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Begynnelse på Z39.50-grensesnitt (bruker libyaz), MARC-parser og dekoder

for tegnsettet MARC 8.
This commit is contained in:
Vebjorn Ljosa 2009-03-10 11:53:29 +00:00
parent 3a7130b794
commit 133f9bf1f5
9 changed files with 28380 additions and 0 deletions

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(in-package #:z3950)
(babel-encodings::define-character-encoding :marc-8
"Encoding developed incrementally since 1968 for use with the MARC
format for bibliographic records. Although UTF-8 can now be used with
MARC, many systems (including Library of Congress) still use the MARC
8 encoding."
)
;;; Decoding tables.
(defconstant undef #xfffd)
(defparameter *basic-ascii-decode-table*
(make-array
#x5e :element-type '(unsigned-byte 16)
:initial-contents (loop for i from #x21 below #x7f collect i))
"http://lcweb2.loc.gov/diglib/codetables/42.html")
(defparameter *greek-symbols-decode-table*
(make-array
#x5e :element-type '(unsigned-byte 16)
:initial-contents `(,@(loop for i from #x21 below #x61 collect undef)
#x03b1 #x03b2 #x03b3
,@(loop for i from #x64 below #x7f collect undef)))
"http://lcweb2.loc.gov/diglib/codetables/2.html")
(defparameter *subscripts-decode-table*
(make-array
#x5e :element-type '(unsigned-byte 16)
:initial-contents
`(,@(loop for marc-8 from #x21 below #x28 collect undef)
#x208d #x208e ,undef #x208a ,undef #x208b ,undef ,undef
,@(loop for marc-8 from #x30 below #x3a
and ucs from #x2080
collect ucs)
,@(loop for marc-8 from #x3a below #x7f collect undef)))
"http://lcweb2.loc.gov/diglib/codetables/3.html")
(defparameter *superscripts-decode-table*
(make-array
#x5e :element-type '(unsigned-byte 16)
:initial-contents
`(,@(loop for marc-8 from #x21 below #x28 collect undef)
#x207d #x207e ,undef #x207a ,undef #x207b ,undef ,undef
#x2070 #x00b9 #x00b2 #x00b3
,@(loop for marc-8 from #x34 below #x3a
and ucs from #x2074
collect ucs)
,@(loop for marc-8 from #x3a below #x7f collect undef)))
"http://lcweb2.loc.gov/diglib/codetables/4.html")
(defparameter *extended-latin-decode-table*
(make-array
#x5e :element-type '(unsigned-byte 16)
:initial-contents
`(#x0141 #x00d8 #x0110 #x00de #x00c6 #x0152 #x02b9 ; a1--a7
#x00b7 #x266d #x00ae #x00b1 #x01a0 #x01af #x02bc ,undef ; af
#x02bb #x0142 #x00f8 #x0111 #x00fe #x00e6 #x0153 #x02ba ; b7
#x0131 #x00a3 #x00f0 ,undef #x01a1 #x01b0 ,undef ,undef ; bf
#x00b0 #x2113 #x2117 #x00a9 #x266f #x00bf #x00a1 #x00df ; c7
#x20ac ,@(loop for i from #xc9 below #xe0 collect undef)
#x0309 #x0300 #x0301 #x0302 #x0303 #x0304 #x0306 #x0307 ; e7
#x0308 #x030c #x030a ; ea
#xfe20 #xfe21 ; see note 1
#x0315 #x030b #x0310 ; ef
#x0327 #x0328 #x0323 #x0324 #x0325 #x0333 #x0332 #x0326 ; f7
#x031c #x032e ; f9
#xfe22 #xfe23 ; see note 2
,undef ,undef #x0313))
"http://lcweb2.loc.gov/diglib/codetables/45.html")
(defparameter *basic-hebrew-decode-table*
(make-array
#x5e :element-type '(unsigned-byte 16)
:initial-contents
`(#x21 #x05f4 #x23 #x24 #x25 #x26 #x05f3
#x28 #x29 #x2a #x2b #x2c #x05be #x2e #x2f
,@(loop for marc-8 from #x30 below #x40 collect marc-8)
#x05b7 #x05b8 #x05b6 #x05b5 #x05b4 #x05b9 #x05bb #x05b0
#x05b2 #x05b3 #x05b1 #x05bc #x05bf #x05c1 #xfb1e
,@(loop for marc-8 from #x4f below #x5b collect undef)
#x5b ,undef #x5d ,undef ,undef
,@(loop for marc-8 from #x60 below #x7b and ucs from #x05d0
collect ucs)
#x05f0 #x05f1 #x05f2 ,undef))
"http://lcweb2.loc.gov/diglib/codetables/32.html")
(defparameter *basic-cyrillic-decode-table*
(make-array
#x5e :element-type '(unsigned-byte 16)
:initial-contents
`(,@(loop for marc-8 from #x21 below #x40 collect marc-8)
#x044e #x0430 #x0431 #x0446 #x0434 #x0435 #x0444 #x0433
#x0445 #x0438 #x0439 #x043a #x043b #x043c #x043d #x043e
#x043f #x044f #x0440 #x0441 #x0442 #x0443 #x0436 #x0432
#x044c #x044b #x0437 #x0448 #x044d #x0449 #x0447 #x044a
#x042e #x0410 #x0411 #x0426 #x0414 #x0415 #x0424 #x0413
#x0425 #x0418 #x0419 #x041a #x041b #x041c #x041d #x041e
#x041f #x042f #x0420 #x0421 #x0422 #x0423 #x0416 #x0412
#x042c #x042b #x0417 #x0428 #x042d #x0429 #x0427))
"http://lcweb2.loc.gov/diglib/codetables/4E.html")
(defparameter *extended-cyrillic-decode-table*
(make-array
#x5e :element-type '(unsigned-byte 16)
:initial-contents
`(,@(loop for i from #x21 below #x40 collect undef)
#x0491 #x0452 #x0453 #x0454 #x0451 #x0455 #x0456 #x0457
#x0458 #x0459 #x045A #x045B #x045C #x045E #x045F ,undef
#x0463 #x0473 #x0475 #x046B
,@(loop for i from #x54 below #x5b collect undef)
#x005B ,undef #x005D ,undef #x005F
#x0490 #x0402 #x0403 #x0404 #x0401 #x0405 #x0406 #x0407
#x0408 #x0409 #x040A #x040B #x040C #x040E #x040F #x042A
#x0462 #x0472 #x0474 #x046A
,@(loop for i from #x74 below #x7f collect undef)))
"http://lcweb2.loc.gov/diglib/codetables/51.html")
(defparameter *basic-arabic-decode-table*
(make-array
#x5e :element-type '(unsigned-byte 16)
:initial-contents
`(#x21 #x22 #x23 #x24 #x066a #x26 #x27
#x28 #x29 #x066d #x2b #x060c #x2d #x2e #x2f
#x0660 #x0661 #x0662 #x0663 #x0664 #x0665 #x0666 #x0667
#x0668 #x0669 #x003a #x061b #x003c #x003d #x003e #x061f
,undef
,@(loop for m from #x41 below #x5b and ucs from #x0621 collect ucs)
#x5b ,undef #xfd ,undef ,undef
,@(loop for m from #x60 below #x73 and ucs from #x0640 collect ucs)
#x0671 #x0670 ,undef ,undef ,undef
#x066c #x201d #x201c ,undef ,undef ,undef ,undef))
"http://lcweb2.loc.gov/diglib/codetables/33.html")
(defparameter *extended-arabic-decode-table*
(make-array
#x5e :element-type '(unsigned-byte 16)
:initial-contents
`(#x06fd #x0672 #x0673
,@(loop for m from #x24 below #x32 and ucs from #x0679 collect ucs)
#x06bf
,@(loop for m from #x33 below #x49 and u from #x0687 collect u)
#x06fa #x069d #x069e #x06fb #x069f #x06a0 #x06fc
,@(loop for m from #x50 below #x6c and u from #x06a1 collect u)
#x06b9 #x06be #x06c0 #x06c4
#x06c5 #x06c6 #x06ca #x06cb #x06cd #x06ce #x06d0 #x06d2
#x06d3 ,undef ,undef ,undef ,undef #x0306 #x030c))
"http://lcweb2.loc.gov/diglib/codetables/34.html")
(defparameter *basic-greek-decode-table*
(make-array
#x5e :element-type '(unsigned-byte 16)
:initial-contents
`( #x0300 #x0301 #x0308 #x0342 #x0313 #x0314 #x0345
,undef ,undef ,undef ,undef ,undef ,undef ,undef ,undef
#x00ab #x00bb #x201c #x201d #x0374 #x0375 ,undef ,undef
,undef ,undef ,undef #x0387 ,undef ,undef ,undef #x037e
,undef #x0391 #x0392 ,undef #x0393 #x0394 #x0395 #x03da
#x03dc #x0396 #x0397 #x0398 #x0399 #x039a #x039b #x039c
#x039d #x039e #x039f #x03a0 #x03de #x03a1 #x03a3 ,undef
#x03a4 #x03a5 #x03a6 #x03a7 #x03a8 #x03a9 #x03e0 ,undef
,undef #x03b1 #x03b2 #x03d0 #x03b3 #x03b4 #x03b5 #x03db
#x03dd #x03b6 #x03b7 #x03b8 #x03b9 #x03ba #x03bb #x03bc
#x03bd #x03be #x03bf #x03c0 #x03df #x03c1 #x03c3 #x03c2
#x03c4 #x03c5 #x03c6 #x03c7 #x03c8 #x03c9 #x03e1))
"http://lcweb2.loc.gov/diglib/codetables/53.html")
(defparameter *eacc-decode-table*
(let ((ht (make-hash-table)))
(with-open-file (input (asdf:system-relative-pathname '#:z3950
#p"eacc2uni.txt"))
(let ((start 0) end m u)
(loop
for line = (read-line input nil nil)
while line
do
(setq end (position #\, line)
m (parse-integer line :end end :radix 16)
start (1+ end)
end (position #\, line :start start)
u (parse-integer line :start start :end end :radix 16))
(setf (gethash m ht) u))))
ht)
"http://www.loc.gov/marc/specifications/specchareacc.html")
;;; Decoder.
(defmacro illegal-escape (getter src i)
(alexandria:with-unique-names (j m)
`(error "Illegal escape sequence:~{ ~X~}"
(reverse (loop with ,j = ,i
for ,m = (,getter ,src (decf ,j))
collect ,m
until (= ,m #x1b))))))
(babel-encodings::define-code-point-counter :marc-8 (getter type)
`(lambda (seq start end max)
(declare (type ,type seq) (fixnum start end max))
(let ((nchars 0)
(g0-width 1)
(g1-width 1)
(i start))
(macrolet ((input () `(prog1 (,',getter seq i) (incf i))))
(tagbody
start
(when (= i end)
(go accept))
(let ((m (input)))
(cond ((= m #x1b) (go esc))
((or (= m #xa0) (= m #xff)) (go reserved))
((< m #x21)
(incf nchars)
(go start))
((< m #x7f) (cond ((= g0-width 1)
(incf nchars)
(go start))
(t (go triple-2))))
((< m #xa1)
(incf nchars)
(go start))
(t (cond ((= g1-width 1)
(incf nchars)
(go start))
(t (go triple-2))))))
esc
(when (= i end)
(go illegal-escape))
(case (input)
((#x67 #x62 #x70 #x73) (go start))
((#x28 #x2c #x29 #x2d) (go intermediate-single-1))
(#x24 (go intermediate-multiple-1))
(t (go illegal-escape)))
intermediate-single-1
(when (= i end)
(go illegal-escape))
(case (input)
((#x33 #x34 #x42 #x4e #x51 #x53 #x32) (go start))
(#x21 (go intermediate-single-2))
(t (go illegal-escape)))
intermediate-single-2
(when (= i end)
(go illegal-escape))
(case (input)
(#x45 (go start))
(t (go illegal-escape)))
intermediate-multiple-1
(when (= i end)
(go illegal-escape))
(case (input)
(#x2c (go intermediate-multiple-2-g0))
(#x31 (setf g0-width 3)
(go start))
((#x29 #x2d) (go intermediate-multiple-2-g1))
(t (go illegal-escape)))
intermediate-multiple-2-g0
(when (= i end)
(go illegal-escape))
(case (input)
(#x31 (setf g0-width 3)
(go start))
(t (go illegal-escape)))
intermediate-multiple-2-g1
(when (= i end)
(go illegal-escape))
(case (input)
(#x31 (setf g1-width 3)
(go start))
(t (go illegal-escape)))
triple-2
(when (= i end)
(go partial))
(input)
(go triple-3)
triple-3
(when (= i end)
(go partial))
(input)
(incf nchars)
(go start)
partial
(error "Partial multiple-byte character.")
reserved
(error "~D is a reserved value and must not be used in MARC 8-encoded records." (,getter seq (1- i)))
illegal-escape
(illegal-escape ,getter seq i)
accept
))
(values nchars end))))
(babel-encodings::define-decoder :marc-8 (getter src-type setter dest-type)
`(lambda (src start end dest d-start)
(declare (type ,src-type src)
(type ,dest-type dest)
(fixnum start end d-start))
(let ((g0 *basic-ascii-decode-table*)
(g1 *extended-latin-decode-table*)
m
(g0-width 1) (g1-width 1)
(i start)
(di d-start))
(labels ((iso2022 (u)
(ecase u
(#x33 *basic-arabic-decode-table*)
(#x34 *extended-arabic-decode-table*)
(#x42 *basic-ascii-decode-table*)
(#x21 (case (,getter src (incf i))
(#x45 *extended-latin-decode-table*)
(t (illegal-escape ,getter src i))))
(#x31 *eacc-decode-table*)
(#x4e *basic-cyrillic-decode-table*)
(#x51 *extended-cyrillic-decode-table*)
(#x53 *basic-greek-decode-table*)
(#x32 *basic-hebrew-decode-table*))))
(macrolet ((input () `(prog1 (,',getter src i) (incf i))))
(tagbody
start
(when (= i end) (go accept))
(setq m (input))
(cond
((= m #x1b) (go esc))
((or (= m #xa0) (= m #xff)) (go reserved))
((< m #x21)
(,setter m dest di)
(incf di)
(go start))
((< m #x7f) (cond ((= g0-width 1)
(,setter (aref g0 (- m #x21)) dest di)
(incf di)
(go start))
(t (go triple-2-g0))))
((< m #xa1)
(,setter m dest di)
(incf di)
(go start))
(t (cond ((= g1-width 1)
(,setter (aref g1 (- m #xa1)) dest di)
(incf di)
(go start))
(t (go triple-2-g1)))))
esc
(when (= i end) (go illegal-escape))
(case (input)
(#x67 (setf g0 *basic-greek-decode-table*
g0-width 1)
(go start))
(#x62 (setf g0 *subscripts-decode-table*
g0-width 1)
(go start))
(#x70 (setf g0 *superscripts-decode-table*
g0-width 1)
(go start))
(#x73 (setf g0 *basic-ascii-decode-table*
g0-width 1)
(go start))
((#x28 #x2c)
(go intermediate-single-1-g0))
((#x29 #x2d)
(go intermediate-single-1-g1))
(#x24 (go intermediate-multiple-1))
(t (go illegal-escape)))
intermediate-single-1-g0
(when (= i end) (go illegal-escape))
(case (input)
((#x33 #x34 #x42 #x4e #x51 #x53 #x32)
(setf g0 (iso2022 (,getter src (1- i)))
g0-width 1)
(go start))
(#x21 (go intermediate-single-2-g0))
(t (go illegal-escape)))
intermediate-single-1-g1
(when (= i end) (go illegal-escape))
(case (input)
((#x33 #x34 #x42 #x4e #x51 #x53 #x32)
(setf g1 (iso2022 (,getter src (1- i)))
g1-width 1)
(go start))
(#x21 (go intermediate-single-2-g1))
(t (go illegal-escape)))
intermediate-single-2-g0
(when (= i end) (go illegal-escape))
(case (input)
(#x45 (setf g0 *extended-latin-decode-table*
g0-width 1)
(go start))
(t (go illegal-escape)))
intermediate-single-2-g1
(when (= i end) (go illegal-escape))
(case (input)
(#x45 (setf g1 *extended-latin-decode-table*
g1-width 1)
(go start))
(t (go illegal-escape)))
intermediate-multiple-1
(when (= i end) (go illegal-escape))
(case (input)
(#x2c (go intermediate-multiple-2-g0))
((#x29 #x2d) (go intermediate-multiple-2-g1))
(#x31 (setf g0 *eacc-decode-table*
g0-width 3)
(go start))
(t (go illegal-escape)))
intermediate-multiple-2-g0
(when (= i end) (go illegal-escape))
(case (input)
(#x31 (setf g0 *eacc-decode-table*
g0-width 3)
(go start))
(t (go illegal-escape)))
intermediate-multiple-2-g1
(when (= i end) (go illegal-escape))
(case (input)
(#x31 (setf g1 *eacc-decode-table*
g1-width 3)
(go start))
(t (go illegal-escape)))
triple-2-g0
(when (= i end)
(go partial))
(input)
(go triple-3-g0)
triple-2-g1
(when (= i end)
(go partial))
(input)
(go triple-3-g1)
triple-3-g0
(when (= i end)
(go partial))
(input)
(let* ((m1 (,getter src (- i 3)))
(m2 (,getter src (- i 2)))
(m3 (,getter src (- i 1)))
(key (+ (* (+ (* m1 #x100) m2) #x100) m3)))
(,setter (or (gethash key g0 nil) ,undef)
dest di)
(incf di))
(go start)
triple-3-g1
(when (= i end)
(go partial))
(input)
(let* ((m1 (- (,getter src (- i 3)) #x80))
(m2 (- (,getter src (- i 2)) #x80))
(m3 (- (,getter src (- i 1)) #x80))
(key (+ (* (+ (* m1 #x100) m2) #x100) m3)))
(,setter (or (gethash key g1 nil) ,undef)
dest di)
(incf di))
(go start)
partial
(error "Partial multiple-byte character.")
reserved
(error "~D is a reserved value and must not be used in MARC 8-encoded records." (,getter src (1- i)))
illegal-escape
(illegal-escape ,getter src i)
accept
))))))
;;; This seems to be the only way to get Babel to use the new decoder.
(defparameter babel::*string-vector-mappings*
(babel-encodings:instantiate-concrete-mappings
:octet-seq-setter babel::ub-set
:octet-seq-getter babel::ub-get
:octet-seq-type (simple-array (unsigned-byte 8) (*))
:code-point-seq-setter babel::string-set
:code-point-seq-getter babel::string-get
:code-point-seq-type babel:simple-unicode-string))
;;; Testing.
(defun ub8v (&rest numbers)
(make-array (length numbers) :element-type '(unsigned-byte 8)
:initial-contents numbers))
(defun ub16v (&rest numbers)
(make-array (length numbers) :element-type '(unsigned-byte 16)
:initial-contents numbers))
(defun test-kjorbye-marc-8 ()
(ub8v 75 105 178 114 98 121 101 32 66 101 114 116 101 108 115 101 110 44
32 73 110 103 101 114))
(defun eacc (s)
(let* ((key (+ (* (+ (* (char-code (char s 0)) #x100)
(char-code (char s 1))) #x100)
(char-code (char s 2))))
(value (gethash key *eacc-decode-table*)))
(format t "~x~%" value)
(code-char value)))
(define-test decode
(assert-equal "Kiørbye Bertelsen, Inger"
(babel:octets-to-string (test-kjorbye-marc-8)
:encoding :marc-8))
(assert-equal "β-tubulin"
(babel:octets-to-string (babel:string-to-octets
"gbs-tubulin")
:encoding :marc-8))
(assert-equal "羅貫中 ; 張亦文譯."
(babel:octets-to-string (babel:string-to-octets "$1!R7!Yn!04(B ; $1!=G!0\\!BX!YF(B.")
:encoding :marc-8))
(assert-equal "羅貫中 ; 張亦文譯."
(babel:octets-to-string (babel:string-to-octets "$)1¡Ò·¡Ùî¡°´ ; ¡½Ç¡°Ü¡ÂØ¡ÙÆ)!E." :encoding :latin-1)
:encoding :marc-8)))
(define-test encode
(assert-equalp (test-kjorbye-marc-8)
(babel:string-to-octets "Kiørbye Bertelsen, Inger"
:encoding :marc-8))
(assert-equal "gbs-tubulin"
(babel:octets-to-string
(babel:string-to-octets "β-tubulin" :encoding :marc-8))))
;;; Unicode normalization.
(defun tt-to-number (line)
(multiple-value-bind (a b c d) (ppcre:scan "<tt>([^<]+)</tt>" line)
(declare (ignore a b))
(loop
with start = (aref c 0)
while (> (aref d 0) start)
for end = (or (position #\Space line :start start :end (aref d 0))
(aref d 0))
collect (parse-integer line :start start :end end :radix 16)
do (setf start (1+ end)))))
(defun read-normalization-table ()
(with-open-file (stream "/Users/ljosa/tmp/chart_Latin.html")
(let ((result nil))
(tagbody
(loop
for line = (read-line stream nil nil)
when (not line)
do (go done)
until (string-equal line "<tr>"))
(let ((a (tt-to-number (read-line stream)))
(b (tt-to-number (read-line stream)))
(c (tt-to-number (read-line stream)))
(d (tt-to-number (read-line stream)))
(e (tt-to-number (read-line stream))))
(declare (ignore a d e))
(push (list b c) result))
done)
(nreverse result))))

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(flag "-I/opt/local/include")
(include "yaz/zoom.h")
(in-package #:z3950)
(ctype size "size_t")

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(in-package #:z3950)
(define-foreign-library libyaz
(t (:default "libyaz.3")))
(use-foreign-library libyaz)
(defctype zoom-options :pointer)
(defcfun "ZOOM_options_create" zoom-options)
(defcfun "ZOOM_options_create_with_parent" zoom-options
(parent zoom-options))
(defcfun "ZOOM_options_destroy" :void
(opt zoom-options))
(defcfun "ZOOM_options_get" :string
(opt zoom-options)
(name :string))
(defcfun "ZOOM_options_set" :void
(opt zoom-options)
(name :string)
(v :string))
;; TODO: ZOOM_options_callback.
(defctype zoom-connection :pointer)
(defcfun "ZOOM_connection_new" zoom-connection
(host :string)
(portnum :int))
(defcfun "ZOOM_connection_create" zoom-connection
(options :pointer))
(defcfun "ZOOM_connection_connect" :void
(connection zoom-connection)
(host :string)
(portnum :int))
(defcfun "ZOOM_connection_destroy" :void
(connection zoom-connection))
(defctype string-ptr :pointer)
(defcfun "ZOOM_connection_error" :int
(connection zoom-connection)
(cp string-ptr)
(addinfo string-ptr))
(defcfun "ZOOM_connection_option_get" :string
(connection zoom-connection)
(key :string))
(defcfun "ZOOM_connection_option_set" :void
(connection zoom-connection)
(key :string)
(value :string))
(defctype zoom-query :pointer)
(defcfun "ZOOM_query_create" zoom-query)
(defcfun "ZOOM_query_destroy" :void
(query zoom-query))
(defcfun "ZOOM_query_prefix" :int
(query zoom-query)
(str :string))
(defcfun "ZOOM_query_cql" :int
(query zoom-query)
(str :string))
(defcfun "ZOOM_query_sortby" :int
(query zoom-query)
(criteria :string))
(defctype zoom-resultset :pointer)
(defcfun "ZOOM_connection_search" zoom-resultset
(connection zoom-connection)
(query zoom-query))
(defcfun "ZOOM_connection_search_pqf" zoom-resultset
(connection zoom-connection)
(q :string))
(defcfun "ZOOM_resultset_destroy" :void
(resultset zoom-resultset))
(defcfun "ZOOM_resultset_option_set" :void
(resultset zoom-resultset)
(key :string)
(val :string))
(defcfun "ZOOM_resultset_option_get" :string
(resultset zoom-resultset)
(key :string))
(defcfun "ZOOM_resultset_size" size
(resultset zoom-resultset))
(defctype zoom-record :pointer)
(defctype zoom-record-ptr :pointer)
(defcfun "ZOOM_resultset_records" :void
(resultset zoom-resultset)
(recs zoom-record-ptr)
(start size)
(count size))
(defcfun "ZOOM_resultset_record" zoom-record
(resultset zoom-resultset)
(pos size))
(defctype size-ptr :pointer)
(defcfun "ZOOM_record_get" :pointer
(record zoom-record)
(type :string)
(len size-ptr))
;; TODO: ZOOM_record_error.
(defcfun "ZOOM_record_clone" zoom-record
(rec zoom-record))
(defcfun "ZOOM_record_destroy" :void
(rec zoom-record))
;; TODO: Scan.
(defcfun "memcpy" :pointer
(dest :pointer)
(src :pointer)
(n size))
;;;
;;; Lisp API
;;;
(defclass connection ()
((foreign)
(charset :initarg :charset :accessor connection-charset)
(result-sets :initform nil :accessor connection-result-sets)))
(define-condition connection-error (error)
((cp :initarg :cp)
(addinfo :initarg :addinfo))
(:report (lambda (condition stream)
(with-slots (cp addinfo) condition
(format stream "~A: ~A" cp addinfo)))))
(defmethod check-for-connection-error ((c connection))
(with-slots (foreign) c
(cffi:with-foreign-object (cp :pointer)
(cffi:with-foreign-object (addinfo :pointer)
(unless (zerop (zoom-connection-error foreign cp addinfo))
(error 'connection-error
:cp (cffi:foreign-string-to-lisp (mem-ref cp :pointer))
:addinfo (cffi:foreign-string-to-lisp
(mem-ref addinfo :pointer))))))))
(defun connect (host &key port (charset :utf8))
(let ((c (make-instance 'connection :charset charset)))
(with-slots (foreign) c
(setf foreign (zoom-connection-create (cffi:null-pointer)))
(zoom-connection-connect foreign host (or port 0)))
(check-for-connection-error c)
c))
(defmethod disconnect ((c connection))
"Close the connection to the Z39.50 server."
(with-slots (result-sets foreign) c
(when foreign
(dolist (weak-ref result-sets)
(when #1=(trivial-garbage:weak-pointer-value weak-ref)
(close-result-set #1#)))
(zoom-connection-destroy foreign)
(setf foreign nil)
t)))
(defmacro with-open-connection ((var host &rest connect-args)
&body body)
`(let ((,var (connect ,host ,@connect-args)))
(unwind-protect (progn ,@body)
(disconnect ,var))))
(defmethod connection-host ((c connection))
(with-slots (foreign) c
(zoom-connection-option-get foreign "host")))
(defclass result-set ()
((foreign :initarg :foreign)
(connection :initarg :connection :reader result-set-connection)))
(defmethod initialize-instance :after ((rs result-set) &key)
(push (trivial-garbage:make-weak-pointer rs)
(connection-result-sets (result-set-connection rs))))
(defmethod close-result-set ((rs result-set))
(with-slots (foreign) rs
(when foreign
(zoom-resultset-destroy foreign)
(setf foreign nil)
t)))
(defmethod (setf result-set-preferred-record-syntax) (value (rs result-set))
(with-slots (foreign) rs
(zoom-resultset-option-set foreign "preferredRecordSyntax" value)))
(defmethod result-set-size ((rs result-set))
(with-slots (foreign) rs
(zoom-resultset-size foreign)))
(defmethod result-set-record ((rs result-set) i &key (form :raw))
(with-slots (foreign) rs
(let ((r (zoom-resultset-record foreign i)))
(let ((syntax (cffi:foreign-string-to-lisp
(zoom-record-get r "syntax" (cffi:null-pointer)))))
(with-foreign-object (len :int)
(let* ((src (zoom-record-get r (ecase form
(:raw "raw; charset=marc8"))
len))
(buf (cffi:make-shareable-byte-vector (cffi:mem-ref len
:int))))
(with-pointer-to-vector-data (dest buf)
(memcpy dest src (cffi:mem-ref len :int)))
(values buf syntax)))))))
(defmethod search-pqf ((c connection) (q string))
(make-instance 'result-set
:connection c
:foreign (with-slots (foreign) c
;; (let ((cffi:*default-foreign-encoding*
;; (connection-charset c)))
(zoom-connection-search-pqf foreign q)
;; )
)))
(defmacro with-query ((var) &body body)
`(let ((,var (zoom-query-create)))
(unwind-protect (progn ,@body)
(zoom-query-destroy ,var))))
(defmethod search-cql ((c connection) (query-string string))
(with-query (q)
(zoom-query-cql q query-string) ;; FIXME: Return value?
(with-slots (foreign) c
(make-instance 'result-set
:connection c
:foreign (zoom-connection-search foreign q)))))
(defun test-loc ()
(with-open-connection (c "z3950.loc.gov:7490/Voyager" :charset :latin1)
(let ((rs (search-pqf c "@1=4 \"Alt imellem\"")))
(setf (result-set-preferred-record-syntax rs) "MARC21")
(result-set-record rs 0))))
(defun test-bibsys ()
(with-open-connection (c "z3950.bibsys.no" :port 2100 :charset :latin1)
(let ((rs (search-pqf c "@1=4 \"Fru Inger til Østråt\"")))
(setf (result-set-preferred-record-syntax rs) "NORMARC")
(result-set-record rs 0))))

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@ -0,0 +1,429 @@
;;;-*- Mode: Lisp; Package: LISP-UNIT -*-
#|
Copyright (c) 2004-2005 Christopher K. Riesbeck
Permission is hereby granted, free of charge, to any person obtaining
a copy of this software and associated documentation files (the "Software"),
to deal in the Software without restriction, including without limitation
the rights to use, copy, modify, merge, publish, distribute, sublicense,
and/or sell copies of the Software, and to permit persons to whom the
Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included
in all copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS
OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL
THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR
OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE,
ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
OTHER DEALINGS IN THE SOFTWARE.
|#
;;; A test suite package, modelled after JUnit.
;;; Author: Chris Riesbeck
;;;
;;; Update history:
;;;
;;; 04/07/06 added ~<...~> to remaining error output forms [CKR]
;;; 04/06/06 added ~<...~> to compact error output better [CKR]
;;; 04/06/06 fixed RUN-TESTS to get tests dynamically (bug reported
;;; by Daniel Edward Burke) [CKR]
;;; 02/08/06 added newlines to error output [CKR]
;;; 12/30/05 renamed ASSERT-PREDICATE to ASSERT-EQUALITY [CKR]
;;; 12/29/05 added ASSERT-EQ, ASSERT-EQL, ASSERT-EQUALP [CKR]
;;; 12/22/05 recoded use-debugger to use handler-bind, added option to prompt for debugger,
;;; 11/07/05 added *use-debugger* and assert-predicate [DFB]
;;; 09/18/05 replaced Academic Free License with MIT Licence [CKR]
;;; 08/30/05 added license notice [CKR]
;;; 06/28/05 changed RUN-TESTS to compile code at run time, not expand time [CKR]
;;; 02/21/05 removed length check from SET-EQUAL [CKR]
;;; 02/17/05 added RUN-ALL-TESTS [CKR]
;;; 01/18/05 added ASSERT-EQUAL back in [CKR]
;;; 01/17/05 much clean up, added WITH-TEST-LISTENER [CKR]
;;; 01/15/05 replaced ASSERT-EQUAL etc. with ASSERT-TRUE and ASSERT-FALSE [CKR]
;;; 01/04/05 changed COLLECT-RESULTS to echo output on *STANDARD-OUTPuT* [CKR]
;;; 01/04/05 added optional package argument to REMOVE-ALL-TESTS [CKR]
;;; 01/04/05 changed OUTPUT-OK-P to trim spaces and returns [CKR]
;;; 01/04/05 changed OUTPUT-OK-P to not check output except when asked to [CKR]
;;; 12/03/04 merged REMOVE-TEST into REMOVE-TESTS [CKR]
;;; 12/03/04 removed ability to pass forms to RUN-TESTS [CKR]
;;; 12/03/04 refactored RUN-TESTS expansion into RUN-TEST-THUNKS [CKR]
;;; 12/02/04 changed to group tests under packages [CKR]
;;; 11/30/04 changed assertions to put expected value first, like JUnit [CKR]
;;; 11/30/04 improved error handling and summarization [CKR]
;;; 11/30/04 generalized RUN-TESTS, removed RUN-TEST [CKR]
;;; 02/27/04 fixed ASSERT-PRINTS not ignoring value [CKR]
;;; 02/07/04 fixed ASSERT-EXPANDS failure message [CKR]
;;; 02/07/04 added ASSERT-NULL, ASSERT-NOT-NULL [CKR]
;;; 01/31/04 added error handling and totalling to RUN-TESTS [CKR]
;;; 01/31/04 made RUN-TEST/RUN-TESTS macros [CKR]
;;; 01/29/04 fixed ASSERT-EXPANDS quote bug [CKR]
;;; 01/28/04 major changes from BUG-FINDER to be more like JUnit [CKR]
#|
How to use
----------
1. Read the documentation in lisp-unit.html.
2. Make a file of DEFINE-TEST's. See exercise-tests.lisp for many
examples. If you want, start your test file with (REMOVE-TESTS) to
clear any previously defined tests.
2. Load this file.
2. (use-package :lisp-unit)
3. Load your code file and your file of tests.
4. Test your code with (RUN-TESTS test-name1 test-name2 ...) -- no quotes! --
or simply (RUN-TESTS) to run all defined tests.
A summary of how many tests passed and failed will be printed,
with details on the failures.
Note: Nothing is compiled until RUN-TESTS is expanded. Redefining
functions or even macros does not require reloading any tests.
For more information, see lisp-unit.html.
|#
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;;; Packages
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
(cl:defpackage #:lisp-unit
(:use #:common-lisp)
(:export #:define-test #:run-all-tests #:run-tests
#:assert-eq #:assert-eql #:assert-equal #:assert-equalp
#:assert-error #:assert-expands #:assert-false
#:assert-equality #:assert-prints #:assert-true
#:get-test-code #:get-tests
#:remove-all-tests #:remove-tests
#:logically-equal #:set-equal
#:use-debugger
#:with-test-listener)
)
(in-package #:lisp-unit)
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;;; Globals
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
(defparameter *test-listener* nil)
(defparameter *tests* (make-hash-table))
;;; Used by RUN-TESTS to collect summary statistics
(defvar *test-count* 0)
(defvar *pass-count* 0)
;;; Set by RUN-TESTS for use by SHOW-FAILURE
(defvar *test-name* nil)
;;; If nil, errors in tests are caught and counted.
;;; If :ask, user is given option of entering debugger or not.
;;; If true and not :ask, debugger is entered.
(defparameter *use-debugger* nil)
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;;; Macros
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;;; DEFINE-TEST
(defmacro define-test (name &body body)
`(progn
(store-test-code ',name ',body)
',name))
;;; ASSERT macros
(defmacro assert-eq (expected form &rest extras)
(expand-assert :equal form form expected extras :test #'eq))
(defmacro assert-eql (expected form &rest extras)
(expand-assert :equal form form expected extras :test #'eql))
(defmacro assert-equal (expected form &rest extras)
(expand-assert :equal form form expected extras :test #'equal))
(defmacro assert-equalp (expected form &rest extras)
(expand-assert :equal form form expected extras :test #'equalp))
(defmacro assert-error (condition form &rest extras)
(expand-assert :error form (expand-error-form form)
condition extras))
(defmacro assert-expands (&environment env expansion form &rest extras)
(expand-assert :macro form
(expand-macro-form form #+lispworks nil #-lispworks env)
expansion extras))
(defmacro assert-false (form &rest extras)
(expand-assert :result form form nil extras))
(defmacro assert-equality (test expected form &rest extras)
(expand-assert :equal form form expected extras :test test))
(defmacro assert-prints (output form &rest extras)
(expand-assert :output form (expand-output-form form)
output extras))
(defmacro assert-true (form &rest extras)
(expand-assert :result form form t extras))
(defun expand-assert (type form body expected extras &key (test #'eql))
`(internal-assert
,type ',form #'(lambda () ,body) #'(lambda () ,expected) ,(expand-extras extras), test))
(defun expand-error-form (form)
`(handler-case ,form
(condition (error) error)))
(defun expand-output-form (form)
(let ((out (gensym)))
`(let* ((,out (make-string-output-stream))
(*standard-output* (make-broadcast-stream *standard-output* ,out)))
,form
(get-output-stream-string ,out))))
(defun expand-macro-form (form env)
`(macroexpand-1 ',form ,env))
(defun expand-extras (extras)
`#'(lambda ()
(list ,@(mapcan #'(lambda (form) (list `',form form)) extras))))
;;; RUN-TESTS
(defmacro run-all-tests (package &rest tests)
`(let ((*package* (find-package ',package)))
(run-tests
,@(mapcar #'(lambda (test) (find-symbol (symbol-name test) package))
tests))))
(defmacro run-tests (&rest names)
`(run-test-thunks (get-test-thunks ,(if (null names) '(get-tests *package*) `',names))))
(defun get-test-thunks (names &optional (package *package*))
(mapcar #'(lambda (name) (get-test-thunk name package))
names))
(defun get-test-thunk (name package)
(assert (get-test-code name package) (name package)
"No test defined for ~S in package ~S" name package)
(list name (coerce `(lambda () ,@(get-test-code name)) 'function)))
(defun use-debugger (&optional (flag t))
(setq *use-debugger* flag))
;;; WITH-TEST-LISTENER
(defmacro with-test-listener (listener &body body)
`(let ((*test-listener* #',listener)) ,@body))
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;;; Public functions
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
(defun get-test-code (name &optional (package *package*))
(let ((table (get-package-table package)))
(unless (null table)
(gethash name table))))
(defun get-tests (&optional (package *package*))
(let ((l nil)
(table (get-package-table package)))
(cond ((null table) nil)
(t
(maphash #'(lambda (key val)
(declare (ignore val))
(push key l))
table)
(sort l #'string< :key #'string)))))
(defun remove-tests (names &optional (package *package*))
(let ((table (get-package-table package)))
(unless (null table)
(if (null names)
(clrhash table)
(dolist (name names)
(remhash name table))))))
(defun remove-all-tests (&optional (package *package*))
(if (null package)
(clrhash *tests*)
(remhash (find-package package) *tests*)))
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;;; Private functions
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;;; DEFINE-TEST support
(defun get-package-table (package &key create)
(let ((table (gethash (find-package package) *tests*)))
(or table
(and create
(setf (gethash package *tests*)
(make-hash-table))))))
(defun get-test-name (form)
(if (atom form) form (cadr form)))
(defun store-test-code (name code &optional (package *package*))
(setf (gethash name
(get-package-table package :create t))
code))
;;; ASSERTION support
(defun internal-assert (type form code-thunk expected-thunk extras test)
(let* ((expected (multiple-value-list (funcall expected-thunk)))
(actual (multiple-value-list (funcall code-thunk)))
(passed (test-passed-p type expected actual test)))
(incf *test-count*)
(when passed
(incf *pass-count*))
(record-result passed type form expected actual extras)
passed))
(defun record-result (passed type form expected actual extras)
(funcall (or *test-listener* 'default-listener)
passed type *test-name* form expected actual
(and extras (funcall extras))
*test-count* *pass-count*))
(defun default-listener
(passed type name form expected actual extras test-count pass-count)
(declare (ignore test-count pass-count))
(unless passed
(show-failure type (get-failure-message type)
name form expected actual extras)))
(defun test-passed-p (type expected actual test)
(ecase type
(:error
(or (eql (car actual) (car expected))
(typep (car actual) (car expected))))
(:equal
(and (<= (length expected) (length actual))
(every test expected actual)))
(:macro
(equal (car actual) (car expected)))
(:output
(string= (string-trim '(#\newline #\return #\space)
(car actual))
(car expected)))
(:result
(logically-equal (car actual) (car expected)))
))
;;; RUN-TESTS support
(defun run-test-thunks (test-thunks)
(unless (null test-thunks)
(let ((total-test-count 0)
(total-pass-count 0)
(total-error-count 0))
(dolist (test-thunk test-thunks)
(multiple-value-bind (test-count pass-count error-count)
(run-test-thunk (car test-thunk) (cadr test-thunk))
(incf total-test-count test-count)
(incf total-pass-count pass-count)
(incf total-error-count error-count)))
(unless (null (cdr test-thunks))
(show-summary 'total total-test-count total-pass-count total-error-count))
(values))))
(defun run-test-thunk (*test-name* thunk)
(if (null thunk)
(format t "~& Test ~S not found" *test-name*)
(prog ((*test-count* 0)
(*pass-count* 0)
(error-count 0))
(handler-bind
((error #'(lambda (e)
(let ((*print-escape* nil))
(setq error-count 1)
(format t "~& ~S: ~W" *test-name* e))
(if (use-debugger-p e) e (go exit)))))
(funcall thunk)
(show-summary *test-name* *test-count* *pass-count*))
exit
(return (values *test-count* *pass-count* error-count)))))
(defun use-debugger-p (e)
(and *use-debugger*
(or (not (eql *use-debugger* :ask))
(y-or-n-p "~A -- debug?" e))))
;;; OUTPUT support
(defun get-failure-message (type)
(case type
(:error "~&~@[Should have signalled ~{~S~^; ~} but saw~] ~{~S~^; ~}")
(:macro "~&Should have expanded to ~{~S~^; ~} ~<~%~:;but saw ~{~S~^; ~}~>")
(:output "~&Should have printed ~{~S~^; ~} ~<~%~:;but saw ~{~S~^; ~}~>")
(t "~&Expected ~{~S~^; ~} ~<~%~:;but saw ~{~S~^; ~}~>")
))
(defun show-failure (type msg name form expected actual extras)
(format t "~&~@[~S: ~]~S failed: " name form)
(format t msg expected actual)
(format t "~{~& ~S => ~S~}~%" extras)
type)
(defun show-summary (name test-count pass-count &optional error-count)
(format t "~&~A: ~S assertions passed, ~S failed~@[, ~S execution errors~]."
name pass-count (- test-count pass-count) error-count))
(defun collect-form-values (form values)
(mapcan #'(lambda (form-arg value)
(if (constantp form-arg)
nil
(list form-arg value)))
(cdr form)
values))
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;;; Useful equality predicates for tests
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;;; (LOGICALLY-EQUAL x y) => true or false
;;; Return true if x and y both false or both true
(defun logically-equal (x y)
(eql (not x) (not y)))
;;; (SET-EQUAL l1 l2 :test) => true or false
;;; Return true if every element of l1 is an element of l2
;;; and vice versa.
(defun set-equal (l1 l2 &key (test #'equal))
(and (listp l1)
(listp l2)
(subsetp l1 l2 :test test)
(subsetp l2 l1 :test test)))
(provide "lisp-unit")

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(in-package #:z3950)
(defun marc-ascii (record start end)
(babel:octets-to-string record :start start :end end))
(defun marc-number (record start end)
(values (parse-integer (marc-ascii record start end))))
(defun marc21-base-address (record)
(marc-number record 12 17))
(defun decode-subfield-code (octets)
(intern (string-upcase (babel:octets-to-string octets :encoding :marc-8))
"KEYWORD"))
(defun decode-marc21-subfields (field)
(assert (equal #x1e (aref field (1- (length field)))))
(loop
with start = 0
while (< start (1- (length field)))
for end = (or (position #x1f field :start start)
(1- (length field)))
collect (list (decode-subfield-code (subseq field start (1+ start)))
(babel:octets-to-string (subseq field (1+ start) end)
:encoding :marc-8))
do (setq start (1+ end))))
(defun decode-marc21-directory (record)
"List of (TAG LENGTH START) lists. TAG is a string, the other two
are integers. START is relative to the base address."
(assert (equal "4500" (marc-ascii record 20 24)))
(loop
for s from 24 below (position #x1e record :start 24) by 12
collect (list (marc-ascii record s (+ s 3))
(marc-number record (+ s 3) (+ s 7))
(marc-number record (+ s 7) (+ s 12)))))
(defun control-tag-p (tag)
(equal "00" (subseq tag 0 2)))
(defun decode-marc21-field (record tag start end)
(if (control-tag-p tag)
(list tag
(babel:octets-to-string (subseq record start end)
:encoding :marc-8))
(list tag
(babel:octets-to-string (subseq record start
(+ start 2))
:encoding :marc-8)
(decode-marc21-subfields (subseq record (+ start 3) end)))))
(defun decode-marc21 (record)
(assert (equal "22" (marc-ascii record 10 12)))
(let ((base (marc21-base-address record)))
(loop
for (tag length relative-start) in (decode-marc21-directory record)
for start = (+ base relative-start)
for end = (+ start length)
collect (decode-marc21-field record tag start end))))
(defun fields (marc tag &rest more-tags)
(let ((tags (cons tag more-tags)))
(remove-if-not (lambda (x) (member x tags :test #'equal)) marc
:key #'car)))
(defun subfield (contents subfield-code)
(cadr (assoc subfield-code contents)))
(defmacro with-subfields ((&rest subfields) contents &body body)
(alexandria:once-only (contents)
`(let ,(loop for symbol in subfields
collect `(,symbol
(cadr (assoc ,(intern (string symbol)
"KEYWORD")
,contents))))
,@body)))
;;; Mappings to Dublin Core, loosely based on
;;; http://www.loc.gov/marc/marc2dc.html.
(defun personal-name (contents)
(with-subfields (a b) contents
(if b
(format nil "~A ~A" a b)
a)))
(defun marc21-contributor (marc)
(loop
for (tag indicators contents) in (fields marc "100" "110" "111"
"700" "710" "711")
collect (string-trim ".," (if (equal (char tag 2) #\1)
(subfield contents :a)
(personal-name contents)))))
(defun marc21-title (marc)
(loop
for (tag indicators contents) in (fields marc "245" "246")
for title = (with-subfields (a b n p) contents
(format nil "~{~A~^ ~}" (remove nil (list a b n p))))
collect (let ((length (length title)))
(if (and (>= length 2)
(equal (subseq title (- length 2) length)
" /"))
(subseq title 0 (- (length title) 2))
title))))
(defun marc21-isbn (marc)
(loop
for (tag indicators contents) in (fields marc "020")
collect (subfield contents :a)))
(defun loc (isbn)
(z3950:with-open-connection (c "z3950.loc.gov:7090/Voyager")
(let ((rs (z3950:search-pqf c (format nil "@1=7 ~A" isbn))))
(when (> (z3950:result-set-size rs) 0)
(multiple-value-bind (octets syntax)
(z3950:result-set-record rs 0)
(assert (equal syntax "USmarc"))
(let ((marc (decode-marc21 octets)))
(values `((:contributor ,(marc21-contributor marc))
(:title ,(marc21-title marc))
(:identifier ,(marc21-isbn marc)))
marc octets)))))))
#|
(loc "9780201914658")
|#

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;;;; -*- Mode: Lisp; -*-
(defpackage #:z3950
(:documentation "XXX")
(:use #:common-lisp #:cffi #:lisp-unit)
(:export #:connnection #:connection-error #:connect #:disconnect
#:with-open-connection #:connection-host
#:result-set #:result-set-size #:result-set-record
#:search-pqf #:search-cql))

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z3950.asd Normal file
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;;;; -*- Mode: Lisp; -*-
(in-package #:cl-user)
(eval-when (:load-toplevel :execute)
(asdf:operate 'asdf:load-op '#:cffi-grovel))
#+cffi-features:darwin
(push #p"/opt/local/lib/" cffi:*foreign-library-directories*)
(asdf:defsystem #:z3950
:description "XXX"
:perform (asdf:load-op :after (op z3950)
(pushnew :z3950 *features*))
:components ((:file "package" :depends-on ("lisp-unit"))
(:file "libyaz" :depends-on ("grovel-yaz" "package"))
(:file "lisp-unit")
(:file "enc-marc-8" :depends-on ("package" "lisp-unit"))
(:file "marc" :depends-on ("package"))
(cffi-grovel:grovel-file "grovel-yaz" :depends-on ("package")))
:depends-on (#:cffi #:trivial-garbage #:alexandria))