public static void loadAll(SkillFile skillFile)
{
foreach (IAccess t in skillFile.allTypes())
{
StaticFieldIterator fs = t.fields();
while (fs.hasNext())
{
AbstractFieldDeclaration f = fs.next();
if (f is ILazyField)
{
((ILazyField)f).ensureLoaded();
}
}
}
}
/**
* unchecked, because the insane amount of casts is necessary to reflect the
* implicit value based type system
*/
private static T value <T>(SkillFile sf, [email protected] type)
{
if (type is IGeneralAccess)
{
// get a random object
IEnumerator @is = ((IGeneralAccess)type).GetEnumerator();
for (int i = new Random().Next(reflectiveInitSize) % 200; i != 0; i--)
{
@is.MoveNext();
}
return((T)@is.Current);
}
switch (type.TypeID)
{
case 5:
// random type
IEnumerator ts = sf.allTypes().GetEnumerator();
ts.MoveNext();
IAccess t = (IAccess)ts.Current;
for (int i = new Random().Next(200); i != 0 && ts.MoveNext(); i--)
{
t = (IAccess)ts.Current;
}
// random object
IEnumerator @is = t.GetEnumerator();
for (int i = new Random().Next(Math.Min(200, reflectiveInitSize)); i != 0; i--)
{
@is.MoveNext();
}
@is.MoveNext();
return((T)@is.Current);
case 6:
return((T)(object)(Boolean)(new Random().Next(1) != 0));
case 7:
return((T)(object)(SByte) new Random().Next(reflectiveInitSize));
case 8:
return((T)(object)(Int16) new Random().Next(reflectiveInitSize));
case 9:
return((T)(object)(Int32) new Random().Next(reflectiveInitSize));
case 10:
case 11:
return((T)(object)(Int64)(new Random().Next() % reflectiveInitSize));
case 12:
return((T)(object)(Single) new Random().NextDouble());
case 13:
return((T)(object)(Double) new Random().NextDouble());
case 14:
return((T)(object)"☢☢☢");
case 15:
{
IConstantLengthArray cla = (IConstantLengthArray)type;
ArrayList rval = new ArrayList(cla.GetLength());
for (int i = cla.GetLength(); i != 0; i--)
{
rval.Add(value <object>(sf, cla.GetGroundType()));
}
return((T)(object)rval);
}
case 17:
{
ISingleArgumentType cla = (ISingleArgumentType)type;
int length = (int)Math.Sqrt(reflectiveInitSize);
ArrayList rval = new ArrayList(length);
while (0 != length--)
{
rval.Add(value <object>(sf, cla.GetGroundType()));
}
return((T)(object)rval);
}
case 18:
{
ISingleArgumentType cla = (ISingleArgumentType)type;
int length = (int)Math.Sqrt(reflectiveInitSize);
List <Object> rval = new List <Object>();
while (0 != length--)
{
rval.Add(value <object>(sf, cla.GetGroundType()));
}
return((T)(object)rval);
}
case 19:
{
ISingleArgumentType cla = (ISingleArgumentType)type;
int length = (int)Math.Sqrt(reflectiveInitSize);
HashSet <Object> rval = new HashSet <Object>();
while (0 != length--)
{
rval.Add(value <object>(sf, cla.GetGroundType()));
}
return((T)(object)rval);
}
case 20:
return((T)(object)new Dictionary <Object, Object>());
default:
throw new Exception();
}
}