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#!/bin/bash
############################################################
## This script is an interface to trigger the
## cyclicTestTrigger.sh for test type like patch verification,
## daily testing.
## Releng will trigger this script by passing test type as
## verify/daily and test name as idle_idle/stress_idle/
## packet_forward as arguments.
## Verify Job runs idle_idle,packet_forward test
## daily job runs base on the test name parameter
############################################################
test_type=$1
test_name=$2
ftrace_enable=0
cyclictest_env_verify=("idle_idle" "cpustress_idle" "memorystress_idle" "iostress_idle") #cyclictest environment
cyclictest_env_daily=("idle_idle" "cpustress_idle" "memorystress_idle" "iostress_idle")
cyclictest_result=0 #exit code of cyclictest
packetforward_result=0 #exit code of packet forward
source $WORKSPACE/ci/envs/host-config
function packetForward {
# source $WORKSPACE/ci/packet_forward_test.sh $HOST_IP
echo "Packetforwarding need to be implemented"
packetforward_result=$?
if [ ${packetforward_result} -ne 0 ];then
echo "Packet Forwarding test case execution FAILED"
else
echo "Packet Forwarding test case executed SUCCESSFULLY"
fi
}
function cyclictest {
test_case=$1
source $WORKSPACE/ci/cyclicTestTrigger.sh $HOST_IP $test_time $test_type $test_case
#Verifying whether the test node is up and running
connect_host
#Waiting for ssh to be available for the host machine.
sleep 20
#calculating and verifying sha512sum of the guestimage.
if ! verifyGuestImage;then
exit 1
fi
#Update kvmfornfv_cyclictest_${testName}.yaml with test_time and pod.yaml with IP
updateYaml
#Running PCM utility
collect_MBWInfo $test_type
#Checking which test cases will be executed first and last from the list to perform cleaning operations.
first_test_case=cyclictest_env_$test_type[0]
last_test_case=cyclictest_env_$test_type[-1]
#Cleaning the environment before running cyclictest through yardstick
if [ ${test_case} == "${!first_test_case}" ];then
env_clean
else
sudo ssh root@${HOST_IP} "pid=\$(ps aux | grep 'qemu' | awk '{print \$2}' | head -1); echo \$pid |xargs kill"
fi
#Creating a docker image with yardstick installed and launching ubuntu docker to run yardstick cyclic testcase
if runCyclicTest;then
cyclictest_result=`expr ${cyclictest_result} + 0`
else
echo "Test case execution FAILED for ${test_case} environment"
cyclictest_result=`expr ${cyclictest_result} + 1`
fi
echo "Terminating PCM Process"
sudo ssh root@${HOST_IP} "pid=\$(ps aux | grep 'pcm' | awk '{print \$2}' | head -1); echo \$pid |xargs kill -SIGTERM"
if [ ${test_case} != "${!last_test_case}" ];then
sudo ssh root@${HOST_IP} "reboot"
fi
}
function collect_MBWInfo {
#Collecting the Memory Bandwidth Information using pcm-memory utility
source $WORKSPACE/ci/envs/host-config
testType=$1
timeStamp=$(date +%Y%m%d%H%M%S)
echo "Running PCM memory to collect memory bandwidth"
sudo ssh root@${HOST_IP} "mkdir -p /root/MBWInfo"
sudo ssh root@${HOST_IP} "${pcm_memory} 60 &>/root/MBWInfo/MBWInfo_${testType}_${timeStamp} &disown"
}
function install_pcm {
source $WORKSPACE/ci/envs/host-config
sudo ssh root@${HOST_IP} '
modelName=`cat /proc/cpuinfo | grep -i "model name" | uniq`
if echo "$modelName" | grep -i "xeon" ;then
echo "pcm utility supports $modelName processor"
else
echo "check for the pcm utility supported processors"
exit 1
fi
cd /root
if [ ! -d "pcm" ]; then
`git clone https://github.com/opcm/pcm`
cd pcm
make
echo "Disabling NMI Watchdog"
echo 0 > /proc/sys/kernel/nmi_watchdog
echo "To Access MSR registers installing msr-tools"
sudo yum install msr-tools
sudo modprobe msr
fi
'
}
function ftrace_disable {
sudo ssh root@${HOST_IP} "sh /root/workspace/scripts/disbale-trace.sh"
sudo ssh root@${HOST_IP} "cd /tmp ; a=\$(ls -rt | tail -1) ; echo \$a ; mv \$a cyclictest_${env}.txt"
sudo mkdir -p $WORKSPACE/build_output/log/kernel_trace
sudo scp root@${HOST_IP}:/tmp/cyclictest_${env}.txt $WORKSPACE/build_output/log/kernel_trace/
}
#Execution of testcases based on test type and test name from releng.
if [ ${test_type} == "verify" ];then
HOST_IP="10.10.100.21"
test_time=1000 # 1s
install_pcm
if [ ${ftrace_enable} -eq '1' ]; then
for env in ${cyclictest_env_verify[@]}
do
#Enabling ftrace for kernel debugging.
sed -i '/host-setup1.sh/a\ \- \"enable-trace.sh\"' kvmfornfv_cyclictest_hostenv_guestenv.yaml
#Executing cyclictest through yardstick.
cyclictest ${env}
#disabling ftrace and collecting the logs to upload to artifact repository.
ftrace_disable
sleep 10
done
#Execution of packet forwarding test cases.
packetForward
else
for env in ${cyclictest_env_verify[@]}
do
#Executing cyclictest through yardstick.
cyclictest ${env}
sleep 10
done
env_clean
host_clean
#Execution of packet forwarding test cases.
packetForward
fi
if [ ${cyclictest_result} -ne 0 ] || [ ${packetforward_result} -ne 0 ];then
echo "Test case FAILED"
test_exit 1
else
test_exit 0
fi
elif [ ${test_type} == "daily" ];then
HOST_IP="10.10.100.22"
test_time=3600000 #1h
install_pcm
if [ ${test_name} == "packet_forward" ];then
packetForward
if [ ${packetforward_result} -ne 0 ] ; then
test_exit 1
else
test_exit 0
fi
elif [ ${test_name} == "cyclictest" ];then
if [ ${ftrace_enable} -eq '1' ]; then
for env in ${cyclictest_env_daily[@]}
do
#Enabling ftrace for kernel debugging.
sed -i '/host-setup1.sh/a\ \- \"enable-trace.sh\"' kvmfornfv_cyclictest_hostenv_guestenv.yaml
#Executing cyclictest through yardstick.
cyclictest ${env}
#disabling ftrace and collecting the logs to upload to artifact repository.
ftrace_disable
sleep 5
done
else
for env in ${cyclictest_env_daily[@]}
do
#Executing cyclictest through yardstick.
cyclictest ${env}
sleep 5
done
env_clean
host_clean
fi
if [ ${cyclictest_result} -ne 0 ] ; then
echo "Cyclictest case execution FAILED"
test_exit 1
else
echo "Cyclictest case executed SUCCESSFULLY"
test_exit 0
fi
fi
elif [ ${test_type} == "merge" ];then
echo "Test is not enabled for ${test_type}"
exit 0
else
echo "Incorrect test type ${test_type}"
fi
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