//[Theory]
//[MemberData(nameof(EquivalentExpressions))]
private void GetExpressionText_CacheEquivalentExpressionsn_Theory(LambdaExpression expression1, LambdaExpression expression2)
{
// Act - 1
var text1 = ExpressionHelper.GetExpressionText(expression1, _expressionTextCache);
// Act - 2
var text2 = ExpressionHelper.GetExpressionText(expression2, _expressionTextCache);
// Assert
Assert2.Same(text1, text2); // cached
}
//[Theory]
//[MemberData(nameof(CachedExpressions))]
private void GetExpressionText_CachesExpression_Theory(LambdaExpression expression)
{
// Act - 1
var text1 = ExpressionHelper.GetExpressionText(expression, _expressionTextCache);
// Act - 2
var text2 = ExpressionHelper.GetExpressionText(expression, _expressionTextCache);
// Assert
Assert2.Same(text1, text2); // cached
}
public async Task TargetMethodReturningCustomAwaitableOfValueType_CanInvokeViaExecute()
{
// Arrange
var executor = GetExecutorForMethod(nameof(TestObject.CustomAwaitableOfValueTypeAsync));
// Act
var result = await(TestAwaitable <int>) executor.Execute(_targetObject, new object[] { 123, 456 });
// Assert
Assert2.True(executor.IsMethodAsync);
Assert2.Same(typeof(int), executor.AsyncResultType);
Assert2.Equal(579, result);
}
public async Task TargetMethodReturningAwaitableWithoutICriticalNotifyCompletion_UsesOnCompleted()
{
// Arrange
var executor = GetExecutorForMethod(nameof(TestObject.CustomAwaitableWithoutICriticalNotifyCompletion));
// Act
var result = await executor.ExecuteAsync(_targetObject, new object[0]);
// Assert
Assert2.True(executor.IsMethodAsync);
Assert2.Same(typeof(string), executor.AsyncResultType);
Assert2.Equal("Used OnCompleted", (string)result);
}
public async Task TargetMethodReturningAwaitableOfVoidType_CanInvokeViaExecuteAsync()
{
// Arrange
var executor = GetExecutorForMethod(nameof(TestObject.VoidValueMethodAsync));
// Act
var result = await executor.ExecuteAsync(_targetObject, new object[] { 123 });
// Assert
Assert2.True(executor.IsMethodAsync);
Assert2.Same(typeof(void), executor.AsyncResultType);
Assert2.Null(result);
}
public async Task TargetMethodReturningValueTaskOfValueType_CanBeInvokedViaExecute()
{
// Arrange
var executor = GetExecutorForMethod(nameof(TestObject.ValueTaskOfValueType));
// Act
var result = await(ValueTask <int>) executor.Execute(_targetObject, new object[] { 123 });
// Assert
Assert2.True(executor.IsMethodAsync);
Assert2.Same(typeof(int), executor.AsyncResultType);
Assert2.Equal(123, result);
}
public async Task TargetMethodReturningValueTaskOfReferenceType_CanBeInvokedViaExecuteAsync()
{
// Arrange
var executor = GetExecutorForMethod(nameof(TestObject.ValueTaskOfReferenceType));
// Act
var result = await executor.ExecuteAsync(_targetObject, new object[] { "test result" });
// Assert
Assert2.True(executor.IsMethodAsync);
Assert2.Same(typeof(string), executor.AsyncResultType);
Assert2.Equal("test result", result);
}
public void Process_CachesChainedMemberAccess_ToValueType()
{
// Arrange
var expression1 = GetTestModelExpression(m => m.Date.Year);
var expression2 = GetTestModelExpression(m => m.Date.Year);
// Act
var func1 = CachedExpressionCompiler.Process(expression1);
var func2 = CachedExpressionCompiler.Process(expression2);
// Assert
Assert2.NotNull(func1);
Assert2.Same(func1, func2);
}
public void Process_CachesIdentityExpression()
{
// Arrange
var expression1 = GetTestModelExpression(m => m);
var expression2 = GetTestModelExpression(m => m);
// Act
var func1 = CachedExpressionCompiler.Process(expression1);
var func2 = CachedExpressionCompiler.Process(expression2);
// Assert
Assert2.NotNull(func1);
Assert2.Same(func1, func2);
}
public void Process_CachesSimpleMemberAccess()
{
// Arrange
var expression1 = GetTestModelExpression(m => m.Name);
var expression2 = GetTestModelExpression(m => m.Name);
// Act
var func1 = CachedExpressionCompiler.Process(expression1);
var func2 = CachedExpressionCompiler.Process(expression2);
// Assert
Assert2.NotNull(func1);
Assert2.Same(func1, func2);
}
public void Process_CachesStaticPropertyAccess()
{
// Arrange
var expression1 = GetTestModelExpression(m => TestModel.StaticProperty);
var expression2 = GetTestModelExpression(m => TestModel.StaticProperty);
// Act
var func1 = CachedExpressionCompiler.Process(expression1);
var func2 = CachedExpressionCompiler.Process(expression2);
// Assert
Assert2.NotNull(func1);
Assert2.Same(func1, func2);
}
public async Task TargetMethodReturningCustomAwaitableOfReferenceType_CanInvokeViaExecute()
{
// Arrange
var executor = GetExecutorForMethod(nameof(TestObject.CustomAwaitableOfReferenceTypeAsync));
// Act
var result = await(TestAwaitable <TestObject>) executor.Execute(_targetObject, new object[] { "Hello", 123 });
// Assert
Assert2.True(executor.IsMethodAsync);
Assert2.Same(typeof(TestObject), executor.AsyncResultType);
Assert2.NotNull(result);
Assert2.Equal("Hello 123", result.value);
}
public void PropertyHelper_ReturnsCachedPropertyHelper()
{
// Arrange
var anonymous = new { foo = "bar" };
// Act
var helpers1 = PropertyHelper.GetPropertyAccessors(anonymous.GetType().GetTypeInfo());
var helpers2 = PropertyHelper.GetPropertyAccessors(anonymous.GetType().GetTypeInfo());
// Assert
Assert2.Single(helpers1);
Assert2.Same(helpers1, helpers2);
Assert2.Same(helpers1[0], helpers2[0]);
}
public void Process_IdentityExpression()
{
// Arrange
var model = new TestModel();
var expression = GetTestModelExpression(m => m);
// Act
var func = CachedExpressionCompiler.Process(expression);
// Assert
Assert2.NotNull(func);
var result = func(model);
Assert2.Same(model, result);
}
public void Process_ConstLookup_WithNullModel()
{
// Arrange
var differentModel = new DifferentModel();
var expression = GetTestModelExpression(m => differentModel);
// Act
var func = CachedExpressionCompiler.Process(expression);
// Assert
Assert2.NotNull(func);
var result = func(null);
Assert2.Same(differentModel, result);
}
public void Process_CapturedVariable_WithNullModel()
{
// Arrange
var differentModel = new DifferentModel();
var model = (TestModel)null;
var expression = GetTestModelExpression(m => differentModel);
// Act
var func = CachedExpressionCompiler.Process(expression);
// Assert
Assert2.NotNull(func);
var result = func(model);
Assert2.Same(differentModel, result);
}
public void Process_ConstLookup_UsingCachedValue()
{
// Arrange
var model = new TestModel();
var differentModel = new DifferentModel();
var expression1 = GetTestModelExpression(m => differentModel);
var expression2 = GetTestModelExpression(m => differentModel);
// Act - 1
var func1 = CachedExpressionCompiler.Process(expression1);
// Assert - 1
var result1 = func1(null);
Assert2.Same(differentModel, result1);
// Act - 2
var func2 = CachedExpressionCompiler.Process(expression2);
// Assert - 2
var result2 = func1(null);
Assert2.Same(differentModel, result2);
}
public void Process_ConstLookup_WhenCapturedLocalChanges()
{
// Arrange
var model = new TestModel();
var differentModel = new DifferentModel();
var expression = GetTestModelExpression(m => differentModel);
// Act
var func = CachedExpressionCompiler.Process(expression);
// Assert - 1
var result1 = func(null);
Assert2.Same(differentModel, result1);
// Act - 2
differentModel = new DifferentModel();
// Assert - 2
var result2 = func(null);
Assert2.NotSame(differentModel, result1);
Assert2.Same(differentModel, result2);
}
