static void TI_SETATTR( void )
{
// we have to reset attributes as some terminals can't turn off
// attributes with "set_attribues"
putp( exit_attribute_mode );
if( set_attributes[0]!='\0' ){
char *x;
putp( x=tparm( set_attributes,
0, // standout
TIAULine, // underline
TIARev, // reverse
TIABlink, // blink
0, // half intensity
TIABold, // bold
0, // invisible
0, // protected
TIAACS ) ); // alt. char set
QNXDebugPrintf0("\n[******]");
QNXDebugPrintf1("%s", set_attributes);
QNXDebugPrintf1("%s",x);
QNXDebugPrintf0("[~~~~~~]\n");
} else {
// Believe it or not, some terminals don't have the set_attributes
// code in the database, so we have to simulate it occasionally
if( TIAULine ) putp( enter_underline_mode );
if( TIARev ) putp( enter_reverse_mode );
if( TIABlink ) putp( enter_blink_mode );
if( TIABold ) putp( enter_bold_mode );
if( TIAACS ) putp( enter_alt_charset_mode );
}
}
static bool td_initconsole( void )
/********************************/
{
if( !ostream_init( UIConHandle ) )
return( false );
// Initialize the term as documented in "Terminal Control Under QNX"
TI_EXEC_PROG( init_prog );
TI_INIT1_STRING();
TI_INIT2_STRING();
TI_CLEAR_MARGINS();
TI_PUT_FILE( init_file );
TI_INIT3_STRING();
// Now we're initialized, so set term to usable mode:
TI_CA_ENABLE();
TI_ENABLE_ACS();
// disable auto-right-margin
TI_NOWRAP();
// if we can't then we just won't use the bottom right corner
TI_ignore_bottom_right = !TCAP_NOSCROLL;
QNXDebugPrintf1( "IgnoreLowerRight=%d", TI_ignore_bottom_right );
TI_NOBOLD();
TI_NOBLINK();
__flush();
return( true );
}
static void TI_SETCOLOUR( int f, int b )
{
// an array of colour brightnesses
static char colorpri[] = { 0, 1, 4, 2, 6, 5, 3, 7 };
if( TCAP_MONOCHROME ) {
// simulate colour using reverse (this assumes background is
// darker than foreground).
if( colorpri[f % 8] < colorpri[b % 8] ) {
QNXDebugPrintf0( "[<enter_reverse_mode-vvvvvvvvvvvv>]" );
QNXDebugPrintf1( "\n%s\n", enter_reverse_mode );
QNXDebugPrintf0( "[<enter_reverse_mode-^^^^^^^^^^^^>]" );
TIARev = 1;
TI_FillColourSet = false;
} else {
TIARev = 0;
TI_FillColourSet = true;
}
TI_SETATTR();
} else {
TI_SETATTR();
TI_FillColourSet = ( b == 0 ) || back_color_erase;
// If we can set a colour pair then do so
if( set_color_pair[0] != '\0' ) {
putp( tparm( set_color_pair, f * 10 + b ) );
} else {
// else try to set colors individually
putp( tparm( set_background, b ) );
putp( tparm( set_foreground, f ) );
}
}
}
static int tm_check( unsigned short *status, unsigned short *row, unsigned short *col, unsigned long *time )
/**********************************************************************************************************/
{
if( !MouseInstalled ) {
uisetmouse( *row, *col );
return( 0 );
}
QNXDebugPrintf1("mouse_string = '%s'", buf);
if( new_sample ) {
switch( MouseType ) {
case M_QW:
case M_AW:
QW_parse();
break;
case M_XT:
XT_parse();
break;
}
new_sample = 0;
}
*row = last_row;
*col = last_col;
*status = last_status;
*time = GET_MSECS;
uisetmouse( *row, *col );
return( 0 );
}
