kexec-tools/tests/scripts/kexec-kdump-test/init.sh
Kairui Song a8dbd281f7 selftest: Add basic test framework
Now, by execute `make test-run` in tests/, kexec-tools sanity tests
will be performed using VMs. There are currently 3 test cases, for local
kdump, nfs kdump and ssh kdump.

For each test VM, the selftest framework will create a snapshot layer,
do setup as required by the test case, this ensure each test runs in a
clean VM.

This framework will install a custom systemd service that starts when
system have finished booting, and the service will do basic routine
(fetch and set boot counter, etc..), then call the test case which is
installed in /kexec-kdump-test/test.sh in VM.

Each VM will have two serial consoles, one for ordinary console usage,
one for the test communication and log. The test script will watch the
second test console to know the test status.

The test cases are located in tests/scripts/testcases, documents about
the test cases structure will be provided in following commits.

Signed-off-by: Kairui Song <kasong@redhat.com>
Acked-by: Dave Young <dyoung@redhat.com>
2020-09-17 10:42:54 +08:00

113 lines
2.2 KiB
Bash
Executable File

#!/usr/bin/env sh
BOOT_ARG="test_boot_count"
_YELLOW='\033[1;33m'
_GREEN='\033[0;32m'
_RED='\033[0;31m'
_NC='\033[0m' # No Color
if [ -n "$(cat /proc/cmdline | grep "\bno_test\b")" ]; then
exit 0
fi
get_test_boot_count() {
local boot_count=$(cat /proc/cmdline | sed -n "s/.*$BOOT_ARG=\([0-9]*\).*/\1/p")
if [ -z "$boot_count" ]; then
boot_count=1
fi
echo $boot_count
}
test_output() {
echo $@ > /dev/ttyS1
echo $@ > /dev/ttyS0
sync
}
test_passed() {
echo -e "${_GREEN}TEST PASSED${_NC}" > /dev/ttyS1
echo -e "${_GREEN}kexec-kdump-test: TEST PASSED${_NC}" > /dev/ttyS0
echo $@ > /dev/ttyS1
echo $@ > /dev/ttyS0
sync
shutdown -h 0
exit 0
}
test_failed() {
echo -e "${_RED}TEST FAILED${_NC}" > /dev/ttyS1
echo -e "${_RED}kexec-kdump-test: TEST FAILED${_NC}" > /dev/ttyS0
echo $@ > /dev/ttyS1
echo $@ > /dev/ttyS0
sync
shutdown -h 0
exit 1
}
test_abort() {
echo -e "${_YELLOW}TEST ABORTED${_NC}" > /dev/ttyS1
echo -e "${_YELLOW}kexec-kdump-test: TEST ABORTED${_NC}" > /dev/ttyS0
echo $@ > /dev/ttyS1
echo $@ > /dev/ttyS0
sync
shutdown -h 0
exit 2
}
has_valid_vmcore_dir() {
local path=$1
local vmcore_dir=$path/$(ls -1 $path | tail -n 1)
local vmcore="<invalid>"
# Checking with `crash` is slow and consume a lot of memory/disk,
# just do a sanity check by check if log are available.
if [ -e $vmcore_dir/vmcore ]; then
vmcore=$vmcore_dir/vmcore
makedumpfile --dump-dmesg $vmcore $vmcore_dir/vmcore-dmesg.txt.2 || return 1
elif [ -e $vmcore_dir/vmcore.flat ]; then
vmcore=$vmcore_dir/vmcore.flat
makedumpfile -R $vmcore_dir/vmcore < $vmcore || return 1
makedumpfile --dump-dmesg $vmcore_dir/vmcore $vmcore_dir/vmcore-dmesg.txt.2 || return 1
rm $vmcore_dir/vmcore
else
return 1
fi
if diff $vmcore_dir/vmcore-dmesg.txt.2 $vmcore_dir/vmcore-dmesg.txt; then
return 1
fi
test_output "Found a valid vmcore in \"$vmcore_dir\""
return 0
}
BOOT_COUNT=$(get_test_boot_count)
test_output "Kexec-Kdump-Test Boot #$BOOT_COUNT"
echo 'fedora' | passwd --stdin root
test_output "Updating kernel cmdline"
grubby --update-kernel ALL --args $BOOT_ARG=$(expr $BOOT_COUNT + 1) && sync
test_output "Executing test hook"
source /kexec-kdump-test/test.sh
on_test;
test_output "Test exited, system hang for inspect"