell test using printf(1), '|' should align in output:

  $ printf "\xe0\xb8\x95\xe0\xb9\x88\xe0\xb8\xb3|\\n12|\\n"
  ต่ำ|
  12|
  

Screenshot:

• python wcwidth.wcswidth() measures width 2, while terminology measures width 3.

Shan

Sequence of language Shan from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+1004	‘\u1004’	Lo	1	MYANMAR LETTER NGA
2	U+103A	‘\u103a’	Mn	0	MYANMAR SIGN ASAT

Total codepoints: 2

• Shell test using printf(1), '|' should align in output:

  $ printf "\xe1\x80\x84\xe1\x80\xba|\\n1|\\n"
  င်|
  1|
  

Screenshot:

Sanskrit

Sequence of language Sanskrit from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0915	‘\u0915’	Lo	1	DEVANAGARI LETTER KA
2	U+093E	‘\u093e’	Mc	0	DEVANAGARI VOWEL SIGN AA
3	U+0902	‘\u0902’	Mn	0	DEVANAGARI SIGN ANUSVARA

Total codepoints: 3

• Shell test using printf(1), '|' should align in output:

  $ printf "\xe0\xa4\x95\xe0\xa4\xbe\xe0\xa4\x82|\\n12|\\n"
  कां|
  12|
  

Screenshot:

Burmese

Sequence of language Burmese from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+1000	‘\u1000’	Lo	1	MYANMAR LETTER KA
2	U+1039	‘\u1039’	Mn	0	MYANMAR SIGN VIRAMA
3	U+1001	‘\u1001’	Lo	1	MYANMAR LETTER KHA

Total codepoints: 3

• Shell test using printf(1), '|' should align in output:

  $ printf "\xe1\x80\x80\xe1\x80\xb9\xe1\x80\x81|\\n12|\\n"
  က္ခ|
  12|
  

Screenshot:

• python wcwidth.wcswidth() measures width 2, while terminology measures width 3.

Khmer, Central

Sequence of language Khmer, Central from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+1780	‘\u1780’	Lo	1	KHMER LETTER KA
2	U+17D2	‘\u17d2’	Mn	0	KHMER SIGN COENG
3	U+1781	‘\u1781’	Lo	1	KHMER LETTER KHA

Total codepoints: 3

• Shell test using printf(1), '|' should align in output:

  $ printf "\xe1\x9e\x80\xe1\x9f\x92\xe1\x9e\x81|\\n12|\\n"
  ក្ខ|
  12|
  

Screenshot:

• python wcwidth.wcswidth() measures width 2, while terminology measures width 3.

Tai Dam

Sequence of language Tai Dam from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+AA80	‘\uaa80’	Lo	1	TAI VIET LETTER LOW KO
2	U+AAB0	‘\uaab0’	Mn	0	TAI VIET MAI KANG

Total codepoints: 2

• Shell test using printf(1), '|' should align in output:

  $ printf "\xea\xaa\x80\xea\xaa\xb0|\\n1|\\n"
  ꪀꪰ|
  1|
  

Screenshot:

• python wcwidth.wcswidth() measures width 1, while terminology measures width 2.

Hindi

Sequence of language Hindi from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0915	‘\u0915’	Lo	1	DEVANAGARI LETTER KA
2	U+094D	‘\u094d’	Mn	0	DEVANAGARI SIGN VIRAMA
3	U+0924	‘\u0924’	Lo	1	DEVANAGARI LETTER TA

Total codepoints: 3

• Shell test using printf(1), '|' should align in output:

  $ printf "\xe0\xa4\x95\xe0\xa5\x8d\xe0\xa4\xa4|\\n12|\\n"
  क्त|
  12|
  

Screenshot:

Maithili

Sequence of language Maithili from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0915	‘\u0915’	Lo	1	DEVANAGARI LETTER KA
2	U+093E	‘\u093e’	Mc	0	DEVANAGARI VOWEL SIGN AA
3	U+0902	‘\u0902’	Mn	0	DEVANAGARI SIGN ANUSVARA

Total codepoints: 3

• Shell test using printf(1), '|' should align in output:

  $ printf "\xe0\xa4\x95\xe0\xa4\xbe\xe0\xa4\x82|\\n12|\\n"
  कां|
  12|
  

Screenshot:

Marathi

Sequence of language Marathi from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0915	‘\u0915’	Lo	1	DEVANAGARI LETTER KA
2	U+093E	‘\u093e’	Mc	0	DEVANAGARI VOWEL SIGN AA
3	U+0902	‘\u0902’	Mn	0	DEVANAGARI SIGN ANUSVARA

Total codepoints: 3

• Shell test using printf(1), '|' should align in output:

  $ printf "\xe0\xa4\x95\xe0\xa4\xbe\xe0\xa4\x82|\\n12|\\n"
  कां|
  12|
  

Screenshot:

Nepali

Sequence of language Nepali from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0915	‘\u0915’	Lo	1	DEVANAGARI LETTER KA
2	U+093E	‘\u093e’	Mc	0	DEVANAGARI VOWEL SIGN AA
3	U+0902	‘\u0902’	Mn	0	DEVANAGARI SIGN ANUSVARA

Total codepoints: 3

• Shell test using printf(1), '|' should align in output:

  $ printf "\xe0\xa4\x95\xe0\xa4\xbe\xe0\xa4\x82|\\n12|\\n"
  कां|
  12|
  

Screenshot:

Malayalam

Sequence of language Malayalam from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0D15	‘\u0d15’	Lo	1	MALAYALAM LETTER KA
2	U+0D4D	‘\u0d4d’	Mn	0	MALAYALAM SIGN VIRAMA
3	U+0D15	‘\u0d15’	Lo	1	MALAYALAM LETTER KA

Total codepoints: 3

• Shell test using printf(1), '|' should align in output:

  $ printf "\xe0\xb4\x95\xe0\xb5\x8d\xe0\xb4\x95|\\n12|\\n"
  ക്ക|
  12|
  

Screenshot:

• python wcwidth.wcswidth() measures width 2, while terminology measures width 3.

Gujarati

Sequence of language Gujarati from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0A95	‘\u0a95’	Lo	1	GUJARATI LETTER KA
2	U+0ABE	‘\u0abe’	Mc	0	GUJARATI VOWEL SIGN AA
3	U+0A82	‘\u0a82’	Mn	0	GUJARATI SIGN ANUSVARA

Total codepoints: 3

• Shell test using printf(1), '|' should align in output:

  $ printf "\xe0\xaa\x95\xe0\xaa\xbe\xe0\xaa\x82|\\n12|\\n"
  કાં|
  12|
  

Screenshot:

• python wcwidth.wcswidth() measures width 2, while terminology measures width 3.

Panjabi, Eastern

Sequence of language Panjabi, Eastern from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0A15	‘\u0a15’	Lo	1	GURMUKHI LETTER KA
2	U+0A3E	‘\u0a3e’	Mc	0	GURMUKHI VOWEL SIGN AA
3	U+0A02	‘\u0a02’	Mn	0	GURMUKHI SIGN BINDI

Total codepoints: 3

• Shell test using printf(1), '|' should align in output:

  $ printf "\xe0\xa8\x95\xe0\xa8\xbe\xe0\xa8\x82|\\n12|\\n"
  ਕਾਂ|
  12|
  

Screenshot:

• python wcwidth.wcswidth() measures width 2, while terminology measures width 3.

Magahi

Sequence of language Magahi from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0915	‘\u0915’	Lo	1	DEVANAGARI LETTER KA
2	U+094D	‘\u094d’	Mn	0	DEVANAGARI SIGN VIRAMA
3	U+0915	‘\u0915’	Lo	1	DEVANAGARI LETTER KA

Total codepoints: 3

• Shell test using printf(1), '|' should align in output:

  $ printf "\xe0\xa4\x95\xe0\xa5\x8d\xe0\xa4\x95|\\n12|\\n"
  क्क|
  12|
  

Screenshot:

Bhojpuri

Sequence of language Bhojpuri from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0915	‘\u0915’	Lo	1	DEVANAGARI LETTER KA
2	U+094D	‘\u094d’	Mn	0	DEVANAGARI SIGN VIRAMA
3	U+0915	‘\u0915’	Lo	1	DEVANAGARI LETTER KA

Total codepoints: 3

• Shell test using printf(1), '|' should align in output:

  $ printf "\xe0\xa4\x95\xe0\xa5\x8d\xe0\xa4\x95|\\n12|\\n"
  क्क|
  12|
  

Screenshot:

• python wcwidth.wcswidth() measures width 2, while terminology measures width 3.

Bengali

Sequence of language Bengali from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0995	‘\u0995’	Lo	1	BENGALI LETTER KA
2	U+09BF	‘\u09bf’	Mc	0	BENGALI VOWEL SIGN I
3	U+0982	‘\u0982’	Mc	0	BENGALI SIGN ANUSVARA

Total codepoints: 3

• Shell test using printf(1), '|' should align in output:

  $ printf "\xe0\xa6\x95\xe0\xa6\xbf\xe0\xa6\x82|\\n12|\\n"
  কিং|
  12|
  

Screenshot:

• python wcwidth.wcswidth() measures width 2, while terminology measures width 3.

Tagalog (Tagalog)

Sequence of language Tagalog (Tagalog) from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+1704	‘\u1704’	Lo	1	TAGALOG LETTER GA
2	U+1714	‘\u1714’	Mn	0	TAGALOG SIGN VIRAMA

Total codepoints: 2

• Shell test using printf(1), '|' should align in output:

  $ printf "\xe1\x9c\x84\xe1\x9c\x94|\\n1|\\n"
  ᜄ᜔|
  1|
  

Screenshot:

• python wcwidth.wcswidth() measures width 1, while terminology measures width 2.

Tamang, Eastern

Sequence of language Tamang, Eastern from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0915	‘\u0915’	Lo	1	DEVANAGARI LETTER KA
2	U+094D	‘\u094d’	Mn	0	DEVANAGARI SIGN VIRAMA
3	U+0924	‘\u0924’	Lo	1	DEVANAGARI LETTER TA
4	U+093F	‘\u093f’	Mc	0	DEVANAGARI VOWEL SIGN I

Total codepoints: 4

• Shell test using printf(1), '|' should align in output:

  $ printf "\xe0\xa4\x95\xe0\xa5\x8d\xe0\xa4\xa4\xe0\xa4\xbf|\\n12|\\n"
  क्ति|
  12|
  

Screenshot:

Sinhala

Sequence of language Sinhala from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0DAF	‘\u0daf’	Lo	1	SINHALA LETTER ALPAPRAANA DAYANNA
2	U+0DD2	‘\u0dd2’	Mn	0	SINHALA VOWEL SIGN KETTI IS-PILLA
3	U+0D82	‘\u0d82’	Mc	0	SINHALA SIGN ANUSVARAYA

Total codepoints: 3

• Shell test using printf(1), '|' should align in output:

  $ printf "\xe0\xb6\xaf\xe0\xb7\x92\xe0\xb6\x82|\\n12|\\n"
  දිං|
  12|
  

Screenshot:

• python wcwidth.wcswidth() measures width 2, while terminology measures width 3.

Kannada

Sequence of language Kannada from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0C95	‘\u0c95’	Lo	1	KANNADA LETTER KA
2	U+0CBE	‘\u0cbe’	Mc	0	KANNADA VOWEL SIGN AA
3	U+0C82	‘\u0c82’	Mc	0	KANNADA SIGN ANUSVARA

Total codepoints: 3

• Shell test using printf(1), '|' should align in output:

  $ printf "\xe0\xb2\x95\xe0\xb2\xbe\xe0\xb2\x82|\\n12|\\n"
  ಕಾಂ|
  12|
  

Screenshot:

• python wcwidth.wcswidth() measures width 2, while terminology measures width 3.

Urdu (2)

Sequence of language Urdu (2) from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0627	‘\u0627’	Lo	1	ARABIC LETTER ALEF
2	U+064B	‘\u064b’	Mn	0	ARABIC FATHATAN

Total codepoints: 2

• Shell test using printf(1), '|' should align in output:

  $ printf "\xd8\xa7\xd9\x8b|\\n1|\\n"
  اً|
  1|
  

Screenshot:

Sanskrit (Grantha)

Sequence of language Sanskrit (Grantha) from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+00011315	‘\U00011315’	Lo	1	GRANTHA LETTER KA
2	U+0001133E	‘\U0001133e’	Mc	0	GRANTHA VOWEL SIGN AA
3	U+00011302	‘\U00011302’	Mc	0	GRANTHA SIGN ANUSVARA

Total codepoints: 3

• Shell test using printf(1), '|' should align in output:

  $ printf "\xf0\x91\x8c\x95\xf0\x91\x8c\xbe\xf0\x91\x8c\x82|\\n12|\\n"
  𑌕𑌾𑌂|
  12|
  

Screenshot:

• python wcwidth.wcswidth() measures width 2, while terminology measures width 3.

Pular (Adlam)

Sequence of language Pular (Adlam) from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0001E900	‘\U0001e900’	Lu	1	ADLAM CAPITAL LETTER ALIF
2	U+0001E944	‘\U0001e944’	Mn	0	ADLAM ALIF LENGTHENER

Total codepoints: 2

• Shell test using printf(1), '|' should align in output:

  $ printf "\xf0\x9e\xa4\x80\xf0\x9e\xa5\x84|\\n1|\\n"
  𞤀𞥄|
  1|
  

Screenshot:

• python wcwidth.wcswidth() measures width 1, while terminology measures width 2.

Urdu

Sequence of language Urdu from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0627	‘\u0627’	Lo	1	ARABIC LETTER ALEF
2	U+064B	‘\u064b’	Mn	0	ARABIC FATHATAN

Total codepoints: 2

• Shell test using printf(1), '|' should align in output:

  $ printf "\xd8\xa7\xd9\x8b|\\n1|\\n"
  اً|
  1|
  

Screenshot:

Yiddish, Eastern

Sequence of language Yiddish, Eastern from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+05D0	‘\u05d0’	Lo	1	HEBREW LETTER ALEF
2	U+05B7	‘\u05b7’	Mn	0	HEBREW POINT PATAH

Total codepoints: 2

• Shell test using printf(1), '|' should align in output:

  $ printf "\xd7\x90\xd6\xb7|\\n1|\\n"
  אַ|
  1|
  

Screenshot:

• python wcwidth.wcswidth() measures width 1, while terminology measures width 2.

Tamil

Sequence of language Tamil from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0B95	‘\u0b95’	Lo	1	TAMIL LETTER KA
2	U+0BC0	‘\u0bc0’	Mn	0	TAMIL VOWEL SIGN II

Total codepoints: 2

• Shell test using printf(1), '|' should align in output:

  $ printf "\xe0\xae\x95\xe0\xaf\x80|\\n1|\\n"
  கீ|
  1|
  

Screenshot:

• python wcwidth.wcswidth() measures width 1, while terminology measures width 2.

Tamil (Sri Lanka)

Sequence of language Tamil (Sri Lanka) from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0B95	‘\u0b95’	Lo	1	TAMIL LETTER KA
2	U+0BC0	‘\u0bc0’	Mn	0	TAMIL VOWEL SIGN II

Total codepoints: 2

• Shell test using printf(1), '|' should align in output:

  $ printf "\xe0\xae\x95\xe0\xaf\x80|\\n1|\\n"
  கீ|
  1|
  

Screenshot:

Assyrian Neo-Aramaic

Sequence of language Assyrian Neo-Aramaic from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0712	‘\u0712’	Lo	1	SYRIAC LETTER BETH
2	U+0742	‘\u0742’	Mn	0	SYRIAC RUKKAKHA

Total codepoints: 2

• Shell test using printf(1), '|' should align in output:

  $ printf "\xdc\x92\xdd\x82|\\n1|\\n"
  ܒ݂|
  1|
  

Screenshot:

• python wcwidth.wcswidth() measures width 1, while terminology measures width 2.

Arabic, Standard

Sequence of language Arabic, Standard from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0627	‘\u0627’	Lo	1	ARABIC LETTER ALEF
2	U+064B	‘\u064b’	Mn	0	ARABIC FATHATAN

Total codepoints: 2

• Shell test using printf(1), '|' should align in output:

  $ printf "\xd8\xa7\xd9\x8b|\\n1|\\n"
  اً|
  1|
  

Screenshot:

• python wcwidth.wcswidth() measures width 1, while terminology measures width 2.

Farsi, Western

Sequence of language Farsi, Western from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0627	‘\u0627’	Lo	1	ARABIC LETTER ALEF
2	U+064B	‘\u064b’	Mn	0	ARABIC FATHATAN

Total codepoints: 2

• Shell test using printf(1), '|' should align in output:

  $ printf "\xd8\xa7\xd9\x8b|\\n1|\\n"
  اً|
  1|
  

Screenshot:

Dari

Sequence of language Dari from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0627	‘\u0627’	Lo	1	ARABIC LETTER ALEF
2	U+064B	‘\u064b’	Mn	0	ARABIC FATHATAN

Total codepoints: 2

• Shell test using printf(1), '|' should align in output:

  $ printf "\xd8\xa7\xd9\x8b|\\n1|\\n"
  اً|
  1|
  

Screenshot:

Panjabi, Western

Sequence of language Panjabi, Western from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0627	‘\u0627’	Lo	1	ARABIC LETTER ALEF
2	U+0654	‘\u0654’	Mn	0	ARABIC HAMZA ABOVE

Total codepoints: 2

• Shell test using printf(1), '|' should align in output:

  $ printf "\xd8\xa7\xd9\x94|\\n1|\\n"
  أ|
  1|
  

Screenshot:

Pashto, Northern

Sequence of language Pashto, Northern from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0627	‘\u0627’	Lo	1	ARABIC LETTER ALEF
2	U+064B	‘\u064b’	Mn	0	ARABIC FATHATAN

Total codepoints: 2

• Shell test using printf(1), '|' should align in output:

  $ printf "\xd8\xa7\xd9\x8b|\\n1|\\n"
  اً|
  1|
  

Screenshot:

Seraiki

Sequence of language Seraiki from midpoint of alignment failure records:

#	Codepoint	Python	Category	wcwidth	Name
1	U+0627	‘\u0627’	Lo	1	ARABIC LETTER ALEF
2	U+064F	‘\u064f’	Mn	0	ARABIC DAMMA

Total codepoints: 2

• Shell test using printf(1), '|' should align in output:

  $ printf "\xd8\xa7\xd9\x8f|\\n1|\\n"
  اُ|
  1|
  

Screenshot:

DEC Private Modes Support

This Terminal does not appear capable of reporting about any DEC Private modes.

Kitty Keyboard Protocol

terminology does not support the Kitty keyboard protocol.

XTGETTCAP (Terminfo Capabilities)

terminology does not support the XTGETTCAP sequence.

Text Sizing Protocol (OSC 66)

terminology does not support the Text Sizing protocol.

Truecolor Support

terminology does not support 24-bit truecolor. (Reports 256 colors.)

• XTGETTCAP (RGB capability): no

• DECRQSS (truecolor probe): no

• COLORTERM: N/A

OSC 52 Clipboard Support

terminology does not advertise OSC 52 clipboard support via DA1 extension 52 or XTGETTCAP Ms.

• DA1 extension 52: no

• XTGETTCAP Ms: no

Terminal Identification

terminology is identified as terminology version 1.13.0 (detected via XTVERSION).

• XTVERSION (raw): terminology 1.13.0

• XTVERSION: yes

• XTGETTCAP TN: no

• ENQ: no

• TERM_PROGRAM: yes (terminology)

• TERM: no (xterm-256color)

Reproduction

To reproduce these results for terminology, install and run ucs-detect with the following commands:

uvx ucs-detect --rerun data/terminology.yaml

Test Performance

The test suite completed in 37.88 seconds (37s).

• Mean CPU: 44.6%

• Mean RSS: 100.6 MB

• Total time: 37.9s

CPU usage during test execution for terminology.

RSS memory usage during test execution for terminology.

Test duration for terminology compared to all other terminals.

CPU % vs duration trade-off for terminology.