Statement.Expression.Invoke("Method", new List<IArgument> { new ValueArgument(1) });

Method(1);

Statement.Expression.Invoke("Method", new List<IArgument> { new VariableArgument("myVariable") });

Method(myVariable);

Statement.Expression.Invoke("Method", new List<IArgument> { new InvocationArgument(new MethodReference("Do")) });

Method(Do());

Statement.Expression.Invoke("Method", new List<IArgument> { new ReferenceArgument(new VariableReference("i", new MemberReference("MyProperty"))) });

Method(i.MyProperty);

Statement.Expression.Invoke("Method", new List<IArgument> { new ClassInitializationArgument(typeof(List<int>))) });

Method(new List<int>());

Statement.Expression.Invoke("Method", new List<IArgument> { new ArrayInitializationArgument(typeof(int), new List<IArgument>() { new ValueArgument(1), new ValueArgument(2)}) });

Method(new int[] {1, 2});

Statement.Expression.Invoke("Method", new List<IArgument> { new DictionaryInitializationArgument<int, int>(new Dictionary<int, IArgument>() { [1] = new ValueArgument(2)})});

Method(new Dictionary<int,int>{ [1] = 2});

Statement.Expression.Invoke("Method", new List<IArgument> { new TypeOfArgument(typeof(int))});

Method(typeof(int));

Statement.Expression.Invoke("Method", new List<IArgument> { new ParenthesizedLambdaArgument(Statement.Expression.Invoke(new MethodReference("Do").AsExpression())});

Method(() => Do());

Statement.Expression.Invoke("Method", new List<IArgument> { new BinaryExpressionArgument(new MathBinaryExpression(new ConstantReference(1), new ConstantReference(2), MathOperators.Add ))});

Method(1+2);