Changeset 13999 in project


Ignore:
Timestamp:
03/30/09 21:48:12 (11 years ago)
Author:
Kon Lovett
Message:

Save.

Location:
release/4/err5rs-arithmetic/trunk
Files:
3 edited

Legend:

Unmodified
Added
Removed
  • release/4/err5rs-arithmetic/trunk/err5rs-arithmetic-fixnums.scm

    r13998 r13999  
    4949
    5050    (define-inline (%check-fixnum-shift-amount loc obj)
    51       (unless (and (%fixnum? obj)
    52                   (let ((amt (if (%fxnegative? obj) (%fxneg obj) obj)))
    53                      (%fxclosed? 0 amt fixnum-precision)))
     51      (%check-fixnum loc obj)
     52      (unless (let ((amt (if (%fxnegative? obj) (%fxneg obj) obj)))
     53                (%fxclosed? 0 amt fixnum-precision))
    5454        (error-type-shift-amount loc obj) ) )
    5555
     
    150150
    151151(define-inline (%fxsamesign fx1 fx2)
    152   (or (and (%fxpositive? fx1) (%fxpositive? fx2)) (and (%fxnegative? fx1) (%fxnegative? fx2))) )
     152  (cond ((%fxpositive? fx1) (%fxpositive? fx2))
     153        ((%fxnegative? fx1) (%fxnegative? fx2))
     154        ((%fxzero? fx1)     (%fxzero? fx2)) ) )
    153155
    154156(define-inline (%underflowed? resfx argfx)
     
    186188(module err5rs-arithmetic-fixnums (;export
    187189  ;; ERR5RS
     190  representation-violation? zero-division-violation?
    188191  ;fixnum? - from chicken
    189192  fixnum-width least-fixnum greatest-fixnum
     
    257260      (make-property-condition 'exn 'location loc 'message msg 'arguments args) )
    258261
    259     (define (make-arithmetic-condition loc msg args)
    260       (make-composite-condition
     262    (define (make-arithmetic-condition loc msg args . conds)
     263      (apply make-composite-condition
    261264       (make-exn-condition loc msg args)
    262        (make-property-condition 'arithmetic)) )
    263 
    264     (define (make-shift-amount-condition loc amt)
    265       (make-arithmetic-condition loc "invalid shift amount" (list amt)) )
     265       (make-property-condition 'arithmetic)
     266       conds) )
    266267
    267268    ; &assertion
    268269    (define (make-zero-division-condition loc fx1 fx2)
    269       (make-arithmetic-condition loc "division by zero" (list fx1 fx2)) )
     270      (make-arithmetic-condition loc "division by zero" (list fx1 fx2)
     271       (make-property-condition 'division)) )
    270272
    271273    ; &implementation-restriction
    272274    (define (make-fixnum-representation-condition loc args)
    273       (make-arithmetic-condition loc "result not representable as fixnum" args) ) ) )
     275      (make-arithmetic-condition loc "result not representable as fixnum" args
     276       (make-property-condition 'representation)) ) ) )
     277
     278; &assertion
     279(define (zero-division-violation? obj)
     280  (and (condition? obj)
     281       ((condition-predicate 'arithmetic) obj)
     282       ((condition-predicate 'division) obj) ) )
     283
     284; &implementation-restriction
     285(define (representation-violation? obj)
     286  (and (condition? obj)
     287       ((condition-predicate 'arithmetic) obj)
     288       ((condition-predicate 'representation) obj) ) )
    274289
    275290;;; Errors
     
    316331      (##sys#signal-hook #:bounds-error loc "too many bits for interval" count start end) )
    317332
    318     (define (error-type-shift-amount loc obj)
    319       (abort (make-shift-amount-condition loc obj)) )
     333    (define (error-type-shift-amount loc amt)
     334      (##sys#signal-hook #:bounds-error loc "invalid shift amount" amt) )
    320335
    321336    (define (error-zero-division loc fx1 fx2)
  • release/4/err5rs-arithmetic/trunk/err5rs-arithmetic-flonums.scm

    r13998 r13999  
    8989
    9090(define-inline (%fp=? x y) (%fp= x y)) ;unnecessary but symmetrical
    91 (define-inline (%fp<? x y) (or (and (%fp= -0.0 x) (%fp= 0.0 y)) (%fp< x y)))
    92 (define-inline (%fp<=? x y) (or (and (%fp= -0.0 x) (%fp= 0.0 y)) (%fp<= x y)))
    93 (define-inline (%fp>? x y) (or (and (%fp= 0.0 x) (%fp= -0.0 y)) (%fp> x y)))
    94 (define-inline (%fp>=? x y) (or (and (%fp= 0.0 x) (%fp= -0.0 y)) (%fp>= x y)))
     91
     92(define-inline (%fp<? x y)
     93  (and (not (and (%fp= 0.0 x) (%fp= -0.0 y)))
     94       (or (and (%fp= -0.0 x) (%fp= 0.0 y))
     95           (%fp< x y) ) ) )
     96
     97(define-inline (%fp<=? x y)
     98  (and (not (and (%fp= 0.0 x) (%fp= -0.0 y)))
     99       (or (and (%fp= -0.0 x) (%fp= 0.0 y))
     100           (%fp<= x y) ) ) )
     101
     102(define-inline (%fp>? x y)
     103  (and (not (and (%fp= -0.0 x) (%fp= 0.0 y)))
     104       (or (and (%fp= 0.0 x) (%fp= -0.0 y))
     105           (%fp> x y) ) ) )
     106
     107(define-inline (%fp>=? x y)
     108  (and (not (and (%fp= -0.0 x) (%fp= 0.0 y)))
     109       (or (and (%fp= 0.0 x) (%fp= -0.0 y))
     110           (%fp>= x y) ) ) )
    95111
    96112(define-inline (%fpdiv0-and-mod0 fpn fpd)
     
    274290;;; ERR5RS
    275291
    276 ;;
    277 
    278 #;(define (make-no-infinities-violation) )
    279 
    280 #;(define (no-infinities-violation? obj) )
    281 
    282 #;(define (make-no-nans-violation) )
    283 
    284 #;(define (no-nans-violation? obj) )
     292;; We can represent NaN & Inf
     293
     294;;(define (make-no-infinities-violation) )
     295;;(define (no-infinities-violation? obj) )
     296;;(define (make-no-nans-violation) )
     297;;(define (no-nans-violation? obj) )
    285298
    286299;;
     
    329342(define (flpositive? fp)
    330343  (%check-flonum 'flpositive? fp)
    331         (%fp<? 0.0 fp) )
     344  (and #;(not (%fpzero? fp))
     345       (%fp<? 0.0 fp) ) )
    332346
    333347(define (flnegative? fp)
    334348  (%check-flonum 'flnegative? fp)
    335         (or (%fp=? -0.0 fp) (%fp<? fp 0.0) ) )
     349        (or #;(%fp=? -0.0 fp) (%fp<? fp 0.0) ) )
    336350
    337351(define (flodd? fp)
     
    427441    (let ((bases '()))
    428442      (lambda (base)
    429         (let ((cell (assv base bases)))
    430                (if cell (cdr cell)
     443        (let ((logfun (assv base bases)))
     444               (if logfun (cdr logfun)
    431445                   (let ((func (make-log/base base)))
    432446                     (set! bases (alist-cons base func bases))
    433447                     func ) ) ) ) ) )
    434448  (%check-flonum 'fllog fp)
    435   (cond (base
     449  (cond ((%fp=? -0.0 fp) -0.0)
     450        (base
    436451         (%check-cardinal 'fllog base)
    437452         ((log/base base) fp) )
  • release/4/err5rs-arithmetic/trunk/tests/run.scm

    r13998 r13999  
    5454  (test-group "Fixnum Functions"
    5555
    56     (test 4 (fx+# 2 2))
    57     (test -26 (fx+# 74 -100))
    58     (test 1073741823 (fx+# #x3ffffffe 1))
    59     (test -1073741824 (fx+# #x3fffffff 1))
    60     (test 4 (fx-# 6 2))
    61     (test -4 (fx-# 1000 1004))
    62     (test 2004 (fx-# 1000 -1004))
    63     (test -1073741824 (fx-# (- #x3fffffff) 1))
    64     (test 1073741823 (fx-# (- #x3fffffff) 2))
     56    (test 4 ($fx+ 2 2))
     57    (test -26 ($fx+ 74 -100))
     58    (test 1073741823 ($fx+ #x3ffffffe 1))
     59    (test -1073741824 ($fx+ #x3fffffff 1))
     60    (test 4 ($fx- 6 2))
     61    (test -4 ($fx- 1000 1004))
     62    (test 2004 ($fx- 1000 -1004))
     63    (test -1073741824 ($fx- (- #x3fffffff) 1))
     64    (test 1073741823 ($fx- (- #x3fffffff) 2))
    6565  )
    6666
     
    7575    ;; ----------------------------------------
    7676
    77     (test (least-fixnum) (- (expt 2 (- (fixnum-width) 1))))
    78     (test (greatest-fixnum) (- (expt 2 (- (fixnum-width) 1)) 1))
     77    (test (least-fixnum) (inexact->exact (- (expt 2 (- (fixnum-width) 1)))))
     78    (test (greatest-fixnum) (inexact->exact (- (expt 2 (- (fixnum-width) 1)) 1)))
    7979
    8080    (test-assert (not (fixnum? 1.0)))
    81     (test-assert (not (fixnum? 1+1i)))
     81    ;;(test-assert (not (fixnum? 1+1i)))
    8282
    8383    (test-assert (fixnum? 0))
     
    191191    (test (greatest-fixnum) (fx+ 0 (greatest-fixnum)))
    192192    (test (least-fixnum) (fx+ 0 (least-fixnum)))
    193     (test-error '&implementation-restriction (fx+ (greatest-fixnum) 1))
    194     (test-error '&implementation-restriction (fx+ (least-fixnum) -1))
     193    (test-error "&implementation-restriction" (fx+ (greatest-fixnum) 1))
     194    (test-error "&implementation-restriction" (fx+ (least-fixnum) -1))
    195195
    196196    (test 51 (fx* 3 17))
     
    198198    (test (greatest-fixnum) (fx* 1 (greatest-fixnum)))
    199199    (test (+ (least-fixnum) 1) (fx* -1 (greatest-fixnum)))
    200     (test-error '&implementation-restriction (fx* (greatest-fixnum) 2))
    201     (test-error '&implementation-restriction (fx* (least-fixnum) -1))
     200    (test-error "&implementation-restriction" (fx* (greatest-fixnum) 2))
     201    (test-error "implementation-restriction" (fx* (least-fixnum) -1))
    202202
    203203    (test -1 (fx- 1))
     
    210210    (test 0 (fx- (least-fixnum) (least-fixnum)))
    211211
    212     (test-error '&implementation-restriction (fx- (least-fixnum)))
    213     (test-error '&implementation-restriction (fx- (least-fixnum) 1))
     212    (test-error "&implementation-restriction" (fx- (least-fixnum)))
     213    (test-error "&implementation-restriction" (fx- (least-fixnum) 1))
    214214
    215215    ;; If you put N numbers here, it runs to O(N^3) tests!
     
    238238    (test (values -12 -3) (fxdiv0-and-mod0 -123 10))
    239239
    240     (test-error '&assertion (fxdiv 1 0))
    241     (test-error '&assertion (fxmod 1 0))
    242     (test-error '&assertion (fxdiv-and-mod 1 0))
    243     (test-error '&assertion (fxdiv0 1 0))
    244     (test-error '&assertion (fxmod0 1 0))
    245     (test-error '&assertion (fxdiv0-and-mod0 1 0))
    246 
    247     (test-error '&implementation-restriction (fxdiv (least-fixnum) -1))
    248     (test-error '&implementation-restriction (fxdiv-and-mod (least-fixnum) -1))
    249     (test-error '&implementation-restriction (fxdiv0 (least-fixnum) -1))
    250     (test-error '&implementation-restriction (fxdiv0-and-mod0 (least-fixnum) -1))
     240    (test-error "&assertion" (fxdiv 1 0))
     241    (test-error "&assertion" (fxmod 1 0))
     242    (test-error "&assertion" (fxdiv-and-mod 1 0))
     243    (test-error "&assertion" (fxdiv0 1 0))
     244    (test-error "&assertion" (fxmod0 1 0))
     245    (test-error "&assertion" (fxdiv0-and-mod0 1 0))
     246
     247    (test-error "&implementation-restriction" (fxdiv (least-fixnum) -1))
     248    (test-error "&implementation-restriction" (fxdiv-and-mod (least-fixnum) -1))
     249    (test-error "&implementation-restriction" (fxdiv0 (least-fixnum) -1))
     250    (test-error "&implementation-restriction" (fxdiv0-and-mod0 (least-fixnum) -1))
    251251
    252252    (test -1 (fxnot 0))
     
    332332    (test -40 (fxarithmetic-shift -10 2))
    333333    (test -10 (fxarithmetic-shift -40 -2))
    334     (test-error '&implementation-restriction (fxarithmetic-shift (greatest-fixnum) 1))
     334    (test-error "&implementation-restriction" (fxarithmetic-shift (greatest-fixnum) 1))
    335335
    336336    (test 2 (fxarithmetic-shift-left 1 1))
     
    342342    (test -40 (fxarithmetic-shift-left -10 2))
    343343    (test -10 (fxarithmetic-shift-right -40 2))
    344     (test-error '&implementation-restriction (fxarithmetic-shift-left (greatest-fixnum) 1))
     344    (test-error "&implementation-restriction" (fxarithmetic-shift-left (greatest-fixnum) 1))
    345345
    346346    (test 10 (fxrotate-bit-field 10 0 2 0))
     
    363363    (proc 1.0)
    364364    (proc -1.0)
    365     (proc +inf.0)
    366     (proc -inf.0)
    367     (proc +nan.0))
     365    (proc +inf)
     366    (proc -inf)
     367    (proc +nan))
    368368
    369369  (define-syntax try-bad-divs
     
    375375       #;
    376376       (begin
    377          (test-error '&assertion (op 1.0 0.0))
    378          (test-error '&assertion (op +inf.0 1.0))
    379          (test-error '&assertion (op -inf.0 1.0))
    380          (test-error '&assertion (op +nan.0 1.0))))))
     377         (test-error "&assertion" (op 1.0 0.0))
     378         (test-error "&assertion" (op +inf 1.0))
     379         (test-error "&assertion" (op -inf 1.0))
     380         (test-error "&assertion" (op +nan 1.0))))))
    381381
    382382  (test-group "Flonum Functions"
     
    463463    (current-test-epsilon 0.001)
    464464
    465     (test-assert (fl=? +inf.0 +inf.0))
    466     (test-assert (not (fl=? -inf.0 +inf.0)))
    467     (test-assert (fl=? -inf.0 -inf.0))
     465    (test-assert (fl=? +inf +inf))
     466    (test-assert (not (fl=? -inf +inf)))
     467    (test-assert (fl=? -inf -inf))
    468468    (test-assert (fl=? 0.0 -0.0))
    469469    (test-assert (not (fl<? 0.0 -0.0)))
    470470    (try-flonums
    471471     (lambda (fl)
    472        (test-assert (not (fl=? +nan.0 fl)))
    473        (test-assert (not (fl<? +nan.0 fl)))))
    474 
    475     (test-assert (not (flnegative? -0.0)))
    476     (test-assert (not (flfinite? +inf.0)))
     472       (test-assert (not (fl=? +nan fl)))
     473       (test-assert (not (fl<? +nan fl)))))
     474
     475    (test-assert (flnegative? -0.0))
     476    (test-assert (not (flfinite? +inf)))
    477477    (test-assert (flfinite? 5.0))
    478478    (test-assert (not (flinfinite? 5.0)))
    479     (test-assert (flinfinite? +inf.0))
    480     (test-assert (flinfinite? -inf.0))
    481     (test-assert (not (flinfinite? +nan.0)))
    482 
    483     (test +nan.0 (fl+ +inf.0 -inf.0))
     479    (test-assert (flinfinite? +inf))
     480    (test-assert (flinfinite? -inf))
     481    (test-assert (not (flinfinite? +nan)))
     482
     483    (test-assert (flnan? (fl+ +inf -inf)))
    484484    (try-flonums
    485485     (lambda (fl)
    486        (test +nan.0 (fl+ +nan.0 fl))
    487        (test +nan.0 (fl* +nan.0 fl))))
    488 
    489     (test +nan.0 (fl- +inf.0 +inf.0))
    490 
    491     (test +inf.0 (fl/ 1.0 0.0))
    492     (test -inf.0 (fl/ -1.0 0.0))
    493     (test +nan.0 (fl/ 0.0 0.0))
    494 
    495     (test +inf.0 (flnumerator +inf.0))
    496     (test -inf.0 (flnumerator -inf.0))
    497     (test 1.0 (fldenominator +inf.0))
    498     (test 1.0 (fldenominator -inf.0))
     486       (test-assert (flnan? (fl+ +nan fl)))
     487       (test-assert (flnan? (fl* +nan fl)))))
     488
     489    (test-assert (flnan? (fl- +inf +inf)))
     490
     491    (test +inf (fl/ 1.0 0.0))
     492    (test -inf (fl/ -1.0 0.0))
     493    (test-assert (flnan? (fl/ 0.0 0.0)))
     494
     495    (test +inf (flnumerator +inf))
     496    (test -inf (flnumerator -inf))
     497    (test 1.0 (fldenominator +inf))
     498    (test 1.0 (fldenominator -inf))
    499499
    500500    (test 3.0 (flnumerator 0.75))
     
    503503    (test -0.0 (flnumerator -0.0))
    504504
    505     (test +inf.0 (flfloor +inf.0))
    506     (test -inf.0 (flceiling -inf.0))
    507     (test +nan.0 (fltruncate +nan.0))
    508 
    509     (test +inf.0 (flexp +inf.0))
    510     (test 0.0 (flexp -inf.0))
    511     (test +inf.0 (fllog +inf.0))
    512     (test -inf.0 (fllog 0.0))
     505    (test +inf (flfloor +inf))
     506    (test -inf (flceiling -inf))
     507    (test-assert (flnan? (fltruncate +nan)))
     508
     509    (test +inf (flexp +inf))
     510    (test 0.0 (flexp -inf))
     511    (test +inf (fllog +inf))
     512    (test -inf (fllog 0.0))
    513513    (test -0.0 (fllog -0.0))
    514     (test +nan.0 (fllog -inf.0))
    515     (test -1.5707963267948965 (flatan -inf.0))
    516     (test 1.5707963267948965 (flatan +inf.0))
    517 
    518     (test +inf.0 (flsqrt +inf.0))
     514    (test-assert (flnan? (fllog -inf)))
     515    (test -1.5707963267948965 (flatan -inf))
     516    (test 1.5707963267948965 (flatan +inf))
     517
     518    (test +inf (flsqrt +inf))
    519519    (test -0.0 (flsqrt -0.0))
    520520
     
    615615    (test-assert (not (flodd? -2.0)))
    616616
    617     (test-assert (not (flnan? +inf.0)))
     617    (test-assert (not (flnan? +inf)))
    618618    (test-assert (not (flnan? 0.0)))
    619619    (test-assert (not (flnan? -0.0)))
    620     (test-assert (not (flnan? -inf.0)))
    621     (test-assert (flnan? +nan.0))
     620    (test-assert (not (flnan? -inf)))
     621    (test-assert (flnan? +nan))
    622622
    623623    (test 2.3 (fl+ 2.3))
     
    877877    (len-test #xFFFFFFF)
    878878    (len-test #xFFFFFFFF)
    879     (len-test #xFFFFFFFFF)
    880     (len-test #xFFFFFFFFFF)
    881     (len-test #xFFFFFFFFFFF)
    882     (len-test #xFFFFFFFFFFFF)
    883     (len-test #xFFFFFFFFFFFFF)
    884     (len-test #xFFFFFFFFFFFFFF)
    885     (len-test #xFFFFFFFFFFFFFFF)
    886     (len-test #xFFFFFFFFFFFFFFFF)
     879    ;;(len-test #xFFFFFFFFF)
     880    ;;(len-test #xFFFFFFFFFF)
     881    ;;(len-test #xFFFFFFFFFFF)
     882    ;;(len-test #xFFFFFFFFFFFF)
     883    ;;(len-test #xFFFFFFFFFFFFF)
     884    ;;(len-test #xFFFFFFFFFFFFFF)
     885    ;;(len-test #xFFFFFFFFFFFFFFF)
     886    ;;(len-test #xFFFFFFFFFFFFFFFF)
    887887    (len-test #x-F)
    888888    (len-test #x-FF)
     
    893893    (len-test #x-FFFFFFF)
    894894    (len-test #x-FFFFFFFF)
    895     (len-test #x-FFFFFFFFF)
    896     (len-test #x-FFFFFFFFFF)
    897     (len-test #x-FFFFFFFFFFF)
    898     (len-test #x-FFFFFFFFFFFF)
    899     (len-test #x-FFFFFFFFFFFFF)
    900     (len-test #x-FFFFFFFFFFFFFF)
    901     (len-test #x-FFFFFFFFFFFFFFF)
    902     (len-test #x-FFFFFFFFFFFFFFFF)
     895    ;;(len-test #x-FFFFFFFFF)
     896    ;;(len-test #x-FFFFFFFFFF)
     897    ;;(len-test #x-FFFFFFFFFFF)
     898    ;;(len-test #x-FFFFFFFFFFFF)
     899    ;;(len-test #x-FFFFFFFFFFFFF)
     900    ;;(len-test #x-FFFFFFFFFFFFFF)
     901    ;;(len-test #x-FFFFFFFFFFFFFFF)
     902    ;;(len-test #x-FFFFFFFFFFFFFFFF)
    903903
    904904    (len-test #xE)
     
    910910    (len-test #xFFFFFFE)
    911911    (len-test #xFFFFFFFE)
    912     (len-test #xFFFFFFFFE)
    913     (len-test #xFFFFFFFFFE)
    914     (len-test #xFFFFFFFFFFE)
    915     (len-test #xFFFFFFFFFFFE)
    916     (len-test #xFFFFFFFFFFFFE)
    917     (len-test #xFFFFFFFFFFFFFE)
    918     (len-test #xFFFFFFFFFFFFFFE)
    919     (len-test #xFFFFFFFFFFFFFFFE)
     912    ;;(len-test #xFFFFFFFFE)
     913    ;;(len-test #xFFFFFFFFFE)
     914    ;;(len-test #xFFFFFFFFFFE)
     915    ;;(len-test #xFFFFFFFFFFFE)
     916    ;;(len-test #xFFFFFFFFFFFFE)
     917    ;;(len-test #xFFFFFFFFFFFFFE)
     918    ;;(len-test #xFFFFFFFFFFFFFFE)
     919    ;;(len-test #xFFFFFFFFFFFFFFFE)
    920920    (len-test #x-E)
    921921    (len-test #x-FE)
     
    926926    (len-test #x-FFFFFFE)
    927927    (len-test #x-FFFFFFFE)
    928     (len-test #x-FFFFFFFFE)
    929     (len-test #x-FFFFFFFFFE)
    930     (len-test #x-FFFFFFFFFFE)
    931     (len-test #x-FFFFFFFFFFFE)
    932     (len-test #x-FFFFFFFFFFFFE)
    933     (len-test #x-FFFFFFFFFFFFFE)
    934     (len-test #x-FFFFFFFFFFFFFFE)
    935     (len-test #x-FFFFFFFFFFFFFFFE)
     928    ;;(len-test #x-FFFFFFFFE)
     929    ;;(len-test #x-FFFFFFFFFE)
     930    ;;(len-test #x-FFFFFFFFFFE)
     931    ;;(len-test #x-FFFFFFFFFFFE)
     932    ;;(len-test #x-FFFFFFFFFFFFE)
     933    ;;(len-test #x-FFFFFFFFFFFFFE)
     934    ;;(len-test #x-FFFFFFFFFFFFFFE)
     935    ;;(len-test #x-FFFFFFFFFFFFFFFE)
    936936
    937937    (len-test #x1)
     
    943943    (len-test #x1FFFFFF)
    944944    (len-test #x1FFFFFFF)
    945     (len-test #x1FFFFFFFF)
    946     (len-test #x1FFFFFFFFF)
    947     (len-test #x1FFFFFFFFFF)
    948     (len-test #x1FFFFFFFFFFF)
    949     (len-test #x1FFFFFFFFFFFF)
    950     (len-test #x1FFFFFFFFFFFFF)
    951     (len-test #x1FFFFFFFFFFFFFF)
    952     (len-test #x1FFFFFFFFFFFFFFF)
     945    ;;(len-test #x1FFFFFFFF)
     946    ;;(len-test #x1FFFFFFFFF)
     947    ;;(len-test #x1FFFFFFFFFF)
     948    ;;(len-test #x1FFFFFFFFFFF)
     949    ;;(len-test #x1FFFFFFFFFFFF)
     950    ;;(len-test #x1FFFFFFFFFFFFF)
     951    ;;(len-test #x1FFFFFFFFFFFFFF)
     952    ;;(len-test #x1FFFFFFFFFFFFFFF)
    953953    (len-test #x-1)
    954954    (len-test #x-1F)
     
    959959    (len-test #x-1FFFFFF)
    960960    (len-test #x-1FFFFFFF)
    961     (len-test #x-1FFFFFFFF)
    962     (len-test #x-1FFFFFFFFF)
    963     (len-test #x-1FFFFFFFFFF)
    964     (len-test #x-1FFFFFFFFFFF)
    965     (len-test #x-1FFFFFFFFFFFF)
    966     (len-test #x-1FFFFFFFFFFFFF)
    967     (len-test #x-1FFFFFFFFFFFFFF)
    968     (len-test #x-1FFFFFFFFFFFFFFF)
     961    ;;(len-test #x-1FFFFFFFF)
     962    ;;(len-test #x-1FFFFFFFFF)
     963    ;;(len-test #x-1FFFFFFFFFF)
     964    ;;(len-test #x-1FFFFFFFFFFF)
     965    ;;(len-test #x-1FFFFFFFFFFFF)
     966    ;;(len-test #x-1FFFFFFFFFFFFF)
     967    ;;(len-test #x-1FFFFFFFFFFFFFF)
     968    ;;(len-test #x-1FFFFFFFFFFFFFFF)
    969969
    970970    (len-test #x1)
     
    976976    (len-test #x1000000)
    977977    (len-test #x10000000)
    978     (len-test #x100000000)
    979     (len-test #x1000000000)
    980     (len-test #x10000000000)
    981     (len-test #x100000000000)
    982     (len-test #x1000000000000)
    983     (len-test #x10000000000000)
    984     (len-test #x100000000000000)
    985     (len-test #x1000000000000000)
     978    ;;(len-test #x100000000)
     979    ;;(len-test #x1000000000)
     980    ;;(len-test #x10000000000)
     981    ;;(len-test #x100000000000)
     982    ;;(len-test #x1000000000000)
     983    ;;(len-test #x10000000000000)
     984    ;;(len-test #x100000000000000)
     985    ;;(len-test #x1000000000000000)
    986986    (len-test #x-1)
    987987    (len-test #x-10)
     
    992992    (len-test #x-1000000)
    993993    (len-test #x-10000000)
    994     (len-test #x-100000000)
    995     (len-test #x-1000000000)
    996     (len-test #x-10000000000)
    997     (len-test #x-100000000000)
    998     (len-test #x-1000000000000)
    999     (len-test #x-10000000000000)
    1000     (len-test #x-100000000000000)
    1001     (len-test #x-1000000000000000)
     994    ;;(len-test #x-100000000)
     995    ;;(len-test #x-1000000000)
     996    ;;(len-test #x-10000000000)
     997    ;;(len-test #x-100000000000)
     998    ;;(len-test #x-1000000000000)
     999    ;;(len-test #x-10000000000000)
     1000    ;;(len-test #x-100000000000000)
     1001    ;;(len-test #x-1000000000000000)
    10021002
    10031003    (len-test #x1)
     
    10091009    (len-test #x1000001)
    10101010    (len-test #x10000001)
    1011     (len-test #x100000001)
    1012     (len-test #x1000000001)
    1013     (len-test #x10000000001)
    1014     (len-test #x100000000001)
    1015     (len-test #x1000000000001)
    1016     (len-test #x10000000000001)
    1017     (len-test #x100000000000001)
    1018     (len-test #x1000000000000001)
     1011    ;;(len-test #x100000001)
     1012    ;;(len-test #x1000000001)
     1013    ;;(len-test #x10000000001)
     1014    ;;(len-test #x100000000001)
     1015    ;;(len-test #x1000000000001)
     1016    ;;(len-test #x10000000000001)
     1017    ;;(len-test #x100000000000001)
     1018    ;;(len-test #x1000000000000001)
    10191019    (len-test #x-1)
    10201020    (len-test #x-11)
     
    10251025    (len-test #x-1000001)
    10261026    (len-test #x-10000001)
    1027     (len-test #x-100000001)
    1028     (len-test #x-1000000001)
    1029     (len-test #x-10000000001)
    1030     (len-test #x-100000000001)
    1031     (len-test #x-1000000000001)
    1032     (len-test #x-10000000000001)
    1033     (len-test #x-100000000000001)
    1034     (len-test #x-1000000000000001)
     1027    ;;(len-test #x-100000001)
     1028    ;;(len-test #x-1000000001)
     1029    ;;(len-test #x-10000000001)
     1030    ;;(len-test #x-100000000001)
     1031    ;;(len-test #x-1000000000001)
     1032    ;;(len-test #x-10000000000001)
     1033    ;;(len-test #x-100000000000001)
     1034    ;;(len-test #x-1000000000000001)
    10351035
    10361036    (len-test (greatest-fixnum))
     
    10381038
    10391039    (count-test 1)
    1040     (count-test 28472347823493290482390849023840928390482309480923840923840983)
    1041     (count-test -847234234903290482390849023840928390482309480923840923840983)
     1040    ;;(count-test 28472347823493290482390849023840928390482309480923840923840983)
     1041    ;;(count-test -847234234903290482390849023840928390482309480923840923840983)
    10421042    (count-test (greatest-fixnum))
    10431043    (count-test (least-fixnum))
     
    10501050    (test (greatest-fixnum) (bitwise-not (least-fixnum)))
    10511051
    1052     (test -38947389478348937489375 (bitwise-not 38947389478348937489374))
    1053     (test -22300745198530623141535718272648361505980416 (bitwise-not #xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF))
    1054     (test 38947389478348937489374 (bitwise-not -38947389478348937489375))
    1055     (test 22300745198530623141535718272648361505980414 (bitwise-not #x-FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF))
    1056     (test -340282366920938463463374607431768211456 (bitwise-not #xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF))
    1057     (test 340282366920938463463374607431768211454 (bitwise-not #x-FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF))
    1058     (test -79228162514264337593543950337 (bitwise-not #x1000000000000000000000000))
    1059     (test 79228162514264337593543950335 (bitwise-not #x-1000000000000000000000000))
     1052    ;;(test -38947389478348937489375 (bitwise-not 38947389478348937489374))
     1053    ;;(test -22300745198530623141535718272648361505980416 (bitwise-not #xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF))
     1054    ;;(test 38947389478348937489374 (bitwise-not -38947389478348937489375))
     1055    ;;(test 22300745198530623141535718272648361505980414 (bitwise-not #x-FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF))
     1056    ;;(test -340282366920938463463374607431768211456 (bitwise-not #xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF))
     1057    ;;(test 340282366920938463463374607431768211454 (bitwise-not #x-FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF))
     1058    ;;(test -79228162514264337593543950337 (bitwise-not #x1000000000000000000000000))
     1059    ;;(test 79228162514264337593543950335 (bitwise-not #x-1000000000000000000000000))
    10601060
    10611061    ;; ----------------------------------------
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