Bool WSetEditWindowID( HWND dlg, uint_16 id, Bool is_pop_sep, char *symbol )
{
Bool ok;
ok = (dlg != (HWND)NULL);
if( ok ) {
if( is_pop_sep ) {
ok = WSetEditWithStr( GetDlgItem( dlg, IDM_MENUEDID ), "" );
} else {
if( symbol != NULL ) {
ok = WSetEditWithStr( GetDlgItem( dlg, IDM_MENUEDID ), symbol );
} else {
ok = WSetEditWithSINT32( GetDlgItem( dlg, IDM_MENUEDID ), (int_32)id, 10 );
}
}
}
if( ok ) {
if( is_pop_sep ) {
ok = WSetEditWithStr( GetDlgItem( dlg, IDM_MENUEDNUM ), "" );
} else {
ok = WSetEditWithSINT32( GetDlgItem( dlg, IDM_MENUEDNUM ), (int_32)id, 10 );
}
}
return( ok );
}
Bool WSetEditWindowText( HWND dlg, MenuFlags flags, char *text )
{
Bool ok;
char *t;
char *n;
ok = (dlg != (HWND)NULL);
if( ok ) {
if( flags & MENU_SEPARATOR ) {
t = "";
} else {
t = text;
if( t == NULL ) {
t = "";
}
}
}
if( ok ) {
n = WConvertStringFrom( t, "\t\x8", "ta" );
if( n != NULL ) {
ok = WSetEditWithStr( GetDlgItem( dlg, IDM_MENUEDTEXT ), n );
WMemFree( n );
} else {
ok = WSetEditWithStr( GetDlgItem( dlg, IDM_MENUEDTEXT ), t );
}
}
return( ok );
}
void WResetEditWindow( WAccelEditInfo *einfo )
{
if( einfo != NULL ) {
WSetEditWithStr( GetDlgItem( einfo->edit_dlg, IDM_ACCEDKEY ), "" );
WSetEditWithStr( GetDlgItem( einfo->edit_dlg, IDM_ACCEDCMDID ), "" );
WSetEditWithStr( GetDlgItem( einfo->edit_dlg, IDM_ACCEDCMDNUM ), "" );
CheckDlgButton( einfo->edit_dlg, IDM_ACCEDVIRT, BST_UNCHECKED );
CheckDlgButton( einfo->edit_dlg, IDM_ACCEDASCII, BST_CHECKED );
CheckDlgButton( einfo->edit_dlg, IDM_ACCEDCNTL, BST_UNCHECKED );
CheckDlgButton( einfo->edit_dlg, IDM_ACCEDSHFT, BST_UNCHECKED );
CheckDlgButton( einfo->edit_dlg, IDM_ACCEDALT, BST_UNCHECKED );
CheckDlgButton( einfo->edit_dlg, IDM_ACCEDFLASH, BST_UNCHECKED );
}
}
bool WSetEditWithSINT32( HWND edit, int_32 val, int base )
{
char temp[35];
ltoa( val, temp, base );
if( base == 16 ) {
memmove( temp + 2, temp, 33 );
temp[0] = '0';
temp[1] = 'x';
} else if( base == 8 ) {
memmove( temp + 1, temp, 34 );
temp[0] = '0';
}
return( WSetEditWithStr( edit, temp ) );
}
bool WSetEditWindowID( HWND dlg, char *symbol, uint_16 id )
{
bool ok;
ok = (dlg != (HWND)NULL);
if( ok ) {
if( symbol != NULL ) {
ok = WSetEditWithStr( GetDlgItem( dlg, IDM_ACCEDCMDID ), symbol );
} else {
ok = WSetEditWithSINT32( GetDlgItem( dlg, IDM_ACCEDCMDID ), (int_32)id, 10 );
}
}
if( ok ) {
ok = WSetEditWithSINT32( GetDlgItem( dlg, IDM_ACCEDCMDNUM ), (int_32)id, 10 );
}
return( ok );
}
static bool WSetEditWindowKey( HWND dlg, uint_16 key, uint_16 flags )
{
char *text;
HWND edit;
bool ok;
ok = (dlg != (HWND)NULL);
if( ok ) {
text = WGetKeyText( key, flags );
ok = (text != NULL);
}
if( ok ) {
edit = GetDlgItem( dlg, IDM_ACCEDKEY );
ok = WSetEditWithStr( edit, text );
}
return( ok );
}
static void handleSymbols( WMenuEditInfo *einfo )
{
char *text;
if( !WEditSymbols( einfo->win, &einfo->info->symbol_table,
WGetEditInstance(), WMenuHelpRoutine ) ) {
return;
}
WResolveMenuSymIDs( einfo );
text = WGetStrFromEdit( GetDlgItem( einfo->edit_dlg, IDM_MENUEDID ), NULL );
WRAddSymbolsToComboBox( einfo->info->symbol_table, einfo->edit_dlg,
IDM_MENUEDID, WR_HASHENTRY_ALL );
if( text != NULL ) {
WSetEditWithStr( GetDlgItem( einfo->edit_dlg, IDM_MENUEDID ), text );
WMemFree( text );
}
WHandleSelChange( einfo );
}
bool WSetEditWithWResID( HWND edit, WResID *id )
{
char *cp;
bool ok;
cp = NULL;
ok = (edit != (HWND)NULL && id != NULL);
if( ok ) {
ok = ((cp = WResIDToStr( id )) != NULL);
}
if( ok ) {
ok = WSetEditWithStr( edit, cp );
}
if( cp != NULL ) {
WRMemFree( cp );
}
return( ok );
}
void WSetKey( WAccelEditInfo *einfo, BYTE scan_code )
{
bool cntl;
bool shift;
bool alt;
char *str;
char scan_key;
uint_16 key;
uint_16 skey;
bool is_virt;
BYTE kbstate[256];
int ta_ret;
#ifdef __NT__
WORD ta_key;
#else
DWORD ta_key;
#endif
if( einfo == NULL ) {
return;
}
is_virt = TRUE;
key = einfo->key_info.key;
skey = WMapShiftedKeyToKey( key );
GetKeyboardState( kbstate );
cntl = (kbstate[VK_CONTROL] & 0x0080) != 0;
shift = (kbstate[VK_SHIFT] & 0x0080) != 0;
alt = (kbstate[VK_MENU] & 0x0080) != 0;
str = WGetVKeyFromID( key );
if( str == NULL ) {
// I am assumming that they key must be alphanumeric
// as WGetVKeyFromID( key ) would filter out all others
if( isalpha( key ) ) {
if( alt ) {
str = WGetASCIIVKText( key );
} else {
if( cntl ) {
key = toupper( key ) - '@';
} else {
if( !shift ) {
key = tolower( key );
}
}
str = WGetASCIIKeyText( key );
is_virt = FALSE;
}
} else if( isdigit( key ) ) {
if( alt || cntl ) {
str = WGetASCIIVKText( key );
} else {
if( shift ) {
key = WMapKeyToShiftedKey( key );
}
str = WGetASCIIKeyText( key );
is_virt = FALSE;
}
} else if( isdigit( skey ) ) {
str = WGetASCIIVKText( skey );
// The remaining keys are the ones where we did not get a
// virtual key we could translate, an alpha-numeric key,
// a shifted 0-9 ( ie !@#$%^&*() ).
// The ToAscii function handles everything except the following
// keys where cntl is pressed. These keys are `-=[]\;',./
// So, I throw up my hands in defeat and add a special case
} else if( cntl && (scan_key = WMapScanCodeToKey( scan_code )) != 0 ) {
str = WGetASCIIKeyText( scan_key );
} else {
ta_ret = ToAscii( key, scan_code, kbstate, &ta_key, 0 );
if( ta_ret ) {
if( shift ) {
ta_key = WMapShiftedKeyToKey( ta_key );
}
str = WGetASCIIKeyText( ta_key );
}
}
}
WSetEditWithStr( GetDlgItem( einfo->edit_dlg, IDM_ACCEDKEY ), str );
WSetVirtKey( einfo->edit_dlg, is_virt );
if( is_virt ) {
CheckDlgButton( einfo->edit_dlg, IDM_ACCEDALT, ( alt ) ? BST_CHECKED : BST_UNCHECKED );
CheckDlgButton( einfo->edit_dlg, IDM_ACCEDCNTL, ( cntl ) ? BST_CHECKED : BST_UNCHECKED );
CheckDlgButton( einfo->edit_dlg, IDM_ACCEDSHFT, ( shift ) ? BST_CHECKED : BST_UNCHECKED );
}
}
