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#include "./pke-test-static-ui.h"
#include "./pke-test-types.h"
#include "ecs.hpp"
#include "pke-test-stubs.h"
#include "player-input.hpp"
#include "window.hpp"
#include "vendor-glm-include.hpp"
#include <limits>
struct pke_ui_box_instance_buffer_item {
glm::mat4 pos_scale;
glm::vec2 px_scale;
float depth;
float padding[1];
};
struct pke_ui_flex_params {
float px_per_unit;
float unit_total;
};
#define PKE_TEST_EXPOSE
#include "static-ui.hpp"
static pk_membucket *bkt;
void pke_test_static_ui_setup() {
pke_test_stub_init_vulkan();
bkt = pk_mem_bucket_create("pke_test_static_ui", PK_MEM_DEFAULT_BUCKET_SIZE, PK_MEMBUCKET_FLAG_NONE);
pk_mem_bucket_set_client_mem_bucket(bkt);
Extent.width = 1920;
Extent.height = 1080;
pk_ev_init(nullptr);
ECS_Init();
pke_input_init();
pke_ui_init();
}
void pke_test_static_ui_teardown() {
pke_ui_teardown();
ECS_Teardown();
pk_ev_teardown();
pke_input_teardown();
pk_mem_bucket_destroy(bkt);
pk_mem_bucket_set_client_mem_bucket(nullptr);
bkt = nullptr;
pke_test_stub_teardown_vulkan();
}
// test static
int pke_test_static_ui_000() {
pk_arr_t<pke_ui_box_instance_buffer_item> arr{};
pk_arr_t<std::pair<pke_ui_box*,pke_ui_box_instance_buffer_item>> txtr_arr{};
float calculated_offset;
uint8_t err_index = 0;
pke_ui_box *ui_box = pke_ui_box_new_root();
ui_box->flags = PKE_UI_BOX_FLAG_POSITION_TYPE_STATIC;
ui_box->pos_top_left.x = 10;
ui_box->pos_top_left.y = 10;
ui_box->max_size.x = 500;
ui_box->max_size.y = 500;
pke_ui_box *c_ui_box = pke_ui_box_new_child(ui_box);
c_ui_box->flags = PKE_UI_BOX_FLAG_POSITION_TYPE_STATIC;
c_ui_box->pos_top_left.x = 10;
c_ui_box->pos_top_left.y = 10;
c_ui_box->max_size.x = 100;
c_ui_box->max_size.y = 100;
calculated_offset = ui_box->pos_top_left.x + c_ui_box->pos_top_left.x + built_in_offset;
pke_ui_calc_px(arr, txtr_arr, nullptr, ui_box);
pke_ui_recalc_sizes_recursive(arr, txtr_arr, ui_box);
PKE_TEST_ASSERT(ui_box->internal.parent == nullptr, err_index);
PKE_TEST_ASSERT(ui_box->internal.h_children == 1, err_index);
PKE_TEST_ASSERT(c_ui_box->internal.parent != nullptr, err_index);
PKE_TEST_ASSERT(c_ui_box->internal.h_children == 0, err_index);
PKE_TEST_ASSERT(c_ui_box->internal.r_children == 0, err_index);
PKE_TEST_ASSERT(ui_box->internal.px_corner.x == 10, err_index);
PKE_TEST_ASSERT(ui_box->internal.px_corner.y == 10, err_index);
PKE_TEST_ASSERT(c_ui_box->internal.px_corner.x == calculated_offset, err_index);
PKE_TEST_ASSERT(c_ui_box->internal.px_corner.y == calculated_offset, err_index);
PKE_TEST_ASSERT(ui_box->internal.px_size.x == 500, err_index);
PKE_TEST_ASSERT(ui_box->internal.px_size.y == 500, err_index);
PKE_TEST_ASSERT(c_ui_box->internal.px_size.x == 100, err_index);
PKE_TEST_ASSERT(c_ui_box->internal.px_size.y == 100, err_index);
return 0;
}
// test dynamic
int pke_test_static_ui_100() {
pk_arr_t<pke_ui_box_instance_buffer_item> arr{};
pk_arr_t<std::pair<pke_ui_box*,pke_ui_box_instance_buffer_item>> txtr_arr{};
bool b;
float unit;
float calculated_offset_x, calculated_offset_y;
uint8_t err_index = 0;
pke_ui_box *ui_box = pke_ui_box_new_root();
ui_box->flags = PKE_UI_BOX_FLAG_POSITION_TYPE_DYNAMIC;
ui_box->pos_top_left.x = 0.1;
ui_box->pos_top_left.y = 0.1;
ui_box->max_size.x = 0.8;
ui_box->max_size.y = 0.8;
pke_ui_box *c_ui_box = pke_ui_box_new_child(ui_box);
c_ui_box->flags = PKE_UI_BOX_FLAG_POSITION_TYPE_DYNAMIC;
c_ui_box->pos_top_left.x = 0.1;
c_ui_box->pos_top_left.y = 0.1;
c_ui_box->max_size.x = 0.8;
c_ui_box->max_size.y = 0.8;
unit = Extent.width * 0.1;
calculated_offset_x = (unit * 8) - (built_in_offset * 2); // padded parent
calculated_offset_x = (calculated_offset_x * 0.1) + unit + built_in_offset;
unit = Extent.height * 0.1;
calculated_offset_y = (unit * 8) - (built_in_offset * 2); // padded parent
calculated_offset_y = (calculated_offset_y * 0.1) + unit + built_in_offset;
pke_ui_calc_px(arr, txtr_arr, nullptr, ui_box);
pke_ui_recalc_sizes_recursive(arr, txtr_arr, ui_box);
PKE_TEST_ASSERT(ui_box->internal.parent == nullptr, err_index);
PKE_TEST_ASSERT(ui_box->internal.h_children == 1, err_index);
PKE_TEST_ASSERT(c_ui_box->internal.parent != nullptr, err_index);
PKE_TEST_ASSERT(c_ui_box->internal.h_children == 0, err_index);
PKE_TEST_ASSERT(c_ui_box->internal.r_children == 0, err_index);
PKE_TEST_ASSERT(ui_box->internal.px_corner.x == Extent.width * 0.1, err_index);
PKE_TEST_ASSERT(ui_box->internal.px_corner.y == Extent.height * 0.1, err_index);
PKE_TEST_ASSERT(c_ui_box->internal.px_corner.x == calculated_offset_x, err_index);
PKE_TEST_ASSERT(c_ui_box->internal.px_corner.y == calculated_offset_y, err_index);
PKE_TEST_ASSERT(ui_box->internal.px_size.x == (Extent.width * 0.1) * 8, err_index);
PKE_TEST_ASSERT(ui_box->internal.px_size.y == (Extent.height * 0.1) * 8, err_index);
b = flt_equal<float>(
c_ui_box->internal.px_size.x,
(ui_box->internal.px_size.x - (built_in_offset * 2)) * 0.8,
std::numeric_limits<float>::epsilon());
PKE_TEST_ASSERT(b, err_index);
b = flt_equal<float>(
c_ui_box->internal.px_size.y,
(ui_box->internal.px_size.y - (built_in_offset * 2)) * 0.8,
std::numeric_limits<float>::epsilon());
PKE_TEST_ASSERT(b, err_index);
return 0;
}
// test dynamic + static
int pke_test_static_ui_200() {
pk_arr_t<pke_ui_box_instance_buffer_item> arr{};
pk_arr_t<std::pair<pke_ui_box*,pke_ui_box_instance_buffer_item>> txtr_arr{};
float unit;
float calculated_offset_x, calculated_offset_y;
uint8_t err_index = 0;
pke_ui_box *ui_box = pke_ui_box_new_root();
ui_box->flags = PKE_UI_BOX_FLAG_POSITION_TYPE_DYNAMIC;
ui_box->pos_top_left.x = 0.1;
ui_box->pos_top_left.y = 0.1;
ui_box->max_size.x = 0.8;
ui_box->max_size.y = 0.8;
pke_ui_box *c_ui_box = pke_ui_box_new_child(ui_box);
c_ui_box->flags = PKE_UI_BOX_FLAG_POSITION_TYPE_STATIC;
c_ui_box->pos_top_left.x = 1;
c_ui_box->pos_top_left.y = 1;
c_ui_box->max_size.x = 300;
c_ui_box->max_size.y = 300;
unit = Extent.width * 0.1;
calculated_offset_x = unit + 1 + built_in_offset;
unit = Extent.height * 0.1;
calculated_offset_y = unit + 1 + built_in_offset;
pke_ui_calc_px(arr, txtr_arr, nullptr, ui_box);
pke_ui_recalc_sizes_recursive(arr, txtr_arr, ui_box);
PKE_TEST_ASSERT(ui_box->internal.parent == nullptr, err_index);
PKE_TEST_ASSERT(ui_box->internal.h_children == 1, err_index);
PKE_TEST_ASSERT(c_ui_box->internal.parent != nullptr, err_index);
PKE_TEST_ASSERT(c_ui_box->internal.h_children == 0, err_index);
PKE_TEST_ASSERT(c_ui_box->internal.r_children == 0, err_index);
PKE_TEST_ASSERT(ui_box->internal.px_corner.x == Extent.width * 0.1, err_index);
PKE_TEST_ASSERT(ui_box->internal.px_corner.y == Extent.height * 0.1, err_index);
PKE_TEST_ASSERT(c_ui_box->internal.px_corner.x == calculated_offset_x, err_index);
PKE_TEST_ASSERT(c_ui_box->internal.px_corner.y == calculated_offset_y, err_index);
PKE_TEST_ASSERT(ui_box->internal.px_size.x == (Extent.width * 0.1) * 8, err_index);
PKE_TEST_ASSERT(ui_box->internal.px_size.y == (Extent.height * 0.1) * 8, err_index);
PKE_TEST_ASSERT(c_ui_box->internal.px_size.x == 300, err_index);
PKE_TEST_ASSERT(c_ui_box->internal.px_size.y == 300, err_index);
return 0;
}
pk_test_group *pke_test_static_ui_get_group() {
static const uint64_t test_count = 3;
static struct pk_test tests[test_count] = {
{
.title = "test 000",
.func = pke_test_static_ui_000,
.expected_result = 0,
},
{
.title = "test 100",
.func = pke_test_static_ui_100,
.expected_result = 0,
},
{
.title = "test 200",
.func = pke_test_static_ui_200,
.expected_result = 0,
},
};
static struct pk_test_group group = {};
group.title = "static_ui";
group.group_setup = NULL;
group.group_teardown = NULL;
group.test_setup = pke_test_static_ui_setup;
group.test_teardown = pke_test_static_ui_teardown;
group.tests = &tests[0];
group.n_tests = test_count;
return &group;
}
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