Commit upstream/1.03wip - kbd

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Makefile.in less more

14	14	# Do not use GZIP - it is interpreted by gzip
15	15	MYGZIP = gzip -f -9
16	16
17		DIR = kbd-1.01wip
	17	DIR = kbd-1.03wip
18	18
19	19	SUBDIRS = src openvt po
20	20

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configure less more

125	125	echo "(Otherwise, edit defines.h and delete the line with ENABLE_NLS)"
126	126	ENABLE_NLS=yes
127	127	else
128		echo "You don't have <libintl.h>"
	128	echo "You don't have <libintl.h> and gettext()"
129	129	ENABLE_NLS=no
130	130	fi
131	131	else

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data/Makefile less more

6	6	install -d -m 755 $(DATADIR)/$(TRANSDIR)
7	7	install -m 644 $(TRANSDIR)/* $(DATADIR)/$(TRANSDIR)
8	8	install -d -m 755 $(DATADIR)/$(UNIMAPDIR)
9		install -m 644 $(TRANSDIR)/* $(DATADIR)/$(UNIMAPDIR)
	9	install -m 644 $(UNIMAPDIR)/* $(DATADIR)/$(UNIMAPDIR)
10	10	install -d -m 755 $(DATADIR)/$(KEYMAPDIR)
11	11	install -d -m 755 $(DATADIR)/$(KEYMAPDIR)/i386
12	12	for i in $(KEYMAPSUBDIRS); do \

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data/consolefonts/README.Greek less more

0	0	Greek fonts found in kbd-1.00.tar.gz:
1	1
2	2	iso07.* follows ISO 8859-7.
	3
	4	gr928* refers to elot928 which is the same.
	5	(plain gr928 is elot928 with cp437 control chars;
	6	gr928a* is gr928 with Euro at the 0xa4 position;
	7	gr928b* is gr928 with the cp437 symbols in the 0x80-0x9f positions
	8	and a filler symbol on the positions empty in ISO 8859-7)
3	9
4	10	gr737* somewhat follow cp737.
5	11	(gr737a* is cp737 with cp437 control chars;

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0		# combine partial fonts
1		none.00-17.08
2		ascii.20-7f.08
3		none.00-17.08
4		8859-7.a0-ff.08

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data/keymaps/i386/qwerty/by.map less more

	0	# English <- Control+RightShift -> Russion
	1	# English <- Control+LeftShift -> Bielorussion
	2	#
	3	# Svistunovich Oleg Georgievich
	4	# Minsk, UGAI GUVD Mingorispolkoma
	5
	6	charset "iso-8859-5"
	7	keymaps 0,1,4,8,9,12,16,17,20,24,25,28,32,33,36,40,41,44
	8	strings as usual
	9
	10	keycode 1 = Escape Escape Escape \
	11	Meta_Escape Meta_Escape Meta_Escape \
	12	Escape Escape Escape \
	13	Meta_Escape Meta_Escape Meta_Escape \
	14	Escape Escape Escape \
	15	Meta_Escape Meta_Escape Meta_Escape
	16	keycode 2 = one exclam VoidSymbol \
	17	Meta_one Meta_exclam VoidSymbol \
	18	one exclam VoidSymbol \
	19	Meta_one Meta_exclam VoidSymbol \
	20	one exclam VoidSymbol \
	21	Meta_one Meta_exclam VoidSymbol
	22	keycode 3 = two at nul \
	23	Meta_two Meta_at Meta_nul \
	24	two quotedbl nul \
	25	Meta_two Meta_quotedbl Meta_nul \
	26	two quotedbl VoidSymbol \
	27	Meta_two Meta_quotedbl VoidSymbol
	28	keycode 4 = three numbersign Escape \
	29	Meta_three Meta_numbersign Meta_Escape \
	30	three numbersign Escape \
	31	Meta_three Meta_numbersign Meta_Escape \
	32	three numbersign Escape \
	33	Meta_three Meta_numbersign Meta_Escape
	34	keycode 5 = four dollar Control_backslash \
	35	Meta_four Meta_dollar Meta_Control_backslash \
	36	four semicolon Control_backslash \
	37	Meta_four Meta_semicolon Meta_Control_backslash \
	38	four semicolon Control_backslash \
	39	Meta_four Meta_semicolon Meta_Control_backslash
	40	keycode 6 = five percent Control_bracketright \
	41	Meta_five Meta_percent Meta_Control_bracketright \
	42	five percent Control_bracketright \
	43	Meta_five Meta_percent Meta_Control_bracketright \
	44	five percent Control_bracketright \
	45	Meta_five Meta_percent Meta_Control_bracketright
	46	keycode 7 = six asciicircum Control_asciicircum \
	47	Meta_six Meta_asciicircum Meta_Control_asciicircum \
	48	six colon Control_asciicircum \
	49	Meta_six Meta_colon Meta_Control_asciicircum \
	50	six colon Control_asciicircum \
	51	Meta_six Meta_colon Meta_Control_asciicircum
	52	keycode 8 = seven ampersand Control_underscore \
	53	Meta_seven Meta_ampersand Meta_Control_underscore \
	54	seven question Control_underscore \
	55	Meta_seven Meta_question Meta_Control_underscore \
	56	seven question Control_underscore \
	57	Meta_seven Meta_question Meta_Control_underscore
	58	keycode 9 = eight asterisk Delete \
	59	Meta_eight Meta_asterisk Meta_Delete \
	60	eight asterisk Delete \
	61	Meta_eight Meta_asterisk Meta_Delete \
	62	eight asterisk Delete \
	63	Meta_eight Meta_asterisk Meta_Delete
	64	keycode 10 = nine parenleft VoidSymbol \
	65	Meta_nine Meta_parenleft VoidSymbol \
	66	nine parenleft VoidSymbol \
	67	Meta_nine Meta_parenleft VoidSymbol \
	68	nine parenleft VoidSymbol \
	69	Meta_nine Meta_parenleft VoidSymbol
	70	keycode 11 = zero parenright VoidSymbol \
	71	Meta_zero Meta_parenleft VoidSymbol \
	72	zero parenright VoidSymbol \
	73	Meta_zero Meta_parenleft VoidSymbol \
	74	zero parenright VoidSymbol \
	75	Meta_zero Meta_parenleft VoidSymbol
	76	keycode 12 = minus underscore Control_underscore \
	77	Meta_minus Meta_underscore Meta_Control_underscore \
	78	minus underscore Control_underscore \
	79	Meta_minus Meta_underscore Meta_Control_underscore \
	80	minus underscore Control_underscore \
	81	Meta_minus Meta_underscore Meta_Control_underscore
	82	keycode 13 = equal plus VoidSymbol \
	83	Meta_equal Meta_plus VoidSymbol \
	84	equal plus VoidSymbol \
	85	Meta_equal Meta_plus VoidSymbol \
	86	equal plus VoidSymbol \
	87	Meta_equal Meta_plus VoidSymbol
	88	keycode 14 = Delete Delete Delete \
	89	Meta_Delete Meta_Delete Meta_Delete \
	90	Delete Delete Delete \
	91	Meta_Delete Meta_Delete Meta_Delete \
	92	Delete Delete Delete \
	93	Meta_Delete Meta_Delete Meta_Delete
	94	keycode 15 = Tab Tab Tab \
	95	Meta_Tab Meta_Tab Meta_Tab \
	96	Tab Tab Tab \
	97	Meta_Tab Meta_Tab Meta_Tab \
	98	Tab Tab Tab \
	99	Meta_Tab Meta_Tab Meta_Tab
	100	keycode 16 = +q +Q Control_q \
	101	Meta_q Meta_Q Meta_Control_q \
	102	+0xD9 +0xB9 Control_q \
	103	Meta_q Meta_Q Meta_Control_q \
	104	+0xD9 +0xB9 Control_q \
	105	Meta_q Meta_Q Meta_Control_q
	106	keycode 17 = +w +W Control_w \
	107	Meta_w Meta_W Meta_Control_w \
	108	+0xE6 +0xC6 Control_w \
	109	Meta_w Meta_W Meta_Control_w \
	110	+0xE6 +0xC6 Control_w \
	111	Meta_w Meta_W Meta_Control_w
	112	keycode 18 = +e +E Control_e \
	113	Meta_e Meta_E Meta_Control_e \
	114	+0xE3 +0xC3 Control_e \
	115	Meta_e Meta_E Meta_Control_e \
	116	+0xE3 +0xC3 Control_e \
	117	Meta_e Meta_E Meta_Control_e
	118	keycode 19 = +r +R Control_r \
	119	Meta_r Meta_R Meta_Control_r \
	120	+0xDA +0xBA Control_r \
	121	Meta_r Meta_R Meta_Control_r \
	122	+0xDA +0xBA Control_r \
	123	Meta_r Meta_R Meta_Control_r
	124	keycode 20 = +t +T Control_t \
	125	Meta_t Meta_T Meta_Control_t \
	126	+0xD5 +0xB5 Control_t \
	127	Meta_t Meta_T Meta_Control_t \
	128	+0xD5 +0xB5 Control_t \
	129	Meta_t Meta_T Meta_Control_t
	130	keycode 21 = +y +Y Control_y \
	131	Meta_y Meta_Y Meta_Control_y \
	132	+0xDD +0xBD Control_y \
	133	Meta_y Meta_Y Meta_Control_y \
	134	+0xDD +0xBD Control_y \
	135	Meta_y Meta_Y Meta_Control_y
	136	keycode 22 = +u +U Control_u \
	137	Meta_u Meta_U Meta_Control_u \
	138	+0xD3 +0xB3 Control_u \
	139	Meta_u Meta_U Meta_Control_u \
	140	+0xD3 +0xB3 Control_u \
	141	Meta_u Meta_U Meta_Control_u
	142	keycode 23 = +i +I Tab \
	143	Meta_i Meta_I Meta_Tab \
	144	+0xE8 +0xC8 Tab \
	145	Meta_i Meta_I Meta_Tab \
	146	+0xE8 +0xC8 Tab \
	147	Meta_i Meta_I Meta_Tab
	148	keycode 24 = +o +O Control_o \
	149	Meta_o Meta_O Meta_Control_o \
	150	+0xF6 +0xA6 Control_o \
	151	Meta_o Meta_O Meta_Control_o \
	152	+0xE9 +0xC9 Control_o \
	153	Meta_o Meta_O Meta_Control_o
	154	keycode 25 = +p +P Control_p \
	155	Meta_p Meta_P Meta_Control_p \
	156	+0xD7 +0xB7 Control_p \
	157	Meta_p Meta_P Meta_Control_p \
	158	+0xD7 +0xB7 Control_p \
	159	Meta_p Meta_P Meta_Control_p
	160	keycode 26 = bracketleft braceleft Escape \
	161	Meta_bracketleft Meta_braceleft Meta_Escape \
	162	+0xE5 +0xC5 Escape \
	163	Meta_bracketleft Meta_braceleft Meta_Escape \
	164	+0xE5 +0xC5 Escape \
	165	Meta_bracketleft Meta_braceleft Meta_Escape
	166	keycode 27 = bracketright braceright Control_bracketright \
	167	Meta_bracketright Meta_braceright Meta_Control_bracketright \
	168	+0xFE +0xAE Control_bracketright \
	169	Meta_bracketright Meta_braceright Meta_Control_bracketright \
	170	+0xEA +0xCA Control_bracketright \
	171	Meta_bracketright Meta_braceright Meta_Control_bracketright
	172	keycode 28 = Return Return Return \
	173	Meta_Control_m Meta_Control_m Return \
	174	Return Return Return \
	175	Meta_Control_m Meta_Control_m Return \
	176	Return Return Return \
	177	Meta_Control_m Meta_Control_m Return
	178	keycode 29 = Control Control Control \
	179	Control Control Control \
	180	Control Control Control \
	181	Control Control Control \
	182	Control Control Control \
	183	Control Control Control
	184	keycode 30 = +a +A Control_a \
	185	Meta_a Meta_A Meta_Control_a \
	186	+0xE4 +0xC4 Control_a \
	187	Meta_a Meta_A Meta_Control_a \
	188	+0xE4 +0xC4 Control_a \
	189	Meta_a Meta_A Meta_Control_a
	190	keycode 31 = +s +S Control_s \
	191	Meta_s Meta_S Meta_Control_s \
	192	+0xEB +0xCB Control_s \
	193	Meta_s Meta_S Meta_Control_s \
	194	+0xEB +0xCB Control_s \
	195	Meta_s Meta_S Meta_Control_s
	196	keycode 32 = +d +D Control_d \
	197	Meta_d Meta_D Meta_Control_d \
	198	+0xD2 +0xB2 Control_d \
	199	Meta_d Meta_D Meta_Control_d \
	200	+0xD2 +0xB2 Control_d \
	201	Meta_d Meta_D Meta_Control_d
	202	keycode 33 = +f +F Control_f \
	203	Meta_f Meta_F Meta_Control_f \
	204	+0xD0 +0xB0 Control_f \
	205	Meta_f Meta_F Meta_Control_f \
	206	+0xD0 +0xB0 Control_f \
	207	Meta_f Meta_F Meta_Control_f
	208	keycode 34 = +g +G Control_g \
	209	Meta_g Meta_G Meta_Control_g \
	210	+0xDF +0xBF Control_g \
	211	Meta_g Meta_G Meta_Control_g \
	212	+0xDF +0xBF Control_g \
	213	Meta_g Meta_G Meta_Control_g
	214	keycode 35 = +h +H BackSpace \
	215	Meta_h Meta_H Meta_BackSpace \
	216	+0xE0 +0xC0 BackSpace \
	217	Meta_h Meta_H Meta_BackSpace \
	218	+0xE0 +0xC0 BackSpace \
	219	Meta_h Meta_H Meta_BackSpace
	220	keycode 36 = +j +J Linefeed \
	221	Meta_j Meta_J Meta_Linefeed \
	222	+0xDE +0xBE Linefeed \
	223	Meta_j Meta_J Meta_Linefeed \
	224	+0xDE +0xBE Linefeed \
	225	Meta_j Meta_J Meta_Linefeed
	226	keycode 37 = +k +K Control_k \
	227	Meta_k Meta_K Meta_Control_k \
	228	+0xDB +0xBB Control_k \
	229	Meta_k Meta_K Meta_Control_k \
	230	+0xDB +0xBB Control_k \
	231	Meta_k Meta_K Meta_Control_k
	232	keycode 38 = +l +L Control_l \
	233	Meta_l Meta_L Meta_Control_l \
	234	+0xD4 +0xB4 Control_l \
	235	Meta_l Meta_L Meta_Control_l \
	236	+0xD4 +0xB4 Control_l \
	237	Meta_l Meta_L Meta_Control_l
	238	keycode 39 = semicolon colon VoidSymbol \
	239	Meta_semicolon Meta_colon VoidSymbol \
	240	+0xD6 +0xB6 VoidSymbol \
	241	Meta_semicolon Meta_colon VoidSymbol \
	242	+0xD6 +0xB6 VoidSymbol \
	243	Meta_semicolon Meta_colon VoidSymbol
	244	keycode 40 = apostrophe quotedbl Control_g \
	245	Meta_apostrophe Meta_quotedbl VoidSymbol \
	246	+0xED +0xCD Control_g \
	247	Meta_apostrophe Meta_quotedbl VoidSymbol \
	248	+0xED +0xCD Control_g \
	249	Meta_apostrophe Meta_quotedbl VoidSymbol
	250	keycode 41 = grave asciitilde nul \
	251	Meta_grave Meta_asciitilde VoidSymbol \
	252	+0xF1 +0xA1 nul \
	253	Meta_grave Meta_asciitilde VoidSymbol \
	254	+0xF1 +0xA1 nul \
	255	Meta_grave Meta_asciitilde VoidSymbol
	256	keycode 42 = Shift Shift ShiftL_Lock \
	257	Shift Shift Shift \
	258	Shift Shift ShiftL_Lock \
	259	Shift Shift Shift \
	260	Shift Shift Shift \
	261	Shift Shift Shift
	262	keycode 43 = backslash bar Control_backslash \
	263	Meta_backslash Meta_bar Control_backslash \
	264	backslash bar Control_backslash \
	265	Meta_backslash Meta_bar Control_backslash \
	266	backslash bar Control_backslash \
	267	Meta_backslash Meta_bar Control_backslash
	268	keycode 44 = +z +Z Control_z \
	269	Meta_z Meta_Z Meta_Control_z \
	270	+0xEF +0xCF Control_z \
	271	Meta_z Meta_Z Meta_Control_z \
	272	+0xEF +0xCF Control_z \
	273	Meta_z Meta_Z Meta_Control_z
	274	keycode 45 = +x +X Control_x \
	275	Meta_x Meta_X Meta_Control_x \
	276	+0xE7 +0xC7 Control_x \
	277	Meta_x Meta_X Meta_Control_x \
	278	+0xE7 +0xC7 Control_x \
	279	Meta_x Meta_X Meta_Control_x
	280	keycode 46 = +c +C Control_c \
	281	Meta_c Meta_C Meta_Control_c \
	282	+0xE1 +0xC1 Control_c \
	283	Meta_c Meta_C Meta_Control_c \
	284	+0xE1 +0xC1 Control_c \
	285	Meta_c Meta_C Meta_Control_c
	286	keycode 47 = +v +V Control_v \
	287	Meta_v Meta_V Meta_Control_v \
	288	+0xDC +0xBC Control_v \
	289	Meta_v Meta_V Meta_Control_v \
	290	+0xDC +0xBC Control_v \
	291	Meta_v Meta_V Meta_Control_v
	292	keycode 48 = +b +B Control_b \
	293	Meta_b Meta_B Meta_Control_b \
	294	+0xD8 +0xB8 Control_b \
	295	Meta_b Meta_B Meta_Control_b \
	296	+0xD8 +0xB8 Control_b \
	297	Meta_b Meta_B Meta_Control_b
	298	keycode 49 = +n +N Control_n \
	299	Meta_n Meta_N Meta_Control_n \
	300	+0xE2 +0xC2 Control_t \
	301	Meta_n Meta_N Meta_Control_n \
	302	+0xE2 +0xC2 Control_t \
	303	Meta_n Meta_N Meta_Control_n
	304	keycode 50 = +m +M Control_m \
	305	Meta_m Meta_M Meta_Control_m \
	306	+0xEC +0xCC Control_m \
	307	Meta_m Meta_M Meta_Control_m \
	308	+0xEC +0xCC Control_m \
	309	Meta_m Meta_M Meta_Control_m
	310	keycode 51 = comma less VoidSymbol \
	311	Meta_comma Meta_less VoidSymbol \
	312	+0xD1 +0xB1 VoidSymbol \
	313	Meta_comma Meta_less VoidSymbol \
	314	+0xD1 +0xB1 VoidSymbol \
	315	Meta_comma Meta_less VoidSymbol
	316	keycode 52 = period greater VoidSymbol \
	317	Meta_period Meta_greater VoidSymbol \
	318	+0xEE +0xCE VoidSymbol \
	319	Meta_period Meta_greater VoidSymbol \
	320	+0xEE +0xCE VoidSymbol \
	321	Meta_period Meta_greater VoidSymbol
	322	keycode 53 = slash question Delete \
	323	Meta_slash Meta_question VoidSymbol \
	324	period comma Delete \
	325	Meta_slash Meta_question VoidSymbol \
	326	period comma Delete \
	327	Meta_slash Meta_question VoidSymbol
	328	keycode 54 = Shift Shift ShiftR_Lock \
	329	Shift Shift Shift \
	330	Shift Shift Shift \
	331	Shift Shift Shift \
	332	Shift Shift ShiftR_Lock \
	333	Shift Shift Shift
	334	keycode 55 = KP_Multiply KP_Multiply Hex_C \
	335	KP_Multiply KP_Multiply KP_Multiply \
	336	KP_Multiply KP_Multiply Hex_C \
	337	KP_Multiply KP_Multiply KP_Multiply \
	338	KP_Multiply KP_Multiply Hex_C \
	339	KP_Multiply KP_Multiply KP_Multiply
	340	keycode 56 = Alt
	341	keycode 57 = space space nul \
	342	Meta_space Meta_space Meta_nul \
	343	space space nul \
	344	Meta_space Meta_space Meta_nul \
	345	space space nul \
	346	Meta_space Meta_space Meta_nul
	347	keycode 58 = Caps_Lock
	348	keycode 59 = F1 F13 F25 \
	349	Console_1 Console_13 Console_1 \
	350	F1 F13 F25 \
	351	Console_1 Console_13 Console_1 \
	352	F1 F13 F25 \
	353	Console_1 Console_13 Console_1
	354	keycode 60 = F2 F14 F26 \
	355	Console_2 Console_14 Console_2 \
	356	F2 F14 F26 \
	357	Console_2 Console_14 Console_2 \
	358	F2 F14 F26 \
	359	Console_2 Console_14 Console_2
	360	keycode 61 = F3 F15 F27 \
	361	Console_3 Console_15 Console_3 \
	362	F3 F15 F27 \
	363	Console_3 Console_15 Console_3 \
	364	F3 F15 F27 \
	365	Console_3 Console_15 Console_3
	366	keycode 62 = F4 F16 F28 \
	367	Console_4 Console_16 Console_4 \
	368	F4 F16 F28 \
	369	Console_4 Console_16 Console_4 \
	370	F4 F16 F28 \
	371	Console_4 Console_16 Console_4
	372	keycode 63 = F5 F17 F29 \
	373	Console_5 Console_17 Console_5 \
	374	F5 F17 F29 \
	375	Console_5 Console_17 Console_5 \
	376	F5 F17 F29 \
	377	Console_5 Console_17 Console_5
	378	keycode 64 = F6 F18 F30 \
	379	Console_6 Console_18 Console_6 \
	380	F6 F18 F30 \
	381	Console_6 Console_18 Console_6 \
	382	F6 F18 F30 \
	383	Console_6 Console_18 Console_6
	384	keycode 65 = F7 F19 F31 \
	385	Console_7 Console_19 Console_7 \
	386	F7 F19 F31 \
	387	Console_7 Console_19 Console_7 \
	388	F7 F19 F31 \
	389	Console_7 Console_19 Console_7
	390	keycode 66 = F8 F20 F32 \
	391	Console_8 Console_20 Console_8 \
	392	F8 F20 F32 \
	393	Console_8 Console_20 Console_8 \
	394	F8 F20 F32 \
	395	Console_8 Console_20 Console_8
	396	keycode 67 = F9 F21 F33 \
	397	Console_9 Console_21 Console_9 \
	398	F9 F21 F33 \
	399	Console_9 Console_21 Console_9 \
	400	F9 F21 F33 \
	401	Console_9 Console_21 Console_9
	402	keycode 68 = F10 F22 F34 \
	403	Console_10 Console_22 Console_10 \
	404	F10 F22 F34 \
	405	Console_10 Console_22 Console_10 \
	406	F10 F22 F34 \
	407	Console_10 Console_22 Console_10
	408	keycode 69 = Num_Lock Num_Lock Hex_E \
	409	Num_Lock Num_Lock Num_Lock \
	410	Num_Lock Num_Lock Hex_E \
	411	Num_Lock Num_Lock Num_Lock \
	412	Num_Lock Num_Lock Hex_E \
	413	Num_Lock Num_Lock Num_Lock
	414	keycode 70 = Scroll_Lock Show_Memory Show_State \
	415	Show_Registers VoidSymbol Scroll_Lock \
	416	Scroll_Lock Show_Memory Show_State \
	417	Show_Registers VoidSymbol Scroll_Lock \
	418	Scroll_Lock Show_Memory Show_State \
	419	Show_Registers VoidSymbol Scroll_Lock
	420	keycode 71 = KP_7 KP_7 Hex_7 \
	421	Ascii_7 KP_7 KP_7 \
	422	KP_7 KP_7 Hex_7 \
	423	Ascii_7 KP_7 KP_7 \
	424	KP_7 KP_7 Hex_7 \
	425	Ascii_7 KP_7 KP_7
	426	keycode 72 = KP_8 KP_8 Hex_8 \
	427	Ascii_8 KP_8 KP_8 \
	428	KP_8 KP_8 Hex_8 \
	429	Ascii_8 KP_8 KP_8 \
	430	KP_8 KP_8 Hex_8 \
	431	Ascii_8 KP_8 KP_8
	432	keycode 73 = KP_9 KP_9 Hex_9 \
	433	Ascii_9 KP_9 KP_9 \
	434	KP_9 KP_9 Hex_9 \
	435	Ascii_9 KP_9 KP_9 \
	436	KP_9 KP_9 Hex_9 \
	437	Ascii_9 KP_9 KP_9
	438	keycode 74 = KP_Subtract
	439	keycode 75 = KP_4 KP_4 Hex_4 \
	440	Ascii_4 KP_4 KP_4 \
	441	KP_4 KP_4 Hex_4 \
	442	Ascii_4 KP_4 KP_4 \
	443	KP_4 KP_4 Hex_4 \
	444	Ascii_4 KP_4 KP_4
	445	keycode 76 = KP_5 KP_5 Hex_5 \
	446	Ascii_5 KP_5 KP_5 \
	447	KP_5 KP_5 Hex_5 \
	448	Ascii_5 KP_5 KP_5 \
	449	KP_5 KP_5 Hex_5 \
	450	Ascii_5 KP_5 KP_5
	451	keycode 77 = KP_6 KP_6 Hex_6 \
	452	Ascii_6 KP_6 KP_6 \
	453	KP_6 KP_6 Hex_6 \
	454	Ascii_6 KP_6 KP_6 \
	455	KP_6 KP_6 Hex_6 \
	456	Ascii_6 KP_6 KP_6
	457	keycode 78 = KP_Add
	458	keycode 79 = KP_1 KP_1 Hex_1 \
	459	Ascii_1 KP_1 KP_1 \
	460	KP_1 KP_1 Hex_1 \
	461	Ascii_1 KP_1 KP_1 \
	462	KP_1 KP_1 Hex_1 \
	463	Ascii_1 KP_1 KP_1
	464	keycode 80 = KP_2 KP_2 Hex_2 \
	465	Ascii_2 KP_2 KP_2 \
	466	KP_2 KP_2 Hex_2 \
	467	Ascii_2 KP_2 KP_2 \
	468	KP_2 KP_2 Hex_2 \
	469	Ascii_2 KP_2 KP_2
	470	keycode 81 = KP_3 KP_3 Hex_3 \
	471	Ascii_3 KP_3 KP_3 \
	472	KP_3 KP_3 Hex_3 \
	473	Ascii_3 KP_3 KP_3 \
	474	KP_3 KP_3 Hex_3 \
	475	Ascii_3 KP_3 KP_3
	476	keycode 82 = KP_0 KP_0 Hex_0 \
	477	Ascii_0 KP_0 KP_0 \
	478	KP_0 KP_0 Hex_0 \
	479	Ascii_0 KP_0 KP_0 \
	480	KP_0 KP_0 Hex_0 \
	481	Ascii_0 KP_0 KP_0
	482	keycode 83 = KP_Period KP_Period KP_Period \
	483	KP_Period KP_Period Boot \
	484	KP_Period KP_Period KP_Period \
	485	KP_Period KP_Period Boot \
	486	KP_Period KP_Period KP_Period \
	487	KP_Period KP_Period Boot
	488	keycode 84 = Last_Console
	489	keycode 85 = VoidSymbol
	490	keycode 86 = less greater bar \
	491	Meta_less Meta_greater Meta_bar \
	492	less greater bar \
	493	Meta_less Meta_greater Meta_bar \
	494	less greater bar \
	495	Meta_less Meta_greater Meta_bar
	496	keycode 87 = F11 F23 F35 \
	497	Console_11 Console_23 Console_11 \
	498	F11 F23 F35 \
	499	Console_11 Console_23 Console_11 \
	500	F11 F23 F35 \
	501	Console_11 Console_23 Console_11
	502	keycode 88 = F12 F24 F36 \
	503	Console_12 Console_24 Console_12 \
	504	F12 F24 F36 \
	505	Console_12 Console_24 Console_12 \
	506	F12 F24 F36 \
	507	Console_12 Console_24 Console_12
	508	keycode 89 = VoidSymbol
	509	keycode 90 = VoidSymbol
	510	keycode 91 = VoidSymbol
	511	keycode 92 = VoidSymbol
	512	keycode 93 = VoidSymbol
	513	keycode 94 = VoidSymbol
	514	keycode 95 = VoidSymbol
	515	keycode 96 = KP_Enter
	516	keycode 97 = Control
	517	keycode 98 = KP_Divide KP_Divide Hex_B \
	518	KP_Divide KP_Divide KP_Divide \
	519	KP_Divide KP_Divide Hex_B \
	520	KP_Divide KP_Divide KP_Divide \
	521	KP_Divide KP_Divide Hex_B \
	522	KP_Divide KP_Divide KP_Divide
	523	keycode 99 = Control_backslash Control_backslash Control_backslash \
	524	Meta_Control_backslash Meta_Control_backslash Meta_Control_backslash \
	525	Control_backslash Control_backslash Control_backslash \
	526	Meta_Control_backslash Meta_Control_backslash Meta_Control_backslash \
	527	Control_backslash Control_backslash Control_backslash \
	528	Meta_Control_backslash Meta_Control_backslash Meta_Control_backslash
	529	keycode 100 = Alt
	530	keycode 101 = Break
	531	keycode 102 = Find
	532	keycode 103 = Up Up Up \
	533	KeyboardSignal Up Up \
	534	Up Up Up \
	535	KeyboardSignal Up Up \
	536	Up Up Up \
	537	KeyboardSignal Up Up
	538	keycode 104 = Prior Scroll_Backward Prior \
	539	Prior Prior Prior \
	540	Prior Scroll_Backward Prior \
	541	Prior Prior Prior \
	542	Prior Scroll_Backward Prior \
	543	Prior Prior Prior
	544	keycode 105 = Left Left Left \
	545	Decr_Console Left Left \
	546	Left Left Left \
	547	Decr_Console Left Left \
	548	Left Left Left \
	549	Decr_Console Left Left
	550	keycode 106 = Right Right Right \
	551	Incr_Console Right Right \
	552	Right Right Right \
	553	Incr_Console Right Right \
	554	Right Right Right \
	555	Incr_Console Right Right
	556	keycode 107 = Select
	557	keycode 108 = Down
	558	keycode 109 = Next Scroll_Forward Next \
	559	Next Next Next \
	560	Next Scroll_Forward Next \
	561	Next Next Next \
	562	Next Scroll_Forward Next \
	563	Next Next Next
	564	keycode 110 = Insert
	565	keycode 111 = Remove Remove Remove \
	566	Remove Remove Boot \
	567	Remove Remove Remove \
	568	Remove Remove Boot \
	569	Remove Remove Remove \
	570	Remove Remove Boot
	571	keycode 112 = Macro
	572	keycode 113 = F13
	573	keycode 114 = F14
	574	keycode 115 = Help
	575	keycode 116 = Do
	576	keycode 117 = F17
	577	keycode 118 = KP_MinPlus
	578	keycode 119 = Pause
	579	keycode 120 = VoidSymbol
	580	keycode 121 = VoidSymbol
	581	keycode 122 = VoidSymbol
	582	keycode 123 = VoidSymbol
	583	keycode 124 = VoidSymbol
	584	keycode 125 = VoidSymbol
	585	keycode 126 = VoidSymbol
	586	keycode 127 = VoidSymbol

+1

-1

data/keymaps/sun/sunt5-ru.map less more

0	0	# Russian keyboard layout for Type4/5 Sun keyboards
1	1	# Written by Alexander V. Lukyanov <lav@yars.free.net>
2		# Version 1.0
	2	# Version 1.1
3	3	#
4	4	# Uses KOI8-R coding without 'jo'
5	5	#

+383

-0

data/keymaps/sun/sunt5-uk.map less more

	0	# Russian keyboard layout for Type4/5 Sun keyboards
	1	# Written by Alexander V. Lukyanov <lav@yars.free.net>
	2	# Version 1.0
	3	#
	4	# Uses KOI8-R coding without 'jo'
	5	#
	6	keymaps 0-6,8,10,12,14
	7	keycode 1 =
	8	keycode 2 =
	9	keycode 3 =
	10	keycode 4 =
	11	keycode 5 = F1
	12	shift keycode 5 = F11
	13	alt keycode 5 = Console_1
	14	control alt keycode 5 = Console_1
	15	altgr shift keycode 5 = F11
	16	altgr alt keycode 5 = Console_1
	17	altgr control alt keycode 5 = Console_1
	18	keycode 6 = F2
	19	shift keycode 6 = F12
	20	alt keycode 6 = Console_2
	21	control alt keycode 6 = Console_2
	22	altgr shift keycode 6 = F12
	23	altgr alt keycode 6 = Console_2
	24	altgr control alt keycode 6 = Console_2
	25	keycode 7 = F10
	26	shift keycode 7 = F20
	27	alt keycode 7 = Console_10
	28	control alt keycode 7 = Console_10
	29	altgr shift keycode 7 = F20
	30	altgr alt keycode 7 = Console_10
	31	altgr control alt keycode 7 = Console_10
	32	keycode 8 = F3
	33	shift keycode 8 = F13
	34	alt keycode 8 = Console_3
	35	control alt keycode 8 = Console_3
	36	altgr shift keycode 8 = F13
	37	altgr alt keycode 8 = Console_3
	38	altgr control alt keycode 8 = Console_3
	39	keycode 9 = F11
	40	alt keycode 9 = Console_11
	41	control alt keycode 9 = Console_11
	42	altgr alt keycode 9 = Console_11
	43	altgr control alt keycode 9 = Console_11
	44	keycode 10 = F4
	45	shift keycode 10 = F14
	46	alt keycode 10 = Console_4
	47	control alt keycode 10 = Console_4
	48	altgr shift keycode 10 = F14
	49	altgr alt keycode 10 = Console_4
	50	altgr control alt keycode 10 = Console_4
	51	keycode 11 = F12
	52	alt keycode 11 = Console_12
	53	control alt keycode 11 = Console_12
	54	altgr alt keycode 11 = Console_12
	55	altgr control alt keycode 11 = Console_12
	56	keycode 12 = F5
	57	shift keycode 12 = F15
	58	alt keycode 12 = Console_5
	59	control alt keycode 12 = Console_5
	60	altgr shift keycode 12 = F15
	61	altgr alt keycode 12 = Console_5
	62	altgr control alt keycode 12 = Console_5
	63	keycode 13 = AltGr_Lock
	64	keycode 14 = F6
	65	shift keycode 14 = F16
	66	alt keycode 14 = Console_6
	67	control alt keycode 14 = Console_6
	68	altgr shift keycode 14 = F16
	69	altgr alt keycode 14 = Console_6
	70	altgr control alt keycode 14 = Console_6
	71	keycode 15 =
	72	keycode 16 = F7
	73	shift keycode 16 = F17
	74	alt keycode 16 = Console_7
	75	control alt keycode 16 = Console_7
	76	altgr shift keycode 16 = F17
	77	altgr alt keycode 16 = Console_7
	78	altgr control alt keycode 16 = Console_7
	79	keycode 17 = F8
	80	shift keycode 17 = F18
	81	alt keycode 17 = Console_8
	82	control alt keycode 17 = Console_8
	83	altgr shift keycode 17 = F18
	84	altgr alt keycode 17 = Console_8
	85	altgr control alt keycode 18 = Console_8
	86	keycode 18 = F9
	87	shift keycode 18 = F19
	88	alt keycode 18 = Console_9
	89	control alt keycode 18 = Console_9
	90	altgr shift keycode 18 = F19
	91	altgr alt keycode 18 = Console_9
	92	altgr control alt keycode 18 = Console_9
	93	keycode 19 = Alt
	94	keycode 20 = Up
	95	keycode 21 = Pause
	96	keycode 22 =
	97	keycode 23 = Scroll_Lock Show_Memory Show_Registers Show_State
	98	alt keycode 23 = Scroll_Lock
	99	keycode 24 = Left
	100	alt keycode 24 = Decr_Console
	101	altgr alt keycode 24 = Decr_Console
	102	keycode 25 =
	103	keycode 26 =
	104	keycode 27 = Down
	105	keycode 28 = Right
	106	alt keycode 28 = Incr_Console
	107	altgr alt keycode 28 = Incr_Console
	108	keycode 29 = Escape
	109	alt keycode 29 = Meta_Escape
	110	altgr alt keycode 29 = Meta_Escape
	111	keycode 30 = one exclam one exclam
	112	alt keycode 30 = Meta_one
	113	altgr alt keycode 30 = Meta_one
	114	keycode 31 = two at two at
	115	control keycode 31 = nul
	116	alt keycode 31 = Meta_two
	117	altgr control keycode 31 = nul
	118	altgr alt keycode 31 = Meta_two
	119	keycode 32 = three numbersign three numbersign
	120	control keycode 32 = Escape
	121	alt keycode 32 = Meta_three
	122	altgr control keycode 32 = Escape
	123	altgr alt keycode 32 = Meta_three
	124	keycode 33 = four dollar four dollar
	125	control keycode 33 = Control_backslash
	126	alt keycode 33 = Meta_four
	127	altgr control keycode 33 = Control_backslash
	128	altgr alt keycode 33 = Meta_four
	129	keycode 34 = five percent five colon
	130	control keycode 34 = Control_bracketright
	131	alt keycode 34 = Meta_five
	132	altgr control keycode 34 = Control_bracketright
	133	altgr alt keycode 34 = Meta_five
	134	keycode 35 = six asciicircum six comma
	135	control keycode 35 = Control_asciicircum
	136	alt keycode 35 = Meta_six
	137	altgr control keycode 35 = Control_asciicircum
	138	altgr alt keycode 35 = Meta_six
	139	keycode 36 = seven ampersand seven period
	140	control keycode 36 = Control_underscore
	141	alt keycode 36 = Meta_seven
	142	altgr alt keycode 36 = Meta_seven
	143	keycode 37 = eight asterisk eight semicolon
	144	control keycode 37 = Delete
	145	alt keycode 37 = Meta_eight
	146	altgr control keycode 37 = Delete
	147	altgr alt keycode 37 = Meta_eight
	148	keycode 38 = nine parenleft nine parenleft
	149	alt keycode 38 = Meta_nine
	150	altgr alt keycode 38 = Meta_nine
	151	keycode 39 = zero parenright zero parenright
	152	alt keycode 39 = Meta_zero
	153	altgr alt keycode 39 = Meta_zero
	154	keycode 40 = minus underscore minus underscore
	155	control keycode 40 = Control_underscore
	156	alt keycode 40 = Meta_minus
	157	altgr control keycode 40 = Control_underscore
	158	altgr alt keycode 40 = Meta_minus
	159	keycode 41 = equal plus equal plus
	160	alt keycode 41 = Meta_equal
	161	altgr alt keycode 41 = Meta_equal
	162	keycode 42 = grave asciitilde grave asciitilde
	163	control keycode 42 = nul
	164	alt keycode 42 = Meta_grave
	165	altgr control keycode 42 = nul
	166	altgr alt keycode 42 = Meta_grave
	167	keycode 43 = Delete Delete Delete Delete
	168	control keycode 43 = BackSpace
	169	alt keycode 43 = Meta_Delete
	170	altgr control keycode 43 = BackSpace
	171	altgr alt keycode 43 = Meta_Delete
	172	keycode 44 = Insert
	173	keycode 45 = equal
	174	keycode 46 = KP_Divide
	175	keycode 47 = KP_Multiply
	176	keycode 48 =
	177	keycode 49 =
	178	keycode 50 = KP_Period
	179	control alt keycode 50 = Boot
	180	altgr control alt keycode 50 = Boot
	181	keycode 51 =
	182	keycode 52 = Find
	183	keycode 53 = Tab Tab
	184	alt keycode 53 = Meta_Tab
	185	altgr alt keycode 53 = Meta_Tab
	186	keycode 54 = q
	187	altgr keycode 54 = +0xCA
	188	altgr shift keycode 54 = +0xEA
	189	keycode 55 = w
	190	altgr keycode 55 = +0xC3
	191	altgr shift keycode 55 = +0xE3
	192	keycode 56 = e
	193	altgr keycode 56 = +0xD5
	194	altgr shift keycode 56 = +0xF5
	195	keycode 57 = r
	196	altgr keycode 57 = +0xCB
	197	altgr shift keycode 57 = +0xEB
	198	keycode 58 = t
	199	altgr keycode 58 = +0xC5
	200	altgr shift keycode 58 = +0xE5
	201	keycode 59 = y
	202	altgr keycode 59 = +0xCE
	203	altgr shift keycode 59 = +0xEE
	204	keycode 60 = u
	205	altgr keycode 60 = +0xC7
	206	altgr shift keycode 60 = +0xE7
	207	keycode 61 = i
	208	altgr keycode 61 = +0xDB
	209	altgr shift keycode 61 = +0xFB
	210	keycode 62 = o
	211	altgr keycode 62 = +0xDD
	212	altgr shift keycode 62 = +0xFD
	213	keycode 63 = p
	214	altgr keycode 63 = +0xDA
	215	altgr shift keycode 63 = +0xFA
	216	keycode 64 = bracketleft braceleft
	217	control keycode 64 = Escape
	218	alt keycode 64 = Meta_bracketleft
	219	altgr control keycode 64 = Escape
	220	altgr alt keycode 64 = Meta_bracketleft
	221	altgr keycode 64 = +0xC8
	222	altgr shift keycode 64 = +0xE8
	223	keycode 65 = bracketright braceright
	224	control keycode 65 = Control_bracketright
	225	alt keycode 65 = Meta_bracketright
	226	altgr control keycode 65 = Control_bracketright
	227	altgr alt keycode 65 = Meta_bracketright
	228	altgr keycode 65 = +0xDF
	229	altgr shift keycode 65 = +0xFF
	230	keycode 66 = Remove
	231	control alt keycode 66 = Boot
	232	altgr control alt keycode 66 = Boot
	233	keycode 67 =
	234	keycode 68 = KP_7
	235	alt keycode 68 = Ascii_7
	236	altgr alt keycode 68 = Ascii_7
	237	keycode 69 = KP_8
	238	alt keycode 69 = Ascii_8
	239	altgr alt keycode 69 = Ascii_8
	240	keycode 70 = KP_9
	241	alt keycode 70 = Ascii_9
	242	altgr alt keycode 70 = Ascii_9
	243	keycode 71 = KP_Subtract
	244	keycode 72 =
	245	keycode 73 =
	246	keycode 74 = Select
	247	keycode 75 =
	248	keycode 76 = Control
	249	keycode 77 = a
	250	altgr keycode 77 = +0xC6
	251	altgr shift keycode 77 = +0xE6
	252	keycode 78 = s
	253	altgr keycode 78 = +0xD9
	254	altgr shift keycode 78 = +0xF9
	255	keycode 79 = d
	256	altgr keycode 79 = +0xD7
	257	altgr shift keycode 79 = +0xF7
	258	keycode 80 = f
	259	altgr keycode 80 = +0xC1
	260	altgr shift keycode 80 = +0xE1
	261	keycode 81 = g
	262	altgr keycode 81 = +0xD0
	263	altgr shift keycode 81 = +0xF0
	264	keycode 82 = h
	265	altgr keycode 82 = +0xD2
	266	altgr shift keycode 82 = +0xF2
	267	keycode 83 = j
	268	altgr keycode 83 = +0xCF
	269	altgr shift keycode 83 = +0xEF
	270	keycode 84 = k
	271	altgr keycode 84 = +0xCC
	272	altgr shift keycode 84 = +0xEC
	273	keycode 85 = l
	274	altgr keycode 85 = +0xC4
	275	altgr shift keycode 85 = +0xE4
	276	keycode 86 = semicolon colon
	277	alt keycode 86 = Meta_semicolon
	278	altgr alt keycode 86 = Meta_semicolon
	279	altgr keycode 86 = +0xD6
	280	altgr shift keycode 86 = +0xF6
	281	keycode 87 = apostrophe quotedbl
	282	control keycode 87 = Control_g
	283	alt keycode 87 = Meta_apostrophe
	284	altgr control keycode 87 = Control_g
	285	altgr alt keycode 87 = Meta_apostrophe
	286	altgr keycode 87 = +0xDC
	287	altgr shift keycode 87 = +0xFC
	288	keycode 88 = backslash bar backslash bar
	289	control keycode 88 = Control_backslash
	290	alt keycode 88 = Meta_backslash
	291	altgr control keycode 88 = Control_backslash
	292	altgr alt keycode 88 = Meta_backslash
	293	keycode 89 = Return
	294	alt keycode 89 = Meta_Control_m
	295	altgr alt keycode 89 = Meta_Control_m
	296	keycode 90 = KP_Enter
	297	keycode 91 = KP_4
	298	alt keycode 91 = Ascii_4
	299	altgr alt keycode 91 = Ascii_4
	300	keycode 92 = KP_5
	301	alt keycode 92 = Ascii_5
	302	altgr alt keycode 92 = Ascii_5
	303	keycode 93 = KP_6
	304	alt keycode 93 = Ascii_6
	305	altgr alt keycode 93 = Ascii_6
	306	keycode 94 = KP_0
	307	alt keycode 94 = Ascii_0
	308	altgr alt keycode 94 = Ascii_0
	309	keycode 95 =
	310	keycode 96 = Prior
	311	shift keycode 96 = Scroll_Backward
	312	altgr shift keycode 96 = Scroll_Backward
	313	keycode 97 =
	314	keycode 98 = Num_Lock
	315	keycode 99 = Shift
	316	keycode 100 = z
	317	altgr keycode 100 = +0xD1
	318	altgr shift keycode 100 = +0xF1
	319	keycode 101 = x
	320	altgr keycode 101 = +0xDE
	321	altgr shift keycode 101 = +0xFE
	322	keycode 102 = c
	323	altgr keycode 102 = +0xD3
	324	altgr shift keycode 102 = +0xF3
	325	keycode 103 = v
	326	altgr keycode 103 = +0xCD
	327	altgr shift keycode 103 = +0xED
	328	keycode 104 = b
	329	altgr keycode 104 = +0xC9
	330	altgr shift keycode 104 = +0xE9
	331	keycode 105 = n
	332	altgr keycode 105 = +0xD4
	333	altgr shift keycode 105 = +0xF4
	334	keycode 106 = m
	335	altgr keycode 106 = +0xD8
	336	altgr shift keycode 106 = +0xF8
	337	keycode 107 = comma less
	338	alt keycode 107 = Meta_comma
	339	altgr alt keycode 107 = Meta_comma
	340	altgr keycode 107 = +0xC2
	341	altgr shift keycode 107 = +0xE2
	342	keycode 108 = period greater
	343	# control keycode 108 = Compose
	344	alt keycode 108 = Meta_period
	345	altgr alt keycode 108 = Meta_period
	346	altgr keycode 108 = +0xC0
	347	altgr shift keycode 108 = +0xE0
	348	keycode 109 = slash question slash question
	349	control keycode 109 = Delete
	350	alt keycode 109 = Meta_slash
	351	altgr control keycode 109 = Delete
	352	altgr alt keycode 109 = Meta_slash
	353	keycode 110 = Shift
	354	keycode 111 = Linefeed
	355	keycode 112 = KP_1
	356	alt keycode 112 = Ascii_1
	357	altgr alt keycode 112 = Ascii_1
	358	keycode 113 = KP_2
	359	alt keycode 113 = Ascii_2
	360	altgr alt keycode 113 = Ascii_2
	361	keycode 114 = KP_3
	362	alt keycode 114 = Ascii_3
	363	altgr alt keycode 114 = Ascii_3
	364	keycode 115 =
	365	keycode 116 =
	366	keycode 117 =
	367	keycode 118 = Help
	368	keycode 119 = Caps_Lock
	369	keycode 120 =
	370	keycode 121 = space
	371	control keycode 121 = nul
	372	alt keycode 121 = Meta_space
	373	altgr control keycode 121 = nul
	374	altgr alt keycode 121 = Meta_space
	375	keycode 122 =
	376	keycode 123 = Next
	377	shift keycode 123 = Scroll_Forward
	378	altgr shift keycode 123 = Scroll_Forward
	379	keycode 124 =
	380	keycode 125 = KP_Add
	381	keycode 126 =
	382	keycode 127 =

+2

-2

data/unimaps/8859-7.a0-ff.uni less more

0	0	# fontpositions 0-95: positions 160-255 in ISO 8859-7 (Greek)
1	1	0x000 U+00A0 # NO-BREAK SPACE
2		0x001 U+2018 # LEFT SINGLE QUOTATION MARK
3		0x002 U+2019 # RIGHT SINGLE QUOTATION MARK
	2	0x001 U+2018 U+02BD # LEFT SINGLE QUOTATION MARK
	3	0x002 U+2019 U+02BC # RIGHT SINGLE QUOTATION MARK
4	4	0x003 U+00A3 # POUND SIGN
5	5	0x006 U+00A6 # BROKEN BAR
6	6	0x007 U+00A7 # SECTION SIGN

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26	26	simultaneously, and keycode 99 otherwise; the latter has keycode
27	27	101 when Ctrl is pressed simultaneously, and keycode 119 otherwise.
28	28	(Thus, it makes no sense to bind functions to Alt keycode 99 or
29		Ctrl keycode 119.)
	29	Ctrl keycode 119.) The Pause/Break key is also special in another way:
	30	it does not generate key-up scancodes, but generates the entire
	31	6-scancode sequence on key-down.
30	32	<P>If you have strange keys, that do not generate any code under Linux
31	33	(or generate messages like "unrecognized scancode"), and your kernel
32	34	is 1.1.63 or later, then you can use setkeycodes(1) to tell the kernel
33		about them. They won't work under X, however.
34		Once they have gotten a keycode from <CODE>setkeycodes</CODE>, they can be assigned
35		a function by <CODE>loadkeys</CODE>.
	35	about them. Once they have gotten a keycode from <CODE>setkeycodes</CODE>,
	36	they can be assigned a function by <CODE>loadkeys</CODE>.
	37	<P>For example, using <CODE>showkey -s</CODE> one sees that Microsoft keyboards
	38	use the scancode sequences (in hexadecimal) e0 5b (left Windows key),
	39	e0 5c (right Windows key), e0 5d (Menu key).
	40	Microsoft Internet keyboard also uses e0 6a (Back), e0 69 (Forward),
	41	e0 68 (Stop), e0 6c (Mail), e0 65 (Search), e0 66 (Favorites),
	42	e0 32 (Web/Home), e0 6b (My Computer), e0 21 (Calculator), e0 5f (Sleep).
	43	Use <CODE>dumpkeys</CODE> to see what keycodes are still unused.
	44	Typically values like 89-95 and 112-118 and 120-127 are free.
	45	Now
	46	<BLOCKQUOTE><CODE>
	47	<PRE>
	48	% setkeycodes e05b 125
	49	% setkeycodes e05c 126
	50	% setkeycodes e05d 127
	51	</PRE>
	52	</CODE></BLOCKQUOTE>
	53
	54	assigns keycodes to these scancode sequences, and
	55	<BLOCKQUOTE><CODE>
	56	<PRE>
	57	% loadkeys
	58	keycode 125 = Decr_Console
	59	keycode 126 = Incr_Console
	60	keycode 127 = KeyboardSignal
	61	%
	62	</PRE>
	63	</CODE></BLOCKQUOTE>
	64
	65	would make these Windows keys go to the previous or next virtual console,
	66	and let the Menu key create a fresh virtual console (in case you have
	67	something like <CODE>spawn_console</CODE> running).
36	68	<P>
37	69	<HR>
38	70	<A HREF="kbd.FAQ-15.html">Next</A>

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1369	1369	simultaneously, and keycode 99 otherwise; the latter has keycode
1370	1370	101 when Ctrl is pressed simultaneously, and keycode 119 otherwise.
1371	1371	(Thus, it makes no sense to bind functions to Alt keycode 99 or
1372		Ctrl keycode 119.)
	1372	Ctrl keycode 119.) The Pause/Break key is also special in another way:
	1373	it does not generate key-up scancodes, but generates the entire
	1374	6-scancode sequence on key-down.
1373	1375
1374	1376	If you have strange keys, that do not generate any code under Linux
1375	1377	(or generate messages like "unrecognized scancode"), and your kernel
1376	1378	is 1.1.63 or later, then you can use setkeycodes(1) to tell the kernel
1377		about them. They won't work under X, however.
1378		Once they have gotten a keycode from <tt/setkeycodes/, they can be assigned
1379		a function by <tt/loadkeys/.
	1379	about them. Once they have gotten a keycode from <tt/setkeycodes/,
	1380	they can be assigned a function by <tt/loadkeys/.
	1381
	1382	For example, using <tt/showkey -s/ one sees that Microsoft keyboards
	1383	use the scancode sequences (in hexadecimal) e0 5b (left Windows key),
	1384	e0 5c (right Windows key), e0 5d (Menu key).
	1385	Microsoft Internet keyboard also uses e0 6a (Back), e0 69 (Forward),
	1386	e0 68 (Stop), e0 6c (Mail), e0 65 (Search), e0 66 (Favorites),
	1387	e0 32 (Web/Home), e0 6b (My Computer), e0 21 (Calculator), e0 5f (Sleep).
	1388	Use <tt>dumpkeys</tt> to see what keycodes are still unused.
	1389	Typically values like 89-95 and 112-118 and 120-127 are free.
	1390	Now
	1391	<tscreen><verb>
	1392	% setkeycodes e05b 125
	1393	% setkeycodes e05c 126
	1394	% setkeycodes e05d 127
	1395	</verb></tscreen>
	1396	assigns keycodes to these scancode sequences, and
	1397	<tscreen><verb>
	1398	% loadkeys
	1399	keycode 125 = Decr_Console
	1400	keycode 126 = Incr_Console
	1401	keycode 127 = KeyboardSignal
	1402	%
	1403	</verb></tscreen>
	1404	would make these Windows keys go to the previous or next virtual console,
	1405	and let the Menu key create a fresh virtual console (in case you have
	1406	something like <tt/spawn_console/ running).
1380	1407
1381	1408	<sect>Examples of use of loadkeys and xmodmap<p>
1382	1409	<nidx>loadkeys!example using</nidx>

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	0	From: johnsonm@stolaf.edu (Michael K. Johnson)
	1	Subject: changing keyboard repeat rate.
	2
	3	OK, I have gotten several requests for info on how to change the
	4	keyboard repeat rate, so here goes. Note: I can't just give diffs,
	5	because there are lots of options, and for heaven's sake it's only
	6	three lines of code.
	7
	8	In boot/setup.S, there are the lines:
	9
	10	! set the keyboard repeat rate to the max
	11
	12	mov ax,#0x0305
	13	mov bx,0x0000
	14	int 0x16
	15
	16	If you don't want to change the repeat rate at all, just comment out
	17	these lines by prefacing them with !'s. If you want something in the
	18	middle, change the
	19	mov bx,0x0000
	20	to mov bx,0x????
	21	where ???? is determined by (from Ralf Brown's interrupt list)
	22	bh = delay value (0x00 = 250 ms to 0x03 = 1000 ms (one second))
	23	this is the delay before the repeat starts happening
	24	bl = repeat rate (0x00 = 30/sec to 0x0c = 10/sec [default] to 0x1f = 2/sec)
	25
	26	I use mov bx,0x0006
	27	to delay 1/4 sec, then repeat at what I think is a comfortable rate.
	28	I am too lazy to calculate the exact speed -- maybe 20/sec? ;-)
	29
	30	Hope this helps people.
	31
	32	michaelkjohnson
	33	johnsonm@stolaf.edu

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	0	Date: Wed, 21 Jul 1999 23:34:05 -0700
	1	From: Marc Merlin <marc_news@merlins.org>
	2	Cc: linux-kernel@vger.rutgers.edu, Larry Augustin <lma@valinux.com>
	3
	4	There is an issue with setup.S:
	5	! Set the keyboard repeat rate to the max
	6	mov ax,#0x0305
	7	xor bx,bx ! clear bx
	8	int 0x16
	9
	10	Those lines are not really needed but they cause a problem on some (very
	11	few) systems where every other boot (or so) the keyboard won't be found (and
	12	has to be plugged/unplugged before it re-appears).
	13	It happens to affect some of the Pentium Pro systems that VA Linux Systems
	14	used to sell.
	15	Larry Augustin (CEO VA) found that removing those three lines fixes the
	16	problem and VA has been shipping kernels with them disabled for at least two
	17	years without any adverse effects.
	18	The patch actually got in the 2.0.31pre series (by David Miller) but got
	19	dropped/lost when David gave up.
	20
	21	More details from Larry:
	22
	23	----- Forwarded message from Larry Augustin <lma@valinux.com> -----
	24	From: Larry Augustin <lma@valinux.com>
	25
	26	Specifically, we had the problem on Intel Venus (VS440FX) Pentium Pro
	27	systems. I have a feeling the problem could be traced to a Keytronic
	28	keyboard BIOS bug, but I never tracked it down.
	29
	30	Interesting enough, that was one of the patches david miller had in the code
	31	base that got dropped when he quit doing 2.0 maintenance releases.
	32
	33	Larry

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	0	<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 3.2 Final//EN">
	1	<HTML>
	2	<HEAD>
	3	<META NAME="GENERATOR" CONTENT="SGML-Tools 1.0.9">
	4	<TITLE>Keyboard scancodes: Ordinary PC keyboards</TITLE>
	5	<LINK HREF="scancodes-2.html" REL=next>
	6
	7	<LINK HREF="scancodes.html#toc1" REL=contents>
	8	</HEAD>
	9	<BODY>
	10	<A HREF="scancodes-2.html">Next</A>
	11	Previous
	12	<A HREF="scancodes.html#toc1">Contents</A>
	13	<HR>
	14	<H2><A NAME="s1">1. Ordinary PC keyboards</A></H2>
	15
	16	<P>The data from a keyboard comes mainly in the form of scancodes,
	17	produced by key presses or used in the protocol with the computer.
	18	(Different codes are used by the keyboard firmware internally,
	19	and there also exist several
	20	<A HREF="#scancode_modes">sets of scancodes</A>. Here, for the
	21	time being, we only give the default codes - those from scancode set 2.)
	22	Each key press and key release produces between 0 and 6 scancodes.
	23	<P>
	24	<H2><A NAME="ss1.1">1.1 Key release</A>
	25	</H2>
	26
	27	<P>Below I'll only mention the scancode for key press (`make').
	28	The scancode for key release (`break') is obtained from it
	29	by setting the high order bit (adding 0x80 = 128).
	30	Thus, Esc press produces scancode <B>01</B>, Esc release
	31	scancode <B>81</B> (hex).
	32	For sequences things are similar: Keypad-/ gives <B>e0</B> <B>35</B>
	33	when pressed, <B>e0</B> <B>b5</B> when released. Most keyboards will
	34	repeat the make code (key down code) when the key repeats. Some will also
	35	fake Shift down and Shift up events during the repeat.
	36	<P>The keys PrtSc/SysRq and Pause/Break are special.
	37	The former produces scancode <B>e0</B> <B>2a</B> <B>e0</B> <B>37</B>
	38	when no modifier key is pressed simultaneously, <B>e0</B> <B>37</B>
	39	together with Shift or Ctrl, but <B>54</B> together with (left or right) Alt.
	40	The latter produces scancode sequence
	41	<B>e1</B> <B>1d</B> <B>45</B> <B>e1</B> <B>9d</B> <B>c5</B>
	42	when pressed (without modifier) and nothing at all upon release.
	43	However, together with (left or right) Ctrl, one gets
	44	<B>e0</B> <B>46</B> <B>e0</B> <B>c6</B>,
	45	and again nothing at release. It does not repeat.
	46	<P>
	47	<P>
	48	<H2><A NAME="ss1.2">1.2 Protocol scancodes</A>
	49	</H2>
	50
	51	<P>Most scancodes indicate a key press or release.
	52	Some are used in the communication protocol.
	53	<P><B>00</B> (Keyboard buffer overflow or parity error)
	54	<P><B>aa</B> (BAT [Basic Assurance Test] OK)
	55	<P><B>ee</B> (Result of echo command)
	56	<P><B>f1</B> (Some keyboards, as reply to command <B>a4</B>:
	57	Password not installed)
	58	<P><B>fa</B> (Ack)
	59	<P><B>fc</B> (BAT error or Mouse transmit error)
	60	<P><B>fe</B> (Keyboard fails to ack, please resend)
	61	<P><B>ff</B> (Keyboard parity error)
	62	<P>
	63	<H2><A NAME="ss1.3">1.3 Escape scancodes</A>
	64	</H2>
	65
	66	<P>The codes <B>e0</B> and <B>e1</B> introduce scancode sequences,
	67	and are not usually used as isolated scancodes themselves
	68	(but see
	69	<A HREF="scancodes-2.html#e0_as_key">below</A>).
	70	<P>This, and the above, means that scancodes
	71	<B>00</B>, <B>60</B>, <B>61</B>, <B>6e</B>, <B>71</B>,
	72	<B>7a</B>, <B>7c</B>, <B>7e</B>, <B>7f</B>
	73	are unavailable to signify key presses (on a default keyboard;
	74	we'll see keyboards that actually use scancode <B>60</B>).
	75	<P>Also other prefixes occur, see
	76	<A HREF="scancodes-2.html#prefix_80">below</A>.
	77	<P>
	78	<H2><A NAME="ss1.4">1.4 Ordinary scancodes</A>
	79	</H2>
	80
	81	<P>The scancodes in scancode set 2 are given in hex.
	82	Between parentheses the keycap on a US keyboard.
	83	The scancodes are given in order, grouped according
	84	to groups of keys that are usually found next to each other.
	85	<P><B>00</B> is normally an error code
	86	<P><B>01</B> (Esc)
	87	<P><B>02</B> (1!), <B>03</B> (2@), <B>04</B> (3#), <B>05</B> (4$),
	88	<B>06</B> (5%E), <B>07</B> (6^), <B>08</B> (7&),
	89	<B>09</B> (8*), <B>0a</B> (9(), <B>0b</B> (0)), <B>0c</B> (-_),
	90	<B>0d</B> (=+), <B>0e</B> (Backspace)
	91	<P><B>0f</B> (Tab), <B>10</B> (Q), <B>11</B> (W), <B>12</B> (E),
	92	<B>13</B> (R), <B>14</B> (T), <B>15</B> (Y),
	93	<B>16</B> (U), <B>17</B> (I), <B>18</B> (O),
	94	<B>19</B> (P), <B>1a</B> ([{), <B>1b</B> (]})
	95	<P><B>1c</B> (Enter)
	96	<P><B>1d</B> (LCtrl)
	97	<P><B>1e</B> (A), <B>1f</B> (S), <B>20</B> (D), <B>21</B> (F),
	98	<B>22</B> (G), <B>23</B> (H), <B>24</B> (J), <B>25</B> (K),
	99	<B>26</B> (L), <B>27</B> (;:), <B>28</B> ('")
	100	<P><B>29</B> (`~)
	101	<P><B>2a</B> (LShift)
	102	<P><B>2b</B> (\\|), on a 102-key keyboard
	103	<P><B>2c</B> (Z), <B>2d</B> (X), <B>2e</B> (C), <B>2f</B> (V),
	104	<B>30</B> (B), <B>31</B> (N), <B>32</B> (M), <B>33</B> (,<),
	105	<B>34</B> (.>), <B>35</B> (/?), <B>36</B> (RShift)
	106	<P><B>37</B> (Keypad-) or (/PrtScn) on a 83/84-key keyboard
	107	<P><B>38</B> (LAlt), <B>39</B> (Space bar),
	108	<P><B>3a</B> (CapsLock)
	109	<P><B>3b</B> (F1), <B>3c</B> (F2), <B>3d</B> (F3), <B>3e</B> (F4),
	110	<B>3f</B> (F5), <B>40</B> (F6), <B>41</B> (F7),
	111	<B>42</B> (F8), <B>43</B> (F9), <B>44</B> (F10)
	112	<P><B>45</B> (NumLock)
	113	<P><B>46</B> (ScrollLock)
	114	<P><B>47</B> (Keypad-7/Home), <B>48</B> (Keypad-8/Up),
	115	<B>49</B> (Keypad-9/PgUp)
	116	<P><B>4a</B> (Keypad--)
	117	<P><B>4b</B> (Keypad-4/Left), <B>4c</B> (Keypad-5),
	118	<B>4d</B> (Keypad-6/Right), <B>4e</B> (Keypad-+)
	119	<P><B>4f</B> (Keypad-1/End), <B>50</B> (Keypad-2/Down),
	120	<B>51</B> (Keypad-3/PgDn)
	121	<P><B>52</B> (Keypad-0/Ins), <B>53</B> (Keypad-./Del)
	122	<P><B>54</B> (Alt-SysRq) on a 84+ key keyboard
	123	<P><B>55</B> is less common; occurs as PF1 on a Focus 9000 keyboard,
	124	and as FN on an IBM ThinkPad.
	125	<P><B>56</B> mostly on non-US keyboards. It is an unlabelled key
	126	next to the space bar on a Toshiba notebook.
	127	<P><B>57</B> (F11), <B>58</B> (F12) both on a 101+ key keyboard
	128	<P><B>59</B>-<B>5a</B>-...-<B>7f</B> are less common.
	129	Scancodes <B>59</B>-<B>5c</B> occur on the RC930 keyboard.
	130	X calls <B>5d</B> `KEY_Begin'.
	131	Scancodes <B>55</B>, <B>6d</B>, <B>6f</B>, <B>73</B>, <B>74</B>,
	132	<B>77</B>, <B>78</B>, <B>79</B>, <B>7a</B>, <B>7b</B>,
	133	<B>7c</B>, <B>7e</B> occur on the Focus 9000 keyboard.
	134	Scancodes <B>73</B>, <B>7d</B> occur on a Japanese 86/106 keyboard.
	135	<P>
	136	<P>
	137	<H2><A NAME="ss1.5">1.5 Escaped scancodes</A>
	138	</H2>
	139
	140	<P>Apart from the Pause/Break key that has an escaped sequence starting
	141	with <B>e1</B>, the escape used is <B>e0</B>. Often, the codes
	142	are chosen in such a way that something meaningful happens when
	143	the receiver just discards the <B>e0</B>.
	144	<P><B>e0</B> <B>1c</B> (Keypad Enter) - <B>1c</B> (Enter)
	145	<P><B>e0</B> <B>1d</B> (RCtrl) - <B>1d</B> (LCtrl)
	146	<P><B>e0</B> <B>2a</B> (fake LShift) - <B>2a</B> (LShift)
	147	<P><B>e0</B> <B>35</B> (Keypad-/) - <B>35</B> (/?)
	148	<P><B>e0</B> <B>36</B> (fake RShift) - <B>36</B> (RShift)
	149	<P><B>e0</B> <B>37</B> (Ctrl-PrtScn) - <B>37</B> (*/PrtScn)
	150	<P><B>e0</B> <B>38</B> (RAlt) - <B>38</B> (LAlt)
	151	<P><B>e0</B> <B>46</B> (Ctrl-Break) - <B>46</B> (ScrollLock)
	152	<P><B>e0</B> <B>47</B> (Grey Home) - <B>47</B> (Keypad-7/Home)
	153	<P><B>e0</B> <B>48</B> (Grey Up) - <B>48</B> (Keypad-8/UpArrow)
	154	<P><B>e0</B> <B>49</B> (Grey PgUp) - <B>49</B> (Keypad-9/PgUp)
	155	<P><B>e0</B> <B>4b</B> (Grey Left) - <B>4b</B> (Keypad-4/Left)
	156	<P><B>e0</B> <B>4d</B> (Grey Right) - <B>4d</B> (Keypad-6/Right)
	157	<P><B>e0</B> <B>4f</B> (Grey End) - <B>4f</B> (Keypad-1/End)
	158	<P><B>e0</B> <B>50</B> (Grey Down) - <B>50</B> (Keypad-2/DownArrow)
	159	<P><B>e0</B> <B>51</B> (Grey PgDn) - <B>51</B> (Keypad-3/PgDn)
	160	<P><B>e0</B> <B>52</B> (Grey Insert) - <B>52</B> (Keypad-0/Ins)
	161	<P><B>e0</B> <B>53</B> (Grey Delete) - <B>53</B> (Keypad-./Del)
	162	<P>These escaped scancodes occur only on 101+ key keyboards.
	163	<P>
	164	<H2><A NAME="ss1.6">1.6 Fake shifts</A>
	165	</H2>
	166
	167	<P>The ten grey keys Insert, Home, PgUp, Delete, End, PgDn,
	168	Up, Left, Down, Right are supposed to function regardless
	169	of the state of Shift and NumLock keys. But for an old AT keyboard
	170	the keypad keys would produce digits when Numlock was on or Shift
	171	was down. Therefore, in order to fool old programs,
	172	fake scancodes are sent: when LShift is down, and Insert is
	173	pressed, <B>e0</B> <B>aa</B> <B>e0</B> <B>52</B> is sent;
	174	upon release of Insert <B>e0</B> <B>d2</B> <B>e0</B> <B>2a</B>
	175	is sent. In other words, a fake LShift-up and
	176	fake LShift-down are inserted.
	177	<P>If the Shift key is released earlier than the repeated key,
	178	then a real Shift-up code occurs (without preceding fake Shift-down)
	179	so that a program ignoring <B>e0</B> would see one more Shift-up
	180	than Shift-down.
	181	<P>When NumLock is on, no fake Shifts are sent when Shift was down,
	182	but fake Shifts are sent when Shift was not down. Thus,
	183	with Numlock, if Insert is pressed,
	184	<B>e0</B> <B>2a</B> <B>e0</B> <B>52</B> is sent
	185	and upon release <B>e0</B> <B>d2</B> <B>e0</B> <B>aa</B> is sent.
	186	The keyboard maintains a private NumLock mode, toggled when
	187	NumLock is pressed, and set when the NumLock LED is set.
	188	<P>In the same way, when Shift is down, the Grey-/ key produces
	189	fake Shift-up and fake Shift-down sequences. However, it does
	190	not react to the state of NumLock. The purpose of course is to
	191	fool programs that identify Grey-/ with ordinary /, so that they
	192	don't treat Shift-Grey-/ like Shift-/, i.e., ?.
	193	<P>On a Toshiba notebook, the three Windows keys are treated like
	194	the group of ten keys mentioned, and get fake shifts when
	195	(left or right) Shift is down. Thet do not react to NumLock.
	196	<P>
	197	<H2><A NAME="ss1.7">1.7 Turbo Mode</A>
	198	</H2>
	199
	200	<P>On some motherboards the LCtrl-LAlt-GreyPlus and LCtrl-LAlt-GreyMinus
	201	switch Turbo mode on/off, respectively. For these, the motherboard
	202	may generate the same scancode sequence when the Turbo button is
	203	pushed: Turbo Switch (High->Low):
	204	<B>1d</B> <B>38</B> <B>4a</B> <B>ce</B> <B>b8</B> <B>9d</B>
	205	and Turbo Switch (Low->High):
	206	<B>1d</B> <B>38</B> <B>4e</B> <B>ce</B> <B>b8</B> <B>9d</B>.
	207	<P>Other peculiar combinations in this style include
	208	LCtrl-LAlt-LShift-GreyMinus to turn off system cache.
	209	<P>Thio Yu Jin <jin@singmail.com> complains that on his Toshiba 4010CDS
	210	the Ctrl-Alt-Shift-T key combination brings up the Toshiba user manual.
	211	(04 Mar 1999 - not April 1.)
	212	<P>
	213	<P>
	214	<H2><A NAME="scancode_modes"></A> <A NAME="ss1.8">1.8 Scancode modes</A>
	215	</H2>
	216
	217	<P>The usual PC keyboards are capable of producing three
	218	sets of scancodes. Writing 0xf0 followed by 1, 2 or 3 to port
	219	0x60 will put the keyboard in scancode mode 1, 2 or 3. Writing
	220	0xf0 followed by 0 queries the mode, resulting in a scancode
	221	byte 0x43, 0x41 or 0x3f from the keyboard.
	222	<P>Scancode mode 2 is the default. In this mode, a key press
	223	usually produces a value <I>s</I> in the range 0x01-0x5f and the
	224	corresponding key release produces <I>s</I>+0x80. In scancode
	225	mode 3, the only key releases that produce a scan code are of
	226	either Shift key, or of the left Ctrl and Alt keys; for all
	227	other keys only the key presses are noted. The produced
	228	scancodes are mostly equal to those for scancode mode 2.
	229	<P>In scancode mode 1 most key releases produce the same values as
	230	in scancode mode 2, but for key presses there are entirely
	231	different, unrelated values. The details are somewhat messy.
	232	<P>
	233	<HR>
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	14	<H2><A NAME="s2">2. Special keyboards</A></H2>
	15
	16	<P>
	17	<P>
	18	<H2><A NAME="ss2.1">2.1 Focus KeyPro FK-9000 keyboard</A>
	19	</H2>
	20
	21	<P>Raul D. Miller <rockwell@nova.umd.edu>
	22	and <hagmanti@cps.msu.edu> report:
	23	<P><I>The keyboard is a KeyPro FK-9000. The FCC label says it's made in
	24	Taiwan by Focus Electronic Co, Ltd. It has a built-in calculator.</I>
	25	<P><I>This keyboard has twelve additional keys, with scancodes</I>
	26	<B>55</B> (PF1),
	27	<B>6d</B> (PF11),
	28	<B>6f</B> (PF12),
	29	<B>73</B> (PF2),
	30	<B>74</B> (PF9),
	31	<B>77</B> (PF3),
	32	<B>78</B> (PF4),
	33	<B>79</B> (PF5),
	34	<B>7a</B>* (PF6),
	35	<B>7b</B> (PF7),
	36	<B>7c</B> (PF8),
	37	<B>7e</B>* (PF10).
	38	<P><I>The break codes equal the make codes ORed with 0x80, as always,
	39	but the Linux kernel eats <B>fa</B> and <B>fe</B> as
	40	protocol bytes.</I>
	41	<P><I>The behavior of these keys is different from that of normal keys--
	42	they generate nothing when pressed; then generate the above scancodes
	43	at the normal repeat time and rate, and then generate (except for the
	44	starred ones) their scancode ORed with 0x80 when released...</I>
	45	<P><I>These PF keys are reprogrammable -- and programming occurs as a sequence
	46	of keyboard actions. Therefore, the PF keys duplicate whatever
	47	keyboard actions occurred during their programming.
	48	You hit the "Prog" key, then the PF key you want to program; type the
	49	string you want to store in the key (it's limited to 14 keypresses),
	50	and then hit the PF key again. After that, when you hit the PF key,
	51	it sends the string, and generates its own abnormal scancode upon
	52	release. When the key is held down, it generates the scancode repeatedly,
	53	but does not generate the string stored in it repeatedly.</I>
	54	<P><I>When you go to program a key, the scancodes for "PF##-" are sent
	55	to the computer, then the scancodes for each key you hit as you
	56	hit it (the shift, etc. keys are an exception-- they send "s-"
	57	and such :), and then, when you hit the PF## key again to end the
	58	programming, it sends a sequence of (at least) 18 "0e 8e"s --
	59	Backspaces...</I>
	60	<P><I>The program key itself doesn't generate a scancode at any time.
	61	The same applies to the CE and AC/ON keys (part of the calculator).
	62	There is a switch to change between calculator and keyboard mode
	63	which generates no scancodes.</I>
	64	<P><I>When the keyboard is in calculator mode, the entire numeric
	65	keypad (and everything else on the right side) generates no
	66	scancodes.</I>
	67	<P><I>When the keyboard is not in caluclator mode, the %, MC, MR, M-,
	68	M+, and Square Root keys all generate 0xff when pressed,
	69	0xff to repeat, and 0xff on release.</I>
	70	<P><I>The little unlabeled key between the right Ctrl and right Alt
	71	generates <B>56</B> when hit, repeats that, and then <B>d6</B>
	72	when released, just like a normal key.</I>
	73	<P>
	74	<P>
	75	<H2><A NAME="ss2.2">2.2 BTC keyboard</A>
	76	</H2>
	77
	78	<P>This keyboard has one additional key, with escaped scancode
	79	<B>e0</B> <B>6f</B> (Macro).
	80	<P>
	81	<H2><A NAME="ss2.3">2.3 LK450 keyboard</A>
	82	</H2>
	83
	84	<P>This keyboard has six additional keys, with escaped scancodes
	85	<B>e0</B> <B>3d</B> (F13),
	86	<B>e0</B> <B>3e</B> (F14),
	87	<B>e0</B> <B>3f</B> (Help),
	88	<B>e0</B> <B>40</B> (Do),
	89	<B>e0</B> <B>41</B> (F17),
	90	<B>e0</B> <B>4e</B> (Keypad-minplus).
	91	<P>
	92	<H2><A NAME="ss2.4">2.4 OmniKey keyboard</A>
	93	</H2>
	94
	95	<P>This keyboard has one additional key, with escaped scancode
	96	<B>e0</B> <B>4c</B> (Omni).
	97	<P>
	98	<H2><A NAME="ss2.5">2.5 GRiD 2260 keyboard</A>
	99	</H2>
	100
	101	<P>The GRiD 2260 notebook has a key producing the
	102	<B>6c</B> scancode; I do not know the keycap.
	103	<P>
	104	<H2><A NAME="ss2.6">2.6 A Japanese 86/106 keyboard</A>
	105	</H2>
	106
	107	<P>Barry Yip <g609296@cc.win.or.jp> reports:
	108	<P><I>This keyboard has two additional keys, with scancodes
	109	<B>73</B> (\-) and <B>7d</B> (\\|).
	110	This kind of keyboard is rather standard in Japan. They are called 106
	111	keyboard. Mine is a notebook so it is 86 keyboard. No specific brand
	112	name.</I>
	113	<P>
	114	<H2><A NAME="ss2.7">2.7 Brazilian keyboard</A>
	115	</H2>
	116
	117	<P>Arnaldo Moura <lumbago@vnet.ibm.com> reports:
	118	<P><I>This keyboard has two unusual keys, with scancodes
	119	<B>73</B> (/?) and <B>7e</B> (Keypad-.).</I>
	120	<P>Also others mention an ABNT keyboard with <B>73</B> and
	121	<B>7e</B> keys, mostly because these keys do not function
	122	with Windows NT 4.0.
	123	<P>ABNT (Associação Brasileira de Normas Tecnicas) and ABNT2
	124	are Brazilian keyboard layout standards. The plain Brazilian
	125	keyboard has 103 keys. I find an ABNT 107 key keyboard announced by
	126	<A HREF="http://www.gertec.com.br/tecpc1.htm">gertec</A>.
	127	with Suspend / Wake-up / Power power management keys.
	128	<I>For enabling these functions, run BIOS setup.</I>
	129	<P>
	130	<H2><A NAME="ss2.8">2.8 RC930 keyboard</A>
	131	</H2>
	132
	133	<P>Torben Fjerdingstad <tfj@olivia.ping.dk> reports:
	134	<P><I>It's an rc930 keyboard, from Regnecentralen/RC International, Now ICL.
	135	This keyboard has four additional keys, with scancodes</I>
	136	<B>59</B> (A1),
	137	<B>5a</B> (A2),
	138	<B>5b</B> (A3),
	139	<B>5c</B> (A4).
	140	<P><I>The rc930/rc931 keyboards are not made anymore, because they had a
	141	problem with fast typists, writing over 400 chars/minute.
	142	Writing 'af<space>', very, very fast, did a PgUp.</I>
	143	<P>
	144	<H2><A NAME="prefix_80"></A> <A NAME="ss2.9">2.9 Tandberg Data keyboard</A>
	145	</H2>
	146
	147	<P>Kjetil Torgrim Homme <kjetilho@ifi.uio.no> reports:
	148	<P><I>My Tandberg Data keyboard uses the prefix <B>80</B> for
	149	its numerous (20) extra keys. The <B>80</B> scancodes are:</I>
	150	<P><B>11</B>, <B>12</B>, <B>13</B>, <B>14</B>, <B>16</B>,
	151	<B>17</B>, <B>18</B>, <B>19</B>, <B>1e</B>, <B>1f</B>,
	152	<B>20</B>, <B>21</B>, <B>22</B>, <B>23</B>, <B>25</B>,
	153	<B>26</B>, <B>2f</B>, <B>30</B>, <B>32</B>, <B>56</B>.
	154	<P><I>For completeness, the <B>e0</B> scancodes:</I>
	155	<P><B>1c</B>, <B>2a</B>, <B>35</B>, <B>37</B>, <B>47</B>,
	156	<B>48</B>, <B>49</B>, <B>4b</B>, <B>4d</B>, <B>4f</B>,
	157	<B>50</B>, <B>51</B>, <B>52</B>, <B>53</B>.
	158	<P><I>The <B>e1</B> scancode: <B>1d</B>.
	159	As you can see, there is no overlap on this keyboard.</I>
	160	<P>
	161	<H2><A NAME="ss2.10">2.10 A keyboard</A>
	162	</H2>
	163
	164	<P><I>Three unusual power keys: <B>e0</B> <B>5e</B>,
	165	<B>e0</B> <B>5f</B>, <B>e0</B> <B>63</B>.</I>
	166	<P>
	167	<H2><A NAME="ss2.11">2.11 Microsoft Natural keyboard</A>
	168	</H2>
	169
	170	<P>This keyboard has three additional keys, with escaped scancodes
	171	<B>e0</B> <B>5b</B> (LeftWindow),
	172	<B>e0</B> <B>5c</B> (RightWindow),
	173	<B>e0</B> <B>5d</B> (Menu).
	174	<P>
	175	<H2><A NAME="ss2.12">2.12 Microsoft Internet keyboard</A>
	176	</H2>
	177
	178	<P>In addition to the three extra keys on the Microsoft Natural keyboard,
	179	this keyboard has ten keys, with escaped scancodes
	180	<B>e0</B> <B>21</B> (Calculator),
	181	<B>e0</B> <B>32</B> (Web/Home),
	182	<B>e0</B> <B>5f</B> (Sleep),
	183	<B>e0</B> <B>65</B> (Search),
	184	<B>e0</B> <B>66</B> (Favorites),
	185	<B>e0</B> <B>68</B> (Stop),
	186	<B>e0</B> <B>69</B> (Forward),
	187	<B>e0</B> <B>6a</B> (Back),
	188	<B>e0</B> <B>6b</B> (My Computer),
	189	<B>e0</B> <B>6c</B> (Mail).
	190	<P>
	191	<H2><A NAME="ss2.13">2.13 Logitech Internet keyboard</A>
	192	</H2>
	193
	194	<P>Jonathan DeBoer <deboer@ugrad.cs.ualberta.ca>
	195	reports Key-down and key-up scancodes for a Logitech Internet keyboard.
	196	<P> 0xe0 0x7a 0xe0 0xfa
	197	<P> 0xe0 0x32 0xe0 0xb2
	198	<P> 0xe0 0x21 0xe0 0xa1
	199	<P> 0xe0 0x23 0xe0 0xa3
	200	<P> 0x38 0x2a 0x0f 0x8f 0x8f 0xb8 0xaa
	201	<P> 0xe0 0x17 0xe0 0x97
	202	<P> 0xe0 0x10 0xe0 0x90
	203	<P> 0xe0 0x22 0xe0 0xa2
	204	<P> 0xe0 0x24 0xe0 0xa4
	205	<P> 0xe0 0x19 0xe0 0x99
	206	<P> 0xe0 0x1e 0xe0 0x9e
	207	<P> 0xe0 0x12 0xe0 0x92
	208	<P> 0xe0 0x26 0xe0 0xa6
	209	<P> 0xe0 0x18 0xe0 0x98
	210	<P> 0xe0 0x20 0xe0 0xa0
	211	<P> 0xe0 0x30 0xe0 0xb0
	212	<P> 0xe0 0x2e 0xe0 0xae
	213	<P> 0xe0 0x25 0xe0 0xa5
	214	<P> (But I have no keycap information.)
	215	<P>
	216	<H2><A NAME="e0_as_key"></A> <A NAME="ss2.14">2.14 A keyboard using e0 as ordinary scancode</A>
	217	</H2>
	218
	219	<P>Benjamin Carter <bcarter@ultra5.cs.umr.edu> reports:
	220	<P><I>I recently came into possession of a 97-key keyboard with Japanese
	221	markings on the keys. (The keys also have the standard
	222	qwerty-characters on them, with the exception of some of the meta-keys
	223	(there are 3 keys near the Alt keys on either side of the spacebar with
	224	only Japanese characters on them so I don't know what they are).
	225	In any case, the keyboard sends out scancodes that work for all the main
	226	keys (backspace, letters and numbers, enter, shift), but the numeric
	227	keypad, Alt keys, and function keys don't work.
	228	I have run the board through <CODE>showkey -s</CODE>, so I know what
	229	scancodes this keyboard sends out.
	230	However, the F9 and F10 keys send out <B>60</B> and <B>61</B>,
	231	respectively, so their key release events send out <B>e0</B>
	232	and <B>e1</B>, confusing the keyboard driver.</I>
	233	<P># These are across the top of the keyboard.
	234	<P><B>58</B> (F1), <B>59</B> (F2), <B>5a</B> (F3),
	235	<B>5b</B> (F4), <B>5c</B> (F5), <B>5d</B> (F6),
	236	<B>5e</B> (F7), <B>5f</B> (F8), <B>60</B> (F9),
	237	<B>61</B> (F10), <B>62</B> (F11), <B>63</B> (F12)
	238	<P>
	239	<B>76</B> (Break), <B>77</B> (Setup).
	240	<P>
	241	# top row
	242	<P><B>64</B> (Esc),
	243	<B>02</B> (1), <B>03</B> (2), <B>04</B> (3),
	244	<B>05</B> (4), <B>06</B> (5), <B>07</B> (6),
	245	<B>08</B> (7), <B>09</B> (8), <B>0a</B> (9),
	246	<B>0b</B> (0), <B>0c</B> (-), <B>0d</B> (=),
	247	<B>29</B> (`), <B>0e</B> (Backspace)
	248	<P>
	249	<P># 2nd row
	250	<P><B>0f</B> (Tab),
	251	<B>10</B> (Q), <B>11</B> (W), <B>12</B> (E),
	252	<B>13</B> (R), <B>14</B> (T), <B>15</B> (Y),
	253	<B>16</B> (U), <B>17</B> (I), <B>18</B> (O),
	254	<B>19</B> (P), <B>1a</B> ([), <B>1b</B> (]),
	255	<B>79</B> (Del), <B>6e</B> (Line Feed)
	256	<P>
	257	<P># 3rd row
	258	<P><B>38</B> (Ctrl),
	259	<B>1e</B> (A), <B>1f</B> (S), <B>20</B> (D),
	260	<B>21</B> (F), <B>22</B> (G), <B>23</B> (H),
	261	<B>24</B> (J), <B>25</B> (K), <B>26</B> (L),
	262	<B>27</B> (;), <B>28</B> ('), <B>75</B> (\),
	263	<B>1c</B> (Return)
	264	<P>
	265	<P># 4th row
	266	<P><B>2a</B> (Shift_L),
	267	<B>2c</B> (Z), <B>2d</B> (X), <B>2e</B> (C),
	268	<B>2f</B> (V), <B>30</B> (B), <B>31</B> (N),
	269	<B>32</B> (M), <B>33</B> (,), <B>34</B> (.),
	270	<B>35</B> (/),
	271	<B>3a</B> ((unknown)),
	272	<B>36</B> (Shift_R)
	273	<P>
	274	<P># bottom row
	275	<P><B>1d</B> (Caps Lock), <B>71</B> (Alt_L),
	276	<B>01</B> ((unknown)),
	277	<B>39</B> (Space),
	278	<B>45</B> ((unknown)),
	279	<B>72</B> (Alt_R),
	280	<B>46</B> ((unknown))
	281	<P>
	282	<P># numeric keypad. No "grey" section on the keyboard.
	283	<P><B>47</B> (7), <B>48</B> (8), <B>49</B> (9),
	284	<B>54</B> (Keypad -),
	285	<B>4b</B> (4), <B>4c</B> (5), <B>4d</B> (6),
	286	<B>37</B> (Keypad +),
	287	<B>4f</B> (1), <B>50</B> (2), <B>51</B> (3),
	288	<B>4e</B> (Keypad Enter),
	289	<B>52</B> (0),
	290	<B>78</B> (Up),
	291	<B>53</B> (Keypad .),
	292	<B>56</B> (Left),
	293	<B>55</B> (Down),
	294	<B>7d</B> (Right),
	295	<B>7e</B> (Keypad ,).
	296	<P>
	297	<P>There are more keyboards that do not use <B>e0</B> as escape code.
	298	For example, Paul Schulz <pauls@caemrad.com.au>
	299	reports the same for Sun Type 5 Keyboard with PS/2 connector,
	300	NCD model N-123NA. A kernel patch is required for such keyboards.
	301	<P>
	302	<P>
	303	<H2><A NAME="ss2.15">2.15 IBM ThinkPad</A>
	304	</H2>
	305
	306	<P>George Staikos <staikos@0wned.org> writes:
	307	<P><I>I have an IBM ThinkPad i1460. It has the IBM EasyLaunch<tm> keys.
	308	These are four multicoloured keys up at the top of the keyboard
	309	for "Home Page", "Search", "Shop", "Mail". They dont' seem to create
	310	any keyboard events at all. The keyboard interrupt doesn't trigger,
	311	<CODE>showkeys</CODE> doesn't see them do anything, and in DOS, a simple
	312	sequence of BIOS calls doesn't see them either.
	313	Also, being a laptop, it has an FN key. This key generates <B>55</B>.</I>
	314	<P>
	315	<H2><A NAME="ss2.16">2.16 Keyboards with many keys</A>
	316	</H2>
	317
	318	<P>The current mechanism is unable to handle keyboards with more than
	319	127 keys. But such keyboards seem to exist. (So far, nobody has
	320	reported `I have one', but there are several reports saying
	321	`I have heard about someone who has one'.)
	322	<P>Mark Hatle <fray@kernel.crashing.org> wrote:
	323	<P><I>On some ADB keyboards there are actually 128 distinct keys.
	324	They use scancodes 0-127.</I>
	325	<P><I>ADB is Apple Desktop Bus. The way that ADB works is similar to SCSI but
	326	on a much slower level. Specifically there is a communications chip in
	327	the computer, ADB controller, and the same chip in the keyboard. The
	328	keyboard sends the scancode to its internal ADB controller, the internal
	329	ADB controller then does any key mapping needed (not used under linux
	330	from my understanding) and passes the data to the computer.</I>
	331	<P><I>The ADB controller is capable of sending 256 distinct keys, but to my
	332	knowledge only 128 are sent. The key 0 is the 'a' and key 127 is the
	333	"power button".</I>
	334	<P><I>Also some of the Apple ADB keyboards have special "sound" and "function"
	335	keys. These keys (used in MacOS for volume up and down, screen contrast
	336	changing, etc) also show up on the ADB scancodes.</I>
	337	<P><I>ADB is used for both m68k and PPC Linux. The m68k Macintosh port, and
	338	the PPC - Power Macintosh and CHRP ports.</I>
	339	<P>and later:
	340	<P><I>Basically the scancode sequences for ADB are 16 bit. so there can actually
	341	be 65536 scancodes, currently though only 128 are defined.</I>
	342	<P>
	343	<HR>
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	13	<H2><A NAME="s3">3. Reporting</A></H2>
	14
	15	<P>Additions and corrections are welcome.
	16	Use <CODE>showkey -s</CODE> to get the scancodes.
	17	Mention keyboard manufacturer and type, and the keycaps.
	18	<P>Andries Brouwer - <CODE>aeb@cwi.nl</CODE>
	19	<P>
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	14	<H1>Keyboard scancodes</H1>
	15
	16	<H2>Andries Brouwer, <CODE>aeb@cwi.nl</CODE></H2>v1.0, 991209
	17	<P><HR>
	18	<EM>This note contains some information about PC keyboard scancodes.</EM>
	19	<HR>
	20	<P>
	21	<H2><A NAME="toc1">1.</A> <A HREF="scancodes-1.html">Ordinary PC keyboards</A></H2>
	22
	23	<UL>
	24	<LI><A HREF="scancodes-1.html#ss1.1">1.1 Key release</A>
	25	<LI><A HREF="scancodes-1.html#ss1.2">1.2 Protocol scancodes</A>
	26	<LI><A HREF="scancodes-1.html#ss1.3">1.3 Escape scancodes</A>
	27	<LI><A HREF="scancodes-1.html#ss1.4">1.4 Ordinary scancodes</A>
	28	<LI><A HREF="scancodes-1.html#ss1.5">1.5 Escaped scancodes</A>
	29	<LI><A HREF="scancodes-1.html#ss1.6">1.6 Fake shifts</A>
	30	<LI><A HREF="scancodes-1.html#ss1.7">1.7 Turbo Mode</A>
	31	<LI><A HREF="scancodes-1.html#ss1.8">1.8 Scancode modes</A>
	32	</UL>
	33	<P>
	34	<H2><A NAME="toc2">2.</A> <A HREF="scancodes-2.html">Special keyboards</A></H2>
	35
	36	<UL>
	37	<LI><A HREF="scancodes-2.html#ss2.1">2.1 Focus KeyPro FK-9000 keyboard</A>
	38	<LI><A HREF="scancodes-2.html#ss2.2">2.2 BTC keyboard</A>
	39	<LI><A HREF="scancodes-2.html#ss2.3">2.3 LK450 keyboard</A>
	40	<LI><A HREF="scancodes-2.html#ss2.4">2.4 OmniKey keyboard</A>
	41	<LI><A HREF="scancodes-2.html#ss2.5">2.5 GRiD 2260 keyboard</A>
	42	<LI><A HREF="scancodes-2.html#ss2.6">2.6 A Japanese 86/106 keyboard</A>
	43	<LI><A HREF="scancodes-2.html#ss2.7">2.7 Brazilian keyboard</A>
	44	<LI><A HREF="scancodes-2.html#ss2.8">2.8 RC930 keyboard</A>
	45	<LI><A HREF="scancodes-2.html#ss2.9">2.9 Tandberg Data keyboard</A>
	46	<LI><A HREF="scancodes-2.html#ss2.10">2.10 A keyboard</A>
	47	<LI><A HREF="scancodes-2.html#ss2.11">2.11 Microsoft Natural keyboard</A>
	48	<LI><A HREF="scancodes-2.html#ss2.12">2.12 Microsoft Internet keyboard</A>
	49	<LI><A HREF="scancodes-2.html#ss2.13">2.13 Logitech Internet keyboard</A>
	50	<LI><A HREF="scancodes-2.html#ss2.14">2.14 A keyboard using e0 as ordinary scancode</A>
	51	<LI><A HREF="scancodes-2.html#ss2.15">2.15 IBM ThinkPad</A>
	52	<LI><A HREF="scancodes-2.html#ss2.16">2.16 Keyboards with many keys</A>
	53	</UL>
	54	<P>
	55	<H2><A NAME="toc3">3.</A> <A HREF="scancodes-3.html">Reporting</A></H2>
	56
	57	<HR>
	58	<A HREF="scancodes-1.html">Next</A>
	59	Previous
	60	Contents
	61	</BODY>
	62	</HTML>

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	0	<!doctype linuxdoc system>
	1
	2	<article>
	3
	4	<title>Keyboard scancodes
	5	<author>Andries Brouwer, <tt/aeb@cwi.nl/
	6	<date>v1.0, 991209
	7
	8	<abstract>
	9	This note contains some information about PC keyboard scancodes.
	10	</abstract>
	11
	12	<toc>
	13
	14	<sect>Ordinary PC keyboards<p>
	15	The data from a keyboard comes mainly in the form of scancodes,
	16	produced by key presses or used in the protocol with the computer.
	17	(Different codes are used by the keyboard firmware internally,
	18	and there also exist several
	19	<ref id="scancode_modes" name="sets of scancodes">. Here, for the
	20	time being, we only give the default codes - those from scancode set 2.)
	21	Each key press and key release produces between 0 and 6 scancodes.
	22
	23	<sect1>Key release<p>
	24	Below I'll only mention the scancode for key press (`make').
	25	The scancode for key release (`break') is obtained from it
	26	by setting the high order bit (adding 0x80 = 128).
	27	Thus, Esc press produces scancode <bf>01</bf>, Esc release
	28	scancode <bf>81</bf> (hex).
	29	For sequences things are similar: Keypad-/ gives <bf>e0</bf> <bf>35</bf>
	30	when pressed, <bf>e0</bf> <bf>b5</bf> when released. Most keyboards will
	31	repeat the make code (key down code) when the key repeats. Some will also
	32	fake Shift down and Shift up events during the repeat.
	33
	34	The keys PrtSc/SysRq and Pause/Break are special.
	35	The former produces scancode <bf>e0</bf> <bf>2a</bf> <bf>e0</bf> <bf>37</bf>
	36	when no modifier key is pressed simultaneously, <bf>e0</bf> <bf>37</bf>
	37	together with Shift or Ctrl, but <bf>54</bf> together with (left or right) Alt.
	38	The latter produces scancode sequence
	39	<bf>e1</bf> <bf>1d</bf> <bf>45</bf> <bf>e1</bf> <bf>9d</bf> <bf>c5</bf>
	40	when pressed (without modifier) and nothing at all upon release.
	41	However, together with (left or right) Ctrl, one gets
	42	<bf>e0</bf> <bf>46</bf> <bf>e0</bf> <bf>c6</bf>,
	43	and again nothing at release. It does not repeat.
	44
	45
	46	<sect1>Protocol scancodes<p>
	47	Most scancodes indicate a key press or release.
	48	Some are used in the communication protocol.
	49	<p>
	50	<bf>00</bf> (Keyboard buffer overflow or parity error)
	51	<p>
	52	<bf>aa</bf> (BAT [Basic Assurance Test] OK)
	53	<p>
	54	<bf>ee</bf> (Result of echo command)
	55	<p>
	56	<bf>f1</bf> (Some keyboards, as reply to command <bf>a4</bf>:
	57	Password not installed)
	58	<p>
	59	<bf>fa</bf> (Ack)
	60	<p>
	61	<bf>fc</bf> (BAT error or Mouse transmit error)
	62	<p>
	63	<bf>fe</bf> (Keyboard fails to ack, please resend)
	64	<p>
	65	<bf>ff</bf> (Keyboard parity error)
	66
	67	<sect1>Escape scancodes<p>
	68	The codes <bf>e0</bf> and <bf>e1</bf> introduce scancode sequences,
	69	and are not usually used as isolated scancodes themselves
	70	(but see <ref id="e0_as_key" name="below">).
	71	<p>
	72	This, and the above, means that scancodes
	73	<bf>00</bf>, <bf>60</bf>, <bf>61</bf>, <bf>6e</bf>, <bf>71</bf>,
	74	<bf>7a</bf>, <bf>7c</bf>, <bf>7e</bf>, <bf>7f</bf>
	75	are unavailable to signify key presses (on a default keyboard;
	76	we'll see keyboards that actually use scancode <bf>60</bf>).
	77	<p>
	78	Also other prefixes occur, see <ref id="prefix_80" name="below">.
	79
	80	<sect1>Ordinary scancodes<p>
	81	The scancodes in scancode set 2 are given in hex.
	82	Between parentheses the keycap on a US keyboard.
	83	The scancodes are given in order, grouped according
	84	to groups of keys that are usually found next to each other.
	85	<p>
	86	<bf>00</bf> is normally an error code
	87	<p>
	88	<bf>01</bf> (Esc)
	89	<p>
	90	<bf>02</bf> (1!), <bf>03</bf> (2@), <bf>04</bf> (3#), <bf>05</bf> (4$),
	91	<bf>06</bf> (5%E), <bf>07</bf> (6^), <bf>08</bf> (7&),
	92	<bf>09</bf> (8*), <bf>0a</bf> (9(), <bf>0b</bf> (0)), <bf>0c</bf> (-_),
	93	<bf>0d</bf> (=+), <bf>0e</bf> (Backspace)
	94	<p>
	95	<bf>0f</bf> (Tab), <bf>10</bf> (Q), <bf>11</bf> (W), <bf>12</bf> (E),
	96	<bf>13</bf> (R), <bf>14</bf> (T), <bf>15</bf> (Y),
	97	<bf>16</bf> (U), <bf>17</bf> (I), <bf>18</bf> (O),
	98	<bf>19</bf> (P), <bf>1a</bf> ([{), <bf>1b</bf> (]})
	99	<p>
	100	<bf>1c</bf> (Enter)
	101	<p>
	102	<bf>1d</bf> (LCtrl)
	103	<p>
	104	<bf>1e</bf> (A), <bf>1f</bf> (S), <bf>20</bf> (D), <bf>21</bf> (F),
	105	<bf>22</bf> (G), <bf>23</bf> (H), <bf>24</bf> (J), <bf>25</bf> (K),
	106	<bf>26</bf> (L), <bf>27</bf> (;:), <bf>28</bf> ('")
	107	<p>
	108	<bf>29</bf> (`&tilde;)
	109	<p>
	110	<bf>2a</bf> (LShift)
	111	<p>
	112	<bf>2b</bf> (\\|), on a 102-key keyboard
	113	<p>
	114	<bf>2c</bf> (Z), <bf>2d</bf> (X), <bf>2e</bf> (C), <bf>2f</bf> (V),
	115	<bf>30</bf> (B), <bf>31</bf> (N), <bf>32</bf> (M), <bf>33</bf> (,<),
	116	<bf>34</bf> (.>), <bf>35</bf> (/?), <bf>36</bf> (RShift)
	117	<p>
	118	<bf>37</bf> (Keypad-) or (/PrtScn) on a 83/84-key keyboard
	119	<p>
	120	<bf>38</bf> (LAlt), <bf>39</bf> (Space bar),
	121	<p>
	122	<bf>3a</bf> (CapsLock)
	123	<p>
	124	<bf>3b</bf> (F1), <bf>3c</bf> (F2), <bf>3d</bf> (F3), <bf>3e</bf> (F4),
	125	<bf>3f</bf> (F5), <bf>40</bf> (F6), <bf>41</bf> (F7),
	126	<bf>42</bf> (F8), <bf>43</bf> (F9), <bf>44</bf> (F10)
	127	<p>
	128	<bf>45</bf> (NumLock)
	129	<p>
	130	<bf>46</bf> (ScrollLock)
	131	<p>
	132	<bf>47</bf> (Keypad-7/Home), <bf>48</bf> (Keypad-8/Up),
	133	<bf>49</bf> (Keypad-9/PgUp)
	134	<p>
	135	<bf>4a</bf> (Keypad--)
	136	<p>
	137	<bf>4b</bf> (Keypad-4/Left), <bf>4c</bf> (Keypad-5),
	138	<bf>4d</bf> (Keypad-6/Right), <bf>4e</bf> (Keypad-+)
	139	<p>
	140	<bf>4f</bf> (Keypad-1/End), <bf>50</bf> (Keypad-2/Down),
	141	<bf>51</bf> (Keypad-3/PgDn)
	142	<p>
	143	<bf>52</bf> (Keypad-0/Ins), <bf>53</bf> (Keypad-./Del)
	144	<p>
	145	<bf>54</bf> (Alt-SysRq) on a 84+ key keyboard
	146	<p>
	147	<bf>55</bf> is less common; occurs as PF1 on a Focus 9000 keyboard,
	148	and as FN on an IBM ThinkPad.
	149	<p>
	150	<bf>56</bf> mostly on non-US keyboards. It is an unlabelled key
	151	next to the space bar on a Toshiba notebook.
	152	<p>
	153	<bf>57</bf> (F11), <bf>58</bf> (F12) both on a 101+ key keyboard
	154	<p>
	155	<bf>59</bf>-<bf>5a</bf>-...-<bf>7f</bf> are less common.
	156	Scancodes <bf>59</bf>-<bf>5c</bf> occur on the RC930 keyboard.
	157	X calls <bf>5d</bf> `KEY_Begin'.
	158	Scancodes <bf>55</bf>, <bf>6d</bf>, <bf>6f</bf>, <bf>73</bf>, <bf>74</bf>,
	159	<bf>77</bf>, <bf>78</bf>, <bf>79</bf>, <bf>7a</bf>, <bf>7b</bf>,
	160	<bf>7c</bf>, <bf>7e</bf> occur on the Focus 9000 keyboard.
	161	Scancodes <bf>73</bf>, <bf>7d</bf> occur on a Japanese 86/106 keyboard.
	162	<p>
	163
	164	<sect1>Escaped scancodes<p>
	165	Apart from the Pause/Break key that has an escaped sequence starting
	166	with <bf>e1</bf>, the escape used is <bf>e0</bf>. Often, the codes
	167	are chosen in such a way that something meaningful happens when
	168	the receiver just discards the <bf>e0</bf>.
	169	<p>
	170	<bf>e0</bf> <bf>1c</bf> (Keypad Enter) - <bf>1c</bf> (Enter)
	171	<p>
	172	<bf>e0</bf> <bf>1d</bf> (RCtrl) - <bf>1d</bf> (LCtrl)
	173	<p>
	174	<bf>e0</bf> <bf>2a</bf> (fake LShift) - <bf>2a</bf> (LShift)
	175	<p>
	176	<bf>e0</bf> <bf>35</bf> (Keypad-/) - <bf>35</bf> (/?)
	177	<p>
	178	<bf>e0</bf> <bf>36</bf> (fake RShift) - <bf>36</bf> (RShift)
	179	<p>
	180	<bf>e0</bf> <bf>37</bf> (Ctrl-PrtScn) - <bf>37</bf> (*/PrtScn)
	181	<p>
	182	<bf>e0</bf> <bf>38</bf> (RAlt) - <bf>38</bf> (LAlt)
	183	<p>
	184	<bf>e0</bf> <bf>46</bf> (Ctrl-Break) - <bf>46</bf> (ScrollLock)
	185	<p>
	186	<bf>e0</bf> <bf>47</bf> (Grey Home) - <bf>47</bf> (Keypad-7/Home)
	187	<p>
	188	<bf>e0</bf> <bf>48</bf> (Grey Up) - <bf>48</bf> (Keypad-8/UpArrow)
	189	<p>
	190	<bf>e0</bf> <bf>49</bf> (Grey PgUp) - <bf>49</bf> (Keypad-9/PgUp)
	191	<p>
	192	<bf>e0</bf> <bf>4b</bf> (Grey Left) - <bf>4b</bf> (Keypad-4/Left)
	193	<p>
	194	<bf>e0</bf> <bf>4d</bf> (Grey Right) - <bf>4d</bf> (Keypad-6/Right)
	195	<p>
	196	<bf>e0</bf> <bf>4f</bf> (Grey End) - <bf>4f</bf> (Keypad-1/End)
	197	<p>
	198	<bf>e0</bf> <bf>50</bf> (Grey Down) - <bf>50</bf> (Keypad-2/DownArrow)
	199	<p>
	200	<bf>e0</bf> <bf>51</bf> (Grey PgDn) - <bf>51</bf> (Keypad-3/PgDn)
	201	<p>
	202	<bf>e0</bf> <bf>52</bf> (Grey Insert) - <bf>52</bf> (Keypad-0/Ins)
	203	<p>
	204	<bf>e0</bf> <bf>53</bf> (Grey Delete) - <bf>53</bf> (Keypad-./Del)
	205	<p>
	206	These escaped scancodes occur only on 101+ key keyboards.
	207
	208	<sect1>Fake shifts<p>
	209	The ten grey keys Insert, Home, PgUp, Delete, End, PgDn,
	210	Up, Left, Down, Right are supposed to function regardless
	211	of the state of Shift and NumLock keys. But for an old AT keyboard
	212	the keypad keys would produce digits when Numlock was on or Shift
	213	was down. Therefore, in order to fool old programs,
	214	fake scancodes are sent: when LShift is down, and Insert is
	215	pressed, <bf>e0</bf> <bf>aa</bf> <bf>e0</bf> <bf>52</bf> is sent;
	216	upon release of Insert <bf>e0</bf> <bf>d2</bf> <bf>e0</bf> <bf>2a</bf>
	217	is sent. In other words, a fake LShift-up and
	218	fake LShift-down are inserted.
	219
	220	If the Shift key is released earlier than the repeated key,
	221	then a real Shift-up code occurs (without preceding fake Shift-down)
	222	so that a program ignoring <bf>e0</bf> would see one more Shift-up
	223	than Shift-down.
	224
	225	When NumLock is on, no fake Shifts are sent when Shift was down,
	226	but fake Shifts are sent when Shift was not down. Thus,
	227	with Numlock, if Insert is pressed,
	228	<bf>e0</bf> <bf>2a</bf> <bf>e0</bf> <bf>52</bf> is sent
	229	and upon release <bf>e0</bf> <bf>d2</bf> <bf>e0</bf> <bf>aa</bf> is sent.
	230	The keyboard maintains a private NumLock mode, toggled when
	231	NumLock is pressed, and set when the NumLock LED is set.
	232
	233	In the same way, when Shift is down, the Grey-/ key produces
	234	fake Shift-up and fake Shift-down sequences. However, it does
	235	not react to the state of NumLock. The purpose of course is to
	236	fool programs that identify Grey-/ with ordinary /, so that they
	237	don't treat Shift-Grey-/ like Shift-/, i.e., ?.
	238
	239	On a Toshiba notebook, the three Windows keys are treated like
	240	the group of ten keys mentioned, and get fake shifts when
	241	(left or right) Shift is down. Thet do not react to NumLock.
	242
	243	<sect1>Turbo Mode<p>
	244	On some motherboards the LCtrl-LAlt-GreyPlus and LCtrl-LAlt-GreyMinus
	245	switch Turbo mode on/off, respectively. For these, the motherboard
	246	may generate the same scancode sequence when the Turbo button is
	247	pushed: Turbo Switch (High->Low):
	248	<bf>1d</bf> <bf>38</bf> <bf>4a</bf> <bf>ce</bf> <bf>b8</bf> <bf>9d</bf>
	249	and Turbo Switch (Low->High):
	250	<bf>1d</bf> <bf>38</bf> <bf>4e</bf> <bf>ce</bf> <bf>b8</bf> <bf>9d</bf>.
	251	<p>
	252	Other peculiar combinations in this style include
	253	LCtrl-LAlt-LShift-GreyMinus to turn off system cache.
	254	<p>
	255	Thio Yu Jin <jin@singmail.com> complains that on his Toshiba 4010CDS
	256	the Ctrl-Alt-Shift-T key combination brings up the Toshiba user manual.
	257	(04 Mar 1999 - not April 1.)
	258	<p>
	259
	260	<sect1>Scancode modes
	261	<label id="scancode_modes">
	262	<p>
	263	The usual PC keyboards are capable of producing three
	264	sets of scancodes. Writing 0xf0 followed by 1, 2 or 3 to port
	265	0x60 will put the keyboard in scancode mode 1, 2 or 3. Writing
	266	0xf0 followed by 0 queries the mode, resulting in a scancode
	267	byte 0x43, 0x41 or 0x3f from the keyboard.
	268	<p>
	269	Scancode mode 2 is the default. In this mode, a key press
	270	usually produces a value <it>s</it> in the range 0x01-0x5f and the
	271	corresponding key release produces <it>s</it>+0x80. In scancode
	272	mode 3, the only key releases that produce a scan code are of
	273	either Shift key, or of the left Ctrl and Alt keys; for all
	274	other keys only the key presses are noted. The produced
	275	scancodes are mostly equal to those for scancode mode 2.
	276	<p>
	277	In scancode mode 1 most key releases produce the same values as
	278	in scancode mode 2, but for key presses there are entirely
	279	different, unrelated values. The details are somewhat messy.
	280
	281	<sect>Special keyboards<p>
	282
	283	<sect1>Focus KeyPro FK-9000 keyboard<p>
	284	Raul D. Miller <rockwell@nova.umd.edu>
	285	and <hagmanti@cps.msu.edu> report:
	286	<p>
	287	<it>
	288	The keyboard is a KeyPro FK-9000. The FCC label says it's made in
	289	Taiwan by Focus Electronic Co, Ltd. It has a built-in calculator.
	290	</it>
	291	<p>
	292	<it>
	293	This keyboard has twelve additional keys, with scancodes
	294	</it>
	295	<bf>55</bf> (PF1),
	296	<bf>6d</bf> (PF11),
	297	<bf>6f</bf> (PF12),
	298	<bf>73</bf> (PF2),
	299	<bf>74</bf> (PF9),
	300	<bf>77</bf> (PF3),
	301	<bf>78</bf> (PF4),
	302	<bf>79</bf> (PF5),
	303	<bf>7a</bf>* (PF6),
	304	<bf>7b</bf> (PF7),
	305	<bf>7c</bf> (PF8),
	306	<bf>7e</bf>* (PF10).
	307	<p>
	308	<it>
	309	The break codes equal the make codes ORed with 0x80, as always,
	310	but the Linux kernel eats <bf>fa</bf> and <bf>fe</bf> as
	311	protocol bytes.
	312	</it>
	313	<p>
	314	<it>
	315	The behavior of these keys is different from that of normal keys--
	316	they generate nothing when pressed; then generate the above scancodes
	317	at the normal repeat time and rate, and then generate (except for the
	318	starred ones) their scancode ORed with 0x80 when released...
	319	</it>
	320	<p>
	321	<it>
	322	These PF keys are reprogrammable -- and programming occurs as a sequence
	323	of keyboard actions. Therefore, the PF keys duplicate whatever
	324	keyboard actions occurred during their programming.
	325	You hit the "Prog" key, then the PF key you want to program; type the
	326	string you want to store in the key (it's limited to 14 keypresses),
	327	and then hit the PF key again. After that, when you hit the PF key,
	328	it sends the string, and generates its own abnormal scancode upon
	329	release. When the key is held down, it generates the scancode repeatedly,
	330	but does not generate the string stored in it repeatedly.
	331	</it>
	332	<p>
	333	<it>
	334	When you go to program a key, the scancodes for "PF##-" are sent
	335	to the computer, then the scancodes for each key you hit as you
	336	hit it (the shift, etc. keys are an exception-- they send "s-"
	337	and such :), and then, when you hit the PF## key again to end the
	338	programming, it sends a sequence of (at least) 18 "0e 8e"s --
	339	Backspaces...
	340	</it>
	341	<p>
	342	<it>
	343	The program key itself doesn't generate a scancode at any time.
	344	The same applies to the CE and AC/ON keys (part of the calculator).
	345	There is a switch to change between calculator and keyboard mode
	346	which generates no scancodes.
	347	</it>
	348	<p>
	349	<it>
	350	When the keyboard is in calculator mode, the entire numeric
	351	keypad (and everything else on the right side) generates no
	352	scancodes.
	353	</it>
	354	<p>
	355	<it>
	356	When the keyboard is not in caluclator mode, the %, MC, MR, M-,
	357	M+, and Square Root keys all generate 0xff when pressed,
	358	0xff to repeat, and 0xff on release.
	359	</it>
	360	<p>
	361	<it>
	362	The little unlabeled key between the right Ctrl and right Alt
	363	generates <bf>56</bf> when hit, repeats that, and then <bf>d6</bf>
	364	when released, just like a normal key.
	365	</it>
	366	<p>
	367
	368	<sect1>BTC keyboard<p>
	369	This keyboard has one additional key, with escaped scancode
	370	<bf>e0</bf> <bf>6f</bf> (Macro).
	371
	372	<sect1>LK450 keyboard<p>
	373	This keyboard has six additional keys, with escaped scancodes
	374	<bf>e0</bf> <bf>3d</bf> (F13),
	375	<bf>e0</bf> <bf>3e</bf> (F14),
	376	<bf>e0</bf> <bf>3f</bf> (Help),
	377	<bf>e0</bf> <bf>40</bf> (Do),
	378	<bf>e0</bf> <bf>41</bf> (F17),
	379	<bf>e0</bf> <bf>4e</bf> (Keypad-minplus).
	380
	381	<sect1>OmniKey keyboard<p>
	382	This keyboard has one additional key, with escaped scancode
	383	<bf>e0</bf> <bf>4c</bf> (Omni).
	384
	385	<sect1>GRiD 2260 keyboard<p>
	386	The GRiD 2260 notebook has a key producing the
	387	<bf>6c</bf> scancode; I do not know the keycap.
	388
	389	<sect1>A Japanese 86/106 keyboard<p>
	390	Barry Yip <g609296@cc.win.or.jp> reports:
	391	<p>
	392	<it>
	393	This keyboard has two additional keys, with scancodes
	394	<bf>73</bf> (\-) and <bf>7d</bf> (\\|).
	395	This kind of keyboard is rather standard in Japan. They are called 106
	396	keyboard. Mine is a notebook so it is 86 keyboard. No specific brand
	397	name.
	398	</it>
	399
	400	<sect1>Brazilian keyboard<p>
	401	Arnaldo Moura <lumbago@vnet.ibm.com> reports:
	402	<p>
	403	<it>
	404	This keyboard has two unusual keys, with scancodes
	405	<bf>73</bf> (/?) and <bf>7e</bf> (Keypad-.).
	406	</it>
	407	<p>
	408	Also others mention an ABNT keyboard with <bf>73</bf> and
	409	<bf>7e</bf> keys, mostly because these keys do not function
	410	with Windows NT 4.0.
	411	<p>
	412	ABNT (Associação Brasileira de Normas Tecnicas) and ABNT2
	413	are Brazilian keyboard layout standards. The plain Brazilian
	414	keyboard has 103 keys. I find an ABNT 107 key keyboard announced by
	415	<htmlurl name="gertec" url="http://www.gertec.com.br/tecpc1.htm">.
	416	with Suspend / Wake-up / Power power management keys.
	417	<it>For enabling these functions, run BIOS setup.</it>
	418
	419	<sect1>RC930 keyboard<p>
	420	Torben Fjerdingstad <tfj@olivia.ping.dk> reports:
	421	<p>
	422	<it>
	423	It's an rc930 keyboard, from Regnecentralen/RC International, Now ICL.
	424	This keyboard has four additional keys, with scancodes
	425	</it>
	426	<bf>59</bf> (A1),
	427	<bf>5a</bf> (A2),
	428	<bf>5b</bf> (A3),
	429	<bf>5c</bf> (A4).
	430	<p>
	431	<it>
	432	The rc930/rc931 keyboards are not made anymore, because they had a
	433	problem with fast typists, writing over 400 chars/minute.
	434	Writing 'af<space>', very, very fast, did a PgUp.
	435	</it>
	436
	437	<sect1>Tandberg Data keyboard
	438	<label id="prefix_80">
	439	<p>
	440	Kjetil Torgrim Homme <kjetilho@ifi.uio.no> reports:
	441	<p>
	442	<it>
	443	My Tandberg Data keyboard uses the prefix <bf>80</bf> for
	444	its numerous (20) extra keys. The <bf>80</bf> scancodes are:
	445	</it><p>
	446	<bf>11</bf>, <bf>12</bf>, <bf>13</bf>, <bf>14</bf>, <bf>16</bf>,
	447	<bf>17</bf>, <bf>18</bf>, <bf>19</bf>, <bf>1e</bf>, <bf>1f</bf>,
	448	<bf>20</bf>, <bf>21</bf>, <bf>22</bf>, <bf>23</bf>, <bf>25</bf>,
	449	<bf>26</bf>, <bf>2f</bf>, <bf>30</bf>, <bf>32</bf>, <bf>56</bf>.
	450	<p><it>
	451	For completeness, the <bf>e0</bf> scancodes:
	452	</it><p>
	453	<bf>1c</bf>, <bf>2a</bf>, <bf>35</bf>, <bf>37</bf>, <bf>47</bf>,
	454	<bf>48</bf>, <bf>49</bf>, <bf>4b</bf>, <bf>4d</bf>, <bf>4f</bf>,
	455	<bf>50</bf>, <bf>51</bf>, <bf>52</bf>, <bf>53</bf>.
	456	<p><it>
	457	The <bf>e1</bf> scancode: <bf>1d</bf>.
	458	As you can see, there is no overlap on this keyboard.
	459	</it>
	460
	461	<sect1>A keyboard<p>
	462	<it>Three unusual power keys: <bf>e0</bf> <bf>5e</bf>,
	463	<bf>e0</bf> <bf>5f</bf>, <bf>e0</bf> <bf>63</bf>.</it>
	464
	465	<sect1>Microsoft Natural keyboard<p>
	466	This keyboard has three additional keys, with escaped scancodes
	467	<bf>e0</bf> <bf>5b</bf> (LeftWindow),
	468	<bf>e0</bf> <bf>5c</bf> (RightWindow),
	469	<bf>e0</bf> <bf>5d</bf> (Menu).
	470
	471	<sect1>Microsoft Internet keyboard<p>
	472	In addition to the three extra keys on the Microsoft Natural keyboard,
	473	this keyboard has ten keys, with escaped scancodes
	474	<bf>e0</bf> <bf>21</bf> (Calculator),
	475	<bf>e0</bf> <bf>32</bf> (Web/Home),
	476	<bf>e0</bf> <bf>5f</bf> (Sleep),
	477	<bf>e0</bf> <bf>65</bf> (Search),
	478	<bf>e0</bf> <bf>66</bf> (Favorites),
	479	<bf>e0</bf> <bf>68</bf> (Stop),
	480	<bf>e0</bf> <bf>69</bf> (Forward),
	481	<bf>e0</bf> <bf>6a</bf> (Back),
	482	<bf>e0</bf> <bf>6b</bf> (My Computer),
	483	<bf>e0</bf> <bf>6c</bf> (Mail).
	484
	485	<sect1>Logitech Internet keyboard<p>
	486	Jonathan DeBoer <deboer@ugrad.cs.ualberta.ca>
	487	reports Key-down and key-up scancodes for a Logitech Internet keyboard.
	488	<p> 0xe0 0x7a 0xe0 0xfa
	489	<p> 0xe0 0x32 0xe0 0xb2
	490	<p> 0xe0 0x21 0xe0 0xa1
	491	<p> 0xe0 0x23 0xe0 0xa3
	492	<p> 0x38 0x2a 0x0f 0x8f 0x8f 0xb8 0xaa
	493	<p> 0xe0 0x17 0xe0 0x97
	494	<p> 0xe0 0x10 0xe0 0x90
	495	<p> 0xe0 0x22 0xe0 0xa2
	496	<p> 0xe0 0x24 0xe0 0xa4
	497	<p> 0xe0 0x19 0xe0 0x99
	498	<p> 0xe0 0x1e 0xe0 0x9e
	499	<p> 0xe0 0x12 0xe0 0x92
	500	<p> 0xe0 0x26 0xe0 0xa6
	501	<p> 0xe0 0x18 0xe0 0x98
	502	<p> 0xe0 0x20 0xe0 0xa0
	503	<p> 0xe0 0x30 0xe0 0xb0
	504	<p> 0xe0 0x2e 0xe0 0xae
	505	<p> 0xe0 0x25 0xe0 0xa5
	506	<p> (But I have no keycap information.)
	507
	508	<sect1>A keyboard using e0 as ordinary scancode
	509	<label id="e0_as_key">
	510	<p>
	511	Benjamin Carter <bcarter@ultra5.cs.umr.edu> reports:
	512	<p>
	513	<it>
	514	I recently came into possession of a 97-key keyboard with Japanese
	515	markings on the keys. (The keys also have the standard
	516	qwerty-characters on them, with the exception of some of the meta-keys
	517	(there are 3 keys near the Alt keys on either side of the spacebar with
	518	only Japanese characters on them so I don't know what they are).
	519	In any case, the keyboard sends out scancodes that work for all the main
	520	keys (backspace, letters and numbers, enter, shift), but the numeric
	521	keypad, Alt keys, and function keys don't work.
	522	I have run the board through <tt>showkey -s</tt>, so I know what
	523	scancodes this keyboard sends out.
	524	However, the F9 and F10 keys send out <bf>60</bf> and <bf>61</bf>,
	525	respectively, so their key release events send out <bf>e0</bf>
	526	and <bf>e1</bf>, confusing the keyboard driver.
	527	</it>
	528	<p>
	529	# These are across the top of the keyboard.
	530	<p>
	531	<bf>58</bf> (F1), <bf>59</bf> (F2), <bf>5a</bf> (F3),
	532	<bf>5b</bf> (F4), <bf>5c</bf> (F5), <bf>5d</bf> (F6),
	533	<bf>5e</bf> (F7), <bf>5f</bf> (F8), <bf>60</bf> (F9),
	534	<bf>61</bf> (F10), <bf>62</bf> (F11), <bf>63</bf> (F12)
	535	<p>
	536	<bf>76</bf> (Break), <bf>77</bf> (Setup).
	537	<p>
	538	# top row
	539	<p>
	540	<bf>64</bf> (Esc),
	541	<bf>02</bf> (1), <bf>03</bf> (2), <bf>04</bf> (3),
	542	<bf>05</bf> (4), <bf>06</bf> (5), <bf>07</bf> (6),
	543	<bf>08</bf> (7), <bf>09</bf> (8), <bf>0a</bf> (9),
	544	<bf>0b</bf> (0), <bf>0c</bf> (-), <bf>0d</bf> (=),
	545	<bf>29</bf> (`), <bf>0e</bf> (Backspace)
	546
	547	<p>
	548	# 2nd row
	549	<p>
	550	<bf>0f</bf> (Tab),
	551	<bf>10</bf> (Q), <bf>11</bf> (W), <bf>12</bf> (E),
	552	<bf>13</bf> (R), <bf>14</bf> (T), <bf>15</bf> (Y),
	553	<bf>16</bf> (U), <bf>17</bf> (I), <bf>18</bf> (O),
	554	<bf>19</bf> (P), <bf>1a</bf> ([), <bf>1b</bf> (]),
	555	<bf>79</bf> (Del), <bf>6e</bf> (Line Feed)
	556
	557	<p>
	558	# 3rd row
	559	<p>
	560	<bf>38</bf> (Ctrl),
	561	<bf>1e</bf> (A), <bf>1f</bf> (S), <bf>20</bf> (D),
	562	<bf>21</bf> (F), <bf>22</bf> (G), <bf>23</bf> (H),
	563	<bf>24</bf> (J), <bf>25</bf> (K), <bf>26</bf> (L),
	564	<bf>27</bf> (;), <bf>28</bf> ('), <bf>75</bf> (\),
	565	<bf>1c</bf> (Return)
	566
	567	<p>
	568	# 4th row
	569	<p>
	570	<bf>2a</bf> (Shift_L),
	571	<bf>2c</bf> (Z), <bf>2d</bf> (X), <bf>2e</bf> (C),
	572	<bf>2f</bf> (V), <bf>30</bf> (B), <bf>31</bf> (N),
	573	<bf>32</bf> (M), <bf>33</bf> (,), <bf>34</bf> (.),
	574	<bf>35</bf> (/),
	575	<bf>3a</bf> ((unknown)),
	576	<bf>36</bf> (Shift_R)
	577
	578	<p>
	579	# bottom row
	580	<p>
	581	<bf>1d</bf> (Caps Lock), <bf>71</bf> (Alt_L),
	582	<bf>01</bf> ((unknown)),
	583	<bf>39</bf> (Space),
	584	<bf>45</bf> ((unknown)),
	585	<bf>72</bf> (Alt_R),
	586	<bf>46</bf> ((unknown))
	587
	588	<p>
	589	# numeric keypad. No "grey" section on the keyboard.
	590	<p>
	591	<bf>47</bf> (7), <bf>48</bf> (8), <bf>49</bf> (9),
	592	<bf>54</bf> (Keypad -),
	593	<bf>4b</bf> (4), <bf>4c</bf> (5), <bf>4d</bf> (6),
	594	<bf>37</bf> (Keypad +),
	595	<bf>4f</bf> (1), <bf>50</bf> (2), <bf>51</bf> (3),
	596	<bf>4e</bf> (Keypad Enter),
	597	<bf>52</bf> (0),
	598	<bf>78</bf> (Up),
	599	<bf>53</bf> (Keypad .),
	600	<bf>56</bf> (Left),
	601	<bf>55</bf> (Down),
	602	<bf>7d</bf> (Right),
	603	<bf>7e</bf> (Keypad ,).
	604	<p>
	605
	606	There are more keyboards that do not use <bf>e0</bf> as escape code.
	607	For example, Paul Schulz <pauls@caemrad.com.au>
	608	reports the same for Sun Type 5 Keyboard with PS/2 connector,
	609	NCD model N-123NA. A kernel patch is required for such keyboards.
	610
	611
	612	<sect1>IBM ThinkPad<p>
	613	George Staikos <staikos@0wned.org> writes:
	614	<p><it>
	615	I have an IBM ThinkPad i1460. It has the IBM EasyLaunch<tm> keys.
	616	These are four multicoloured keys up at the top of the keyboard
	617	for "Home Page", "Search", "Shop", "Mail". They dont' seem to create
	618	any keyboard events at all. The keyboard interrupt doesn't trigger,
	619	<tt>showkeys</tt> doesn't see them do anything, and in DOS, a simple
	620	sequence of BIOS calls doesn't see them either.
	621	Also, being a laptop, it has an FN key. This key generates <bf>55</bf>.
	622	</it>
	623
	624	<sect1>Keyboards with many keys<p>
	625	The current mechanism is unable to handle keyboards with more than
	626	127 keys. But such keyboards seem to exist. (So far, nobody has
	627	reported `I have one', but there are several reports saying
	628	`I have heard about someone who has one'.)
	629
	630	Mark Hatle <fray@kernel.crashing.org> wrote:
	631	<p>
	632	<it>
	633	On some ADB keyboards there are actually 128 distinct keys.
	634	They use scancodes 0-127.
	635	</it><p><it>
	636	ADB is Apple Desktop Bus. The way that ADB works is similar to SCSI but
	637	on a much slower level. Specifically there is a communications chip in
	638	the computer, ADB controller, and the same chip in the keyboard. The
	639	keyboard sends the scancode to its internal ADB controller, the internal
	640	ADB controller then does any key mapping needed (not used under linux
	641	from my understanding) and passes the data to the computer.
	642	</it><p><it>
	643	The ADB controller is capable of sending 256 distinct keys, but to my
	644	knowledge only 128 are sent. The key 0 is the 'a' and key 127 is the
	645	"power button".
	646	</it><p><it>
	647	Also some of the Apple ADB keyboards have special "sound" and "function"
	648	keys. These keys (used in MacOS for volume up and down, screen contrast
	649	changing, etc) also show up on the ADB scancodes.
	650	</it><p><it>
	651	ADB is used for both m68k and PPC Linux. The m68k Macintosh port, and
	652	the PPC - Power Macintosh and CHRP ports.
	653	</it><p>
	654	and later:
	655	<p><it>
	656	Basically the scancode sequences for ADB are 16 bit. so there can actually
	657	be 65536 scancodes, currently though only 128 are defined.
	658	</it>
	659
	660	<sect>Reporting<p>
	661	Additions and corrections are welcome.
	662	Use <tt>showkey -s</tt> to get the scancodes.
	663	Mention keyboard manufacturer and type, and the keycaps.
	664	<p>
	665	Andries Brouwer - <tt/aeb@cwi.nl/
	666
	667	</article>

+0

-34

~~doc/set_kbd_repeat~~ less more

0		From: johnsonm@stolaf.edu (Michael K. Johnson)
1		Subject: changing keyboard repeat rate.
2
3		OK, I have gotten several requests for info on how to change the
4		keyboard repeat rate, so here goes. Note: I can't just give diffs,
5		because there are lots of options, and for heaven's sake it's only
6		three lines of code.
7
8		In boot/setup.S, there are the lines:
9
10		! set the keyboard repeat rate to the max
11
12		mov ax,#0x0305
13		mov bx,0x0000
14		int 0x16
15
16		If you don't want to change the repeat rate at all, just comment out
17		these lines by prefacing them with !'s. If you want something in the
18		middle, change the
19		mov bx,0x0000
20		to mov bx,0x????
21		where ???? is determined by (from Ralf Brown's interrupt list)
22		bh = delay value (0x00 = 250 ms to 0x03 = 1000 ms (one second))
23		this is the delay before the repeat starts happening
24		bl = repeat rate (0x00 = 30/sec to 0x0c = 10/sec [default] to 0x1f = 2/sec)
25
26		I use mov bx,0x0006
27		to delay 1/4 sec, then repeat at what I think is a comfortable rate.
28		I am too lazy to calculate the exact speed -- maybe 20/sec? ;-)
29
30		Hope this helps people.
31
32		michaelkjohnson
33		johnsonm@stolaf.edu

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-3

man/man1/psfaddtable.1 less more

42	42	.SH "SEE ALSO"
43	43	.BR setfont (8),
44	44	.BR psfgettable (1),
45		.BR psfstriptable (1)
46
47
	45	.BR psfstriptable (1),
	46	.BR psfxtable (1)⏎

+2

-3

man/man1/psfgettable.1 less more

17	17	.SH "SEE ALSO"
18	18	.BR setfont (8),
19	19	.BR psfaddtable (1),
20		.BR psfstriptable (1)
21
22
	20	.BR psfstriptable (1),
	21	.BR psfxtable (1)

+2

-3

man/man1/psfstriptable.1 less more

18	18	.SH "SEE ALSO"
19	19	.BR setfont (8),
20	20	.BR psfaddtable (1),
21		.BR psfgettable (1)
22
23
	21	.BR psfgettable (1),
	22	.BR psfxtable (1)

+55

-0

man/man1/psfxtable.1 less more

	0	.\" @(#)psfxtable.1
	1	.TH PSFXTABLE 1 "9 Dec 1999"
	2	.SH NAME
	3	psfxtable \- handle Unicode character tables for console fonts
	4	.SH SYNOPSIS
	5	.B psfxtable
	6	.RB [ \-i
	7	.IR infont ]
	8	.RB [ \-o
	9	.IR outfont ]
	10	.RB [ \-it
	11	.IR intable ]
	12	.RB [ \-ot
	13	.IR outtable ]
	14	.RB [ \-nt ]
	15	.SH DESCRIPTION
	16	.IX "psfxtable command" "" "\fLpsfxtable\fR command"
	17	.LP
	18	.B psfxtable
	19	handles the embedded Unicode character table for .psf format
	20	console fonts. It reads a font and possibly a table
	21	and writes a font and/or a table.
	22	.BR psfaddtable (1),
	23	.BR psfgettable (1)
	24	and
	25	.BR psfstriptable (1)
	26	are links to it.
	27
	28	Each of the filenames
	29	.IR infont ,
	30	.IR outfont ,
	31	.IR intable ,
	32	and
	33	.IR outtable
	34	may be replaced by a single dash (\-), in which case
	35	standard input or standard output is used.
	36	If no \-i option is given, the font is read from standard input.
	37	If no \-it or \-o or \-ot option is given,
	38	no input table is read or no output font or output table is written.
	39
	40	By default the output font (if any) will have a Unicode table
	41	when either the input font has one, or an explicit table
	42	(which overrides an input font table) has been provided.
	43	The option \-nt causes output of a font without table.
	44	When
	45	.I outfont
	46	is requested it will get a psf1 header when infont has
	47	a psf1 header and
	48	.I intable
	49	does not have sequences and a psf2 header otherwise.
	50	.SH "SEE ALSO"
	51	.BR setfont (8),
	52	.BR psfaddtable (1),
	53	.BR psfgettable (1),
	54	.BR psfstriptable (1)

+1

-1

src/paths.h less more

14	14	/*
15	15	* Default keymap, and where the kernel copy of it lives.
16	16	*/
17		#ifdef sparc
	17	#ifdef __sparc__
18	18	# define DEFMAP "sunkeymap.map"
19	19	# define KERNDIR "/usr/src/linux/drivers/sbus/char"
20	20	#else

+19

-5

src/psffontop.c less more

97	97	*inptr = in;
98	98	return uc;
99	99	}
100
	100
	101	static void
	102	clear_uni_entry(struct unicode_list *up) {
	103	up->next = NULL;
	104	up->seq = NULL;
	105	up->prev = up;
	106	}
101	107
102	108	/*
103	109	* Read description of a single font position.

276	282	if (fontlenp)
277	283	*fontlenp = fontlen;
278	284
279		if (hastable && uclistheadsp) {
	285	if (!uclistheadsp)
	286	return 0; /* got font, don't need unicode_list */
	287
	288	uclistheadsp = xrealloc(uclistheadsp,
	289	(fontpos0+fontlen)*sizeof(struct unicode_list));
	290
	291	if (hastable) {
280	292	char inptr, endptr;
281	293
282	294	inptr = inputbuf + ftoffset + fontlen * charsize;
283	295	endptr = inputbuf + inputlth;
284
285		uclistheadsp = xrealloc(uclistheadsp,
286		(fontpos0+fontlen)*sizeof(struct unicode_list));
287	296
288	297	for (i=0; i<fontlen; i++) {
289	298	k = fontpos0 + i;

294	303	char *u = _("%s: Input file: trailing garbage\n");
295	304	fprintf(stderr, u, progname);
296	305	exit(EX_DATAERR);
	306	}
	307	} else {
	308	for (i=0; i<fontlen; i++) {
	309	k = fontpos0 + i;
	310	clear_uni_entry(&(*uclistheadsp)[k]);
297	311	}
298	312	}
299	313

+4

-2

src/psfxtable.c less more

277	277	notable = 1;
278	278	} else {
279	279	for (i = 1; i < argc; i ++) {
280		if (!strcmp(argv[i], "-i") && i < argc-1)
	280	if ((!strcmp(argv[i], "-i") \|\| !strcmp(argv[i], "-if"))
	281	&& i < argc-1)
281	282	ifname = argv[++i];
282		else if(!strcmp(argv[i], "-o") && i < argc-1)
	283	else if((!strcmp(argv[i],"-o")\|\|!strcmp(argv[i],"-of"))
	284	&& i < argc-1)
283	285	ofname = argv[++i];
284	286	else if(!strcmp(argv[i], "-it") && i < argc-1)
285	287	itname = argv[++i];

+8

-4

src/setfont.c less more

231	231	static void
232	232	do_loadfont(int fd, char *inbuf, int unit, int hwunit, int fontsize,
233	233	char *pathname) {
234		char buf[16384];
235		int i;
	234	char *buf;
	235	int i, buflen;
236	236	int bad_video_erase_char = 0;
237	237
238		memset(buf,0,sizeof(buf));
	238	buflen = 32*fontsize;
	239	if (buflen < 32128) / below we access position 32 */
	240	buflen = 32128; / so need at least 3233 /
	241	buf = xmalloc(buflen);
	242	memset(buf,0,buflen);
239	243
240	244	if (unit < 1 \|\| unit > 32) {
241	245	fprintf(stderr, _("Bad character size %d\n"), unit);

422	426	memcpy(bigfontbuf+bigfontbuflth-fontbuflth,
423	427	fontbuf, fontbuflth);
424	428	}
425
426	429	do_loadfont(fd, bigfontbuf, bigunit, hwunit, bigfontsize, NULL);
	430
427	431	if (uclistheads && !no_u)
428	432	do_loadtable(fd, uclistheads, bigfontsize);
429	433	}

+1

-1

src/version.h less more

0	0	#include <string.h>
1	1
2		#define VERSION "1.00"
	2	#define VERSION "1.02"
3	3
4	4	char *progname;
5	5