public void TestExtensionCloning()
{
var puppetLevel1 = PuppetLevel.Create(masterBuildControl: true);
var puppetSpecial1 = new PuppetLevelAddition1(puppetLevel1, true); //give value for Addition1
var puppetSpecial2 = puppetLevel1.GetSpecialised <PuppetLevelAddition2>();
var puppetLevel1C = puppetLevel1.Clone();
PuppetLevelAddition1 puppetSpecial1C = puppetLevel1C.GetSpecialised <PuppetLevelAddition1>();
PuppetLevelAddition2 puppetSpecial2C = puppetLevel1C.GetSpecialised <PuppetLevelAddition2>();
//Value Conservation
Assert.True(puppetLevel1C.MasterBuildControl);
Assert.True(puppetSpecial1C.MasterBuildControl);
Assert.True(puppetSpecial2C.MasterBuildControl);
//Instance independence
Assert.NotEqual(puppetLevel1, puppetLevel1C);
Assert.NotEqual(puppetSpecial1, puppetSpecial1C);
Assert.NotEqual(puppetSpecial2, puppetSpecial2C);
//Value independence
puppetLevel1.MasterBuildControl = false;
puppetSpecial1.Addition1 = false;
puppetSpecial2C.Addition2 = true;
Assert.NotEqual(puppetLevel1.MasterBuildControl, puppetLevel1C.MasterBuildControl);
Assert.NotEqual(puppetSpecial1.MasterBuildControl, puppetSpecial1C.MasterBuildControl);
Assert.NotEqual(puppetSpecial2.MasterBuildControl, puppetSpecial2C.MasterBuildControl);
Assert.NotEqual(puppetSpecial1.Addition1, puppetSpecial1C.Addition1);
Assert.NotEqual(puppetSpecial2.Addition2, puppetSpecial2C.Addition2);
}
/*private static void TestWorld()
* {
* //game data
* var root = new RootKey("root");
*
* YieldManager ym = new YieldManagerImpl(new Key(root, "yield"));
* var food = new YieldType("food", ym);
* var production = new YieldType("production", ym);
* var commerce = new YieldType("commerce", ym);
*
* var resTb = new YieldModifyingSSFR<TerrainBiome>(WorldType.World, new Key(root, "tb"), false, Terrain);
* var grassland = new TerrainBiome("grassland", resTb, ym, Addition, new double[] {2, 0, 0});
* var plains = new TerrainBiome("plains", resTb, ym, Addition, new double[] {1, 1, 0});
* var desert = new TerrainBiome("desert", resTb, ym, Addition, new double[] {0, 1, 0});
* var tundra = new TerrainBiome("tundra", resTb, ym, Addition, new double[] {1, 0, 0});
* var ice = new TerrainBiome("ice", resTb, ym, Addition, new double[] {0, 0, 0});
* var resTv = new YieldModifyingSMFR<TerrainVegetation>(WorldType.World, new Key(root, "tv"), Terrain);
* var jungle = new TerrainVegetation("jungle", resTv, ym, Addition, new double[] {0, -1, -1});
* var forest = new TerrainVegetation("forest", resTv, ym, Addition, new double[] {0, 1, 0});
* var pineForest = new TerrainVegetation("pine forest", resTv, ym, Addition, new double[] {0, 1, 0});
* var resTl = new YieldModifyingSSFR<TerrainLandform>(WorldType.World, new Key(root, "tl"), false, Terrain);
* var flatland = new TerrainLandform("flatland", resTl, ym, Addition, new double[] {0, 0, 0});
* var hills = new TerrainLandform("hills", resTl, ym, Addition, new double[] {-1, 1, 0});
* var mountains = new TerrainLandform("mountains", resTl, ym, Addition, new double[] {-2, 1, 0});
* var highMountains = new TerrainLandform("high mountains", resTl, ym, Addition, new double[] {-2, 0, -1});
*
* //civs
* var civMan = new CivilizationRegister(new Key(root, "civs"), 4);
* var rome = new Civilization("Rome", civMan);
* var egypt = new Civilization("Egypt", civMan);
*
* //init
* var fw = new FeatureWorld(2, ym);
* fw.Register(resTb);
* fw.Register(resTv);
* fw.Register(resTl);
* fw.Register(civMan.Resolver);
* fw.Lock();
*
* //world creation
* var world = new TileWorld(fw, 5, 5);
*
* // ReSharper disable once InconsistentNaming
* var tile3_3 = world[3, 3];
*
* Console.WriteLine(grassland.HasFeature(tile3_3));
* Console.WriteLine(flatland.HasFeature(tile3_3));
* Console.WriteLine(jungle.HasFeature(tile3_3));
* Console.WriteLine(mountains.HasFeature(tile3_3));
* Console.WriteLine(flatland.Id);
* Console.WriteLine(hills.Id);
* Console.WriteLine(mountains.Id);
* Console.WriteLine();
* Console.WriteLine(
* $"{world.CalcYield(3, 3, food)}, {world.CalcYield(3, 3, production)}, {world.CalcYield(3, 3, commerce)}");
* forest.AddFeature(tile3_3);
* Console.WriteLine(
* $"{world.CalcYield(3, 3, food)}, {world.CalcYield(3, 3, production)}, {world.CalcYield(3, 3, commerce)}");
* hills.AddFeature(tile3_3);
* Console.WriteLine(
* $"{world.CalcYield(3, 3, food)}, {world.CalcYield(3, 3, production)}, {world.CalcYield(3, 3, commerce)}");
* Console.WriteLine(grassland.HasFeature(tile3_3));
* Console.WriteLine(forest.HasFeature(tile3_3));
* Console.WriteLine(hills.HasFeature(tile3_3));
*
* Console.WriteLine($"Owner: 2,3={civMan.GetOwner(world[2, 3])?.Name ?? "NoMensLand"}");
* Console.WriteLine(
* $"Rome Vision={rome.GetVision(world[2, 3])}, Egypt Vision={egypt.GetVision(world[2, 3])}, ");
* rome.Own(world[2, 3]);
* Console.WriteLine($"Owner: 2,3={civMan.GetOwner(world[2, 3])?.Name ?? "NoMensLand"}");
* Console.WriteLine(
* $"Rome Vision={rome.GetVision(world[2, 3])}, Egypt Vision={egypt.GetVision(world[2, 3])}, ");
* egypt.Own(world[2, 3]);
* Console.WriteLine($"Owner: 2,3={civMan.GetOwner(world[2, 3])?.Name ?? "NoMensLand"}");
* Console.WriteLine(
* $"Rome Vision={rome.GetVision(world[2, 3])}, Egypt Vision={egypt.GetVision(world[2, 3])}, ");
* Console.WriteLine($"Owner: 3,2={civMan.GetOwner(world[3, 2])?.Name ?? "NoMensLand"}");
*
*
* Console.ReadKey();
*
* var sw = new Stopwatch();
*
* //big world alloc
* sw.Start();
* const int worldSize = 5000;
* world = new TileWorld(fw, worldSize, worldSize);
* var world2 = new TileWorld(fw, worldSize, worldSize);
* sw.Stop();
* GC.Collect();
* Console.WriteLine($"ms:{sw.ElapsedMilliseconds}");
*
* //prepair multithreading test
* var wInterface = new WorldInterfaceImpl(world2);
* var monitor = new object();
* bool[] flag = {
* true
* };
*
* var thread2 = new Thread(() => {
* lock (monitor) Monitor.Wait(monitor);
* Console.WriteLine("Thread 2 stopped waiting");
* var sw2 = new Stopwatch();
* sw2.Start();
* wInterface.Execute();
* sw2.Stop();
* Console.WriteLine($"Thread 2 took {sw2.Elapsed.TotalMilliseconds}ms");
* lock (monitor) Monitor.Pulse(monitor);
* lock (monitor) Monitor.Wait(monitor);
* int workLoops = 0;
* int allLoops = 0;
* int j = 0;
* long lastTiming = 0;
* //Thread.Sleep(50);
* while (flag[0]) {
* j++;
* sw.Restart();
* if (wInterface.Execute()) {
* sw.Stop();
* lastTiming += sw.ElapsedTicks;
* workLoops++;
* allLoops += j;
* j = 0;
* }
* }
*
* Console.WriteLine(
* $"Thread 2 made {workLoops}/{allLoops} loops. Took: {new TimeSpan(lastTiming).TotalMilliseconds}ms");
* });
* thread2.Start();
*
* //random updates
* world.RegisterUpdate(wInterface.ScheduleUpdate);
* ISimpleFeature[] allFeatures = {
* desert, flatland, forest, grassland, highMountains, hills, ice, jungle, mountains, pineForest, plains,
* tundra
* };
* var rnd = new Random();
* Console.WriteLine("random updates");
*
* sw.Start();
* for (int i = 0; i < 1_000_000; i++) {
* allFeatures[rnd.Next(allFeatures.Length)].AddFeature(world[rnd.Next(worldSize), rnd.Next(worldSize)]);
* }
* sw.Stop();
* lock (monitor) Monitor.Pulse(monitor);
* Console.WriteLine($"random updates done. took {sw.ElapsedMilliseconds}ms");
* lock (monitor) Monitor.Wait(monitor);
* Console.ReadKey();
*
*
* Console.WriteLine("random updates parallel");
* lock (monitor) Monitor.Pulse(monitor);
* for (int i = 0; i < 1_000_000; i++) {
* allFeatures[rnd.Next(allFeatures.Length)].AddFeature(world[rnd.Next(worldSize), rnd.Next(worldSize)]);
* }
* flag[0] = false;
* Console.WriteLine("random updates parallel done");
*
*
* Console.ReadKey();
* Console.WriteLine(grassland.HasFeature(tile3_3));
* Console.WriteLine(mountains.HasFeature(tile3_3));
*
* Console.ReadKey();
* }*/
private static void TestPuppetLevel()
{
var puppetLevel1 = PuppetLevel.Create(masterBuildControl: true);
var puppetSpecial1 = new PuppetLevelAddition1(puppetLevel1);
var puppetSpecial2 = puppetLevel1.GetSpecialised <PuppetLevelAddition2>();
Console.WriteLine(
$"{puppetLevel1.MasterBuildControl} {puppetSpecial1.MasterBuildControl} {puppetSpecial2.MasterBuildControl}");
var puppetSpecial21 = puppetSpecial1.GetSpecialised <PuppetLevelAddition2>();
Console.WriteLine(puppetSpecial2 == puppetSpecial21);
Console.WriteLine();
puppetSpecial2.Addition2 = true;
var puppetLevel1C = puppetLevel1.Clone();
var puppetSpecial1C = puppetLevel1C.GetSpecialised <PuppetLevelAddition1>();
var puppetSpecial2C = puppetLevel1C.GetSpecialised <PuppetLevelAddition2>();
Console.WriteLine(
$"{puppetLevel1.MasterBuildControl} {puppetSpecial1.MasterBuildControl} {puppetSpecial2.MasterBuildControl}");
Console.WriteLine(
$"{puppetLevel1 == puppetLevel1C} {puppetSpecial1 == puppetSpecial1C} {puppetSpecial2 == puppetSpecial2C}");
Console.WriteLine();
puppetSpecial1C.Addition1 = true;
puppetSpecial2.Addition2 = false;
Console.WriteLine($"{puppetSpecial1.Addition1} vs {puppetSpecial1C.Addition1}");
Console.WriteLine($"{puppetSpecial2.Addition2} vs {puppetSpecial2C.Addition2}");
}
public void TestExtensionValueConservation()
{
var puppetLevel1 = PuppetLevel.Create(masterBuildControl: true);
var puppetSpecial1 = puppetLevel1.GetSpecialised <PuppetLevelAddition1>();
Assert.True(puppetLevel1.MasterBuildControl);
Assert.Equal(puppetLevel1.MasterBuildControl, puppetSpecial1.MasterBuildControl);
}
public void TestExtensionInstanceConsistency()
{
var puppetLevel1 = PuppetLevel.Create();
var puppetSpecial1 = puppetLevel1.GetSpecialised <PuppetLevelAddition1>();
var puppetSpecial2 = new PuppetLevelAddition2(puppetLevel1);
var puppetSpecial3 = new PuppetLevelAddition3(puppetSpecial2);
var puppetSpecial11 = puppetSpecial3.GetSpecialised <PuppetLevelAddition1>();
var puppetSpecial21 = puppetLevel1.GetSpecialised <PuppetLevelAddition2>();
var puppetSpecial31 = puppetSpecial1.GetSpecialised <PuppetLevelAddition3>();
Assert.True(puppetSpecial1 == puppetSpecial11);
Assert.True(puppetSpecial2 == puppetSpecial21);
Assert.True(puppetSpecial3 == puppetSpecial31);
}