/* Called by the time manager task in vbl_macintosh.c */
boolean input_controller(
void)
{
if (input_task_active)
{
if((heartbeat_count-dynamic_world->tick_count) < MAXIMUM_TIME_DIFFERENCE)
{
if (game_is_networked) // input from network
{
; // all handled elsewhere now. (in network.c)
}
else if (replay.game_is_being_replayed) // input from recorded game file
{
static short phase= 0; /* When this gets to 0, update the world */
/* Minimum replay speed is a pause. */
if(replay.replay_speed != MINIMUM_REPLAY_SPEED)
{
if (replay.replay_speed > 0 || (--phase<=0))
{
short flag_count= MAX(replay.replay_speed, 1);
if (!pull_flags_from_recording(flag_count)) // oops. silly me.
{
if (replay.have_read_last_chunk)
{
assert(get_game_state()==_game_in_progress || get_game_state()==_switch_demo);
set_game_state(_switch_demo);
}
}
else
{
/* Increment the heartbeat.. */
heartbeat_count+= flag_count;
}
/* Reset the phase-> doesn't matter if the replay speed is positive */
/* +1 so that replay_speed 0 is different from replay_speed 1 */
phase= -(replay.replay_speed) + 1;
}
}
}
else // then getting input from the keyboard/mouse
{
long action_flags= parse_keymap();
process_action_flags(local_player_index, &action_flags, 1);
heartbeat_count++; // ba-doom
}
} else {
// dprintf("Out of phase.. (%d);g", heartbeat_count - dynamic_world->tick_count);
}
}
return TRUE; // tells the time manager library to reschedule this task
}
void enqueue(const tValueType& inFlags) { process_action_flags(mPlayerIndex, static_cast<const uint32 *>(&inFlags), 1); ++mWriteTick; }
