package game

import "core:testing"

@(test)
test_start_wave_enters_combat :: proc(t: ^testing.T) {
	world := World {
		phase = .Combat,
	}
	world.wave.current_wave = 0

	start_wave(&world)

	testing.expect(t, world.phase == .Combat)
	testing.expect(t, world.wave.current_wave == 0)
}

@(test)
test_start_wave_from_build :: proc(t: ^testing.T) {
	world := World {
		phase = .Build,
	}
	world.wave.current_wave = 0

	start_wave(&world)

	testing.expect(t, world.phase == .Combat)
	testing.expect(t, world.wave.current_wave == 1)
	testing.expect(t, world.wave.spawner.spawn_timer == 0)
	testing.expect(t, world.wave.spawner.spawn_interval == 0.55)
	testing.expect(t, world.wave.spawner.recipe_index == 0)
}

@(test)
test_clear_wave_not_cleared :: proc(t: ^testing.T) {
	world := World{}
	world.wave.spawner.recipe = make([dynamic]Wave_Entry, context.allocator)
	append(&world.wave.spawner.recipe, Wave_Entry{})
	defer delete(world.wave.spawner.recipe); world.wave.spawner.recipe_index = 0
	world.wave.spawner.entry_remaining = 0

	result := clear_wave(&world)

	testing.expect(t, result == false)
}

@(test)
test_clear_wave_cleared :: proc(t: ^testing.T) {
	world := World{}
	world.wave.spawner.recipe = make([dynamic]Wave_Entry, context.allocator)
	append(&world.wave.spawner.recipe, Wave_Entry{})
	defer delete(world.wave.spawner.recipe); world.wave.spawner.recipe_index = 1
	world.wave.spawner.entry_remaining = 0

	result := clear_wave(&world)

	testing.expect(t, result == true)
}