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|
(set! (*s7* 'heap-size) (* 3 1024000))
(set! (hook-functions *unbound-variable-hook*) ())
(set! (*s7* 'print-length) 6)
;(set! (*s7* 'gc-stats) #t)
(when (provided? 'snd)
(format *stderr* "this won't work in Snd!~%")
(exit))
(define baddies '(exit emergency-exit abort autotest s7-optimize dynamic-unwind
all delete-file system set-cdr! stacktrace test-sym
cutlet varlet gc cond-expand reader-cond
openlet coverlet eval vector list cons values hash-table
symbol-table load throw error
make-rectangular macro macro* bacro bacro*
copy fill! hash-table-set! vector-set! let-set! list-values apply-values immutable!
*unbound-variable-hook* *load-hook* *rootlet-redefinition-hook* *missing-close-paren-hook* *read-error-hook*
tree-count ; signature is kinda silly here
c-define-1 apropos map-values trace-in profile-in
define-expansion ;substring-uncopied
heap-scan heap-analyze heap-holders heap-holder
check check-funcs type-ok
show-stack trace-in apply call-with-exit
define-expansion call-with-current-continuation
vector-append append ; append gets uninteresting type conversion complaints
call/cc call-with-output-string open-input-function open-output-function
set-current-input-port ;set-current-output-port
set-current-error-port show-op-stack))
(let ((max-args 3))
(define-constant one 1)
(define-constant auto-constants (list #f #t () #\a (/ (*s7* 'most-positive-fixnum)) (/ -1 (*s7* 'most-positive-fixnum)) 1.5+i
"hi455" :key hi: 'hi (list 1) (list 1 2) (cons 1 2) (list (list 1 2)) (list (list 1)) (list ()) #()
1/0+i 0+0/0i 0+1/0i 1+0/0i 0/0+0i 0/0+0/0i 1+1/0i 0/0+i cons ''2
1+i 1+1e10i 1e15+1e15i 0+1e18i 1e18 #\xff (string #\xff) 1e308
;(*s7* 'most-positive-fixnum) (*s7* 'most-negative-fixnum) (- (*s7* 'most-positive-fixnum) 1) (+ (*s7* 'most-negative-fixnum) 1)
;most-negative-fixnum hangs expt in gmp
-1 0 0.0 1 1.5 1.0-1.0i 3/4 #\null -63 (make-hash-table) (hash-table '(a . 2) '(b . 3))
'((1 2) (3 4)) '((1 (2)) (((3) 4))) "" (list #i(1) "1") '(1 2 . 3) (list (cons 'a 2) (cons 'b 3))
#i(1 2) (vector 1 '(3)) (let ((x 3)) (lambda (y) (+ x y))) abs 'a 'b one
(lambda args args) (lambda* ((a 3) (b 2)) (+ a b)) (lambda () 3)
(sublet (rootlet) 'a 1)
*load-hook* *error-hook*
(random-state 123)
quasiquote macroexpand begin let letrec* if case cond (call-with-exit (lambda (goto) goto))
(with-baffle (call/cc (lambda (cc) cc)))
(string #\a #\null #\b) #2d((1 2) (3 4)) (inlet 'a 2 'b 3)
#<undefined> #<unspecified> (make-int-vector 3) (make-float-vector 3 -1.4)
(make-vector '(2 3) "hi") #("hiho" "hi" "hoho") (subvector (make-int-vector '(2 3) 1))
(subvector (subvector (make-float-vector '(2 3) 1.0) 0 6) 0 4 '(2 2))
(vector-ref #2d((#i(1 2 3)) (#i(3 4 5))) 0 0) (define-macro (m a) `(+ ,a 1))
(c-pointer 0) (c-pointer -1) :readable :else (define-bacro* (m (a 1)) `(+ ,a 1))
(byte-vector 0 1 2) (byte-vector) (byte-vector 255 0 127) (make-iterator #((a . 2)))
(lambda (dir) 1.0) (float-vector) (make-float-vector '(2 32))
'((a . 1)) #i(1) '((((A . B) C . D) (E . F) G . H) ((I . J) K . L) (M . N) O . P)
#u(0 1 2) (openlet (inlet 'abs (lambda (x) (- x))))
(make-iterator (list 1 2 3)) (make-iterator "1") #<eof> #r2d((.1 .2) (.3 .4))
(dilambda (lambda () 1) (lambda (a) a))
(gensym)))
(define car-auto-constants (car auto-constants))
(define-constant cdr-auto-constants (cdr auto-constants))
(define low 0)
(define-constant auto-arglists (vector (make-list 1) (make-list 2) (make-list 3) (make-list 4) (make-list 5) (make-list 6)))
(define-constant (autotest func args args-now args-left sig)
;; args-left is at least 1, args-now starts at 0, args starts at ()
;; (format *stderr* "~A: ~D ~D (~D ~D): ~A~%" func (length args) args-now low args-left args)
;; (if (pair? args) (format *stderr* "~A " (car args)))
(call-with-exit
(lambda (quit)
(if (>= args-now low)
(catch #t
(lambda ()
;(format *stderr* "args: ~A~%" args)
(apply func args))
(lambda (type info)
(if (and (positive? args-now)
(memq type '(wrong-type-arg wrong-number-of-args out-of-range syntax-error io-error
division-by-zero format-error missing-method error invalid-exit-function)))
(quit)))))
(let ((c-args (vector-ref auto-arglists args-now)))
(copy args c-args)
(let ((p (list-tail c-args args-now))
(checker (and (pair? sig) (car sig)))) ; see map-values
(if (= args-left 1)
(call-with-exit
(lambda (quit)
(set-car! p car-auto-constants)
(catch #t
(lambda ()
;(format *stderr* "c-args: ~A~%" c-args)
(apply func c-args))
(lambda (type info)
(if (or (memq type '(wrong-number-of-args out-of-range syntax-error io-error
division-by-zero format-error error missing-method invalid-exit-function))
(and (eq? type 'wrong-type-arg)
(pair? (cdr info))
(pair? (cddr info))
(integer? (caddr info)) ; if just 1 arg, arg num can be omitted
(< (caddr info) low)))
(quit))))
(if checker
(for-each
(lambda (c)
(when (checker c)
(catch #t
(lambda ()
(set-car! p c)
(apply func c-args))
(lambda any 'error))))
cdr-auto-constants)
(for-each
(lambda (c)
(catch #t
(lambda ()
(set-car! p c)
(apply func c-args))
(lambda any 'error)))
cdr-auto-constants))))
(let ((sig1 (if (pair? sig) (cdr sig) ()))
(c-args1 c-args)
(args-now1 (+ args-now 1))
(args-left1 (- args-left 1)))
(if checker
(for-each
(lambda (c)
(when (checker c)
(set-car! p c)
(autotest func c-args1 args-now1 args-left1 sig1)))
auto-constants)
(for-each
(lambda (c)
(set-car! p c)
(autotest func c-args1 args-now1 args-left1 sig1))
auto-constants)))))))))
(define (map-values lst)
(do ((lst lst (cdr lst)))
((or (not (pair? lst))
(not (car lst))
(procedure? (car lst)))
lst)
(set-car! lst
(if (symbol? (car lst))
(symbol->value (car lst))
(and (pair? (car lst))
(apply lambda '(x) (list (list 'or (list (caar lst) 'x) (list (cadar lst) 'x)))))))))
(define (test-sym sym)
(when (and (not (memq sym baddies))
(defined? sym))
(let* ((f (symbol->value sym))
(argn (and (or (procedure? f) (let? f)) (arity f))))
(if argn
(let ((bottom (car argn))
(top (min (cdr argn) max-args))
(strname (symbol->string sym)))
;(unless (memv (strname 0) '(#\{ #\[ #\()) ; no longer relevant, setters start with #<, none with {
(if (< top bottom)
(format *stderr* ";~A (bottom: ~A, top: ~A)...~%" sym bottom top))
(set! low bottom)
(if (positive? (cdr argn))
(let ((sig (cond ((eq? sym 'append)
(let ((lst (list 'list?)))
(set-cdr! lst lst)))
(else (copy (signature f))))))
(map-values sig)
(autotest f () 0 top (if (pair? sig) (cdr sig) ())))))))));)
(define (all)
(let ((st (symbol-table)))
;(do ((i 0 (+ i 1))) ((= i 10))
(for-each test-sym st)));)
;(do ((i 0 (+ i 1)) (len (length st))) ((= i 1000)) (test-sym (st (random len))))
;(test-sym 'object->string)
;(test-sym 'for-each)
;(test-sym 'write)
(all))
(let ((probes (vector #f #t () #\a #<undefined> #<unspecified> #<eof>
0 1 2/3 1.0 1+i
(list 0)
'a set!
"11" #(1+i 2+i) #i(312 1234) #r(1.5 2.5) #u(1 2) #2i((1 2) (3 4))
(hash-table 'a 1 'b 2)
(inlet 'a 1 'b 2)
(c-pointer 0)
(random-state 1234)
(lambda () 1) (lambda* ((a 21)) (+ a 1))
(macro (a) `(+ ,a 1)) (macro* ((a 32)) `(+ ,a 1)) quasiquote
(bacro (a) `(+ ,a 1)) (bacro* ((a 32)) `(+ ,a 1))
(open-output-string) (open-input-string "1234")
abs + make-hash-table map port-line-number
(call/cc (lambda (c) c)) (call-with-exit (lambda (c) c))
(make-iterator '(1 2 3))))
(inputters '(read read-string read-line read-byte read-char))
(outputters '(write display write-string write-char write-byte newline))
(even-args '(hash-table weak-hash-table)))
(define (type-ok probe types)
(and (pair? types)
(or (memq (car types) '(#t values))
((symbol->value (car types)) probe)
(type-ok probe (cdr types)))))
(define (check sym)
(let ((func (symbol->value sym)))
(when (and (procedure? func)
(not (memq sym baddies)))
(let ((ari (arity func))
(sig (signature func))
(doc (documentation func)))
(unless (or (string=? doc "")
(string-position (symbol->string sym) doc))
(format *stderr* "~A documentation does not mention it: ~S~%" sym doc))
(when (pair? sig)
(let ((res-types (if (pair? (car sig)) (car sig) (list (car sig)))))
;; 0 arg
(catch #t
(lambda ()
(let ((res (if (memq sym inputters)
(let ((val #f)) (with-input-from-string "1234" (lambda () (set! val (func)))) val)
(if (memq sym outputters)
(let ((val #f)) (with-output-to-string (lambda () (set! val (func)))) val)
(func)))))
(unless (type-ok res res-types)
(format *stderr* "(~A) -> ~S, but ~A is not in ~A~%" sym res (type-of res) res-types))))
(lambda (type info)
(let ((errstr (apply format #f info)))
(unless (string-position (symbol->string sym) errstr)
(format *stderr* "(~A) -> ~S~%" sym errstr)))
(when (and (eq? type 'wrong-number-of-args)
(aritable? func 0))
(format *stderr* "(~A) -> arg num error but arity: ~S~%" sym ari))))
;; 1 arg
(let ((par1-types (and (pair? (cdr sig)) (if (pair? (cadr sig)) (cadr sig) (list (cadr sig))))))
(for-each
(lambda (probe1)
(catch #t
(lambda ()
(let ((res (if (memq sym inputters)
(let ((val #f)) (with-input-from-string "1234" (lambda () (set! val (func probe1)))) val)
(if (memq sym outputters)
(let ((val #f)) (with-output-to-string (lambda () (set! val (func probe1)))) val)
(func probe1)))))
(unless (type-ok res res-types)
(format *stderr* "(~S ~S) -> ~S, but ~A is not in ~A~%" sym probe1 res (type-of res) res-types))
(unless (type-ok probe1 par1-types)
(format *stderr* "(~S ~S) ok, but ~A is not in ~S~%" sym probe1 (type-of probe1) par1-types)))
;; 2 args
(let ((par2-types (and (pair? (cddr sig)) (if (pair? (caddr sig)) (caddr sig) (list (caddr sig))))))
(for-each
(lambda (probe2)
(catch #t
(lambda ()
(let ((res (if (memq sym inputters)
(let ((val #f)) (with-input-from-string "1234" (lambda () (set! val (func probe1 probe2)))) val)
(if (memq sym outputters)
(let ((val #f)) (with-output-to-string (lambda () (set! val (func probe1 probe2)))) val)
(func probe1 probe2)))))
(unless (type-ok res res-types)
(format *stderr* "(~S ~S ~S) -> ~S, but ~A is not in ~A~%" sym probe1 probe2 res (type-of res) res-types))
(unless (type-ok probe2 par2-types)
(format *stderr* "(~S ~S ~S) ok, but ~A is not in ~S~%" sym probe1 probe2 (type-of probe2) par2-types)))
;; 3 args
(let ((par3-types (and (pair? (cdddr sig)) (if (pair? (cadddr sig)) (cadddr sig) (list (cadddr sig))))))
(for-each
(lambda (probe3)
(catch #t
(lambda ()
(let ((res (if (memq sym inputters)
(let ((val #f)) (with-input-from-string "1234" (lambda () (set! val (func probe1 probe2 probe3)))) val)
(if (memq sym outputters)
(let ((val #f)) (with-output-to-string (lambda () (set! val (func probe1 probe2 probe3)))) val)
(func probe1 probe2 probe3)))))
(unless (type-ok res res-types)
(format *stderr* "(~S ~S ~S ~S) -> ~S, but ~A is not in ~A~%" sym probe1 probe2 probe3 res (type-of res) res-types))
(unless (type-ok probe3 par3-types)
(format *stderr* "(~S ~S ~S ~S) ok, but ~A is not in ~S~%" sym probe1 probe2 probe3 (type-of probe3) par3-types)))
)
(lambda (type info)
(let ((errstr (apply format #f info)))
(unless (string-position (symbol->string sym) errstr)
(format *stderr* "(~S ~S ~S ~S) -> ~S~%" sym probe1 probe2 probe3 errstr)))
(if (and (eq? type 'wrong-type-arg-error)
(type-ok probe3 par3-types))
(format *stderr* "(~S ~S ~S ~S) -> arg type error, but par-types: ~S~%" sym probe1 probe2 probe3 par3-types)
(when (and (eq? type 'wrong-number-of-args)
(aritable? func 3))
(format *stderr* "(~S ~S ~S ~S) -> arg num error but arity: ~S~%" sym probe1 probe2 probe3 ari))))))
probes))
)
(lambda (type info)
(let ((errstr (apply format #f info)))
(unless (string-position (symbol->string sym) errstr)
(format *stderr* "(~S ~S ~S) -> ~S~%" sym probe1 probe2 errstr)))
(if (and (eq? type 'wrong-type-arg-error)
(type-ok probe2 par2-types))
(format *stderr* "(~S ~S ~S) -> arg type error, but par-types: ~S~%" sym probe1 probe2 par2-types)
(when (and (eq? type 'wrong-number-of-args)
(aritable? func 2))
(format *stderr* "(~S ~S ~S) -> arg num error but arity: ~S~%" sym probe1 probe2 ari))))))
probes))
)
(lambda (type info)
(let ((errstr (apply format #f info)))
(unless (string-position (symbol->string sym) errstr)
(format *stderr* "(~S ~S) -> ~S~%" func probe1 errstr)))
(if (and (eq? type 'wrong-type-arg-error)
(type-ok probe1 par1-types))
(format *stderr* "(~S ~S) -> arg type error, but par-types: ~S~%" sym probe1 par1-types)
(when (and (eq? type 'wrong-number-of-args)
(not (memq sym even-args))
(aritable? func 1)
(not (memq sym '(apply call-with-exit))))
(format *stderr* "(~S ~S) -> arg num error but arity: ~S~%" sym probe1 ari))))))
probes))))))))
(define (check-funcs)
(let ((syms (symbol-table)))
(for-each check syms)))
(check-funcs))
(when (> (*s7* 'profile) 0)
(show-profile 200))
(exit)
|
