/** Send personality info packet to controller via serial port (layer 3).
*
* This gives the controller the opportunity to find out the kind of
* device we are and how to interpret our data table packets.
*/
void send_personality_info(void)
{
frame_start(FRAME_TYPE_PERSONALITY_INFO,
sizeof(personality_info) + personality_name_length);
uart_putb_P((const void *)&personality_info, sizeof(personality_info));
uart_putb_P((const void *)personality_name, personality_name_length);
frame_end();
}
void send_eeprom_params_in_sram(void)
{
const uint8_t length = pparam_sram.length;
if (length == 0xff || length > sizeof(pparam_sram.params)) {
send_text_P(PSTR_INVALID_EEPROM_DATA);
} else {
frame_start(FRAME_TYPE_PARAMS_FROM_EEPROM, length);
uart_putb((const void *)pparam_sram.params, length);
frame_end();
}
}
void game_frame(RussiaBlock * rb, Mtime time)
{
frame_start(rb);
clock_block_fall(rb, time);
response_event(rb);
solidify_block(rb, time);
frame_end(rb);
}
void menu_loop(struct Menu *menu)
{
int ret;
while (1) {
frame_start();
menu_draw(menu);
ret = menu_ctrl(menu);
if(ret != 0)
break;
g_frame_count++;
frame_end();
}
}
/** Send value table packet to controller via serial port (layer 3).
*
* \param reason The reason why we are sending the value table
* (#packet_value_table_reason_t).
*
* Note that send_table() might take a significant amount of time.
* For example, at 9600bps, transmitting a good 3KByte will take a
* good 3 seconds. If you disable interrupts for that time and want
* to continue the measurement later, you will want to properly pause
* the timer. We are currently keeping interrupts enabled if we
* continue measuring, which avoids this issue.
*
* Note that for 'I' value tables it is possible that we send fluked
* values due to overflows.
*/
void send_table(const packet_value_table_reason_t reason)
{
const uint16_t duration = get_duration();
packet_value_table_header_t header = {
data_table_info.bits_per_value,
reason,
data_table_info.type,
duration,
pparam_sram.length
};
frame_start(FRAME_TYPE_VALUE_TABLE,
sizeof(header) + pparam_sram.length + data_table_info.size);
uart_putb((const void *)&header, sizeof(header));
uart_putb((const void *)pparam_sram.params, pparam_sram.length);
uart_putb((const void *)data_table, data_table_info.size);
frame_end();
}
/************************************************
Render the currently selected item list to screen
************************************************/
void screen_display(context_t * ctx)
{
SDL_Event event;
int i;
for(i=0; i<SCREEN_LAST; i++) {
virtual_x[i] = INT_MAX;
virtual_y[i] = INT_MAX;
virtual_z[i] = -1.0;
}
while( screen_end == -1) {
frame_start(ctx);
if(compose) {
compose = 0;
compose_scr(ctx);
}
display_fps();
while (SDL_PollEvent(&event)) {
compose |= sdl_screen_manager(ctx->window, ctx->render, &event);
sdl_mouse_manager(ctx->render,&event,item_list);
sdl_keyboard_manager(&event);
}
sdl_mouse_position_manager(ctx->render,item_list);
SDL_RenderClear(ctx->render);
sdl_blit_item_list(ctx->render,item_list);
sdl_blit_to_screen(ctx->render);
sdl_loop_manager();
}
return;
}
int main()
{
if(chdir(PKGDATADIR) != 0)
{
printf("data directory %s not found.", PKGDATADIR);
}
init();
init_camera();
init_board(&board);
init_striker(&striker);
init_chips();
init_orientation(&striker);
init_instructions();
init_speed_text();
init_main_menu();
init_scores();
init_game_over_state();
move_to_main_menu();
while(!quit)
{
frame_start();
while(!quit && accumulator >= elapsed_time)
{
handle_events();
update();
render();
accumulator -= elapsed_time;
}
}
close();
}
