virtual void on_run(void *outer_data, bool &continue_run)
{
ZCE_UNUSED_ARG(outer_data);
switch (get_stage())
{
case FMS1_STAGE_1:
std::cout << "FSM1 stage " << get_stage() << " start."<< std::endl;
continue_run = true;
set_stage(FMS1_STAGE_2);
break;
case FMS1_STAGE_2:
std::cout << "FSM1 stage " << get_stage() << std::endl;
continue_run = true;
set_stage(FSM1_STAGE_3);
break;
case FSM1_STAGE_3:
std::cout << "FSM1 stage " << get_stage() << std::endl;
continue_run = true;
set_stage(FSM1_STAGE_4);
break;
case FSM1_STAGE_4:
std::cout << "FSM1 stage " << get_stage() << " end."<<std::endl;
continue_run = false;
break;
default:
//一个无法识别的状态
ZCE_ASSERT(false);
break;
}
return;
}
static void static_test ()
{
static_assert(get_count(_state(0, 1234)) == 1234, "fail");
static_assert(get_count(_state(1, 1234)) == 1234, "fail");
static_assert(get_count(_state(2, 1234)) == 1234, "fail");
static_assert(get_count(_state(3, 1234)) == 1234, "fail");
static_assert(get_count(_state(4, 1234)) == 1234, "fail");
static_assert(get_stage(_state(0, 1234)) ==
get_stage(_state(0, 5679)), "fail");
static_assert(get_stage(_state(1, 1234)) ==
get_stage(_state(1, 5679)), "fail");
static_assert(get_stage(_state(2, 1234)) ==
get_stage(_state(2, 5679)), "fail");
static_assert(get_stage(_state(3, 1234)) ==
get_stage(_state(3, 5679)), "fail");
static_assert(_state(0, 1234) != _state(1, 1234), "fail");
static_assert(_state(0, 1234) != _state(2, 1234), "fail");
static_assert(_state(0, 1234) != _state(3, 1234), "fail");
static_assert(_state(0, 1234) != _state(4, 1234), "fail");
static_assert(_state(1, 1234) != _state(2, 1234), "fail");
static_assert(_state(1, 1234) != _state(3, 1234), "fail");
static_assert(_state(1, 1234) != _state(4, 1234), "fail");
static_assert(_state(2, 1234) != _state(3, 1234), "fail");
static_assert(_state(2, 1234) != _state(4, 1234), "fail");
static_assert(_state(3, 1234) != _state(4, 1234), "fail");
}
int main (int argc, char* argv[])
{
stage stg = get_stage(3);
render(stdout, stg);
stage_show(stderr, stg);
return 0;
}
printf(" *** testing scene *** \n");
scene testsc = {c,ol2};
printf("scene with bg (1,2,3) and sph,pst,sph:\n");
scene_show(stdout,testsc);
printf("\n *****\n");
/* hit_test */
printf(" *** testing hit_test *** \n");
hit_test ht = {MISS,5.1,v,c,c,vv};
hit_test htt = {HIT,2.5,v,c,c,vv};
printf("missed at 5.1s at (1,2,3):\n");
hit_test_show(stdout,ht);
printf("\nhit at 2.5s at (1,2,3):\n%s\n",hit_test_tos(htt));
printf(" *****\n");
/* camera */
printf(" *** testing camera *** \n");
camera cam = {v,9,16};
printf("camera 9 high and 16 wide at (1,2,3):\n");
camera_show(stdout,cam);
printf("\n *****\n");
/* stage */
stage stg = get_stage(10);
printf("get_stage(10):\n");
stage_show(stdout,stg);
printf("\n *****\n");
return 0;
}
stage_t load_stage () const
{
return get_stage(pair_.load(std::memory_order_acquire));
}
