bool AI::add_task(AI::script_ptr ais, AI::priority_t prior) {
if (prior <= current_priority())
return false;
current_script()->suspend(this);
{
task_stack t;
t.emplace_back(std::move(ais));
tasks.emplace_back(prior, std::move(t));
}
timer = current_script()->start(this);
return true;
}
// These are just some inline method calls, no worries
AI::timer_t AI::pop_script() {
assert(tasks.size() > 0);
assert(current_task().size() > 0);
current_task().pop_back();
if (current_task().size() == 0) {
// Resume the previous task
assert(tasks.size() > 1);
tasks.pop_back();
return current_script()->resume(this);
}
return current_script()->update(this);
}
AI::timer_t AI::fail_script() {
assert(tasks.size() > 0);
assert(current_task().size() > 0);
if (current_task().size() == 1) {
// Resume the previous task.... but this really shouldn't happen.
A11s::instance.announce(std::string("A task failed: ") + current_script()->description());
current_task().pop_back();
assert(tasks.size() > 1);
tasks.pop_back();
return current_script()->resume(this);
}
// Transmit the failure to the parent
current_task().pop_back();
return current_script()->failure(this);
}
void L1_GetCurrentScript() {
current_script();
}
void Lua_V1::GetCurrentScript() {
current_script();
}
AI::timer_t AI::push_script(AI::script_ptr ais) {
current_task().emplace_back(std::move(ais));
return current_script()->start(this);
}
void AI::update() {
--timer;
if (timer <= 0) timer = current_script()->update(this);
}
