>>>>>
>>>>>My version returns a list Modules each containing a list of Classes. You'd need something like:

 List<IEnumerable<Type>> list = 
>>>>> (from m in Assembly.Load(Assemblyname).GetModules() select m.GetTypes().Where(x => x.IsClass)).ToList();
>>>>>
>>>>>foreach ( IEnumerable<Type> t in list)
>>>>>        {
>>>>>              foreach (Type className in t)
>>>>>              {
>>>>>                 Console.WriteLine("{0}", className.FullName);
>>>>>               }
>>>>>        }

>>>>
>>>>
>>>>Yes, I figured that out - see other message with AddRange() in GetModInfo()
>>>
>>>Oddly AddRange() was my first idea for modifying your original code:

public static List<Type> GetAssemblyClasses(string assemblyName)
>>>        {
>>>            var assembly = Assembly.Load(assemblyName);
>>>            List<Type> classList = new List<Type>();
>>>
>>>            foreach (var module in assembly.GetModules())
>>>            {
>>>                classList.AddRange(from x in module.GetTypes().Where(x => x.IsClass) select x);
>>>            }
>>>            return classList;
>>>        }

>>
>>
>>Or without linq
>>
>>

>>		public static List<Type> GetAssemblyClasses(string assemblyName)
>>		{
>>			var assembly = Assembly.Load(assemblyName);
>>
>>			List<Type> classList = new List<Type>();
>>			foreach (var module in assembly.GetModules())
>>			{
>>				classList.AddRange(module.FindTypes(new TypeFilter(delegate(Type t, object o) { return t.IsClass; }), null));
>>			}
>>
>>			return classList;
>>		}
>>

>
>Ah - I didn't know the FindType() method was there. I even see there's a ready built TypeFilter for name ......


To be honest, I didn't know either. Just stumbled accross