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fpc/rtl/os2/kbdcalls.pas
Michael VAN CANNEYT ccfa38c68e * Dotted RTL compiles
2023-07-27 19:04:03 +02:00

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{Set tabsize to 4.}
{****************************************************************************
KBDCALLS interface unit
Free Pascal Runtime Library for OS/2
Copyright (c) 1999-2000 by Florian Kl„mpfl
Copyright (c) 1999-2000 by Daniel Mantione
Copyright (c) 1999-2000 by Tomas Hajny
The Free Pascal runtime library is distributed under the Library GNU Public
License v2. So is this unit. The Library GNU Public License requires you to
distribute the source code of this unit with any product that uses it.
Because the EMX library isn't under the LGPL, we grant you an exception to
this, and that is, when you compile a program with the Free Pascal Compiler,
you do not need to ship source code with that program, AS LONG AS YOU ARE
USING UNMODIFIED CODE! If you modify this code, you MUST change the next
line:
<This is an official, unmodified Free Pascal source code file.>
Send us your modified files, we can work together if you want!
Free Pascal is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
Library GNU General Public License for more details.
You should have received a copy of the Library GNU General Public License
along with Free Pascal; see the file COPYING.LIB. If not, write to
the Free Software Foundation, 51 Franklin Street, Fifth Floor,
Boston, MA 02110-1301, USA.
****************************************************************************}
{$IFNDEF FPC_DOTTEDUNITS}
unit KbdCalls;
{$ENDIF FPC_DOTTEDUNITS}
{ Interface library to KBDCALLS.DLL (through EMXWRAP.DLL)
Variant records and aliases for some record types created to maintain highest
possible level of compatibility with other existing OS/2 compilers.
Changelog:
People:
TH - Tomas Hajny (xhajt03@mbox.vol.cz on Internet)
Date: Description of change: Changed by:
- First released version 1.0 TH
Coding style:
I have tried to use the same coding style as Daniel Mantione in unit
DOSCALLS, although I can't say I would write it the same way otherwise
(I would write much more spaces myself, at least). Try to use it as well,
please. Original note by Daniel Mantione follows:
It may be well possible that coding style feels a bit strange to you.
Nevertheless I friendly ask you to try to make your changes not look all
to different. To make life easier, set your IDE to use tab characters,
turn optimal fill, autoindent and backspace unindents on and set a
tabsize of 4.}
{***************************************************************************}
interface
{***************************************************************************}
{$IFDEF FPC}
{$PACKRECORDS 1}
{$ENDIF FPC}
const
{return codes / error constants (those marked with * shouldn't occur under
normal conditions)}
No_Error = 0;
Error_Invalid_Parameter = 87;
Error_Sem_TimeOut =121;
Error_Kbd_Parameter =373;
Error_Kbd_No_Device =374; {*}
Error_Kbd_Invalid_IOWait =375; {*}
Error_Kbd_Invalid_Length =376;
Error_Kbd_Invalid_Echo_Mask =377;
Error_Kbd_Invalid_Input_Mask =378;
Error_Kbd_Smg_Only =407; {*}
Error_Kbd_Invalid_ASCIIZ =408;
Error_Kbd_Invalid_Mask =409;
Error_Kbd_Register =410;
Error_Kbd_Deregister =411;
Error_Kbd_Invalid_Handle =439;
Error_Kbd_No_more_Handle =440;
Error_Kbd_Cannot_Create_KCB =441;
Error_Kbd_Codepage_Load_Incompl =442; {*}
Error_Kbd_Invalid_CodePage_ID =443; {*}
Error_Kbd_No_CodePage_Support =444; {*}
Error_Kbd_Focus_Required =445;
Error_Kbd_Focus_Already_Active =446; {*}
Error_Kbd_Keyboard_Busy =447;
Error_Kbd_Invalid_CodePage =448;
Error_Kbd_Unable_To_Focus =449; {*}
Error_Kbd_Detached =464;
Error_Kbd_No_Console =500; {*}
Error_Kbd_Extended_SG =504;
{FnMask}
kr_KbdCharIn =$00000001;
kr_KbdPeek =$00000002;
kr_KbdFlushBuffer =$00000004;
kr_KbdGetStatus =$00000008;
kr_KbdSetStatus =$00000010;
kr_KbdStringIn =$00000020;
kr_KbdOpen =$00000040;
kr_KbdClose =$00000080;
kr_KbdGetFocus =$00000100;
kr_KbdFreeFocus =$00000200;
kr_KbdGetCP =$00000400;
kr_KbdSetCP =$00000800;
kr_KbdXLate =$00001000;
kr_KbdSetCustXT =$00002000;
{WaitFlag}
IO_Wait =0;
{KbdCharIn: wait for a character if one is not available}
{KbdGetFocus: wait for the focus}
{KbdStringIn: in binary input mode, wait until CharBuf is full, in }
{ ASCII input mode wait until a carriage return is pressed}
IO_NoWait =1;
{KbdCharIn: immediate return if no character is available}
{KbdGetFocus: do not wait for the focus}
{KbdStringIn: send an immediate return if no characters are available,}
{ if characters available, send them (up to the maximum }
{ length); not supported in ASCII input mode }
{TKbdInfo.fsMask}
Keyboard_Echo_On =$0001; {echo is on}
Keyboard_Echo_Off =$0002; {echo is off}
Keyboard_Binary_Mode =$0004; {binary mode is on}
Keyboard_ASCII_Mode =$0008; {ASCII mode is on}
Keyboard_Modify_State =$0010; {shift state is modified}
Keyboard_Modify_Interim =$0020; {interim character flags are modified}
Keyboard_Modify_TurnAround =$0040; {turn-around character is modified}
Keyboard_2B_TurnAround =$0080; {length of the turn-around character }
{(meaningful only if }
{Keyboard_Modify_TurnAround bit is on)}
Keyboard_Shift_Report =$0100; {shift return is on}
{TKbdInfo.fsState/TKbdKeyInfo.fsState/TKbdTrans.fsState}
KbdStF_RightShift =$0001;
KbdStF_LeftShift =$0002;
KbdStF_Control =$0004;
KbdStF_Alt =$0008;
KbdStF_ScrollLock_On =$0010;
KbdStF_Numlock_On =$0020;
KbdStF_Capslock_On =$0040;
KbdStF_Insert_On =$0080;
KbdStF_LeftControl =$0100;
KbdStF_LeftAlt =$0200;
KbdStF_RightControl =$0400;
KbdStF_RightAlt =$0800;
KbdStF_ScrollLock =$1000;
KbdStF_NumLock =$2000;
KbdStF_CapsLock =$4000;
KbdStF_SysReq =$8000;
{TKbdTrans.fbStatus}
KbdTrF_Shift_Key_In =$01; {shift status returned}
{without character }
KbdTrF_Extended_Key_In =$02; {extended key code }
{from the keyboard,}
{not a character }
KbdTrF_Conversion_Request =$20; {immediate conversion}
{requested }
KbdTrF_Final_Char_In =$40; {either $40 or $80 or both}
KbdTrF_Interim_Char_In =$80; {must be present }
{TKbdHWID.idKbd}
Keyboard_Undetermined =$0000; {undetermined keyboard type}
Keyboard_AT_Compatible =$0001; {PC-AT Standard Keyboard}
Keyboard_Enhanced_101 =$AB41; {101 Key Enhanced Keyboard}
Keyboard_Enhanced_102 =$AB41; {102 Key Enhanced Keyboard}
Keyboard_Enhanced_88_89 =$AB54; {88 and 89 Key Enhanced Keyboards}
Keyboard_Enhanced_122 =$AB85; {122 Key Enhanced Keyboard}
Keyboard_AT_Compatable=Keyboard_AT_Compatible;
Keyboard_SpaceSaver=Keyboard_Enhanced_88_89;
type
{TKbdKeyInfo - record type for character data for KbdCharIn and KbdPeek}
(* #pragma pack(2) ??? *)
TKbdKeyInfo=record
chChar:AnsiChar; {ASCII character code; the scan code received}
{from the keyboard is translated to the ASCII}
{character code }
case boolean of
false:(
chScan:byte; {scan Code received from the keyboard}
fbStatus:byte; {state of the keystroke event, see KbdTrF_* constants}
bNlsShift:byte; {NLS shift status (always 0?)}
fsState:word; {shift key status, see KbdStF_* constants}
Time:cardinal); {time stamp indicating when a key was pressed,}
{specified in milliseconds from the time }
{the system was started }
true:(
chScan2:AnsiChar; (* should be chScan, fbStatus and bNlsShift, *)
fbStatus2:byte; (* but this construct is unsupported currently *)
bNlsShift2:AnsiChar);
end;
PKbdKeyInfo=^TKbdKeyInfo;
KbdKeyInfo=TKbdKeyInfo; {for better compatibility with other compilers}
{record type for KbdStringIn}
TStringInBuf=record
cb:word; {length of the input buffer, maximum length is 255}
cchIn:word; {number of bytes actually read into the buffer}
end;
PStringInBuf=^TStringInBuf;
StringInBuf=TStringInBuf;
{TKbdInfo record type, for KbdSet/GetStatus}
TKbdInfo=record
cb, {total length in bytes, 10 is the only valid value }
fsMask, {see TKbdInfo.fsMask constants, higher bits reserved}
{and set to 0 }
chTurnAround, {definition of the turn-around character, in ASCII }
{and extended-ASCII format, the turn-around character}
{is defined as the carriage return, in ASCII format }
{only, the turn-around character is defined in the }
{low-order byte; usually $000D }
fsInterim, {interim character flags: bits 0-4 and 6 - reserved }
{ and set to 0,}
{ bit 5 - application}
{ requested }
{ immediate }
{ conversion }
{ bit 7 - interim }
{ character }
{ flag is on }
{ bits 8-15 - NLS shift }
{ state }
fsState:word; {shift state, see TKbdInfo.fsState constants}
end;
PKbdInfo=^TKbdInfo;
KbdInfo=TKbdInfo;
{record type for KbdGetHWID}
TKbdHWID=record
cb, {length in bytes, on input length of the TKbdHWID}
{record (at least 2), on output the actual number}
{of bytes returned }
idKbd, {keyboard type: $0000 = undetermined keyboard type}
{ $0001 = PC-AT Standard Keyboard }
{ $AB41 = 101 Key Enhanced Keyboard }
{ $AB41 = 102 Key Enhanced Keyboard }
{ $AB54 = 88 and 89 Key Enhanced }
{ Keyboards }
{ $AB85 = 122 Key Enhanced Keyboard }
{- see Keyboard_* constants }
usReserved1, {reserved, returned set to zero (secondary ID?)}
usReserved2:word; {reserved, returned set to zero}
end;
PKbdHWID=^TKbdHWID;
KbdHWID=TKbdHWID;
{record type for KbdXlate}
(* #pragma pack(2) ???*)
TKbdTrans=record
case boolean of
false:(
CharData:TKbdKeyInfo);
true:(
chChar:AnsiChar; {ASCII character code; the scan code received}
{from the keyboard is translated to the ASCII}
{character code }
case boolean of
false:(
chScan, {scan Code received from the keyboard}
fbStatus, {state of the keystroke event,}
{see KbdTrF_* constants }
bNlsShift:byte; {NLS shift status (always 0?)}
fsState:word; {shift key status, see KbdStF_* constants}
Time:cardinal; {time stamp indicating when a key was pressed,}
{specified in milliseconds from the time }
{the system was started }
fsDD:word; {device driver returned flag, }
{see KbdDDFlagWord notes below}
fsXlate:word; {translation flag: 0 - translation incomplete,}
{ 1 - translation complete }
fsShift:word; {identifies the state of translation across }
{successive calls, initially the value should }
{be zero; it may take several calls to this }
{function to complete a character, the value }
{should not be changed unless a new translation}
{is required (that is, reset value to zero) }
sZero:word); {reserved, set to 0}
true:(
chScan2, (* should be chScan, fbStatus and bNlsShift, *)
fbStatus2, (* but this construct is unsupported currently *)
bNlsShift2:AnsiChar));
end;
PKbdTrans=^TKbdTrans;
KbdTrans=TKbdTrans;
{KbdDDFlagWord notes:
bits 15-14 Available. These bits are available for communication between
monitors; they are not used by the physical device driver. The
monitor applications coordinate the use of these flags.
Bits 13-10 Reserved, set to zero. Monitors must pass these flags as is.
They must set these flags to 0 in packets they create.
Bit 9 Accented. This key is translated using the previous key passed,
which is an accent key. Where an accent key is pressed, and the
following key does not use the accent, a packet containing the
accent character itself is first passed with this bit set. The
scan code field of MonFlagWord (see above) would be 0,
indicating a non-key generated record. A valid packet
containing that following keystroke is then passed without this
bit set.
Bit 8 Multimake. The translation process sees this scan code as
a typematic repeat of a toggle key or a shift key. Because
toggle and shift keys only change state on the first make after
each key-break, no state information is changed. For example,
the NumLock toggle bit in the shift status word is not changed,
even though this can be the NumLock key. If this key is a valid
character, it does not go into the Keyboard Input Buffer (KIB)
once this bit is set.
Bit 7 Secondary. The scan code prior to the one in this packet was
the Secondary Key Prefix (see below).
Bit 6 Key break. This record is generated by the release (the break)
of the key involved.
Bits 5-0 Key type. This numeric field flags the physical device driver
and reports that this is a key that requires action. The number
in this field is filled in during the translation of the scan
code. The value allows the driver to act on keystrokes without
regard for what scan codes the keyboard uses or character codes
that the current translation process may be using. The
following values are currently defined:
- Value for keys that are always placed in the KIB.
Zero = no special action, always place in KIB.
- Values acted on prior to passing packet to monitors.
Except for the final keystroke of the DUMP key sequences,
all of these values are passed on to the monitors. They
are not placed in the KIB. The XlatedChar and XlatedScan
fields are undefined for these values:
01h ACK. This scan code is a keyboard acknowledge.
Personal Computer IBM* AT* attached keyboards
set this value on an FAh scan code.
02h Secondary key prefix. This scan code is a prefix
generated by the Enhanced Keyboard. It indicates
that the next scan code coming is one of the
secondary keys that exists on that keyboard.
Usually set on an E0h scan code or an E1h scan
code.
03h Kbd overrun. This scan code is an overrun
indication from the keyboard. On an IBM Personal
Computer AT-attached keyboard, this value would be
set on an FFh scan code.
04h Resend. This scan code is a resend request from the
keyboard. On an IBM Personal Computer AT-attached
keyboard, this value would be set on an FEh scan
code.
05h Reboot key. This scan code completes the multi-key
restart sequence. On an IBM Personal Computer AT
attached-keyboard, this value would be used when
the Ctrl+Alt+Delete sequence is used.
06h Dump key. This scan code completes the multi-key
Stand Alone Dump request sequence. On an IBM
Personal Computer AT-attached keyboard, this value
would be used on completion of the second
consecutive press of Ctrl+Alt+NumLock or
Ctrl+Alt+F10 without other keystrokes between the
two presses.
07h-
0Ah See entries below.
0Bh Invalid accent combination. This scan code follows
an accent scan code but the combination is not
valid, and neither key is put in the KIB.
(Note: This is set if the Canadian-French code
pages are in use.)
0Ch System-defined hot keys.
0Dh
-0Fh Reserved. Treated as undefined. See entry 3Fh.
- Values acted on after passing packet to monitors. Except
where noted, these values are placed in the KIB when the
physical device driver is in binary mode; they are not
placed in the KIB when the physical device driver is in
ASCII mode. (Also listed are those that never get placed
in the KIB.)
07h Shift key. This scan code translates as a shift key
and affects the shift status fields of the CharData
record, but does not generate a defined character.
It is not placed in the KIB. The XlatedChar field
is undefined. The scan code field is 0.
08h Pause key. This scan code is translated as the key
sequence meaning pause. On an IBM Personal Computer
AT-attached keyboard, this value is used when the
Ctrl+NumLock sequence is used. The key itself is
not placed in the KIB.
09h Pseudo-Pause key. This scan code is translated into
the value that is treated as the Pause key when the
physical device driver is in ASCII mode. On most
keyboards, this would be when the Ctrl+S
combination is used. The key itself is not placed
in the KIB.
0Ah Wake-up key. This scan code follows a Pause key or
Pseudo-Pause key, which causes the Pause state to
end. The key itself is not placed in the KIB.
10h Accent key. This scan code is translated and used
as a key to alter the translation of the next key
to come in. The packet containing this value is
passed when the accent key is pressed, but it is
not put into the KIB, unless the Accented bit is
ON. The next key determines this decision. If the
next key is one that can be accented, then it is
passed by itself with the Accented bit ON. If that
next key cannot be accented by this accent, then
two packets are passed. The first contains the
character to print for the accent itself. It has
the Accent key value and the Accented flag (which
allows the packet to be put in the KIB). The second
packet contains a regular translation of that
following key.
(Note: The two packets get passed for every
language except Canadian-French - see entry 0Bh.)
11h Break key. This scan code is translated as the key
sequence meaning break. On the IBM Personal
Computer AT-attached keyboard, this value is used
where the Ctrl+Break sequence is used.
12h Pseudo-Break key. This scan code is translated into
the value that is treated as the Break key when the
physical device driver is in ASCII mode. On most
keyboards, this would be when the Ctrl+C
combination is used. Notice that the event
generated by this key is separate from the one
generated by the Break key when in the binary mode.
13h Print Screen key. This scan code is translated as
the key sequence meaning Print Screen. On an IBM
Personal Computer AT-attached keyboard, this value
is used where the Shift+PrtSc sequence is used.
14h Print Echo key. This scan code is translated as the
key sequence meaning Print Echo. This value is used
where the Ctrl+PrtSc sequence is used.
15h Pseudo-Print Echo key. This scan code is translated
into the value that is treated as the Print Echo
key when the physical device driver is in ASCII
mode. On most keyboards, this would show as the
Ctrl+P combination.
16h Print-Flush key. This scan code is translated into
the key sequence Print-Flush. This value is used
where the Ctrl+Alt+PrtSc sequence is used.
17h
-2Fh Reserved, set to zero. Treated as undefined. See
entry 3Fh.
- Values for packets not generated by a keystroke:
30h
-37h Reserved.
38h
-3Eh Reserved. Treated as undefined. See entry 3Fh.
- Value for keys the translation process does not recognize:
3Fh Undefined. This scan code, or its combination with
the current shift state, is not recognized in the
translation process.
}
{header of TXLateTbl}
TXHeader=record
XTableID:word; {code page number}
XTableFlags1:word; {bits 0-2 determine which shift key or key }
{combination affects Char3 of each TXLateKeyDef }
{element, bits 7-10 determine which shift key or}
{key combination causes Char5 to be used in each}
{TXLateKeyDef element }
{bit 0 - ShiftAlt (use Shift+Alt instead of }
{ Ctrl+Alt) }
{bit 1 - AltGrafL (use left Alt key as }
{ Alt+Graphics) }
{bit 2 - AltGrafR (use right Alt key as }
{ Alt+Graphics) }
{bit 3 - ShiftLock (treat Caps Lock as }
{ ShiftLock) }
{bit 4 - DefaultTable (default table for the }
{ language) }
{bit 5 - ShiftToggle (1 = toggle ShiftLock, }
{ 0 = latch it) }
{bit 6 - AccentPass (pass accent and non-accent }
{ key through; 1 = pass on accent keys}
{ and beep, 0 = beep only }
{bit 7 - CapsShift (Caps+Shift uses Char5) }
{bit 8 - MachDep (machine-dependent table) }
{bits 9-10 reserved }
{bits 11-15 reserved }
XTableFlags2:word; {reserved, set to zero}
KbdType:word; {keyboard type, 1 for extended (all common types)}
KbdSubType:word; {reserved}
XtableLen:word; {length of table}
EntryCount:word; {number of KeyDef entries}
EntryWidth:word; {width of KeyDef entries}
Country:word; {language ID}
TableTypeID:word; {the table type; 1st byte (type): 01X 00X }
{ 2nd byte (sub-type): 00X reserved}
SubCountryID:cardinal;
{sub-language identifier}
Reserved:array[1..8] of word;
end;
PXHeader=^TXHeader;
{element of TXLateTbl, not all entries are used (unused entries are zero)}
TXLateKeyDef=record
XlateOp:word; {translate operation specifier; }
{bits 0- 6 - AccentFlags (see Notes 1 and 8)}
{bits 7-15 - KeyType (see Note 2) }
Char1:AnsiChar;
Char2:AnsiChar;
Char3:AnsiChar;
Char4:AnsiChar;
Char5:AnsiChar;
end;
PXLateKeyDef=^TXLateKeyDef;
{record type for character definition in TAccentEntry}
TKeyCode=record
CharCode:AnsiChar;
ScanCode:byte;
end;
{accent entry definitions for TAccentTable, see Notes 1 and 9}
TAccentEntry=record
NonAccent:TKeyCode; {char/scan code when}
{not used as accent }
CtlAccent:TKeyCode; {char/scan code when}
{used with Ctrl key }
AltAccent:TKeyCode; {char/scan code when}
{used with Alt key }
Maps:array[1..20] of TKeyCode; {from char-to-char for translation}
end;
PAccentEntry=^TAccentEntry;
{table of accent key definitions for TXLateTbl}
TAccentTable=array[1..7] of TAccentEntry;
PAccentTable=^TAccentTable;
{record type for SetCustXT, one element for each possible scan code
(entries are in scan code order, based on the remapped scan codes
returned by the keyboard controller)}
TXLateTbl=record
XHeader:TXHeader;
KeyDefs:array [1..127] of TXLateKeyDef;
AccentTbl:TAccentTable;
end;
PXLateTbl=^TXLateTbl;
{Remarks for TXLateTbl record type:
The request changes the device driver resident code page for the system
and updates the zero entry of the Code Page Control Block.
* Note 1
The AccentFlags field of the KeyDef record has seven flags that are
individually set if a corresponding entry in the accent table applies to this
scan code. If the key pressed immediately before the current one was an
accent key and the bit for that accent is set in the AccentFlags field for
the current key, the corresponding AccentTable entry is searched for the
replacement character value to use. If no replacement is found and bit 6 of
the XlateFlags1 field is set, the not-an-accent beep is sounded and the
accent character and current character are passed as two separate
characters. Also see Note 8.
* Note 2
The KeyType field of the KeyDef record currently has the following values
defined. The remaining values up to 1Fh are undefined. The effect of each
type of shift is defined below. Except where otherwise noted, when no
shifts are active, Char1 is the translated character. (See Note 3.) Notice
that any of the Alt, Alt+Char, Alt+Shift, or Alt+Gr keys (or all of them) can
be present on a keyboard based on the AltGrafL and AltGrafR bits in the
XTableFlags1 flag word in the table header.
01h AlphaKey. Alphabetical character key:
Shift Uses Char2. If Caps Lock, uses Char1.
Caps Lock Uses Char2. If Shift, uses Char1.
Ctrl Set standard control code for this key's Char1 value.
See Note 4.
Alt Standard extended code. See Note 7.
Alt+Char Uses Char3, if it is not 0.
Alt+Shift Uses Char3, if it is not 0.
Alt+Gr Uses Char3, if it is not 0.
02h SpecKey. Special nonalphabetic character key, no Caps Lock or Alt:
Shift Uses Char2.
Caps Lock No effect, only depends on Shift, or Ctrl.
Ctrl See Note 4.
Alt Marked undefined.
Alt+Char Uses Char3, if it is not 0.
Alt+Shift Uses Char3, if it is not 0.
Alt+Gr Uses Char3, if it is not 0.
03h SpecKeyC. Special nonalphabetic character key with Caps Lock. See
Note 15.
Shift Uses Char2. If Caps Lock, uses Char1.
Caps Lock Uses Char2. If Shift, uses Char1.
Ctrl See Note 4.
Alt Uses Char4, if not zero. See Note 7.
Alt+Char Uses Char3, if it is not 0.
Alt+Shift Uses Char3, if it is not 0.
Alt+Gr Uses Char3, if it is not 0.
04h SpecKeyA. Special nonalphabetic character key with Alt (no Caps
Lock):
Shift Uses Char2.
Caps Lock No effect; depends on Shift, Ctrl, or Alt only.
Ctrl See Notes 5 and 9.
Alt See Notes 7 and 10.
Alt+Char Uses Char3, if it is not 0.
Alt+Shift Uses Char3, if it is not 0.
Alt+Gr Uses Char3, if it is not 0.
05h SpecKeyCA. Special nonalphabetic character key with Caps Lock and
Alt:
Shift Uses Char2. If Caps Lock, uses Char1.
Caps Lock Uses Char2. If Shift, uses Char1.
Ctrl See Note 4.
Alt See Note 7.
Alt+Char Uses Char3, if it is not 0.
Alt+Shift Uses Char3, if it is not 0.
Alt+Gr Uses Char3, if it is not 0.
06h FuncKey. Function keys. Char1 = n in Fn; Char2 ignored. Sets
extended codes 58+Char1, if no shift; if F11 or F12, uses 139 and 140.
Shift Sets extended codes 83+Char1. F11 and F12 use 141
and 142, respectively.
Caps Lock No effect on function keys.
Ctrl Sets extended codes 93+Char1. F11 and F12 use 143
and 144, respectively.
Alt Sets extended codes 103+Char1. F11 and F12 use 145
and 146, respectively.
Alt+Char Uses Char3, if it is not 0.
Alt+Shift Uses Char3, if it is not 0.
Alt+Gr Uses Char3, if it is not 0.
07h PadKey. Keypad keys (see Note 5 for definition of Char1). Note that
nonshifted use of these keys is fixed to the extended codes:
Shift Uses Char2, unless Num Lock. See Note 5.
Caps Lock No effect on pad keys, unless Num Lock. See Note 5.
Ctrl Sets extended codes. See Note 5.
Alt Used to build a character. See Note 5.
Alt+Char Uses Char3, if it is not 0.
Alt+Shift Uses Char3, if it is not 0.
Alt+Gr Uses Char3, if it is not 0.
08h SpecCtlKey. Special action keys, when used with Ctrl pressed:
Shift No effect on these keys.
Caps Lock No effect on these keys.
Ctrl Uses Char2.
Alt See Note 7.
Alt+Char Uses Char3, if it is not 0.
Alt+Shift Uses Char3, if it is not 0.
Alt+Gr Uses Char3, if it is not 0.
09h PrtSc. Print Screen key; sets Char1 normally (see Note 17):
Shift Signal the Print Screen function.
Caps Lock No effect on this key.
Ctrl Sets extended code and signals the Print Echo function.
Alt Marked undefined.
Alt+Char Uses Char3, if it is not 0.
Alt+Shift Uses Char3, if it is not 0.
Alt+Gr Uses Char3, if it is not 0.
0Ah SysReq. System Request key; treated like a shift key. See Note 6.
0Bh AccentKey. Keys that affect the next key pressed (also known as
dead keys). Char1 is an index into the AccentTbl field of the
XlateTable, selecting the AccentEntry that corresponds to this key.
Char2 and Char3 do the same for the shifted Accent character. See
Note 15.
Shift Uses Char2 to index to applicable AccentEntry.
Caps Lock No effect on this key.
Ctrl Uses CtlAccent character from AccentEntry. See Note 8.
Alt Uses AltAccent character from AccentEntry. See Note 8.
Alt+Char Uses Char3 to index to applicable AccentEntry.
Alt+Shift Uses Char3 to index to applicable AccentEntry.
Alt+Gr Uses Char3 to index to applicable AccentEntry.
Note: Key types 0Ch - 13h set Char1 and Char2 to mask values as defined
in Note 6.
0Ch ShiftKeys. Shift or Ctrl key, sets and clears flags. Char1 holds the
bits in the lower byte of the shift status word to set when the
key is down and clear when the key is released. Char2 does the
same thing for the upper byte of the shift status word unless the
secondary key prefix (hex E0) is seen immediately prior to this key,
in which case Char3 is used in place of Char2.
0Dh ToggleKey. General toggle key (like Caps Lock). Char1 holds the
bits in the lower byte of the shift status word to toggle on the
first make of the key after it is pressed. Char2 holds the bits in
the upper byte of the shift status word to set when the key is
down and clear when the key is released unless the secondary key
prefix (hex E0) is seen immediately prior to this key, in which case
Char3 is used in place of Char2.
0Eh AltKey. Treated just like ShiftKeys above, but has its own key
type, because when seen, the accumulator used for Alt+PadKey
entry is zeroed to prepare such entry (see Note 5). Sometimes this
key is treated as the AltC/S/G key (that is, either Alt+Char,
Alt+Shift, or Alt+Gr) if one of the AltGraf bits is on in XTableFlags1.
0Fh Num Lock. Normally behaves like ToggleKey, but the physical
keyboard device driver sets a pause screen indication when this
key is used with the Ctrl key pressed. The pause is cleared on the
following keystroke if that stroke is a character-generating key.
10h Caps Lock. This key is treated as a type 0Dh toggle key. It has a
separate entry here so that it can be processed like a Shift Lock
key when that flag is set in the XTableFlags1 word in the header.
When treated as a Shift Lock, the Caps Lock flag in the shift
status word is set on on any make of this key, and only cleared
when the left or right shift key is pressed. Char2 and Char3 are
processed the same as ToggleKey.
11h Scroll Lock. Normally behaves like ToggleKey but has a separate
entry here. When used with Ctrl, it can be recognized as
Ctrl+Break.
12h XShiftKey. Extended Shift Key (for Country support). See Note 9.
13h XToggleKey. Extended Toggle Key (for Country support). See Note 9.
14h SpecKeyCS. Special key 1 for country keyboard processing. See Note 15.
Shift Uses Char2.
Caps Lock Uses Char4.
Ctrl See Note 4.
Alt See Note 7.
Alt+Char Uses Char3.
Alt+Shift Uses Char3.
Alt+Gr Uses Char3.
Caps+Shift Uses Char5.
15h SpecKeyAS. Special key 2 for country keyboard processing. See Note 15.
Shift Uses Char2.
Caps Lock No effect on this key.
Ctrl See Note 4.
Alt Uses Char 4. See Note 14.
Alt+Char Uses Char 3. See Note 14.
Alt+Shift Uses Char 3. See Note 14.
Alt+Gr Uses Char 3. See Note 14.
1Ah Extended Extended key. This corresponds to the BIOS level support
provided for INT 16h, Functions 20h, 21h, and 22h.
Shift Uses Char2.
Caps Lock No effect on this key.
Ctrl Uses Char4.
Alt Uses Char5.
Alt+Char Uses Char 3, if not 0.
Alt+Shift Uses Char 3, if not 0.
Alt+Gr Uses Char 3, if not 0.
16h-
1FFh Reserved, except for 1Ah, the Extended Extended key (see above).
* Note 3
Undefined Character Code. Any key combination that does not fall into any
of the defined categories. For example, the Ctrl key pressed along with a
key that has no defined control mapping is mapped to the value 0, and the
key type is set in the KeyPacket record indicating undefined translation.
The KeyPacket record passed to the monitors, if installed, contain the
original scan code in the ScanCode field and the 0 in the Character field for
this key. Notice that no character data records with an undefined character
code are placed in the keyboard input buffer.
* Note 4
Ctrl Key. The six possible situations that can occur when a key is pressed
with only the Ctrl+shift key are shown below:
- The key pressed is an AlphaKey character. In this case, the Ctrl plus
Char1 combination defines one of the standard defined control codes
(all numbers are decimal):
Ctrl- Mapping Code Name Ctrl- Mapping Code Name
----- ------- --------- ----- ------- ---------
a 1 SOH n 14 SO
b 2 STX o 15 SI
c 3 ETX p 16 DLE
d 4 EOT q 17 DC1
e 5 ENQ r 18 DC2
f 6 ACK s 19 DC3
g 7 BEL t 20 DC4
h 8 BS u 21 NAK
i 9 HT v 22 SYN
j 10 LF w 23 ETB
k 11 VT x 24 CAN
l 12 FF y 25 EM
m 13 CR z 26 SUB
Notice that any key defined as AlphaKey uses the Char1 code value
minus 96 (ASCII code for a) plus 1 to set the mapping shown above.
Any scan code defined as AlphaKey must assign to Char1 one of the
allowed lower case letters.
- The key pressed is a nonalpha character, such as [, but is not an action
key, such as Enter, Backspace, or an arrow key. This is a
SpecKey[C][A] in the list of key types in the previous example. In this
case, with one exception, the mapping is based on the scan code of the
key. Though the key can be relabeled, the Ctrl+Char combination is
always mapped based on the scan code of the key using the following
table (all numbers are decimal):
}(*
Scan US Kbd Mapped Name of
Code Legend Value New Code
---- ------ ------ --------
3 2 @ 0 Null
7 6 ^ 30 RS
12 - _ 31 US (see Note below)
26 [ { 27 Esc
27 ] } 29 GS
43 \ | 28 FS
*){
Note: The mapping for the hyphen character (-) is the one exception.
The scan code for it is ignored; only the ASCII code for hyphen
(decimal 45) is looked for in Char1 when mapping the Ctrl+-
combination. This is because there can be more than one
occurrence of the hyphen (-) key on the keyboard. The Ctrl+-
(PadKey minus) combination produces character/scan code values
of 00/8Eh, respectively.
- The key pressed is an action key such as Enter, Backspace, or an arrow
key. These keys generate special values when used in conjunction with
the Ctrl key. Those actions are defined in other notes where they
apply. Two particular keys in this category are:
Ctrl+Enter = LF(010)
Ctrl+Backspace = Del(127)
- The key pressed is a function key, F1 - F12. See the FuncKey
description in Note 2.
- The key pressed is an accent key. See Note 8.
- The key is not defined in conjunction with Ctrl. In this case, the key
is treated as undefined, as described in Note 3.
* Note 5
PadKey. The pad keys have several uses that depend on various shift
states. Some of them are based on their position on the keyboard. Because
keyboard layouts change, the hard-coded assumed positions of the keypad
keys, with the offset value that must be coded into Char1, are defined
below. Any remapping must use the Char1 values shown below for the keys
that correspond to the pad keys given by the Legend or Char2 values:
US Kbd Scan Char1 Char2
Legend Code Required US Kbd With Ctrl
------- ---- --------- ------- -----------
Home 7 71 Decimal 0 ASCII 7 Decimal 119
Up 8 72 " 1 " 8 " 141
PgUp 9 73 " 2 " 9 " 132
- 74 " 3 " - " 142
Left 4 75 " 4 " 4 " 115
5 76 " 5 " 5 " 143
Right 6 77 " 6 " 6 " 116
+ 78 " 7 " + " 144
End 1 79 " 8 " 1 " 117
Down 2 80 " 9 " 2 " 145
PgDn 3 81 " 10 " 3 " 118
Ins 0 82 " 11 " 0 " 146
Del . 83 " 12 " . " 147
Notice that when Num Lock is off, or if Shift is active and Num Lock on, the
code returned is the extended code. The code returned corresponds to the
Legends above (Home, PgUp, and so forth). When Num Lock is on, or if
Shift is active and Num Lock is off, the code returned is Char2. Notice that
the + and - keys also return Char2 when the shift key is down.
When the Alt key is used with the PadKeys, the absolute value of the
pressed key (looked up using the required Char1 value) is added to the
accumulated value of any of the previous numeric keys pressed, without
releasing the Alt key. Before adding the new number to the accumulated
value, that accumulation is multiplied by ten, with overflow beyond 255
ignored. When Alt is released, the accumulation becomes a Character code
and is passed along with a scan code of zero. Notice that if any key other
than the 10 numeric keys is pressed, the accumulated value is reset to zero.
When the keypad *, -, or + keys are pressed while the Alt key is down, the
extended characters 55, 74, and 78 (decimal) are returned, respectively.
When AltGraphics is used with the PadKeys, the Char3 value is returned if it
is nonzero, and if an AltGraf bit is set in XTableFlags1; otherwise, it is
treated the same as the Alt key.
On the Enhanced keyboard, the secondary keypad keys return, as an
extended character, the scan code of the key plus 80 (decimal) when
pressed in conjunction with the Alt key. The secondary / key returns an
extended character of 164, when pressed in conjunction with the Alt key.
* Note 6
State Key. Each state key entry has Char1, Char2, and Char3 defined as
follows:
- Char1. A mask to set the appropriate bit in the low byte of the
keyboard Shift Flags when the state key is pressed. When the state
key is a toggle key, the set bit is toggled each additional time the key
is pressed. When the state key is not a toggle key, the set bit is
cleared when the key is released.
- Char2. A mask to set the appropriate bit in the high byte of the
Keyboard Shift Flags when the key is pressed.
- Char3. Used in place of Char2 when the secondary key prefix is seen
immediately prior to this key.
The masks are shown below (numbers are in hex):
Key Char1 Char2 Char3
----------- ----- ----- -----
Right Shift 01 00 00
Left Shift 02 00 00
Ctrl Shift 04 01 04
Alt Shift 08 02 08
Scroll Lock 10 10 10
Num Lock 20 20 20
Caps Lock 40 40 40
SysReq 00 80 80
Notice that the INS key is not treated as a state key, but as a pad key.
Also, SysReq is included here because it is treated as a shift key.
* Note 7
Alt Character. Most of the keys defined in a category that allows the Alt
key (AlphaKey, SpecKeyA, SpecKeyCA) return a value called an extended
character. This value is a character code of 00H or E0H, with a second byte
(using the ScanCode field of the CharData record) defining the extended
code. In most cases, this value is the scan code of the key. Since the
legend on these keys can be remapped on a foreign language keyboard, the
Alt-based extended code is hard to define in a general sense. The following
rules are used:
- AlphaKey. The extended code is derived from Char1 (the lower-case
character) as it was originally mapped on the PC keyboard. The
original scan code value is the extended code that a character returns.
These keys can be moved and will still return their original Alt
extended codes.
- SpecKeyA and SpecKeyCA. This category is used for all keys that are
not an alphabetic character or an action code (like Enter or Backspace,
the only exception being the Tab key, which is treated as a character).
On foreign keyboards, these keys can be moved around and can have
new values assigned to them, such as special punctuation symbols.
Therefore, the Alt mappings must be based on the real scan code as
any keys defined by the SpecKey_ classification will have only an Alt
mapping, if it is in one of the positions defined below. In that case,
the Alt extended code is as shown:
}(*
Scan US Kbd Alt Scan US Kbd Alt
Code Legend Value Code Legend Value
---- ------ ----- ---- ------ -----
2 1 ! 120 15 Tab 165
3 2 @ 121 26 [ { 26
4 3 # 122 27 ] } 27
5 4 $ 123 28 Enter 28
6 5 % 124 39 ; : 39
7 6 ^ 125 40 ' " 40
8 7 & 126 41 ' ~ 41
9 8 * 127 43 \ | 43 (equals W.T.C. key number 42)
10 9 ( 128 51 , < 51
11 0 ) 129 52 . > 52
12 - _ 130 53 / ? 53
13 = + 131
*){
The secondary / key returns an extended character of 164 when
pressed while Alt is down.
- FuncKey. Defined in Note 2.
- SpecCtlKey. The Alt+ values of the Escape, Backspace, and Enter keys
are extended characters equaling 1, 14, and 28 (decimal), respectively.
When AltGraphics is used, the Char3 value is returned if it is nonzero and if
an AltGraf bit is set in XTableFlags1. Otherwise, it is treated the same as
the Alt key.
* Note 8
Accent Key. When an accent key is pressed with Ctrl or Alt, it is treated as
a regular key. The character it translates to is the one in the CtlAccent or
AltAccent field of the AccentEntry pointed to by the Char5 value of the
KeyDef. If the key being defined has no defined value with Ctrl or Alt, it
should have zeros in the field of the undefined combination.
When an accent key is pressed by itself (or with Right Shift, Left Shift, or
AltGraphics), it is not translated immediately. The Char1 (or Char2, when
Left or Right Shift or AltGraphics is used) index in the KeyDef record is
used with the next key received to check if the next key has an accent
mapping. If that next key has no mapping for this accent (that is, if it has
no bit set in its AccentFlags), or if that next key is not found in this
accent's AccentEntry, then the character value in the NonAccent field of the
AccentEntry is used as the character to display. It is followed by the
translation of that next key after the not-an-accent beep is sounded.
Notice that if a key doesn't change when a Left or Right Shift key is
pressed, it should use the same value for Char1 and Char2 so the accent
applies in both the shifted and nonshifted cases. If the accent value is
undefined when used with a shift key or AltGraphics, the value in Char2 or
Char3 should be 0.
Any accent key that doesn't have an Alt or Ctrl mapping should put zeros in
the AltAccent and CtlAccent fields of its AccentEntry. If the value in the
table is between 1 and 7, then the key is considered an accent key and
further accent key processing is indicated. See Note 1 for more information.
* Note 9
Extended State Key. For special Country support, the keyboard device
driver maintains another byte of shift status. Key types 12h and 13h are
provided for manipulation of that byte. The other fields of the KeyDef are:
- Char1. A mask in which bits that are on define the field being used for
the Char2 value. Only bits in the NLS shift status byte that correspond
to the bits in this byte are altered by the Char2 value.
- Char2. For KeyType 12h (Extended Shift), the value to OR into the
byte when the make code is seen. Also, the inverted value is ANDed
when the break code is seen. For KeyType 13h (Extended Toggle), the
value XORed into the byte on each make code seen (break code
ignored).
- Char3. Use in place of the Char2 when the secondary key prefix (hex
E0) is seen immediately prior to this key.
For example, Char1 or Char2 can define single shift status bits to
set/clear/toggle. Char2 can be a set of coded bits, delineated by Char1, that
are set to a numeric value when the key is pressed and cleared to zero
when released (or on the next press, if toggled). The whole byte can be
set to Char2 when Char1 has all bits on.
* Note 10
Space Key. The key treated as the space character should have a flag set
in its AccentFlags field for each possible accent (that is, for each defined
AccentEntry in the AccentTable). And each AccentEntry should have the
Space character defined as one of its accented characters, with the
translation having the same value as the accent character itself. The reason
for this is that, by definition, an Accent Key followed by the space
character maps to the accent character alone. If the table is not set up as
just described, a not-an-accent beep is sounded whenever the accent key
followed by a space is pressed.
Notice that the space key is defined as a SpecKeyA (type 4) because its
use, in conjunction with the Alt key, is allowed. In this case, and when
used with the Ctrl key, it returns the ASCII space character. This works
correctly, except in the case of the diaresis accent (double-dot) in code
page 437. The space is treated as an invalid character and the beep result
occurs, with the diaresis represented by double quotation marks. The
characters displayed depend upon the language in effect when the invalid
diaresis is encountered. For some languages, the character substituted is
the double-quotation marks; for others, the character used is the F9h
character.
* Note 11
KbdType identifies the hardware-specific keyboard used by this table. The
values and allowable types are the same as those specified in IOCTL call
KBD_GETKEYBDTYPE (1 means extended keyboard, which is used for all common
keyboard types).
* Note 12
The DefaultTable flag in XtableFlags1 is used by the KEYB utility in loading
code pages when changing from one language to another. It identifies the
default code page to KEYB, should KEYB not find one or both CODEPAGE=
defined code pages.
* Note 13
The Language IDs and Subcountry IDs used are as follows:
ÚÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÂÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÂÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ¿
³Keyboard Layout ³Keyboard Layout ³Country ³
³Country Code ³SubCountry Code ³ ³
ÃÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ´
³ AR ³ 785 ³Arabic-speaking ³
ÃÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ´
³ BE ³ 120 ³Belgium ³
ÃÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ´
³ CF ³ 058 ³Canadian-French ³
ÃÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ´
³ CS ³ 243 ³Czech Republic ³
ÃÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ´
³ CS ³ 245 ³Czech Republic ³
ÃÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ´
³ DK ³ 159 ³Denmark ³
ÃÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ´
³ SU ³ 153 ³Finland ³
ÃÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ´
³ FR ³ 120 ³France ³
ÃÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ´
³ FR ³ 189 ³France ³
ÃÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ´
³ GR ³ 129 ³Germany ³
ÃÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ´
³ HE ³ 972 ³Hebrew-speaking ³
ÃÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ´
³ HU ³ 208 ³Hungary ³
ÃÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ´
³ IS ³ 197 ³Iceland ³
ÃÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ´
³ IT ³ 141 ³Italy ³
ÃÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ´
³ IT ³ 142 ³Italy ³
ÃÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ´
³ LA ³ 171 ³Latin-American ³
³ ³ ³Spanish ³
ÃÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ´
³ NL ³ 143 ³Netherlands ³
ÃÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ´
³ NO ³ 155 ³Norway ³
ÃÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ´
³ PL ³ 214 ³Poland ³
ÃÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ´
³ PO ³ 163 ³Portugal ³
ÃÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ´
³ SP ³ 172 ³Spain ³
ÃÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ´
³ SV ³ 153 ³Sweden ³
ÃÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ´
³ SF ³ 150F ³Swiss-French ³
ÃÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ´
³ SG ³ 150G ³Swiss-German ³
ÃÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ´
³ TR ³ 179 ³Turkey ³
ÃÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ´
³ UK ³ 166 ³United Kingdom ³
ÃÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ´
³ UK ³ 168 ³United Kingdom ³
ÃÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ´
³ US ³ 103 ³United States ³
ÃÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÅÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ´
³ YU ³ 234 ³Former Yugoslavia ³
ÀÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÁÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÁÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÙ
* Note 14
Keytype 15. When the Alt or Alt+Shift keys are pressed, both XlatedChar
and XlatedScan in the CharData record will have the same value.
* Note 15
If the Charx value is in the range of 1-7, then Charx identifies an accent
key. Otherwise, Charx is treated as a valid ASCII character. This does not
apply to Ctrl+Charx sequences.
Note 16
If Alt+Gr, Alt+Shift, or Alt+Ctrl are pressed, and Char3 is 0, the Alt key is
used to translate to a valid result.
Note 17
The * key on the keypad of the Enhanced keyboard, although producing the
same scan code/character as that of the IBM Personal Computer AT*
keyboard, is treated differently because a dedicated Print Screen key exists
on the Enhanced keyboard. The following scan codes/characters are
returned by the physical keyboard device driver for the Enhanced keyboard
* key on the keypad:
Unshifted 37H/2AH
Shifted 37H/2AH
Ctrl 96H/00
Alt 37H/00
* Note 18
Size. The code page described here has the following dimensions:
Xlate Header = 40
127 KeyDefs @ 7 bytes = 889
7 AccentEntries @ 46 bytes = 322
----
1251 bytes
If more than 6 AccentEntries are needed, then the following format is used:
In the first 6 AccentEntries, the length is set at 20, with unused elements
set to zero. For each AccentEntry of 7 and greater, up to 120 element pairs
may exist, and the length is dynamic.
For each AccentEntry of 7 and greater, the first byte in the record will
contain the LENGTH of the AccentEntry record. The LENGTH value is defined
as the total length in bytes of the AccentEntry record including the LENGTH
byte.
The record is defined as follows:
AccEnt <l,a,b,c,d,e,f,c1,s1,c2,s2..c120,s120>
where....
l is the total length in bytes of the AccEnt including itself.
a &b are the scan code &char to use when the key following this accent
is not affected by the accent so the accent itself must be used.
c &d are the scan code &char to use when Ctl+[accent] is pressed.
e &f do the same for Alt+[accent].
c1,s1 - c120,s120 are the char/scan code mapping for accented translation.
Adding more than 7 accents will make the standard 1251-byte table an
extended variable size.
}
{Register a keyboard subsystem within a session.}
{ModuleName - dynamic link module name, maximum length is 8 bytes, ProcName is
a dynamic link entry point name of a routine that receives control when any of
the registered functions are called. Maximum length is 32 bytes, FnMask - see
KR_* constants}
{Possible return codes:
0 No_Error
408 Error_Kbd_Invalid_ASCIIZ
409 Error_Kbd_Invalid_Mask
410 Error_Kbd_Register
464 Error_Kbd_Detached
504 Error_Kbd_Extended_SG}
{Remarks:
* There can be only one KbdRegister call outstanding for each session without
an intervening KbdDeRegister. KbdDeRegister must be issued by the same
process that issued the KbdRegister.}
function KbdRegister(ModuleName,ProcName:PAnsiChar;FnMask:cardinal):word; cdecl;
function KbdRegister(ModuleName,ProcName:string;FnMask:cardinal):word;
{Deregister a keyboard subsystem previously registered within a session - only
the process that issued the KbdRegister may issue KbdDeRegister.}
{Possible return codes:
0 No_Error
411 Error_Kbd_Deregister
464 Error_Kbd_Detached
504 Error_Kbd_Extended_SG}
function KbdDeRegister:word; cdecl;
{Return a character data record from the keyboard.}
{Key - see TKbdKeyInfo record type, WaitFlag - see IO_Wait and IO_NoWait
constants, KbdHandle is the default keyboard (0) or a logical keyboard.}
{Possible return codes are:
0 No_Error
375 Error_Kbd_Invalid_IOWait
439 Error_Kbd_Invalid_Handle
445 Error_Kbd_Focus_Required
447 Error_Kbd_Keyboard_Busy
464 Error_Kbd_Detached
504 Error_Kbd_Extended_SG}
{Remarks:
* On an enhanced keyboard, the secondary enter key returns the normal
character 0Dh and a scan code of E0h.
* Double-byte character codes (DBCS) require two function calls to obtain the
entire code.
* If shift report is set with KbdSetStatus, the CharData record returned
reflects changed shift information only.
* Extended ASCII codes are identified with the status byte, bit 1 on and the
ASCII character code being either 00h or E0h. Both conditions must be
satisfied for the character to be an extended keystroke. For extended
ASCII codes, the scan code byte returned is the second code (extended
code). Usually the extended ASCII code is the scan code of the primary key
that was pressed.
* A thread in the foreground session that repeatedly polls the keyboard with
KbdCharIn (with no wait), can prevent all regular priority class threads
from executing. If polling must be used and a minimal amount of other
processing is being performed, the thread should periodically yield to the
CPU by issuing a DosSleep call for an interval of at least 5 milliseconds.}
function KbdCharIn(var Key:TKbdKeyInfo;WaitFlag,KbdHandle:word):word; cdecl;
{Return any available character data record from the keyboard
without removing it from the buffer.}
{Key - see TKbdKeyInfo record type, KbdHandle is the default keyboard (0)
or a logical keyboard.}
{Possible return codes are:
0 No_Error
439 Error_Kbd_Invalid_Handle
445 Error_Kbd_Focus_Required
447 Error_Kbd_Keyboard_Busy
464 Error_Kbd_Detached
504 Error_Kbd_Extended_SG}
{Remarks:
* On an enhanced keyboard, the secondary enter key returns the normal
character 0Dh and a scan code of E0h.
* Double-byte character codes (DBCS) require two function calls to obtain the
entire code.
* If shift report is set with KbdSetStatus the CharData record returned,
reflects changed shift information only.
* Extended ASCII codes are identified with the status byte, bit 1 on and the
ASCII character code being either 00h or E0h. Both conditions must be
satisfied for the character to be an extended keystroke. For extended
ASCII codes, the scan code byte returned is the second code (extended
code). Usually the extended ASCII code is the scan code of the primary key
that was pressed.
* A thread in the foreground session that repeatedly polls the keyboard with
KbdCharIn (with no wait), can prevent all regular priority class threads
from executing. If polling must be used and a minimal amount of other
processing is being performed, the thread should periodically yield the CPU
by issuing a DosSleep call for an interval of at least 5 milliseconds.}
function KbdPeek(var Key:TKbdKeyInfo;KbdHandle:word):word; cdecl;
{Read a character string (character codes only) from the keyboard.}
{CharBuf is a buffer for returned characters, LenInOut - see TStringInBuf
record type, WaitFlag - see IO_Wait and IO_NoWait constants, KbdHandle is the
default keyboard (0) or a logical keyboard.}
{Possible return codes are:
0 No_Error
375 Error_Kbd_Invalid_IOWait
439 Error_Kbd_Invalid_Handle
445 Error_Kbd_Focus_Required
464 Error_Kbd_Detached
504 Error_Kbd_Extended_SG}
{Remarks:
* The character strings may be optionally echoed on the display if echo mode
is set. When echo is on each character is echoed as it is read from the
keyboard. Echo mode and binary mode are mutually exclusive. Reference
KbdSetStatus and KbdGetStatus for more information.
* The default input mode is ASCII. In ASCII mode, 2-byte character codes only
return in complete form. An extended ASCII code is returned in a 2-byte
string. The first byte is 0Dh or E0h and the next byte is an extended code.
* In input mode (binary, ASCII), the following returns can be set and
retrieved with KbdSetStatus and KbdGetStatus:
Turnaround Character
Echo Mode
Interim Character Flag
Shift State
* The received input length is also used by the KbdStringIn line edit
functions for re-displaying and entering a caller specified string. On the
next KbdStringIn call the received input length indicates the length of the
input buffer that may be recalled by the user using the line editing keys.
A value of 0 inhibits the line editing function for the current KbdStringIn
request.
* KbdStringIn completes when the handle has access to the physical keyboard
(focus), or is equal to zero and no other handle has the focus.}
function KbdStringIn(var CharBuf;var LenInOut:TStringInBuf;WaitFlag:word;
KbdHandle:word):word; cdecl;
function KbdStringIn(CharBuf:PAnsiChar;LenInOutP:PStringInBuf;WaitFlag:word;
KbdHandle:word):word; cdecl;
{Clear the keystroke buffer.}
{KbdHandle is the default keyboard (0) or a logical keyboard.}
{Possible return codes are:
0 No_Error
439 Error_Kbd_Invalid_Handle
445 Error_Kbd_Focus_Required
447 Error_Kbd_Keyboard_Busy
464 Error_Kbd_Detached
504 Error_Kbd_Extended_SG}
{Remarks:
* KbdFlushBuffer completes when the handle has access to the physical
keyboard (focus), or is equal to zero and no other handle has the focus.}
function KbdFlushBuffer(KbdHandle:word):word; cdecl;
{Set the characteristics of the keyboard.}
{Status - see TKbdInfo record type, KbdHandle is the default keyboard (0) or
a logical keyboard.}
{Possible return codes are:
0 No_Error
376 Error_Kbd_Invalid_length
377 Error_Kbd_Invalid_Echo_Mask
378 Error_Kbd_Invalid_Input_Mask
439 Error_Kbd_Invalid_Handle
445 Error_Kbd_Focus_Required
447 Error_Kbd_Keyboard_Busy
464 Error_Kbd_Detached
504 Error_Kbd_Extended_SG}
{Remarks:
* Shift return (bit 8 in sysstate) must be disabled in ASCII mode.
* KbdSetStatus is ignored for a Vio-windowed application.}
function KbdSetStatus(var Status:TKbdInfo;KbdHandle:word):word; cdecl;
{Get the current state of the keyboard.}
{Status - see TKbdInfo record type, KbdHandle is the default keyboard (0) or
a logical keyboard.}
{Possible return codes:
0 No_Error
376 Error_Kbd_Invalid_Length
439 Error_Kbd_Invalid_Handle
445 Error_Kbd_Focus_Required
447 Error_Kbd_Keyboard_Busy
464 Error_Kbd_Detached
504 Error_Kbd_Extended_SG}
{Remarks:
* The initial state of the keyboard is established by the system at
application load time. Some default states may be modified by the
application through KbdSetStatus. KbdGetStatus returns only those keyboard
parameters initially set by KbdSetStatus. The returned parameters are:
Input Mode, Interim Character Flags, Shift State, Echo State, TurnAround
Character
* KbdGetStatus completes only when the handle has access to the physical
keyboard (focus) or the handle is 0 and no other handle has the focus.}
function KbdGetStatus(var Status:TKbdInfo;KbdHandle:word):word; cdecl;
{Set the code page used to translate key strokes received from the keyboard for
current process.}
{Reserved - reserved, must be set to 0, CodePage - code-page ID in the
application's data area, must be equivalent to one of the code-page IDs
specified on the CONFIG.SYS CODEPAGE= statement or 0, an error results
otherwise, KbdHandle is the default keyboard (0) or a logical keyboard.}
{Possible return codes:
0 No_Error
439 Error_Kbd_Invalid_Handle
445 Error_Kbd_Focus_Required
447 Error_Kbd_Keyboard_Busy
448 Error_Kbd_Invalid_CodePage
464 Error_Kbd_Detached
504 Error_Kbd_Extended_SG}
{Remarks:
* Keyboard code page support is not available without the DEVINFO=KBD
statement in the CONFIG.SYS file.}
function KbdSetCp(Reserved,CodePage,KbdHandle:word):word; cdecl;
{Query the code page being used to translate scan codes to ASCII characters.}
{Reserved must be set to 0. The keyboard support returns the current code
page for a specified keyboard handle in CodePage, it is one of the code page
IDs specified in the CONFIG.SYS CODEPAGE= statement or 0000. KbdHandle is
the default keyboard (0) or a logical keyboard.}
{Possible return codes:
0 No_Error
373 Error_Kbd_Parameter
439 Error_Kbd_Invalid_Handle
445 Error_Kbd_Focus_Required
447 Error_Kbd_Keyboard_Busy
464 Error_Kbd_Detached
504 Error_Kbd_Extended_SG}
{Remarks:
* CodePage is set to the currently active keyboard code page. A value of 0
indicates the code page translation table in use is the ROM code page
translation table provided by the hardware.}
function KbdGetCp(Reserved:cardinal;var CodePage:word;KbdHandle:word):word;
cdecl;
{Create a new logical keyboard.}
{Handle for the new logical keyboard returned in KbdHandle.}
{Possible return codes:
0 No_Error
440 Error_Kbd_No_More_Handle
441 Error_Kbd_Cannot_Create_KCB
464 Error_Kbd_Detached
504 Error_Kbd_Extended_SG}
{Remarks:
* KbdOpen blocks while another thread has the keyboard focus (by way of
KbdGetFocus) until the thread with the focus issues KbdFreeFocus.
Therefore, to prevent KbdOpen from blocking, it is recommended that KbdOpen
be issued only while the current thread has the focus. For example:
KbdGetFocus wait until focus available on handle 0
KbdOpen get a logical keyboard handle
KbdFreeFocus give up the focus on handle 0}
function KbdOpen(var KbdHandle:word):word; cdecl;
{Close the existing logical keyboard identified by the keyboard handle}
{KbdHandle is the default keyboard (0) or a logical keyboard}
{Possible return codes:
0 No_Error
439 Error_Kbd_Invalid_Handle
464 Error_Kbd_Detached
504 Error_Kbd_Extended_SG}
{Remarks:
* KbdClose blocks while another thread has the keyboard focus (by way of
KbdGetFocus) until the thread with the focus issues KbdFreeFocus.
Therefore, to prevent KbdClose from blocking, it is recommended that
KbdClose be issued only while the current thread has the focus. For
example:
KbdGetFocus wait until focus available on handle 0
KbdClose close a logical keyboard handle
KbdFreeFocus give up the focus on handle 0}
function KbdClose(KbdHandle:word):word; cdecl;
{Bind the logical keyboard to the physical keyboard.}
{KbdHandle is the default keyboard (0) or a logical keyboard}
{Possible return codes:
0 No_Error
439 Error_Kbd_Invalid_Handle
445 Error_Kbd_Focus_Required
464 Error_Kbd_Detached
504 Error_Kbd_Extended_SG}
function KbdGetFocus(WaitFlag,KbdHandle:word):word; cdecl;
{Free the logical-to-physical keyboard bond created by KbdGetFocus.}
{KbdHandle is the default keyboard (0) or a logical keyboard}
{Possible return codes:
0 No_Error
439 Error_Kbd_Invalid_Handle
445 Error_Kbd_Focus_Required
464 Error_Kbd_Detached
504 Error_Kbd_Extended_SG}
{Remarks:
* KbdFreeFocus may be replaced by issuing KbdRegister. Unlike other keyboard
subsystem functions, the replaced KbdFreeFocus is called only if there is
an outstanding focus.}
function KbdFreeFocus(KbdHandle:word):word; cdecl;
{Synchronize access from a keyboard subsystem to the keyboard device driver.}
{WaitFlag - see IO_Wait and IO_NoWait constants (wait / don't wait for access
to the device driver.}
{Possible return codes:
0 No_Error
121 Error_Sem_TimeOut}
{Remarks:
* KbdSynch blocks all other threads within a session until return from the
subsystem to the router. To ensure proper synchronization, KbdSynch should
be issued by a keyboard subsystem if it intends to issue a DosDevIOCtl or
access dynamically shared data. KbdSynch does not protect globally shared
data from threads in other sessions.}
function KbdSynch (WaitFlag:word):word; cdecl;
{Raise the priority of the foreground keyboard's thread.}
{Possible return codes:
0 No_Error
447 Error_Kbd_Keyboard_Busy
504 Error_Kbd_Extended_SG}
{Remarks:
* KbdSetFgnd marks the current process that owns the keyboard. Threads in
this process receive a priority boost. The previous foreground keyboard
threads lose their priority boost.
* This function should only be issued by a Keyboard Subsystem during
KbdCharIn or KbdStringIn processing.}
function KbdSetFgnd:word; cdecl;
{Return the attached keyboard's hardware-generated identification value.}
{HWID is a pointer to the caller's data area, see TKbdHWID, KbdHandle is the
default keyboard (0) or a logical keyboard.}
{Possible return codes:
0 No_Error
373 Error_Kbd_Parameter
447 Error_Kbd_Keyboard_Busy
464 Error_Kbd_Detached
504 Error_Kbd_Extended_SG}
{Remarks:
* In past OS/2 releases, all keyboards could be supported by knowing the
hardware family information available with keyboard IOCTL 77h. However,
with the addition of the 122-key keyboard, recognition was not containable
by hardware family information alone. The 122-key keyboard has a number of
differences from other keyboards. Therefore, applications performing
keystroke specific functions may need to determine specifically which
keyboard is attached.
* This function is of particular usefulness for applications providing Custom
Translate Tables and mapping keyboard layouts.}
function KbdGetHWID(var HWID:TKbdHWID;KbdHandle:word):word; cdecl;
{Undocumented in official IBM documentation}
function KbdSetHWID(var HWID:TKbdHWID;KbdHandle:word):word; cdecl;
function KbdSetHWID(HWIDP:PKbdHWID;KbdHandle:word):word; cdecl;
{Translate scan codes with shift states into ASCII codes.}
{TransData - see TKbdTransData, KbdHandle is the default keyboard (0) or a
logical keyboard.}
{Possible return codes:
0 No_Error
439 Error_Kbd_Invalid_Handle
445 Error_Kbd_Focus_Required
447 Error_Kbd_Keyboard_Busy
464 Error_Kbd_Detached
504 Error_Kbd_Extended_SG}
{Remarks:
* It may take several calls to complete a translation because of accent key
combinations, or other complex operations.
* The fsShift and sZero are for use by the keyboard translation routines.
These fields are reserved and must only be accessed by the caller prior
to starting a translation sequence and then they must be set to zero.
The KbdXlate function is intended to be used for translating a particular
scan code for a given shift state. The KbdXlate function is not intended
to be a replacement for the OS/2 system keystroke translation function.}
function KbdXlate(var TransData:TKbdTrans;KbdHandle:word):word; cdecl;
{Install, on the specified handle, the translate table which this call points
to. This translate table affects only this handle.}
{XLateTbl is the translation table used to translate scan code to ASCII code
for a specified handle (the format of the translation table is documented in
the Set Code Page IOCTL 50h), KbdHandle is the default keyboard (0) or a
logical keyboard.}
{Possible return codes:
0 No_Error
377 Error_Kbd_Invalid_Echo_Mask
378 Error_Kbd_Invalid_Input_Mask
439 Error_Kbd_Invalid_Handle
445 Error_Kbd_Focus_Required
447 Error_Kbd_Keyboard_Busy
464 Error_Kbd_Detached
504 Error_Kbd_Extended_SG}
{Remarks:
* The translate table must be maintained in the caller's memory. No copy of
the translate table is made by KbdSetCustXt.
* KbdSetCp reverses the action of KbdSetCustXt and sets the handle equal to
one of the system translate tables. If memory is dynamically allocated by
the caller for the translate table and is freed before the KbdSetCp is
performed, KbdSetCp and future translations may fail.}
function KbdSetCustXt(var XLateTbl:TXLateTbl;KbdHandle:word):word; cdecl;
function KbdSetCustXt(var CodePage:word;KbdHandle:word):word; cdecl;
function KbdSetCustXt(var XLateTblP:pointer;KbdHandle:word):word; cdecl;
(* Following routines are not supported
(just have a look in some C header
file - you probably won't find it there either).
KbdInit (index 2)
KbdLoadInstance (index 6)
KbdSwitchFgnd (index 15)
KbdShellInit (index 16)
KbdFree (index 19)
*)
{***************************************************************************}
implementation
{***************************************************************************}
function KbdRegister(ModuleName,ProcName:PAnsiChar;FnMask:cardinal):word; cdecl;
external 'EMXWRAP' index 208;
{external 'KBDCALLS' index 8;}
function KbdRegister(ModuleName,ProcName:string;FnMask:cardinal):word;
begin
if byte(ModuleName[0])>8 then byte(ModuleName[0]):=8;
ModuleName[Succ(byte(ModuleName[0]))]:=#0;
if byte(ProcName[0])>32 then byte(ProcName[0]):=32;
ProcName[Succ(byte(ProcName[0]))]:=#0;
KbdRegister:=KbdRegister(@ModuleName[1],@ProcName[1],FnMask);
end;
function KbdDeRegister:word; cdecl;
external 'EMXWRAP' index 220;
{external 'KBDCALLS' index 20;}
function KbdCharIn(var Key:TKbdKeyInfo;WaitFlag,KbdHandle:word):word; cdecl;
external 'EMXWRAP' index 204;
{external 'KBDCALLS' index 4;}
function KbdPeek(var Key:TKbdKeyInfo;KbdHandle:word):word; cdecl;
external 'EMXWRAP' index 222;
{external 'KBDCALLS' index 22;}
function KbdStringIn(var CharBuf;var LenInOut:TStringInBuf;WaitFlag:word;
KbdHandle:word):word; cdecl;
external 'EMXWRAP' index 209;
{external 'KBDCALLS' index 9;}
function KbdStringIn(CharBuf:PAnsiChar;LenInOutP:PStringInBuf;WaitFlag:word;
KbdHandle:word):word; cdecl;
external 'EMXWRAP' index 209;
{external 'KBDCALLS' index 9;}
function KbdFlushBuffer(KbdHandle:word):word; cdecl;
external 'EMXWRAP' index 213;
{external 'KBDCALLS' index 13;}
function KbdSetStatus(var Status:TKbdInfo;KbdHandle:word):word; cdecl;
external 'EMXWRAP' index 211;
{external 'KBDCALLS' index 11;}
function KbdGetStatus(var Status:TKbdInfo;KbdHandle:word):word; cdecl;
external 'EMXWRAP' index 210;
{external 'KBDCALLS' index 10;}
function KbdSetCp(Reserved,CodePage,KbdHandle:word):word; cdecl;
external 'EMXWRAP' index 205;
{external 'KBDCALLS' index 5;}
function KbdGetCp(Reserved:cardinal;var CodePage:word;KbdHandle:word):word;
cdecl;
external 'EMXWRAP' index 203;
{external 'KBDCALLS' index 3;}
function KbdOpen(var KbdHandle:word):word; cdecl;
external 'EMXWRAP' index 223;
{external 'KBDCALLS' index 23;}
function KbdClose(KbdHandle:word):word; cdecl;
external 'EMXWRAP' index 217;
{external 'KBDCALLS' index 17;}
function KbdGetFocus(WaitFlag,KbdHandle:word):word; cdecl;
external 'EMXWRAP' index 212;
{external 'KBDCALLS' index 12;}
function KbdFreeFocus(KbdHandle:word):word; cdecl;
external 'EMXWRAP' index 218;
{external 'KBDCALLS' index 18;}
function KbdSynch (WaitFlag:word):word; cdecl;
external 'EMXWRAP' index 207;
{external 'KBDCALLS' index 7;}
function KbdSetFgnd:word; cdecl;
external 'EMXWRAP' index 221;
{external 'KBDCALLS' index 21;}
function KbdGetHWID(var HWID:TKbdHWID;KbdHandle:word):word; cdecl;
external 'EMXWRAP' index 224;
{external 'KBDCALLS' index 24;}
function KbdSetHWID(var HWID:TKbdHWID;KbdHandle:word):word; cdecl;
external 'EMXWRAP' index 225;
{external 'KBDCALLS' index 25;}
function KbdSetHWID(HWIDP:PKbdHWID;KbdHandle:word):word; cdecl;
external 'EMXWRAP' index 225;
{external 'KBDCALLS' index 25;}
function KbdXlate(var TransData:TKbdTrans;KbdHandle:word):word; cdecl;
external 'EMXWRAP' index 214;
{external 'KBDCALLS' index 14;}
function KbdSetCustXt(var XLateTbl:TXLateTbl;KbdHandle:word):word; cdecl;
external 'EMXWRAP' index 201;
{external 'KBDCALLS' index 1;}
function KbdSetCustXt(var CodePage:word;KbdHandle:word):word; cdecl;
external 'EMXWRAP' index 201;
{external 'KBDCALLS' index 1;}
function KbdSetCustXt(var XLateTblP:pointer;KbdHandle:word):word; cdecl;
external 'EMXWRAP' index 201;
{external 'KBDCALLS' index 1;}
end.
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