public static void AsTypeExpr()
{
ExpressionTrees.Test((Func <object, MyClass>)((object obj) => obj as MyClass), (Expression <Func <object, MyClass> >)((object obj) => obj as MyClass));
ExpressionTrees.Test((Func <object, GenericClass <object> >)((object obj) => obj as GenericClass <object>), (Expression <Func <object, GenericClass <object> > >)((object obj) => obj as GenericClass <object>));
}
public void NewMultiDimArray()
{
ExpressionTrees.ToCode(ExpressionTrees.X(), () => new int[3, 4].Length == 1);
}
public void Quoted()
{
ExpressionTrees.ToCode(ExpressionTrees.X(), () => (Expression <Func <int, string, string> >)((int n, string s) => s + n.ToString()) != null);
}
private bool MyEquals(ExpressionTrees other)
{
throw new NotImplementedException();
}
public void MultipleDots()
{
ExpressionTrees.ToCode(ExpressionTrees.X(), () => 3.ToString().ToString().Length > 0);
}
public void LiteralCharAndProperty()
{
ExpressionTrees.ToCode(ExpressionTrees.X(), () => new string(' ', 3).Length == 1);
}
public void NotImplicitCast()
{
byte z = 42;
ExpressionTrees.ToCode(ExpressionTrees.X(), () => ~z == 0);
}
public static void Capturing()
{
int captured = 5;
ExpressionTrees.Test((Func <int>)(() => captured), (Expression <Func <int> >)(() => captured));
}
public static void Quote()
{
ExpressionTrees.Test((Func <bool>)(() => (Expression <Func <int, string, string> >)((int n, string s) => s + n.ToString()) != null), (Expression <Func <bool> >)(() => (Expression <Func <int, string, string> >)((int n, string s) => s + n.ToString()) != null));
}
public static void UnaryArithmeticOperators()
{
ExpressionTrees.Test((Func <int, int>)((int a) => a), (Expression <Func <int, int> >)((int a) => a));
ExpressionTrees.Test((Func <int, int>)((int a) => - a), (Expression <Func <int, int> >)((int a) => - a));
}
public static void SimpleExpressions()
{
ExpressionTrees.Test((Func <int>)(() => 0), (Expression <Func <int> >)(() => 0));
ExpressionTrees.Test((Func <int, int>)((int a) => a), (Expression <Func <int, int> >)((int a) => a));
}
public static void ConditionalOperator()
{
ExpressionTrees.ToCode(null, (bool a) => a ? 5 : 10);
ExpressionTrees.ToCode(null, (object a) => a ?? new MyClass());
}
public static void UnaryLogicalOperators()
{
ExpressionTrees.Test((Func <bool, bool>)((bool a) => !a), (Expression <Func <bool, bool> >)((bool a) => !a));
}
public static void IsTypeExpr()
{
ExpressionTrees.Test((Func <object, bool>)((object obj) => obj is MyClass), (Expression <Func <object, bool> >)((object obj) => obj is MyClass));
}
public void IndexerAccess()
{
Dictionary <string, int> dict = Enumerable.Range(1, 20).ToDictionary((int n) => n.ToString());
ExpressionTrees.ToCode(ExpressionTrees.X(), () => dict["3"] == 3);
}
public void Parameter(bool a)
{
ExpressionTrees.ToCode(ExpressionTrees.X(), () => a);
}
public void IsOperator()
{
ExpressionTrees.ToCode(ExpressionTrees.X(), () => new object() is string);
}
public void LocalVariable()
{
bool a = true;
ExpressionTrees.ToCode(ExpressionTrees.X(), () => a);
}
public void CharNoCast()
{
ExpressionTrees.ToCode(ExpressionTrees.X(), () => "abc"[1] == 'b');
}
public void LambdaParameter()
{
ExpressionTrees.ToCode(ExpressionTrees.X(), (bool a) => a);
}
public void DoAssert()
{
ExpressionTrees.ToCode(ExpressionTrees.X(), () => this.field != this.C());
ExpressionTrees.ToCode(ExpressionTrees.X(), () => !object.ReferenceEquals(this, new ExpressionTrees()));
ExpressionTrees.ToCode(ExpressionTrees.X(), () => this.MyEquals(this) && !this.MyEquals(null));
}
public void AddOperator(int x)
{
ExpressionTrees.ToCode(ExpressionTrees.X(), () => 1 + x + 2);
}
public void MultipleCasts()
{
ExpressionTrees.ToCode(ExpressionTrees.X(), () => 1 == (int)(object)1);
}
public void ComplexGenericName()
{
ExpressionTrees.ToCode(ExpressionTrees.X(), () => ((Func <int, bool>)((int x) => x > 0))(0));
}
public void CurriedLambda()
{
ExpressionTrees.ToCode(ExpressionTrees.X(), (Expression <Func <int, Func <int, Func <int, int> > > >)((int a) => (int b) => (int c) => a + b + c));
}
public void DefaultValue()
{
ExpressionTrees.ToCode(ExpressionTrees.X(), () => new TimeSpan(1, 2, 3) == default(TimeSpan));
}
public void NewObject()
{
ExpressionTrees.ToCode(ExpressionTrees.X(), () => new object() != new object());
}
public void EnumConstant()
{
ExpressionTrees.ToCode(ExpressionTrees.X(), () => new object().Equals(MidpointRounding.ToEven));
}
public void Quoted2()
{
ExpressionTrees.ToCode(ExpressionTrees.X(), () => ExpressionTrees.ToCode(ExpressionTrees.X(), () => true).Equals(null));
}
public static void ArrayLength()
{
ExpressionTrees.Test((Func <int[], int>)((int[] array) => array.Length), (Expression <Func <int[], int> >)((int[] array) => array.Length));
ExpressionTrees.Test((Func <int>)(() => ((Array)null).Length), (Expression <Func <int> >)(() => ((Array)null).Length));
}
