/*********************************************************************
* Clear to end of line :
*********************************************************************/
void
lcd_clrtoeol(void) {
int x, z;
lcd(LCD_Data);
for ( x=lcd_x; x<lcd_cols; ++x ) {
for ( z=0; z<6; ++z )
lcd_wr_byte(0x00);
lcd_buf[lcd_y][x] = ' ';
}
lcd(LCD_Unselect);
lcd_restore();
}
/*
* Internal - scroll the text on the screen up one
* line.
*/
static void
lcd_scroll(void) {
int y, x;
lcd_home(); /* Home cursor */
/* Scroll up text */
for ( y=0; y<lcd_lines-1; ++y )
for ( x=0; x<lcd_cols; ++x ) {
lcd_buf[y][x] = lcd_buf[y+1][x];
lcd_putraw(lcd_buf[y][x]);
}
/* Blank the last line */
for ( x=0; x<lcd_cols; ++x ) {
lcd_buf[lcd_lines-1][x] = ' ';
lcd_putraw(' ');
}
lcd_restore(); /* Restore cursor */
}
bool asic_restore(const emu_image *s) {
asic.deviceType = s->deviceType;
return backlight_restore(s)
&& control_restore(s)
&& cpu_restore(s)
&& flash_restore(s)
&& intrpt_restore(s)
&& keypad_restore(s)
&& lcd_restore(s)
&& mem_restore(s)
&& watchdog_restore(s)
&& protect_restore(s)
&& rtc_restore(s)
&& sha256_restore(s)
&& gpt_restore(s)
&& usb_restore(s)
&& cxxx_restore(s)
&& dxxx_restore(s)
&& exxx_restore(s)
&& sched_restore(s);
}
/*********************************************************************
* Clear to end of screen from current position:
*********************************************************************/
void
lcd_clrtobot(void) {
int y, x, z, start_x;
lcd_move(lcd_y,lcd_x);
lcd(LCD_Data);
start_x = lcd_x;
for ( y=lcd_y; y<lcd_lines; ++y ) {
for ( x=start_x; x<lcd_cols; ++x ) {
for ( z=0; z<6; ++z )
lcd_wr_byte(0x00);
}
lcd_buf[y][x] = ' ';
start_x = 0;
}
lcd(LCD_Unselect);
lcd_restore();
}
