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#!/bin/sh
## Copyright 2009- ECMWF.
## This software is licensed under the terms of the Apache Licence version 2.0
## which can be obtained at http://www.apache.org/licenses/LICENSE-2.0.
## In applying this licence, ECMWF does not waive the privileges and immunities
## granted to it by virtue of its status as an intergovernmental organisation
## nor does it submit to any jurisdiction.
#===================================================================
# Run all the ecflow tests, note use !/bin/bash to keep rpm happy, it uses bash
#===================================================================
if [ "$#" -gt 4 ] ; then
echo "Maximum of 3 arguments expected"
echo " arg1-mode (optional) default = release [ release | debug | profile ]"
echo " arg2-compiler(optional) default = linux/gcc-$(gcc -dumpversion)"
echo " arg3-safe (optional) default = no [ no | safe ] safe means only run deterministic tests"
echo " arg5-link (optional) default = static [ static | shared ] use boost static/shared directory to reference tests"
echo " arg5-ssl (optional) default = off [ off | ssl ] ssl means test ssl version of ecflow"
exit 1
fi
link=static
mode=release
compiler_arg=
safe=no
ssl=off
while [ "$#" -ne 0 ] ; do
if [ "$1" = debug -o "$1" = release -o "$1" = profile ] ; then
mode=$1
elif [ "$1" = safe ] ; then safe=yes ;
elif [ "$1" = ssl ] ; then ssl=on ;
elif [ "$1" = shared ] ; then link=shared ;
else
compiler_arg=$1
fi
# shift remove last argument
shift
done
if [ ${#mode} -eq 0 ] ; then
echo "test expects mode i.e. debug or release"
exit 1
fi
link_dir=
if [ ${link} = static ] ; then
link_dir=/link-static
fi
echo "mode=$mode compiler=$compiler_arg safe=$safe ssl=$ssl link=$link link_dir=$link_dir"
#======================================================================
# remove python test, so that they are rerun
rm -rf Pyext/bin/*.test
# Remove any lock file create by tests which used EcfPortLock.hpp
# ** However DO *NOT* remove this locks for in ecflow test.ecf
# ** as they allow the debug and release test to run at the same time.
rm -rf *.lock
# Check that a command is in the PATH.
test_path ()
{
if `command -v command 1>/dev/null 2>/dev/null`; then
command -v $1 1>/dev/null 2>/dev/null
else
hash $1 1>/dev/null 2>/dev/null
fi
}
# Check that the OS name, as returned by "uname", is as given.
test_uname ()
{
if test_path uname; then
test `uname` = $*
fi
}
unset ECF_PORT
OPEN_SSL=
if test_uname Linux ; then
TOOLSET=
CXXFLAGS=
compiler=gcc-$(gcc -dumpversion)
# When on cray check PE_ENV for environment
if [ "$PE_ENV" = INTEL -o "$PE_ENV" = CRAY -o "$PE_ENV" = GNU ]
then
CXXFLAGS=cxxflags=-fPIC
TOOLSET=toolset=gcc
if [ "$PE_ENV" = INTEL ] ; then
compiler=intel-linux
TOOLSET=toolset=intel
fi
if [ "$PE_ENV" = CRAY ] ; then
compiler=cray
TOOLSET=toolset=cray
fi
fi
# Allow the compiler to be overridden on linux
if [ ${#compiler_arg} -ne 0 ] ; then
compiler=$compiler_arg
fi
exe_path=$compiler/${mode}${link_dir}
if [ "$ssl" = on ] ; then
exe_path="$exe_path/ssl-on"
OPEN_SSL="ssl=on"
fi
echo "*****************************************"
echo "Testing: $exe_path"
echo "*****************************************"
ACore/bin/$exe_path/u_acore --log_level=message $TEST_OPTS
ANattr/bin/$exe_path/u_anattr --log_level=message $TEST_OPTS
ANode/bin/$exe_path/u_anode --log_level=message $TEST_OPTS
ANode/parser/bin/$exe_path/u_aparser --log_level=message $TEST_OPTS
if [ "$safe" = no ] ; then
ANode/parser/bin/$exe_path/perf_aparser --log_level=message $TEST_OPTS
fi
Base/bin/$exe_path/u_base --log_level=message $TEST_OPTS
if [ "$safe" = no ] ; then
# run python/C++ test
cd Pyext
$BOOST_ROOT/b2 $TOOLSET "$CXXFLAGS" variant=$mode link=$link $OPEN_SSL test-all $TEST_OPTS
cd ..
fi
Client/bin/$exe_path/s_client --log_level=message $TEST_OPTS
Server/bin/$exe_path/u_server --log_level=message $TEST_OPTS
CSim/bin/$exe_path/c_csim --log_level=message $TEST_OPTS
if [ "$safe" = no ] ; then
Test/bin/$exe_path/s_test --log_level=message $TEST_OPTS
Test/bin/$exe_path/s_test_zombies --log_level=message $TEST_OPTS
fi
elif test_uname Darwin ; then
TOOLSET=
CXXFLAGS=cxxflags="-Wno-deprecated-declarations -Wno-maybe-uninitialized -fvisibility-inlines-hidden -fvisibility=hidden"
compiler=gcc-$(/usr/local/opt/gcc@10/bin/gcc-10 -dumpversion)
exe_path=$compiler/${mode}${link_dir}
echo "*****************************************"
echo "Testing: $exe_path"
echo "*****************************************"
ACore/bin/$exe_path/u_acore --log_level=message $TEST_OPTS
ANattr/bin/$exe_path/u_anattr --log_level=message $TEST_OPTS
ANode/bin/$exe_path/u_anode --log_level=message $TEST_OPTS
ANode/parser/bin/$exe_path/u_aparser --log_level=message $TEST_OPTS
if [ "$safe" = no ] ; then
ANode/parser/bin/$exe_path/perf_aparser --log_level=message $TEST_OPTS
fi
Base/bin/$exe_path/u_base --log_level=message $TEST_OPTS
if [ "$safe" = no ] ; then
# run python/C++ test
cd Pyext
$BOOST_ROOT/b2 $TOOLSET "$CXXFLAGS" variant=$mode link=$link $OPEN_SSL test-all $TEST_OPTS
cd ..
fi
Client/bin/$exe_path/s_client --log_level=message $TEST_OPTS
Server/bin/$exe_path/u_server --log_level=message $TEST_OPTS
CSim/bin/$exe_path/c_csim --log_level=message $TEST_OPTS
if [ "$safe" = no ] ; then
Test/bin/$exe_path/s_test --log_level=message $TEST_OPTS
Test/bin/$exe_path/s_test_zombies --log_level=message $TEST_OPTS
fi
elif test_uname HP-UX ; then
echo "Testing: variant=$mode"
ACore/bin/acc/$mode/threading-multi/u_acore --log_level=message $TEST_OPTS
ANattr/bin/acc/$mode/threading-multi/u_anattr --log_level=message $TEST_OPTS
ANode/bin/acc/$mode/threading-multi/u_anode --log_level=message $TEST_OPTS
ANode/parser/bin/acc/$mode/threading-multi/u_aparser --log_level=message $TEST_OPTS
if [ "$safe" = no ] ; then
ANode/parser/bin/acc/$mode/threading-multi/perf_aparser --log_level=message $TEST_OPTS
fi
Base/bin/acc/$mode/threading-multi/u_base --log_level=message $TEST_OPTS
if [ "$safe" = no ] ; then
# run python/C++ test, use test to bypass 'with' statement tests
cd Pyext
$BOOST_ROOT/b2 variant=$mode test $TEST_OPTS
cd ..
fi
exit 1
Client/bin/acc/$mode/threading-multi/s_client --log_level=message $TEST_OPTS
Server/bin/acc/$mode/threading-multi/u_server --log_level=message $TEST_OPTS
CSim/bin/acc/$mode/threading-multi/c_csim --log_level=message $TEST_OPTS
if [ "$safe" = no ] ; then
Test/bin/acc/$mode/threading-multi/s_test --log_level=message $TEST_OPTS
Test/bin/acc/$mode/threading-multi/s_test_zombies --log_level=message $TEST_OPTS
fi
elif test_uname AIX ; then
echo "Testing: $ARCH variant=$mode"
ACore/bin/vacpp/$mode/threading-multi/u_acore --log_level=message $TEST_OPTS
ANattr/bin/vacpp/$mode/threading-multi/u_anattr --log_level=message $TEST_OPTS
ANode/bin/vacpp/$mode/threading-multi/u_anode --log_level=message $TEST_OPTS
ANode/parser/bin/vacpp/$mode/threading-multi/u_aparser --log_level=message $TEST_OPTS
if [ "$safe" = no ] ; then
ANode/parser/bin/vacpp/$mode/threading-multi/perf_aparser --log_level=message $TEST_OPTS
fi
Base/bin/vacpp/$mode/threading-multi/u_base --log_level=message $TEST_OPTS
if [ "$safe" = no ] ; then
# run python/C++ test
cd Pyext
$BOOST_ROOT/b2 variant=$mode test-all $TEST_OPTS
cd ..
fi
Client/bin/vacpp/$mode/threading-multi/s_client --log_level=message $TEST_OPTS
Server/bin/vacpp/$mode/threading-multi/u_server --log_level=message $TEST_OPTS
CSim/bin/vacpp/$mode/threading-multi/c_csim --log_level=message $TEST_OPTS
if [ "$safe" = no ] ; then
Test/bin/vacpp/$mode/threading-multi/s_test --log_level=message $TEST_OPTS
Test/bin/vacpp/$mode/threading-multi/s_test_zombies --log_level=message $TEST_OPTS
fi
fi
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