racket/workarea
dyb b2cecd2c0f 9.5.2 changes:
- updated version to 9.5.2
    bintar/Makefile rpm/Makefile pkg/Makefile BUILDING NOTICE
    makefiles/Mf-install.in makefiles/Makefile-csug.in scheme.1.in
    c/Makefile.a6nt c/Makefile.i3nt c/Makefile.ta6nt c/Makefile.ti3nt
    mats/Mf-a6nt mats/Mf-i3nt mats/Mf-ta6nt mats/Mf-ti3nt workarea
    c/scheme.rc s/7.ss s/cmacros.ss release_notes/release_notes.stex
    csug/copyright.stex csug/csug.stex rpm/Makefile pkg/Makefile
    wininstall/Makefile wininstall/a6nt.wxs wininstall/i3nt.wxs
    wininstall/ta6nt.wxs wininstall/ti3nt.wxs
- fixed handling of bintar, rpm, pkg make files
    newrelease
- fixed a bug in the fasl representation and reading of mutually
  recursive ftypes where one of the members of the cycle is the
  parent of another, which manifested in the fasl reader raising
  bogus "incompatible record type" exceptions.  (The bug could also
  affect other record-type descriptors with cycles involving parent
  rtds and "extra" fields.)  object files created before this fix
  are incompatible with builds with this fix, and objects files
  created after this fix are incompatible builds without this fix.
    fasl.ss, strip.ss,
    fasl.c,
    ftype.ms,
    release_notes.stex

original commit: 766d591c18c2779866d1a059700e6ff1c02cb3c5
2019-03-21 14:30:49 -07:00

264 lines
6.9 KiB
Bash
Executable File

#! /bin/sh
# workarea
# Copyright 1984-2017 Cisco Systems, Inc.
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
if [ $# != 1 -a $# != 2 ]
then
echo "Usage: workarea <machine-type> { <workarea name> }"
exit 1
fi
# set M to machine type and W to workarea name
M=$1
if [ "$2" = "" ]
then
W=$M
else
W=$2
fi
case "$M" in
a6fb) ;;
a6le) ;;
a6nb) ;;
a6nt) ;;
a6ob) ;;
a6osx) ;;
a6s2) ;;
arm32le) ;;
i3fb) ;;
i3le) ;;
i3nb) ;;
i3nt) ;;
i3ob) ;;
i3osx) ;;
i3qnx) ;;
i3s2) ;;
ppc32le) ;;
ta6fb) ;;
ta6le) ;;
ta6nb) ;;
ta6nt) ;;
ta6ob) ;;
ta6osx) ;;
ta6s2) ;;
tarm32le) ;;
ti3fb) ;;
ti3le) ;;
ti3nb) ;;
ti3nt) ;;
ti3ob) ;;
ti3osx) ;;
ti3qnx) ;;
ti3s2) ;;
tppc32le) ;;
*) echo "Unrecognized machine name $M"; exit 1 ;;
esac
if [ "$OS" = "Windows_NT" ]
then
ln="/bin/cp -R"
else
ln="/bin/ln -s"
fi
# This shell script creates a workarea for local modifications to the
# Chez Scheme source code. Invoke with the name of a machine type:
# i3le, i3nt, ti3osx, etc., plus an optional workarea name. The script
# creates a subdirectory in the current working (release) directory.
# If the workarea name argument is not given, this subdirectory is
# named by the machine type. The workarea contains subdirectories
# that correspond to various subdirectories of the release directory.
# Initially, all of the files in the workarea are links back into the
# source directories. Furthermore, many of the files are simply make
# files that are used to rebuild the system, and in most cases, the
# make files themselves create links for the source files as needed.
# To make local modifications, convert the links into local copies.
# workln source dest
# creates link if dest does not exist and source does
workln()
{
if [ ! -e $2 -a -e $1 ] ; then
$ln $1 $2 2> /dev/null
fi
}
# forceworkln source dest
# attempts to create link even if source does not exist
forceworkln()
{
if [ ! -e $2 ] ; then
/bin/ln -s $1 $2 2> /dev/null
fi
}
forceworkln2()
{
if [ ! -e $2 ] ; then
$ln $1 $2 2> /dev/null
fi
}
# workdir directory-name
workdir()
{
if [ ! -e $1 ] ; then
mkdir $1
fi
}
workdir $W
workdir $W/c
(cd $W/c; workln ../../c/Mf-$M Mf-$M)
(cd $W/c; forceworkln Mf-$M Makefile)
(cd $W/c; workln ../../c/Mf-base Mf-base)
if [ ! -e $W/c/config.h ] ; then
touch $W/c/config.h
fi
if [ ! -e $W/c/Mf-config ] ; then
touch $W/c/Mf-config
fi
case $M in
*nt)
(cd $W/c; workln ../../c/vs.bat vs.bat)
;;
esac
workdir $W/s
(cd $W/s; workln ../../s/Mf-$M Mf-$M)
(cd $W/s; forceworkln Mf-$M Makefile)
(cd $W/s; workln ../../s/Mf-base Mf-base)
(cd $W/s; workln ../../s/Mf-cross Mf-cross)
(cd $W/s; workln ../../s/$M.def $M.def)
(cd $W/s; forceworkln2 $M.def machine.def)
workdir $W/mats
(cd $W/mats; workln ../../mats/Mf-$M Mf-$M)
(cd $W/mats; forceworkln Mf-$M Makefile)
(cd $W/mats; workln ../../mats/Mf-base Mf-base)
(cd $W/mats; workln ../../mats/Mf-exobj Mf-exobj)
case $M in
*nt)
(cd $W/mats; workln ../../mats/vs.bat vs.bat)
;;
esac
for dir in `echo examples unicode` ; do
workdir $W/$dir
for file in `(cd $dir ; echo *)` ; do
(cd $W/$dir ; workln ../../$dir/$file $file)
done
done
# deep copy submodules where builds occur so changes don't propagate through symlinks
for dir in `echo zlib` ; do
if [ ! -e $W/$dir ] ; then
/bin/cp -R $dir $W/$dir
fi
done
workdir $W/boot
workdir $W/boot/$M
(cd $W/boot/$M; workln ../../../boot/$M/scheme.h scheme.h)
(cd $W/boot/$M; workln ../../../boot/$M/equates.h equates.h)
(cd $W/boot/$M; workln ../../../boot/$M/petite.boot petite.boot)
(cd $W/boot/$M; workln ../../../boot/$M/scheme.boot scheme.boot)
(cd $W/boot/$M; workln ../../../boot/$M/def.so def.so)
(cd $W/boot/$M; workln ../../../boot/$M/edit.so edit.so)
(cd $W/boot/$M; workln ../../../boot/$M/fact.so fact.so)
(cd $W/boot/$M; workln ../../../boot/$M/fatfib.so fatfib.so)
(cd $W/boot/$M; workln ../../../boot/$M/fib.so fib.so)
(cd $W/boot/$M; workln ../../../boot/$M/freq.so freq.so)
(cd $W/boot/$M; workln ../../../boot/$M/m4.so m4.so)
(cd $W/boot/$M; workln ../../../boot/$M/macro.so macro.so)
(cd $W/boot/$M; workln ../../../boot/$M/matrix.so matrix.so)
(cd $W/boot/$M; workln ../../../boot/$M/object.so object.so)
(cd $W/boot/$M; workln ../../../boot/$M/power.so power.so)
(cd $W/boot/$M; workln ../../../boot/$M/rabbit.so rabbit.so)
(cd $W/boot/$M; workln ../../../boot/$M/rsa.so rsa.so)
(cd $W/boot/$M; workln ../../../boot/$M/scons.so scons.so)
(cd $W/boot/$M; workln ../../../boot/$M/setof.so setof.so)
(cd $W/boot/$M; workln ../../../boot/$M/unify.so unify.so)
(cd $W/boot/$M; workln ../../../boot/$M/fft.so fft.so)
(cd $W/boot/$M; workln ../../../boot/$M/compat.so compat.so)
case $M in
*nt)
(cd $W/boot/$M; workln ../../../boot/$M/mainmd.obj mainmd.obj)
(cd $W/boot/$M; workln ../../../boot/$M/mainmt.obj mainmt.obj)
(cd $W/boot/$M; workln ../../../boot/$M/csv952md.lib csv952md.lib)
(cd $W/boot/$M; workln ../../../boot/$M/csv952mt.lib csv952mt.lib)
(cd $W/boot/$M; workln ../../../boot/$M/scheme.res scheme.res)
;;
*)
(cd $W/boot/$M; workln ../../../boot/$M/main.o main.o)
(cd $W/boot/$M; workln ../../../boot/$M/kernel.o kernel.o)
;;
esac
workdir $W/bin
workdir $W/bin/$M
case $M in
*nt)
(cd $W/bin/$M; workln ../../../bin/$M/scheme.exe scheme.exe)
(cd $W/bin/$M; forceworkln2 scheme.exe petite.exe)
(cd $W/bin/$M; workln ../../../bin/$M/csv952.dll csv952.dll)
(cd $W/bin/$M; workln ../../../bin/$M/csv952.lib csv952.lib)
;;
*)
(cd $W/bin/$M; workln ../../../bin/$M/scheme scheme)
(cd $W/bin/$M; forceworkln scheme petite)
;;
esac
# crutch links for fingers that remember old release structure
case $M in
*nt)
(cd $W/bin; forceworkln $M/scheme.exe scheme)
(cd $W/bin; forceworkln $M/petite.exe petite)
;;
*)
(cd $W/bin; forceworkln $M/scheme scheme)
(cd $W/bin; forceworkln $M/petite petite)
;;
esac
workdir $W/bintar
(cd $W/bintar; workln ../../bintar/Makefile Makefile)
workdir $W/rpm
(cd $W/rpm; workln ../../rpm/Makefile Makefile)
workdir $W/pkg
(cd $W/pkg; workln ../../pkg/Makefile Makefile)
(cd $W/pkg; workln ../../pkg/rmpkg rmpkg)
(cd $W; workln ../LOG LOG)
(cd $W; forceworkln2 ../nanopass nanopass)
(cd $W; workln ../makefiles/installsh installsh)
(cd $W; workln ../scheme.1.in scheme.1.in)
case $M in
*nt)
(cd $W/c; make source > /dev/null 2>&1)
(cd $W/s; make source > /dev/null 2>&1)
(cd $W/mats; make source > /dev/null 2>&1)
;;
esac
exit 0