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|
#! /bin/sh
:;exec ./scmlit -no-init-file -f $0 -e"(bi)" build $*
(require 'getopt)
(require 'getopt-parameters)
(require-if 'compiling 'posix)
(require-if 'compiling 'fluid-let)
(require-if 'compiling 'read-command)
(require-if 'compiling 'common-list-functions)
(load (in-vicinity (program-vicinity) "build.scm"))
;@
(define (make-features-txi)
(call-with-output-file "features.txi"
(lambda (port)
(((open-table build 'features) 'for-each-row-in-order)
(lambda (row)
(apply (lambda (name spec documentation)
(display "@item " port) (display name port) (newline port)
(display "@cindex " port) (display name port) (newline port)
(display documentation port) (newline port) (newline port))
row))))))
;@
(define (print-manifest port)
(display "@multitable @columnfractions .22 .78" port) (newline port)
(((open-table build 'manifest) 'for-each-row-in-order)
(lambda (row)
(apply (lambda (file format category documentation)
(display (string-append "@item @code{" file) port)
(display "}" port) (newline port)
(display (string-append "@tab " documentation) port)
(newline port))
row)))
(display "@end multitable" port) (newline port))
(define (append-info-node path node afile)
(let ((cat (open-file afile "a")))
(do ((n (+ -1 2) (+ -1 n)))
((negative? n) (close-port cat))
(newline cat)))
(system (string-append "info -f " path " -n '" node "' -o - >> " afile)))
;@
(define (make-readme)
(require 'posix)
(let ((pipe (open-output-pipe "makeinfo --no-headers -o README"))
(scm-info (read-version
(in-vicinity (implementation-vicinity) "patchlvl.h"))))
(if (not pipe) (slib:error 'make-readme 'couldn't 'open 'pipe))
(display "\
This directory contains the distribution of scm" pipe)
(display scm-info pipe)
(display ". Scm conforms to
Revised^5 Report on the Algorithmic Language Scheme and the IEEE P1178
specification. SCM runs under Amiga, Atari-ST, MacOS, MS-DOS, OS/2,
NOS/VE, Unicos, VMS, Unix and similar systems.
@center @url{http://swissnet.ai.mit.edu/~jaffer/SCM}
@section Manifest
"
pipe)
(print-manifest pipe)
(close-port pipe)
(set! scm-info (string-append "scm" scm-info ".info"))
(append-info-node scm-info "SLIB" "README")
(append-info-node scm-info "Making SCM" "README")
(append-info-node scm-info "Editing Scheme Code" "README")
(append-info-node scm-info "Problems Compiling" "README")
(append-info-node scm-info "Problems Linking" "README")
(append-info-node scm-info "Problems Running" "README")
(append-info-node scm-info "Testing" "README")))
(define build:csv (make-command-server build '*commands*))
(define (build-from-argv)
(define command (string->symbol (list-ref *argv* *optind*)))
(define getopt- getopt--)
(require 'fluid-let)
(fluid-let ((getopt--
(lambda (optstring)
(let* ((opt (getopt- (string-append optstring "f:-:"))))
(cond ((eqv? #\f opt)
(let ()
(require 'read-command)
(require 'common-list-functions)
(set! *argv* (append (butnthcdr *optind* *argv*)
(read-options-file *optarg*)
(nthcdr *optind* *argv*))))))
opt))))
(cond
((pair? *argv*)
(set! *optind* (+ 1 *optind*))
(build:csv
command
(lambda (comname comval options positions arities types
defaulters checks aliases)
(let* ((params (getopt->parameter-list options arities types aliases))
(fparams (and params (fill-empty-parameters defaulters params))))
(cond ((not (list? params))
;;(slib:warn 'build-from-argv 'not-parameters? fparams)
#f)
((not (check-parameters checks fparams))
(slib:warn 'build-from-argv 'check-parameters 'failed)
#f)
((not (check-arities (map arity->arity-spec arities) fparams))
(slib:error 'build-from-argv 'bad 'arity fparams) #f)
(else (comval fparams))))))))))
;@
(define (build-from-whole-argv argv)
(if (string? argv)
(let ()
(require 'read-command)
(set! argv (call-with-input-string argv read-command))))
(set! *optind* 0)
(set! *optarg* #f)
(set! *argv* argv)
(build-from-argv))
;;;@ Used when invoked as script
(define (bi) (exit (and (build-from-argv) #t)))
;@
(define b build-from-whole-argv)
;@
(define (b*)
(require 'read-command)
(do ((e (read-command) (read-command)))
((eof-object? e))
(cond ((null? e))
(else
(cond ((not (string-ci=? (car e) "build"))
(set! e (cons "build" e))))
(write (build-from-whole-argv e))
(newline)))
(display "build> ")
(force-output)))
(cond (*interactive*
(display "type (b \"build <command-line>\") to build") (newline)
(display "type (b*) to enter build command loop") (newline)))
;;; Local Variables:
;;; mode:scheme
;;; End:
|
