# Changes to TAGS:
# + Punt any generated *-shim.c and *-const.c files.
# + Re-order the files: .scm first, .[hc] next, whatnot, and .cdecls last.
-# Someday:
-# + Index the .cdecls?
set -e
: ${MIT_SCHEME_EXE=mit-scheme}
(load-option 'ffi))
((access rewrite-file (->environment '(ffi build)))
(merge-pathnames "TAGS")
- rewriter)))
+ rewriter))
EOF
tags: tags-am $(sources) $(cdecls)
$(ETAGS) -a $(sources) -r '/^([^iI].*/' $(cdecls)
- ./tags-fix.sh cairo
+ ./tags-fix.sh
EXTRA_DIST += $(sources) $(cdecls) compile.sh cairo.pkg
EXTRA_DIST += cairo-check.sh
#!/bin/sh
# -*-Scheme-*-
#
-# Chop the generated $1-shim.c and $1-const.c files out of TAGS.
+# Changes to TAGS:
+# + Punt any generated *-shim.c and *-const.c files.
+# + Re-order the files: .scm first, .[hc] next, whatnot, and .cdecls last.
set -e
: ${MIT_SCHEME_EXE=mit-scheme}
-${MIT_SCHEME_EXE} --batch-mode -- "${@}" <<\EOF
-(let ((name (car (command-line-arguments))))
- (let ((shim.c-prefix (string-append name "-shim.c,"))
- (const.c-prefix (string-append name "-const.c,")))
-
- (define (rewriter in out)
- (let loop ((skipping? #f))
- (let ((line (read-line in)))
- (cond ((eof-object? line)
- unspecific)
- ((string=? line "\f")
- (let ((next (read-line in)))
- (cond ((eof-object? next) (error "Bogus TAGS format:" next))
- ((or (string-prefix? shim.c-prefix next)
- (string-prefix? const.c-prefix next))
- (loop #t))
- (else
- (write-string line out)
- (newline out)
- (write-string next out)
- (newline out)
- (loop #f)))))
- (skipping?
- (loop skipping?))
- (else
- (write-string line out)
- (newline out)
- (loop skipping?))))))
-
- (parameterize ((param:suppress-loading-message? #t))
- (load-option 'FFI))
- ((access rewrite-file (->environment '(ffi build)))
- (merge-pathnames "TAGS")
- rewriter)))
+${MIT_SCHEME_EXE} --batch-mode -- ${1+"$@"} <<\EOF
+(let ()
+
+ (define-integrable (make-section filename bytecount lines)
+ (cons (cons filename bytecount) lines))
+ (define-integrable section.filename caar)
+ (define-integrable section.bytecount cdar)
+ (define-integrable section.lines cdr)
+
+ (define headline-pattern
+ (compile-regsexp '(seq (line-start)
+ (group filename (+ (char-not-in #\,)))
+ #\,
+ (group bytecount (+ (char-in numeric)))
+ (line-end))))
+
+ (define (write-section section out)
+ (write-string "\f\n" out)
+ (write-string (string (section.filename section)
+ #\, (section.bytecount section)
+ "\n")
+ out)
+ (for-each (lambda (line) (write-string line out) (newline out))
+ (section.lines section)))
+
+ (define (write-sections sections out)
+ (for-each (lambda (section) (write-section section out))
+ (sort sections
+ (lambda (a b)
+ (string<? (section.filename a)
+ (section.filename b))))))
+
+ (define (read-section in)
+ (let loop ((lines '()))
+ (let ((line (read-line in)))
+ (if (or (eof-object? line)
+ (string=? line "\f"))
+ (reverse! lines)
+ (loop (cons line lines))))))
+
+ (define (rewriter in out)
+ (let ((line (read-line in)))
+ (cond ((eof-object? line)
+ (error "TAGS file is empty"))
+ ((not (string=? line "\f"))
+ (error "TAGS file does not start with a formfeed:" line))))
+ (let loop ((scms '()) (chs '()) (cdecls '()) (rest '()))
+ (let ((line (read-line in)))
+ (if (eof-object? line)
+ (begin
+ (write-sections scms out)
+ (write-sections chs out)
+ (write-sections rest out)
+ (write-sections cdecls out))
+ (let ((match (regsexp-match-string headline-pattern line)))
+ (if (not match)
+ (error "TAGS file contains a bogus headline:" line))
+ (let ((filename (cdr (assq 'filename (cddr match))))
+ (section (make-section (cdr (assq 'filename (cddr match)))
+ (cdr (assq 'bytecount (cddr match)))
+ (read-section in))))
+ (cond ((or (string-suffix? "-shim.c" filename)
+ (string-suffix? "-const.c" filename))
+ (loop scms chs cdecls rest))
+ ((string-suffix? ".scm" filename)
+ (loop (cons section scms) chs cdecls rest))
+ ((or (string-suffix? ".c" filename)
+ (string-suffix? ".h" filename))
+ (loop scms (cons section chs) cdecls rest))
+ ((string-suffix? ".cdecl" filename)
+ (loop scms chs (cons section cdecls) rest))
+ (else
+ (loop scms chs cdecls (cons section rest))))))))))
+
+ (parameterize ((param:suppress-loading-message? #t))
+ (load-option 'ffi))
+ ((access rewrite-file (->environment '(ffi build)))
+ (merge-pathnames "TAGS")
+ rewriter))
EOF
# Changes to TAGS:
# + Punt any generated *-shim.c and *-const.c files.
# + Re-order the files: .scm first, .[hc] next, whatnot, and .cdecls last.
-# Someday:
-# + Index the .cdecls?
set -e
: ${MIT_SCHEME_EXE=mit-scheme}
(load-option 'ffi))
((access rewrite-file (->environment '(ffi build)))
(merge-pathnames "TAGS")
- rewriter)))
+ rewriter))
EOF
tags: tags-am $(sources) $(cdecls)
$(ETAGS) -a $(sources) -r '/^([^iI].*/' $(cdecls)
- ./tags-fix.sh gl
+ ./tags-fix.sh
EXTRA_DIST += $(sources) $(cdecls) compile.sh gl.pkg
EXTRA_DIST += gl-tests.scm gl-check.sh
#!/bin/sh
# -*-Scheme-*-
#
-# Chop the generated $1-shim.c and $1-const.c files out of TAGS.
+# Changes to TAGS:
+# + Punt any generated *-shim.c and *-const.c files.
+# + Re-order the files: .scm first, .[hc] next, whatnot, and .cdecls last.
set -e
: ${MIT_SCHEME_EXE=mit-scheme}
-${MIT_SCHEME_EXE} --batch-mode -- "${@}" <<\EOF
-(let ((name (car (command-line-arguments))))
- (let ((shim.c-prefix (string-append name "-shim.c,"))
- (const.c-prefix (string-append name "-const.c,")))
-
- (define (rewriter in out)
- (let loop ((skipping? #f))
- (let ((line (read-line in)))
- (cond ((eof-object? line)
- unspecific)
- ((string=? line "\f")
- (let ((next (read-line in)))
- (cond ((eof-object? next) (error "Bogus TAGS format:" next))
- ((or (string-prefix? shim.c-prefix next)
- (string-prefix? const.c-prefix next))
- (loop #t))
- (else
- (write-string line out)
- (newline out)
- (write-string next out)
- (newline out)
- (loop #f)))))
- (skipping?
- (loop skipping?))
- (else
- (write-string line out)
- (newline out)
- (loop skipping?))))))
-
- (parameterize ((param:suppress-loading-message? #t))
- (load-option 'ffi))
- ((access rewrite-file (->environment '(ffi build)))
- (merge-pathnames "TAGS")
- rewriter)))
+${MIT_SCHEME_EXE} --batch-mode -- ${1+"$@"} <<\EOF
+(let ()
+
+ (define-integrable (make-section filename bytecount lines)
+ (cons (cons filename bytecount) lines))
+ (define-integrable section.filename caar)
+ (define-integrable section.bytecount cdar)
+ (define-integrable section.lines cdr)
+
+ (define headline-pattern
+ (compile-regsexp '(seq (line-start)
+ (group filename (+ (char-not-in #\,)))
+ #\,
+ (group bytecount (+ (char-in numeric)))
+ (line-end))))
+
+ (define (write-section section out)
+ (write-string "\f\n" out)
+ (write-string (string (section.filename section)
+ #\, (section.bytecount section)
+ "\n")
+ out)
+ (for-each (lambda (line) (write-string line out) (newline out))
+ (section.lines section)))
+
+ (define (write-sections sections out)
+ (for-each (lambda (section) (write-section section out))
+ (sort sections
+ (lambda (a b)
+ (string<? (section.filename a)
+ (section.filename b))))))
+
+ (define (read-section in)
+ (let loop ((lines '()))
+ (let ((line (read-line in)))
+ (if (or (eof-object? line)
+ (string=? line "\f"))
+ (reverse! lines)
+ (loop (cons line lines))))))
+
+ (define (rewriter in out)
+ (let ((line (read-line in)))
+ (cond ((eof-object? line)
+ (error "TAGS file is empty"))
+ ((not (string=? line "\f"))
+ (error "TAGS file does not start with a formfeed:" line))))
+ (let loop ((scms '()) (chs '()) (cdecls '()) (rest '()))
+ (let ((line (read-line in)))
+ (if (eof-object? line)
+ (begin
+ (write-sections scms out)
+ (write-sections chs out)
+ (write-sections rest out)
+ (write-sections cdecls out))
+ (let ((match (regsexp-match-string headline-pattern line)))
+ (if (not match)
+ (error "TAGS file contains a bogus headline:" line))
+ (let ((filename (cdr (assq 'filename (cddr match))))
+ (section (make-section (cdr (assq 'filename (cddr match)))
+ (cdr (assq 'bytecount (cddr match)))
+ (read-section in))))
+ (cond ((or (string-suffix? "-shim.c" filename)
+ (string-suffix? "-const.c" filename))
+ (loop scms chs cdecls rest))
+ ((string-suffix? ".scm" filename)
+ (loop (cons section scms) chs cdecls rest))
+ ((or (string-suffix? ".c" filename)
+ (string-suffix? ".h" filename))
+ (loop scms (cons section chs) cdecls rest))
+ ((string-suffix? ".cdecl" filename)
+ (loop scms chs (cons section cdecls) rest))
+ (else
+ (loop scms chs cdecls (cons section rest))))))))))
+
+ (parameterize ((param:suppress-loading-message? #t))
+ (load-option 'ffi))
+ ((access rewrite-file (->environment '(ffi build)))
+ (merge-pathnames "TAGS")
+ rewriter))
EOF
tags: tags-am $(sources) $(cdecls)
$(ETAGS) -a $(sources) -r '/^([^iI].*/' $(cdecls)
- ./tags-fix.sh glib
+ ./tags-fix.sh
EXTRA_DIST += $(sources) $(cdecls) compile.sh glib.pkg
EXTRA_DIST += glib-tests.scm glib-check-copy.sh glib-check-list.sh
#!/bin/sh
# -*-Scheme-*-
#
-# Chop the generated $1-shim.c and $1-const.c files out of TAGS.
+# Changes to TAGS:
+# + Punt any generated *-shim.c and *-const.c files.
+# + Re-order the files: .scm first, .[hc] next, whatnot, and .cdecls last.
set -e
: ${MIT_SCHEME_EXE=mit-scheme}
-${MIT_SCHEME_EXE} --batch-mode -- "${@}" <<\EOF
-(let ((name (car (command-line-arguments))))
- (let ((shim.c-prefix (string-append name "-shim.c,"))
- (const.c-prefix (string-append name "-const.c,")))
-
- (define (rewriter in out)
- (let loop ((skipping? #f))
- (let ((line (read-line in)))
- (cond ((eof-object? line)
- unspecific)
- ((string=? line "\f")
- (let ((next (read-line in)))
- (cond ((eof-object? next) (error "Bogus TAGS format:" next))
- ((or (string-prefix? shim.c-prefix next)
- (string-prefix? const.c-prefix next))
- (loop #t))
- (else
- (write-string line out)
- (newline out)
- (write-string next out)
- (newline out)
- (loop #f)))))
- (skipping?
- (loop skipping?))
- (else
- (write-string line out)
- (newline out)
- (loop skipping?))))))
-
- (parameterize ((param:suppress-loading-message? #t))
- (load-option 'FFI))
- ((access rewrite-file (->environment '(ffi build)))
- (merge-pathnames "TAGS")
- rewriter)))
+${MIT_SCHEME_EXE} --batch-mode -- ${1+"$@"} <<\EOF
+(let ()
+
+ (define-integrable (make-section filename bytecount lines)
+ (cons (cons filename bytecount) lines))
+ (define-integrable section.filename caar)
+ (define-integrable section.bytecount cdar)
+ (define-integrable section.lines cdr)
+
+ (define headline-pattern
+ (compile-regsexp '(seq (line-start)
+ (group filename (+ (char-not-in #\,)))
+ #\,
+ (group bytecount (+ (char-in numeric)))
+ (line-end))))
+
+ (define (write-section section out)
+ (write-string "\f\n" out)
+ (write-string (string (section.filename section)
+ #\, (section.bytecount section)
+ "\n")
+ out)
+ (for-each (lambda (line) (write-string line out) (newline out))
+ (section.lines section)))
+
+ (define (write-sections sections out)
+ (for-each (lambda (section) (write-section section out))
+ (sort sections
+ (lambda (a b)
+ (string<? (section.filename a)
+ (section.filename b))))))
+
+ (define (read-section in)
+ (let loop ((lines '()))
+ (let ((line (read-line in)))
+ (if (or (eof-object? line)
+ (string=? line "\f"))
+ (reverse! lines)
+ (loop (cons line lines))))))
+
+ (define (rewriter in out)
+ (let ((line (read-line in)))
+ (cond ((eof-object? line)
+ (error "TAGS file is empty"))
+ ((not (string=? line "\f"))
+ (error "TAGS file does not start with a formfeed:" line))))
+ (let loop ((scms '()) (chs '()) (cdecls '()) (rest '()))
+ (let ((line (read-line in)))
+ (if (eof-object? line)
+ (begin
+ (write-sections scms out)
+ (write-sections chs out)
+ (write-sections rest out)
+ (write-sections cdecls out))
+ (let ((match (regsexp-match-string headline-pattern line)))
+ (if (not match)
+ (error "TAGS file contains a bogus headline:" line))
+ (let ((filename (cdr (assq 'filename (cddr match))))
+ (section (make-section (cdr (assq 'filename (cddr match)))
+ (cdr (assq 'bytecount (cddr match)))
+ (read-section in))))
+ (cond ((or (string-suffix? "-shim.c" filename)
+ (string-suffix? "-const.c" filename))
+ (loop scms chs cdecls rest))
+ ((string-suffix? ".scm" filename)
+ (loop (cons section scms) chs cdecls rest))
+ ((or (string-suffix? ".c" filename)
+ (string-suffix? ".h" filename))
+ (loop scms (cons section chs) cdecls rest))
+ ((string-suffix? ".cdecl" filename)
+ (loop scms chs (cons section cdecls) rest))
+ (else
+ (loop scms chs cdecls (cons section rest))))))))))
+
+ (parameterize ((param:suppress-loading-message? #t))
+ (load-option 'ffi))
+ ((access rewrite-file (->environment '(ffi build)))
+ (merge-pathnames "TAGS")
+ rewriter))
EOF
tags: tags-am $(sources) $(cdecls)
$(ETAGS) -a $(sources) -r '/^([^iI].*/' $(cdecls)
- ./tags-fix.sh gtk
+ ./tags-fix.sh
EXTRA_DIST += $(sources) $(cdecls) compile.sh gtk.pkg
EXTRA_DIST += gtk-tests.scm gtk-check.sh
#!/bin/sh
# -*-Scheme-*-
#
-# Chop the generated $1-shim.c and $1-const.c files out of TAGS.
+# Changes to TAGS:
+# + Punt any generated *-shim.c and *-const.c files.
+# + Re-order the files: .scm first, .[hc] next, whatnot, and .cdecls last.
set -e
: ${MIT_SCHEME_EXE=mit-scheme}
-${MIT_SCHEME_EXE} --batch-mode -- "${@}" <<\EOF
-(let ((name (car (command-line-arguments))))
- (let ((shim.c-prefix (string-append name "-shim.c,"))
- (const.c-prefix (string-append name "-const.c,")))
-
- (define (rewriter in out)
- (let loop ((skipping? #f))
- (let ((line (read-line in)))
- (cond ((eof-object? line)
- unspecific)
- ((string=? line "\f")
- (let ((next (read-line in)))
- (cond ((eof-object? next) (error "Bogus TAGS format:" next))
- ((or (string-prefix? shim.c-prefix next)
- (string-prefix? const.c-prefix next))
- (loop #t))
- (else
- (write-string line out)
- (newline out)
- (write-string next out)
- (newline out)
- (loop #f)))))
- (skipping?
- (loop skipping?))
- (else
- (write-string line out)
- (newline out)
- (loop skipping?))))))
-
- (parameterize ((param:suppress-loading-message? #t))
- (load-option 'ffi))
- ((access rewrite-file (->environment '(ffi build)))
- (merge-pathnames "TAGS")
- rewriter)))
+${MIT_SCHEME_EXE} --batch-mode -- ${1+"$@"} <<\EOF
+(let ()
+
+ (define-integrable (make-section filename bytecount lines)
+ (cons (cons filename bytecount) lines))
+ (define-integrable section.filename caar)
+ (define-integrable section.bytecount cdar)
+ (define-integrable section.lines cdr)
+
+ (define headline-pattern
+ (compile-regsexp '(seq (line-start)
+ (group filename (+ (char-not-in #\,)))
+ #\,
+ (group bytecount (+ (char-in numeric)))
+ (line-end))))
+
+ (define (write-section section out)
+ (write-string "\f\n" out)
+ (write-string (string (section.filename section)
+ #\, (section.bytecount section)
+ "\n")
+ out)
+ (for-each (lambda (line) (write-string line out) (newline out))
+ (section.lines section)))
+
+ (define (write-sections sections out)
+ (for-each (lambda (section) (write-section section out))
+ (sort sections
+ (lambda (a b)
+ (string<? (section.filename a)
+ (section.filename b))))))
+
+ (define (read-section in)
+ (let loop ((lines '()))
+ (let ((line (read-line in)))
+ (if (or (eof-object? line)
+ (string=? line "\f"))
+ (reverse! lines)
+ (loop (cons line lines))))))
+
+ (define (rewriter in out)
+ (let ((line (read-line in)))
+ (cond ((eof-object? line)
+ (error "TAGS file is empty"))
+ ((not (string=? line "\f"))
+ (error "TAGS file does not start with a formfeed:" line))))
+ (let loop ((scms '()) (chs '()) (cdecls '()) (rest '()))
+ (let ((line (read-line in)))
+ (if (eof-object? line)
+ (begin
+ (write-sections scms out)
+ (write-sections chs out)
+ (write-sections rest out)
+ (write-sections cdecls out))
+ (let ((match (regsexp-match-string headline-pattern line)))
+ (if (not match)
+ (error "TAGS file contains a bogus headline:" line))
+ (let ((filename (cdr (assq 'filename (cddr match))))
+ (section (make-section (cdr (assq 'filename (cddr match)))
+ (cdr (assq 'bytecount (cddr match)))
+ (read-section in))))
+ (cond ((or (string-suffix? "-shim.c" filename)
+ (string-suffix? "-const.c" filename))
+ (loop scms chs cdecls rest))
+ ((string-suffix? ".scm" filename)
+ (loop (cons section scms) chs cdecls rest))
+ ((or (string-suffix? ".c" filename)
+ (string-suffix? ".h" filename))
+ (loop scms (cons section chs) cdecls rest))
+ ((string-suffix? ".cdecl" filename)
+ (loop scms chs (cons section cdecls) rest))
+ (else
+ (loop scms chs cdecls (cons section rest))))))))))
+
+ (parameterize ((param:suppress-loading-message? #t))
+ (load-option 'ffi))
+ ((access rewrite-file (->environment '(ffi build)))
+ (merge-pathnames "TAGS")
+ rewriter))
EOF
# Changes to TAGS:
# + Punt any generated *-shim.c and *-const.c files.
# + Re-order the files: .scm first, .[hc] next, whatnot, and .cdecls last.
-# Someday:
-# + Index the .cdecls?
set -e
: ${MIT_SCHEME_EXE=mit-scheme}
(load-option 'ffi))
((access rewrite-file (->environment '(ffi build)))
(merge-pathnames "TAGS")
- rewriter)))
+ rewriter))
EOF
tags: tags-am $(sources) $(cdecls)
$(ETAGS) -a $(sources) -r '/^([^iI].*/' $(cdecls)
- ./tags-fix.sh pango
+ ./tags-fix.sh
EXTRA_DIST += $(sources) $(cdecls) compile.sh pango.pkg
EXTRA_DIST += pango-check.sh
#!/bin/sh
# -*-Scheme-*-
#
-# Chop the generated $1-shim.c and $1-const.c files out of TAGS.
+# Changes to TAGS:
+# + Punt any generated *-shim.c and *-const.c files.
+# + Re-order the files: .scm first, .[hc] next, whatnot, and .cdecls last.
set -e
: ${MIT_SCHEME_EXE=mit-scheme}
-${MIT_SCHEME_EXE} --batch-mode -- "${@}" <<\EOF
-(let ((name (car (command-line-arguments))))
- (let ((shim.c-prefix (string-append name "-shim.c,"))
- (const.c-prefix (string-append name "-const.c,")))
-
- (define (rewriter in out)
- (let loop ((skipping? #f))
- (let ((line (read-line in)))
- (cond ((eof-object? line)
- unspecific)
- ((string=? line "\f")
- (let ((next (read-line in)))
- (cond ((eof-object? next) (error "Bogus TAGS format:" next))
- ((or (string-prefix? shim.c-prefix next)
- (string-prefix? const.c-prefix next))
- (loop #t))
- (else
- (write-string line out)
- (newline out)
- (write-string next out)
- (newline out)
- (loop #f)))))
- (skipping?
- (loop skipping?))
- (else
- (write-string line out)
- (newline out)
- (loop skipping?))))))
-
- (parameterize ((param:suppress-loading-message? #t))
- (load-option 'ffi))
- ((access rewrite-file (->environment '(ffi build)))
- (merge-pathnames "TAGS")
- rewriter)))
+${MIT_SCHEME_EXE} --batch-mode -- ${1+"$@"} <<\EOF
+(let ()
+
+ (define-integrable (make-section filename bytecount lines)
+ (cons (cons filename bytecount) lines))
+ (define-integrable section.filename caar)
+ (define-integrable section.bytecount cdar)
+ (define-integrable section.lines cdr)
+
+ (define headline-pattern
+ (compile-regsexp '(seq (line-start)
+ (group filename (+ (char-not-in #\,)))
+ #\,
+ (group bytecount (+ (char-in numeric)))
+ (line-end))))
+
+ (define (write-section section out)
+ (write-string "\f\n" out)
+ (write-string (string (section.filename section)
+ #\, (section.bytecount section)
+ "\n")
+ out)
+ (for-each (lambda (line) (write-string line out) (newline out))
+ (section.lines section)))
+
+ (define (write-sections sections out)
+ (for-each (lambda (section) (write-section section out))
+ (sort sections
+ (lambda (a b)
+ (string<? (section.filename a)
+ (section.filename b))))))
+
+ (define (read-section in)
+ (let loop ((lines '()))
+ (let ((line (read-line in)))
+ (if (or (eof-object? line)
+ (string=? line "\f"))
+ (reverse! lines)
+ (loop (cons line lines))))))
+
+ (define (rewriter in out)
+ (let ((line (read-line in)))
+ (cond ((eof-object? line)
+ (error "TAGS file is empty"))
+ ((not (string=? line "\f"))
+ (error "TAGS file does not start with a formfeed:" line))))
+ (let loop ((scms '()) (chs '()) (cdecls '()) (rest '()))
+ (let ((line (read-line in)))
+ (if (eof-object? line)
+ (begin
+ (write-sections scms out)
+ (write-sections chs out)
+ (write-sections rest out)
+ (write-sections cdecls out))
+ (let ((match (regsexp-match-string headline-pattern line)))
+ (if (not match)
+ (error "TAGS file contains a bogus headline:" line))
+ (let ((filename (cdr (assq 'filename (cddr match))))
+ (section (make-section (cdr (assq 'filename (cddr match)))
+ (cdr (assq 'bytecount (cddr match)))
+ (read-section in))))
+ (cond ((or (string-suffix? "-shim.c" filename)
+ (string-suffix? "-const.c" filename))
+ (loop scms chs cdecls rest))
+ ((string-suffix? ".scm" filename)
+ (loop (cons section scms) chs cdecls rest))
+ ((or (string-suffix? ".c" filename)
+ (string-suffix? ".h" filename))
+ (loop scms (cons section chs) cdecls rest))
+ ((string-suffix? ".cdecl" filename)
+ (loop scms chs (cons section cdecls) rest))
+ (else
+ (loop scms chs cdecls (cons section rest))))))))))
+
+ (parameterize ((param:suppress-loading-message? #t))
+ (load-option 'ffi))
+ ((access rewrite-file (->environment '(ffi build)))
+ (merge-pathnames "TAGS")
+ rewriter))
EOF
# Changes to TAGS:
# + Punt any generated *-shim.c and *-const.c files.
# + Re-order the files: .scm first, .[hc] next, whatnot, and .cdecls last.
-# Someday:
-# + Index the .cdecls?
set -e
: ${MIT_SCHEME_EXE=mit-scheme}
(load-option 'ffi))
((access rewrite-file (->environment '(ffi build)))
(merge-pathnames "TAGS")
- rewriter)))
+ rewriter))
EOF
# Changes to TAGS:
# + Punt any generated *-shim.c and *-const.c files.
# + Re-order the files: .scm first, .[hc] next, whatnot, and .cdecls last.
-# Someday:
-# + Index the .cdecls?
set -e
: ${MIT_SCHEME_EXE=mit-scheme}
(load-option 'ffi))
((access rewrite-file (->environment '(ffi build)))
(merge-pathnames "TAGS")
- rewriter)))
+ rewriter))
EOF
projects / mit-scheme.git / commitdiff