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#!/bin/sh
#=============================================================================
#
# Program: CMake - Cross-Platform Makefile Generator
# Module: $RCSfile$
# Language: C++
# Date: $Date$
# Version: $Revision$
#
# Copyright (c) 2002 Kitware, Inc., Insight Consortium. All rights reserved.
# See Copyright.txt or http://www.cmake.org/HTML/Copyright.html for details.
#
# This software is distributed WITHOUT ANY WARRANTY; without even
# the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR
# PURPOSE. See the above copyright notices for more information.
#
#=============================================================================
#
# CMake UNIX Release Script.
#
# Run with no arguments for documentation.
#
# Release version number.
TAG="CMake-@CMake_VERSION_MAJOR@-@CMake_VERSION_MINOR@-@CMake_VERSION_PATCH@"
VERSION="@CMake_VERSION_MAJOR@.@CMake_VERSION_MINOR@.@CMake_VERSION_PATCH@"
CMAKE_VERSION="@CMake_VERSION_MAJOR@.@CMake_VERSION_MINOR@"
RELEASE="1"
PREVIOUS_VERSION="2.0.6"
PREVIOUS_RELEASE="1"
# CVSROOT setting used to check out CMake.
CVSROOT=":pserver:anonymous@www.cmake.org:/cvsroot/CMake"
CVSROOT_GREP=":pserver:anonymous@www.cmake.org:[0-9]*/cvsroot/CMake"
# CMake release root directory.
RELEASE_ROOT_NAME="CMakeReleaseRoot"
RELEASE_ROOT="${HOME}/${RELEASE_ROOT_NAME}"
INSTALL_DIR="Install"
# Installation prefix used during tarball creation. Tarballs are
# relative to the installation prefix and do not include this in their
# paths.
PREFIX="/usr/local"
# Directory relative to PREFIX where documentation should be placed.
DOC_DIR="/doc/cmake"
# No default compiler. The config file must provide it.
CC=""
CXX=""
CFLAGS=""
CXXFLAGS=""
# Provide a default make and build flags.
MAKE="make"
BUILD_FLAGS=""
BOOTSTRAP_FLAGS=""
# Details of remote invocation.
[ -z "$REMOTE" ] && SELF="$0"
#-----------------------------------------------------------------------------
usage()
{
cat <<EOF
CMake Release Script Usage:
$0 [command]
Typical usage:
Cleanup remote host release directory:
$0 remote <host> clean
Create binary release tarball:
$0 remote_binary <host>
Create source release tarball:
$0 remote_source <host>
Upload tarballs:
$0 upload
Create and upload cygwin package:
$0 cygwin_package
$0 cygwin_upload
Available commands:
EOF
cat "$0" | awk '
/^#--*$/ { doc=1; text="" }
/(^#$|^#[^-].*$)/ {
if(doc)
{
if(text != "") { text = sprintf("%s %s\n", text, $0) }
else { text = sprintf(" %s\n", $0) }
}
}
/^[A-Za-z0-9_]*\(\)$/ {
doc=0;
if(text != "") { printf("%s:\n%s\n", $0, text) }
}
'
}
#-----------------------------------------------------------------------------
error_log()
{
echo "An error has been logged to $1:" &&
cat "$1" &&
return 1
}
#-----------------------------------------------------------------------------
check_host()
{
HOST="$1"
if [ -z "$HOST" ]; then
echo "Must specify host."
return 1
fi
}
#-----------------------------------------------------------------------------
# Run a command on the specified remote host.
#
# remote <host> [command]
#
# Only one level of remote invocation is allowed. The <host>
# specification must be a valid ssh destination with public
# key authentication and no password.
remote()
{
if [ ! -z "$REMOTE" ]; then
echo "Cannot do recursive remote calls."
return 1
fi
check_host "$1" || return 1
shift
RTASK="'$1'"; shift; for i in "$@"; do RTASK="${RTASK} '$i'"; done
RESULT=0
echo "------- Running remote task on $HOST. -------" &&
(echo "REMOTE=\"1\"" &&
(echo TASK=\"`(eval echo '${RTASK}') | (sed 's/"/\\\\"/g')`\") &&
cat $SELF) | ssh -e none "$HOST" /bin/sh || RESULT=1
echo "-------- Remote task on $HOST done. --------" &&
return $RESULT
}
#-----------------------------------------------------------------------------
# Copy tarballs from the specified host.
#
# remote_copy <host> [EXPR]
#
# The <host> specification must be a valid ssh destination
# with public key authentication and no password. Only
# files matching the given expression are copied. If
# no expression is given, "*" is used.
remote_copy()
{
check_host "$1" || return 1
EXPR="$2"
[ ! -z "$EXPR" ] || EXPR="*"
echo "------- Copying tarballs from $HOST. -------" &&
scp "$HOST:${RELEASE_ROOT_NAME}/Tarballs/${EXPR}" . &&
echo "---- Done copying tarballs from $HOST. -----"
}
#-----------------------------------------------------------------------------
remote_copy_source()
{
check_host "$1" || return 1
remote_copy "$HOST" "cmake-${VERSION}.tar*"
}
#-----------------------------------------------------------------------------
remote_copy_binary()
{
check_host "$1" || return 1
remote_copy "$HOST" "cmake-${VERSION}-*"
}
#-----------------------------------------------------------------------------
# Create source tarballs on the specified host and copy them locally.
#
# remote_source <host>
#
# The <host> specification must be a valid ssh destination
# with public key authentication and no password.
remote_source()
{
check_host "$1" || return 1
remote "$HOST" source_tarball &&
remote_copy_source "$HOST"
}
#-----------------------------------------------------------------------------
# Create binary tarballs on the specified host and copy them locally.
#
# remote_binary <host>
#
# The <host> specification must be a valid ssh destination
# with public key authentication and no password.
remote_binary()
{
check_host "$1" || return 1
remote "$HOST" binary_tarball &&
remote_copy_binary "$HOST"
}
#-----------------------------------------------------------------------------
# Upload any tarballs in the current directory to the CMake FTP site.
#
# upload
#
# The user must be able to ssh to kitware@www.cmake.org with public
# key authentication and no password.
upload()
{
echo "------- Copying tarballs to www.cmake.org. -------"
scp cmake-${VERSION}*tar.* kitware@www.cmake.org:/projects/FTP/pub/cmake/v${CMAKE_VERSION}
echo "---- Done copying tarballs to www.cmake.org. -----"
}
#-----------------------------------------------------------------------------
setup()
{
[ -z "${DONE_setup}" ] || return 0 ; DONE_setup="yes"
mkdir -p ${RELEASE_ROOT}/Logs &&
echo "Entering ${RELEASE_ROOT}" &&
cd ${RELEASE_ROOT}
}
#-----------------------------------------------------------------------------
# Remove the release root directory.
#
# clean
#
clean()
{
cd "${HOME}" &&
echo "Cleaning up ${RELEASE_ROOT}" &&
rm -rf ${RELEASE_ROOT_NAME}/*
}
#-----------------------------------------------------------------------------
cvs_login()
{
[ -z "${DONE_cvs_login}" ] || return 0 ; DONE_cvs_login="yes"
setup || return 1
(
if [ -f "${HOME}/.cvspass" ]; then
CVSPASS="${HOME}/.cvspass"
else
CVSPASS=""
fi
if [ -z "`grep \"$CVSROOT_GREP\" ${CVSPASS} /dev/null`" ]; then
echo "cmake" | cvs -q -z3 -d $CVSROOT login
else
echo "Already logged in."
fi
) >Logs/cvs_login.log 2>&1 || error_log Logs/cvs_login.log
}
#-----------------------------------------------------------------------------
utilities()
{
[ -z "${DONE_utilities}" ] || return 0 ; DONE_utilities="yes"
cvs_login || return 1
(
if [ -d "ReleaseUtilities/CVS" ]; then
cd ReleaseUtilities && cvs -z3 -q update -dAP -r ${TAG}
else
rm -rf CheckoutTemp &&
mkdir CheckoutTemp &&
cd CheckoutTemp &&
cvs -q -z3 -d $CVSROOT co -r ${TAG} CMake/Utilities/Release &&
mv CMake/Utilities/Release ../ReleaseUtilities &&
cd .. &&
rm -rf CheckoutTemp
fi
) >Logs/utilities.log 2>&1 || error_log Logs/utilities.log
}
#-----------------------------------------------------------------------------
config()
{
[ -z "${DONE_config}" ] || return 0 ; DONE_config="yes"
utilities || return 1
CONFIG_FILE="config_`uname`"
echo "Loading ${CONFIG_FILE} ..."
. "${RELEASE_ROOT}/ReleaseUtilities/${CONFIG_FILE}" >Logs/config.log 2>&1 || error_log Logs/config.log
if [ -z "${CC}" ] || [ -z "${CXX}" ] || [ -z "${PLATFORM}" ]; then
echo "${CONFIG_FILE} should specify CC, CXX, and PLATFORM." &&
return 1
fi
export CC CXX CFLAGS CXXFLAGS LDFLAGS PATH LD_LIBRARY_PATH MAKE
}
#-----------------------------------------------------------------------------
checkout()
{
[ -z "${DONE_checkout}" ] || return 0 ; DONE_checkout="yes"
config || return 1
echo "Updating CMake from cvs ..." &&
(
if [ -d cmake-${VERSION}/CVS ]; then
cd cmake-${VERSION} &&
cvs -q -z3 -d $CVSROOT update -dAP -r ${TAG}
else
rm -rf cmake-${VERSION} &&
rm -rf CheckoutTemp &&
mkdir CheckoutTemp &&
cd CheckoutTemp &&
cvs -q -z3 -d $CVSROOT co -r ${TAG} CMake &&
mv CMake ../cmake-${VERSION} &&
cd .. &&
rm -rf CheckoutTemp
fi
) >Logs/checkout.log 2>&1 || error_log Logs/checkout.log
}
#-----------------------------------------------------------------------------
# Create source tarballs for CMake.
#
# source_tarball
#
source_tarball()
{
[ -z "${DONE_source_tarball}" ] || return 0 ; DONE_source_tarball="yes"
config || return 1
[ -d "cmake-${VERSION}" ] || checkout || return 1
echo "Creating source tarballs ..." &&
(
mkdir -p Tarballs &&
rm -rf Tarballs/cmake-${VERSION}.tar* &&
tar cvf Tarballs/cmake-${VERSION}.tar --exclude CVS cmake-${VERSION} &&
gzip -c Tarballs/cmake-${VERSION}.tar >Tarballs/cmake-${VERSION}.tar.gz &&
compress Tarballs/cmake-${VERSION}.tar
) >Logs/source_tarball.log 2>&1 || error_log Logs/source_tarball.log
}
#-----------------------------------------------------------------------------
write_cache()
{
write_standard_cache
}
#-----------------------------------------------------------------------------
write_standard_cache()
{
cat > CMakeCache.txt <<EOF
BUILD_TESTING:BOOL=ON
CMAKE_SKIP_RPATH:BOOL=1
CMAKE_VERBOSE_MAKEFILE:BOOL=1
HAVE_LIBDL:INTERNAL=0
HAVE_DLOPEN:INTERNAL=0
HAVE_GETHOSTBYADDR_R:INTERNAL=0
HAVE_GETHOSTBYADDR_R_5:INTERNAL=0
HAVE_GETHOSTBYADDR_R_5_REENTRANT:INTERNAL=0
HAVE_GETHOSTBYADDR_R_7:INTERNAL=0
HAVE_GETHOSTBYADDR_R_7_REENTRANT:INTERNAL=0
HAVE_GETHOSTBYADDR_R_8:INTERNAL=0
HAVE_GETHOSTBYADDR_R_8_REENTRANT:INTERNAL=0
HAVE_GETHOSTBYNAME_R:INTERNAL=0
HAVE_GETHOSTBYNAME_R_3:INTERNAL=0
HAVE_GETHOSTBYNAME_R_3_REENTRANT:INTERNAL=0
HAVE_GETHOSTBYNAME_R_5:INTERNAL=0
HAVE_GETHOSTBYNAME_R_5_REENTRANT:INTERNAL=0
HAVE_GETHOSTBYNAME_R_6:INTERNAL=0
HAVE_GETHOSTBYNAME_R_6_REENTRANT:INTERNAL=0
HAVE_GETPASS_R:INTERNAL=0
HAVE_GMTIME_R:INTERNAL=0
HAVE_INET_NTOA_R:INTERNAL=0
HAVE_INET_NTOA_R_DECL:INTERNAL=0
HAVE_INET_NTOA_R_DECL_REENTRANT:INTERNAL=0
HAVE_LOCALTIME_R:INTERNAL=0
HAVE_STRTOK_R:INTERNAL=0
EOF
}
#-----------------------------------------------------------------------------
cache()
{
[ -z "${DONE_cache}" ] || return 0 ; DONE_cache="yes"
config || return 1
echo "Writing CMakeCache.txt ..." &&
(
rm -rf "cmake-${VERSION}-${PLATFORM}" &&
mkdir -p "cmake-${VERSION}-${PLATFORM}" &&
cd "cmake-${VERSION}-${PLATFORM}" &&
write_cache
) >Logs/cache.log 2>&1 || error_log Logs/cache.log
}
#-----------------------------------------------------------------------------
configure()
{
[ -z "${DONE_configure}" ] || return 0 ; DONE_configure="yes"
config || return 1
[ -d "cmake-${VERSION}" ] || checkout || return 1
cache || return 1
echo "Running bootstrap ..." &&
(
cd "cmake-${VERSION}-${PLATFORM}" &&
../cmake-${VERSION}/bootstrap --prefix=${PREFIX} ${BOOTSTRAP_FLAGS}
) >Logs/configure.log 2>&1 || error_log Logs/configure.log
}
#-----------------------------------------------------------------------------
build()
{
[ -z "${DONE_build}" ] || return 0 ; DONE_build="yes"
config || return 1
if [ ! -d "cmake-${VERSION}-${PLATFORM}/Bootstrap" ]; then
configure || return 1
fi
echo "Running make ..." &&
(
cd "cmake-${VERSION}-${PLATFORM}" &&
${MAKE} ${BUILD_FLAGS}
) >Logs/build.log 2>&1 || error_log Logs/build.log
}
#-----------------------------------------------------------------------------
tests()
{
[ -z "${DONE_tests}" ] || return 0 ; DONE_tests="yes"
config || return 1
[ -f "cmake-${VERSION}-${PLATFORM}/bin/ccmake" ] || build || return 1
echo "Running tests ..." &&
(
cd "cmake-${VERSION}-${PLATFORM}" &&
rm -rf Tests &&
./bin/ctest -V
) >Logs/tests.log 2>&1 || error_log Logs/tests.log
}
#-----------------------------------------------------------------------------
install()
{
[ -z "${DONE_install}" ] || return 0 ; DONE_install="yes"
config || return 1
[ -d "cmake-${VERSION}-${PLATFORM}/Tests/Simple" ] || tests || return 1
echo "Running make install ..." &&
(
rm -rf ${INSTALL_DIR} &&
cd "cmake-${VERSION}-${PLATFORM}" &&
${MAKE} install DESTDIR="${RELEASE_ROOT}/${INSTALL_DIR}"
) >Logs/install.log 2>&1 || error_log Logs/install.log
}
#-----------------------------------------------------------------------------
strip()
{
[ -z "${DONE_strip}" ] || return 0 ; DONE_strip="yes"
config || return 1
[ -f "${INSTALL_DIR}/usr/local/bin/ccmake" ] || install || return 1
echo "Stripping executables ..." &&
(
strip ${INSTALL_DIR}${PREFIX}/bin/*
) >Logs/strip.log 2>&1 || error_log Logs/strip.log
}
#-----------------------------------------------------------------------------
manifest()
{
[ -z "${DONE_manifest}" ] || return 0 ; DONE_manifest="yes"
config || return 1
[ -f "${INSTALL_DIR}/usr/local/bin/ccmake" ] || install || return 1
echo "Writing MANIFEST ..." &&
(
mkdir -p ${INSTALL_DIR}${PREFIX}${DOC_DIR} &&
rm -rf ${INSTALL_DIR}${PREFIX}${DOC_DIR}/MANIFEST &&
touch ${INSTALL_DIR}${PREFIX}${DOC_DIR}/MANIFEST &&
cd ${INSTALL_DIR}${PREFIX} &&
FILES=`find . -type f |sed 's/^\.\///'` &&
cd ${RELEASE_ROOT} &&
(cat >> ${INSTALL_DIR}${PREFIX}${DOC_DIR}/MANIFEST <<EOF
${FILES}
EOF
) &&
rm -rf ${INSTALL_DIR}/README &&
(cat > ${INSTALL_DIR}/README <<EOF
CMake $VERSION binary for $PLATFORM
Extract the file "cmake-${VERSION}-${PLATFORM}-files.tar" into your
destination directory (typically /usr/local). The following files will
be extracted:
${FILES}
EOF
)
) >Logs/manifest.log 2>&1 || error_log Logs/manifest.log
}
#-----------------------------------------------------------------------------
# Create binary tarballs for CMake.
#
# binary_tarball
#
binary_tarball()
{
[ -z "${DONE_binary_tarball}" ] || return 0 ; DONE_binary_tarball="yes"
config || return 1
strip || return 1
manifest || return 1
echo "Creating binary tarballs ..." &&
(
mkdir -p Tarballs &&
rm -rf ${INSTALL_DIR}/cmake-${VERSION}-${PLATFORM}-files.tar &&
(
cd ${INSTALL_DIR}${PREFIX} &&
tar cvf ${RELEASE_ROOT}/${INSTALL_DIR}/cmake-${VERSION}-${PLATFORM}-files.tar *
) &&
rm -rf Tarballs/cmake-${VERSION}-${PLATFORM}.tar* &&
(
cd ${INSTALL_DIR} &&
tar cvf ${RELEASE_ROOT}/Tarballs/cmake-${VERSION}-${PLATFORM}.tar cmake-${VERSION}-${PLATFORM}-files.tar README
) &&
(
cd Tarballs &&
gzip -c cmake-${VERSION}-${PLATFORM}.tar >cmake-${VERSION}-${PLATFORM}.tar.gz &&
compress cmake-${VERSION}-${PLATFORM}.tar
)
) >Logs/binary_tarball.log 2>&1 || error_log Logs/binary_tarball.log
}
#-----------------------------------------------------------------------------
cygwin_source_tarball()
{
[ -z "${DONE_cygwin_source_tarball}" ] || return 0 ; DONE_cygwin_source_tarball="yes"
config || return 1
[ -d "cmake-${VERSION}" ] || checkout || return 1
echo "Creating cygwin source tarball ..." &&
(
mkdir -p Cygwin &&
rm -rf Cygwin/cmake-${VERSION}.tar.bz2 &&
tar cvjf Cygwin/cmake-${VERSION}.tar.bz2 --exclude CVS cmake-${VERSION}
) >Logs/cygwin_source_tarball.log 2>&1 || error_log Logs/cygwin_source_tarball.log
}
#-----------------------------------------------------------------------------
cygwin_source_patch()
{
[ -z "${DONE_cygwin_source_patch}" ] || return 0 ; DONE_cygwin_source_patch="yes"
config || return 1
[ -d "cmake-${VERSION}" ] || checkout || return 1
echo "Creating source patch for cygwin ..." &&
(
mkdir -p Cygwin &&
rm -rf Cygwin/Patched &&
mkdir -p Cygwin/Patched &&
(tar c --exclude CVS cmake-${VERSION} | (cd Cygwin/Patched; tar x)) &&
cd Cygwin/Patched &&
mkdir -p cmake-${VERSION}/CYGWIN-PATCHES &&
(
CYGVERSION=`uname -r`
cat > cmake-${VERSION}/CYGWIN-PATCHES/cmake.README <<EOF
cmake
--------------------------------------
Runtime requirements:
cygwin-${CYGVERSION} or newer
Build requirements
cygwin-${CYGVERSION} or newer
make
Canonical homepage:
http://www.cmake.org
Canonical download:
ftp://www.cmake.org/pub/cmake/
------------------------------------
Build instructions:
unpack cmake-${VERSION}-${RELEASE}-src.tar.bz2
if you use setup to install this src package, it will be
unpacked under /usr/src automatically
cd /usr/src
./cmake-${VERSION}-${RELEASE}.sh all
This will create:
/usr/src/cmake-${VERSION}-${RELEASE}.tar.bz2
/usr/src/cmake-${VERSION}-${RELEASE}-src.tar.bz2
-------------------------------------------
Port Notes:
The directory /usr/share/cmake-${VERSION}/include is purposely not
located at /usr/include/cmake-${VERSION} or /usr/include/cmake. The
files it contains are not meant for inclusion in any C or C++ program.
They are used for compiling dynamically loadable CMake commands inside
projects that provide them. CMake will automatically provide the
proper include path when the files are needed.
------------------
Cygwin port maintained by: CMake Developers <cmake@www.cmake.org>
EOF
) &&
(
cat > cmake-${VERSION}/CYGWIN-PATCHES/setup.hint <<EOF
# CMake setup.hint file for cygwin setup.exe program
category: Devel
requires: libncurses7 cygwin
sdesc: "A cross platform build manager"
ldesc: "CMake is a cross platform build manager. It allows you to specify build parameters for C and C++ programs in a cross platform manner. For cygwin Makefiles will be generated. CMake is also capable of generating microsoft project files, nmake, and borland makefiles. CMake can also perform system inspection operations like finding installed libraries and header files."
EOF
) &&
dos2unix cmake-${VERSION}/CYGWIN-PATCHES/setup.hint &&
cp cmake-${VERSION}/CYGWIN-PATCHES/setup.hint ../setup.hint &&
(diff -x CVS -urN "../../cmake-${VERSION}" "cmake-${VERSION}" > "../cmake-${VERSION}-${RELEASE}.patch"; [ "$?" = "1" ])
) >Logs/cygwin_source_patch.log 2>&1 || error_log Logs/cygwin_source_patch.log
}
#-----------------------------------------------------------------------------
cygwin_package_script()
{
[ -z "${DONE_cygwin_package_script}" ] || return 0 ; DONE_cygwin_package_script="yes"
utilities || return 1
echo "Creating cygwin packaging script ..." &&
(
mkdir -p Cygwin &&
cp ReleaseUtilities/cygwin-package.sh.in Cygwin/cmake-${VERSION}-${RELEASE}.sh &&
chmod u+x Cygwin/cmake-${VERSION}-${RELEASE}.sh
) >Logs/cygwin_package_script.log 2>&1 || error_log Logs/cygwin_package_script.log
}
#-----------------------------------------------------------------------------
# Create the CMake cygwin package files.
#
# cygwin_package
#
# This command should be run from a cygwin prompt.
cygwin_package()
{
[ -z "${DONE_cygwin_package}" ] || return 0 ; DONE_cygwin_package="yes"
config || return 1
[ -f "Cygwin/cmake-${VERSION}.tar.bz2" ] || cygwin_source_tarball || return 1
[ -f "Cygwin/cmake-${VERSION}-${RELEASE}.patch" ] || cygwin_source_patch || return 1
[ -f "Cygwin/cmake-${VERSION}-${RELEASE}.sh" ] || cygwin_package_script || return 1
echo "Running cygwin packaging script ..." &&
(
rm -rf Cygwin/Package &&
mkdir -p Cygwin/Package &&
cd Cygwin/Package &&
cp ../setup.hint . &&
cp ../cmake-${VERSION}.tar.bz2 . &&
cp ../cmake-${VERSION}-${RELEASE}.patch . &&
cp ../cmake-${VERSION}-${RELEASE}.sh . &&
./cmake-${VERSION}-${RELEASE}.sh all
) >Logs/cygwin_package.log 2>&1 || error_log Logs/cygwin_package.log
}
#-----------------------------------------------------------------------------
# Upload the CMake cygwin package files.
#
# cygwin_upload
#
# This should be run after "cygwin_package".
cygwin_upload()
{
setup || return 1
echo "------- Copying cywgin packages to www.cmake.org. -------"
scp Cygwin/Package/cmake-${VERSION}-${RELEASE}-src.tar.bz2 \
Cygwin/Package/cmake-${VERSION}-${RELEASE}.tar.bz2 \
Cygwin/Package/setup.hint \
kitware@www.cmake.org:/projects/FTP/pub/cmake/cygwin
echo "---- Done copying cygwin packages to www.cmake.org. -----"
}
#-----------------------------------------------------------------------------
win32_zipfile()
{
setup || return 1
echo "Creating windows non-admin install zip file ..." &&
(
mkdir -p Win32 &&
cd "c:/Program Files" &&
rm -rf cmake-${VERSION}-x86-win.zip &&
zip -r cmake-${VERSION}-x86-win.zip CMake \
-x CMake/INSTALL.LOG -x CMake/UNWISE.EXE -x CMake/WiseUpdt.exe &&
mv cmake-${VERSION}-x86-win.zip ${RELEASE_ROOT}/Win32
) >Logs/win32_zipfile.log 2>&1 || error_log Logs/win32_zipfile.log
}
#-----------------------------------------------------------------------------
win32_upload()
{
setup || return 1
echo "------- Copying windows zip file to www.cmake.org. -------"
scp Win32/cmake-${VERSION}-x86-win.zip \
kitware@www.cmake.org:/projects/FTP/pub/cmake/v${CMAKE_VERSION}
echo "---- Done copying windows zip file to www.cmake.org. -----"
}
#-----------------------------------------------------------------------------
# Install CMake into the OSX package directory structure.
#
# osx_install
#
# This will build CMake if it is not already built.
osx_install()
{
[ -z "${DONE_osx_install}" ] || return 0 ; DONE_osx_install="yes"
config || return 1
[ -f "cmake-${VERSION}-${PLATFORM}/bin/ccmake" ] || build || return 1
if [ -z "${WX_RESOURCES}" ]; then
echo "${CONFIG_FILE} should specify WX_RESOURCES."
return 1
fi
echo "Running make install for OSX package ..." &&
(
rm -rf OSX &&
mkdir -p OSX/Resources &&
(
cd "cmake-${VERSION}-${PLATFORM}" &&
${MAKE} install DESTDIR="${RELEASE_ROOT}/OSX/Package_Root"
) &&
cp cmake-${VERSION}/Copyright.txt OSX/Resources/License.txt
) >Logs/osx_install.log 2>&1 || error_log Logs/osx_install.log
# Use this version when the wxCMakeSetup dialog is restored:
# (
# rm -rf OSX &&
# mkdir -p OSX/Resources &&
# mkdir -p OSX/Package_Root/Applications &&
# (
# cd "cmake-${VERSION}-${PLATFORM}" &&
# ${MAKE} install DESTDIR="${RELEASE_ROOT}/OSX/Package_Root"
# ) &&
# cp cmake-${VERSION}/Copyright.txt OSX/Resources/License.txt &&
# cp -r cmake-${VERSION}-${PLATFORM}/bin/CMake.app OSX/Package_Root/Applications &&
# echo "APPL????" > OSX/Package_Root/Applications/CMake.app/Contents/PkgInfo &&
# cp "${WX_RESOURCES}" OSX/Package_Root/Applications/CMake.app/Contents/Resources/wxCMakeSetup.rsrc
# ) >Logs/osx_install.log 2>&1 || error_log Logs/osx_install.log
}
#-----------------------------------------------------------------------------
run()
{
CMD="'$1'"; shift; for i in "$@"; do CMD="${CMD} '$i'"; done
eval "$CMD"
}
# Determine task and evaluate it.
if [ -z "$TASK" ] && [ -z "$REMOTE" ] ; then
if [ -z "$1" ]; then
usage
else
run "$@"
fi
else
[ -z "$TASK" ] || eval run "$TASK"
fi
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