Remove the obsolete build-package script, and the scripts for the release process and lab testing (which are now maintained separately at https://codeberg.org/ivarch/scripts), and add a release config file for the new release script under the same location.

This commit is contained in:
Andrew Wood
2025-10-19 00:20:03 +01:00
parent 546074853e
commit 0b687edfbe
5 changed files with 52 additions and 710 deletions
+1 -1
View File
@@ -8,7 +8,7 @@ bin_PROGRAMS = pv
dist_doc_DATA = README.md docs/INSTALL docs/COPYING docs/NEWS.md docs/ACKNOWLEDGEMENTS.md docs/DEVELOPERS.md
dist_man1_MANS = docs/pv.1
EXTRA_DIST = docs/pv.1.md docs/benchmark.sh docs/test-on-vm-lab.sh docs/build-package.sh docs/release.sh
EXTRA_DIST = docs/pv.1.md docs/benchmark.sh docs/release.cf
pv_SOURCES = \
src/main/debug.c \
-149
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@@ -1,149 +0,0 @@
#!/bin/sh
#
# Usage: sh build-package.sh source-1.2.3.tar.gz
#
# Given a tar.gz, build a package for the current OS.
#
# Supports these packaging types:
#
# .deb (Debian, Ubuntu, etc) - requires dpkg-dev, debhelper
# .rpm (AlmaLinux, Rocky Linux, OpenSUSE etc) - requires rpmbuild
#
# If the MAINTAINER environment variable is set, this is used as a GPG key
# ID for package signing.
#
# The packages built with this script are not "official", in that they are
# not part of any Linux distribution and may not follow the distribution's
# policies. Use at your own risk.
#
# Copyright 2024-2025 Andrew Wood
# License GPLv3+: GNU GPL version 3 or later; see `docs/COPYING'.
sourceArchive="$1"
test -n "${sourceArchive}" && test -f "${sourceArchive}" \
|| { printf "%s: %s: %s\n" "${0##*/}" "${sourceArchive}" "source archive not found" 1>&2; exit 1; }
packageName="pv"
packageSummary="Shell pipeline element to meter data passing through"
packageDescription="\
pv (Pipe Viewer) can be inserted into any normal pipeline between two
processes to give a visual indication of how quickly data is passing
through, how long it has taken, how near to completion it is, and an
estimate of how long it will be until completion."
packageUrl="https://ivarch.com/p/pv"
sourceUrl="https://ivarch.com/programs/sources/${packageName}-%{version}.tar.gz"
packageEmail="Andrew Wood <pv@ivarch.com>"
workDir="$(mktemp -d)" || exit 1
trap 'rm -rf "${workDir}"' EXIT
# Infer the version from the most recent NEWS entry.
version="$(tar xzf "${sourceArchive}" --wildcards -O '*/docs/NEWS.md' 2>/dev/null | awk '/^### [0-9]/{print $2}' | sed -n 1p)"
if command -v rpmbuild >/dev/null 2>&1; then
# Build an RPM.
cat > "${workDir}"/spec <<EOF
Summary: ${packageSummary}
Name: ${packageName}
Version: ${version}
Release: 1%{?dist}
License: GPLv3+
Source: ${sourceUrl}
Url: ${packageUrl}
%description
${packageDescription}
%prep
%setup -q
%build
%configure
make %{?_smp_mflags}
%install
test -n "\${RPM_BUILD_ROOT}" && test "\${RPM_BUILD_ROOT}" != '/' && rm -rf "\${RPM_BUILD_ROOT}"
make install DESTDIR="\${RPM_BUILD_ROOT}"
rm -rf "\${RPM_BUILD_ROOT}/usr/share/doc"
%find_lang %{name}
%check
make check SKIP_VALGRIND_TESTS=1
%clean
test -n "\${RPM_BUILD_ROOT}" && test "\${RPM_BUILD_ROOT}" != '/' && rm -rf "\${RPM_BUILD_ROOT}"
%files -f %{name}.lang
%defattr(-, root, root)
%{_bindir}/*
%{_mandir}/man1/*
%doc README.md docs/NEWS.md docs/ACKNOWLEDGEMENTS.md docs/COPYING
%changelog
* $(date '+%a %b %d %Y') ${packageEmail} - ${version}-1
- Package built from main source.
EOF
mkdir "${workDir}/SOURCES"
cp "${sourceArchive}" "${workDir}/SOURCES/${packageName}-${version}.tar.gz"
rpmbuild -D "%_topdir ${workDir}" -bb "${workDir}/spec" || exit 1
if test -n "${MAINTAINER}"; then
# Sign the RPMs.
rpm -D "%_gpg_name ${MAINTAINER}" --addsign "${workDir}/RPMS"/*/*.rpm || exit 1
fi
cp -v "${workDir}/RPMS"/*/*.rpm .
fi
if command -v dpkg-buildpackage >/dev/null 2>&1; then
# Build a Debian package.
mkdir "${workDir}/build" "${workDir}/build/debian" "${workDir}/build/debian/source"
tar xzf "${sourceArchive}" -C "${workDir}/build" --strip-components=1
printf "%s\n" "10" > "${workDir}/build/debian/compat"
touch "${workDir}/build/debian/copyright"
printf "%s\n" "3.0 (quilt)" > "${workDir}/build/debian/source/format"
cat > "${workDir}/build/debian/rules" <<EOF
#!/usr/bin/make -f
export DH_VERBOSE = 1
export DEB_BUILD_MAINT_OPTIONS = hardening=+all
export DEB_CFLAGS_MAINT_APPEND = -Wall -pedantic
export DEB_LDFLAGS_MAINT_APPEND = -Wl,--as-needed
%:
dh \$@
EOF
chmod 700 "${workDir}/build/debian/rules"
cat > "${workDir}/build/debian/control" <<EOF
Source: ${packageName}
Maintainer: ${packageEmail}
Section: misc
Priority: optional
Standards-Version: 3.9.2
Build-Depends: debhelper (>= 9)
Package: ${packageName}
Architecture: any
Depends: \${misc:Depends}
Description: ${packageSummary}
$(printf "%s\n.\n" "${packageDescription}" | sed 's,^, ,')
EOF
cat > "${workDir}/build/debian/changelog" <<EOF
${packageName} (${version}-1) UNRELEASED; urgency=low
* Package built from main source.
-- ${packageEmail} $(date -R)
EOF
if test -n "${MAINTAINER}"; then
(cd "${workDir}/build" && dpkg-buildpackage --build=binary --force-sign --sign-key="${MAINTAINER}") || exit 1
else
(cd "${workDir}/build" && dpkg-buildpackage --build=binary) || exit 1
fi
cp -v "${workDir}"/*.deb . || exit 1
fi
+51
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@@ -0,0 +1,51 @@
# Configuration for the foss-release.sh script.
# The script is here: https://codeberg.org/ivarch/scripts
set maintainer andrew.wood@ivarch.com
set mainprogram auto
set version auto
set mandir docs
set newsdir docs
export SKIP_VALGRIND_TESTS=1
section Initial checks
action check_po
action check_version_news
action check_version_autoconf
action check_version_man
section Initial build
action configure
action make
action check_analyse
action check_version_program
action check_version_year
section Documentation and source reformatting
action man_md
action man_html
action news_html
action make_indent
section Update po files
action make_update_po
section Run autoreconf
action autoreconf
section Commit check
action check_git_status
section Release archive
action check_make_distcheck
action make_dist
section Lab tests
action labtest
section Sign release
action sign_tarball
section Build OS packages
action parmo_build
-217
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@@ -1,217 +0,0 @@
#!/bin/sh
#
# Automate a portion of the release checklist. Expects to be run from a
# build directory, such as one in which "configure" has been run, i.e.
# there should be a Makefile present.
#
# Requires "parmo" (https://ivarch.com/p/parmo); builds for all targets that
# parmo supports.
#
# All of the release artefacts are placed in a "PV-RELEASE-x" directory,
# where "x" is the version.
#
# Copyright 2024-2025 Andrew Wood
# License GPLv3+: GNU GPL version 3 or later; see `docs/COPYING'.
srcdir="$(awk '/^VPATH/{print $NF}' < Makefile | sed -n 1p)"
manuals="$(find "${srcdir}/docs" -mindepth 1 -maxdepth 1 -type f -name "*.[0-9]" -printf "%f\n")"
mainProgram="$(awk '/^[a-z]+_PROGRAMS/{print $3}' Makefile |cut -d '$' -f 1 | sed -n 1p)"
labTestScript="${srcdir}/docs/test-on-vm-lab.sh"
status () {
test -n "$*" && printf "\n"
printf '\e]0;%s\007\r' "$*" >&2
if test -n "$*"; then
tput rev >&2
printf " -- %s -- " "$*" >&2
tput sgr0 >&2
printf "\n\n"
fi
}
possiblyDie () {
printf "\n" >&2
tput bold >&2
printf "%s: %s\n" "release" "$*" >&2
tput sgr0 >&2
printf "\n%s\n" "Type 'y' and hit Enter to continue anyway."
read -r line
test "${line}" = "y" || { status ""; exit 1; }
}
test -e "${labTestScript}" || labTestScript=""
# The checklist is re-ordered a little so that we defer making changes (like
# "make indent") until as late as possible, in case any checks fail.
status "Initial checks"
# Check MAINTAINER is provided.
test -n "${MAINTAINER}" || possiblyDie "environment variable MAINTAINER is empty"
# * Check that _po/POTFILES.in_ is up to date
if test -d "${srcdir}/po"; then
inFile="$(sort < "${srcdir}/po/POTFILES.in")"
realList="$(find "${srcdir}" -name "*.c" -printf "%P\n" | sort)"
test "${inFile}" = "${realList}" || possiblyDie "po/POTFILES.in is incorrect"
fi
status "Initial build"
make || possiblyDie "failed 'make'"
# * Run "_make analyse_" and see whether remaining warnings can be addressed
status "Source analysis"
make analyse || possiblyDie "failed 'make analyse'"
# * Version bump and documentation checks:
status "Version checks"
# * Check that _docs/NEWS.md_ is up to date
sed -n 1p docs/NEWS.md | grep -Fqi unreleased && possiblyDie "NEWS.md says 'unreleased' on line 1"
versionInNews="$(awk 'FNR==1{print $2}' "${srcdir}/docs/NEWS.md")"
printf "%s\n" "${versionInNews}" | grep -Eq '^[0-9]' || possiblyDie "version in NEWS.md (${versionInNews}) is not numeric"
# * Check the version in both _configure.ac_ and _docs/NEWS.md_ was updated
versionInConfig="$(grep ^AC_INIT "${srcdir}/configure.ac" | cut -d '[' -f 3 | cut -d ']' -f 1)"
test "${versionInConfig}" = "${versionInNews}" || possiblyDie "version in configure.ac (${versionInConfig}) mismatches NEWS.md (${versionInNews})"
# * Check that the manuals are up to date
for manPage in ${manuals}; do
versionInManual="$(awk 'FNR==1 {print $5}' "${srcdir}/docs/${manPage}" | cut -d - -f 2)"
test "${versionInManual}" = "${versionInNews}" || possiblyDie "version in ${manPage} (${versionInManual}) mismatches NEWS.md (${versionInNews})"
done
# * Check that the program version is correct
versionInVersionOutput="$(./"${mainProgram}" --version | awk 'FNR==1{print $NF}')"
test "${versionInVersionOutput}" = "${versionInNews}" || possiblyDie "version in '${mainProgram} --version' (${versionInVersionOutput}) mismatches NEWS.md (${versionInNews})"
# * Check that the year displayed by --version is correct
yearInVersion="$(./"${mainProgram}" --version | awk '/^Copyright/{print $2}')"
yearNow="$(date '+%Y')"
test "${yearInVersion}" = "${yearNow}" || possiblyDie "the year in '--version' (${yearInVersion}) is not this year (${yearNow})"
# * Make the Markdown version of the manuals and, if using VPATH, copy the result to the source directory
# We also wipe everything in "docs" so we don't accidentally package
# leftover working files.
status "Markdown manual"
rm -f docs/*
for manPage in ${manuals}; do
make "docs/${manPage}.md"
cp "docs/${manPage}.md" "${srcdir}/docs/${manPage}.md"
done
# * Run "_make indent; make indent indentclean check_"
status "Reformat source"
make indent
make indent indentclean
# The check will run later as part of "make distcheck".
# * Run "_make -C po update-po_"
status "Update po files"
if test -d "${srcdir}/po"; then
make -C po update-po || possiblyDie "update-po failed"
fi
# * Run "_autoreconf_" in the source directory
status "Run autoreconf"
(cd "${srcdir}" && autoreconf -is) || possiblyDie "autoreconf failed"
# * Ensure everything has been committed to the repository
status "Commit check"
gitStatus="$(cd "${srcdir}" && git status --porcelain=v1)" || possiblyDie "failed to run 'git status'"
test -z "${gitStatus}" || possiblyDie "not everything is committed - 'git status' is not empty"
# * Consistency and build checks:
# * Wipe the build directory, and run "_configure_" there
# * Run "_make distcheck_"
# * Run "_make release MAINTAINER=<signing-user>_"
# NB "make release" implies "make distcheck".
# We set SKIP_VALGRIND_TESTS=1 because the full tests will run in the lab
# check.
status "Release archive"
workDir="$(mktemp -d)" || possiblyDie "mktemp failed"
trap 'chmod -R u+w "${workDir}"; rm -rf "${workDir}"' EXIT
(
cd "${workDir}" || exit 1
sh "${srcdir}/configure" || exit 1
make -j8 release SKIP_VALGRIND_TESTS=1 || exit 1
exit 0
) || possiblyDie "failed on 'make release'"
sourceArchive="$(find "${workDir}" -mindepth 1 -maxdepth 1 -type f -name "*.tar.gz")"
test -e "${sourceArchive}.asc" || possiblyDie "release was not signed"
# * Run "_./configure && make check_" on all test systems, using the _tar.gz_ that was just created
# * Run a cross-compilation check
if test -n "${labTestScript}"; then
status "Lab test"
sh "${labTestScript}" "${sourceArchive}" || possiblyDie "lab test failed"
fi
# * Update the project web site:
# * Copy the release _.tar.gz_, _.txt_, and _.asc_ files to the web site
# * Use "_pandoc --from markdown --to html_" to convert the news and manual to HTML
status "Release dir"
releaseDir="PV-RELEASE-${versionInNews}"
rm -rf "${releaseDir}"
mkdir "${releaseDir}"
cp "${sourceArchive}" "${sourceArchive}.asc" "${sourceArchive}.txt" "${releaseDir}/" || possiblyDie "failed to copy release files"
status "HTML docs"
for manPage in ${manuals}; do
pandoc --from markdown --to html --shift-heading-level-by=1 < "${srcdir}/docs/${manPage}.md" > "${releaseDir}/${manPage}.html"
done
pandoc --from markdown --to html < "${srcdir}/docs/NEWS.md" > "${releaseDir}/news.html"
# Build OS packages.
buildTargets=$(parmo targets)
if test -n "${MAINTAINER}"; then
gpg --export-secret-key --armor "${MAINTAINER}" > "${workDir}/signing-key" \
|| possiblyDie 'failed to export signing key'
fi
for buildTarget in ${buildTargets}; do
status "Package: ${buildTarget}"
buildOK=true
rm -rf "${workDir}/package"
mkdir "${workDir}/package"
if test -s "${workDir}/signing-key"; then
parmo --key "${workDir}/signing-key" --source "${sourceArchive}" --destination "${workDir}/package" --target "${buildTarget}" build-package \
|| possiblyDie "${buildTarget}: build failed"
else
parmo --source "${sourceArchive}" --destination "${workDir}/package" --target "${buildTarget}" build-package \
|| possiblyDie "${buildTarget}: build failed"
fi
find "${workDir}/package" -type f \
| while read -r packageFile; do
destinationFile="${releaseDir}/${packageFile##*/}"
case "${destinationFile}" in
*.deb) destinationFile="${destinationFile%.deb}_${buildTarget}.deb" ;;
*.txt) destinationFile="" ;;
esac
test -n "${destinationFile}" || continue
cp "${packageFile}" "${destinationFile}"
chmod 644 "${destinationFile}"
done
done
find "${releaseDir}/" -type f -exec chmod 644 '{}' ';'
find "${releaseDir}/" -type d -exec chmod 755 '{}' ';'
status "Done"
cat <<EOF
Files are under: ${releaseDir}/
Still to do:
* Update the news and manual on the web site
* Update the version numbers on the web site
* Update the package index on the web site
* Create a new release in the repository, and apply the associated tag
EOF
exit 0
-343
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@@ -1,343 +0,0 @@
#!/bin/sh
#
# Run "make check" from a source tarball, on a whole lab of VMs.
#
# The source tarball should contain a directory; this directory must contain
# a "configure" script. After running "configure", this script calls "make"
# and then "make check", from a build subdirectory.
#
# Hostnames need to be listed on the command line after the tarball, or in
# ~/.config/lab-hosts. They need to be reachable over SSH with no password.
#
# Cross-compilation is performed if the hostname is of the form "x:y", where
# "x" is a target like "arm-linux-gnueabi", and "y" is the name of a host of
# that architecture. The package is built locally with "--host=x" and the
# result is copied to "y" and "make check" is run.
#
# Displays progress to the terminal and produces a tarball of results. In
# the results, the file "latest-status.txt" contains the last status
# display, and there is a directory for each host. The directories contain
# SCW metrics files plus "output.log" (timestamped), "raw-output.log"
# (without timestamps), "framework-output.log" (messages from this script),
# and the "config.log", "test-suite.log", and "tests/" from the build area.
#
# Requires "scw" (https://ivarch.com/p/scw).
#
# Copyright 2024-2025 Andrew Wood
# License GPLv3+: GNU GPL version 3 or later; see `docs/COPYING'.
#
# Version: 0.0.1 / 16 Dec 2024
# Number of tests to run in parallel on each host.
concurrency="1"
# Run a build and check, according to these environment variables:
#
# sourceArchive local source tarball path
# buildHost where to build, or "" for local
# checkHost where to test, or "" for local
# remoteBuildDir temp directory for remote build or check
# localBuildDir temp directory for local build
# configureArguments extra "configure" script arguments
#
# Does not return - always exits.
#
# Expects to be run under SCW, so writes status to fd 3.
#
testRunner () {
printf '%s %s\n' 'notice' 'creating build area' >&3
if test -n "${buildHost}"; then
ssh "${buildHost}" mkdir "${remoteBuildDir}" || exit 1
else
mkdir "${localBuildDir}" || exit 1
fi
printf '%s %s\n' 'ok' 'created build area' >&3
if test -n "${checkHost}"; then
printf '%s %s\n' 'notice' 'creating check area' >&3
ssh "${checkHost}" mkdir "${remoteBuildDir}" || exit 1
printf '%s %s\n' 'ok' 'created check area' >&3
fi
printf '%s %s\n' 'notice' 'copying source archive' >&3
if test -n "${buildHost}"; then
scp "${sourceArchive}" "${buildHost}:${remoteBuildDir}/" || exit 1
elif test -n "${checkHost}"; then
scp "${sourceArchive}" "${checkHost}:${remoteBuildDir}/" || exit 1
fi
printf '%s %s\n' 'ok' 'source archive copied' >&3
printf '%s %s\n' 'notice' 'extracting source archive' >&3
if test -n "${buildHost}"; then
ssh "${buildHost}" tar xzf "${remoteBuildDir}/${sourceArchive##*/}" -C "${remoteBuildDir}" || exit $?
else
tar xzf "${sourceArchive}" -C "${localBuildDir}" || exit $?
ssh "${checkHost}" tar xzf "${remoteBuildDir}/${sourceArchive##*/}" -C "${remoteBuildDir}" || exit $?
fi
printf '%s %s\n' 'ok' 'source archive extracted' >&3
stepResult="ok"
if test -n "${buildHost}"; then
printf '%s %s\n' 'notice' 'configuring' >&3
ssh "${buildHost}" "cd \"${remoteBuildDir}\" && mkdir BUILD && cd BUILD && ../*/configure ${configureArguments}" || exit $?
else
printf '%s %s\n' 'notice' 'configuring locally' >&3
( cd "${localBuildDir}" && mkdir BUILD && cd BUILD && ../*/configure ${configureArguments} ) || exit $?
printf '%s %s\n' 'notice' "configuring on ${checkHost}" >&3
ssh "${checkHost}" "cd \"${remoteBuildDir}\" && mkdir BUILD && cd BUILD && ../*/configure" \
|| { stepResult="warning"; printf '%s %s\n' 'warning' "configuration failed on ${checkHost}" >&3; }
fi
printf '%s %s\n' "${stepResult}" 'configuration completed' >&3
printf '%s %s\n' 'notice' 'building' >&3
if test -n "${buildHost}"; then
ssh "${buildHost}" "cd \"${remoteBuildDir}/BUILD\" && make -j${concurrency}" || exit $?
else
make -j${concurrency} -C "${localBuildDir}/BUILD" || exit $?
fi
printf '%s %s\n' 'ok' 'build completed' >&3
if test -n "${buildHost}"; then
printf '%s %s\n' 'notice' 'testing' >&3
ssh "${buildHost}" "cd \"${remoteBuildDir}/BUILD\" && make -j${concurrency} check" || exit $?
printf '%s %s\n' 'ok' 'testing completed' >&3
elif test -n "${checkHost}"; then
printf '%s %s\n' 'notice' "transferring build to ${checkHost}" >&3
tar cvf "${localBuildDir}/build.tar" -C "${localBuildDir}" BUILD || exit $?
scp "${localBuildDir}/build.tar" "${checkHost}:${remoteBuildDir}/build.tar" || exit $?
ssh "${checkHost}" "tar xf \"${remoteBuildDir}/build.tar\" -C \"${remoteBuildDir}\"" || exit $?
printf '%s %s\n' 'ok' "transferred build to ${checkHost}" >&3
printf '%s %s\n' 'notice' "testing on ${checkHost}" >&3
ssh "${checkHost}" "cd \"${remoteBuildDir}/BUILD\" && make -j${concurrency} check-TESTS XCTEST=1" || exit $?
printf '%s %s\n' 'ok' 'testing completed' >&3
fi
exit 0
}
# Using directory $1 for metrics and output, run the remaining arguments as
# a command using "scw" to capture metrics and record logs.
#
recordCommand () {
targetDir="$1"
shift
mkdir -p "${targetDir}"
scw -c /dev/null \
-s UserConfigFile=/dev/null \
-s ItemsDir=/dev/null \
-s MetricsDir="${targetDir}" \
-s CheckLockFile="${targetDir}/.widelock" \
-s OutputMap= \
-s OutputMap="OES stamped ${targetDir}/output.log" \
-s OutputMap="OES raw ${targetDir}/raw-output.log" \
-s Command="$*" \
run item
}
if test "$1" = "--testRunner"; then
testRunner
exit 1
fi
labHosts="$(grep -v '^#' ~/.config/lab-hosts 2>/dev/null)"
workDir=$(mktemp -d) || exit 1
trap 'rm -rf "${workDir}"' EXIT
sourceArchive="$1"
shift
hostList="$*"
test -n "${hostList}" || hostList="${labHosts}"
test -n "${sourceArchive}" || { echo "Usage: ${0##*/} TARBALL [HOST...]"; exit 1; }
test -s "${sourceArchive}" || { echo "${sourceArchive}: not found"; exit 1; }
attrBold="$(tput bold 2>/dev/null)"
attrUnderline="$(tput smul 2>/dev/null)"
attrRed="$(tput setaf 1 2>/dev/null)"
attrGreen="$(tput setaf 2 2>/dev/null)"
attrYellow="$(tput setaf 3 2>/dev/null)"
attrBlue="$(tput setaf 4 2>/dev/null)"
attrMagenta="$(tput setaf 5 2>/dev/null)"
attrCyan="$(tput setaf 6 2>/dev/null)"
attrWhite="$(tput setaf 7 2>/dev/null)"
attrNone="$(tput sgr0 2>/dev/null)"
dateStamp="$(date +%Y%m%d-%H%M)"
resultsArchive="result-${dateStamp}.tar.gz"
startEpoch="$(date +%s)"
for hostSpec in ${hostList}; do
localTestDir="${workDir}/${hostSpec}"
remoteBuildDir="test-${dateStamp}.$(date +%s).$$"
buildHost="${hostSpec}"
checkHost=""
configureArguments=""
xcFor="${hostSpec%:*}"
xcRunOn="${hostSpec#*:}"
if ! test "${xcFor}" = "${xcRunOn}"; then
localTestDir="${workDir}/${xcFor}-${xcRunOn}"
buildHost=""
checkHost="${xcRunOn}"
configureArguments="--host ${xcFor}"
fi
mkdir "${localTestDir}"
printf "%s\n" "${hostSpec}" > "${localTestDir}/hostSpec"
localBuildDir="${localTestDir}/XC"
(
flock -x 3
export sourceArchive buildHost checkHost remoteBuildDir localBuildDir configureArguments
recordCommand "${localTestDir}" "sh \"$0\" --testRunner" 3<&-
exec >>"${localTestDir}/output.log" 2>&1
printf '*** %s\n' 'retrieving build and test artefacts'
mkdir "${localTestDir}/tests"
if test -n "${buildHost}"; then
scp "${buildHost}:${remoteBuildDir}/BUILD/config.log" "${localTestDir}/"
scp "${buildHost}:${remoteBuildDir}/BUILD/test-suite.log" "${localTestDir}/"
scp "${buildHost}:${remoteBuildDir}/BUILD/tests/*" "${localTestDir}/tests/"
elif test -n "${checkHost}"; then
scp "${checkHost}:${remoteBuildDir}/BUILD/config.log" "${localTestDir}/"
scp "${checkHost}:${remoteBuildDir}/BUILD/test-suite.log" "${localTestDir}/"
scp "${checkHost}:${remoteBuildDir}/BUILD/tests/*" "${localTestDir}/tests/"
fi
printf '*** %s\n' 'removing build area'
rm -rf "${localBuildDir}"
if test -n "${buildHost}"; then
ssh "${buildHost}" rm -rf "${remoteBuildDir}"
elif test -n "${checkHost}"; then
ssh "${checkHost}" rm -rf "${remoteBuildDir}"
fi
printf '\n'
flock -u 3
) > "${localTestDir}/framework-output.log" 2>&1 3>>"${localTestDir}/active" &
done
sleep 0.1
allTestHostDirs="$(find "${workDir}" -mindepth 1 -maxdepth 1 -name "[0-9A-Za-z_]*" -type d -printf "%f\n" | sort)"
hostCount=0
for testHostDir in ${allTestHostDirs}; do hostCount=$((1+hostCount)); done
exitedCount=0
overallStatus=""
while test "${exitedCount}" -lt "${hostCount}"; do
width="$(tput cols 2>/dev/null)"
test -n "${width}" || width=80
currentEpoch="$(date +%s)"
elapsedSeconds=$((currentEpoch-startEpoch))
{
nameWidth=0
runningCount=0
failedCount=0
passedCount=0
exitedCount=0
overallStatus=""
for testHostDir in ${allTestHostDirs}; do
hostSpec="${testHostDir}"
{ read -r hostSpec < "${workDir}/${testHostDir}/hostSpec"; } 2>/dev/null
test "${#hostSpec}" -gt "${nameWidth}" && nameWidth="${#hostSpec}"
exec 3>>"${workDir}/${testHostDir}/active"
flock -x -n 3 && exitedCount=$((1+exitedCount))
exec 3<&-
test -e "${workDir}/${testHostDir}/ended" || runningCount=$((1+runningCount))
if test -e "${workDir}/${testHostDir}/failed"; then
overallStatus="FAIL"
failedCount=$((1+failedCount))
elif test -e "${workDir}/${testHostDir}/succeeded"; then
test -z "${overallStatus}" && overallStatus="PASS"
passedCount=$((1+passedCount))
fi
done
test -n "${overallStatus}" || overallStatus="----"
printf "%sT+%04d - %s%s\n\n" "${attrUnderline}" "${elapsedSeconds}" "$(date '+%Y-%m-%d %H:%M:%S')" "${attrNone}"
for testHostDir in ${allTestHostDirs}; do
hostSpec="${testHostDir}"
{ read -r hostSpec < "${workDir}/${testHostDir}/hostSpec"; } 2>/dev/null
lastStatusWord="-"
lastStatusMessage="-"
{ read -r lastStatusWord lastStatusMessage < "${workDir}/${testHostDir}/last-status"; } 2>/dev/null
lastLine="-"
test -s "${workDir}/${testHostDir}/output.log" && lastLine="$(tail -n 1 "${workDir}/${testHostDir}/output.log" 2>/dev/null | expand)"
testResult="----"
test -e "${workDir}/${testHostDir}/failed" && testResult="FAIL"
test -e "${workDir}/${testHostDir}/succeeded" && testResult="PASS"
remainingWidth=$((width-nameWidth-20))
statusWidth=$((remainingWidth*2/3))
test "${statusWidth}" -gt 40 && statusWidth=40
lastLineWidth=$((remainingWidth-statusWidth))
printf " %s%${nameWidth}s%s " "${attrBold}${attrYellow}" "${hostSpec}" "${attrNone}"
case "${testResult}" in
"PASS") printf "%s%s%s" "${attrBold}${attrGreen}" "PASS" "${attrNone}" ;;
"FAIL") printf "%s%s%s" "${attrBold}${attrRed}" "FAIL" "${attrNone}" ;;
*) printf "%s" "----"
esac
case "${lastStatusWord}" in
"(begin)"|"begin") printf " (%s%s%s) " "${attrBold}${attrMagenta}" "begin" "${attrNone}" ;;
"(end)"|"end") printf " (%s%s%s) " "${attrBold}${attrMagenta}" "end" "${attrNone}" ;;
"(notice)"|"notice") printf " (%s%s%s) " "${attrBold}${attrCyan}" "notice" "${attrNone}" ;;
"(ok)"|"ok") printf " (%s%s%s) " "${attrBold}${attrGreen}" "ok" "${attrNone}" ;;
"(warning)"|"warning") printf " (%s%s%s)" "${attrBold}${attrYellow}" "warning" "${attrNone}" ;;
"(error)"|"error") printf " (%s%s%s) " "${attrBold}${attrRed}" "error" "${attrNone}" ;;
*) printf " %7s " ""; lastStatusMessage="${lastStatusWord} ${lastStatusMessage}" ;;
esac
printf " %s%-${statusWidth}.${statusWidth}s%s" "${attrWhite}" "${lastStatusMessage}" "${attrNone}"
printf " %s%-${lastLineWidth}.${lastLineWidth}s%s" "${attrBlue}" "${lastLine}" "${attrNone}"
printf "\n"
done
printf "\n%s%s%s " "${attrBold}" "Overall status:" "${attrNone}"
case "${overallStatus}" in
"PASS") printf "%s%s%s" "${attrBold}${attrGreen}" "PASS" "${attrNone}" ;;
"FAIL") printf "%s%s%s" "${attrBold}${attrRed}" "FAIL" "${attrNone}" ;;
*) printf "%s" "----"
esac
printf " %s%s%s " "${attrBold}" "Running,Passed,Failed:" "${attrNone}"
printf "%sR%d%s" "${attrBold}${attrMagenta}" "${runningCount}" "${attrNone}"
printf ",%sP%d%s" "${attrBold}${attrGreen}" "${passedCount}" "${attrNone}"
printf ",%sF%d%s" "${attrBold}${attrRed}" "${failedCount}" "${attrNone}"
printf " = %d" "${hostCount}"
printf "\n\n"
} > "${workDir}/latest-status.txt"
cat "${workDir}/latest-status.txt"
sleep 1
done
endEpoch="$(date +%s)"
elapsedSeconds=$((endEpoch-startEpoch))
printf '%s\n' 'Generating results archive'
tar czf "${resultsArchive}" -C "${workDir}" .
printf '%s: %d%s\n' 'Total time taken' "${elapsedSeconds}" "s"
printf '%s: %s\n' 'Results archive' "${resultsArchive}"
test "${overallStatus}" = "PASS" || exit 1