blob: 5dacfe75914592b571ca048a6925fc005d464a39 [file] [log] [blame]
#!/bin/bash
# -----------------------------------------------------------------------------
# Tool to perform a cell-based remote bazel build using a borrowed test cell.
# -----------------------------------------------------------------------------
# Check environment
[ -z "$OCN" ] && echo "Cell environment not established" && exit 1
runTests=false
useCache=false
noBuild=false
while getopts b:cnt?h o; do
case "$o" in
b) branch=$OPTARG;;
c) useCache=true;;
n) noBuild=true;;
t) runTests=true;;
*) echo "usage: cell-build [-b branch] [-cnt] [commitHash]" >&2; exit 1;;
esac
done
let OPC=$OPTIND-1
shift $OPC
! git status &>/dev/null && echo "Not in a git workspace. Exiting..." && exit $?
# Check arguments and environment
branch=${branch:-origin/master}
baseCommit=$(git log -n 1 --pretty=format:"%H" $branch)
# Create a patch file
git diff $baseCommit > /tmp/$baseCommit.patch
# Copy patch file to the remote build machine
scp /tmp/$baseCommit.patch $ONOS_USER@$OCN:/tmp
ssh -t -t $ONOS_USER@$OCN "
source ~/.bash_aliases
cd \$ONOS_ROOT
# Clean-up the workspace and stash away any changes.
git clean -f
git stash
# Make sure the remote build machine is on the same commit hash as the local one
remoteCommit=\$(git log -n 1 | head -n1 | cut -d\ -f2)
if [ \"\$remoteCommit\" != \"$baseCommit\" ]; then
git checkout master
git pull --no-stat
git checkout $baseCommit
fi
# Apply the patch if necessary
[ -s /tmp/$baseCommit.patch ] && git apply /tmp/$baseCommit.patch
# Promote the common bazelrc file to enable running against the cells cache
[ $useCache = true ] && cp ~/.bazelrc .bazelrc
# Run the build (neutralizing known environment mutations in SSH sessions)
set -e
[ $noBuild = false ] && SHLVL=1 SSH_CLIENT=0 SSH_CONNECTION=0 bazel build onos
[ $runTests = true ] && bazel query 'tests(//...)' | SHLVL=1 SSH_CLIENT=0 SSH_CONNECTION=0 xargs bazel test
"