1 ;;;; This file defines all the standard functions to be known
2 ;;;; functions. Each function has type and side-effect information,
3 ;;;; and may also have IR1 optimizers.
5 ;;;; This software is part of the SBCL system. See the README file for
8 ;;;; This software is derived from the CMU CL system, which was
9 ;;;; written at Carnegie Mellon University and released into the
10 ;;;; public domain. The software is in the public domain and is
11 ;;;; provided with absolutely no warranty. See the COPYING and CREDITS
12 ;;;; files for more information.
16 ;;;; information for known functions:
18 (defknown coerce
(t type-specifier
) t
20 ;; This is not FLUSHABLE because it's defined to signal errors.
22 ;; :DERIVE-TYPE RESULT-TYPE-SPEC-NTH-ARG 2 ? Nope... (COERCE 1 'COMPLEX)
23 ;; returns REAL/INTEGER, not COMPLEX.
25 (defknown list-to-vector
* (list type-specifier
) vector
)
26 (defknown vector-to-vector
* (vector type-specifier
) vector
)
28 (defknown type-of
(t) t
(foldable flushable
))
30 ;;; These can be affected by type definitions, so they're not FOLDABLE.
31 (defknown (sb!xc
:upgraded-complex-part-type sb
!xc
:upgraded-array-element-type
)
32 (type-specifier &optional lexenv-designator
) type-specifier
35 ;;;; from the "Predicates" chapter:
37 ;;; FIXME: Is it right to have TYPEP (and TYPE-OF, elsewhere; and
38 ;;; perhaps SPECIAL-OPERATOR-P and others) be FOLDABLE in the
39 ;;; cross-compilation host? After all, some type relationships (e.g.
40 ;;; FIXNUMness) might be different between host and target. Perhaps
41 ;;; this property should be protected by #-SB-XC-HOST? Perhaps we need
42 ;;; 3-stage bootstrapping after all? (Ugh! It's *so* slow already!)
43 (defknown typep
(t type-specifier
&optional lexenv-designator
) t
44 ;; Unlike SUBTYPEP or UPGRADED-ARRAY-ELEMENT-TYPE and friends, this
45 ;; seems to be FOLDABLE. Like SUBTYPEP, it's affected by type
46 ;; definitions, but unlike SUBTYPEP, there should be no way to make
47 ;; a TYPEP expression with constant arguments which doesn't return
48 ;; an error before the type declaration (because of undefined
49 ;; type). E.g. you can do
50 ;; (SUBTYPEP 'INTEGER 'FOO) => NIL, NIL
52 ;; (SUBTYPEP 'INTEGER 'FOO) => T, T
57 ;; doesn't work because the first call is an error.
59 ;; (UPGRADED-ARRAY-ELEMENT-TYPE and UPGRADED-COMPLEX-PART-TYPE have
60 ;; behavior like SUBTYPEP in this respect, not like TYPEP.)
62 (defknown subtypep
(type-specifier type-specifier
&optional lexenv-designator
)
63 (values boolean boolean
)
64 ;; This is not FOLDABLE because its value is affected by type
67 ;; FIXME: Is it OK to fold this when the types have already been
68 ;; defined? Does the code inherited from CMU CL already do this?
71 (defknown (null symbolp atom consp listp numberp integerp rationalp floatp
72 complexp characterp stringp bit-vector-p vectorp
73 simple-vector-p simple-string-p simple-bit-vector-p arrayp
74 sb
!xc
:packagep functionp compiled-function-p not
)
75 (t) boolean
(movable foldable flushable
))
77 (defknown (eq eql
) (t t
) boolean
(movable foldable flushable
))
78 (defknown (equal equalp
) (t t
) boolean
(foldable flushable recursive
))
82 (sb!xc
:deftype name-for-class
() t
)
83 (defknown classoid-name
(classoid) name-for-class
(flushable))
84 (defknown find-classoid
(name-for-class &optional t
)
85 (or classoid null
) ())
86 (defknown classoid-of
(t) classoid
(flushable))
87 (defknown layout-of
(t) layout
(flushable))
88 (defknown copy-structure
(structure-object) structure-object
91 ;;;; from the "Control Structure" chapter:
93 ;;; This is not FLUSHABLE, since it's required to signal an error if
95 (defknown (symbol-value) (symbol) t
())
96 ;;; From CLHS, "If the symbol is globally defined as a macro or a
97 ;;; special operator, an object of implementation-dependent nature and
98 ;;; identity is returned. If the symbol is not globally defined as
99 ;;; either a macro or a special operator, and if the symbol is fbound,
100 ;;; a function object is returned". Our objects of
101 ;;; implementation-dependent nature happen to be functions.
102 (defknown (symbol-function) (symbol) function
())
104 (defknown boundp
(symbol) boolean
(flushable))
105 (defknown fboundp
((or symbol cons
)) boolean
(unsafely-flushable explicit-check
))
106 (defknown special-operator-p
(symbol) t
107 ;; The set of special operators never changes.
108 (movable foldable flushable
))
109 (defknown set
(symbol t
) t
(unsafe)
110 :derive-type
#'result-type-last-arg
)
111 (defknown fdefinition
((or symbol cons
)) function
(unsafe explicit-check
))
112 (defknown %set-fdefinition
((or symbol cons
) function
) function
113 (unsafe explicit-check
))
114 (defknown makunbound
(symbol) symbol
)
115 (defknown fmakunbound
((or symbol cons
)) (or symbol cons
)
116 (unsafe explicit-check
))
117 (defknown (get-setf-method get-setf-method-multiple-value
)
118 ((or list symbol
) &optional lexenv-designator
)
119 (values list list list form form
)
121 (defknown apply
(callable t
&rest t
) *) ; ### Last arg must be List...
122 (defknown funcall
(callable &rest t
) *)
124 (defknown (mapcar maplist
) (callable list
&rest list
) list
127 ;;; According to CLHS the result must be a LIST, but we do not check
129 (defknown (mapcan mapcon
) (callable list
&rest list
) t
132 (defknown (mapc mapl
) (callable list
&rest list
) list
(foldable call
))
134 ;;; We let VALUES-LIST be foldable, since constant-folding will turn
135 ;;; it into VALUES. VALUES is not foldable, since MV constants are
136 ;;; represented by a call to VALUES.
137 (defknown values
(&rest t
) * (movable flushable unsafe
))
138 (defknown values-list
(list) * (movable foldable unsafely-flushable
))
140 ;;;; from the "Macros" chapter:
142 (defknown macro-function
(symbol &optional lexenv-designator
)
145 (defknown (macroexpand macroexpand-1
) (t &optional lexenv-designator
)
146 (values form
&optional boolean
))
148 (defknown compiler-macro-function
(t &optional lexenv-designator
)
152 ;;;; from the "Declarations" chapter:
154 (defknown proclaim
(list) (values) (recursive))
156 ;;;; from the "Symbols" chapter:
158 (defknown get
(symbol t
&optional t
) t
(flushable))
159 (defknown sb
!impl
::get2
(symbol t
) t
(flushable))
160 (defknown sb
!impl
::get3
(symbol t t
) t
(flushable))
161 (defknown remprop
(symbol t
) t
)
162 (defknown symbol-plist
(symbol) list
(flushable))
163 (defknown getf
(list t
&optional t
) t
(foldable flushable
))
164 (defknown get-properties
(list list
) (values t t list
) (foldable flushable
))
165 (defknown symbol-name
(symbol) simple-string
(movable foldable flushable
))
166 (defknown make-symbol
(string) symbol
(flushable))
167 (defknown %make-symbol
(simple-string) symbol
(flushable))
168 (defknown copy-symbol
(symbol &optional t
) symbol
(flushable))
169 (defknown gensym
(&optional
(or string unsigned-byte
)) symbol
())
170 (defknown symbol-package
(symbol) (or sb
!xc
:package null
) (flushable))
171 (defknown keywordp
(t) boolean
(flushable)) ; If someone uninterns it...
173 ;;;; from the "Packages" chapter:
175 (defknown gentemp
(&optional string package-designator
) symbol
)
177 (defknown make-package
(string-designator &key
181 (:internal-symbols index
)
182 (:external-symbols index
))
184 (defknown find-package
(package-designator) (or sb
!xc
:package null
)
186 (defknown package-name
(package-designator) (or simple-string null
)
187 (unsafely-flushable))
188 (defknown package-nicknames
(package-designator) list
(unsafely-flushable))
189 (defknown rename-package
(package-designator package-designator
&optional list
)
191 (defknown package-use-list
(package-designator) list
(unsafely-flushable))
192 (defknown package-used-by-list
(package-designator) list
(unsafely-flushable))
193 (defknown package-shadowing-symbols
(package-designator) list
(unsafely-flushable))
194 (defknown list-all-packages
() list
(flushable))
195 (defknown intern
(string &optional package-designator
)
196 (values symbol
(member :internal
:external
:inherited nil
))
198 (defknown find-symbol
(string &optional package-designator
)
199 (values symbol
(member :internal
:external
:inherited nil
))
201 (defknown (export import
) (symbols-designator &optional package-designator
)
203 (defknown unintern
(symbol &optional package-designator
) boolean
)
204 (defknown unexport
(symbols-designator &optional package-designator
) (eql t
))
205 (defknown shadowing-import
(symbols-designator &optional package-designator
)
207 (defknown shadow
((or symbol character string list
) &optional package-designator
)
209 (defknown (use-package unuse-package
)
210 ((or list package-designator
) &optional package-designator
) (eql t
))
211 (defknown find-all-symbols
(string-designator) list
(flushable))
213 ;;;; from the "Numbers" chapter:
215 (defknown zerop
(number) boolean
(movable foldable flushable explicit-check
))
216 (defknown (plusp minusp
) (real) boolean
217 (movable foldable flushable explicit-check
))
218 (defknown (oddp evenp
) (integer) boolean
219 (movable foldable flushable explicit-check
))
220 (defknown (= /=) (number &rest number
) boolean
221 (movable foldable flushable explicit-check
))
222 (defknown (< > <= >=) (real &rest real
) boolean
223 (movable foldable flushable explicit-check
))
224 (defknown (max min
) (real &rest real
) real
225 (movable foldable flushable explicit-check
))
227 (defknown + (&rest number
) number
228 (movable foldable flushable explicit-check
))
229 (defknown -
(number &rest number
) number
230 (movable foldable flushable explicit-check
))
231 (defknown * (&rest number
) number
232 (movable foldable flushable explicit-check
))
233 (defknown / (number &rest number
) number
234 (movable foldable unsafely-flushable explicit-check
))
235 (defknown (1+ 1-
) (number) number
236 (movable foldable flushable explicit-check
))
238 (defknown conjugate
(number) number
239 (movable foldable flushable explicit-check
))
241 (defknown gcd
(&rest integer
) unsigned-byte
242 (movable foldable flushable explicit-check
)
243 #|
:derive-type
'boolean-result-type|
#)
244 (defknown lcm
(&rest integer
) unsigned-byte
245 (movable foldable flushable explicit-check
))
247 #+sb-xc-host
; (See CROSS-FLOAT-INFINITY-KLUDGE.)
248 (defknown exp
(number) irrational
249 (movable foldable flushable explicit-check recursive
)
250 :derive-type
#'result-type-float-contagion
)
252 #-sb-xc-host
; (See CROSS-FLOAT-INFINITY-KLUDGE.)
253 (defknown exp
(number) irrational
254 (movable foldable flushable explicit-check recursive
))
256 (defknown expt
(number number
) number
257 (movable foldable flushable explicit-check recursive
))
258 (defknown log
(number &optional real
) irrational
259 (movable foldable flushable explicit-check
))
260 (defknown sqrt
(number) irrational
261 (movable foldable flushable explicit-check
))
262 (defknown isqrt
(unsigned-byte) unsigned-byte
263 (movable foldable flushable explicit-check recursive
))
265 (defknown (abs phase signum
) (number) number
266 (movable foldable flushable explicit-check
))
267 (defknown cis
(real) (complex float
)
268 (movable foldable flushable explicit-check
))
270 #+sb-xc-host
; (See CROSS-FLOAT-INFINITY-KLUDGE.)
272 (defknown (sin cos
) (number)
273 (or (float -
1.0 1.0) (complex float
))
274 (movable foldable flushable explicit-check recursive
)
275 :derive-type
#'result-type-float-contagion
)
278 (number &optional real
) irrational
279 (movable foldable unsafely-flushable explicit-check recursive
)
280 :derive-type
#'result-type-float-contagion
)
282 (defknown (tan sinh cosh tanh asinh
)
283 (number) irrational
(movable foldable flushable explicit-check recursive
)
284 :derive-type
#'result-type-float-contagion
)
287 #-sb-xc-host
; (See CROSS-FLOAT-INFINITY-KLUDGE.)
289 (defknown (sin cos
) (number)
290 (or (float -
1.0 1.0) (complex float
))
291 (movable foldable flushable explicit-check recursive
))
294 (number &optional real
) irrational
295 (movable foldable unsafely-flushable explicit-check recursive
))
297 (defknown (tan sinh cosh tanh asinh
)
298 (number) irrational
(movable foldable flushable explicit-check recursive
))
301 (defknown (asin acos acosh atanh
)
303 (movable foldable flushable explicit-check recursive
))
305 (defknown float
(real &optional float
) float
306 (movable foldable flushable explicit-check
))
308 (defknown (rational) (real) rational
309 (movable foldable flushable explicit-check
))
311 (defknown (rationalize) (real) rational
312 (movable foldable flushable explicit-check recursive
))
314 (defknown (numerator denominator
) (rational) integer
315 (movable foldable flushable
))
317 (defknown (floor ceiling truncate round
)
318 (real &optional real
) (values integer real
)
319 (movable foldable flushable explicit-check
))
321 (defknown (mod rem
) (real real
) real
322 (movable foldable flushable explicit-check
))
324 (defknown (ffloor fceiling fround ftruncate
)
325 (real &optional real
) (values float real
)
326 (movable foldable flushable explicit-check
))
328 (defknown decode-float
(float) (values float float-exponent float
)
329 (movable foldable unsafely-flushable explicit-check
))
330 (defknown scale-float
(float integer
) float
331 (movable foldable unsafely-flushable explicit-check
))
332 (defknown float-radix
(float) float-radix
333 (movable foldable unsafely-flushable
))
334 (defknown float-sign
(float &optional float
) float
335 (movable foldable unsafely-flushable explicit-check
))
336 (defknown (float-digits float-precision
) (float) float-digits
337 (movable foldable unsafely-flushable explicit-check
))
338 (defknown integer-decode-float
(float)
339 (values integer float-int-exponent
(member -
1 1))
340 (movable foldable unsafely-flushable explicit-check
))
342 (defknown complex
(real &optional real
) number
343 (movable foldable flushable explicit-check
))
345 (defknown (realpart imagpart
) (number) real
(movable foldable flushable
))
347 (defknown (logior logxor logand logeqv
) (&rest integer
) integer
348 (movable foldable flushable explicit-check
))
350 (defknown (lognand lognor logandc1 logandc2 logorc1 logorc2
)
351 (integer integer
) integer
352 (movable foldable flushable explicit-check
))
354 (defknown boole
(boole-code integer integer
) integer
355 (movable foldable flushable
))
357 (defknown lognot
(integer) integer
(movable foldable flushable explicit-check
))
358 (defknown logtest
(integer integer
) boolean
(movable foldable flushable
))
359 (defknown logbitp
(unsigned-byte integer
) boolean
(movable foldable flushable
))
360 (defknown ash
(integer integer
) integer
361 (movable foldable flushable explicit-check
))
362 (defknown (logcount integer-length
) (integer) bit-index
363 (movable foldable flushable explicit-check
))
364 ;;; FIXME: According to the ANSI spec, it's legal to use any
365 ;;; nonnegative indices for BYTE arguments, not just BIT-INDEX. It's
366 ;;; hard to come up with useful ways to do this, but it is possible to
367 ;;; come up with *legal* ways to do this, so it would be nice
368 ;;; to fix this so we comply with the spec.
369 (defknown byte
(bit-index bit-index
) byte-specifier
370 (movable foldable flushable
))
371 (defknown (byte-size byte-position
) (byte-specifier) bit-index
372 (movable foldable flushable
))
373 (defknown ldb
(byte-specifier integer
) integer
(movable foldable flushable
))
374 (defknown ldb-test
(byte-specifier integer
) boolean
375 (movable foldable flushable
))
376 (defknown mask-field
(byte-specifier integer
) integer
377 (movable foldable flushable
))
378 (defknown dpb
(integer byte-specifier integer
) integer
379 (movable foldable flushable
))
380 (defknown deposit-field
(integer byte-specifier integer
) integer
381 (movable foldable flushable
))
382 (defknown random
((or (float (0.0
)) (integer 1)) &optional random-state
)
383 (or (float 0.0) (integer 0)) ())
384 (defknown make-random-state
(&optional
385 (or (member nil t
) random-state unsigned-byte
386 (simple-array (unsigned-byte 8) (*))
387 (simple-array (unsigned-byte 32) (*))))
388 random-state
(flushable))
389 (defknown random-state-p
(t) boolean
(movable foldable flushable
))
391 ;;;; from the "Characters" chapter:
392 (defknown (standard-char-p graphic-char-p alpha-char-p
393 upper-case-p lower-case-p both-case-p alphanumericp
)
394 (character) boolean
(movable foldable flushable
))
396 (defknown digit-char-p
(character &optional
(integer 2 36))
397 (or (integer 0 35) null
) (movable foldable flushable
))
399 (defknown (char= char
/= char
< char
> char
<= char
>= char-equal char-not-equal
400 char-lessp char-greaterp char-not-greaterp char-not-lessp
)
401 (character &rest character
) boolean
(movable foldable flushable
))
403 (defknown character
(t) character
(movable foldable unsafely-flushable
))
404 (defknown char-code
(character) char-code
(movable foldable flushable
))
405 (defknown (char-upcase char-downcase
) (character) character
406 (movable foldable flushable
))
407 (defknown digit-char
(unsigned-byte &optional
(integer 2 36))
408 (or character null
) (movable foldable flushable
))
409 (defknown char-int
(character) char-code
(movable foldable flushable
))
410 (defknown char-name
(character) (or simple-string null
)
411 (movable foldable flushable
))
412 (defknown name-char
(string-designator) (or character null
)
413 (movable foldable flushable
))
414 (defknown code-char
(char-code) character
415 ;; By suppressing constant folding on CODE-CHAR when the
416 ;; cross-compiler is running in the cross-compilation host vanilla
417 ;; ANSI Common Lisp, we can use CODE-CHAR expressions to delay until
418 ;; target Lisp run time the generation of CHARACTERs which aren't
419 ;; STANDARD-CHARACTERs. That way, we don't need to rely on the host
420 ;; Common Lisp being able to handle any characters other than those
421 ;; guaranteed by the ANSI spec.
422 (movable #-sb-xc-host foldable flushable
))
424 ;;;; from the "Sequences" chapter:
426 (defknown elt
(sequence index
) t
(foldable unsafely-flushable
))
428 (defknown subseq
(sequence index
&optional sequence-end
) consed-sequence
430 :derive-type
(sequence-result-nth-arg 1))
432 (defknown copy-seq
(sequence) consed-sequence
(flushable)
433 :derive-type
(sequence-result-nth-arg 1))
435 (defknown length
(sequence) index
(foldable flushable
))
437 (defknown reverse
(sequence) consed-sequence
(flushable)
438 :derive-type
(sequence-result-nth-arg 1))
440 (defknown nreverse
(sequence) sequence
(important-result)
441 :derive-type
#'result-type-first-arg
442 :destroyed-constant-args
(nth-constant-nonempty-sequence-args 1))
444 (defknown make-sequence
(type-specifier index
446 (:initial-element t
))
449 :derive-type
(creation-result-type-specifier-nth-arg 1))
451 (defknown concatenate
(type-specifier &rest sequence
) consed-sequence
453 :derive-type
(creation-result-type-specifier-nth-arg 1))
455 (defknown (map %map
) (type-specifier callable sequence
&rest sequence
)
458 ; :DERIVE-TYPE 'TYPE-SPEC-ARG1 ? Nope... (MAP NIL ...) returns NULL, not NIL.
460 (defknown %map-to-list-arity-1
(callable sequence
) list
(flushable call
))
461 (defknown %map-to-simple-vector-arity-1
(callable sequence
) simple-vector
463 (defknown %map-to-nil-on-simple-vector
(callable simple-vector
) null
465 (defknown %map-to-nil-on-vector
(callable vector
) null
(flushable call
))
466 (defknown %map-to-nil-on-sequence
(callable sequence
) null
(flushable call
))
468 (defknown map-into
(sequence callable
&rest sequence
)
471 :derive-type
#'result-type-first-arg
472 :destroyed-constant-args
(nth-constant-nonempty-sequence-args 1))
474 ;;; returns the result from the predicate...
475 (defknown some
(callable sequence
&rest sequence
) t
476 (foldable unsafely-flushable call
))
478 (defknown (every notany notevery
) (callable sequence
&rest sequence
) boolean
479 (foldable unsafely-flushable call
))
481 ;;; unsafe for :INITIAL-VALUE...
482 (defknown reduce
(callable sequence
&rest t
&key
(:from-end t
) (:start index
)
483 (:end sequence-end
) (:initial-value t
) (:key callable
))
485 (foldable flushable call unsafe
))
487 (defknown fill
(sequence t
&rest t
&key
488 (:start index
) (:end sequence-end
)) sequence
490 :derive-type
#'result-type-first-arg
491 :destroyed-constant-args
(nth-constant-nonempty-sequence-args 1)
494 (defknown replace
(sequence sequence
&rest t
&key
(:start1 index
)
495 (:end1 sequence-end
) (:start2 index
) (:end2 sequence-end
))
497 :derive-type
#'result-type-first-arg
498 :destroyed-constant-args
(nth-constant-nonempty-sequence-args 1)
502 (t sequence
&rest t
&key
(:from-end t
) (:test callable
)
503 (:test-not callable
) (:start index
) (:end sequence-end
)
504 (:count sequence-count
) (:key callable
))
507 :derive-type
(sequence-result-nth-arg 2))
510 (t t sequence
&rest t
&key
(:from-end t
) (:test callable
)
511 (:test-not callable
) (:start index
) (:end sequence-end
)
512 (:count sequence-count
) (:key callable
))
515 :derive-type
(sequence-result-nth-arg 3))
517 (defknown (remove-if remove-if-not
)
518 (callable sequence
&rest t
&key
(:from-end t
) (:start index
)
519 (:end sequence-end
) (:count sequence-count
) (:key callable
))
522 :derive-type
(sequence-result-nth-arg 2))
524 (defknown (substitute-if substitute-if-not
)
525 (t callable sequence
&rest t
&key
(:from-end t
) (:start index
)
526 (:end sequence-end
) (:count sequence-count
) (:key callable
))
529 :derive-type
(sequence-result-nth-arg 3))
532 (t sequence
&rest t
&key
(:from-end t
) (:test callable
)
533 (:test-not callable
) (:start index
) (:end sequence-end
)
534 (:count sequence-count
) (:key callable
))
536 (flushable call important-result
)
537 :derive-type
(sequence-result-nth-arg 2)
538 :destroyed-constant-args
(nth-constant-nonempty-sequence-args 2))
540 (defknown nsubstitute
541 (t t sequence
&rest t
&key
(:from-end t
) (:test callable
)
542 (:test-not callable
) (:start index
) (:end sequence-end
)
543 (:count sequence-count
) (:key callable
))
546 :derive-type
(sequence-result-nth-arg 3)
547 :destroyed-constant-args
(nth-constant-nonempty-sequence-args 3))
549 (defknown (delete-if delete-if-not
)
550 (callable sequence
&rest t
&key
(:from-end t
) (:start index
)
551 (:end sequence-end
) (:count sequence-count
) (:key callable
))
553 (flushable call important-result
)
554 :derive-type
(sequence-result-nth-arg 2)
555 :destroyed-constant-args
(nth-constant-nonempty-sequence-args 2))
557 (defknown (nsubstitute-if nsubstitute-if-not
)
558 (t callable sequence
&rest t
&key
(:from-end t
) (:start index
)
559 (:end sequence-end
) (:count sequence-count
) (:key callable
))
562 :derive-type
(sequence-result-nth-arg 3)
563 :destroyed-constant-args
(nth-constant-nonempty-sequence-args 3))
565 (defknown remove-duplicates
566 (sequence &rest t
&key
(:test callable
) (:test-not callable
) (:start index
)
567 (:from-end t
) (:end sequence-end
) (:key callable
))
569 (unsafely-flushable call
)
570 :derive-type
(sequence-result-nth-arg 1))
572 (defknown delete-duplicates
573 (sequence &rest t
&key
(:test callable
) (:test-not callable
) (:start index
)
574 (:from-end t
) (:end sequence-end
) (:key callable
))
576 (unsafely-flushable call important-result
)
577 :derive-type
(sequence-result-nth-arg 1)
578 :destroyed-constant-args
(nth-constant-nonempty-sequence-args 1))
580 (defknown find
(t sequence
&rest t
&key
(:test callable
)
581 (:test-not callable
) (:start index
) (:from-end t
)
582 (:end sequence-end
) (:key callable
))
584 (foldable flushable call
))
586 (defknown (find-if find-if-not
)
587 (callable sequence
&rest t
&key
(:from-end t
) (:start index
)
588 (:end sequence-end
) (:key callable
))
590 (foldable flushable call
))
592 (defknown position
(t sequence
&rest t
&key
(:test callable
)
593 (:test-not callable
) (:start index
) (:from-end t
)
594 (:end sequence-end
) (:key callable
))
596 (foldable flushable call
))
598 (defknown (position-if position-if-not
)
599 (callable sequence
&rest t
&key
(:from-end t
) (:start index
)
600 (:end sequence-end
) (:key callable
))
602 (foldable flushable call
))
604 (defknown count
(t sequence
&rest t
&key
605 (:test callable
) (:test-not callable
) (:start index
)
606 (:from-end t
) (:end sequence-end
) (:key callable
))
608 (foldable flushable call
))
610 (defknown (count-if count-if-not
)
611 (callable sequence
&rest t
&key
612 (:from-end t
) (:start index
) (:end sequence-end
) (:key callable
))
614 (foldable flushable call
))
616 (defknown (mismatch search
)
617 (sequence sequence
&rest t
&key
(:from-end t
) (:test callable
)
618 (:test-not callable
) (:start1 index
) (:end1 sequence-end
)
619 (:start2 index
) (:end2 sequence-end
) (:key callable
))
621 (foldable flushable call
))
623 ;;; not FLUSHABLE, since vector sort guaranteed in-place...
624 (defknown (stable-sort sort
) (sequence callable
&rest t
&key
(:key callable
))
627 :derive-type
(sequence-result-nth-arg 1)
628 :destroyed-constant-args
(nth-constant-nonempty-sequence-args 1))
629 (defknown sb
!impl
::stable-sort-list
(list function function
) list
630 (call important-result
)
631 :destroyed-constant-args
(nth-constant-nonempty-sequence-args 1))
632 (defknown sb
!impl
::sort-vector
(vector index index function
(or function null
))
633 * ; SORT-VECTOR works through side-effect
635 :destroyed-constant-args
(nth-constant-nonempty-sequence-args 1))
637 (defknown merge
(type-specifier sequence sequence callable
638 &key
(:key callable
))
640 (call important-result
)
641 :derive-type
(creation-result-type-specifier-nth-arg 1)
642 :destroyed-constant-args
(nth-constant-nonempty-sequence-args 2 3))
644 ;;; not FLUSHABLE, despite what CMU CL's DEFKNOWN said..
645 (defknown read-sequence
(sequence stream
652 (defknown write-sequence
(sequence stream
658 :derive-type
(sequence-result-nth-arg 1))
660 ;;;; from the "Manipulating List Structure" chapter:
661 (defknown (car cdr first rest
)
664 (foldable flushable
))
666 ;; Correct argument type restrictions for these functions are
667 ;; complicated, so we just declare them to accept LISTs and suppress
668 ;; flushing is safe code.
669 (defknown (caar cadr cdar cddr
670 caaar caadr cadar caddr cdaar cdadr cddar cdddr
671 caaaar caaadr caadar caaddr cadaar cadadr caddar cadddr
672 cdaaar cdaadr cdadar cdaddr cddaar cddadr cdddar cddddr
673 second third fourth fifth sixth seventh eighth ninth tenth
)
676 (foldable unsafely-flushable
))
678 (defknown cons
(t t
) cons
(movable flushable unsafe
))
680 (defknown tree-equal
(t t
&key
(:test callable
) (:test-not callable
)) boolean
681 (foldable flushable call
))
682 (defknown endp
(list) boolean
(foldable flushable movable
))
683 (defknown list-length
(list) (or index null
) (foldable unsafely-flushable
))
684 (defknown nth
(unsigned-byte list
) t
(foldable flushable
))
685 (defknown nthcdr
(unsigned-byte list
) t
(foldable unsafely-flushable
))
687 (defknown last
(list &optional unsigned-byte
) t
(foldable flushable
))
688 (defknown %last0
(list) t
(foldable flushable
))
689 (defknown %last1
(list) t
(foldable flushable
))
690 (defknown %lastn
/fixnum
(list (and unsigned-byte fixnum
)) t
(foldable flushable
))
691 (defknown %lastn
/bignum
(list (and unsigned-byte bignum
)) t
(foldable flushable
))
693 (defknown list
(&rest t
) list
(movable flushable unsafe
))
694 (defknown list
* (t &rest t
) t
(movable flushable unsafe
))
695 (defknown make-list
(index &key
(:initial-element t
)) list
696 (movable flushable unsafe
))
698 ;;; All but last must be of type LIST, but there seems to be no way to
699 ;;; express that in this syntax.
700 (defknown append
(&rest t
) t
(flushable))
702 (defknown copy-list
(list) list
(flushable))
703 (defknown copy-alist
(list) list
(flushable))
704 (defknown copy-tree
(t) t
(flushable recursive
))
705 (defknown revappend
(list t
) t
(flushable))
707 ;;; All but last must be of type LIST, but there seems to be no way to
708 ;;; express that in this syntax. The result must be LIST, but we do
709 ;;; not check it now :-).
710 (defknown nconc
(&rest t
) t
()
711 :destroyed-constant-args
(remove-non-constants-and-nils #'butlast
))
712 (defknown sb
!impl
::nconc2
(list t
) t
()
713 :destroyed-constant-args
(remove-non-constants-and-nils #'butlast
))
715 (defknown nreconc
(list t
) t
(important-result)
716 :destroyed-constant-args
(nth-constant-nonempty-sequence-args 1))
717 (defknown butlast
(list &optional unsigned-byte
) list
(flushable))
718 (defknown nbutlast
(list &optional unsigned-byte
) list
()
719 :destroyed-constant-args
(nth-constant-nonempty-sequence-args 1))
721 (defknown ldiff
(list t
) list
(flushable))
722 (defknown (rplaca rplacd
) (cons t
) list
(unsafe)
723 :destroyed-constant-args
(nth-constant-args 1))
725 (defknown subst
(t t t
&key
(:key callable
) (:test callable
)
726 (:test-not callable
))
727 t
(flushable unsafe call
))
728 (defknown nsubst
(t t t
&key
(:key callable
) (:test callable
)
729 (:test-not callable
))
731 :destroyed-constant-args
(nth-constant-nonempty-sequence-args 3))
733 (defknown (subst-if subst-if-not
)
734 (t callable t
&key
(:key callable
))
735 t
(flushable unsafe call
))
736 (defknown (nsubst-if nsubst-if-not
)
737 (t callable t
&key
(:key callable
))
739 :destroyed-constant-args
(nth-constant-nonempty-sequence-args 3))
741 (defknown sublis
(list t
&key
(:key callable
) (:test callable
)
742 (:test-not callable
))
743 t
(flushable unsafe call
))
744 (defknown nsublis
(list t
&key
(:key callable
) (:test callable
)
745 (:test-not callable
))
746 t
(flushable unsafe call
)
747 :destroyed-constant-args
(nth-constant-nonempty-sequence-args 2))
749 (defknown member
(t list
&key
(:key callable
) (:test callable
)
750 (:test-not callable
))
751 list
(foldable flushable call
))
752 (defknown (member-if member-if-not
) (callable list
&key
(:key callable
))
753 list
(foldable flushable call
))
755 (defknown tailp
(t list
) boolean
(foldable flushable
))
757 (defknown adjoin
(t list
&key
(:key callable
) (:test callable
)
758 (:test-not callable
))
759 list
(foldable flushable unsafe call
))
761 (defknown (union intersection set-difference set-exclusive-or
)
762 (list list
&key
(:key callable
) (:test callable
) (:test-not callable
))
764 (foldable flushable call
))
766 (defknown (nunion nintersection nset-difference nset-exclusive-or
)
767 (list list
&key
(:key callable
) (:test callable
) (:test-not callable
))
769 (foldable flushable call important-result
)
770 :destroyed-constant-args
(nth-constant-nonempty-sequence-args 1 2))
773 (list list
&key
(:key callable
) (:test callable
) (:test-not callable
))
775 (foldable flushable call
))
777 (defknown acons
(t t t
) list
(movable flushable unsafe
))
778 (defknown pairlis
(t t
&optional t
) list
(flushable unsafe
))
780 (defknown (rassoc assoc
)
781 (t list
&key
(:key callable
) (:test callable
) (:test-not callable
))
782 list
(foldable flushable call
))
783 (defknown (assoc-if-not assoc-if rassoc-if rassoc-if-not
)
784 (callable list
&key
(:key callable
)) list
(foldable flushable call
))
786 (defknown (memq assq
) (t list
) list
(foldable flushable unsafe
))
787 (defknown delq
(t list
) list
(flushable unsafe
)
788 :destroyed-constant-args
(nth-constant-nonempty-sequence-args 2))
790 ;;;; from the "Hash Tables" chapter:
792 (defknown make-hash-table
793 (&key
(:test callable
) (:size unsigned-byte
)
794 (:rehash-size
(or (integer 1) (float (1.0
))))
795 (:rehash-threshold
(real 0 1))
796 (:hash-function
(or null callable
))
797 (:weakness
(member nil
:key
:value
:key-and-value
:key-or-value
))
801 (defknown hash-table-p
(t) boolean
(movable foldable flushable
))
802 (defknown gethash
(t hash-table
&optional t
) (values t boolean
)
803 (flushable unsafe
)) ; not FOLDABLE, since hash table contents can change
804 (defknown sb
!impl
::gethash2
(t hash-table
) (values t boolean
)
805 (flushable unsafe
)) ; not FOLDABLE, since hash table contents can change
806 (defknown sb
!impl
::gethash3
(t hash-table t
) (values t boolean
)
807 (flushable unsafe
)) ; not FOLDABLE, since hash table contents can change
808 (defknown %puthash
(t hash-table t
) t
(unsafe)
809 :destroyed-constant-args
(nth-constant-args 2))
810 (defknown remhash
(t hash-table
) boolean
()
811 :destroyed-constant-args
(nth-constant-args 2))
812 (defknown maphash
(callable hash-table
) null
(flushable call
))
813 (defknown clrhash
(hash-table) hash-table
()
814 :destroyed-constant-args
(nth-constant-args 2))
815 (defknown hash-table-count
(hash-table) index
(flushable))
816 (defknown hash-table-rehash-size
(hash-table) (or index
(single-float (1.0
)))
817 (foldable flushable
))
818 (defknown hash-table-rehash-threshold
(hash-table) (single-float (0.0
) 1.0)
819 (foldable flushable
))
820 (defknown hash-table-size
(hash-table) index
(flushable))
821 (defknown hash-table-test
(hash-table) symbol
(foldable flushable
))
822 (defknown sxhash
(t) hash
(#-sb-xc-host foldable flushable
))
823 (defknown psxhash
(t &optional t
) hash
(#-sb-xc-host foldable flushable
))
825 ;;;; from the "Arrays" chapter
827 (defknown make-array
((or index list
)
829 (:element-type type-specifier
)
831 (:initial-contents t
)
834 (:displaced-to
(or array null
))
835 (:displaced-index-offset index
))
836 array
(flushable unsafe
))
838 (defknown vector
(&rest t
) simple-vector
(flushable unsafe
))
840 (defknown aref
(array &rest index
) t
(foldable))
841 (defknown row-major-aref
(array index
) t
(foldable))
843 (defknown array-element-type
(array)
845 (foldable flushable recursive
))
846 (defknown array-rank
(array) array-rank
(foldable flushable
))
847 (defknown array-dimension
(array array-rank
) index
(foldable flushable
))
848 (defknown array-dimensions
(array) list
(foldable flushable
))
849 (defknown array-in-bounds-p
(array &rest integer
) boolean
(foldable flushable
))
850 (defknown array-row-major-index
(array &rest index
) array-total-size
851 (foldable flushable
))
852 (defknown array-total-size
(array) array-total-size
(foldable flushable
))
853 (defknown adjustable-array-p
(array) boolean
(movable foldable flushable
))
855 (defknown svref
(simple-vector index
) t
(foldable flushable
))
856 (defknown bit
((array bit
) &rest index
) bit
(foldable flushable
))
857 (defknown sbit
((simple-array bit
) &rest index
) bit
(foldable flushable
))
859 ;;; FIXME: :DESTROYED-CONSTANT-ARGS for these is complicated.
860 (defknown (bit-and bit-ior bit-xor bit-eqv bit-nand bit-nor bit-andc1 bit-andc2
862 ((array bit
) (array bit
) &optional
(or (array bit
) (member t nil
)))
865 #|
:derive-type
#'result-type-last-arg|
#)
867 (defknown bit-not
((array bit
) &optional
(or (array bit
) (member t nil
)))
870 #|
:derive-type
#'result-type-last-arg|
#)
872 (defknown bit-vector-
= (bit-vector bit-vector
) boolean
873 (movable foldable flushable
))
875 (defknown array-has-fill-pointer-p
(array) boolean
876 (movable foldable flushable
))
877 (defknown fill-pointer
(vector) index
(foldable unsafely-flushable
))
878 (defknown vector-push
(t vector
) (or index null
) ()
879 :destroyed-constant-args
(nth-constant-args 2))
880 (defknown vector-push-extend
(t vector
&optional
(and index
(integer 1)))
882 :destroyed-constant-args
(nth-constant-args 2))
883 (defknown vector-pop
(vector) t
()
884 :destroyed-constant-args
(nth-constant-args 1))
886 ;;; FIXME: complicated :DESTROYED-CONSTANT-ARGS
887 ;;; Also, an important-result warning could be provided if the array
888 ;;; is known to be not expressly adjustable.
889 (defknown adjust-array
890 (array (or index list
) &key
(:element-type type-specifier
)
891 (:initial-element t
) (:initial-contents t
)
892 (:fill-pointer t
) (:displaced-to
(or array null
))
893 (:displaced-index-offset index
))
895 ; :derive-type 'result-type-arg1) Not even close...
897 ;;;; from the "Strings" chapter:
899 (defknown char
(string index
) character
(foldable flushable
))
900 (defknown schar
(simple-string index
) character
(foldable flushable
))
902 (defknown (string= string-equal
)
903 (string-designator string-designator
&key
(:start1 index
) (:end1 sequence-end
)
904 (:start2 index
) (:end2 sequence-end
))
906 (foldable flushable
))
908 (defknown (string< string
> string
<= string
>= string
/= string-lessp
909 string-greaterp string-not-lessp string-not-greaterp
911 (string-designator string-designator
&key
(:start1 index
) (:end1 sequence-end
)
912 (:start2 index
) (:end2 sequence-end
))
914 (foldable flushable
))
916 (defknown make-string
(index &key
(:element-type type-specifier
)
917 (:initial-element character
))
918 simple-string
(flushable))
920 (defknown (string-trim string-left-trim string-right-trim
)
921 (sequence string-designator
) string
(flushable))
923 (defknown (string-upcase string-downcase string-capitalize
)
924 (string-designator &key
(:start index
) (:end sequence-end
))
925 simple-string
(flushable))
927 (defknown (nstring-upcase nstring-downcase nstring-capitalize
)
928 (string &key
(:start index
) (:end sequence-end
))
930 :destroyed-constant-args
(nth-constant-nonempty-sequence-args 1))
932 (defknown string
(string-designator) string
933 (flushable explicit-check
))
935 ;;;; internal non-keyword versions of string predicates:
937 (defknown (string<* string
>* string
<=* string
>=* string
/=*)
938 (string-designator string-designator index sequence-end index sequence-end
)
940 (foldable flushable
))
943 (string-designator string-designator index sequence-end index sequence-end
)
945 (foldable flushable
))
947 ;;;; from the "Eval" chapter:
949 (defknown eval
(t) * (recursive))
950 (defknown constantp
(t &optional lexenv-designator
) boolean
951 (foldable flushable
))
953 ;;;; from the "Streams" chapter:
955 (defknown make-synonym-stream
(symbol) stream
(flushable))
956 (defknown make-broadcast-stream
(&rest stream
) stream
(unsafely-flushable))
957 (defknown make-concatenated-stream
(&rest stream
) stream
(unsafely-flushable))
958 (defknown make-two-way-stream
(stream stream
) stream
(unsafely-flushable))
959 (defknown make-echo-stream
(stream stream
) stream
(flushable))
960 (defknown make-string-input-stream
(string &optional index sequence-end
)
963 (defknown make-string-output-stream
964 (&key
(:element-type type-specifier
))
967 (defknown get-output-stream-string
(stream) simple-string
())
968 (defknown streamp
(t) boolean
(movable foldable flushable
))
969 (defknown stream-element-type
(stream) type-specifier
970 (movable foldable flushable
))
971 (defknown (output-stream-p input-stream-p
) (stream) boolean
972 (movable foldable flushable
))
973 (defknown close
(stream &key
(:abort t
)) (eql t
) ())
975 ;;;; from the "Input/Output" chapter:
977 ;;; (The I/O functions are given effects ANY under the theory that
978 ;;; code motion over I/O operations is particularly confusing and not
979 ;;; very important for efficiency.)
981 (defknown copy-readtable
(&optional
(or readtable null
) (or readtable null
))
984 (defknown readtablep
(t) boolean
(movable foldable flushable
))
986 (defknown set-syntax-from-char
987 (character character
&optional readtable
(or readtable null
)) (eql t
)
990 (defknown set-macro-character
(character callable
&optional t
(or readtable null
))
993 (defknown get-macro-character
(character &optional
(or readtable null
))
994 (values callable boolean
) (flushable))
996 (defknown make-dispatch-macro-character
(character &optional t readtable
)
998 (defknown set-dispatch-macro-character
999 (character character callable
&optional
(or readtable null
)) (eql t
)
1001 (defknown get-dispatch-macro-character
1002 (character character
&optional
(or readtable null
)) (or callable null
)
1005 (defknown copy-pprint-dispatch
1006 (&optional
(or sb
!pretty
:pprint-dispatch-table null
))
1007 sb
!pretty
:pprint-dispatch-table
1009 (defknown pprint-dispatch
1010 (t &optional
(or sb
!pretty
:pprint-dispatch-table null
))
1011 (values callable boolean
)
1013 (defknown (pprint-fill pprint-linear
)
1014 (stream-designator t
&optional t t
)
1017 (defknown pprint-tabular
1018 (stream-designator t
&optional t t unsigned-byte
)
1021 (defknown pprint-indent
1022 ((member :block
:current
) real
&optional stream-designator
)
1025 (defknown pprint-newline
1026 ((member :linear
:fill
:miser
:mandatory
) &optional stream-designator
)
1029 (defknown pprint-tab
1030 ((member :line
:section
:line-relative
:section-relative
)
1031 unsigned-byte unsigned-byte
&optional stream-designator
)
1034 (defknown set-pprint-dispatch
1035 (type-specifier (or null callable
)
1036 &optional real sb
!pretty
:pprint-dispatch-table
)
1040 ;;; may return any type due to eof-value...
1041 (defknown (read read-preserving-whitespace read-char-no-hang read-char
)
1042 (&optional stream-designator t t t
) t
(explicit-check))
1044 (defknown read-delimited-list
(character &optional stream-designator t
) list
1046 (defknown read-line
(&optional stream-designator t t t
) (values t boolean
)
1048 (defknown unread-char
(character &optional stream-designator
) t
1050 (defknown peek-char
(&optional
(or character
(member nil t
))
1051 stream-designator t t t
)
1054 (defknown listen
(&optional stream-designator
) boolean
(flushable explicit-check
))
1056 (defknown clear-input
(&optional stream-designator
) null
(explicit-check))
1058 (defknown read-from-string
1059 (string &optional t t
1063 (:preserve-whitespace t
))
1065 (defknown parse-integer
1069 (:radix
(integer 2 36))
1071 (values (or integer null
()) index
))
1073 (defknown read-byte
(stream &optional t t
) t
(explicit-check))
1077 (:stream stream-designator
)
1080 (:base
(integer 2 36))
1083 (:level
(or unsigned-byte null
))
1085 (:length
(or unsigned-byte null
))
1089 (:lines
(or unsigned-byte null
))
1090 (:right-margin
(or unsigned-byte null
))
1091 (:miser-width
(or unsigned-byte null
))
1092 (:pprint-dispatch t
))
1094 (any explicit-check
)
1095 :derive-type
#'result-type-first-arg
)
1097 (defknown (prin1 print princ
) (t &optional stream-designator
)
1099 (any explicit-check
)
1100 :derive-type
#'result-type-first-arg
)
1102 ;;; xxx-TO-STRING functions are not foldable because they depend on
1103 ;;; the dynamic environment, the state of the pretty printer dispatch
1104 ;;; table, and probably other run-time factors.
1105 (defknown write-to-string
1106 (t &key
(:escape t
) (:radix t
) (:base
(integer 2 36)) (:readably t
)
1107 (:circle t
) (:pretty t
) (:level
(or unsigned-byte null
))
1108 (:length
(or unsigned-byte null
)) (:case t
) (:array t
) (:gensym t
)
1109 (:lines
(or unsigned-byte null
)) (:right-margin
(or unsigned-byte null
))
1110 (:miser-width
(or unsigned-byte null
)) (:pprint-dispatch t
))
1112 (flushable explicit-check
))
1114 (defknown (prin1-to-string princ-to-string
) (t) simple-string
(flushable))
1116 (defknown write-char
(character &optional stream-designator
) character
1118 (defknown (write-string write-line
)
1119 (string &optional stream-designator
&key
(:start index
) (:end sequence-end
))
1123 (defknown (terpri finish-output force-output clear-output
)
1124 (&optional stream-designator
) null
1127 (defknown fresh-line
(&optional stream-designator
) boolean
1130 (defknown write-byte
(integer stream
) integer
1133 ;;; FIXME: complicated :DESTROYED-CONSTANT-ARGS
1134 (defknown format
((or (member nil t
) stream string
)
1135 (or string function
) &rest t
)
1139 (defknown (y-or-n-p yes-or-no-p
) (&optional string
&rest t
) boolean
1142 ;;;; from the "File System Interface" chapter:
1144 ;;; (No pathname functions are FOLDABLE because they all potentially
1145 ;;; depend on *DEFAULT-PATHNAME-DEFAULTS*, e.g. to provide a default
1146 ;;; host when parsing a namestring. They are not FLUSHABLE because
1147 ;;; parsing of a PATHNAME-DESIGNATOR might signal an error.)
1149 (defknown wild-pathname-p
(pathname-designator
1151 (member nil
:host
:device
1156 (defknown pathname-match-p
(pathname-designator pathname-designator
)
1159 (defknown translate-pathname
(pathname-designator
1161 pathname-designator
&key
)
1165 (defknown logical-pathname
(pathname-designator) logical-pathname
())
1166 (defknown translate-logical-pathname
(pathname-designator &key
) pathname
1168 (defknown load-logical-pathname-translations
(string) t
())
1169 (defknown logical-pathname-translations
(logical-host-designator) list
())
1171 (defknown pathname
(pathname-designator) pathname
())
1172 (defknown truename
(pathname-designator) pathname
())
1174 (defknown parse-namestring
1175 (pathname-designator &optional
1176 (or list host string
(member :unspecific
))
1182 (values (or pathname null
) sequence-end
)
1185 (defknown merge-pathnames
1186 (pathname-designator &optional pathname-designator pathname-version
)
1190 (defknown make-pathname
1191 (&key
(:defaults pathname-designator
)
1192 (:host
(or string pathname-host
))
1193 (:device
(or string pathname-device
))
1194 (:directory
(or pathname-directory string
(member :wild
)))
1195 (:name
(or pathname-name string
(member :wild
)))
1196 (:type
(or pathname-type string
(member :wild
)))
1197 (:version pathname-version
) (:case
(member :local
:common
)))
1198 pathname
(unsafely-flushable))
1200 (defknown pathnamep
(t) boolean
(movable flushable
))
1202 (defknown pathname-host
(pathname-designator
1203 &key
(:case
(member :local
:common
)))
1204 pathname-host
(flushable))
1205 (defknown pathname-device
(pathname-designator
1206 &key
(:case
(member :local
:common
)))
1207 pathname-device
(flushable))
1208 (defknown pathname-directory
(pathname-designator
1209 &key
(:case
(member :local
:common
)))
1210 pathname-directory
(flushable))
1211 (defknown pathname-name
(pathname-designator
1212 &key
(:case
(member :local
:common
)))
1213 pathname-name
(flushable))
1214 (defknown pathname-type
(pathname-designator
1215 &key
(:case
(member :local
:common
)))
1216 pathname-type
(flushable))
1217 (defknown pathname-version
(pathname-designator)
1218 pathname-version
(flushable))
1220 (defknown (namestring file-namestring directory-namestring host-namestring
)
1221 (pathname-designator) (or simple-string null
)
1222 (unsafely-flushable))
1224 (defknown enough-namestring
(pathname-designator &optional pathname-designator
)
1226 (unsafely-flushable))
1228 (defknown user-homedir-pathname
(&optional t
) pathname
(flushable))
1231 (pathname-designator &key
1232 (:direction
(member :input
:output
:io
:probe
))
1233 (:element-type type-specifier
)
1234 (:if-exists
(member :error
:new-version
:rename
1235 :rename-and-delete
:overwrite
1236 :append
:supersede nil
))
1237 (:if-does-not-exist
(member :error
:create nil
))
1238 (:external-format external-format-designator
))
1241 (defknown rename-file
(pathname-designator filename
)
1242 (values pathname pathname pathname
))
1243 (defknown delete-file
(pathname-designator) t
)
1244 (defknown probe-file
(pathname-designator) (or pathname null
) ())
1245 (defknown file-write-date
(pathname-designator) (or unsigned-byte null
)
1247 (defknown file-author
(pathname-designator) (or simple-string null
)
1250 (defknown file-position
(stream &optional
1251 (or unsigned-byte
(member :start
:end
)))
1252 (or unsigned-byte
(member t nil
)))
1253 (defknown file-length
(stream) (or unsigned-byte null
) (unsafely-flushable))
1256 ((or filename stream
)
1260 (:if-does-not-exist t
)
1261 (:external-format external-format-designator
))
1264 (defknown directory
(pathname-designator &key
(:resolve-symlinks t
))
1267 ;;;; from the "Conditions" chapter:
1269 (defknown cell-error-name
(cell-error) t
)
1270 (defknown error
(t &rest t
) nil
)
1271 (defknown cerror
(format-control t
&rest t
) null
)
1272 (defknown invalid-method-error
(t format-control
&rest t
) *) ; FIXME: first arg is METHOD
1273 (defknown method-combination-error
(format-control &rest t
) *)
1274 (defknown signal
(t &rest t
) null
)
1275 (defknown simple-condition-format-control
(condition)
1277 (defknown simple-condition-format-arguments
(condition)
1279 (defknown warn
(t &rest t
) null
)
1280 (defknown invoke-debugger
(condition) nil
)
1281 (defknown break
(&optional format-control
&rest t
) null
)
1282 (defknown make-condition
(type-specifier &rest t
) condition
)
1283 (defknown compute-restarts
(&optional
(or condition null
)) list
)
1284 (defknown find-restart
(restart-designator &optional
(or condition null
))
1286 (defknown invoke-restart
(restart-designator &rest t
) *)
1287 (defknown invoke-restart-interactively
(restart-designator) *)
1288 (defknown restart-name
(restart) symbol
)
1289 (defknown (abort muffle-warning
) (&optional
(or condition null
)) nil
)
1290 (defknown continue
(&optional
(or condition null
)) null
)
1291 (defknown (store-value use-value
) (t &optional
(or condition null
))
1294 ;;; and analogous SBCL extension:
1295 (defknown bug
(t &rest t
) nil
) ; never returns
1297 ;;;; from the "Miscellaneous" Chapter:
1299 (defknown compile
((or symbol cons
) &optional
(or list function null
))
1300 (values (or function symbol cons
) boolean boolean
))
1302 (defknown compile-file
1303 (pathname-designator
1307 (:output-file
(or pathname-designator
1309 ;; FIXME: This last case is a non-ANSI hack.
1313 (:external-format external-format-designator
)
1319 (values (or pathname null
) boolean boolean
))
1321 ;; FIXME: consider making (OR CALLABLE CONS) something like
1322 ;; EXTENDED-FUNCTION-DESIGNATOR
1323 (defknown disassemble
((or callable cons
) &key
1324 (:stream stream
) (:use-labels t
))
1327 (defknown describe
(t &optional
(or stream
(member t nil
))) (values))
1328 (defknown inspect
(t) (values))
1329 (defknown room
(&optional
(member t nil
:default
)) (values))
1330 (defknown ed
(&optional
(or symbol cons filename
))
1332 (defknown dribble
(&optional filename
&key
(:if-exists t
)) (values))
1334 (defknown apropos
(string-designator &optional package-designator t
) (values))
1335 (defknown apropos-list
(string-designator &optional package-designator t
) list
1338 (defknown get-decoded-time
()
1339 (values (integer 0 59) (integer 0 59) (integer 0 23) (integer 1 31)
1340 (integer 1 12) unsigned-byte
(integer 0 6) boolean
(rational -
24 24))
1343 (defknown get-universal-time
() unsigned-byte
(flushable))
1345 (defknown decode-universal-time
1346 (unsigned-byte &optional
(or null
(rational -
24 24)))
1347 (values (integer 0 59) (integer 0 59) (integer 0 23) (integer 1 31)
1348 (integer 1 12) unsigned-byte
(integer 0 6) boolean
(rational -
24 24))
1351 (defknown encode-universal-time
1352 ((integer 0 59) (integer 0 59) (integer 0 23) (integer 1 31)
1353 (integer 1 12) unsigned-byte
&optional
(or null
(rational -
24 24)))
1357 (defknown (get-internal-run-time get-internal-real-time
)
1358 () internal-time
(flushable))
1360 (defknown sleep
((or (rational 0) (float 0.0))) null
)
1362 ;;; Even though ANSI defines LISP-IMPLEMENTATION-TYPE and
1363 ;;; LISP-IMPLEMENTATION-VERSION to possibly punt and return NIL, we
1364 ;;; know that there's no valid reason for our implementations to ever
1365 ;;; do so, so we can safely guarantee that they'll return strings.
1366 (defknown (lisp-implementation-type lisp-implementation-version
)
1367 () simple-string
(flushable))
1369 ;;; For any of these functions, meaningful information might not be
1370 ;;; available, so -- unlike the related LISP-IMPLEMENTATION-FOO
1371 ;;; functions -- these really can return NIL.
1372 (defknown (machine-type machine-version machine-instance
1373 software-type software-version
1374 short-site-name long-site-name
)
1375 () (or simple-string null
) (flushable))
1377 (defknown identity
(t) t
(movable foldable flushable unsafe
)
1378 :derive-type
#'result-type-first-arg
)
1380 (defknown constantly
(t) function
(movable flushable
))
1381 (defknown complement
(function) function
(movable flushable
))
1383 ;;;; miscellaneous extensions
1385 (defknown symbol-global-value
(symbol) t
())
1386 (defknown set-symbol-global-value
(symbol t
) t
())
1388 (defknown get-bytes-consed
() unsigned-byte
(flushable))
1389 (defknown mask-signed-field
((integer 0 *) integer
) integer
1390 (movable flushable foldable
))
1392 (defknown array-storage-vector
(array) (simple-array * (*))
1395 ;;;; magical compiler frobs
1397 (defknown %unary-truncate
/single-float
(single-float) integer
(movable foldable flushable
))
1398 (defknown %unary-truncate
/double-float
(double-float) integer
(movable foldable flushable
))
1400 ;;; We can't fold this in general because of SATISFIES. There is a
1401 ;;; special optimizer anyway.
1402 (defknown %typep
(t (or type-specifier ctype
)) boolean
1403 (movable flushable explicit-check
))
1404 (defknown %instance-typep
(t (or type-specifier ctype
)) boolean
1405 (movable flushable explicit-check
))
1407 (defknown %cleanup-point
() t
)
1408 (defknown %special-bind
(t t
) t
)
1409 (defknown %special-unbind
(t) t
)
1410 (defknown %listify-rest-args
(t index
) list
(flushable))
1411 (defknown %more-arg-context
(t t
) (values t index
) (flushable))
1412 (defknown %more-arg
(t index
) t
)
1413 #!+stack-grows-downward-not-upward
1414 ;;; FIXME: The second argument here should really be NEGATIVE-INDEX, but doing that
1415 ;;; breaks the build, and I cannot seem to figure out why. --NS 2006-06-29
1416 (defknown %more-kw-arg
(t fixnum
) (values t t
))
1417 (defknown %more-arg-values
(t index index
) * (flushable))
1418 (defknown %verify-arg-count
(index index
) (values))
1419 (defknown %arg-count-error
(t) nil
)
1420 (defknown %unknown-values
() *)
1421 (defknown %catch
(t t
) t
)
1422 (defknown %unwind-protect
(t t
) t
)
1423 (defknown (%catch-breakup %unwind-protect-breakup
) () t
)
1424 (defknown %lexical-exit-breakup
(t) t
)
1425 (defknown %continue-unwind
(t t t
) nil
)
1426 (defknown %throw
(t &rest t
) nil
) ; This is MV-called.
1427 (defknown %nlx-entry
(t) *)
1428 (defknown %%primitive
(t t
&rest t
) *)
1429 (defknown %pop-values
(t) t
)
1430 (defknown %nip-values
(t t
&rest t
) (values))
1431 (defknown %allocate-closures
(t) *)
1432 (defknown %type-check-error
(t t
) nil
)
1434 ;; FIXME: This function does not return, but due to the implementation
1435 ;; of FILTER-LVAR we cannot write it here.
1436 (defknown %compile-time-type-error
(t t t
) *)
1437 (defknown sb
!kernel
::case-failure
(t t t
) nil
)
1439 (defknown %odd-key-args-error
() nil
)
1440 (defknown %unknown-key-arg-error
(t) nil
)
1441 (defknown (%ldb %mask-field
) (bit-index bit-index integer
) unsigned-byte
1442 (movable foldable flushable explicit-check
))
1443 (defknown (%dpb %deposit-field
) (integer bit-index bit-index integer
) integer
1444 (movable foldable flushable explicit-check
))
1445 (defknown %negate
(number) number
(movable foldable flushable explicit-check
))
1446 (defknown %check-bound
(array index fixnum
) index
(movable foldable flushable
))
1447 (defknown data-vector-ref
(simple-array index
) t
1448 (foldable explicit-check always-translatable
))
1449 (defknown data-vector-ref-with-offset
(simple-array index fixnum
) t
1450 (foldable explicit-check always-translatable
))
1451 (defknown data-vector-set
(array index t
) t
1452 (unsafe explicit-check always-translatable
))
1453 (defknown data-vector-set-with-offset
(array index fixnum t
) t
1454 (unsafe explicit-check always-translatable
))
1455 (defknown hairy-data-vector-ref
(array index
) t
1456 (foldable explicit-check
))
1457 (defknown hairy-data-vector-set
(array index t
) t
(unsafe explicit-check
))
1458 (defknown hairy-data-vector-ref
/check-bounds
(array index
) t
1459 (foldable explicit-check
))
1460 (defknown hairy-data-vector-set
/check-bounds
(array index t
)
1462 (unsafe explicit-check
))
1463 (defknown %caller-frame
() t
(flushable))
1464 (defknown %caller-pc
() system-area-pointer
(flushable))
1465 (defknown %with-array-data
(array index
(or index null
))
1466 (values (simple-array * (*)) index index index
)
1467 (foldable flushable
))
1468 (defknown %with-array-data
/fp
(array index
(or index null
))
1469 (values (simple-array * (*)) index index index
)
1470 (foldable flushable
))
1471 (defknown %set-symbol-package
(symbol t
) t
(unsafe))
1472 (defknown %coerce-name-to-fun
((or symbol cons
)) function
(flushable))
1473 (defknown %coerce-callable-to-fun
(callable) function
(flushable))
1474 (defknown array-bounding-indices-bad-error
(t t t
) nil
)
1475 (defknown sequence-bounding-indices-bad-error
(t t t
) nil
)
1476 (defknown %find-position
1477 (t sequence t index sequence-end function function
)
1478 (values t
(or index null
))
1480 (defknown (%find-position-if %find-position-if-not
)
1481 (function sequence t index sequence-end function
)
1482 (values t
(or index null
))
1484 (defknown effective-find-position-test
(callable callable
)
1486 (flushable foldable
))
1487 (defknown effective-find-position-key
(callable)
1489 (flushable foldable
))
1491 (defknown %adjoin
(t list
) list
(explicit-check foldable flushable
))
1492 (defknown %adjoin-key
(t list function
) list
(explicit-check foldable flushable call
))
1493 (defknown %assoc
(t list
) list
(explicit-check foldable flushable
))
1494 (defknown %assoc-key
(t list function
) list
(explicit-check foldable flushable call
))
1495 (defknown %member
(t list
) list
(explicit-check foldable flushable
))
1496 (defknown %member-key
(t list function
) list
(explicit-check foldable flushable call
))
1497 (defknown %rassoc
(t list
) list
(explicit-check foldable flushable
))
1498 (defknown %rassoc-key
(t list function
) list
(explicit-check foldable flushable call
))
1500 (defknown %check-vector-sequence-bounds
(vector index sequence-end
)
1503 ;;; FIXME: including this information here is probably necessary to
1504 ;;; get efficient compilation of the inline expansion of
1505 ;;; %FIND-POSITION-IF, so it should maybe be in a more
1506 ;;; compiler-friendly package (SB-INT?)
1507 (defknown sb
!impl
::signal-bounding-indices-bad-error
1508 (sequence index sequence-end
)
1509 nil
) ; never returns
1512 (defknown arg-count-error
(t t t t t t
) nil
(unsafe))
1516 (defknown %aset
(array &rest t
) t
(unsafe)
1517 :destroyed-constant-args
(nth-constant-args 1))
1518 (defknown %set-row-major-aref
(array index t
) t
(unsafe)
1519 :destroyed-constant-args
(nth-constant-args 1))
1520 (defknown (%rplaca %rplacd
) (cons t
) t
(unsafe)
1521 :destroyed-constant-args
(nth-constant-args 1))
1522 (defknown %put
(symbol t t
) t
(unsafe))
1523 (defknown %setelt
(sequence index t
) t
(unsafe)
1524 :destroyed-constant-args
(nth-constant-args 1))
1525 (defknown %svset
(simple-vector index t
) t
(unsafe)
1526 :destroyed-constant-args
(nth-constant-args 1))
1527 (defknown %bitset
((array bit
) &rest index
) bit
(unsafe)
1528 :destroyed-constant-args
(nth-constant-args 1))
1529 (defknown %sbitset
((simple-array bit
) &rest index
) bit
(unsafe)
1530 :destroyed-constant-args
(nth-constant-args 1))
1531 (defknown %charset
(string index character
) character
(unsafe)
1532 :destroyed-constant-args
(nth-constant-args 1))
1533 (defknown %scharset
(simple-string index character
) character
(unsafe)
1534 :destroyed-constant-args
(nth-constant-args 1))
1535 (defknown %set-symbol-value
(symbol t
) t
(unsafe))
1536 (defknown (setf symbol-function
) (function symbol
) function
(unsafe))
1537 (defknown %set-symbol-plist
(symbol list
) list
(unsafe))
1538 (defknown %setnth
(unsigned-byte list t
) t
(unsafe)
1539 :destroyed-constant-args
(nth-constant-args 2))
1540 (defknown %set-fill-pointer
(vector index
) index
(unsafe)
1541 :destroyed-constant-args
(nth-constant-args 1))
1543 ;;;; ALIEN and call-out-to-C stuff
1545 ;; Used by WITH-PINNED-OBJECTS
1547 (defknown sb
!vm
::touch-object
(t) (values)
1548 (unsafe always-translatable
))
1551 (defknown foreign-symbol-dataref-sap
(simple-string)
1553 (movable flushable
))
1555 (defknown foreign-symbol-sap
(simple-string &optional boolean
)
1557 (movable flushable
))
1559 (defknown foreign-symbol-address
(simple-string &optional boolean
)
1560 (values integer boolean
)
1561 (movable flushable
))
1563 ;;;; miscellaneous internal utilities
1565 (defknown %fun-name
(function) t
(flushable))
1566 (defknown (setf %fun-name
) (t function
) t
(unsafe))
1568 (defknown policy-quality
(policy symbol
) policy-quality
1571 (defknown compiler-error
(t &rest t
) nil
())
1572 (defknown (compiler-warn compiler-style-warn
) (t &rest t
) (values) ())
1573 (defknown (compiler-notify maybe-compiler-notify
) ((or string symbol
) &rest t
)
1576 (defknown style-warn
(t &rest t
) null
())
1579 (defknown %compare-and-swap-svref
(simple-vector index t t
) t
1581 (defknown %compare-and-swap-instance-ref
(instance index t t
) t
1583 (defknown %compare-and-swap-symbol-value
(symbol t t
) t