Update testing script

.gitignore

@@ -11,3 +11,4 @@ builds/*
 .data
 build
 build-yocto
+test/build-test

test/silecsTypesTester.sh

@@ -4,20 +4,48 @@ set -e
 
 SCRIPT_PATH=$(dirname $(readlink -f "$0"))
 
-. $SCRIPT_PATH/../build/latest/silecs_environment
+cd $SCRIPT_PATH/../
+
+./configure.sh -r $SCRIPT_PATH/build-test -t x86_64
+./build.sh -t x86_64
+./install.sh -t x86_64
+
+./configure.sh -r $SCRIPT_PATH/build-test -t yocto
+./build.sh -t yocto
+./install.sh -t yocto
+
+cd $SCRIPT_PATH
+
+. $SCRIPT_PATH/build-test/latest/silecs_environment
 
 RELATIVE_PATH=$(dirname "$0")
 
+silecs -g $RELATIVE_PATH/AllTypesFESA $RELATIVE_PATH/AllTypesFESA_DU
+
+fesa3 -v $RELATIVE_PATH/AllTypesFESA/src/AllTypesFESA.design
+fesa3 -v $RELATIVE_PATH/AllTypesFESA_DU/src/AllTypesFESA_DU.deploy
+
 yocto-fesa3 -c $RELATIVE_PATH/AllTypesFESA gen
 yocto-fesa3 -c $RELATIVE_PATH/AllTypesFESA build
-yocto-fesa3 -d $RELATIVE_PATH/AllTypesFESA_DU release -f vmla016
+yocto-fesa3 -d $RELATIVE_PATH/AllTypesFESA_DU release -f vmla016 -e int
 
 silecs -r $SCRIPT_PATH/AllTypesFESA_DU -e int
 
-read -p "Load the device-mode scl on the PLC and startup the FESA class configure with device-mode device. Then press any key to continue"
+cp $RELATIVE_PATH/AllTypesFESA_DU/hosts /common/export/fesa/local/vmla016/AllTypesFESA_DU/
+
+echo "Load the device-mode scl on the PLC and startup the FESA class configure with device-mode device. Make sure that the instance file only contains the one device-mode device."
+echo "To start on yocto systems, use the systemd fesa tools. systemctl start fesa@AllTypesFESA_DU, systemctl status fesa@AllTypesFESA_DU, journalctl -u fesa@AllTypesFESA_DU"
+echo "Make sure tsts7001-device and tsts7001-block are resolved to tsts7001, by specifying export HOSTALIASES=/opt/fesa/nfs/local/vmla016/AllTypesFESA_DU/hosts,"\
+    "An alternative if you can not get systemd to work is to rename the PLC in the FESA instance file to tsts7001 and rename the tsts7001-*.silecsparam file to tsts7001.silecsparam within /etc/fesa/params/"
+echo "If you wish to avoid testing with systemd tools, you can synchronize the class and copy over startManually_AllTypesFESA_DU_M.sh. Since this is not done automatically by the fesa yocto release scripts"
+read -p "Then press any key to continue"
 
 $SCRIPT_PATH/cmwTester.py --int
 
-read -p "Load the block-mode scl on the PLC and startup the FESA class configured with block-mode device. Then press any key to continue"
+echo "Load the device-mode scl on the PLC and startup the FESA class configure with block-mode device. Make sure that the instance file only contains the one block-mode device."
+echo "To start on yocto systems, use the systemd fesa tools. systemctl start fesa@AllTypesFESA_DU, systemctl status fesa@AllTypesFESA_DU, journalctl -u fesa@AllTypesFESA_DU"
+echo "Make sure tsts7001-device and tsts7001-block are resolved to tsts7001, by specifying export HOSTALIASES=/opt/fesa/nfs/local/vmla016/AllTypesFESA_DU/hosts,"\
+    "An alternative if you can not get systemd to work is to rename the PLC in the FESA instance file to tsts7001 and rename the tsts7001-*.silecsparam file to tsts7001.silecsparam within /etc/fesa/params/"
+read -p "Then press any key to continue"
 
 $SCRIPT_PATH/cmwTester.py --int --block-mode