static void testtypes()
{
@abstract.@as a = @abstract.@as.@base;
test(a == @abstract.@as.@base);
@abstract.@break b = new @abstract.@break();
b.@readonly = 0;
test(b.@readonly == 0);
@abstract.@case c = new caseI();
test(c != null);
@abstract.@casePrx c1 = null;
test(c1 == null);
int c2 = 0;
if(c1 != null)
{
c1.@catch(0, out c2);
}
@abstract.@decimal d = new decimalI();
test(d != null);
@abstract.@decimalPrx d1 = null;
if(d1 != null)
{
d1.@default();
}
test(d1 == null);
@abstract.@delegate e = new delegateI();
test(e != null);
@abstract.@delegatePrx e1 = null;
test(e1 == null);
@abstract.@explicit f = new explicitI();
test(f != null);
@abstract.@explicitPrx f1 = null;
if(f1 != null)
{
f1.@catch(0, out c2);
f1.@default();
}
test(f1 == null);
@abstract.@extern l = new @abstract.@extern();
test(l != null);
@abstract.@finally g = new @abstract.@finally();
test(g != null);
Dictionary<string, @abstract.@break> g2 = new Dictionary<string, @abstract.@break>();
test(g2 != null);
@abstract.@fixed h = new @abstract.@fixed();
h.@for = 0;
test(h != null);
@abstract.@foreach i = new @abstract.@foreach();
i.@for = 0;
i.@goto = 1;
i.@if = 2;
test(i != null);
@abstract.@implicit j = new implicitI();
test(j != null);
int k = @[email protected];
test(k == 0);
}
