bubel-ecs/tests/tests.d

module tests.tests;

import ecs.manager;
import ecs.events;
import ecs.system;
import ecs.entity;

import core.time;
import std.stdio;

int main()
{
	alias SerializeVector = ubyte[];

	struct TestComp
	{
		__gshared ushort component_id;
		int a;
		ulong b;

		static void serializeComponent(ref TestComp comp, SerializeVector output)
		{

		}

		static void deserializeComponent(ref TestComp comp, ubyte[] data)
		{

		}
	}

	struct TestComp2
	{
		__gshared ushort component_id;
		int b;
		int a;

		static void serializeComponent(ref TestComp comp, SerializeVector output)
		{

		}

		static void deserializeComponent(ref TestComp comp, ubyte[] data)
		{

		}
	}

	struct TestComp3
	{
		__gshared ushort component_id;
		uint gg; //good game
		uint bg; //bad game

		static void serializeComponent(ref TestComp comp, SerializeVector output)
		{

		}

		static void deserializeComponent(ref TestComp comp, ubyte[] data)
		{

		}
	}

	struct TestComp4
	{
		__gshared ushort component_id;
		uint gg; //good game
		uint bg; //bad game

		static void serializeComponent(ref TestComp comp, SerializeVector output)
		{

		}

		static void deserializeComponent(ref TestComp comp, ubyte[] data)
		{

		}
	}

	struct TestSystem
	{

		void initialize(ref Entity entity, ref TestComp comp)
		{

		}

		void update(ref Entity entity, ref TestComp test, ref TestComp2 test2) //ref TestComp comp)
		{
			assert(cast(size_t)&test % TestComp.alignof == 0);
			assert(cast(size_t)&test2 % TestComp2.alignof == 0);
			import std.stdio;

			//writeln("Jakis tekst! ",test.b);
			test.a += 1000;
			test.b += 2000;
			//writeln("Jakis tekst! ",test.b);
			test2.b += 2;
			test2.a = 8;
			//writeln("Jakis tekst! ",test2.b);
			//writeln("Low priority tekst! ");
		}

		void handleEvent(Event event, ref TestComp comp)
		{

		}
	}

	struct TestSystemWithHighPriority
	{

		void initialize(ref Entity entity, ref TestComp comp)
		{

		}

		void update(ref Entity entity, ref TestComp test) //ref TestComp comp)
		{
			assert(cast(size_t)&test % TestComp.alignof == 0);

			//writeln("High priority tekst! ");
		}

		void handleEvent(Event event, ref TestComp comp)
		{

		}
	}

	struct TestSystem2
	{

		void onEnable()
		{
			import std.stdio;

			writeln("TestSystem2 enabled");
		}

		void onDisable()
		{
			import std.stdio;

			writeln("TestSystem2 disabled");
		}

		void initialize(ref Entity entity, ref TestComp comp)
		{

		}

		void update(ref Entity entity, ref TestComp3 test) //ref TestComp comp)
		{
			//writeln("TestSystem2 update");
			test.gg += 14;
		}

		void handleEvent(Event event, ref TestComp comp)
		{

		}
	}

	EntityManager.initialize();
	assert(gEM !is null);

	MonoTime time = MonoTime.currTime;

	gEM.registerComponent!TestComp2;
	gEM.registerComponent!TestComp4;
	gEM.registerComponent!TestComp;
	gEM.registerComponent!TestComp3;

	ulong dur = (MonoTime.currTime - time).total!"usecs";
	writeln("Components register: ", dur, " usecs");

	time = MonoTime.currTime;

	gEM.registerSystem!TestSystemWithHighPriority(100);
	gEM.registerSystem!TestSystem(0);
	//gEM.registerSystem!TestSystemWithHighPriority(100);
	//gEM.registerSystem!TestSystem2(0);

	dur = (MonoTime.currTime - time).total!"usecs";
	writeln("Systems register: ", dur, " usecs");

	time = MonoTime.currTime;

	ushort[2] ids = [TestComp2.component_id, TestComp.component_id];
	EntityTemplate* tmpl = gEM.allocateTemplate(ids);
	//writeln(tmpl.info.components[]);
	*cast(EntityID*) tmpl.entity_data.ptr = EntityID(1, 1);

	dur = (MonoTime.currTime - time).total!"usecs";
	writeln("Template allocating: ", dur, " usecs");

	time = MonoTime.currTime;

	//foreach(i; 0..1_000_000)gEM.addEntity(tmpl);

	//foreach(i; 0..1_000_000)gEM.removeEntity(gEM.addEntity(tmpl).id);

	EntityID[1000] idss;

	foreach (i; 0 .. 1_000)
	{
		foreach (j; 0 .. 1_000)
			idss[j] = gEM.addEntity(tmpl).id;
		foreach (j; 0 .. 1_000)
			gEM.removeEntity(idss[j]);
	}

	uint blocks = 0;
	foreach (info; &gEM.entities_infos.byValue)
	{
		EntityManager.EntitiesBlock* block = info.first_block;
		while (block !is null)
		{
			block = block.next_block;
			blocks++;
		}
	}
	writeln("Entities blocks: ", blocks);

	/*Entity entity = gEM.addEntity(tmpl);
	gEM.removeEntity(entity.id);
	gEM.addEntity(tmpl);*/

	dur = (MonoTime.currTime - time).total!"usecs";
	writeln("Entities adding: ", dur, " usecs");

	//foreach(j; 0..1_000)gEM.addEntity(tmpl);

	gEM.registerSystem!TestSystem2(0);

	//assert(*(cast(EntityID*)(cast(void*)tmpl.info.first_block+24)) == EntityID(1,1));
	//assert(*(cast(EntityID*)(cast(void*)tmpl.info.first_block+48)) == EntityID(1,1));

	time = MonoTime.currTime;

	//gEM.update();

	dur = (MonoTime.currTime - time).total!"usecs";
	writeln("Update: ", dur, " usecs");

	Entity entity = gEM.addEntity(tmpl);

	gEM.update();

	Entity* pp = gEM.getEntity(entity.id);
	writeln((cast(uint*) pp)[0 .. 14], " ", pp);

	gEM.addEntity(tmpl);

	gEM.addComponents(entity.id, TestComp3());
	pp = gEM.getEntity(entity.id);

	gEM.update();

	writeln((cast(uint*) pp)[0 .. 14], " ", pp);

	gEM.removeComponents!(TestComp)(entity.id);
	pp = gEM.getEntity(entity.id);

	gEM.update();

	writeln((cast(uint*) pp)[0 .. 14], " ", pp);

	//import std.stdio;
	//writeln((cast(uint*)tmpl.info.first_block)[0..48]);
	gEM.freeTemplate(tmpl);
	return 0;
}