==========================================
reduce in TEST : g(X:Foo) .
rewrites: 1
result Foo: h(h(X:Foo))
==========================================
reduce in META1 : T .
rewrites: 2
result FTheory: fth 'T is
  nil
  sorts 'Elt .
  none
  op 'f : 'Elt -> 'Elt [none] .
  none
  none
endfth
==========================================
reduce in META1 : M .
rewrites: 2
result FModule: fmod 'M{'X :: 'T} is
  nil
  sorts none .
  none
  op 'g : 'X$Elt -> 'X$Elt [none] .
  none
  eq 'g['X:X$Elt] = 'f['f['X:X$Elt]] [none] .
endfm
==========================================
reduce in META1 : FOO .
rewrites: 2
result FModule: fmod 'FOO is
  nil
  sorts 'Foo .
  none
  op 'h : 'Foo -> 'Foo [none] .
  none
  none
endfm
==========================================
reduce in META1 : V .
rewrites: 2
result View: view 'V from 'T to 'FOO is
  sort 'Elt to 'Foo .
  op 'f to 'h .
endv
==========================================
reduce in META1 : TEST .
rewrites: 2
result FModule: fmod 'TEST is
  including 'M{'V} .
  sorts none .
  none
  none
  none
  none
endfm
==========================================
erewrite in META2 : <> < me : User | state: 1 > createInterpreter(
    interpreterManager, me, none) .
rewrites: 17
result Configuration: <> < me : User | state: 7 > reducedTerm(me, interpreter(
    0), 1, 'h['h['X:Foo]], 'Foo)
==========================================
erewrite in META3 : <> < me : User | state: 1 > createInterpreter(
    interpreterManager, me, none) .
rewrites: 21
result Configuration: <> < me : User | state: 9 > reducedTerm(me, interpreter(
    0), 1, 'h['h['h['X:Foo]]], 'Foo)
==========================================
erewrite in META4 : <> < me : User | state: 1 > createInterpreter(
    interpreterManager, me, none) .
rewrites: 21
result Configuration: <> < me : User | state: 9 > reducedTerm(me, interpreter(
    0), 1, 'h['h['X:Foo]], 'Foo)
==========================================
erewrite in META5 : <> < me : User | state: 1 > createInterpreter(
    interpreterManager, me, none) .
rewrites: 23
result Configuration: <> < me : User | state: 10 > reducedTerm(me, interpreter(
    0), 1, 'k['k['X:Bar]], 'Bar)
Bye.