public UserRight(int paramId, string paramCode, string paramName, FuncClass paramFunc, OpClass paramOp)
{
Func = new FuncClass();
Op = new OpClass();
Id = paramId;
Code = paramCode;
Name = paramName;
Func = paramFunc;
Op = paramOp;
}
static void Operators()
{
Console.WriteLine("Operators");
var o1 = new OpClass(10);
var o2 = new OpClass(100);
(o1 + o2).f();
fo(++o1);
o1.f();
fo(o2++);
o2.f();
int i = o1;
int j = (int)o2;
double d = (double)o1;
double f = o2;
}
public UserRight()
{
Func = new FuncClass();
Op = new OpClass();
}
public void UserDefinedClass ()
{
// We can use the simplest version of GetMethod because we already know only one
// exists in the very simple class we're using for the tests.
MethodInfo mi = typeof (OpClass).GetMethod ("op_Addition");
OpClass left = new OpClass ();
BinaryExpression expr = Expression.Add (Expression.Constant (left), Expression.Constant (new OpClass ()));
Assert.AreEqual (ExpressionType.Add, expr.NodeType, "Add#09");
Assert.AreEqual (typeof (OpClass), expr.Type, "Add#10");
Assert.AreEqual (mi, expr.Method, "Add#11");
Assert.AreEqual ("op_Addition", expr.Method.Name, "Add#12");
Assert.AreEqual ("(value(MonoTests.System.Linq.Expressions.OpClass) + value(MonoTests.System.Linq.Expressions.OpClass))",
expr.ToString(), "Add#13");
Expression.Lambda<Func<OpClass>> (expr);
#if false
//
// We do not have support for objects that are not really
// constants, like this case. Need to figure out what to do
// with those
//
Func<OpClass> compiled = l.Compile ();
Assert.AreEqual (left, compiled ());
#endif
}
static void fo(OpClass o)
{
o.f();
}
