# Do not use GZIP - it is interpreted by gzip
MYGZIP = gzip -f -9
-DIR = kbd-1.01wip
+DIR = kbd-1.03wip
SUBDIRS = src openvt po
echo "(Otherwise, edit defines.h and delete the line with ENABLE_NLS)"
ENABLE_NLS=yes
else
- echo "You don't have <libintl.h>"
+ echo "You don't have <libintl.h> and gettext()"
ENABLE_NLS=no
fi
else
install -d -m 755 $(DATADIR)/$(TRANSDIR)
install -m 644 $(TRANSDIR)/* $(DATADIR)/$(TRANSDIR)
install -d -m 755 $(DATADIR)/$(UNIMAPDIR)
- install -m 644 $(TRANSDIR)/* $(DATADIR)/$(UNIMAPDIR)
+ install -m 644 $(UNIMAPDIR)/* $(DATADIR)/$(UNIMAPDIR)
install -d -m 755 $(DATADIR)/$(KEYMAPDIR)
install -d -m 755 $(DATADIR)/$(KEYMAPDIR)/i386
for i in $(KEYMAPSUBDIRS); do \
iso07.* follows ISO 8859-7.
+gr928* refers to elot928 which is the same.
+(plain gr928 is elot928 with cp437 control chars;
+ gr928a* is gr928 with Euro at the 0xa4 position;
+ gr928b* is gr928 with the cp437 symbols in the 0x80-0x9f positions
+ and a filler symbol on the positions empty in ISO 8859-7)
+
gr737* somewhat follow cp737.
(gr737a* is cp737 with cp437 control chars;
gr737b* is gr737a with end replaced by cp865;
+++ /dev/null
-# combine partial fonts
-none.00-17.08
-ascii.20-7f.08
-none.00-17.08
-8859-7.a0-ff.08
--- /dev/null
+# English <- Control+RightShift -> Russion
+# English <- Control+LeftShift -> Bielorussion
+#
+# Svistunovich Oleg Georgievich
+# Minsk, UGAI GUVD Mingorispolkoma
+
+charset "iso-8859-5"
+keymaps 0,1,4,8,9,12,16,17,20,24,25,28,32,33,36,40,41,44
+strings as usual
+
+keycode 1 = Escape Escape Escape \
+ Meta_Escape Meta_Escape Meta_Escape \
+ Escape Escape Escape \
+ Meta_Escape Meta_Escape Meta_Escape \
+ Escape Escape Escape \
+ Meta_Escape Meta_Escape Meta_Escape
+keycode 2 = one exclam VoidSymbol \
+ Meta_one Meta_exclam VoidSymbol \
+ one exclam VoidSymbol \
+ Meta_one Meta_exclam VoidSymbol \
+ one exclam VoidSymbol \
+ Meta_one Meta_exclam VoidSymbol
+keycode 3 = two at nul \
+ Meta_two Meta_at Meta_nul \
+ two quotedbl nul \
+ Meta_two Meta_quotedbl Meta_nul \
+ two quotedbl VoidSymbol \
+ Meta_two Meta_quotedbl VoidSymbol
+keycode 4 = three numbersign Escape \
+ Meta_three Meta_numbersign Meta_Escape \
+ three numbersign Escape \
+ Meta_three Meta_numbersign Meta_Escape \
+ three numbersign Escape \
+ Meta_three Meta_numbersign Meta_Escape
+keycode 5 = four dollar Control_backslash \
+ Meta_four Meta_dollar Meta_Control_backslash \
+ four semicolon Control_backslash \
+ Meta_four Meta_semicolon Meta_Control_backslash \
+ four semicolon Control_backslash \
+ Meta_four Meta_semicolon Meta_Control_backslash
+keycode 6 = five percent Control_bracketright \
+ Meta_five Meta_percent Meta_Control_bracketright \
+ five percent Control_bracketright \
+ Meta_five Meta_percent Meta_Control_bracketright \
+ five percent Control_bracketright \
+ Meta_five Meta_percent Meta_Control_bracketright
+keycode 7 = six asciicircum Control_asciicircum \
+ Meta_six Meta_asciicircum Meta_Control_asciicircum \
+ six colon Control_asciicircum \
+ Meta_six Meta_colon Meta_Control_asciicircum \
+ six colon Control_asciicircum \
+ Meta_six Meta_colon Meta_Control_asciicircum
+keycode 8 = seven ampersand Control_underscore \
+ Meta_seven Meta_ampersand Meta_Control_underscore \
+ seven question Control_underscore \
+ Meta_seven Meta_question Meta_Control_underscore \
+ seven question Control_underscore \
+ Meta_seven Meta_question Meta_Control_underscore
+keycode 9 = eight asterisk Delete \
+ Meta_eight Meta_asterisk Meta_Delete \
+ eight asterisk Delete \
+ Meta_eight Meta_asterisk Meta_Delete \
+ eight asterisk Delete \
+ Meta_eight Meta_asterisk Meta_Delete
+keycode 10 = nine parenleft VoidSymbol \
+ Meta_nine Meta_parenleft VoidSymbol \
+ nine parenleft VoidSymbol \
+ Meta_nine Meta_parenleft VoidSymbol \
+ nine parenleft VoidSymbol \
+ Meta_nine Meta_parenleft VoidSymbol
+keycode 11 = zero parenright VoidSymbol \
+ Meta_zero Meta_parenleft VoidSymbol \
+ zero parenright VoidSymbol \
+ Meta_zero Meta_parenleft VoidSymbol \
+ zero parenright VoidSymbol \
+ Meta_zero Meta_parenleft VoidSymbol
+keycode 12 = minus underscore Control_underscore \
+ Meta_minus Meta_underscore Meta_Control_underscore \
+ minus underscore Control_underscore \
+ Meta_minus Meta_underscore Meta_Control_underscore \
+ minus underscore Control_underscore \
+ Meta_minus Meta_underscore Meta_Control_underscore
+keycode 13 = equal plus VoidSymbol \
+ Meta_equal Meta_plus VoidSymbol \
+ equal plus VoidSymbol \
+ Meta_equal Meta_plus VoidSymbol \
+ equal plus VoidSymbol \
+ Meta_equal Meta_plus VoidSymbol
+keycode 14 = Delete Delete Delete \
+ Meta_Delete Meta_Delete Meta_Delete \
+ Delete Delete Delete \
+ Meta_Delete Meta_Delete Meta_Delete \
+ Delete Delete Delete \
+ Meta_Delete Meta_Delete Meta_Delete
+keycode 15 = Tab Tab Tab \
+ Meta_Tab Meta_Tab Meta_Tab \
+ Tab Tab Tab \
+ Meta_Tab Meta_Tab Meta_Tab \
+ Tab Tab Tab \
+ Meta_Tab Meta_Tab Meta_Tab
+keycode 16 = +q +Q Control_q \
+ Meta_q Meta_Q Meta_Control_q \
+ +0xD9 +0xB9 Control_q \
+ Meta_q Meta_Q Meta_Control_q \
+ +0xD9 +0xB9 Control_q \
+ Meta_q Meta_Q Meta_Control_q
+keycode 17 = +w +W Control_w \
+ Meta_w Meta_W Meta_Control_w \
+ +0xE6 +0xC6 Control_w \
+ Meta_w Meta_W Meta_Control_w \
+ +0xE6 +0xC6 Control_w \
+ Meta_w Meta_W Meta_Control_w
+keycode 18 = +e +E Control_e \
+ Meta_e Meta_E Meta_Control_e \
+ +0xE3 +0xC3 Control_e \
+ Meta_e Meta_E Meta_Control_e \
+ +0xE3 +0xC3 Control_e \
+ Meta_e Meta_E Meta_Control_e
+keycode 19 = +r +R Control_r \
+ Meta_r Meta_R Meta_Control_r \
+ +0xDA +0xBA Control_r \
+ Meta_r Meta_R Meta_Control_r \
+ +0xDA +0xBA Control_r \
+ Meta_r Meta_R Meta_Control_r
+keycode 20 = +t +T Control_t \
+ Meta_t Meta_T Meta_Control_t \
+ +0xD5 +0xB5 Control_t \
+ Meta_t Meta_T Meta_Control_t \
+ +0xD5 +0xB5 Control_t \
+ Meta_t Meta_T Meta_Control_t
+keycode 21 = +y +Y Control_y \
+ Meta_y Meta_Y Meta_Control_y \
+ +0xDD +0xBD Control_y \
+ Meta_y Meta_Y Meta_Control_y \
+ +0xDD +0xBD Control_y \
+ Meta_y Meta_Y Meta_Control_y
+keycode 22 = +u +U Control_u \
+ Meta_u Meta_U Meta_Control_u \
+ +0xD3 +0xB3 Control_u \
+ Meta_u Meta_U Meta_Control_u \
+ +0xD3 +0xB3 Control_u \
+ Meta_u Meta_U Meta_Control_u
+keycode 23 = +i +I Tab \
+ Meta_i Meta_I Meta_Tab \
+ +0xE8 +0xC8 Tab \
+ Meta_i Meta_I Meta_Tab \
+ +0xE8 +0xC8 Tab \
+ Meta_i Meta_I Meta_Tab
+keycode 24 = +o +O Control_o \
+ Meta_o Meta_O Meta_Control_o \
+ +0xF6 +0xA6 Control_o \
+ Meta_o Meta_O Meta_Control_o \
+ +0xE9 +0xC9 Control_o \
+ Meta_o Meta_O Meta_Control_o
+keycode 25 = +p +P Control_p \
+ Meta_p Meta_P Meta_Control_p \
+ +0xD7 +0xB7 Control_p \
+ Meta_p Meta_P Meta_Control_p \
+ +0xD7 +0xB7 Control_p \
+ Meta_p Meta_P Meta_Control_p
+keycode 26 = bracketleft braceleft Escape \
+ Meta_bracketleft Meta_braceleft Meta_Escape \
+ +0xE5 +0xC5 Escape \
+ Meta_bracketleft Meta_braceleft Meta_Escape \
+ +0xE5 +0xC5 Escape \
+ Meta_bracketleft Meta_braceleft Meta_Escape
+keycode 27 = bracketright braceright Control_bracketright \
+ Meta_bracketright Meta_braceright Meta_Control_bracketright \
+ +0xFE +0xAE Control_bracketright \
+ Meta_bracketright Meta_braceright Meta_Control_bracketright \
+ +0xEA +0xCA Control_bracketright \
+ Meta_bracketright Meta_braceright Meta_Control_bracketright
+keycode 28 = Return Return Return \
+ Meta_Control_m Meta_Control_m Return \
+ Return Return Return \
+ Meta_Control_m Meta_Control_m Return \
+ Return Return Return \
+ Meta_Control_m Meta_Control_m Return
+keycode 29 = Control Control Control \
+ Control Control Control \
+ Control Control Control \
+ Control Control Control \
+ Control Control Control \
+ Control Control Control
+keycode 30 = +a +A Control_a \
+ Meta_a Meta_A Meta_Control_a \
+ +0xE4 +0xC4 Control_a \
+ Meta_a Meta_A Meta_Control_a \
+ +0xE4 +0xC4 Control_a \
+ Meta_a Meta_A Meta_Control_a
+keycode 31 = +s +S Control_s \
+ Meta_s Meta_S Meta_Control_s \
+ +0xEB +0xCB Control_s \
+ Meta_s Meta_S Meta_Control_s \
+ +0xEB +0xCB Control_s \
+ Meta_s Meta_S Meta_Control_s
+keycode 32 = +d +D Control_d \
+ Meta_d Meta_D Meta_Control_d \
+ +0xD2 +0xB2 Control_d \
+ Meta_d Meta_D Meta_Control_d \
+ +0xD2 +0xB2 Control_d \
+ Meta_d Meta_D Meta_Control_d
+keycode 33 = +f +F Control_f \
+ Meta_f Meta_F Meta_Control_f \
+ +0xD0 +0xB0 Control_f \
+ Meta_f Meta_F Meta_Control_f \
+ +0xD0 +0xB0 Control_f \
+ Meta_f Meta_F Meta_Control_f
+keycode 34 = +g +G Control_g \
+ Meta_g Meta_G Meta_Control_g \
+ +0xDF +0xBF Control_g \
+ Meta_g Meta_G Meta_Control_g \
+ +0xDF +0xBF Control_g \
+ Meta_g Meta_G Meta_Control_g
+keycode 35 = +h +H BackSpace \
+ Meta_h Meta_H Meta_BackSpace \
+ +0xE0 +0xC0 BackSpace \
+ Meta_h Meta_H Meta_BackSpace \
+ +0xE0 +0xC0 BackSpace \
+ Meta_h Meta_H Meta_BackSpace
+keycode 36 = +j +J Linefeed \
+ Meta_j Meta_J Meta_Linefeed \
+ +0xDE +0xBE Linefeed \
+ Meta_j Meta_J Meta_Linefeed \
+ +0xDE +0xBE Linefeed \
+ Meta_j Meta_J Meta_Linefeed
+keycode 37 = +k +K Control_k \
+ Meta_k Meta_K Meta_Control_k \
+ +0xDB +0xBB Control_k \
+ Meta_k Meta_K Meta_Control_k \
+ +0xDB +0xBB Control_k \
+ Meta_k Meta_K Meta_Control_k
+keycode 38 = +l +L Control_l \
+ Meta_l Meta_L Meta_Control_l \
+ +0xD4 +0xB4 Control_l \
+ Meta_l Meta_L Meta_Control_l \
+ +0xD4 +0xB4 Control_l \
+ Meta_l Meta_L Meta_Control_l
+keycode 39 = semicolon colon VoidSymbol \
+ Meta_semicolon Meta_colon VoidSymbol \
+ +0xD6 +0xB6 VoidSymbol \
+ Meta_semicolon Meta_colon VoidSymbol \
+ +0xD6 +0xB6 VoidSymbol \
+ Meta_semicolon Meta_colon VoidSymbol
+keycode 40 = apostrophe quotedbl Control_g \
+ Meta_apostrophe Meta_quotedbl VoidSymbol \
+ +0xED +0xCD Control_g \
+ Meta_apostrophe Meta_quotedbl VoidSymbol \
+ +0xED +0xCD Control_g \
+ Meta_apostrophe Meta_quotedbl VoidSymbol
+keycode 41 = grave asciitilde nul \
+ Meta_grave Meta_asciitilde VoidSymbol \
+ +0xF1 +0xA1 nul \
+ Meta_grave Meta_asciitilde VoidSymbol \
+ +0xF1 +0xA1 nul \
+ Meta_grave Meta_asciitilde VoidSymbol
+keycode 42 = Shift Shift ShiftL_Lock \
+ Shift Shift Shift \
+ Shift Shift ShiftL_Lock \
+ Shift Shift Shift \
+ Shift Shift Shift \
+ Shift Shift Shift
+keycode 43 = backslash bar Control_backslash \
+ Meta_backslash Meta_bar Control_backslash \
+ backslash bar Control_backslash \
+ Meta_backslash Meta_bar Control_backslash \
+ backslash bar Control_backslash \
+ Meta_backslash Meta_bar Control_backslash
+keycode 44 = +z +Z Control_z \
+ Meta_z Meta_Z Meta_Control_z \
+ +0xEF +0xCF Control_z \
+ Meta_z Meta_Z Meta_Control_z \
+ +0xEF +0xCF Control_z \
+ Meta_z Meta_Z Meta_Control_z
+keycode 45 = +x +X Control_x \
+ Meta_x Meta_X Meta_Control_x \
+ +0xE7 +0xC7 Control_x \
+ Meta_x Meta_X Meta_Control_x \
+ +0xE7 +0xC7 Control_x \
+ Meta_x Meta_X Meta_Control_x
+keycode 46 = +c +C Control_c \
+ Meta_c Meta_C Meta_Control_c \
+ +0xE1 +0xC1 Control_c \
+ Meta_c Meta_C Meta_Control_c \
+ +0xE1 +0xC1 Control_c \
+ Meta_c Meta_C Meta_Control_c
+keycode 47 = +v +V Control_v \
+ Meta_v Meta_V Meta_Control_v \
+ +0xDC +0xBC Control_v \
+ Meta_v Meta_V Meta_Control_v \
+ +0xDC +0xBC Control_v \
+ Meta_v Meta_V Meta_Control_v
+keycode 48 = +b +B Control_b \
+ Meta_b Meta_B Meta_Control_b \
+ +0xD8 +0xB8 Control_b \
+ Meta_b Meta_B Meta_Control_b \
+ +0xD8 +0xB8 Control_b \
+ Meta_b Meta_B Meta_Control_b
+keycode 49 = +n +N Control_n \
+ Meta_n Meta_N Meta_Control_n \
+ +0xE2 +0xC2 Control_t \
+ Meta_n Meta_N Meta_Control_n \
+ +0xE2 +0xC2 Control_t \
+ Meta_n Meta_N Meta_Control_n
+keycode 50 = +m +M Control_m \
+ Meta_m Meta_M Meta_Control_m \
+ +0xEC +0xCC Control_m \
+ Meta_m Meta_M Meta_Control_m \
+ +0xEC +0xCC Control_m \
+ Meta_m Meta_M Meta_Control_m
+keycode 51 = comma less VoidSymbol \
+ Meta_comma Meta_less VoidSymbol \
+ +0xD1 +0xB1 VoidSymbol \
+ Meta_comma Meta_less VoidSymbol \
+ +0xD1 +0xB1 VoidSymbol \
+ Meta_comma Meta_less VoidSymbol
+keycode 52 = period greater VoidSymbol \
+ Meta_period Meta_greater VoidSymbol \
+ +0xEE +0xCE VoidSymbol \
+ Meta_period Meta_greater VoidSymbol \
+ +0xEE +0xCE VoidSymbol \
+ Meta_period Meta_greater VoidSymbol
+keycode 53 = slash question Delete \
+ Meta_slash Meta_question VoidSymbol \
+ period comma Delete \
+ Meta_slash Meta_question VoidSymbol \
+ period comma Delete \
+ Meta_slash Meta_question VoidSymbol
+keycode 54 = Shift Shift ShiftR_Lock \
+ Shift Shift Shift \
+ Shift Shift Shift \
+ Shift Shift Shift \
+ Shift Shift ShiftR_Lock \
+ Shift Shift Shift
+keycode 55 = KP_Multiply KP_Multiply Hex_C \
+ KP_Multiply KP_Multiply KP_Multiply \
+ KP_Multiply KP_Multiply Hex_C \
+ KP_Multiply KP_Multiply KP_Multiply \
+ KP_Multiply KP_Multiply Hex_C \
+ KP_Multiply KP_Multiply KP_Multiply
+keycode 56 = Alt
+keycode 57 = space space nul \
+ Meta_space Meta_space Meta_nul \
+ space space nul \
+ Meta_space Meta_space Meta_nul \
+ space space nul \
+ Meta_space Meta_space Meta_nul
+keycode 58 = Caps_Lock
+keycode 59 = F1 F13 F25 \
+ Console_1 Console_13 Console_1 \
+ F1 F13 F25 \
+ Console_1 Console_13 Console_1 \
+ F1 F13 F25 \
+ Console_1 Console_13 Console_1
+keycode 60 = F2 F14 F26 \
+ Console_2 Console_14 Console_2 \
+ F2 F14 F26 \
+ Console_2 Console_14 Console_2 \
+ F2 F14 F26 \
+ Console_2 Console_14 Console_2
+keycode 61 = F3 F15 F27 \
+ Console_3 Console_15 Console_3 \
+ F3 F15 F27 \
+ Console_3 Console_15 Console_3 \
+ F3 F15 F27 \
+ Console_3 Console_15 Console_3
+keycode 62 = F4 F16 F28 \
+ Console_4 Console_16 Console_4 \
+ F4 F16 F28 \
+ Console_4 Console_16 Console_4 \
+ F4 F16 F28 \
+ Console_4 Console_16 Console_4
+keycode 63 = F5 F17 F29 \
+ Console_5 Console_17 Console_5 \
+ F5 F17 F29 \
+ Console_5 Console_17 Console_5 \
+ F5 F17 F29 \
+ Console_5 Console_17 Console_5
+keycode 64 = F6 F18 F30 \
+ Console_6 Console_18 Console_6 \
+ F6 F18 F30 \
+ Console_6 Console_18 Console_6 \
+ F6 F18 F30 \
+ Console_6 Console_18 Console_6
+keycode 65 = F7 F19 F31 \
+ Console_7 Console_19 Console_7 \
+ F7 F19 F31 \
+ Console_7 Console_19 Console_7 \
+ F7 F19 F31 \
+ Console_7 Console_19 Console_7
+keycode 66 = F8 F20 F32 \
+ Console_8 Console_20 Console_8 \
+ F8 F20 F32 \
+ Console_8 Console_20 Console_8 \
+ F8 F20 F32 \
+ Console_8 Console_20 Console_8
+keycode 67 = F9 F21 F33 \
+ Console_9 Console_21 Console_9 \
+ F9 F21 F33 \
+ Console_9 Console_21 Console_9 \
+ F9 F21 F33 \
+ Console_9 Console_21 Console_9
+keycode 68 = F10 F22 F34 \
+ Console_10 Console_22 Console_10 \
+ F10 F22 F34 \
+ Console_10 Console_22 Console_10 \
+ F10 F22 F34 \
+ Console_10 Console_22 Console_10
+keycode 69 = Num_Lock Num_Lock Hex_E \
+ Num_Lock Num_Lock Num_Lock \
+ Num_Lock Num_Lock Hex_E \
+ Num_Lock Num_Lock Num_Lock \
+ Num_Lock Num_Lock Hex_E \
+ Num_Lock Num_Lock Num_Lock
+keycode 70 = Scroll_Lock Show_Memory Show_State \
+ Show_Registers VoidSymbol Scroll_Lock \
+ Scroll_Lock Show_Memory Show_State \
+ Show_Registers VoidSymbol Scroll_Lock \
+ Scroll_Lock Show_Memory Show_State \
+ Show_Registers VoidSymbol Scroll_Lock
+keycode 71 = KP_7 KP_7 Hex_7 \
+ Ascii_7 KP_7 KP_7 \
+ KP_7 KP_7 Hex_7 \
+ Ascii_7 KP_7 KP_7 \
+ KP_7 KP_7 Hex_7 \
+ Ascii_7 KP_7 KP_7
+keycode 72 = KP_8 KP_8 Hex_8 \
+ Ascii_8 KP_8 KP_8 \
+ KP_8 KP_8 Hex_8 \
+ Ascii_8 KP_8 KP_8 \
+ KP_8 KP_8 Hex_8 \
+ Ascii_8 KP_8 KP_8
+keycode 73 = KP_9 KP_9 Hex_9 \
+ Ascii_9 KP_9 KP_9 \
+ KP_9 KP_9 Hex_9 \
+ Ascii_9 KP_9 KP_9 \
+ KP_9 KP_9 Hex_9 \
+ Ascii_9 KP_9 KP_9
+keycode 74 = KP_Subtract
+keycode 75 = KP_4 KP_4 Hex_4 \
+ Ascii_4 KP_4 KP_4 \
+ KP_4 KP_4 Hex_4 \
+ Ascii_4 KP_4 KP_4 \
+ KP_4 KP_4 Hex_4 \
+ Ascii_4 KP_4 KP_4
+keycode 76 = KP_5 KP_5 Hex_5 \
+ Ascii_5 KP_5 KP_5 \
+ KP_5 KP_5 Hex_5 \
+ Ascii_5 KP_5 KP_5 \
+ KP_5 KP_5 Hex_5 \
+ Ascii_5 KP_5 KP_5
+keycode 77 = KP_6 KP_6 Hex_6 \
+ Ascii_6 KP_6 KP_6 \
+ KP_6 KP_6 Hex_6 \
+ Ascii_6 KP_6 KP_6 \
+ KP_6 KP_6 Hex_6 \
+ Ascii_6 KP_6 KP_6
+keycode 78 = KP_Add
+keycode 79 = KP_1 KP_1 Hex_1 \
+ Ascii_1 KP_1 KP_1 \
+ KP_1 KP_1 Hex_1 \
+ Ascii_1 KP_1 KP_1 \
+ KP_1 KP_1 Hex_1 \
+ Ascii_1 KP_1 KP_1
+keycode 80 = KP_2 KP_2 Hex_2 \
+ Ascii_2 KP_2 KP_2 \
+ KP_2 KP_2 Hex_2 \
+ Ascii_2 KP_2 KP_2 \
+ KP_2 KP_2 Hex_2 \
+ Ascii_2 KP_2 KP_2
+keycode 81 = KP_3 KP_3 Hex_3 \
+ Ascii_3 KP_3 KP_3 \
+ KP_3 KP_3 Hex_3 \
+ Ascii_3 KP_3 KP_3 \
+ KP_3 KP_3 Hex_3 \
+ Ascii_3 KP_3 KP_3
+keycode 82 = KP_0 KP_0 Hex_0 \
+ Ascii_0 KP_0 KP_0 \
+ KP_0 KP_0 Hex_0 \
+ Ascii_0 KP_0 KP_0 \
+ KP_0 KP_0 Hex_0 \
+ Ascii_0 KP_0 KP_0
+keycode 83 = KP_Period KP_Period KP_Period \
+ KP_Period KP_Period Boot \
+ KP_Period KP_Period KP_Period \
+ KP_Period KP_Period Boot \
+ KP_Period KP_Period KP_Period \
+ KP_Period KP_Period Boot
+keycode 84 = Last_Console
+keycode 85 = VoidSymbol
+keycode 86 = less greater bar \
+ Meta_less Meta_greater Meta_bar \
+ less greater bar \
+ Meta_less Meta_greater Meta_bar \
+ less greater bar \
+ Meta_less Meta_greater Meta_bar
+keycode 87 = F11 F23 F35 \
+ Console_11 Console_23 Console_11 \
+ F11 F23 F35 \
+ Console_11 Console_23 Console_11 \
+ F11 F23 F35 \
+ Console_11 Console_23 Console_11
+keycode 88 = F12 F24 F36 \
+ Console_12 Console_24 Console_12 \
+ F12 F24 F36 \
+ Console_12 Console_24 Console_12 \
+ F12 F24 F36 \
+ Console_12 Console_24 Console_12
+keycode 89 = VoidSymbol
+keycode 90 = VoidSymbol
+keycode 91 = VoidSymbol
+keycode 92 = VoidSymbol
+keycode 93 = VoidSymbol
+keycode 94 = VoidSymbol
+keycode 95 = VoidSymbol
+keycode 96 = KP_Enter
+keycode 97 = Control
+keycode 98 = KP_Divide KP_Divide Hex_B \
+ KP_Divide KP_Divide KP_Divide \
+ KP_Divide KP_Divide Hex_B \
+ KP_Divide KP_Divide KP_Divide \
+ KP_Divide KP_Divide Hex_B \
+ KP_Divide KP_Divide KP_Divide
+keycode 99 = Control_backslash Control_backslash Control_backslash \
+ Meta_Control_backslash Meta_Control_backslash Meta_Control_backslash \
+ Control_backslash Control_backslash Control_backslash \
+ Meta_Control_backslash Meta_Control_backslash Meta_Control_backslash \
+ Control_backslash Control_backslash Control_backslash \
+ Meta_Control_backslash Meta_Control_backslash Meta_Control_backslash
+keycode 100 = Alt
+keycode 101 = Break
+keycode 102 = Find
+keycode 103 = Up Up Up \
+ KeyboardSignal Up Up \
+ Up Up Up \
+ KeyboardSignal Up Up \
+ Up Up Up \
+ KeyboardSignal Up Up
+keycode 104 = Prior Scroll_Backward Prior \
+ Prior Prior Prior \
+ Prior Scroll_Backward Prior \
+ Prior Prior Prior \
+ Prior Scroll_Backward Prior \
+ Prior Prior Prior
+keycode 105 = Left Left Left \
+ Decr_Console Left Left \
+ Left Left Left \
+ Decr_Console Left Left \
+ Left Left Left \
+ Decr_Console Left Left
+keycode 106 = Right Right Right \
+ Incr_Console Right Right \
+ Right Right Right \
+ Incr_Console Right Right \
+ Right Right Right \
+ Incr_Console Right Right
+keycode 107 = Select
+keycode 108 = Down
+keycode 109 = Next Scroll_Forward Next \
+ Next Next Next \
+ Next Scroll_Forward Next \
+ Next Next Next \
+ Next Scroll_Forward Next \
+ Next Next Next
+keycode 110 = Insert
+keycode 111 = Remove Remove Remove \
+ Remove Remove Boot \
+ Remove Remove Remove \
+ Remove Remove Boot \
+ Remove Remove Remove \
+ Remove Remove Boot
+keycode 112 = Macro
+keycode 113 = F13
+keycode 114 = F14
+keycode 115 = Help
+keycode 116 = Do
+keycode 117 = F17
+keycode 118 = KP_MinPlus
+keycode 119 = Pause
+keycode 120 = VoidSymbol
+keycode 121 = VoidSymbol
+keycode 122 = VoidSymbol
+keycode 123 = VoidSymbol
+keycode 124 = VoidSymbol
+keycode 125 = VoidSymbol
+keycode 126 = VoidSymbol
+keycode 127 = VoidSymbol
# Russian keyboard layout for Type4/5 Sun keyboards
# Written by Alexander V. Lukyanov <lav@yars.free.net>
-# Version 1.0
+# Version 1.1
#
# Uses KOI8-R coding without 'jo'
#
--- /dev/null
+# Russian keyboard layout for Type4/5 Sun keyboards
+# Written by Alexander V. Lukyanov <lav@yars.free.net>
+# Version 1.0
+#
+# Uses KOI8-R coding without 'jo'
+#
+keymaps 0-6,8,10,12,14
+keycode 1 =
+keycode 2 =
+keycode 3 =
+keycode 4 =
+keycode 5 = F1
+ shift keycode 5 = F11
+ alt keycode 5 = Console_1
+ control alt keycode 5 = Console_1
+ altgr shift keycode 5 = F11
+ altgr alt keycode 5 = Console_1
+ altgr control alt keycode 5 = Console_1
+keycode 6 = F2
+ shift keycode 6 = F12
+ alt keycode 6 = Console_2
+ control alt keycode 6 = Console_2
+ altgr shift keycode 6 = F12
+ altgr alt keycode 6 = Console_2
+ altgr control alt keycode 6 = Console_2
+keycode 7 = F10
+ shift keycode 7 = F20
+ alt keycode 7 = Console_10
+ control alt keycode 7 = Console_10
+ altgr shift keycode 7 = F20
+ altgr alt keycode 7 = Console_10
+ altgr control alt keycode 7 = Console_10
+keycode 8 = F3
+ shift keycode 8 = F13
+ alt keycode 8 = Console_3
+ control alt keycode 8 = Console_3
+ altgr shift keycode 8 = F13
+ altgr alt keycode 8 = Console_3
+ altgr control alt keycode 8 = Console_3
+keycode 9 = F11
+ alt keycode 9 = Console_11
+ control alt keycode 9 = Console_11
+ altgr alt keycode 9 = Console_11
+ altgr control alt keycode 9 = Console_11
+keycode 10 = F4
+ shift keycode 10 = F14
+ alt keycode 10 = Console_4
+ control alt keycode 10 = Console_4
+ altgr shift keycode 10 = F14
+ altgr alt keycode 10 = Console_4
+ altgr control alt keycode 10 = Console_4
+keycode 11 = F12
+ alt keycode 11 = Console_12
+ control alt keycode 11 = Console_12
+ altgr alt keycode 11 = Console_12
+ altgr control alt keycode 11 = Console_12
+keycode 12 = F5
+ shift keycode 12 = F15
+ alt keycode 12 = Console_5
+ control alt keycode 12 = Console_5
+ altgr shift keycode 12 = F15
+ altgr alt keycode 12 = Console_5
+ altgr control alt keycode 12 = Console_5
+keycode 13 = AltGr_Lock
+keycode 14 = F6
+ shift keycode 14 = F16
+ alt keycode 14 = Console_6
+ control alt keycode 14 = Console_6
+ altgr shift keycode 14 = F16
+ altgr alt keycode 14 = Console_6
+ altgr control alt keycode 14 = Console_6
+keycode 15 =
+keycode 16 = F7
+ shift keycode 16 = F17
+ alt keycode 16 = Console_7
+ control alt keycode 16 = Console_7
+ altgr shift keycode 16 = F17
+ altgr alt keycode 16 = Console_7
+ altgr control alt keycode 16 = Console_7
+keycode 17 = F8
+ shift keycode 17 = F18
+ alt keycode 17 = Console_8
+ control alt keycode 17 = Console_8
+ altgr shift keycode 17 = F18
+ altgr alt keycode 17 = Console_8
+ altgr control alt keycode 18 = Console_8
+keycode 18 = F9
+ shift keycode 18 = F19
+ alt keycode 18 = Console_9
+ control alt keycode 18 = Console_9
+ altgr shift keycode 18 = F19
+ altgr alt keycode 18 = Console_9
+ altgr control alt keycode 18 = Console_9
+keycode 19 = Alt
+keycode 20 = Up
+keycode 21 = Pause
+keycode 22 =
+keycode 23 = Scroll_Lock Show_Memory Show_Registers Show_State
+ alt keycode 23 = Scroll_Lock
+keycode 24 = Left
+ alt keycode 24 = Decr_Console
+ altgr alt keycode 24 = Decr_Console
+keycode 25 =
+keycode 26 =
+keycode 27 = Down
+keycode 28 = Right
+ alt keycode 28 = Incr_Console
+ altgr alt keycode 28 = Incr_Console
+keycode 29 = Escape
+ alt keycode 29 = Meta_Escape
+ altgr alt keycode 29 = Meta_Escape
+keycode 30 = one exclam one exclam
+ alt keycode 30 = Meta_one
+ altgr alt keycode 30 = Meta_one
+keycode 31 = two at two at
+ control keycode 31 = nul
+ alt keycode 31 = Meta_two
+ altgr control keycode 31 = nul
+ altgr alt keycode 31 = Meta_two
+keycode 32 = three numbersign three numbersign
+ control keycode 32 = Escape
+ alt keycode 32 = Meta_three
+ altgr control keycode 32 = Escape
+ altgr alt keycode 32 = Meta_three
+keycode 33 = four dollar four dollar
+ control keycode 33 = Control_backslash
+ alt keycode 33 = Meta_four
+ altgr control keycode 33 = Control_backslash
+ altgr alt keycode 33 = Meta_four
+keycode 34 = five percent five colon
+ control keycode 34 = Control_bracketright
+ alt keycode 34 = Meta_five
+ altgr control keycode 34 = Control_bracketright
+ altgr alt keycode 34 = Meta_five
+keycode 35 = six asciicircum six comma
+ control keycode 35 = Control_asciicircum
+ alt keycode 35 = Meta_six
+ altgr control keycode 35 = Control_asciicircum
+ altgr alt keycode 35 = Meta_six
+keycode 36 = seven ampersand seven period
+ control keycode 36 = Control_underscore
+ alt keycode 36 = Meta_seven
+ altgr alt keycode 36 = Meta_seven
+keycode 37 = eight asterisk eight semicolon
+ control keycode 37 = Delete
+ alt keycode 37 = Meta_eight
+ altgr control keycode 37 = Delete
+ altgr alt keycode 37 = Meta_eight
+keycode 38 = nine parenleft nine parenleft
+ alt keycode 38 = Meta_nine
+ altgr alt keycode 38 = Meta_nine
+keycode 39 = zero parenright zero parenright
+ alt keycode 39 = Meta_zero
+ altgr alt keycode 39 = Meta_zero
+keycode 40 = minus underscore minus underscore
+ control keycode 40 = Control_underscore
+ alt keycode 40 = Meta_minus
+ altgr control keycode 40 = Control_underscore
+ altgr alt keycode 40 = Meta_minus
+keycode 41 = equal plus equal plus
+ alt keycode 41 = Meta_equal
+ altgr alt keycode 41 = Meta_equal
+keycode 42 = grave asciitilde grave asciitilde
+ control keycode 42 = nul
+ alt keycode 42 = Meta_grave
+ altgr control keycode 42 = nul
+ altgr alt keycode 42 = Meta_grave
+keycode 43 = Delete Delete Delete Delete
+ control keycode 43 = BackSpace
+ alt keycode 43 = Meta_Delete
+ altgr control keycode 43 = BackSpace
+ altgr alt keycode 43 = Meta_Delete
+keycode 44 = Insert
+keycode 45 = equal
+keycode 46 = KP_Divide
+keycode 47 = KP_Multiply
+keycode 48 =
+keycode 49 =
+keycode 50 = KP_Period
+ control alt keycode 50 = Boot
+ altgr control alt keycode 50 = Boot
+keycode 51 =
+keycode 52 = Find
+keycode 53 = Tab Tab
+ alt keycode 53 = Meta_Tab
+ altgr alt keycode 53 = Meta_Tab
+keycode 54 = q
+ altgr keycode 54 = +0xCA
+ altgr shift keycode 54 = +0xEA
+keycode 55 = w
+ altgr keycode 55 = +0xC3
+ altgr shift keycode 55 = +0xE3
+keycode 56 = e
+ altgr keycode 56 = +0xD5
+ altgr shift keycode 56 = +0xF5
+keycode 57 = r
+ altgr keycode 57 = +0xCB
+ altgr shift keycode 57 = +0xEB
+keycode 58 = t
+ altgr keycode 58 = +0xC5
+ altgr shift keycode 58 = +0xE5
+keycode 59 = y
+ altgr keycode 59 = +0xCE
+ altgr shift keycode 59 = +0xEE
+keycode 60 = u
+ altgr keycode 60 = +0xC7
+ altgr shift keycode 60 = +0xE7
+keycode 61 = i
+ altgr keycode 61 = +0xDB
+ altgr shift keycode 61 = +0xFB
+keycode 62 = o
+ altgr keycode 62 = +0xDD
+ altgr shift keycode 62 = +0xFD
+keycode 63 = p
+ altgr keycode 63 = +0xDA
+ altgr shift keycode 63 = +0xFA
+keycode 64 = bracketleft braceleft
+ control keycode 64 = Escape
+ alt keycode 64 = Meta_bracketleft
+ altgr control keycode 64 = Escape
+ altgr alt keycode 64 = Meta_bracketleft
+ altgr keycode 64 = +0xC8
+ altgr shift keycode 64 = +0xE8
+keycode 65 = bracketright braceright
+ control keycode 65 = Control_bracketright
+ alt keycode 65 = Meta_bracketright
+ altgr control keycode 65 = Control_bracketright
+ altgr alt keycode 65 = Meta_bracketright
+ altgr keycode 65 = +0xDF
+ altgr shift keycode 65 = +0xFF
+keycode 66 = Remove
+ control alt keycode 66 = Boot
+ altgr control alt keycode 66 = Boot
+keycode 67 =
+keycode 68 = KP_7
+ alt keycode 68 = Ascii_7
+ altgr alt keycode 68 = Ascii_7
+keycode 69 = KP_8
+ alt keycode 69 = Ascii_8
+ altgr alt keycode 69 = Ascii_8
+keycode 70 = KP_9
+ alt keycode 70 = Ascii_9
+ altgr alt keycode 70 = Ascii_9
+keycode 71 = KP_Subtract
+keycode 72 =
+keycode 73 =
+keycode 74 = Select
+keycode 75 =
+keycode 76 = Control
+keycode 77 = a
+ altgr keycode 77 = +0xC6
+ altgr shift keycode 77 = +0xE6
+keycode 78 = s
+ altgr keycode 78 = +0xD9
+ altgr shift keycode 78 = +0xF9
+keycode 79 = d
+ altgr keycode 79 = +0xD7
+ altgr shift keycode 79 = +0xF7
+keycode 80 = f
+ altgr keycode 80 = +0xC1
+ altgr shift keycode 80 = +0xE1
+keycode 81 = g
+ altgr keycode 81 = +0xD0
+ altgr shift keycode 81 = +0xF0
+keycode 82 = h
+ altgr keycode 82 = +0xD2
+ altgr shift keycode 82 = +0xF2
+keycode 83 = j
+ altgr keycode 83 = +0xCF
+ altgr shift keycode 83 = +0xEF
+keycode 84 = k
+ altgr keycode 84 = +0xCC
+ altgr shift keycode 84 = +0xEC
+keycode 85 = l
+ altgr keycode 85 = +0xC4
+ altgr shift keycode 85 = +0xE4
+keycode 86 = semicolon colon
+ alt keycode 86 = Meta_semicolon
+ altgr alt keycode 86 = Meta_semicolon
+ altgr keycode 86 = +0xD6
+ altgr shift keycode 86 = +0xF6
+keycode 87 = apostrophe quotedbl
+ control keycode 87 = Control_g
+ alt keycode 87 = Meta_apostrophe
+ altgr control keycode 87 = Control_g
+ altgr alt keycode 87 = Meta_apostrophe
+ altgr keycode 87 = +0xDC
+ altgr shift keycode 87 = +0xFC
+keycode 88 = backslash bar backslash bar
+ control keycode 88 = Control_backslash
+ alt keycode 88 = Meta_backslash
+ altgr control keycode 88 = Control_backslash
+ altgr alt keycode 88 = Meta_backslash
+keycode 89 = Return
+ alt keycode 89 = Meta_Control_m
+ altgr alt keycode 89 = Meta_Control_m
+keycode 90 = KP_Enter
+keycode 91 = KP_4
+ alt keycode 91 = Ascii_4
+ altgr alt keycode 91 = Ascii_4
+keycode 92 = KP_5
+ alt keycode 92 = Ascii_5
+ altgr alt keycode 92 = Ascii_5
+keycode 93 = KP_6
+ alt keycode 93 = Ascii_6
+ altgr alt keycode 93 = Ascii_6
+keycode 94 = KP_0
+ alt keycode 94 = Ascii_0
+ altgr alt keycode 94 = Ascii_0
+keycode 95 =
+keycode 96 = Prior
+ shift keycode 96 = Scroll_Backward
+ altgr shift keycode 96 = Scroll_Backward
+keycode 97 =
+keycode 98 = Num_Lock
+keycode 99 = Shift
+keycode 100 = z
+ altgr keycode 100 = +0xD1
+ altgr shift keycode 100 = +0xF1
+keycode 101 = x
+ altgr keycode 101 = +0xDE
+ altgr shift keycode 101 = +0xFE
+keycode 102 = c
+ altgr keycode 102 = +0xD3
+ altgr shift keycode 102 = +0xF3
+keycode 103 = v
+ altgr keycode 103 = +0xCD
+ altgr shift keycode 103 = +0xED
+keycode 104 = b
+ altgr keycode 104 = +0xC9
+ altgr shift keycode 104 = +0xE9
+keycode 105 = n
+ altgr keycode 105 = +0xD4
+ altgr shift keycode 105 = +0xF4
+keycode 106 = m
+ altgr keycode 106 = +0xD8
+ altgr shift keycode 106 = +0xF8
+keycode 107 = comma less
+ alt keycode 107 = Meta_comma
+ altgr alt keycode 107 = Meta_comma
+ altgr keycode 107 = +0xC2
+ altgr shift keycode 107 = +0xE2
+keycode 108 = period greater
+# control keycode 108 = Compose
+ alt keycode 108 = Meta_period
+ altgr alt keycode 108 = Meta_period
+ altgr keycode 108 = +0xC0
+ altgr shift keycode 108 = +0xE0
+keycode 109 = slash question slash question
+ control keycode 109 = Delete
+ alt keycode 109 = Meta_slash
+ altgr control keycode 109 = Delete
+ altgr alt keycode 109 = Meta_slash
+keycode 110 = Shift
+keycode 111 = Linefeed
+keycode 112 = KP_1
+ alt keycode 112 = Ascii_1
+ altgr alt keycode 112 = Ascii_1
+keycode 113 = KP_2
+ alt keycode 113 = Ascii_2
+ altgr alt keycode 113 = Ascii_2
+keycode 114 = KP_3
+ alt keycode 114 = Ascii_3
+ altgr alt keycode 114 = Ascii_3
+keycode 115 =
+keycode 116 =
+keycode 117 =
+keycode 118 = Help
+keycode 119 = Caps_Lock
+keycode 120 =
+keycode 121 = space
+ control keycode 121 = nul
+ alt keycode 121 = Meta_space
+ altgr control keycode 121 = nul
+ altgr alt keycode 121 = Meta_space
+keycode 122 =
+keycode 123 = Next
+ shift keycode 123 = Scroll_Forward
+ altgr shift keycode 123 = Scroll_Forward
+keycode 124 =
+keycode 125 = KP_Add
+keycode 126 =
+keycode 127 =
# fontpositions 0-95: positions 160-255 in ISO 8859-7 (Greek)\r
0x000 U+00A0 # NO-BREAK SPACE\r
-0x001 U+2018 # LEFT SINGLE QUOTATION MARK\r
-0x002 U+2019 # RIGHT SINGLE QUOTATION MARK\r
+0x001 U+2018 U+02BD # LEFT SINGLE QUOTATION MARK\r
+0x002 U+2019 U+02BC # RIGHT SINGLE QUOTATION MARK\r
0x003 U+00A3 # POUND SIGN\r
0x006 U+00A6 # BROKEN BAR\r
0x007 U+00A7 # SECTION SIGN\r
simultaneously, and keycode 99 otherwise; the latter has keycode
101 when Ctrl is pressed simultaneously, and keycode 119 otherwise.
(Thus, it makes no sense to bind functions to Alt keycode 99 or
-Ctrl keycode 119.)
+Ctrl keycode 119.) The Pause/Break key is also special in another way:
+it does not generate key-up scancodes, but generates the entire
+6-scancode sequence on key-down.
<P>If you have strange keys, that do not generate any code under Linux
(or generate messages like "unrecognized scancode"), and your kernel
is 1.1.63 or later, then you can use setkeycodes(1) to tell the kernel
-about them. They won't work under X, however.
-Once they have gotten a keycode from <CODE>setkeycodes</CODE>, they can be assigned
-a function by <CODE>loadkeys</CODE>.
+about them. Once they have gotten a keycode from <CODE>setkeycodes</CODE>,
+they can be assigned a function by <CODE>loadkeys</CODE>.
+<P>For example, using <CODE>showkey -s</CODE> one sees that Microsoft keyboards
+use the scancode sequences (in hexadecimal) e0 5b (left Windows key),
+e0 5c (right Windows key), e0 5d (Menu key).
+Microsoft Internet keyboard also uses e0 6a (Back), e0 69 (Forward),
+e0 68 (Stop), e0 6c (Mail), e0 65 (Search), e0 66 (Favorites),
+e0 32 (Web/Home), e0 6b (My Computer), e0 21 (Calculator), e0 5f (Sleep).
+Use <CODE>dumpkeys</CODE> to see what keycodes are still unused.
+Typically values like 89-95 and 112-118 and 120-127 are free.
+Now
+<BLOCKQUOTE><CODE>
+<PRE>
+ % setkeycodes e05b 125
+ % setkeycodes e05c 126
+ % setkeycodes e05d 127
+</PRE>
+</CODE></BLOCKQUOTE>
+
+assigns keycodes to these scancode sequences, and
+<BLOCKQUOTE><CODE>
+<PRE>
+ % loadkeys
+ keycode 125 = Decr_Console
+ keycode 126 = Incr_Console
+ keycode 127 = KeyboardSignal
+ %
+</PRE>
+</CODE></BLOCKQUOTE>
+
+would make these Windows keys go to the previous or next virtual console,
+and let the Menu key create a fresh virtual console (in case you have
+something like <CODE>spawn_console</CODE> running).
<P>
<HR>
<A HREF="kbd.FAQ-15.html">Next</A>
simultaneously, and keycode 99 otherwise; the latter has keycode
101 when Ctrl is pressed simultaneously, and keycode 119 otherwise.
(Thus, it makes no sense to bind functions to Alt keycode 99 or
-Ctrl keycode 119.)
+Ctrl keycode 119.) The Pause/Break key is also special in another way:
+it does not generate key-up scancodes, but generates the entire
+6-scancode sequence on key-down.
If you have strange keys, that do not generate any code under Linux
(or generate messages like "unrecognized scancode"), and your kernel
is 1.1.63 or later, then you can use setkeycodes(1) to tell the kernel
-about them. They won't work under X, however.
-Once they have gotten a keycode from <tt/setkeycodes/, they can be assigned
-a function by <tt/loadkeys/.
+about them. Once they have gotten a keycode from <tt/setkeycodes/,
+they can be assigned a function by <tt/loadkeys/.
+
+For example, using <tt/showkey -s/ one sees that Microsoft keyboards
+use the scancode sequences (in hexadecimal) e0 5b (left Windows key),
+e0 5c (right Windows key), e0 5d (Menu key).
+Microsoft Internet keyboard also uses e0 6a (Back), e0 69 (Forward),
+e0 68 (Stop), e0 6c (Mail), e0 65 (Search), e0 66 (Favorites),
+e0 32 (Web/Home), e0 6b (My Computer), e0 21 (Calculator), e0 5f (Sleep).
+Use <tt>dumpkeys</tt> to see what keycodes are still unused.
+Typically values like 89-95 and 112-118 and 120-127 are free.
+Now
+<tscreen><verb>
+ % setkeycodes e05b 125
+ % setkeycodes e05c 126
+ % setkeycodes e05d 127
+</verb></tscreen>
+assigns keycodes to these scancode sequences, and
+<tscreen><verb>
+ % loadkeys
+ keycode 125 = Decr_Console
+ keycode 126 = Incr_Console
+ keycode 127 = KeyboardSignal
+ %
+</verb></tscreen>
+would make these Windows keys go to the previous or next virtual console,
+and let the Menu key create a fresh virtual console (in case you have
+something like <tt/spawn_console/ running).
<sect>Examples of use of loadkeys and xmodmap<p>
<nidx>loadkeys!example using</nidx>
--- /dev/null
+Date: Wed, 21 Jul 1999 23:34:05 -0700
+From: Marc Merlin <marc_news@merlins.org>
+Cc: linux-kernel@vger.rutgers.edu, Larry Augustin <lma@valinux.com>
+
+There is an issue with setup.S:
+! Set the keyboard repeat rate to the max
+ mov ax,#0x0305
+ xor bx,bx ! clear bx
+ int 0x16
+
+Those lines are not really needed but they cause a problem on some (very
+few) systems where every other boot (or so) the keyboard won't be found (and
+has to be plugged/unplugged before it re-appears).
+It happens to affect some of the Pentium Pro systems that VA Linux Systems
+used to sell.
+Larry Augustin (CEO VA) found that removing those three lines fixes the
+problem and VA has been shipping kernels with them disabled for at least two
+years without any adverse effects.
+The patch actually got in the 2.0.31pre series (by David Miller) but got
+dropped/lost when David gave up.
+
+More details from Larry:
+
+----- Forwarded message from Larry Augustin <lma@valinux.com> -----
+From: Larry Augustin <lma@valinux.com>
+
+Specifically, we had the problem on Intel Venus (VS440FX) Pentium Pro
+systems. I have a feeling the problem could be traced to a Keytronic
+keyboard BIOS bug, but I never tracked it down.
+
+Interesting enough, that was one of the patches david miller had in the code
+base that got dropped when he quit doing 2.0 maintenance releases.
+
+Larry
--- /dev/null
+<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 3.2 Final//EN">
+<HTML>
+<HEAD>
+ <META NAME="GENERATOR" CONTENT="SGML-Tools 1.0.9">
+ <TITLE>Keyboard scancodes: Ordinary PC keyboards</TITLE>
+ <LINK HREF="scancodes-2.html" REL=next>
+
+ <LINK HREF="scancodes.html#toc1" REL=contents>
+</HEAD>
+<BODY>
+<A HREF="scancodes-2.html">Next</A>
+Previous
+<A HREF="scancodes.html#toc1">Contents</A>
+<HR>
+<H2><A NAME="s1">1. Ordinary PC keyboards</A></H2>
+
+<P>The data from a keyboard comes mainly in the form of scancodes,
+produced by key presses or used in the protocol with the computer.
+(Different codes are used by the keyboard firmware internally,
+and there also exist several
+<A HREF="#scancode_modes">sets of scancodes</A>. Here, for the
+time being, we only give the default codes - those from scancode set 2.)
+Each key press and key release produces between 0 and 6 scancodes.
+<P>
+<H2><A NAME="ss1.1">1.1 Key release</A>
+</H2>
+
+<P>Below I'll only mention the scancode for key press (`make').
+The scancode for key release (`break') is obtained from it
+by setting the high order bit (adding 0x80 = 128).
+Thus, Esc press produces scancode <B>01</B>, Esc release
+scancode <B>81</B> (hex).
+For sequences things are similar: Keypad-/ gives <B>e0</B> <B>35</B>
+when pressed, <B>e0</B> <B>b5</B> when released. Most keyboards will
+repeat the make code (key down code) when the key repeats. Some will also
+fake Shift down and Shift up events during the repeat.
+<P>The keys PrtSc/SysRq and Pause/Break are special.
+The former produces scancode <B>e0</B> <B>2a</B> <B>e0</B> <B>37</B>
+when no modifier key is pressed simultaneously, <B>e0</B> <B>37</B>
+together with Shift or Ctrl, but <B>54</B> together with (left or right) Alt.
+The latter produces scancode sequence
+<B>e1</B> <B>1d</B> <B>45</B> <B>e1</B> <B>9d</B> <B>c5</B>
+when pressed (without modifier) and nothing at all upon release.
+However, together with (left or right) Ctrl, one gets
+<B>e0</B> <B>46</B> <B>e0</B> <B>c6</B>,
+and again nothing at release. It does not repeat.
+<P>
+<P>
+<H2><A NAME="ss1.2">1.2 Protocol scancodes</A>
+</H2>
+
+<P>Most scancodes indicate a key press or release.
+Some are used in the communication protocol.
+<P><B>00</B> (Keyboard buffer overflow or parity error)
+<P><B>aa</B> (BAT [Basic Assurance Test] OK)
+<P><B>ee</B> (Result of echo command)
+<P><B>f1</B> (Some keyboards, as reply to command <B>a4</B>:
+Password not installed)
+<P><B>fa</B> (Ack)
+<P><B>fc</B> (BAT error or Mouse transmit error)
+<P><B>fe</B> (Keyboard fails to ack, please resend)
+<P><B>ff</B> (Keyboard parity error)
+<P>
+<H2><A NAME="ss1.3">1.3 Escape scancodes</A>
+</H2>
+
+<P>The codes <B>e0</B> and <B>e1</B> introduce scancode sequences,
+and are not usually used as isolated scancodes themselves
+(but see
+<A HREF="scancodes-2.html#e0_as_key">below</A>).
+<P>This, and the above, means that scancodes
+<B>00</B>, <B>60</B>, <B>61</B>, <B>6e</B>, <B>71</B>,
+<B>7a</B>, <B>7c</B>, <B>7e</B>, <B>7f</B>
+are unavailable to signify key presses (on a default keyboard;
+we'll see keyboards that actually use scancode <B>60</B>).
+<P>Also other prefixes occur, see
+<A HREF="scancodes-2.html#prefix_80">below</A>.
+<P>
+<H2><A NAME="ss1.4">1.4 Ordinary scancodes</A>
+</H2>
+
+<P>The scancodes in scancode set 2 are given in hex.
+Between parentheses the keycap on a US keyboard.
+The scancodes are given in order, grouped according
+to groups of keys that are usually found next to each other.
+<P><B>00</B> is normally an error code
+<P><B>01</B> (Esc)
+<P><B>02</B> (1!), <B>03</B> (2@), <B>04</B> (3#), <B>05</B> (4$),
+<B>06</B> (5%E), <B>07</B> (6^), <B>08</B> (7&),
+<B>09</B> (8*), <B>0a</B> (9(), <B>0b</B> (0)), <B>0c</B> (-_),
+<B>0d</B> (=+), <B>0e</B> (Backspace)
+<P><B>0f</B> (Tab), <B>10</B> (Q), <B>11</B> (W), <B>12</B> (E),
+<B>13</B> (R), <B>14</B> (T), <B>15</B> (Y),
+<B>16</B> (U), <B>17</B> (I), <B>18</B> (O),
+<B>19</B> (P), <B>1a</B> ([{), <B>1b</B> (]})
+<P><B>1c</B> (Enter)
+<P><B>1d</B> (LCtrl)
+<P><B>1e</B> (A), <B>1f</B> (S), <B>20</B> (D), <B>21</B> (F),
+<B>22</B> (G), <B>23</B> (H), <B>24</B> (J), <B>25</B> (K),
+<B>26</B> (L), <B>27</B> (;:), <B>28</B> ('")
+<P><B>29</B> (`~)
+<P><B>2a</B> (LShift)
+<P><B>2b</B> (\|), on a 102-key keyboard
+<P><B>2c</B> (Z), <B>2d</B> (X), <B>2e</B> (C), <B>2f</B> (V),
+<B>30</B> (B), <B>31</B> (N), <B>32</B> (M), <B>33</B> (,<),
+<B>34</B> (.>), <B>35</B> (/?), <B>36</B> (RShift)
+<P><B>37</B> (Keypad-*) or (*/PrtScn) on a 83/84-key keyboard
+<P><B>38</B> (LAlt), <B>39</B> (Space bar),
+<P><B>3a</B> (CapsLock)
+<P><B>3b</B> (F1), <B>3c</B> (F2), <B>3d</B> (F3), <B>3e</B> (F4),
+<B>3f</B> (F5), <B>40</B> (F6), <B>41</B> (F7),
+<B>42</B> (F8), <B>43</B> (F9), <B>44</B> (F10)
+<P><B>45</B> (NumLock)
+<P><B>46</B> (ScrollLock)
+<P><B>47</B> (Keypad-7/Home), <B>48</B> (Keypad-8/Up),
+<B>49</B> (Keypad-9/PgUp)
+<P><B>4a</B> (Keypad--)
+<P><B>4b</B> (Keypad-4/Left), <B>4c</B> (Keypad-5),
+<B>4d</B> (Keypad-6/Right), <B>4e</B> (Keypad-+)
+<P><B>4f</B> (Keypad-1/End), <B>50</B> (Keypad-2/Down),
+<B>51</B> (Keypad-3/PgDn)
+<P><B>52</B> (Keypad-0/Ins), <B>53</B> (Keypad-./Del)
+<P><B>54</B> (Alt-SysRq) on a 84+ key keyboard
+<P><B>55</B> is less common; occurs as PF1 on a Focus 9000 keyboard,
+and as FN on an IBM ThinkPad.
+<P><B>56</B> mostly on non-US keyboards. It is an unlabelled key
+next to the space bar on a Toshiba notebook.
+<P><B>57</B> (F11), <B>58</B> (F12) both on a 101+ key keyboard
+<P><B>59</B>-<B>5a</B>-...-<B>7f</B> are less common.
+Scancodes <B>59</B>-<B>5c</B> occur on the RC930 keyboard.
+X calls <B>5d</B> `KEY_Begin'.
+Scancodes <B>55</B>, <B>6d</B>, <B>6f</B>, <B>73</B>, <B>74</B>,
+<B>77</B>, <B>78</B>, <B>79</B>, <B>7a</B>, <B>7b</B>,
+<B>7c</B>, <B>7e</B> occur on the Focus 9000 keyboard.
+Scancodes <B>73</B>, <B>7d</B> occur on a Japanese 86/106 keyboard.
+<P>
+<P>
+<H2><A NAME="ss1.5">1.5 Escaped scancodes</A>
+</H2>
+
+<P>Apart from the Pause/Break key that has an escaped sequence starting
+with <B>e1</B>, the escape used is <B>e0</B>. Often, the codes
+are chosen in such a way that something meaningful happens when
+the receiver just discards the <B>e0</B>.
+<P><B>e0</B> <B>1c</B> (Keypad Enter) - <B>1c</B> (Enter)
+<P><B>e0</B> <B>1d</B> (RCtrl) - <B>1d</B> (LCtrl)
+<P><B>e0</B> <B>2a</B> (fake LShift) - <B>2a</B> (LShift)
+<P><B>e0</B> <B>35</B> (Keypad-/) - <B>35</B> (/?)
+<P><B>e0</B> <B>36</B> (fake RShift) - <B>36</B> (RShift)
+<P><B>e0</B> <B>37</B> (Ctrl-PrtScn) - <B>37</B> (*/PrtScn)
+<P><B>e0</B> <B>38</B> (RAlt) - <B>38</B> (LAlt)
+<P><B>e0</B> <B>46</B> (Ctrl-Break) - <B>46</B> (ScrollLock)
+<P><B>e0</B> <B>47</B> (Grey Home) - <B>47</B> (Keypad-7/Home)
+<P><B>e0</B> <B>48</B> (Grey Up) - <B>48</B> (Keypad-8/UpArrow)
+<P><B>e0</B> <B>49</B> (Grey PgUp) - <B>49</B> (Keypad-9/PgUp)
+<P><B>e0</B> <B>4b</B> (Grey Left) - <B>4b</B> (Keypad-4/Left)
+<P><B>e0</B> <B>4d</B> (Grey Right) - <B>4d</B> (Keypad-6/Right)
+<P><B>e0</B> <B>4f</B> (Grey End) - <B>4f</B> (Keypad-1/End)
+<P><B>e0</B> <B>50</B> (Grey Down) - <B>50</B> (Keypad-2/DownArrow)
+<P><B>e0</B> <B>51</B> (Grey PgDn) - <B>51</B> (Keypad-3/PgDn)
+<P><B>e0</B> <B>52</B> (Grey Insert) - <B>52</B> (Keypad-0/Ins)
+<P><B>e0</B> <B>53</B> (Grey Delete) - <B>53</B> (Keypad-./Del)
+<P>These escaped scancodes occur only on 101+ key keyboards.
+<P>
+<H2><A NAME="ss1.6">1.6 Fake shifts</A>
+</H2>
+
+<P>The ten grey keys Insert, Home, PgUp, Delete, End, PgDn,
+Up, Left, Down, Right are supposed to function regardless
+of the state of Shift and NumLock keys. But for an old AT keyboard
+the keypad keys would produce digits when Numlock was on or Shift
+was down. Therefore, in order to fool old programs,
+fake scancodes are sent: when LShift is down, and Insert is
+pressed, <B>e0</B> <B>aa</B> <B>e0</B> <B>52</B> is sent;
+upon release of Insert <B>e0</B> <B>d2</B> <B>e0</B> <B>2a</B>
+is sent. In other words, a fake LShift-up and
+fake LShift-down are inserted.
+<P>If the Shift key is released earlier than the repeated key,
+then a real Shift-up code occurs (without preceding fake Shift-down)
+so that a program ignoring <B>e0</B> would see one more Shift-up
+than Shift-down.
+<P>When NumLock is on, no fake Shifts are sent when Shift was down,
+but fake Shifts are sent when Shift was not down. Thus,
+with Numlock, if Insert is pressed,
+<B>e0</B> <B>2a</B> <B>e0</B> <B>52</B> is sent
+and upon release <B>e0</B> <B>d2</B> <B>e0</B> <B>aa</B> is sent.
+The keyboard maintains a private NumLock mode, toggled when
+NumLock is pressed, and set when the NumLock LED is set.
+<P>In the same way, when Shift is down, the Grey-/ key produces
+fake Shift-up and fake Shift-down sequences. However, it does
+not react to the state of NumLock. The purpose of course is to
+fool programs that identify Grey-/ with ordinary /, so that they
+don't treat Shift-Grey-/ like Shift-/, i.e., ?.
+<P>On a Toshiba notebook, the three Windows keys are treated like
+the group of ten keys mentioned, and get fake shifts when
+(left or right) Shift is down. Thet do not react to NumLock.
+<P>
+<H2><A NAME="ss1.7">1.7 Turbo Mode</A>
+</H2>
+
+<P>On some motherboards the LCtrl-LAlt-GreyPlus and LCtrl-LAlt-GreyMinus
+switch Turbo mode on/off, respectively. For these, the motherboard
+may generate the same scancode sequence when the Turbo button is
+pushed: Turbo Switch (High->Low):
+<B>1d</B> <B>38</B> <B>4a</B> <B>ce</B> <B>b8</B> <B>9d</B>
+and Turbo Switch (Low->High):
+<B>1d</B> <B>38</B> <B>4e</B> <B>ce</B> <B>b8</B> <B>9d</B>.
+<P>Other peculiar combinations in this style include
+LCtrl-LAlt-LShift-GreyMinus to turn off system cache.
+<P>Thio Yu Jin <jin@singmail.com> complains that on his Toshiba 4010CDS
+the Ctrl-Alt-Shift-T key combination brings up the Toshiba user manual.
+(04 Mar 1999 - not April 1.)
+<P>
+<P>
+<H2><A NAME="scancode_modes"></A> <A NAME="ss1.8">1.8 Scancode modes</A>
+</H2>
+
+<P>The usual PC keyboards are capable of producing three
+sets of scancodes. Writing 0xf0 followed by 1, 2 or 3 to port
+0x60 will put the keyboard in scancode mode 1, 2 or 3. Writing
+0xf0 followed by 0 queries the mode, resulting in a scancode
+byte 0x43, 0x41 or 0x3f from the keyboard.
+<P>Scancode mode 2 is the default. In this mode, a key press
+usually produces a value <I>s</I> in the range 0x01-0x5f and the
+corresponding key release produces <I>s</I>+0x80. In scancode
+mode 3, the only key releases that produce a scan code are of
+either Shift key, or of the left Ctrl and Alt keys; for all
+other keys only the key presses are noted. The produced
+scancodes are mostly equal to those for scancode mode 2.
+<P>In scancode mode 1 most key releases produce the same values as
+in scancode mode 2, but for key presses there are entirely
+different, unrelated values. The details are somewhat messy.
+<P>
+<HR>
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+ <TITLE>Keyboard scancodes: Special keyboards</TITLE>
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+<HR>
+<H2><A NAME="s2">2. Special keyboards</A></H2>
+
+<P>
+<P>
+<H2><A NAME="ss2.1">2.1 Focus KeyPro FK-9000 keyboard</A>
+</H2>
+
+<P>Raul D. Miller <rockwell@nova.umd.edu>
+and <hagmanti@cps.msu.edu> report:
+<P><I>The keyboard is a KeyPro FK-9000. The FCC label says it's made in
+Taiwan by Focus Electronic Co, Ltd. It has a built-in calculator.</I>
+<P><I>This keyboard has twelve additional keys, with scancodes</I>
+<B>55</B> (PF1),
+<B>6d</B> (PF11),
+<B>6f</B> (PF12),
+<B>73</B> (PF2),
+<B>74</B> (PF9),
+<B>77</B> (PF3),
+<B>78</B> (PF4),
+<B>79</B> (PF5),
+<B>7a</B>* (PF6),
+<B>7b</B> (PF7),
+<B>7c</B> (PF8),
+<B>7e</B>* (PF10).
+<P><I>The break codes equal the make codes ORed with 0x80, as always,
+but the Linux kernel eats <B>fa</B> and <B>fe</B> as
+protocol bytes.</I>
+<P><I>The behavior of these keys is different from that of normal keys--
+they generate nothing when pressed; then generate the above scancodes
+at the normal repeat time and rate, and then generate (except for the
+starred ones) their scancode ORed with 0x80 when released...</I>
+<P><I>These PF keys are reprogrammable -- and programming occurs as a sequence
+of keyboard actions. Therefore, the PF keys duplicate whatever
+keyboard actions occurred during their programming.
+You hit the "Prog" key, then the PF key you want to program; type the
+string you want to store in the key (it's limited to 14 keypresses),
+and then hit the PF key again. After that, when you hit the PF key,
+it sends the string, and generates its own abnormal scancode upon
+release. When the key is held down, it generates the scancode repeatedly,
+but does not generate the string stored in it repeatedly.</I>
+<P><I>When you go to program a key, the scancodes for "PF##-" are sent
+to the computer, then the scancodes for each key you hit as you
+hit it (the shift, etc. keys are an exception-- they send "s-"
+and such :), and then, when you hit the PF## key again to end the
+programming, it sends a sequence of (at least) 18 "0e 8e"s --
+Backspaces...</I>
+<P><I>The program key itself doesn't generate a scancode at any time.
+The same applies to the CE and AC/ON keys (part of the calculator).
+There is a switch to change between calculator and keyboard mode
+which generates no scancodes.</I>
+<P><I>When the keyboard is in calculator mode, the entire numeric
+keypad (and everything else on the right side) generates no
+scancodes.</I>
+<P><I>When the keyboard is not in caluclator mode, the %, MC, MR, M-,
+M+, and Square Root keys all generate 0xff when pressed,
+0xff to repeat, and 0xff on release.</I>
+<P><I>The little unlabeled key between the right Ctrl and right Alt
+generates <B>56</B> when hit, repeats that, and then <B>d6</B>
+when released, just like a normal key.</I>
+<P>
+<P>
+<H2><A NAME="ss2.2">2.2 BTC keyboard</A>
+</H2>
+
+<P>This keyboard has one additional key, with escaped scancode
+<B>e0</B> <B>6f</B> (Macro).
+<P>
+<H2><A NAME="ss2.3">2.3 LK450 keyboard</A>
+</H2>
+
+<P>This keyboard has six additional keys, with escaped scancodes
+<B>e0</B> <B>3d</B> (F13),
+<B>e0</B> <B>3e</B> (F14),
+<B>e0</B> <B>3f</B> (Help),
+<B>e0</B> <B>40</B> (Do),
+<B>e0</B> <B>41</B> (F17),
+<B>e0</B> <B>4e</B> (Keypad-minplus).
+<P>
+<H2><A NAME="ss2.4">2.4 OmniKey keyboard</A>
+</H2>
+
+<P>This keyboard has one additional key, with escaped scancode
+<B>e0</B> <B>4c</B> (Omni).
+<P>
+<H2><A NAME="ss2.5">2.5 GRiD 2260 keyboard</A>
+</H2>
+
+<P>The GRiD 2260 notebook has a key producing the
+<B>6c</B> scancode; I do not know the keycap.
+<P>
+<H2><A NAME="ss2.6">2.6 A Japanese 86/106 keyboard</A>
+</H2>
+
+<P>Barry Yip <g609296@cc.win.or.jp> reports:
+<P><I>This keyboard has two additional keys, with scancodes
+<B>73</B> (\-) and <B>7d</B> (\|).
+This kind of keyboard is rather standard in Japan. They are called 106
+keyboard. Mine is a notebook so it is 86 keyboard. No specific brand
+name.</I>
+<P>
+<H2><A NAME="ss2.7">2.7 Brazilian keyboard</A>
+</H2>
+
+<P>Arnaldo Moura <lumbago@vnet.ibm.com> reports:
+<P><I>This keyboard has two unusual keys, with scancodes
+<B>73</B> (/?) and <B>7e</B> (Keypad-.).</I>
+<P>Also others mention an ABNT keyboard with <B>73</B> and
+<B>7e</B> keys, mostly because these keys do not function
+with Windows NT 4.0.
+<P>ABNT (Associação Brasileira de Normas Tecnicas) and ABNT2
+are Brazilian keyboard layout standards. The plain Brazilian
+keyboard has 103 keys. I find an ABNT 107 key keyboard announced by
+<A HREF="http://www.gertec.com.br/tecpc1.htm">gertec</A>.
+with Suspend / Wake-up / Power power management keys.
+<I>For enabling these functions, run BIOS setup.</I>
+<P>
+<H2><A NAME="ss2.8">2.8 RC930 keyboard</A>
+</H2>
+
+<P>Torben Fjerdingstad <tfj@olivia.ping.dk> reports:
+<P><I>It's an rc930 keyboard, from Regnecentralen/RC International, Now ICL.
+This keyboard has four additional keys, with scancodes</I>
+<B>59</B> (A1),
+<B>5a</B> (A2),
+<B>5b</B> (A3),
+<B>5c</B> (A4).
+<P><I>The rc930/rc931 keyboards are not made anymore, because they had a
+problem with fast typists, writing over 400 chars/minute.
+Writing 'af<space>', very, very fast, did a PgUp.</I>
+<P>
+<H2><A NAME="prefix_80"></A> <A NAME="ss2.9">2.9 Tandberg Data keyboard</A>
+</H2>
+
+<P>Kjetil Torgrim Homme <kjetilho@ifi.uio.no> reports:
+<P><I>My Tandberg Data keyboard uses the prefix <B>80</B> for
+its numerous (20) extra keys. The <B>80</B> scancodes are:</I>
+<P><B>11</B>, <B>12</B>, <B>13</B>, <B>14</B>, <B>16</B>,
+<B>17</B>, <B>18</B>, <B>19</B>, <B>1e</B>, <B>1f</B>,
+<B>20</B>, <B>21</B>, <B>22</B>, <B>23</B>, <B>25</B>,
+<B>26</B>, <B>2f</B>, <B>30</B>, <B>32</B>, <B>56</B>.
+<P><I>For completeness, the <B>e0</B> scancodes:</I>
+<P><B>1c</B>, <B>2a</B>, <B>35</B>, <B>37</B>, <B>47</B>,
+<B>48</B>, <B>49</B>, <B>4b</B>, <B>4d</B>, <B>4f</B>,
+<B>50</B>, <B>51</B>, <B>52</B>, <B>53</B>.
+<P><I>The <B>e1</B> scancode: <B>1d</B>.
+As you can see, there is no overlap on this keyboard.</I>
+<P>
+<H2><A NAME="ss2.10">2.10 A keyboard</A>
+</H2>
+
+<P><I>Three unusual power keys: <B>e0</B> <B>5e</B>,
+<B>e0</B> <B>5f</B>, <B>e0</B> <B>63</B>.</I>
+<P>
+<H2><A NAME="ss2.11">2.11 Microsoft Natural keyboard</A>
+</H2>
+
+<P>This keyboard has three additional keys, with escaped scancodes
+<B>e0</B> <B>5b</B> (LeftWindow),
+<B>e0</B> <B>5c</B> (RightWindow),
+<B>e0</B> <B>5d</B> (Menu).
+<P>
+<H2><A NAME="ss2.12">2.12 Microsoft Internet keyboard</A>
+</H2>
+
+<P>In addition to the three extra keys on the Microsoft Natural keyboard,
+this keyboard has ten keys, with escaped scancodes
+<B>e0</B> <B>21</B> (Calculator),
+<B>e0</B> <B>32</B> (Web/Home),
+<B>e0</B> <B>5f</B> (Sleep),
+<B>e0</B> <B>65</B> (Search),
+<B>e0</B> <B>66</B> (Favorites),
+<B>e0</B> <B>68</B> (Stop),
+<B>e0</B> <B>69</B> (Forward),
+<B>e0</B> <B>6a</B> (Back),
+<B>e0</B> <B>6b</B> (My Computer),
+<B>e0</B> <B>6c</B> (Mail).
+<P>
+<H2><A NAME="ss2.13">2.13 Logitech Internet keyboard</A>
+</H2>
+
+<P>Jonathan DeBoer <deboer@ugrad.cs.ualberta.ca>
+reports Key-down and key-up scancodes for a Logitech Internet keyboard.
+<P> 0xe0 0x7a 0xe0 0xfa
+<P> 0xe0 0x32 0xe0 0xb2
+<P> 0xe0 0x21 0xe0 0xa1
+<P> 0xe0 0x23 0xe0 0xa3
+<P> 0x38 0x2a 0x0f 0x8f 0x8f 0xb8 0xaa
+<P> 0xe0 0x17 0xe0 0x97
+<P> 0xe0 0x10 0xe0 0x90
+<P> 0xe0 0x22 0xe0 0xa2
+<P> 0xe0 0x24 0xe0 0xa4
+<P> 0xe0 0x19 0xe0 0x99
+<P> 0xe0 0x1e 0xe0 0x9e
+<P> 0xe0 0x12 0xe0 0x92
+<P> 0xe0 0x26 0xe0 0xa6
+<P> 0xe0 0x18 0xe0 0x98
+<P> 0xe0 0x20 0xe0 0xa0
+<P> 0xe0 0x30 0xe0 0xb0
+<P> 0xe0 0x2e 0xe0 0xae
+<P> 0xe0 0x25 0xe0 0xa5
+<P> (But I have no keycap information.)
+<P>
+<H2><A NAME="e0_as_key"></A> <A NAME="ss2.14">2.14 A keyboard using e0 as ordinary scancode</A>
+</H2>
+
+<P>Benjamin Carter <bcarter@ultra5.cs.umr.edu> reports:
+<P><I>I recently came into possession of a 97-key keyboard with Japanese
+markings on the keys. (The keys also have the standard
+qwerty-characters on them, with the exception of some of the meta-keys
+(there are 3 keys near the Alt keys on either side of the spacebar with
+only Japanese characters on them so I don't know what they are).
+In any case, the keyboard sends out scancodes that work for all the main
+keys (backspace, letters and numbers, enter, shift), but the numeric
+keypad, Alt keys, and function keys don't work.
+I have run the board through <CODE>showkey -s</CODE>, so I know what
+scancodes this keyboard sends out.
+However, the F9 and F10 keys send out <B>60</B> and <B>61</B>,
+respectively, so their key release events send out <B>e0</B>
+and <B>e1</B>, confusing the keyboard driver.</I>
+<P># These are across the top of the keyboard.
+<P><B>58</B> (F1), <B>59</B> (F2), <B>5a</B> (F3),
+<B>5b</B> (F4), <B>5c</B> (F5), <B>5d</B> (F6),
+<B>5e</B> (F7), <B>5f</B> (F8), <B>60</B> (F9),
+<B>61</B> (F10), <B>62</B> (F11), <B>63</B> (F12)
+<P>
+<B>76</B> (Break), <B>77</B> (Setup).
+<P>
+# top row
+<P><B>64</B> (Esc),
+<B>02</B> (1), <B>03</B> (2), <B>04</B> (3),
+<B>05</B> (4), <B>06</B> (5), <B>07</B> (6),
+<B>08</B> (7), <B>09</B> (8), <B>0a</B> (9),
+<B>0b</B> (0), <B>0c</B> (-), <B>0d</B> (=),
+<B>29</B> (`), <B>0e</B> (Backspace)
+<P>
+<P># 2nd row
+<P><B>0f</B> (Tab),
+<B>10</B> (Q), <B>11</B> (W), <B>12</B> (E),
+<B>13</B> (R), <B>14</B> (T), <B>15</B> (Y),
+<B>16</B> (U), <B>17</B> (I), <B>18</B> (O),
+<B>19</B> (P), <B>1a</B> ([), <B>1b</B> (]),
+<B>79</B> (Del), <B>6e</B> (Line Feed)
+<P>
+<P># 3rd row
+<P><B>38</B> (Ctrl),
+<B>1e</B> (A), <B>1f</B> (S), <B>20</B> (D),
+<B>21</B> (F), <B>22</B> (G), <B>23</B> (H),
+<B>24</B> (J), <B>25</B> (K), <B>26</B> (L),
+<B>27</B> (;), <B>28</B> ('), <B>75</B> (\),
+<B>1c</B> (Return)
+<P>
+<P># 4th row
+<P><B>2a</B> (Shift_L),
+<B>2c</B> (Z), <B>2d</B> (X), <B>2e</B> (C),
+<B>2f</B> (V), <B>30</B> (B), <B>31</B> (N),
+<B>32</B> (M), <B>33</B> (,), <B>34</B> (.),
+<B>35</B> (/),
+<B>3a</B> ((unknown)),
+<B>36</B> (Shift_R)
+<P>
+<P># bottom row
+<P><B>1d</B> (Caps Lock), <B>71</B> (Alt_L),
+<B>01</B> ((unknown)),
+<B>39</B> (Space),
+<B>45</B> ((unknown)),
+<B>72</B> (Alt_R),
+<B>46</B> ((unknown))
+<P>
+<P># numeric keypad. No "grey" section on the keyboard.
+<P><B>47</B> (7), <B>48</B> (8), <B>49</B> (9),
+<B>54</B> (Keypad -),
+<B>4b</B> (4), <B>4c</B> (5), <B>4d</B> (6),
+<B>37</B> (Keypad +),
+<B>4f</B> (1), <B>50</B> (2), <B>51</B> (3),
+<B>4e</B> (Keypad Enter),
+<B>52</B> (0),
+<B>78</B> (Up),
+<B>53</B> (Keypad .),
+<B>56</B> (Left),
+<B>55</B> (Down),
+<B>7d</B> (Right),
+<B>7e</B> (Keypad ,).
+<P>
+<P>There are more keyboards that do not use <B>e0</B> as escape code.
+For example, Paul Schulz <pauls@caemrad.com.au>
+reports the same for Sun Type 5 Keyboard with PS/2 connector,
+NCD model N-123NA. A kernel patch is required for such keyboards.
+<P>
+<P>
+<H2><A NAME="ss2.15">2.15 IBM ThinkPad</A>
+</H2>
+
+<P>George Staikos <staikos@0wned.org> writes:
+<P><I>I have an IBM ThinkPad i1460. It has the IBM EasyLaunch<tm> keys.
+These are four multicoloured keys up at the top of the keyboard
+for "Home Page", "Search", "Shop", "Mail". They dont' seem to create
+any keyboard events at all. The keyboard interrupt doesn't trigger,
+<CODE>showkeys</CODE> doesn't see them do anything, and in DOS, a simple
+sequence of BIOS calls doesn't see them either.
+Also, being a laptop, it has an FN key. This key generates <B>55</B>.</I>
+<P>
+<H2><A NAME="ss2.16">2.16 Keyboards with many keys</A>
+</H2>
+
+<P>The current mechanism is unable to handle keyboards with more than
+127 keys. But such keyboards seem to exist. (So far, nobody has
+reported `I have one', but there are several reports saying
+`I have heard about someone who has one'.)
+<P>Mark Hatle <fray@kernel.crashing.org> wrote:
+<P><I>On some ADB keyboards there are actually 128 distinct keys.
+They use scancodes 0-127.</I>
+<P><I>ADB is Apple Desktop Bus. The way that ADB works is similar to SCSI but
+on a much slower level. Specifically there is a communications chip in
+the computer, ADB controller, and the same chip in the keyboard. The
+keyboard sends the scancode to its internal ADB controller, the internal
+ADB controller then does any key mapping needed (not used under linux
+from my understanding) and passes the data to the computer.</I>
+<P><I>The ADB controller is capable of sending 256 distinct keys, but to my
+knowledge only 128 are sent. The key 0 is the 'a' and key 127 is the
+"power button".</I>
+<P><I>Also some of the Apple ADB keyboards have special "sound" and "function"
+keys. These keys (used in MacOS for volume up and down, screen contrast
+changing, etc) also show up on the ADB scancodes.</I>
+<P><I>ADB is used for both m68k and PPC Linux. The m68k Macintosh port, and
+the PPC - Power Macintosh and CHRP ports.</I>
+<P>and later:
+<P><I>Basically the scancode sequences for ADB are 16 bit. so there can actually
+be 65536 scancodes, currently though only 128 are defined.</I>
+<P>
+<HR>
+<A HREF="scancodes-3.html">Next</A>
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+<HR>
+<H2><A NAME="s3">3. Reporting</A></H2>
+
+<P>Additions and corrections are welcome.
+Use <CODE>showkey -s</CODE> to get the scancodes.
+Mention keyboard manufacturer and type, and the keycaps.
+<P>Andries Brouwer - <CODE>aeb@cwi.nl</CODE>
+<P>
+<HR>
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+<HR>
+<H1>Keyboard scancodes</H1>
+
+<H2>Andries Brouwer, <CODE>aeb@cwi.nl</CODE></H2>v1.0, 991209
+<P><HR>
+<EM>This note contains some information about PC keyboard scancodes.</EM>
+<HR>
+<P>
+<H2><A NAME="toc1">1.</A> <A HREF="scancodes-1.html">Ordinary PC keyboards</A></H2>
+
+<UL>
+<LI><A HREF="scancodes-1.html#ss1.1">1.1 Key release</A>
+<LI><A HREF="scancodes-1.html#ss1.2">1.2 Protocol scancodes</A>
+<LI><A HREF="scancodes-1.html#ss1.3">1.3 Escape scancodes</A>
+<LI><A HREF="scancodes-1.html#ss1.4">1.4 Ordinary scancodes</A>
+<LI><A HREF="scancodes-1.html#ss1.5">1.5 Escaped scancodes</A>
+<LI><A HREF="scancodes-1.html#ss1.6">1.6 Fake shifts</A>
+<LI><A HREF="scancodes-1.html#ss1.7">1.7 Turbo Mode</A>
+<LI><A HREF="scancodes-1.html#ss1.8">1.8 Scancode modes</A>
+</UL>
+<P>
+<H2><A NAME="toc2">2.</A> <A HREF="scancodes-2.html">Special keyboards</A></H2>
+
+<UL>
+<LI><A HREF="scancodes-2.html#ss2.1">2.1 Focus KeyPro FK-9000 keyboard</A>
+<LI><A HREF="scancodes-2.html#ss2.2">2.2 BTC keyboard</A>
+<LI><A HREF="scancodes-2.html#ss2.3">2.3 LK450 keyboard</A>
+<LI><A HREF="scancodes-2.html#ss2.4">2.4 OmniKey keyboard</A>
+<LI><A HREF="scancodes-2.html#ss2.5">2.5 GRiD 2260 keyboard</A>
+<LI><A HREF="scancodes-2.html#ss2.6">2.6 A Japanese 86/106 keyboard</A>
+<LI><A HREF="scancodes-2.html#ss2.7">2.7 Brazilian keyboard</A>
+<LI><A HREF="scancodes-2.html#ss2.8">2.8 RC930 keyboard</A>
+<LI><A HREF="scancodes-2.html#ss2.9">2.9 Tandberg Data keyboard</A>
+<LI><A HREF="scancodes-2.html#ss2.10">2.10 A keyboard</A>
+<LI><A HREF="scancodes-2.html#ss2.11">2.11 Microsoft Natural keyboard</A>
+<LI><A HREF="scancodes-2.html#ss2.12">2.12 Microsoft Internet keyboard</A>
+<LI><A HREF="scancodes-2.html#ss2.13">2.13 Logitech Internet keyboard</A>
+<LI><A HREF="scancodes-2.html#ss2.14">2.14 A keyboard using e0 as ordinary scancode</A>
+<LI><A HREF="scancodes-2.html#ss2.15">2.15 IBM ThinkPad</A>
+<LI><A HREF="scancodes-2.html#ss2.16">2.16 Keyboards with many keys</A>
+</UL>
+<P>
+<H2><A NAME="toc3">3.</A> <A HREF="scancodes-3.html">Reporting</A></H2>
+
+<HR>
+<A HREF="scancodes-1.html">Next</A>
+Previous
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+</BODY>
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+<!doctype linuxdoc system>
+
+<article>
+
+<title>Keyboard scancodes
+<author>Andries Brouwer, <tt/aeb@cwi.nl/
+<date>v1.0, 991209
+
+<abstract>
+This note contains some information about PC keyboard scancodes.
+</abstract>
+
+<toc>
+
+<sect>Ordinary PC keyboards<p>
+The data from a keyboard comes mainly in the form of scancodes,
+produced by key presses or used in the protocol with the computer.
+(Different codes are used by the keyboard firmware internally,
+and there also exist several
+<ref id="scancode_modes" name="sets of scancodes">. Here, for the
+time being, we only give the default codes - those from scancode set 2.)
+Each key press and key release produces between 0 and 6 scancodes.
+
+<sect1>Key release<p>
+Below I'll only mention the scancode for key press (`make').
+The scancode for key release (`break') is obtained from it
+by setting the high order bit (adding 0x80 = 128).
+Thus, Esc press produces scancode <bf>01</bf>, Esc release
+scancode <bf>81</bf> (hex).
+For sequences things are similar: Keypad-/ gives <bf>e0</bf> <bf>35</bf>
+when pressed, <bf>e0</bf> <bf>b5</bf> when released. Most keyboards will
+repeat the make code (key down code) when the key repeats. Some will also
+fake Shift down and Shift up events during the repeat.
+
+The keys PrtSc/SysRq and Pause/Break are special.
+The former produces scancode <bf>e0</bf> <bf>2a</bf> <bf>e0</bf> <bf>37</bf>
+when no modifier key is pressed simultaneously, <bf>e0</bf> <bf>37</bf>
+together with Shift or Ctrl, but <bf>54</bf> together with (left or right) Alt.
+The latter produces scancode sequence
+<bf>e1</bf> <bf>1d</bf> <bf>45</bf> <bf>e1</bf> <bf>9d</bf> <bf>c5</bf>
+when pressed (without modifier) and nothing at all upon release.
+However, together with (left or right) Ctrl, one gets
+<bf>e0</bf> <bf>46</bf> <bf>e0</bf> <bf>c6</bf>,
+and again nothing at release. It does not repeat.
+
+
+<sect1>Protocol scancodes<p>
+Most scancodes indicate a key press or release.
+Some are used in the communication protocol.
+<p>
+<bf>00</bf> (Keyboard buffer overflow or parity error)
+<p>
+<bf>aa</bf> (BAT [Basic Assurance Test] OK)
+<p>
+<bf>ee</bf> (Result of echo command)
+<p>
+<bf>f1</bf> (Some keyboards, as reply to command <bf>a4</bf>:
+Password not installed)
+<p>
+<bf>fa</bf> (Ack)
+<p>
+<bf>fc</bf> (BAT error or Mouse transmit error)
+<p>
+<bf>fe</bf> (Keyboard fails to ack, please resend)
+<p>
+<bf>ff</bf> (Keyboard parity error)
+
+<sect1>Escape scancodes<p>
+The codes <bf>e0</bf> and <bf>e1</bf> introduce scancode sequences,
+and are not usually used as isolated scancodes themselves
+(but see <ref id="e0_as_key" name="below">).
+<p>
+This, and the above, means that scancodes
+<bf>00</bf>, <bf>60</bf>, <bf>61</bf>, <bf>6e</bf>, <bf>71</bf>,
+<bf>7a</bf>, <bf>7c</bf>, <bf>7e</bf>, <bf>7f</bf>
+are unavailable to signify key presses (on a default keyboard;
+we'll see keyboards that actually use scancode <bf>60</bf>).
+<p>
+Also other prefixes occur, see <ref id="prefix_80" name="below">.
+
+<sect1>Ordinary scancodes<p>
+The scancodes in scancode set 2 are given in hex.
+Between parentheses the keycap on a US keyboard.
+The scancodes are given in order, grouped according
+to groups of keys that are usually found next to each other.
+<p>
+<bf>00</bf> is normally an error code
+<p>
+<bf>01</bf> (Esc)
+<p>
+<bf>02</bf> (1!), <bf>03</bf> (2@), <bf>04</bf> (3#), <bf>05</bf> (4$),
+<bf>06</bf> (5%E), <bf>07</bf> (6^), <bf>08</bf> (7&),
+<bf>09</bf> (8*), <bf>0a</bf> (9(), <bf>0b</bf> (0)), <bf>0c</bf> (-_),
+<bf>0d</bf> (=+), <bf>0e</bf> (Backspace)
+<p>
+<bf>0f</bf> (Tab), <bf>10</bf> (Q), <bf>11</bf> (W), <bf>12</bf> (E),
+<bf>13</bf> (R), <bf>14</bf> (T), <bf>15</bf> (Y),
+<bf>16</bf> (U), <bf>17</bf> (I), <bf>18</bf> (O),
+<bf>19</bf> (P), <bf>1a</bf> ([{), <bf>1b</bf> (]})
+<p>
+<bf>1c</bf> (Enter)
+<p>
+<bf>1d</bf> (LCtrl)
+<p>
+<bf>1e</bf> (A), <bf>1f</bf> (S), <bf>20</bf> (D), <bf>21</bf> (F),
+<bf>22</bf> (G), <bf>23</bf> (H), <bf>24</bf> (J), <bf>25</bf> (K),
+<bf>26</bf> (L), <bf>27</bf> (;:), <bf>28</bf> ('")
+<p>
+<bf>29</bf> (`˜)
+<p>
+<bf>2a</bf> (LShift)
+<p>
+<bf>2b</bf> (\|), on a 102-key keyboard
+<p>
+<bf>2c</bf> (Z), <bf>2d</bf> (X), <bf>2e</bf> (C), <bf>2f</bf> (V),
+<bf>30</bf> (B), <bf>31</bf> (N), <bf>32</bf> (M), <bf>33</bf> (,<),
+<bf>34</bf> (.>), <bf>35</bf> (/?), <bf>36</bf> (RShift)
+<p>
+<bf>37</bf> (Keypad-*) or (*/PrtScn) on a 83/84-key keyboard
+<p>
+<bf>38</bf> (LAlt), <bf>39</bf> (Space bar),
+<p>
+<bf>3a</bf> (CapsLock)
+<p>
+<bf>3b</bf> (F1), <bf>3c</bf> (F2), <bf>3d</bf> (F3), <bf>3e</bf> (F4),
+<bf>3f</bf> (F5), <bf>40</bf> (F6), <bf>41</bf> (F7),
+<bf>42</bf> (F8), <bf>43</bf> (F9), <bf>44</bf> (F10)
+<p>
+<bf>45</bf> (NumLock)
+<p>
+<bf>46</bf> (ScrollLock)
+<p>
+<bf>47</bf> (Keypad-7/Home), <bf>48</bf> (Keypad-8/Up),
+<bf>49</bf> (Keypad-9/PgUp)
+<p>
+<bf>4a</bf> (Keypad--)
+<p>
+<bf>4b</bf> (Keypad-4/Left), <bf>4c</bf> (Keypad-5),
+<bf>4d</bf> (Keypad-6/Right), <bf>4e</bf> (Keypad-+)
+<p>
+<bf>4f</bf> (Keypad-1/End), <bf>50</bf> (Keypad-2/Down),
+<bf>51</bf> (Keypad-3/PgDn)
+<p>
+<bf>52</bf> (Keypad-0/Ins), <bf>53</bf> (Keypad-./Del)
+<p>
+<bf>54</bf> (Alt-SysRq) on a 84+ key keyboard
+<p>
+<bf>55</bf> is less common; occurs as PF1 on a Focus 9000 keyboard,
+and as FN on an IBM ThinkPad.
+<p>
+<bf>56</bf> mostly on non-US keyboards. It is an unlabelled key
+next to the space bar on a Toshiba notebook.
+<p>
+<bf>57</bf> (F11), <bf>58</bf> (F12) both on a 101+ key keyboard
+<p>
+<bf>59</bf>-<bf>5a</bf>-...-<bf>7f</bf> are less common.
+Scancodes <bf>59</bf>-<bf>5c</bf> occur on the RC930 keyboard.
+X calls <bf>5d</bf> `KEY_Begin'.
+Scancodes <bf>55</bf>, <bf>6d</bf>, <bf>6f</bf>, <bf>73</bf>, <bf>74</bf>,
+<bf>77</bf>, <bf>78</bf>, <bf>79</bf>, <bf>7a</bf>, <bf>7b</bf>,
+<bf>7c</bf>, <bf>7e</bf> occur on the Focus 9000 keyboard.
+Scancodes <bf>73</bf>, <bf>7d</bf> occur on a Japanese 86/106 keyboard.
+<p>
+
+<sect1>Escaped scancodes<p>
+Apart from the Pause/Break key that has an escaped sequence starting
+with <bf>e1</bf>, the escape used is <bf>e0</bf>. Often, the codes
+are chosen in such a way that something meaningful happens when
+the receiver just discards the <bf>e0</bf>.
+<p>
+<bf>e0</bf> <bf>1c</bf> (Keypad Enter) - <bf>1c</bf> (Enter)
+<p>
+<bf>e0</bf> <bf>1d</bf> (RCtrl) - <bf>1d</bf> (LCtrl)
+<p>
+<bf>e0</bf> <bf>2a</bf> (fake LShift) - <bf>2a</bf> (LShift)
+<p>
+<bf>e0</bf> <bf>35</bf> (Keypad-/) - <bf>35</bf> (/?)
+<p>
+<bf>e0</bf> <bf>36</bf> (fake RShift) - <bf>36</bf> (RShift)
+<p>
+<bf>e0</bf> <bf>37</bf> (Ctrl-PrtScn) - <bf>37</bf> (*/PrtScn)
+<p>
+<bf>e0</bf> <bf>38</bf> (RAlt) - <bf>38</bf> (LAlt)
+<p>
+<bf>e0</bf> <bf>46</bf> (Ctrl-Break) - <bf>46</bf> (ScrollLock)
+<p>
+<bf>e0</bf> <bf>47</bf> (Grey Home) - <bf>47</bf> (Keypad-7/Home)
+<p>
+<bf>e0</bf> <bf>48</bf> (Grey Up) - <bf>48</bf> (Keypad-8/UpArrow)
+<p>
+<bf>e0</bf> <bf>49</bf> (Grey PgUp) - <bf>49</bf> (Keypad-9/PgUp)
+<p>
+<bf>e0</bf> <bf>4b</bf> (Grey Left) - <bf>4b</bf> (Keypad-4/Left)
+<p>
+<bf>e0</bf> <bf>4d</bf> (Grey Right) - <bf>4d</bf> (Keypad-6/Right)
+<p>
+<bf>e0</bf> <bf>4f</bf> (Grey End) - <bf>4f</bf> (Keypad-1/End)
+<p>
+<bf>e0</bf> <bf>50</bf> (Grey Down) - <bf>50</bf> (Keypad-2/DownArrow)
+<p>
+<bf>e0</bf> <bf>51</bf> (Grey PgDn) - <bf>51</bf> (Keypad-3/PgDn)
+<p>
+<bf>e0</bf> <bf>52</bf> (Grey Insert) - <bf>52</bf> (Keypad-0/Ins)
+<p>
+<bf>e0</bf> <bf>53</bf> (Grey Delete) - <bf>53</bf> (Keypad-./Del)
+<p>
+These escaped scancodes occur only on 101+ key keyboards.
+
+<sect1>Fake shifts<p>
+The ten grey keys Insert, Home, PgUp, Delete, End, PgDn,
+Up, Left, Down, Right are supposed to function regardless
+of the state of Shift and NumLock keys. But for an old AT keyboard
+the keypad keys would produce digits when Numlock was on or Shift
+was down. Therefore, in order to fool old programs,
+fake scancodes are sent: when LShift is down, and Insert is
+pressed, <bf>e0</bf> <bf>aa</bf> <bf>e0</bf> <bf>52</bf> is sent;
+upon release of Insert <bf>e0</bf> <bf>d2</bf> <bf>e0</bf> <bf>2a</bf>
+is sent. In other words, a fake LShift-up and
+fake LShift-down are inserted.
+
+If the Shift key is released earlier than the repeated key,
+then a real Shift-up code occurs (without preceding fake Shift-down)
+so that a program ignoring <bf>e0</bf> would see one more Shift-up
+than Shift-down.
+
+When NumLock is on, no fake Shifts are sent when Shift was down,
+but fake Shifts are sent when Shift was not down. Thus,
+with Numlock, if Insert is pressed,
+<bf>e0</bf> <bf>2a</bf> <bf>e0</bf> <bf>52</bf> is sent
+and upon release <bf>e0</bf> <bf>d2</bf> <bf>e0</bf> <bf>aa</bf> is sent.
+The keyboard maintains a private NumLock mode, toggled when
+NumLock is pressed, and set when the NumLock LED is set.
+
+In the same way, when Shift is down, the Grey-/ key produces
+fake Shift-up and fake Shift-down sequences. However, it does
+not react to the state of NumLock. The purpose of course is to
+fool programs that identify Grey-/ with ordinary /, so that they
+don't treat Shift-Grey-/ like Shift-/, i.e., ?.
+
+On a Toshiba notebook, the three Windows keys are treated like
+the group of ten keys mentioned, and get fake shifts when
+(left or right) Shift is down. Thet do not react to NumLock.
+
+<sect1>Turbo Mode<p>
+On some motherboards the LCtrl-LAlt-GreyPlus and LCtrl-LAlt-GreyMinus
+switch Turbo mode on/off, respectively. For these, the motherboard
+may generate the same scancode sequence when the Turbo button is
+pushed: Turbo Switch (High->Low):
+<bf>1d</bf> <bf>38</bf> <bf>4a</bf> <bf>ce</bf> <bf>b8</bf> <bf>9d</bf>
+and Turbo Switch (Low->High):
+<bf>1d</bf> <bf>38</bf> <bf>4e</bf> <bf>ce</bf> <bf>b8</bf> <bf>9d</bf>.
+<p>
+Other peculiar combinations in this style include
+LCtrl-LAlt-LShift-GreyMinus to turn off system cache.
+<p>
+Thio Yu Jin <jin@singmail.com> complains that on his Toshiba 4010CDS
+the Ctrl-Alt-Shift-T key combination brings up the Toshiba user manual.
+(04 Mar 1999 - not April 1.)
+<p>
+
+<sect1>Scancode modes
+<label id="scancode_modes">
+<p>
+The usual PC keyboards are capable of producing three
+sets of scancodes. Writing 0xf0 followed by 1, 2 or 3 to port
+0x60 will put the keyboard in scancode mode 1, 2 or 3. Writing
+0xf0 followed by 0 queries the mode, resulting in a scancode
+byte 0x43, 0x41 or 0x3f from the keyboard.
+<p>
+Scancode mode 2 is the default. In this mode, a key press
+usually produces a value <it>s</it> in the range 0x01-0x5f and the
+corresponding key release produces <it>s</it>+0x80. In scancode
+mode 3, the only key releases that produce a scan code are of
+either Shift key, or of the left Ctrl and Alt keys; for all
+other keys only the key presses are noted. The produced
+scancodes are mostly equal to those for scancode mode 2.
+<p>
+In scancode mode 1 most key releases produce the same values as
+in scancode mode 2, but for key presses there are entirely
+different, unrelated values. The details are somewhat messy.
+
+<sect>Special keyboards<p>
+
+<sect1>Focus KeyPro FK-9000 keyboard<p>
+Raul D. Miller <rockwell@nova.umd.edu>
+and <hagmanti@cps.msu.edu> report:
+<p>
+<it>
+The keyboard is a KeyPro FK-9000. The FCC label says it's made in
+Taiwan by Focus Electronic Co, Ltd. It has a built-in calculator.
+</it>
+<p>
+<it>
+This keyboard has twelve additional keys, with scancodes
+</it>
+<bf>55</bf> (PF1),
+<bf>6d</bf> (PF11),
+<bf>6f</bf> (PF12),
+<bf>73</bf> (PF2),
+<bf>74</bf> (PF9),
+<bf>77</bf> (PF3),
+<bf>78</bf> (PF4),
+<bf>79</bf> (PF5),
+<bf>7a</bf>* (PF6),
+<bf>7b</bf> (PF7),
+<bf>7c</bf> (PF8),
+<bf>7e</bf>* (PF10).
+<p>
+<it>
+The break codes equal the make codes ORed with 0x80, as always,
+but the Linux kernel eats <bf>fa</bf> and <bf>fe</bf> as
+protocol bytes.
+</it>
+<p>
+<it>
+The behavior of these keys is different from that of normal keys--
+they generate nothing when pressed; then generate the above scancodes
+at the normal repeat time and rate, and then generate (except for the
+starred ones) their scancode ORed with 0x80 when released...
+</it>
+<p>
+<it>
+These PF keys are reprogrammable -- and programming occurs as a sequence
+of keyboard actions. Therefore, the PF keys duplicate whatever
+keyboard actions occurred during their programming.
+You hit the "Prog" key, then the PF key you want to program; type the
+string you want to store in the key (it's limited to 14 keypresses),
+and then hit the PF key again. After that, when you hit the PF key,
+it sends the string, and generates its own abnormal scancode upon
+release. When the key is held down, it generates the scancode repeatedly,
+but does not generate the string stored in it repeatedly.
+</it>
+<p>
+<it>
+When you go to program a key, the scancodes for "PF##-" are sent
+to the computer, then the scancodes for each key you hit as you
+hit it (the shift, etc. keys are an exception-- they send "s-"
+and such :), and then, when you hit the PF## key again to end the
+programming, it sends a sequence of (at least) 18 "0e 8e"s --
+Backspaces...
+</it>
+<p>
+<it>
+The program key itself doesn't generate a scancode at any time.
+The same applies to the CE and AC/ON keys (part of the calculator).
+There is a switch to change between calculator and keyboard mode
+which generates no scancodes.
+</it>
+<p>
+<it>
+When the keyboard is in calculator mode, the entire numeric
+keypad (and everything else on the right side) generates no
+scancodes.
+</it>
+<p>
+<it>
+When the keyboard is not in caluclator mode, the %, MC, MR, M-,
+M+, and Square Root keys all generate 0xff when pressed,
+0xff to repeat, and 0xff on release.
+</it>
+<p>
+<it>
+The little unlabeled key between the right Ctrl and right Alt
+generates <bf>56</bf> when hit, repeats that, and then <bf>d6</bf>
+when released, just like a normal key.
+</it>
+<p>
+
+<sect1>BTC keyboard<p>
+This keyboard has one additional key, with escaped scancode
+<bf>e0</bf> <bf>6f</bf> (Macro).
+
+<sect1>LK450 keyboard<p>
+This keyboard has six additional keys, with escaped scancodes
+<bf>e0</bf> <bf>3d</bf> (F13),
+<bf>e0</bf> <bf>3e</bf> (F14),
+<bf>e0</bf> <bf>3f</bf> (Help),
+<bf>e0</bf> <bf>40</bf> (Do),
+<bf>e0</bf> <bf>41</bf> (F17),
+<bf>e0</bf> <bf>4e</bf> (Keypad-minplus).
+
+<sect1>OmniKey keyboard<p>
+This keyboard has one additional key, with escaped scancode
+<bf>e0</bf> <bf>4c</bf> (Omni).
+
+<sect1>GRiD 2260 keyboard<p>
+The GRiD 2260 notebook has a key producing the
+<bf>6c</bf> scancode; I do not know the keycap.
+
+<sect1>A Japanese 86/106 keyboard<p>
+Barry Yip <g609296@cc.win.or.jp> reports:
+<p>
+<it>
+This keyboard has two additional keys, with scancodes
+<bf>73</bf> (\-) and <bf>7d</bf> (\|).
+This kind of keyboard is rather standard in Japan. They are called 106
+keyboard. Mine is a notebook so it is 86 keyboard. No specific brand
+name.
+</it>
+
+<sect1>Brazilian keyboard<p>
+Arnaldo Moura <lumbago@vnet.ibm.com> reports:
+<p>
+<it>
+This keyboard has two unusual keys, with scancodes
+<bf>73</bf> (/?) and <bf>7e</bf> (Keypad-.).
+</it>
+<p>
+Also others mention an ABNT keyboard with <bf>73</bf> and
+<bf>7e</bf> keys, mostly because these keys do not function
+with Windows NT 4.0.
+<p>
+ABNT (Associação Brasileira de Normas Tecnicas) and ABNT2
+are Brazilian keyboard layout standards. The plain Brazilian
+keyboard has 103 keys. I find an ABNT 107 key keyboard announced by
+<htmlurl name="gertec" url="http://www.gertec.com.br/tecpc1.htm">.
+with Suspend / Wake-up / Power power management keys.
+<it>For enabling these functions, run BIOS setup.</it>
+
+<sect1>RC930 keyboard<p>
+Torben Fjerdingstad <tfj@olivia.ping.dk> reports:
+<p>
+<it>
+It's an rc930 keyboard, from Regnecentralen/RC International, Now ICL.
+This keyboard has four additional keys, with scancodes
+</it>
+<bf>59</bf> (A1),
+<bf>5a</bf> (A2),
+<bf>5b</bf> (A3),
+<bf>5c</bf> (A4).
+<p>
+<it>
+The rc930/rc931 keyboards are not made anymore, because they had a
+problem with fast typists, writing over 400 chars/minute.
+Writing 'af<space>', very, very fast, did a PgUp.
+</it>
+
+<sect1>Tandberg Data keyboard
+<label id="prefix_80">
+<p>
+Kjetil Torgrim Homme <kjetilho@ifi.uio.no> reports:
+<p>
+<it>
+My Tandberg Data keyboard uses the prefix <bf>80</bf> for
+its numerous (20) extra keys. The <bf>80</bf> scancodes are:
+</it><p>
+<bf>11</bf>, <bf>12</bf>, <bf>13</bf>, <bf>14</bf>, <bf>16</bf>,
+<bf>17</bf>, <bf>18</bf>, <bf>19</bf>, <bf>1e</bf>, <bf>1f</bf>,
+<bf>20</bf>, <bf>21</bf>, <bf>22</bf>, <bf>23</bf>, <bf>25</bf>,
+<bf>26</bf>, <bf>2f</bf>, <bf>30</bf>, <bf>32</bf>, <bf>56</bf>.
+<p><it>
+For completeness, the <bf>e0</bf> scancodes:
+</it><p>
+<bf>1c</bf>, <bf>2a</bf>, <bf>35</bf>, <bf>37</bf>, <bf>47</bf>,
+<bf>48</bf>, <bf>49</bf>, <bf>4b</bf>, <bf>4d</bf>, <bf>4f</bf>,
+<bf>50</bf>, <bf>51</bf>, <bf>52</bf>, <bf>53</bf>.
+<p><it>
+The <bf>e1</bf> scancode: <bf>1d</bf>.
+As you can see, there is no overlap on this keyboard.
+</it>
+
+<sect1>A keyboard<p>
+<it>Three unusual power keys: <bf>e0</bf> <bf>5e</bf>,
+<bf>e0</bf> <bf>5f</bf>, <bf>e0</bf> <bf>63</bf>.</it>
+
+<sect1>Microsoft Natural keyboard<p>
+This keyboard has three additional keys, with escaped scancodes
+<bf>e0</bf> <bf>5b</bf> (LeftWindow),
+<bf>e0</bf> <bf>5c</bf> (RightWindow),
+<bf>e0</bf> <bf>5d</bf> (Menu).
+
+<sect1>Microsoft Internet keyboard<p>
+In addition to the three extra keys on the Microsoft Natural keyboard,
+this keyboard has ten keys, with escaped scancodes
+<bf>e0</bf> <bf>21</bf> (Calculator),
+<bf>e0</bf> <bf>32</bf> (Web/Home),
+<bf>e0</bf> <bf>5f</bf> (Sleep),
+<bf>e0</bf> <bf>65</bf> (Search),
+<bf>e0</bf> <bf>66</bf> (Favorites),
+<bf>e0</bf> <bf>68</bf> (Stop),
+<bf>e0</bf> <bf>69</bf> (Forward),
+<bf>e0</bf> <bf>6a</bf> (Back),
+<bf>e0</bf> <bf>6b</bf> (My Computer),
+<bf>e0</bf> <bf>6c</bf> (Mail).
+
+<sect1>Logitech Internet keyboard<p>
+Jonathan DeBoer <deboer@ugrad.cs.ualberta.ca>
+reports Key-down and key-up scancodes for a Logitech Internet keyboard.
+<p> 0xe0 0x7a 0xe0 0xfa
+<p> 0xe0 0x32 0xe0 0xb2
+<p> 0xe0 0x21 0xe0 0xa1
+<p> 0xe0 0x23 0xe0 0xa3
+<p> 0x38 0x2a 0x0f 0x8f 0x8f 0xb8 0xaa
+<p> 0xe0 0x17 0xe0 0x97
+<p> 0xe0 0x10 0xe0 0x90
+<p> 0xe0 0x22 0xe0 0xa2
+<p> 0xe0 0x24 0xe0 0xa4
+<p> 0xe0 0x19 0xe0 0x99
+<p> 0xe0 0x1e 0xe0 0x9e
+<p> 0xe0 0x12 0xe0 0x92
+<p> 0xe0 0x26 0xe0 0xa6
+<p> 0xe0 0x18 0xe0 0x98
+<p> 0xe0 0x20 0xe0 0xa0
+<p> 0xe0 0x30 0xe0 0xb0
+<p> 0xe0 0x2e 0xe0 0xae
+<p> 0xe0 0x25 0xe0 0xa5
+<p> (But I have no keycap information.)
+
+<sect1>A keyboard using e0 as ordinary scancode
+<label id="e0_as_key">
+<p>
+Benjamin Carter <bcarter@ultra5.cs.umr.edu> reports:
+<p>
+<it>
+I recently came into possession of a 97-key keyboard with Japanese
+markings on the keys. (The keys also have the standard
+qwerty-characters on them, with the exception of some of the meta-keys
+(there are 3 keys near the Alt keys on either side of the spacebar with
+only Japanese characters on them so I don't know what they are).
+In any case, the keyboard sends out scancodes that work for all the main
+keys (backspace, letters and numbers, enter, shift), but the numeric
+keypad, Alt keys, and function keys don't work.
+I have run the board through <tt>showkey -s</tt>, so I know what
+scancodes this keyboard sends out.
+However, the F9 and F10 keys send out <bf>60</bf> and <bf>61</bf>,
+respectively, so their key release events send out <bf>e0</bf>
+and <bf>e1</bf>, confusing the keyboard driver.
+</it>
+<p>
+# These are across the top of the keyboard.
+<p>
+<bf>58</bf> (F1), <bf>59</bf> (F2), <bf>5a</bf> (F3),
+<bf>5b</bf> (F4), <bf>5c</bf> (F5), <bf>5d</bf> (F6),
+<bf>5e</bf> (F7), <bf>5f</bf> (F8), <bf>60</bf> (F9),
+<bf>61</bf> (F10), <bf>62</bf> (F11), <bf>63</bf> (F12)
+<p>
+<bf>76</bf> (Break), <bf>77</bf> (Setup).
+<p>
+# top row
+<p>
+<bf>64</bf> (Esc),
+<bf>02</bf> (1), <bf>03</bf> (2), <bf>04</bf> (3),
+<bf>05</bf> (4), <bf>06</bf> (5), <bf>07</bf> (6),
+<bf>08</bf> (7), <bf>09</bf> (8), <bf>0a</bf> (9),
+<bf>0b</bf> (0), <bf>0c</bf> (-), <bf>0d</bf> (=),
+<bf>29</bf> (`), <bf>0e</bf> (Backspace)
+
+<p>
+# 2nd row
+<p>
+<bf>0f</bf> (Tab),
+<bf>10</bf> (Q), <bf>11</bf> (W), <bf>12</bf> (E),
+<bf>13</bf> (R), <bf>14</bf> (T), <bf>15</bf> (Y),
+<bf>16</bf> (U), <bf>17</bf> (I), <bf>18</bf> (O),
+<bf>19</bf> (P), <bf>1a</bf> ([), <bf>1b</bf> (]),
+<bf>79</bf> (Del), <bf>6e</bf> (Line Feed)
+
+<p>
+# 3rd row
+<p>
+<bf>38</bf> (Ctrl),
+<bf>1e</bf> (A), <bf>1f</bf> (S), <bf>20</bf> (D),
+<bf>21</bf> (F), <bf>22</bf> (G), <bf>23</bf> (H),
+<bf>24</bf> (J), <bf>25</bf> (K), <bf>26</bf> (L),
+<bf>27</bf> (;), <bf>28</bf> ('), <bf>75</bf> (\),
+<bf>1c</bf> (Return)
+
+<p>
+# 4th row
+<p>
+<bf>2a</bf> (Shift_L),
+<bf>2c</bf> (Z), <bf>2d</bf> (X), <bf>2e</bf> (C),
+<bf>2f</bf> (V), <bf>30</bf> (B), <bf>31</bf> (N),
+<bf>32</bf> (M), <bf>33</bf> (,), <bf>34</bf> (.),
+<bf>35</bf> (/),
+<bf>3a</bf> ((unknown)),
+<bf>36</bf> (Shift_R)
+
+<p>
+# bottom row
+<p>
+<bf>1d</bf> (Caps Lock), <bf>71</bf> (Alt_L),
+<bf>01</bf> ((unknown)),
+<bf>39</bf> (Space),
+<bf>45</bf> ((unknown)),
+<bf>72</bf> (Alt_R),
+<bf>46</bf> ((unknown))
+
+<p>
+# numeric keypad. No "grey" section on the keyboard.
+<p>
+<bf>47</bf> (7), <bf>48</bf> (8), <bf>49</bf> (9),
+<bf>54</bf> (Keypad -),
+<bf>4b</bf> (4), <bf>4c</bf> (5), <bf>4d</bf> (6),
+<bf>37</bf> (Keypad +),
+<bf>4f</bf> (1), <bf>50</bf> (2), <bf>51</bf> (3),
+<bf>4e</bf> (Keypad Enter),
+<bf>52</bf> (0),
+<bf>78</bf> (Up),
+<bf>53</bf> (Keypad .),
+<bf>56</bf> (Left),
+<bf>55</bf> (Down),
+<bf>7d</bf> (Right),
+<bf>7e</bf> (Keypad ,).
+<p>
+
+There are more keyboards that do not use <bf>e0</bf> as escape code.
+For example, Paul Schulz <pauls@caemrad.com.au>
+reports the same for Sun Type 5 Keyboard with PS/2 connector,
+NCD model N-123NA. A kernel patch is required for such keyboards.
+
+
+<sect1>IBM ThinkPad<p>
+George Staikos <staikos@0wned.org> writes:
+<p><it>
+I have an IBM ThinkPad i1460. It has the IBM EasyLaunch<tm> keys.
+These are four multicoloured keys up at the top of the keyboard
+for "Home Page", "Search", "Shop", "Mail". They dont' seem to create
+any keyboard events at all. The keyboard interrupt doesn't trigger,
+<tt>showkeys</tt> doesn't see them do anything, and in DOS, a simple
+sequence of BIOS calls doesn't see them either.
+Also, being a laptop, it has an FN key. This key generates <bf>55</bf>.
+</it>
+
+<sect1>Keyboards with many keys<p>
+The current mechanism is unable to handle keyboards with more than
+127 keys. But such keyboards seem to exist. (So far, nobody has
+reported `I have one', but there are several reports saying
+`I have heard about someone who has one'.)
+
+Mark Hatle <fray@kernel.crashing.org> wrote:
+<p>
+<it>
+On some ADB keyboards there are actually 128 distinct keys.
+They use scancodes 0-127.
+</it><p><it>
+ADB is Apple Desktop Bus. The way that ADB works is similar to SCSI but
+on a much slower level. Specifically there is a communications chip in
+the computer, ADB controller, and the same chip in the keyboard. The
+keyboard sends the scancode to its internal ADB controller, the internal
+ADB controller then does any key mapping needed (not used under linux
+from my understanding) and passes the data to the computer.
+</it><p><it>
+The ADB controller is capable of sending 256 distinct keys, but to my
+knowledge only 128 are sent. The key 0 is the 'a' and key 127 is the
+"power button".
+</it><p><it>
+Also some of the Apple ADB keyboards have special "sound" and "function"
+keys. These keys (used in MacOS for volume up and down, screen contrast
+changing, etc) also show up on the ADB scancodes.
+</it><p><it>
+ADB is used for both m68k and PPC Linux. The m68k Macintosh port, and
+the PPC - Power Macintosh and CHRP ports.
+</it><p>
+and later:
+<p><it>
+Basically the scancode sequences for ADB are 16 bit. so there can actually
+be 65536 scancodes, currently though only 128 are defined.
+</it>
+
+<sect>Reporting<p>
+Additions and corrections are welcome.
+Use <tt>showkey -s</tt> to get the scancodes.
+Mention keyboard manufacturer and type, and the keycaps.
+<p>
+Andries Brouwer - <tt/aeb@cwi.nl/
+
+</article>
.SH "SEE ALSO"
.BR setfont (8),
.BR psfgettable (1),
-.BR psfstriptable (1)
-
-
+.BR psfstriptable (1),
+.BR psfxtable (1)
\ No newline at end of file
.SH "SEE ALSO"
.BR setfont (8),
.BR psfaddtable (1),
-.BR psfstriptable (1)
-
-
+.BR psfstriptable (1),
+.BR psfxtable (1)
.SH "SEE ALSO"
.BR setfont (8),
.BR psfaddtable (1),
-.BR psfgettable (1)
-
-
+.BR psfgettable (1),
+.BR psfxtable (1)
--- /dev/null
+.\" @(#)psfxtable.1
+.TH PSFXTABLE 1 "9 Dec 1999"
+.SH NAME
+psfxtable \- handle Unicode character tables for console fonts
+.SH SYNOPSIS
+.B psfxtable
+.RB [ \-i
+.IR infont ]
+.RB [ \-o
+.IR outfont ]
+.RB [ \-it
+.IR intable ]
+.RB [ \-ot
+.IR outtable ]
+.RB [ \-nt ]
+.SH DESCRIPTION
+.IX "psfxtable command" "" "\fLpsfxtable\fR command"
+.LP
+.B psfxtable
+handles the embedded Unicode character table for .psf format
+console fonts. It reads a font and possibly a table
+and writes a font and/or a table.
+.BR psfaddtable (1),
+.BR psfgettable (1)
+and
+.BR psfstriptable (1)
+are links to it.
+
+Each of the filenames
+.IR infont ,
+.IR outfont ,
+.IR intable ,
+and
+.IR outtable
+may be replaced by a single dash (\-), in which case
+standard input or standard output is used.
+If no \-i option is given, the font is read from standard input.
+If no \-it or \-o or \-ot option is given,
+no input table is read or no output font or output table is written.
+
+By default the output font (if any) will have a Unicode table
+when either the input font has one, or an explicit table
+(which overrides an input font table) has been provided.
+The option \-nt causes output of a font without table.
+When
+.I outfont
+is requested it will get a psf1 header when infont has
+a psf1 header and
+.I intable
+does not have sequences and a psf2 header otherwise.
+.SH "SEE ALSO"
+.BR setfont (8),
+.BR psfaddtable (1),
+.BR psfgettable (1),
+.BR psfstriptable (1)
/*
* Default keymap, and where the kernel copy of it lives.
*/
-#ifdef sparc
+#ifdef __sparc__
# define DEFMAP "sunkeymap.map"
# define KERNDIR "/usr/src/linux/drivers/sbus/char"
#else
*inptr = in;
return uc;
}
-
+
+static void
+clear_uni_entry(struct unicode_list *up) {
+ up->next = NULL;
+ up->seq = NULL;
+ up->prev = up;
+}
/*
* Read description of a single font position.
if (fontlenp)
*fontlenp = fontlen;
- if (hastable && uclistheadsp) {
+ if (!uclistheadsp)
+ return 0; /* got font, don't need unicode_list */
+
+ *uclistheadsp = xrealloc(*uclistheadsp,
+ (fontpos0+fontlen)*sizeof(struct unicode_list));
+
+ if (hastable) {
char *inptr, *endptr;
inptr = inputbuf + ftoffset + fontlen * charsize;
endptr = inputbuf + inputlth;
- *uclistheadsp = xrealloc(*uclistheadsp,
- (fontpos0+fontlen)*sizeof(struct unicode_list));
-
for (i=0; i<fontlen; i++) {
k = fontpos0 + i;
get_uni_entry(&inptr, &endptr,
fprintf(stderr, u, progname);
exit(EX_DATAERR);
}
+ } else {
+ for (i=0; i<fontlen; i++) {
+ k = fontpos0 + i;
+ clear_uni_entry(&(*uclistheadsp)[k]);
+ }
}
return 0; /* got psf font */
notable = 1;
} else {
for (i = 1; i < argc; i ++) {
- if (!strcmp(argv[i], "-i") && i < argc-1)
+ if ((!strcmp(argv[i], "-i") || !strcmp(argv[i], "-if"))
+ && i < argc-1)
ifname = argv[++i];
- else if(!strcmp(argv[i], "-o") && i < argc-1)
+ else if((!strcmp(argv[i],"-o")||!strcmp(argv[i],"-of"))
+ && i < argc-1)
ofname = argv[++i];
else if(!strcmp(argv[i], "-it") && i < argc-1)
itname = argv[++i];
static void
do_loadfont(int fd, char *inbuf, int unit, int hwunit, int fontsize,
char *pathname) {
- char buf[16384];
- int i;
+ char *buf;
+ int i, buflen;
int bad_video_erase_char = 0;
- memset(buf,0,sizeof(buf));
+ buflen = 32*fontsize;
+ if (buflen < 32*128) /* below we access position 32 */
+ buflen = 32*128; /* so need at least 32*33 */
+ buf = xmalloc(buflen);
+ memset(buf,0,buflen);
if (unit < 1 || unit > 32) {
fprintf(stderr, _("Bad character size %d\n"), unit);
memcpy(bigfontbuf+bigfontbuflth-fontbuflth,
fontbuf, fontbuflth);
}
-
do_loadfont(fd, bigfontbuf, bigunit, hwunit, bigfontsize, NULL);
+
if (uclistheads && !no_u)
do_loadtable(fd, uclistheads, bigfontsize);
}
#include <string.h>
-#define VERSION "1.00"
+#define VERSION "1.02"
char *progname;
projects / platform / upstream / kbd.git / commitdiff