En Delphi, la clave=#13 representa la entrada.

¿Qué otra cosa?

{$EXTERNALSYM VK_HOME}

VK_HOM

E = 36;

{ $ sim externo VK _left}

VK _left = 37;

{$EXTERNALSYM VK_UP}

VK _ ARRIBA = 38;

{ $ sim externo VK _ RIGHT}

VK _ RIGHT = 39

{ $ sim externo VK _TANG}

VK_TANG=40;

{ $ sym externo VK_SELECT}

VK_SELECT= 41;

{$ EXTERNALSYM VK_PRINT}

VK_PRINT=42;

{ $ sym externo VK_PRINT}

VK_EXECUTE=43;

{$sym externo VK_snapshot}

VK_snapshot =44;

{$sym externo VK_insert}

VK_insert=45;

{$sym externo VK_DELETE}

VK_DELETE = 46 ;

{$EXTERNALSYM VK_HELP}

VK_HELP = 47;

{ VK_0 a VK_9 son lo mismo que ASCII '0' a '9' ($30- $39)}

{ VK_A a VK_Z son lo mismo que ASCII 'A' Igual que 'Z' ($41-$5A)}

{$EXTERNALSYM VK_LWIN}

VK_LWIN = 91;

{$EXTERNALSYM VK_RWIN}

VK_RWIN = 92;

{$EXTERNALSYM VK Aplicaciones}

VK_APPS = 93;

{$EXTERNALSYM VK_NUMPAD0}

VK_numpad 0 = 96;

{$EXTERNALSYM VK_NUMPAD1}

VK_numpa 1 = 97;

{ $EXTERNALSYM VK_NUMPAD2}

VK_numpad 2 = 98;

{$EXTERNALSYM VK_NUMPAD3}

VK_numpad 3 = 99;

{$EXTERNALSYM VK_NUMPAD4}

VK_teclado numérico 4 = 100

{$EXTERNALSYM VK_NUMPAD5}

VK_teclado numérico 5 = 101;

{$EXTERNALSYM VK_NUMPAD6}

VK _ teclado numérico 6 = 102

{ $ sim externo VK _numpad 7}

VK _ teclado numérico 7 = 103;

{ $ sim externo VK _numpad 8}

VK _ teclado numérico 8 = 104;

{ $ sim externo VK _número teclado numérico 9}

VK _ teclado numérico 9 = 105

{$EXTERNALSYM VK_MULTIPLY}

VK _multiplicación = 106; $EXTERNALSYM VK_ADD}

VK _ ADD = 107;

{ $ sim externo V

K_separator}

VK_separator=108;

{$EXTERNALSYM VK_SUBTRACT}

VK_subtraction=109;

{$sym externo VK_decimal}

VK_decimal = 110;

{$EXTERNALSYM VK_DIVIDE}

VK_DIVIDE = 111;

{$EXTERNALSYM VK_F1}

VK _ f 1 = 112;

{$EXTERNALSYM VK_F2}

VK _ F2 = 113;

p>

{$EXTERNALSYM VK_F3 }

VK_F3 = 114;

{$EXTERNALSYM VK_F4}

VK_F4 = 115;

p>

{$EXTERNALSYM VK_F5}

VK_F5 = 116;

{$EXTERNALSYM VK_F6}

VK_F6 = 117;

p>

{$ EXTERNALSYM VK_F7}

VK_F7 = 118;

{$EXTERNALSYM VK_F8}

VK_F8 = 119;

p>

{ $EXTERNALSYM VK_F9}

VK_F9 = 120;

{$EXTERNALSYM VK_F10}

VK_f 10 = 121;

{ $ sim externo VK _ f 11 }

VK _ f 11 = 122;

{$EXTERNALSYM VK_F12}

VK _ f 12 = 123;

{$EXTERNALSYM VK_F13}

VK_f 13 = 124;

{$EXTERNALSYM VK_F14}

VK_f 14 = 125;

{$EXTERNALSYM VK_F15}

VK_f 15 = 126;

{$EXTERNALSYM VK_F16}

VK_f 16 = 127;

{$EXTERNALSYM VK_F17}

VK_f 17 = 128;

{$EXTERNALSYM VK_F18}

VK_f 18 = 129;

{$ EXTERNALSYM VK_F19}

VK_f 19 = 130;

{$EXTERNALSYM VK_F20}

VK _ F20 = 131

{$EXTERNALSYM VK_F21}

VK_f 21 = 132

{$EXTERNALSYM VK_F22}

VK_F22 = 133;

{$EXTERNALSYM VK_F23 }

VK_F23 = 134;

{$EXTERNALSYM VK_F24}

VK_F24 = 135;

{$EXTERNALSYM VK_NUMLOCK}

VK_NUMLOCK = 144;

{$EXTERNALSYM VK_SCROLL}

VK_scroll=145;

VK L & VK_R: teclas virtuales Alt, Ctrl y Shift izquierda y derecha.

Sólo se utiliza como parámetro de GetAsyncKeyState() y GetKeyState().

Ninguna otra API o mensaje diferencia entre las teclas izquierda y derecha de esta manera. }

{$EXTERNALSYM VK_LSHIFT}

VK _ l cambio = 160

{$EXTERNALSYM VK_RSHIFT}

VK _ RSHIFT = 161;

{$sym externo VK_control}

VK_lcontrol=162;

{$sym externo VK_rcontrol}

VK_rcontrol=163;

{$sym externo VK_menu}

VK_LMENU=164;

{$EXTERNALSYM VK_RMENU }

VK_RMENU = 165;

{$EXTERNALSYM VK_PROCESSKEY}

VK_PROCESSKEY = 229;

{$EXTERNALSYM VK_ATTN}

VK_ATTN = 246;

{$EXTERNALSYM VK_CRSEL}

VK_CRSEL = 247;

{$EXTERNALSYM VK_EXSEL}

VK_EXSEL=248;

{$EXTERNALSYM VK_EREOF }

VK_EREOF = 249;

{$EXTERNALSYM VK_PLAY}

VK_PLAY = 250;

{ $ sim externo VK_scale}

VK_scale= 251;

{ $ sim externo VK _noname}

VK _noname = 252;

{$EXTERNALSYM VK_PA1}

VK_pa 1 = 253;

{$EXTERNALSYM VK_OEM_CLEAR}

VK_OEM_CLEAR = 254;