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ecs.hpp/ecs_tests.cpp
BlackMATov 4ad9bc87e1 CI compilation fixes
2018-12-28 02:25:47 +07:00

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/*******************************************************************************
* This file is part of the "https://github.com/blackmatov/ecs.hpp"
* For conditions of distribution and use, see copyright notice in LICENSE.md
* Copyright (C) 2018 Matvey Cherevko
******************************************************************************/
#define CATCH_CONFIG_FAST_COMPILE
#include "catch.hpp"
#include "ecs.hpp"
namespace ecs = ecs_hpp;
namespace
{
struct position_c {
int x{0};
int y{0};
position_c() = default;
position_c(int nx, int ny) : x(nx), y(ny) {}
};
struct velocity_c {
int x{0};
int y{0};
velocity_c() = default;
velocity_c(int nx, int ny) : x(nx), y(ny) {}
};
bool operator==(const position_c& l, const position_c& r) noexcept {
return l.x == r.x
&& l.y == r.y;
}
bool operator==(const velocity_c& l, const velocity_c& r) noexcept {
return l.x == r.x
&& l.y == r.y;
}
}
TEST_CASE("detail") {
SECTION("get_type_id") {
using namespace ecs::detail;
REQUIRE(type_family<position_c>::id() == 1u);
REQUIRE(type_family<position_c>::id() == 1u);
REQUIRE(type_family<velocity_c>::id() == 2u);
REQUIRE(type_family<velocity_c>::id() == 2u);
REQUIRE(type_family<position_c>::id() == 1u);
REQUIRE(type_family<velocity_c>::id() == 2u);
}
SECTION("tuple_tail") {
using namespace ecs::detail;
{
REQUIRE(tuple_tail(std::make_tuple(1, 2, 3)) == std::make_tuple(2, 3));
REQUIRE(tuple_tail(std::make_tuple(2, 3)) == std::make_tuple(3));
REQUIRE(tuple_tail(std::make_tuple(3)) == std::make_tuple());
}
{
const auto t1 = std::make_tuple(1);
const auto t2 = std::make_tuple(1, 2);
const auto t3 = std::make_tuple(1, 2, 3);
REQUIRE(tuple_tail(t1) == std::make_tuple());
REQUIRE(tuple_tail(t2) == std::make_tuple(2));
REQUIRE(tuple_tail(t3) == std::make_tuple(2, 3));
}
}
SECTION("sparse_set") {
using namespace ecs::detail;
{
sparse_set<unsigned> s;
REQUIRE(s.empty());
REQUIRE_FALSE(s.size());
REQUIRE(s.capacity() == 0u);
REQUIRE_FALSE(s.has(42u));
REQUIRE(s.find(42u) == s.end());
REQUIRE_FALSE(s.find_index(42u).second);
REQUIRE_THROWS(s.get_index(42u));
REQUIRE(s.insert(42u));
REQUIRE_FALSE(s.empty());
REQUIRE(s.size() == 1u);
REQUIRE(s.capacity() == 43u);
REQUIRE(s.has(42u));
REQUIRE_FALSE(s.has(84u));
REQUIRE(s.find(42u) == s.begin());
REQUIRE(s.find_index(42u).second);
REQUIRE(s.find_index(42u).first == 0u);
REQUIRE(s.get_index(42u) == 0u);
s.clear();
REQUIRE(s.empty());
REQUIRE_FALSE(s.size());
REQUIRE_FALSE(s.has(42u));
REQUIRE(s.insert(84u));
REQUIRE_FALSE(s.insert(84u));
REQUIRE(s.has(84u));
REQUIRE_FALSE(s.unordered_erase(42u));
REQUIRE(s.unordered_erase(84u));
REQUIRE_FALSE(s.has(84u));
REQUIRE(s.empty());
REQUIRE_FALSE(s.size());
REQUIRE(s.capacity() == 43u * 2);
s.insert(42u);
s.insert(84u);
REQUIRE(s.has(42u));
REQUIRE(s.has(84u));
REQUIRE(s.size() == 2u);
REQUIRE(s.find_index(42u).second);
REQUIRE(s.find_index(42u).first == 0u);
REQUIRE(s.find_index(84u).second);
REQUIRE(s.find_index(84u).first == 1u);
REQUIRE(s.get_index(42u) == 0u);
REQUIRE(s.get_index(84u) == 1u);
REQUIRE(s.unordered_erase(42u));
REQUIRE_FALSE(s.has(42u));
REQUIRE(s.has(84u));
REQUIRE(s.size() == 1u);
REQUIRE(s.find_index(84u).second);
REQUIRE(s.find_index(84u).first == 0u);
REQUIRE_THROWS(s.get_index(42u));
REQUIRE(s.get_index(84u) == 0u);
}
}
SECTION("sparse_map") {
using namespace ecs::detail;
{
struct obj_t {
int x;
obj_t(int nx) : x(nx) {}
};
sparse_map<unsigned, obj_t> m;
REQUIRE(m.empty());
REQUIRE_FALSE(m.size());
REQUIRE(m.capacity() == 0u);
REQUIRE_FALSE(m.has(42u));
REQUIRE_THROWS(m.get_value(42u));
REQUIRE_THROWS(as_const(m).get_value(42u));
REQUIRE_FALSE(m.find_value(42u));
REQUIRE_FALSE(as_const(m).find_value(42u));
{
obj_t o{21u};
REQUIRE(m.insert(21u, o));
REQUIRE(m.insert(42u, obj_t{42u}));
REQUIRE(m.emplace(84u, 84u));
}
{
obj_t o{21u};
REQUIRE_FALSE(m.insert(21u, o));
REQUIRE_FALSE(m.insert(42u, obj_t{42u}));
REQUIRE_FALSE(m.emplace(84u, 84u));
}
REQUIRE_FALSE(m.empty());
REQUIRE(m.size() == 3u);
REQUIRE(m.capacity() >= 3u);
REQUIRE(m.has(21u));
REQUIRE(m.has(42u));
REQUIRE(m.has(84u));
REQUIRE_FALSE(m.has(11u));
REQUIRE_FALSE(m.has(25u));
REQUIRE_FALSE(m.has(99u));
REQUIRE(m.get_value(21u).x == 21u);
REQUIRE(m.get_value(42u).x == 42u);
REQUIRE(m.get_value(84u).x == 84u);
REQUIRE(as_const(m).get_value(84u).x == 84u);
REQUIRE_THROWS(m.get_value(11u));
REQUIRE_THROWS(m.get_value(25u));
REQUIRE_THROWS(m.get_value(99u));
REQUIRE_THROWS(as_const(m).get_value(99u));
REQUIRE(m.find_value(21u)->x == 21u);
REQUIRE(m.find_value(42u)->x == 42u);
REQUIRE(m.find_value(84u)->x == 84u);
REQUIRE(as_const(m).find_value(84u)->x == 84u);
REQUIRE_FALSE(m.find_value(11u));
REQUIRE_FALSE(m.find_value(25u));
REQUIRE_FALSE(m.find_value(99u));
REQUIRE_FALSE(as_const(m).find_value(99u));
REQUIRE(m.unordered_erase(42u));
REQUIRE_FALSE(m.unordered_erase(42u));
REQUIRE(m.has(21u));
REQUIRE_FALSE(m.has(42u));
REQUIRE(m.has(84u));
REQUIRE(m.size() == 2u);
m.clear();
REQUIRE(m.empty());
REQUIRE_FALSE(m.size());
REQUIRE_FALSE(m.has(21u));
REQUIRE_FALSE(m.has(42u));
REQUIRE_FALSE(m.has(84u));
}
}
}
TEST_CASE("registry") {
SECTION("entities") {
{
ecs::registry w;
ecs::entity e1{w};
ecs::entity e2{w};
REQUIRE(e1 == e2);
REQUIRE_FALSE(w.is_entity_alive(e1));
REQUIRE_FALSE(w.is_entity_alive(e2));
REQUIRE_FALSE(w.destroy_entity(e1));
REQUIRE_FALSE(w.destroy_entity(e2));
}
{
ecs::registry w;
auto e1 = w.create_entity();
auto e2 = w.create_entity();
REQUIRE(e1 != e2);
REQUIRE(w.is_entity_alive(e1));
REQUIRE(w.is_entity_alive(e2));
REQUIRE(w.destroy_entity(e1));
REQUIRE_FALSE(w.is_entity_alive(e1));
REQUIRE(w.is_entity_alive(e2));
REQUIRE(w.destroy_entity(e2));
REQUIRE_FALSE(w.is_entity_alive(e1));
REQUIRE_FALSE(w.is_entity_alive(e2));
REQUIRE_FALSE(w.destroy_entity(e1));
REQUIRE_FALSE(w.destroy_entity(e2));
}
{
ecs::registry w;
const auto e1 = w.create_entity();
w.destroy_entity(e1);
const auto e2 = w.create_entity();
REQUIRE(e1 == e2);
}
}
SECTION("component_assigning") {
{
ecs::registry w;
ecs::entity e1 = w.create_entity();
{
REQUIRE_FALSE(w.exists_component<position_c>(e1));
REQUIRE_FALSE(w.exists_component<velocity_c>(e1));
REQUIRE(w.assign_component<position_c>(e1));
REQUIRE(w.exists_component<position_c>(e1));
REQUIRE_FALSE(w.exists_component<velocity_c>(e1));
REQUIRE(w.assign_component<velocity_c>(e1));
REQUIRE(w.exists_component<position_c>(e1));
REQUIRE(w.exists_component<velocity_c>(e1));
REQUIRE(w.remove_all_components(e1) == 2u);
REQUIRE_FALSE(w.exists_component<position_c>(e1));
REQUIRE_FALSE(w.exists_component<velocity_c>(e1));
}
{
REQUIRE_FALSE(e1.exists_component<position_c>());
REQUIRE_FALSE(e1.exists_component<velocity_c>());
REQUIRE(e1.assign_component<position_c>());
REQUIRE(e1.exists_component<position_c>());
REQUIRE_FALSE(e1.exists_component<velocity_c>());
REQUIRE(e1.assign_component<velocity_c>());
REQUIRE(e1.exists_component<position_c>());
REQUIRE(e1.exists_component<velocity_c>());
}
}
{
ecs::registry w;
auto e1 = w.create_entity();
auto e2 = w.create_entity();
REQUIRE(w.assign_component<position_c>(e1));
REQUIRE(w.assign_component<velocity_c>(e1));
REQUIRE(w.assign_component<position_c>(e2));
REQUIRE(w.assign_component<velocity_c>(e2));
REQUIRE(w.destroy_entity(e1));
REQUIRE_FALSE(w.exists_component<position_c>(e1));
REQUIRE_FALSE(w.exists_component<velocity_c>(e1));
REQUIRE(w.exists_component<position_c>(e2));
REQUIRE(w.exists_component<velocity_c>(e2));
}
{
ecs::registry w;
auto e1 = w.create_entity();
REQUIRE(e1.destroy());
REQUIRE_FALSE(e1.assign_component<position_c>());
REQUIRE_FALSE(w.exists_component<position_c>(e1));
}
}
SECTION("component_accessing") {
{
ecs::registry w;
auto e1 = w.create_entity();
auto e2 = w.create_entity();
REQUIRE_FALSE(e1.find_component<position_c>());
REQUIRE_FALSE(e2.find_component<velocity_c>());
e1.assign_component<position_c>(1, 2);
e2.assign_component<velocity_c>(3, 4);
REQUIRE(e1.get_component<position_c>().x == 1);
REQUIRE(e1.get_component<position_c>().y == 2);
REQUIRE(e2.get_component<velocity_c>().x == 3);
REQUIRE(e2.get_component<velocity_c>().y == 4);
REQUIRE_THROWS_AS(e1.get_component<velocity_c>(), ecs::basic_exception);
REQUIRE_THROWS_AS(e2.get_component<position_c>(), ecs::basic_exception);
}
{
ecs::registry w;
const auto e1 = w.create_entity();
const auto e2 = w.create_entity();
REQUIRE_FALSE(e1.find_component<position_c>());
REQUIRE_FALSE(e2.find_component<velocity_c>());
w.assign_component<position_c>(e1, 1, 2);
w.assign_component<velocity_c>(e2, 3, 4);
REQUIRE(e1.find_component<position_c>()->y == 2);
REQUIRE(e2.find_component<velocity_c>()->y == 4);
{
const ecs::registry& ww = w;
REQUIRE(ww.get_component<position_c>(e1).x == 1);
REQUIRE(ww.get_component<position_c>(e1).y == 2);
REQUIRE(ww.get_component<velocity_c>(e2).x == 3);
REQUIRE(ww.get_component<velocity_c>(e2).y == 4);
REQUIRE_THROWS_AS(ww.get_component<velocity_c>(e1), ecs::basic_exception);
REQUIRE_THROWS_AS(ww.get_component<position_c>(e2), ecs::basic_exception);
ww.remove_all_components(e1);
ww.remove_all_components(e2);
REQUIRE_FALSE(ww.find_component<position_c>(e1));
REQUIRE_FALSE(ww.find_component<velocity_c>(e2));
}
}
{
ecs::registry w;
auto e1 = w.create_entity();
e1.assign_component<position_c>(1, 2);
e1.assign_component<position_c>(3, 4);
REQUIRE(e1.get_component<position_c>().x == 3);
REQUIRE(e1.get_component<position_c>().y == 4);
}
{
ecs::registry w;
auto e1 = w.create_entity();
REQUIRE(e1.find_components<>() ==
std::make_tuple());
REQUIRE(e1.find_components<velocity_c>() ==
std::make_tuple<velocity_c*>(nullptr));
REQUIRE(e1.find_components<position_c, velocity_c>() ==
std::make_tuple<position_c*, velocity_c*>(nullptr, nullptr));
REQUIRE(e1.get_components<>() == std::make_tuple());
REQUIRE_THROWS(e1.get_components<velocity_c>());
REQUIRE_THROWS(e1.get_components<position_c, velocity_c>());
{
const auto ee1 = e1;
REQUIRE(ee1.find_components<>() ==
std::make_tuple());
REQUIRE(ee1.find_components<velocity_c>() ==
std::make_tuple<velocity_c*>(nullptr));
REQUIRE(ee1.find_components<position_c, velocity_c>() ==
std::make_tuple<position_c*, velocity_c*>(nullptr, nullptr));
REQUIRE(ee1.get_components<>() == std::make_tuple());
REQUIRE_THROWS(ee1.get_components<velocity_c>());
REQUIRE_THROWS(ee1.get_components<position_c, velocity_c>());
}
e1.assign_component<velocity_c>(3, 4);
REQUIRE(e1.find_components<velocity_c>() ==
std::make_tuple<velocity_c*>(e1.find_component<velocity_c>()));
REQUIRE(e1.find_components<position_c, velocity_c>() ==
std::make_tuple<position_c*, velocity_c*>(nullptr, e1.find_component<velocity_c>()));
REQUIRE(e1.get_components<velocity_c>() ==
std::make_tuple<velocity_c&>(e1.get_component<velocity_c>()));
REQUIRE_THROWS(e1.get_components<position_c, velocity_c>());
{
const auto ee1 = e1;
REQUIRE(ee1.find_components<velocity_c>() ==
std::make_tuple<velocity_c*>(e1.find_component<velocity_c>()));
REQUIRE(ee1.find_components<position_c, velocity_c>() ==
std::make_tuple<position_c*, velocity_c*>(nullptr, e1.find_component<velocity_c>()));
REQUIRE(ee1.get_components<velocity_c>() ==
std::make_tuple<const velocity_c&>(ee1.get_component<velocity_c>()));
REQUIRE_THROWS(ee1.get_components<position_c, velocity_c>());
}
e1.assign_component<position_c>(1, 2);
auto p = e1.get_components<position_c, velocity_c>();
std::get<0>(p).x = 10;
std::get<1>(p).x = 30;
REQUIRE(e1.get_component<position_c>().x == 10);
REQUIRE(e1.get_component<velocity_c>().x == 30);
auto p2 = e1.find_components<position_c, velocity_c>();
std::get<0>(p2)->y = 20;
std::get<1>(p2)->y = 40;
REQUIRE(e1.get_component<position_c>().y == 20);
REQUIRE(e1.get_component<velocity_c>().y == 40);
}
}
SECTION("for_each_component") {
{
ecs::registry w;
auto e1 = w.create_entity();
auto e2 = w.create_entity();
e1.assign_component<position_c>(1, 2);
e1.assign_component<velocity_c>(3, 4);
e2.assign_component<position_c>(5, 6);
e2.assign_component<velocity_c>(7, 8);
{
ecs::entity_id acc1 = 0;
int acc2 = 0;
w.for_each_component<position_c>([&acc1, &acc2](ecs::entity e, position_c& p){
acc1 += e.id();
acc2 += p.x;
});
REQUIRE(acc1 == e1.id() + e2.id());
REQUIRE(acc2 == 6);
}
{
const ecs::registry& ww = w;
ecs::entity_id acc1 = 0;
int acc2 = 0;
ww.for_each_component<position_c>([&acc1, &acc2](ecs::entity e, const position_c& p){
acc1 += e.id();
acc2 += p.x;
});
REQUIRE(acc1 == e1.id() + e2.id());
REQUIRE(acc2 == 6);
}
}
}
SECTION("for_joined_components") {
{
ecs::registry w;
auto e1 = w.create_entity();
auto e2 = w.create_entity();
auto e3 = w.create_entity();
auto e4 = w.create_entity();
w.create_entity();
e1.assign_component<position_c>(1, 2);
e1.assign_component<velocity_c>(3, 4);
e2.assign_component<position_c>(5, 6);
e2.assign_component<velocity_c>(7, 8);
e3.assign_component<position_c>(100, 500);
e4.assign_component<velocity_c>(500, 100);
{
ecs::entity_id acc1 = 0;
int acc2 = 0;
w.for_joined_components<position_c, velocity_c>([&acc1, &acc2](
ecs::entity e, const position_c& p, const velocity_c& v)
{
acc1 += e.id();
acc2 += p.x + v.x;
});
REQUIRE(acc1 == e1.id() + e2.id());
REQUIRE(acc2 == 16);
}
{
const ecs::registry& ww = w;
ecs::entity_id acc1 = 0;
int acc2 = 0;
ww.for_joined_components<position_c, velocity_c>([&acc1, &acc2](
ecs::entity e, const position_c& p, const velocity_c& v)
{
acc1 += e.id();
acc2 += p.x + v.x;
});
REQUIRE(acc1 == e1.id() + e2.id());
REQUIRE(acc2 == 16);
}
}
{
ecs::registry w;
auto e1 = w.create_entity();
e1.assign_component<position_c>(1, 2);
w.for_joined_components<position_c, velocity_c>([](
ecs::entity, const position_c&, const velocity_c&)
{
});
}
}
SECTION("systems") {
{
class movement_system : public ecs::system {
public:
void process(ecs::registry& owner) override {
owner.for_joined_components<position_c, velocity_c>([](
ecs::entity, position_c& p, const velocity_c& v)
{
p.x += v.x;
p.y += v.y;
});
}
};
ecs::registry w;
w.add_system<movement_system>();
auto e1 = w.create_entity();
auto e2 = w.create_entity();
e1.assign_component<position_c>(1, 2);
e1.assign_component<velocity_c>(3, 4);
e2.assign_component<position_c>(5, 6);
e2.assign_component<velocity_c>(7, 8);
w.process_systems();
REQUIRE(e1.get_component<position_c>().x == 1 + 3);
REQUIRE(e1.get_component<position_c>().y == 2 + 4);
REQUIRE(e2.get_component<position_c>().x == 5 + 7);
REQUIRE(e2.get_component<position_c>().y == 6 + 8);
}
}
}
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