C++ (Cpp) screen_write Examples

Example #1

File: tsm_screen.c Project: keszybz/kmscon

void tsm_screen_write(struct tsm_screen *con, tsm_symbol_t ch,
			  const struct tsm_screen_attr *attr)
{
	unsigned int last;

	if (!con)
		return;

	if (con->cursor_y <= con->margin_bottom ||
	    con->cursor_y >= con->size_y)
		last = con->margin_bottom;
	else
		last = con->size_y - 1;

	if (con->cursor_x >= con->size_x) {
		if (con->flags & TSM_SCREEN_AUTO_WRAP) {
			con->cursor_x = 0;
			++con->cursor_y;
		} else {
			con->cursor_x = con->size_x - 1;
		}
	}

	if (con->cursor_y > last) {
		con->cursor_y = last;
		screen_scroll_up(con, 1);
	}

	screen_write(con, con->cursor_x, con->cursor_y, ch, attr);
	++con->cursor_x;
}

Example #2

File: kernel.c Project: 8l/Hydrogen

static void fault_gp(isr_state_t *state)
{
    char buffer_data[50];
    char *buffer = (char *) &buffer_data;
    buffer = buffer_write("INT#", buffer);
    buffer = buffer_write_hex(state->vector, buffer);
    screen_write(buffer, 10, 20);
}

Example #3

File: main.c Project: aetel/Nokia5110-TivaC-library

int main(void)
{
	SysTick_Init();
	startSSI0();
	initialize_screen(BACKLIGHT_ON);
	while(1)
	{
		clear_screen();
		screen_write("Hi!\nHow are you?",ALIGN_LEFT_TOP);
		SysTick_Wait50ms(200);
		clear_screen();
		screen_write("Hi!\nHow are you?",ALIGN_CENTRE_TOP);
		SysTick_Wait50ms(200);
		clear_screen();
		screen_write("Hi!\nHow are you?",ALIGN_RIGHT_TOP);
		SysTick_Wait50ms(200);
		clear_screen();
		screen_write("Hi!\nHow are you?",ALIGN_LEFT_CENTRE);
		SysTick_Wait50ms(200);
		clear_screen();
		screen_write("Hi!\nHow are you?",ALIGN_CENTRE_CENTRE);
		SysTick_Wait50ms(200);
		clear_screen();
		screen_write("Hi!\nHow are you?",ALIGN_RIGHT_CENTRE);
		SysTick_Wait50ms(200);
		clear_screen();
		screen_write("Hi!\nHow are you?",ALIGN_LEFT_BOTTOM);
		SysTick_Wait50ms(200);
		clear_screen();
		screen_write("Hi!\nHow are you?",ALIGN_CENTRE_BOTTOM);
		SysTick_Wait50ms(200);
		clear_screen();
		screen_write("Hi!\nHow are you?",ALIGN_RIGHT_BOTTOM);
		SysTick_Wait50ms(200);
		int i=0;
		for(i=0;i<5;i++)
		{
			clear_screen();
			screen_write("Welcome",ALIGN_RANDOM);
			SysTick_Wait50ms(200);
		}
	}
	return 0;
}

Example #4

File: isr.c Project: stevej/stevienix

// This gets called from interrupt.s
void isr_handler(registers_t regs) {
  // This line is important. When the processor extends the 8-bit interrupt number
  // to a 32bit value, it sign-extends, not zero extends. So if the most significant
  // bit (0x80) is set, regs.int_no will be very large (about 0xffffff80).
  u8 int_no = regs.int_no & 0xFF;
  if (interrupt_handlers[int_no] != 0) {
    isr_t handler = interrupt_handlers[int_no];
    handler(&regs);
  } else {
    screen_write("unhandled interrupt: ");
    screen_write_dec(int_no);
    screen_put('\n');
    for(;;);
  }
}

Example #5

File: tsm_screen.c Project: carld/libtsm

SHL_EXPORT
void tsm_screen_write(struct tsm_screen *con, tsm_symbol_t ch,
			  const struct tsm_screen_attr *attr)
{
	unsigned int last, len;

	if (!con)
		return;

	len = tsm_symbol_get_width(con->sym_table, ch);
	if (!len)
		return;

	screen_inc_age(con);

	if (con->cursor_y <= con->margin_bottom ||
	    con->cursor_y >= con->size_y)
		last = con->margin_bottom;
	else
		last = con->size_y - 1;

	if (con->cursor_x >= con->size_x) {
		if (con->flags & TSM_SCREEN_AUTO_WRAP)
			move_cursor(con, 0, con->cursor_y + 1);
		else
			move_cursor(con, con->size_x - 1, con->cursor_y);
	}

	if (con->cursor_y > last) {
		move_cursor(con, con->cursor_x, last);
		screen_scroll_up(con, 1);
	}

	screen_write(con, con->cursor_x, con->cursor_y, ch, len, attr);
	move_cursor(con, con->cursor_x + len, con->cursor_y);
}

Example #6

File: main.c Project: 8l/Hydrogen

void main_bsp(void)
{
    // Print header
    screen_write("Hydrogen v0.2b - http://github.com/farok/H2", 0, 0);
    screen_write("Copyright (c) 2012 by Lukas Heidemann", 0, 1);
    screen_write("-------------------------------------------------", 0, 2);

    // Load the IDT
    idt_load(idt_address, IDT_LENGTH);
    idt_setup_loader();

    // Initialize Hydrogen info tables and parse the multiboot tables
    info_init();
    multiboot_parse();

    // Setup the heap
    heap_init();

    // Now parse the ACPI tables and analyze the IO APICs
    acpi_parse();
    ioapic_analyze();

    // Find, check and load the kernel binary
    kernel_find();
    kernel_check();
    elf64_load(kernel_binary);
    kernel_analyze();

    // Initialize interrupt controllers
    lapic_detect();
    lapic_setup();
    ioapic_setup_loader();
    pic_setup();

    // Calibrate the LAPIC timer
    lapic_timer_calibrate();

    // Boot APs
    info_cpu[lapic_id()].flags |= HY_INFO_CPU_FLAG_BSP;
    smp_setup();

    // Setup IDT and IOAPIC according to kernel header
    idt_setup_kernel();
    ioapic_setup_kernel();

    // Setup fast syscall support
    syscall_init();

    // Setup mapping
    kernel_map_info();
    kernel_map_stack();
    kernel_map_idt();
    kernel_map_gdt();

    // Set free address
    info_root->free_paddr = (heap_top + 0xFFF) & ~0xFFF;

    // Lower main entry barrier and jump to the kernel entry point
    main_entry_barrier = 0;
    kernel_enter_bsp();
}