static __init void s5pv210_fb_init(void)
{
struct s5pv210fb_lcd * lcd;
s5pv210_fb.priv = resource_get_data(s5pv210_fb.info->name);
lcd = (struct s5pv210fb_lcd *)(s5pv210_fb.priv);
if(! s5pv210_fb.priv)
{
LOG_W("can't get the resource of \'%s\'", s5pv210_fb.info->name);
return;
}
if(! clk_get_rate("dsys-hclk", 0))
{
LOG_E("can't get the clock of \'dsys-hclk\'");
return;
}
if( (lcd->bits_per_pixel != 16) && (lcd->bits_per_pixel != 24) && (lcd->bits_per_pixel != 32) )
return;
info.surface.info.bits_per_pixel = lcd->bits_per_pixel;
info.surface.info.bytes_per_pixel = lcd->bytes_per_pixel;
info.surface.info.red_mask_size = lcd->rgba.r_mask;
info.surface.info.red_field_pos = lcd->rgba.r_field;
info.surface.info.green_mask_size = lcd->rgba.g_mask;
info.surface.info.green_field_pos = lcd->rgba.g_field;
info.surface.info.blue_mask_size = lcd->rgba.b_mask;
info.surface.info.blue_field_pos = lcd->rgba.b_field;
info.surface.info.alpha_mask_size = lcd->rgba.a_mask;
info.surface.info.alpha_field_pos = lcd->rgba.a_field;
info.surface.info.fmt = get_pixel_format(&(info.surface.info));
info.surface.w = lcd->width;
info.surface.h = lcd->height;
info.surface.pitch = lcd->width * lcd->bytes_per_pixel;
info.surface.flag = SURFACE_PIXELS_DONTFREE;
info.surface.pixels = lcd->vram_front;
info.surface.clip.x = 0;
info.surface.clip.y = 0;
info.surface.clip.w = lcd->width;
info.surface.clip.h = lcd->height;
memset(&info.surface.maps, 0, sizeof(struct surface_maps));
surface_set_maps(&info.surface.maps);
if(! register_framebuffer(&s5pv210_fb))
LOG_E("failed to register framebuffer driver '%s'", s5pv210_fb.info->name);
}
/*
* register framebuffer driver.
*/
bool_t register_framebuffer(struct fb * fb)
{
struct chrdev * dev;
struct console * console;
struct fb_console_info * info;
struct color_t col;
u8_t brightness;
if(!fb || !fb->info || !fb->info->name)
return FALSE;
surface_set_maps(&fb->info->surface.maps);
dev = malloc(sizeof(struct chrdev));
if(!dev)
return FALSE;
dev->name = fb->info->name;
dev->type = CHR_DEV_FRAMEBUFFER;
dev->open = fb_open;
dev->read = fb_read;
dev->write = fb_write;
dev->ioctl = fb_ioctl;
dev->close = fb_close;
dev->driver = fb;
if(!register_chrdev(dev))
{
free(dev);
return FALSE;
}
if(search_chrdev_with_type(dev->name, CHR_DEV_FRAMEBUFFER) == NULL)
{
unregister_chrdev(dev->name);
free(dev);
return FALSE;
}
if(fb->init)
(fb->init)(fb);
display_logo(fb);
if(fb->ioctl)
{
brightness = 0xff;
(fb->ioctl)(fb, IOCTL_SET_FB_BACKLIGHT, &brightness);
}
if(default_framebuffer == NULL)
default_framebuffer = fb;
/*
* register a console
*/
console = malloc(sizeof(struct console));
info = malloc(sizeof(struct fb_console_info));
if(!console || !info)
{
unregister_chrdev(dev->name);
free(dev);
free(console);
free(info);
return FALSE;
}
info->name = (char *)fb->info->name;
info->fb = fb;
info->fw = 8;
info->fh = 16;
info->w = fb->info->surface.w / info->fw;
info->h = fb->info->surface.h / info->fh;
info->x = 0;
info->y = 0;
info->f = TCOLOR_WHITE;
info->b = TCOLOR_BLACK;
tcolor_to_color(info->f, &col);
info->fc = fb_map_color(fb, &col);
tcolor_to_color(info->b, &col);
info->bc = fb_map_color(fb, &col);
info->cursor = TRUE;
info->onoff = TRUE;
info->clen = info->w * info->h;
info->cell = malloc(info->clen * sizeof(struct fbcon_cell));
if(!info->cell)
{
unregister_chrdev(dev->name);
free(dev);
free(console);
free(info);
return FALSE;
}
memset(info->cell, 0, info->clen * sizeof(struct fbcon_cell));
console->name = info->name;
console->getwh = fbcon_getwh;
console->getxy = fbcon_getxy;
console->gotoxy = fbcon_gotoxy;
console->setcursor = fbcon_setcursor;
console->getcursor = fbcon_getcursor;
console->setcolor = fbcon_setcolor;
console->getcolor = fbcon_getcolor;
console->cls = fbcon_cls;
console->getcode = NULL;
console->putcode = fbcon_putcode;
console->onoff = fbcon_onoff;
console->priv = info;
if(!register_console(console))
{
unregister_chrdev(dev->name);
free(dev);
free(console);
free(info->cell);
free(info);
return FALSE;
}
return TRUE;
}
