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|
#!/usr/bin/env bash
wait_on_pids()
{
# Wait on the last processes
for job in $1
do
wait $job
if [ "$?" -ne 0 ]
then
TestsFailed=$(($TestsFailed+1))
fi
done
}
usage()
{
echo "Runs .NET CoreFX tests on FreeBSD, Linux, NetBSD or OSX"
echo "usage: run-test [options]"
echo
echo "Input sources:"
echo " --coreclr-bins <location> Location of root of the binaries directory"
echo " containing the FreeBSD, Linux, NetBSD or OSX coreclr build"
echo " default: <repo_root>/bin/Product/<OS>.x64.<ConfigurationGroup>"
echo " --mscorlib-bins <location> Location of the root binaries directory containing"
echo " the FreeBSD, Linux, NetBSD or OSX mscorlib.dll"
echo " default: <repo_root>/bin/Product/<OS>.x64.<ConfigurationGroup>"
echo " --corefx-tests <location> Location of the root binaries location containing"
echo " the tests to run"
echo " default: <repo_root>/bin/tests"
echo " --corefx-native-bins <location> Location of the FreeBSD, Linux, NetBSD or OSX native corefx binaries"
echo " default: <repo_root>/bin/<OS>.x64.<ConfigurationGroup>"
echo " --corefx-packages <location> Location of the packages restored from NuGet."
echo " default: <repo_root>/packages"
echo
echo "Flavor/OS options:"
echo " --configurationGroup <config> ConfigurationGroup to run (Debug/Release)"
echo " default: Debug"
echo " --os <os> OS to run (FreeBSD, Linux, NetBSD or OSX)"
echo " default: detect current OS"
echo
echo "Execution options:"
echo " --sequential Run tests sequentially (default is to run in parallel)."
echo " --restrict-proj <regex> Run test projects that match regex"
echo " default: .* (all projects)"
echo " --useServerGC Enable Server GC for this test run"
echo
echo "Runtime Code Coverage options:"
echo " --coreclr-coverage Optional argument to get coreclr code coverage reports"
echo " --coreclr-objs <location> Location of root of the object directory"
echo " containing the FreeBSD, Linux, NetBSD or OSX coreclr build"
echo " default: <repo_root>/bin/obj/<OS>.x64.<ConfigurationGroup"
echo " --coreclr-src <location> Location of root of the directory"
echo " containing the coreclr source files"
echo
exit 1
}
# Handle Ctrl-C.
function handle_ctrl_c {
local errorSource='handle_ctrl_c'
echo ""
echo "Cancelling test execution."
exit $TestsFailed
}
# Register the Ctrl-C handler
trap handle_ctrl_c INT
ProjectRoot="$( cd "$( dirname "${BASH_SOURCE[0]}" )" && pwd )"
# Location parameters
# OS/ConfigurationGroup defaults
ConfigurationGroup="Debug"
OSName=$(uname -s)
case $OSName in
Darwin)
OS=OSX
;;
FreeBSD)
OS=FreeBSD
;;
Linux)
OS=Linux
;;
NetBSD)
OS=NetBSD
;;
*)
echo "Unsupported OS $OSName detected, configuring as if for Linux"
OS=Linux
;;
esac
# Misc defaults
TestSelection=".*"
TestsFailed=0
ensure_binaries_are_present()
{
local LowerConfigurationGroup="$(echo $ConfigurationGroup | awk '{print tolower($0)}')"
# Copy the CoreCLR native binaries
if [ ! -d $CoreClrBins ]
then
echo "error: Coreclr $OS binaries not found at $CoreClrBins"
exit 1
fi
# Then the mscorlib from the upstream build.
# TODO When the mscorlib flavors get properly changed then
if [ ! -f $MscorlibBins/mscorlib.dll ]
then
echo "error: Mscorlib not found at $MscorlibBins"
exit 1
fi
# Then the native CoreFX binaries
if [ ! -d $CoreFxNativeBins ]
then
echo "error: Corefx native binaries should be built (use build.sh native in root)"
exit 1
fi
}
copy_test_overlay()
{
testDir=$1
link_files_in_directory "$CoreClrBins" "$testDir"
link_files_in_directory "$CoreFxNativeBins" "$testDir"
ln -f $MscorlibBins/mscorlib.dll $testDir/mscorlib.dll
# If we have a native image for mscorlib, copy it as well.
if [ -f $MscorlibBins/mscorlib.ni.dll ]
then
ln -f $MscorlibBins/mscorlib.ni.dll $testDir/mscorlib.ni.dll
fi
}
# $1 is the source directory
# $2 is the destination directory
link_files_in_directory()
{
for path in `find $1 -maxdepth 1 -type f`; do
fileName=`basename $path`
ln -f $path "$2/$fileName"
done
}
# $1 is the name of the platform folder (e.g Unix.AnyCPU.Debug)
run_all_tests()
{
for testFolder in "$CoreFxTests/$1/"*
do
run_test $testFolder &
pids="$pids $!"
numberOfProcesses=$(($numberOfProcesses+1))
if [ "$numberOfProcesses" -ge $maxProcesses ]; then
wait_on_pids "$pids"
numberOfProcesses=0
pids=""
fi
done
# Wait on the last processes
wait_on_pids "$pids"
pids=""
}
# $1 is the path to the test folder
run_test()
{
testProject=`basename $1`
# Check for project restrictions
if [[ ! $testProject =~ $TestSelection ]]; then
echo "Skipping $testProject"
exit 0
fi
dirName="$1/netcoreapp1.0"
copy_test_overlay $dirName
pushd $dirName > /dev/null
chmod +x ./RunTests.sh
chmod +x ./corerun
echo
echo "Running tests in $dirName"
echo "./RunTests.sh $CoreFxPackages"
echo
./RunTests.sh "$CoreFxPackages"
exitCode=$?
if [ $exitCode -ne 0 ]
then
echo "error: One or more tests failed while running tests from '$fileNameWithoutExtension'. Exit code $exitCode."
fi
popd > /dev/null
exit $exitCode
}
coreclr_code_coverage()
{
if [ ! "$OS" == "FreeBSD" ] && [ ! "$OS" == "Linux" ] && [ ! "$OS" == "NetBSD" ] && [ ! "$OS" == "OSX" ]
then
echo "error: Code Coverage not supported on $OS"
exit 1
fi
if [ "$CoreClrSrc" == "" ]
then
echo "error: Coreclr source files are required to generate code coverage reports"
echo "Coreclr source files root path can be passed using '--coreclr-src' argument"
exit 1
fi
local coverageDir="$ProjectRoot/bin/Coverage"
local toolsDir="$ProjectRoot/bin/Coverage/tools"
local reportsDir="$ProjectRoot/bin/Coverage/reports"
local packageName="unix-code-coverage-tools.1.0.0.nupkg"
rm -rf $coverageDir
mkdir -p $coverageDir
mkdir -p $toolsDir
mkdir -p $reportsDir
pushd $toolsDir > /dev/null
echo "Pulling down code coverage tools"
which curl > /dev/null 2> /dev/null
if [ $? -ne 0 ]; then
wget -q -O $packageName https://www.myget.org/F/dotnet-buildtools/api/v2/package/unix-code-coverage-tools/1.0.0
else
curl -sSL -o $packageName https://www.myget.org/F/dotnet-buildtools/api/v2/package/unix-code-coverage-tools/1.0.0
fi
echo "Unzipping to $toolsDir"
unzip -q -o $packageName
# Invoke gcovr
chmod a+rwx ./gcovr
chmod a+rwx ./$OS/llvm-cov
echo
echo "Generating coreclr code coverage reports at $reportsDir/coreclr.html"
echo "./gcovr $CoreClrObjs --gcov-executable=$toolsDir/$OS/llvm-cov -r $CoreClrSrc --html --html-details -o $reportsDir/coreclr.html"
echo
./gcovr $CoreClrObjs --gcov-executable=$toolsDir/$OS/llvm-cov -r $CoreClrSrc --html --html-details -o $reportsDir/coreclr.html
exitCode=$?
popd > /dev/null
exit $exitCode
}
# Parse arguments
RunTestSequential=0
((serverGC = 0))
while [[ $# > 0 ]]
do
opt="$1"
case $opt in
-h|--help)
usage
;;
--coreclr-bins)
CoreClrBins=$2
;;
--mscorlib-bins)
MscorlibBins=$2
;;
--corefx-tests)
CoreFxTests=$2
;;
--corefx-native-bins)
CoreFxNativeBins=$2
;;
--corefx-packages)
CoreFxPackages=$2
;;
--restrict-proj)
TestSelection=$2
;;
--configurationGroup)
ConfigurationGroup=$2
;;
--os)
OS=$2
;;
--coreclr-coverage)
CoreClrCoverage=ON
;;
--coreclr-objs)
CoreClrObjs=$2
;;
--coreclr-src)
CoreClrSrc=$2
;;
--sequential)
RunTestSequential=1
;;
--useServerGC)
((serverGC = 1))
;;
--outerloop)
OuterLoop=""
;;
--IgnoreForCI)
IgnoreForCI="-notrait category=IgnoreForCI"
;;
*)
;;
esac
shift
done
# Compute paths to the binaries if they haven't already been computed
if [ "$CoreClrBins" == "" ]
then
CoreClrBins="$ProjectRoot/bin/Product/$OS.x64.$ConfigurationGroup"
fi
if [ "$MscorlibBins" == "" ]
then
MscorlibBins="$ProjectRoot/bin/Product/$OS.x64.$ConfigurationGroup"
fi
if [ "$CoreFxTests" == "" ]
then
CoreFxTests="$ProjectRoot/bin/tests"
fi
if [ "$CoreFxNativeBins" == "" ]
then
CoreFxNativeBins="$ProjectRoot/bin/$OS.x64.$ConfigurationGroup/Native"
fi
if [ "$CoreFxPackages" == "" ]
then
CoreFxPackages="$ProjectRoot/packages"
fi
# Check parameters up front for valid values:
if [ ! "$ConfigurationGroup" == "Debug" ] && [ ! "$ConfigurationGroup" == "Release" ]
then
echo "error: ConfigurationGroup should be Debug or Release"
exit 1
fi
if [ ! "$OS" == "FreeBSD" ] && [ ! "$OS" == "Linux" ] && [ ! "$OS" == "NetBSD" ] && [ ! "$OS" == "OSX" ]
then
echo "error: OS should be FreeBSD, Linux, NetBSD or OSX"
exit 1
fi
if [ "$CoreClrObjs" == "" ]
then
CoreClrObjs="$ProjectRoot/bin/obj/$OS.x64.$ConfigurationGroup"
fi
# The CI system shares PR build job definitions between RC2 and master. In RC2, we expected
# that CoreFxTests was the path to the root folder containing the tests for a specific platform
# (since all tests were rooted under a path like tests/Linux.AnyCPU.$ConfigurationGroup). In
# master, we instead want CoreFxTests to point at the root of the tests folder, since tests
# are now split across tests/AnyOS.AnyCPU.$ConfigruationGroup,
# tests/Unix.AnyCPU.$ConfigruationGroup and tests/$OS.AnyCPU.$ConfigurationGroup.
#
# Until we can split the CI definitions up, we need them to pass a platform specific folder (so
# the jobs work on RC2), so here we detect that case and use the parent folder instead.
if [[ `basename $CoreFxTests` =~ ^(Linux|OSX|FreeBSD|NetBSD) ]]
then
CoreFxTests=`dirname $CoreFxTests`
fi
export CORECLR_SERVER_GC="$serverGC"
export PAL_OUTPUTDEBUGSTRING="1"
if [ "$LANG" == "" ]
then
export LANG="en_US.UTF-8"
fi
ensure_binaries_are_present
# Walk the directory tree rooted at src bin/tests/$OS.AnyCPU.$ConfigurationGroup/
TestsFailed=0
numberOfProcesses=0
if [ $RunTestSequential -eq 1 ]
then
maxProcesses=1;
else
if [ `uname` = "NetBSD" ]; then
maxProcesses=$(($(getconf NPROCESSORS_ONLN)+1))
else
maxProcesses=$(($(getconf _NPROCESSORS_ONLN)+1))
fi
fi
run_all_tests "AnyOS.AnyCPU.$ConfigurationGroup"
run_all_tests "Unix.AnyCPU.$ConfigurationGroup"
run_all_tests "$OS.AnyCPU.$ConfigurationGroup"
if [ "$CoreClrCoverage" == "ON" ]
then
coreclr_code_coverage
fi
if [ "$TestsFailed" -gt 0 ]
then
echo "$TestsFailed test(s) failed"
else
echo "All tests passed."
fi
exit $TestsFailed
|