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);
}
static __init void console_trigger_init(void)
{
struct led * led;
led = (struct led *)resource_get_data(console_trigger.name);
if(led && led->set)
{
if(led->init)
(led->init)();
console_trigger.led = led;
if(trigger_register(&console_trigger))
{
setup_timer(&console_trigger_timer, console_trigger_function, (u32_t)(&console_trigger));
valid = TRUE;
return;
}
}
valid = FALSE;
}
static __init void s5pv210_serial_dev_init(void)
{
struct serial_parameter * param;
u32_t i;
if(!clk_get_rate("psys-pclk", 0))
{
LOG_E("can't get the clock of \'psys-pclk\'");
return;
}
/* register serial driver */
for(i = 0; i < ARRAY_SIZE(s5pv210_uart_driver); i++)
{
param = (struct serial_parameter *)resource_get_data(s5pv210_uart_driver[i].info->name);
if(param)
memcpy(s5pv210_uart_driver[i].info->parameter, param, sizeof(struct serial_parameter));
else
LOG_W("can't get the resource of \'%s\', use default parameter", s5pv210_uart_driver[i].info->name);
if(!register_serial(&s5pv210_uart_driver[i]))
LOG_E("failed to register serial driver '%s'", s5pv210_uart_driver[i].info->name);
}
}
