Universally quantified types used in class members

Universally quantified types (parsing and inference)

fixed bugs in generics
reimplemented kind-indexed type specialization

create types of instances for unboxed lists of records

Bug fix in reference marking

Fixed some bugs in generics

before typecheking (see new module "checkKindCorrectness")

- unused dynamics in where/let clauses do not cause a rule doesn't match
  error in overloading.icl instead they are ignored
- default behaviour changed e.g.

f (i :: Int, j :: Int) = abort "Int"
f (r :: Real, s :: Real) = abort "Real"
f _ = abort "stop"

The compiler first matched on the tuple and then did the dynamic pattern
matches. But the last match did not call the last (default) alternative if it
did not match.
- some small changes

  :: *T = T
  f x=:(T,b) = x
the derived result type of f was not essentially unique: f :: .. -> (.T, .a)

fun1 f = fun2
  where
    fun2 :: .c
    fun2
      | g f = undef
    g :: (.b -> .b) -> Bool
    g _ = True

was
  [o u[11651944]:a -> u[11651944]:a]  -> c[11210672]:c
but st_attr_vars was
  [c[11210672], c[11210672]]
(u[11651944] is missing)

changed Declaration type
fixed crash when macro appears only in dcl module
added make with caching in 'main'
use BoxedIdent in hashtable

Tested with compiling Object IO and butstrapping.

quality of the generated executable)

- type namen worden gesuffixed met hun definierde module naam

during the transformation phase

moved all switches to syntax module

"argument 1 of type T expected kind * -> *"

"instance type should be coercible"

dcl macros in icl functions and macros
removed expanded macros from groups (s.c.components)

 (changes are commented with "MW0")

of "v314", case defaults and guards now also have file position information.