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#include "app.hpp"
#include "compat/assert.hpp"
#include "src/tile-constants.hpp"
#include "src/wall-atlas.hpp"
#include "loader/loader.hpp"
#include "loader/wall-cell.hpp"
namespace floormat {
namespace {
void test_loading()
{
{ auto walls = loader.wall_atlas_list();
fm_assert(!walls.isEmpty());
fm_assert(loader.wall_atlas("test1"_s));
fm_assert(loader.wall_atlas(loader.INVALID, loader_policy::ignore));
fm_assert(loader.wall_atlas("test1"_s) == loader.wall_atlas("test1"_s));
fm_assert(loader.wall_atlas("test1"_s) != loader.wall_atlas(loader.INVALID, loader_policy::ignore));
}
for (const auto& x : loader.wall_atlas_list())
{
if (x.name != loader.INVALID)
{
(void)loader.wall_atlas(x.name);
fm_assert(x.atlas);
fm_assert(x.atlas == loader.wall_atlas(x.name));
}
else
{
fm_assert(loader.make_invalid_wall_atlas().atlas);
fm_assert(x.atlas == loader.make_invalid_wall_atlas().atlas);
}
}
}
void test_empty_wall()
{
constexpr auto wall_size = Vector2ui(Vector2i{iTILE_SIZE.x(), iTILE_SIZE.z()});
using enum Wall::Direction_;
const auto& wall = *loader.wall_atlas("empty"_s);
#define assert_for_group(dir, g, x) \
do { \
fm_assert(!g.is_defined); \
fm_assert(g == Wall::Group{}); \
fm_assert(g.count == 0); \
fm_assert(g.index == (uint32_t)-1); \
fm_assert(g == Wall::Group{}); \
fm_assert(!wall.group(dir, x)); \
} while (false)
fm_assert(wall_atlas::expected_size(wall.info().depth, Wall::Group_::wall) == wall_size);
fm_assert(wall.depth() == 8);
fm_assert(wall.direction_count() == 1);
fm_assert(wall.raw_frame_array().size() == 1);
fm_assert(wall.direction(N) != nullptr);
const auto& n = *wall.direction(N);
fm_assert(wall.direction(W) == nullptr);
fm_assert(&wall.calc_direction(N) == wall.direction(N));
fm_assert(&wall.calc_direction(W) == wall.direction(N));
assert_for_group(N, n.side, Wall::Group_::side);
assert_for_group(N, n.top, Wall::Group_::top);
assert_for_group(N, n.corner, Wall::Group_::corner);
fm_assert(n.wall.is_defined);
fm_assert(n.wall != Wall::Group{});
fm_assert(!n.wall.mirrored);
fm_assert(n.wall.count > 0);
fm_assert(n.wall.index != (uint32_t)-1);
fm_assert(n.wall.pixel_size == wall_size);
fm_assert(wall.raw_frame_array()[0].offset.isZero());
fm_assert(wall.raw_frame_array()[0].size == wall_atlas::expected_size(wall.info().depth, Wall::Group_::wall));
fm_assert(wall.info().name == "empty"_s);
fm_assert(wall.info().passability == pass_mode::blocked);
}
void test_concrete_wall()
{
using enum Wall::Direction_;
constexpr auto name = "concrete1"_s;
auto& wall = *loader.wall_atlas(name);
fm_assert(wall.name() == name);
fm_assert(wall.info().depth == 20);
fm_assert(wall.raw_frame_array().size() >= 3);
fm_assert(!wall.direction(W));
fm_assert(wall.direction(N));
fm_assert(&wall.calc_direction(W) == wall.direction(N));
fm_assert(&wall.calc_direction(N) == wall.direction(N));
fm_assert(wall.frames(N, Wall::Group_::wall).size() >= 3);
fm_assert(wall.group(N, Wall::Group_::corner)->count > 0);
fm_assert(wall.group(N, Wall::Group_::side)->count > 0);
fm_assert(wall.group(N, Wall::Group_::top)->count > 0);
fm_assert(wall.group(N, Wall::Group_::wall)->count > 1);
fm_assert(wall.group(N, Wall::Group_::corner)->is_defined);
fm_assert(wall.frames(N, Wall::Group_::wall)[0].size == Vector2ui(Vector2i{iTILE_SIZE.x(), iTILE_SIZE.z()}));
fm_assert(&wall.calc_direction(N) == wall.direction(N));
fm_assert(&wall.calc_direction(W) == wall.direction(N));
}
} // namespace
void test_app::test_wall_atlas2()
{
test_empty_wall();
test_loading();
test_concrete_wall();
}
// todo add test for wall-tileset-tool for making sure it generates the correct image pixels out of placeholder input
} // namespace floormat
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