[mcclim-cvs] CVS mcclim/Tests - mcclim-cvs@common-lisp.net - mailman3.common-lisp.net

10 Jan 2007


      Update of /project/mcclim/cvsroot/mcclim/Tests
In directory clnet:/tmp/cvs-serv25795/Tests
Added Files:
    presentation-types.lisp 
Log Message:
Mostly fix AND and OR presentation types in STUPID-SUBTYPEP (used for 
translator applicability) and PRESENTATION-SUBTYPEP.  Add some tests for
predefined presentation types.
--- /project/mcclim/cvsroot/mcclim/Tests/presentation-types.lisp	2007/01/10 11:19:01	NONE
+++ /project/mcclim/cvsroot/mcclim/Tests/presentation-types.lisp	2007/01/10 11:19:01	1.1
(in-package :clim-tests)
(defparameter *presentation-type-supertypes*
  '(;; 23.8.1
    (t)
    ;; NIL is a special case
    (null t) (boolean t) (symbol t) (keyword symbol t) (blank-area t)
    ;; 23.8.2
    (number t) (complex number t) (real number t) (rational real number t)
    (integer rational real number t) (ratio rational real number t)
    (float real number t)
    ;; 23.8.3
    (character t) (string t)
    ;; 23.8.4
    (pathname t)
    ;; 23.8.5
    ((completion nil) t)
    ;; not allowed abbreviations
    ;; (member t) ((member-sequence nil) t) ((member-alist nil) t)
    ((subset-completion nil) t)
    ;; (subset t) ((subset-sequence nil) t) ((subset-alist nil) t)
    ;; 23.8.6
    ((sequence t) t) (sequence-enumerated t)
    ;; 23.8.7
    ;;   OR, AND
    ;; 23.8.8
    ;;   ((token-or-type nil t) t) ((null-or-type t) t) ((type-or-string t) t)
    ;; 23.8.9
    (expression t)
    (form expression t)))
(defun expect-t-t (type supertype)
  (multiple-value-bind (yesp surep)
      (presentation-subtypep type supertype)
    (assert yesp)
    (assert surep))
  #+mcclim
  ;; we can do this because *presentation-type-supertypes* doesn't do
  ;; clever things with type parameters
  (assert (climi::stupid-subtypep type supertype)))
(defun expect-nil-t (type supertype)
  (multiple-value-bind (yesp surep)
      (presentation-subtypep type supertype)
    (assert (not yesp))
    (assert surep))
  #+mcclim
  (assert (not (climi::stupid-subtypep type supertype))))
(defun expect-nil-nil (type supertype)
  (multiple-value-bind (yesp surep)
      (presentation-subtypep type supertype)
    (assert (not yesp))
    (assert (not surep)))
  ;; stupid-subtypep must be conservative in what it reports as
  ;; possibly acceptable.
  #+mcclim
  (assert (climi::stupid-subtypep type supertype)))
(loop for (type . supertypes) in *presentation-type-supertypes*
      do (expect-t-t type type)
      do (expect-t-t nil type)
      ;; if presentation types were "real" (FIXME: work out what
      ;; "real" means) types, then this wouldn't actually be true.
      ;; However, PRESENTATION-SUBTYPEP works by walking up the type
      ;; lattice until it finds a match, and only then checks the type
      ;; parameters.  So even though presentation types (or
      ;; abbreviations) like (MEMBER) actually denote the empty set,
      ;; they are not PRESENTATION-SUBTYPEP NIL.
      do (expect-nil-t type nil)
      do (mapcar (lambda (x) (expect-t-t type x)) supertypes))
(loop for (type) in *presentation-type-supertypes*
      do (expect-t-t type `(and ,type))
      do (expect-t-t `(and ,type) type)
      do (expect-t-t `(and ,type) `(and ,type))
      do (expect-t-t type `(or ,type))
      do (expect-t-t `(or ,type) type)
      do (expect-t-t `(or ,type) `(or ,type))
      do (expect-t-t `(or ,type) `(and ,type))
      do (expect-t-t `(and ,type) `(or ,type)))
(defun constantly-t (object)
  (declare (ignore object))
  t)
(loop for (type) in *presentation-type-supertypes*
      do (expect-t-t `(and ,type (satisfies constantly-t)) type)
      do (expect-nil-nil type `(and ,type (satisfies constantly-t)))
      do (expect-t-t `(and ,type (not nil)) type)
      do (expect-nil-nil type `(and ,type (not nil))))
(expect-t-t '(or integer symbol) '(or integer symbol))
(expect-t-t '(or integer symbol) '(or symbol integer))
(expect-t-t '(or real complex) 'number)
#+nil (expect-t-t 'number '(or real complex))