303 lines
6.4 KiB
Bash
303 lines
6.4 KiB
Bash
#!/bin/bash
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# Lets try for /bin/sh but bashisms will sneak in.
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# partial bash strict mode
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set -uo pipefail
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V=0;
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target=""
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if [ -f ~/.skiboot_boot_tests ]; then
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source ~/.skiboot_boot_tests
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fi
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# Utility functions
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function error {
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unset SSHPASS
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if [ ! -z "$target" ]; then
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echo "$target: $*" >&2
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else
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echo "$0: $*" >&2
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fi
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exit 1
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}
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function msg {
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if [ $V -ne 0 ]; then
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if [ ! -z "$target" ]; then
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echo "$target: $*"
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else
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echo "$0: $*"
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fi
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fi
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}
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# Generic conf
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BOOT_SLEEP_PERIOD=10
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FUNCTIONS_NEEDED="sshpass ssh ipmitool md5sum rsync expect";
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function linux_boot {
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if [ $STRIP_CONTROL -eq 1 ]; then
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STRIPCOMMAND="col -b -l 1"
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else
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STRIPCOMMAND="cat"
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fi
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#Everyone is going to forget to disconnect - force them off
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ipmiresult=$($IPMI_COMMAND sol deactivate 2>&1);
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retval=$?
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if [ $retval -ne 0 -a "$ipmiresult" != "Info: SOL payload already de-activated" ]; then
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msg "IPMI sol deactivate failed; IPMI may have stalled, may just be IPMI. Good luck."
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fi
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LINUXBOOT_LOG=$(mktemp --tmpdir boot-test-$target.XXXXXX);
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cat <<EOF | expect > $LINUXBOOT_LOG
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set timeout 300
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spawn $IPMI_COMMAND sol activate
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expect {
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timeout { send_user "\nTimeout waiting for petitboot\n"; exit 1 }
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eof { send_user "\nUnexpected EOF\n;" exit 1 }
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"Welcome to Petitboot"
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}
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close
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exit 0
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EOF
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retval=$?
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$IPMI_COMMAND sol deactivate > /dev/null;
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if [ $retval -ne 0 ]; then
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msg "Waiting for linux has timed out"
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msg "Boot log follows:"
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cat $LINUXBOOT_LOG
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if [ $keep_log_failure -eq 0 ]; then
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rm -f $LINUXBOOT_LOG
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fi
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return 1
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else
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if [ $keep_log_success -eq 0 ]; then
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rm -f $LINUXBOOT_LOG
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fi
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return 0
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fi
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}
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function boot_test {
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# The functions called (e.g. flash, boot) are from the *_support files
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if [ $bootonly -ne 1 ]; then
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msg "Flashing ${target}..."
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flash $@;
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fi
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if [ $nobooting -ne 1 ] ; then
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msg "Booting $target..."
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boot_firmware;
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msg "firmware looks good, waiting for linux";
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linux_boot;
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if [ $? -ne 0 ] ; then
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error "Couldn't reach petitboot on $target";
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fi
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msg "$target has booted";
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fi
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unset SSHPASS;
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}
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function sanity_test {
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$IPMI_COMMAND chassis power status > /dev/null;
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if [ $? -ne 0 ]; then
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echo "$target: Failed to connect to $target with IPMI..."
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echo "$target: Command was: $IPMI_COMMAND chassis power status"
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error "Try connecting manually to diagnose the issue."
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fi
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# do further machine-type specific tests
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machine_sanity_test
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}
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function usage {
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cat <<EOF
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boot_test.sh tests the bootability of a given target, optionally after
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flashing new firmware onto the target.
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There are three usage modes.
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1) boot_test.sh -h
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Print this help
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2) boot_test.sh [-vdp] -t target -B -b (fsp|bmc|smc|openbmc)
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Boot test the target without flashing. Specify the type of machine
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(FSP, BMC, SMC, OpenBMC) with the -b option.
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3) boot_test.sh [-vdp] -b bmc -t target -P pnor [-N]
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boot_test.sh [-vdp] -b bmc -t target [-1 PAYLOAD] [-2 BOOTKERNEL] [-N]
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boot_test.sh [-vdp] -b bmc -t target [-F eyecatcher:lid] [-N]
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boot_test.sh [-vdp] -b fsp -t target [-1 lid1] [-2 lid2] [-3 lid3]
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Flash the given firmware before boot testing.
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For a BMC target, -P specifies a full PNOR.
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For a BMC target, -1/-2 specify the PAYLOAD and BOOTKERNEL PNOR partitions
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respectively; -e specifies the partition name for -3.
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Only the given partitions will be flashed.
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For an FSP target, -1/-2/-3 specify lids. Any combination of lids is
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acceptable.
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Common Options:
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-p powers off the machine if it is running. Without -p, a running machine
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will cause the script to error out.
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-v makes the script print some progress messages. Recommended.
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-d makes the script print lots of things (set -vx).
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Only use this for debugging the script: it's highly likely that
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successful booting into Petitboot will not be detected with this option.
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-b BMC type (bmc or fsp).
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-k keep logs on failure.
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-K keep logs on success or failure.
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-N No booting.
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EOF
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exit 1;
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}
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## 'Main' script begins
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# Check prereqs
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for func in $FUNCTIONS_NEEDED ; do
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if ! command -v "$func" &> /dev/null ; then
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error "I require command $func but it is not in \$PATH ($PATH)";
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fi
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done
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# Parse options
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V=0;
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bootonly=0;
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nobooting=0;
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powerdown=0;
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firmware_supplied=0;
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target=""
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method=""
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PNOR=""
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arbitrary_lid[0]=""
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arbitrary_lid[1]=""
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LID[0]=""
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LID[1]=""
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LID[2]=""
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keep_log_success=0
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keep_log_failure=0
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while getopts "kKhvdpB1:2:3:P:t:b:F:N" OPT; do
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case "$OPT" in
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v)
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V=1;
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;;
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h)
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usage;
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;;
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d)
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set -vx;
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;;
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k)
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keep_log_failure=1;
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;;
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K)
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keep_log_failure=1;
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keep_log_success=1;
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;;
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B)
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bootonly=1;
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if [ $firmware_supplied -eq 1 ]; then
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usage
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fi
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;;
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N)
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nobooting=1;
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if [ $firmware_supplied -eq 0 ] ; then
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error "Firmware not supplied."
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fi
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;;
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p)
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powerdown=1;
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;;
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b)
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method=$OPTARG;
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;;
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1|2|3)
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firmware_supplied=1;
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if [ ! -e "$OPTARG" ] ; then
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error "Couldn't stat $OPTARG";
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fi
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LID[$(expr ${OPT} - 1)]="$OPTARG"
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;;
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P)
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firmware_supplied=1;
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if [ ! -e "$OPTARG" ] ; then
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error "Couldn't stat $OPTARG";
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fi
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PNOR="$OPTARG"
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;;
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F)
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firmware_supplied=1;
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arbitrary_lid[0]=`echo "$OPTARG" | cut -s -f1 -d:`;
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arbitrary_lid[1]=`echo "$OPTARG" | cut -s -f2 -d:`;
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if [ -z "${arbitrary_lid[0]}" -o -z "${arbitrary_lid[1]}" ] ; then
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error "-F must be in the format eyecatcher:lid, e.g. GARD:gard.bin";
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fi
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;;
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t)
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target=$OPTARG;
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;;
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\?)
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usage;
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;;
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esac
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done
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shift $(expr $OPTIND - 1);
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# Pull out the target and test
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if [ "$target" = "" ]; then
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usage;
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fi
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if ! ping -c 1 "$target" &> /dev/null ; then
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error "Couldn't ping $target";
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fi
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if [ "$#" -ne 0 ]; then
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usage
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fi
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# pull in the relevant config file and set things up
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source $(dirname $(readlink -f $0))/${method}_support.sh
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IPMI_COMMAND="ipmitool -I lanplus -H $target $IPMI_AUTH"
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msg "Running sanity test"
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sanity_test
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msg "Passed."
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# check the target is down
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# (pulls in is_off from ${method}_support.sh)
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if ! is_off; then
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if [ $powerdown -eq 1 ]; then
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poweroff
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else
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error "$target is not turned off";
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fi
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fi
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force_primary_side # ensure we're booting from side we flash.
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# run the boot test
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echo "$target: Boot testing $target";
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begin_t=$(date +%s);
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boot_test
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echo "$target: Done in $(expr $(date +%s) - $begin_t ) seconds";
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