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|
#!/bin/bash -xe
if test -v CLEAR_CACHE; then
rm -rf $HOME/root
fi
: Travis tag = ${TRAVIS_TAG}
: Travis branch = ${TRAVIS_BRANCH}
: /etc/hosts --
cat /etc/hosts
: -- ends
# ### FIXME: This is a workaround, non-x86 builds have an IPv6
# configuration which somehow breaks the test suite runs. Appears
# that Apache::Test only configures the server to Listen on 0.0.0.0
# (that is hard-coded), but then Apache::TestSerer::wait_till_is_up()
# tries to connect via ::1, which fails/times out.
if grep ip6-localhost /etc/hosts; then
sudo sed -i "/ip6-/d" /etc/hosts
cat /etc/hosts
fi
function install_apx() {
local name=$1
local version=$2
local prefix=${HOME}/root/${name}-${version}
local build=${HOME}/build/${name}-${version}
local giturl=https://github.com/apache/${name}.git
local config=$3
local buildconf=$4
case $version in
trunk|*.x) ref=refs/heads/${version} ;;
*) ref=refs/tags/${version} ;;
esac
# Fetch the object ID (hash) of latest commit
local commit=`git ls-remote ${giturl} ${ref} | cut -f1`
if test -z "$commit"; then
: Could not determine latest commit hash for ${ref} in ${giturl} - check branch is valid?
exit 1
fi
# Blow away the cached install root if the cached install is stale
# or doesn't match the expected configuration.
grep -q "${version} ${commit} ${config} CC=$CC" ${HOME}/root/.key-${name} || rm -rf ${prefix}
if test -d ${prefix}; then
return 0
fi
git init -q ${build}
pushd $build
# Clone and checkout the commit identified above.
git remote add origin ${giturl}
git fetch -q --depth=1 origin ${commit}
git checkout ${commit}
./buildconf ${buildconf}
./configure --prefix=${prefix} ${config}
make -j2
make install
popd
echo ${version} ${commit} "${config}" "CC=${CC}" > ${HOME}/root/.key-${name}
}
# Allow to load $HOME/build/apache/httpd/.gdbinit
echo "add-auto-load-safe-path $HOME/work/httpd/httpd/.gdbinit" >> $HOME/.gdbinit
# Unless either SKIP_TESTING or NO_TEST_FRAMEWORK are set, install
# CPAN modules required to run the Perl test framework.
if ! test -v SKIP_TESTING -o -v NO_TEST_FRAMEWORK; then
# Clear CPAN cache if necessary
if [ -v CLEAR_CACHE ]; then rm -rf ~/perl5; fi
if ! perl -V > perlver; then
: Perl binary broken
perl -V
exit 1
fi
# Compare the current "perl -V" output with the output at the time
# the cache was built; flush the cache if it's changed to avoid
# failure later when /usr/bin/perl refuses to load a mismatched XS
# module.
if ! cmp -s perlver ~/perl5/.perlver; then
: Purging cache since "perl -V" output has changed
rm -rf ~/perl5
fi
cpanm --local-lib=~/perl5 local::lib && eval $(perl -I ~/perl5/lib/perl5/ -Mlocal::lib)
pkgs="Net::SSL LWP::Protocol::https \
LWP::Protocol::AnyEvent::http ExtUtils::Embed Test::More \
AnyEvent DateTime HTTP::DAV FCGI \
AnyEvent::WebSocket::Client Apache::Test"
# CPAN modules are to be used with the system Perl and always with
# CC=gcc, e.g. for the CC="gcc -m32" case the builds are not correct
# otherwise.
CC=gcc cpanm --notest $pkgs
unset pkgs
# Cache the perl -V output for future verification.
mv perlver ~/perl5/.perlver
# Make a shallow clone of httpd-tests git repo.
git clone -q --depth=1 https://github.com/apache/httpd-tests.git test/perl-framework
fi
# For LDAP testing, run slapd listening on port 8389 and populate the
# directory as described in t/modules/ldap.t in the test framework:
if test -v TEST_LDAP -a -x test/perl-framework/scripts/ldap-init.sh; then
docker build -t httpd_ldap -f test/travis_Dockerfile_slapd.centos test/
pushd test/perl-framework
./scripts/ldap-init.sh
popd
fi
if test -v TEST_SSL; then
pushd test/perl-framework
./scripts/memcached-init.sh
./scripts/redis-init.sh
popd
fi
if test -v TEST_OPENSSL3; then
# Build the requested version of OpenSSL if it's not already
# installed in the cached ~/root
if ! test -f $HOME/root/openssl-is-${TEST_OPENSSL3}; then
# Remove any previous install.
rm -rf $HOME/root/openssl3
mkdir -p build/openssl
pushd build/openssl
curl "https://www.openssl.org/source/openssl-${TEST_OPENSSL3}.tar.gz" |
tar -xzf -
cd openssl-${TEST_OPENSSL3}
./Configure --prefix=$HOME/root/openssl3 shared no-tests
make $MFLAGS
make install_sw
touch $HOME/root/openssl-is-${TEST_OPENSSL3}
popd
fi
# Point APR/APR-util at the installed version of OpenSSL.
if test -v APU_VERSION; then
APU_CONFIG="${APU_CONFIG} --with-openssl=$HOME/root/openssl3"
elif test -v APR_VERSION; then
APR_CONFIG="${APR_CONFIG} --with-openssl=$HOME/root/openssl3"
else
: Non-system APR/APR-util must be used to build with OpenSSL 3 to avoid mismatch with system libraries
exit 1
fi
fi
if test -v APR_VERSION; then
install_apx apr ${APR_VERSION} "${APR_CONFIG}"
ldd $HOME/root/apr-${APR_VERSION}/lib/libapr-?.so || true
APU_CONFIG="$APU_CONFIG --with-apr=$HOME/root/apr-${APR_VERSION}"
fi
if test -v APU_VERSION; then
install_apx apr-util ${APU_VERSION} "${APU_CONFIG}" --with-apr=$HOME/build/apr-${APR_VERSION}
ldd $HOME/root/apr-util-${APU_VERSION}/lib/libaprutil-?.so || true
fi
# Since librustls is not a package (yet) on any platform, we
# build the version we want from source
if test -v TEST_MOD_TLS -a -v RUSTLS_VERSION; then
if ! test -d $HOME/root/rustls; then
RUSTLS_HOME="$HOME/build/rustls-ffi"
git clone -q --depth=1 -b "$RUSTLS_VERSION" https://github.com/rustls/rustls-ffi.git "$RUSTLS_HOME"
pushd "$RUSTLS_HOME"
make install DESTDIR="$HOME/root/rustls"
popd
fi
fi
|
