public void TestFeatureSetIsEmpty()
{
var module = LoadModuleXml("FeatureSetIsEmpty.xml");
_assert.NotNull(module.FeatureSet);
_assert.Empty(module.FeatureSet);
}
public void FactoryInterfaceDoesNotResolveToNull()
{
var kernel = CreateKernel();
var factory = kernel.Get <IEntityFactory>();
_assert.NotNull(factory);
}
public void FactoryInterfaceDoesNotResolveToNull()
{
var kernel = CreateKernel();
var factory = kernel.Get <IGenericFactory <Player, DefaultWorld> >();
_assert.NotNull(factory);
}
/// <summary>
/// <see cref="IAssert{TAssert}.Current"/>
/// </summary>
/// <param name="assert"></param>
/// <returns></returns>
public static IAssert <IEnumerable <TAssert> > NotAny <TAssert>(this IAssert <IEnumerable <TAssert> > assert, Func <TAssert, bool> predicate, string message = null)
{
assert.NotNull()
.Then(s => s.Any(predicate))
.False(message ?? "已存在匹配项");
return(assert);
}
public void TestNetworkMessageCanBeSerializedAndDeserialized()
{
var kernel = new StandardKernel();
kernel.Load <ProtogameNetworkModule>();
kernel.Bind <INetworkMessage>().To <TestNetworkMessage>();
var serializer = kernel.Get <INetworkMessageSerialization>();
var message = new TestNetworkMessage
{
TestInteger = 5,
TestString = "hello world"
};
var data = serializer.Serialize(message);
Type messageType;
var deserialized = serializer.Deserialize(data, out messageType);
_assert.Same(messageType, typeof(TestNetworkMessage));
_assert.NotNull(deserialized);
_assert.IsType <TestNetworkMessage>(deserialized);
var content = (TestNetworkMessage)deserialized;
_assert.Equal(5, content.TestInteger);
_assert.Equal("hello world", content.TestString);
}
public void ParseExampleCode()
{
var parser = new UnifiedShaderParser();
var codeStream =
Assembly.GetExecutingAssembly().GetManifestResourceStream("Protogame.Tests.UnifiedShaderExample.usl");
_assert.NotNull(codeStream);
var codeReader = new StreamReader(codeStream);
var effect = parser.Parse(codeReader.ReadToEnd());
}
public static void PowerShellHelloWorld([NotNull] IAssert assert)
{
var pwsh = new PowerShell();
var result = (ShellCaptureResult)pwsh.ExecCommand("Write-Host 'Hello World'");
assert.NotNull(result);
assert.Equal(0, result.ExitCode);
var firstLine = result.StdOut.FirstOrDefault();
assert.NotEmpty(firstLine);
assert.True(firstLine.Contains("Hello World"));
}
public void TestInstantiateComponentResolution()
{
var kernel = new StandardKernel();
kernel.Load <ProtogameComponentModule>();
var factory = kernel.Get <IEntityFactory>();
factory.HierarchyRoot = new object();
factory.PlanForEntityCreation <EntityC>();
var entities = factory.CreateEntities();
_assert.NotNull(((EntityC)entities[0]).ComponentD);
}
public void Ctor()
{
using var fake = new FakeDbConnection();
using var conn = new DataConnection(fake, new DataSqlDialect());
assert.Equal(ConnectionState.Closed, conn.State);
assert.Null(conn.ConnectionString);
assert.NotNull(conn.SqlDialect);
assert.Equal("Sqlite", conn.Provider);
}
/// <summary>
/// <see cref="IAssert{TAssert}.Current"/>不为null
/// </summary>
/// <param name="assert"></param>
/// <returns></returns>
public static IAssert <TAssert> NotNull <TAssert>(this IAssert <TAssert> assert) where TAssert : class
{
return(assert.NotNull($"{assert.Name},不能为null"));
}
public RenderPipelineWorld(
IAssetManager assetManager,
I2DRenderUtilities renderUtilities,
IGraphicsFactory graphicsFactory,
IAssert assert,
ITestAttachment testAttachment,
IRenderTargetBackBufferUtilities renderTargetBackBufferUtilities,
IGraphicsBlit graphicsBlit)
{
_renderUtilities = renderUtilities;
_assert = assert;
_testAttachment = testAttachment;
_texture = assetManager.Get <TextureAsset>("texture.Player");
_invertPostProcess = graphicsFactory.CreateInvertPostProcessingRenderPass();
_blurPostProcess = graphicsFactory.CreateBlurPostProcessingRenderPass();
_customPostProcess = graphicsFactory.CreateCustomPostProcessingRenderPass("effect.MakeRed");
_captureInlinePostProcess = graphicsFactory.CreateCaptureInlinePostProcessingRenderPass();
_renderTargetBackBufferUtilities = renderTargetBackBufferUtilities;
_graphicsBlit = graphicsBlit;
_captureInlinePostProcess.RenderPipelineStateAvailable = (gameContext, renderContext, previousPass, d) =>
{
if (!_isValidRun)
{
return;
}
_renderTarget = _renderTargetBackBufferUtilities.UpdateCustomRenderTarget(_renderTarget, renderContext, SurfaceFormat.Color, DepthFormat.None, 1);
// Blit to the capture target.
_graphicsBlit.Blit(renderContext, d, _renderTarget);
#if MANUAL_TEST
#elif RECORDING
using (var writer = new StreamWriter("output" + _frame + ".png"))
{
_renderTarget.SaveAsPng(writer.BaseStream, Width, Height);
}
#else
var baseStream =
typeof(RenderPipelineWorld).Assembly.GetManifestResourceStream(
"Protogame.Tests.Expected.RenderPipeline.output" + _frame + ".png");
_assert.NotNull(baseStream);
var memoryStream = new MemoryStream();
_renderTarget.SaveAsPng(memoryStream, Width, Height);
// ReSharper disable once AssignNullToNotNullAttribute
var expected = new Bitmap(baseStream);
var actual = new Bitmap(memoryStream);
_assert.Equal(expected.Height, actual.Height);
_assert.Equal(expected.Width, actual.Width);
var totalPixelValues = 0L;
var incorrectPixelValues = 0L;
for (var x = 0; x < expected.Width; x++)
{
for (var y = 0; y < expected.Height; y++)
{
var expectedPixel = expected.GetPixel(x, y);
var actualPixel = actual.GetPixel(x, y);
totalPixelValues += 255 * 4;
if (expectedPixel != actualPixel)
{
var diffA = System.Math.Abs((int)actualPixel.A - (int)expectedPixel.A);
var diffR = System.Math.Abs((int)actualPixel.R - (int)expectedPixel.R);
var diffG = System.Math.Abs((int)actualPixel.G - (int)expectedPixel.G);
var diffB = System.Math.Abs((int)actualPixel.B - (int)expectedPixel.B);
incorrectPixelValues += (diffA + diffR + diffG + diffB);
}
}
}
var percentage = (100 - ((incorrectPixelValues / (double)totalPixelValues) * 100f));
var combination = _combinations[_frame % _combinations.Count];
_testAttachment.Attach("name-" + combination.Id, combination.Name);
_testAttachment.Attach("expected-" + combination.Id, baseStream);
_testAttachment.Attach("actual-" + combination.Id, memoryStream);
_testAttachment.Attach("threshold-" + combination.Id, 99.9);
_testAttachment.Attach("measured-" + combination.Id, percentage);
if (percentage <= 99.9f)
{
combination.FailureMessage = "The actual rendered image did not match the expected image close enough (99.9%).";
}
//memoryStream.Dispose();
//baseStream.Dispose();
#endif
#if MANUAL_TEST
_manualTest++;
if (_manualTest % 60 == 0)
{
_frame++;
}
#else
_frame++;
#endif
};
this.Entities = new List <IEntity>();
}
public static void SimpleExecute([NotNull] IAssert assert)
{
var result = Shell.Execute("curl --version");
assert.NotNull(result.StdOut);
}
public void ReaderHeader_WithPrivateKey()
{
using (var options = new SymmetricEncryptionProviderOptions())
using (var engine = new SymmetricEncryptionProvider())
{
byte[] privateKey = null;
using (var rng = new RandomNumberGenerator())
{
privateKey = rng.NextBytes(20);
}
byte[] data = null;
var header1 = engine.GenerateHeader(options, privateKey: privateKey);
data = new byte[header1.Bytes.Memory.Length];
header1.Bytes.Memory.CopyTo(data);
var ms = new MemoryStream(data);
using (var header = engine.ReadHeader(ms, options, privateKey))
{
ms.Position = 0;
var data2 = new byte[header.Bytes.Memory.Length];
header.Bytes.Memory.CopyTo(data2);
assert.Equal(data.Length, data2.Length);
assert.Equal(data, data2);
assert.NotNull(header);
assert.Equal(1, header.Version);
assert.Equal(SymmetricAlgorithmType.AES, header.SymmetricAlgorithmType);
assert.Equal(KeyedHashAlgorithmType.HMACSHA256, header.KeyedHashAlgorithmType);
assert.Equal(0, header.MetaDataSize);
assert.NotEqual(0, header.SigningSaltSize);
assert.NotEqual(0, header.SymmetricSaltSize);
assert.NotEqual(0, header.IvSize);
assert.NotEqual(0, header.HashSize);
assert.NotEqual(0, header.Iterations);
assert.NotNull(header.SymmetricKey);
assert.NotNull(header.IV);
assert.NotNull(header.SigningKey);
assert.NotNull(header.Bytes);
assert.Ok(!header.SymmetricKey.Memory.IsEmpty);
assert.Ok(!header.IV.Memory.IsEmpty);
assert.Ok(!header.SigningKey.Memory.IsEmpty);
var temp = new byte[header.SymmetricKey.Memory.Length];
header.SymmetricKey.Memory.CopyTo(temp);
assert.NotEqual(privateKey, temp);
assert.Ok(!header.Bytes.Memory.IsEmpty);
ms.Position = 0;
using (var br = new BinaryReader(ms))
{
assert.Equal(1, br.ReadInt16());
assert.Equal((short)SymmetricAlgorithmType.AES, br.ReadInt16());
assert.Equal((short)KeyedHashAlgorithmType.HMACSHA256, br.ReadInt16());
assert.Equal(header.MetaDataSize, br.ReadInt32());
assert.Equal(header.Iterations, br.ReadInt32());
assert.Equal(header.SymmetricSaltSize, br.ReadInt16());
assert.Equal(header.SigningSaltSize, br.ReadInt16());
assert.Equal(header.IvSize, br.ReadInt16());
assert.Equal(header.SymmetricKeySize, br.ReadInt16());
assert.Equal(header.HashSize, br.ReadInt16());
assert.Equal(header.Version, header1.Version);
assert.Equal(header.KeyedHashAlgorithmType, header1.KeyedHashAlgorithmType);
assert.Equal(header.SymmetricAlgorithmType, header1.SymmetricAlgorithmType);
assert.Equal(header.MetaDataSize, header1.MetaDataSize);
assert.Equal(header.Iterations, header1.Iterations);
assert.Equal(header.SymmetricSaltSize, header1.SymmetricSaltSize);
assert.Equal(header.SigningSaltSize, header1.SigningSaltSize);
assert.Equal(header.IvSize, header1.IvSize);
assert.Equal(header.SymmetricKeySize, header1.SymmetricKeySize);
assert.Equal(header.HashSize, header1.HashSize);
byte[] metadata = null;
byte[] symmetricSalt = null;
byte[] signingSalt = null;
byte[] iv = null;
byte[] symmetricKey = null;
byte[] hash = null;
// header values
// 1. version
// 2. metadataSize
// 3. iterations
// 4. symmetricSaltSize
// 5. signingSaltSize
// 6. ivSize
// 7. symmetricKeySize
// 8. hashSize
// header values
// 1. metadata (optional)
// 2. symmetricSalt (optional)
// 3. signingSalt (optional)
// 4. iv
// 5. symmetricKey (optional)
// 6. hash
if (header.MetaDataSize > 0)
{
metadata = br.ReadBytes(header.MetaDataSize);
}
if (header.SymmetricSaltSize > 0)
{
assert.Equal(options.SaltSize / 8, header.SymmetricSaltSize);
var name = System.Security.Cryptography.HashAlgorithmName.SHA256;
symmetricSalt = br.ReadBytes(header.SymmetricSaltSize);
using (var generator = new Rfc2898DeriveBytes(privateKey, symmetricSalt, options.Iterations, name))
{
symmetricKey = generator.GetBytes(options.KeySize / 8);
var p1 = new byte[header.SymmetricKey.Memory.Length];
var p2 = new byte[header1.SymmetricKey.Memory.Length];
header.SymmetricKey.Memory.CopyTo(p1);
header1.SymmetricKey.Memory.CopyTo(p2);
assert.Equal(p1, p2);
assert.Equal(symmetricKey, p1);
}
symmetricKey = null;
}
if (header.SigningSaltSize > 0)
{
signingSalt = br.ReadBytes(header.SigningSaltSize);
var name = System.Security.Cryptography.HashAlgorithmName.SHA256;
using (var generator = new Rfc2898DeriveBytes(privateKey, signingSalt, options.Iterations, name))
{
var signingKey = generator.GetBytes(options.KeySize / 8);
var p1 = new byte[header.SymmetricKey.Memory.Length];
header.SigningKey.Memory.CopyTo(p1);
assert.Equal(signingKey, p1);
}
}
if (header.IvSize > 0)
{
iv = br.ReadBytes(header.IvSize);
var iv2 = new byte[header.IvSize];
header.IV.Memory.CopyTo(iv2);
assert.Equal(iv, iv2);
}
if (header.SymmetricKeySize > 0)
{
symmetricKey = br.ReadBytes(header.SymmetricKeySize);
}
if (header.HashSize > 0)
{
hash = br.ReadBytes(header.HashSize);
var hash2 = new byte[header.HashSize];
header.Hash.Memory.CopyTo(hash2);
assert.Equal(hash, hash2);
}
assert.Null(metadata);
assert.NotNull(hash);
assert.NotNull(signingSalt);
assert.NotNull(symmetricSalt);
// header property has a copy but does not
// write it to the file header when a private key
// is provided.
assert.Null(symmetricKey);
assert.NotNull(iv);
assert.NotEmpty(hash);
assert.NotEmpty(signingSalt);
assert.NotEmpty(symmetricSalt);
assert.NotEmpty(iv);
}
}
}
}