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#!/bin/bash
# Library for acctest acceptance tests done by ssh/rsh access to the target
# To be sourced at beginning of tests/acctest bash script
#
# 2007-08, 2008-06 jfr@pengutronix.de
# Choose the communication method: 'ssh' or 'rsh'
SSH_COMMAND_DEFAULT='rsh'
SSH_COMMAND=${SSH_COMMAND:-${SSH_COMMAND_DEFAULT}}
LOGFILE="${PTXDIST_WORKSPACE}/test${PTXDIST_PLATFORMSUFFIX}.log"
REPORTFILE="${PTXDIST_WORKSPACE}/test${PTXDIST_PLATFORMSUFFIX}.report"
TESTRUNDIRBASE="${PTXDIST_WORKSPACE}/results/result${PTXDIST_PLATFORMSUFFIX}"
[ -d "$TESTRUNDIRBASE" ] || mkdir -p "$TESTRUNDIRBASE"
echo "<report starttime=\""$(date +%FT%T.%N)"\">" > "$REPORTFILE"
RED='\0033[1;31m'
GREEN='\0033[1;32m'
BLUE='\0033[1;34m'
NC='\0033[0m' # No Color
OKSTRING="OK"
FAILSTRING="FAILED"
ok_count=0
fail_count=0
testseq=0
datenohyphen=$(date +%Y%m%d)
lastrundir=$(find ${TESTRUNDIRBASE} -name "${datenohyphen}-*" -printf "%P\n" | sort | tail -n1)
# when empty, set to "newdate", so that the -d test below will turn out negative => testrunseq="0001"
lastrundir=${lastrundir:-"newdate"}
if [ -d "${TESTRUNDIRBASE}/${lastrundir}" ]
then # create a new dir with testrun sequence one up
oldtestrunseq=${lastrundir/"${datenohyphen}-"/}
# remove leading zeros and add 1 with bc, then add leading zeros
testrunseq=$(printf "%04d" $(echo "$oldtestrunseq+1" | bc))
else
testrunseq="0001"
fi
TESTRUNDIR="${TESTRUNDIRBASE}/${datenohyphen}-${testrunseq}"
mkdir -p "${TESTRUNDIR}"
reportwrite() {
case "$1" in
'checking')
echo "<checking>$2</checking>" >> "$REPORTFILE"
;;
'remote')
echo "<remote>$2</remote>" >> "$REPORTFILE"
echo "[remote]" > "${TESTDIR}/cmdline"
echo "$2" >> "${TESTDIR}/cmdline"
;;
'host')
echo "<host>$2</host>" >> "$REPORTFILE"
echo "[host]" > "${TESTDIR}/cmdline"
echo "$2" >> "${TESTDIR}/cmdline"
;;
'compare')
echo "<compare>$2</compare>" >> "$REPORTFILE"
;;
'boolresult')
if [ "$2" = "true" ]; then
echo "<result>${OKSTRING}</result>" >> "$REPORTFILE"
echo "${OKSTRING}" > "${TESTDIR}/result"
fi
if [ "$2" = "false" ]; then
echo "<result>${FAILSTRING}</result>" >> "$REPORTFILE"
echo "${FAILSTRING}" > "${TESTDIR}/result"
fi
;;
'stdout')
echo "<stdout>" >> "$REPORTFILE"
echo "$2" >> "$REPORTFILE"
echo "$2" > "${TESTDIR}/stdout"
echo "</stdout>" >> "$REPORTFILE"
;;
'exitstatus')
echo "<exitstatus>$2</exitstatus>" >> "$REPORTFILE"
echo "$2" > "${TESTDIR}/exitstatus"
;;
'time')
if [ $2 = "begin" ]
then
echo "<starttime>$(date -u +%FT%T.%3NZ)</starttime>" >> "$REPORTFILE"
echo "$(date -u +%FT%T.%3NZ)" > "${TESTDIR}/starttime"
fi
if [ $2 = "end" ]
then
echo "<endtime>$(date -u +%FT%T.%3NZ)</endtime>" >> "$REPORTFILE"
echo "$(date -u +%FT%T.%3NZ)" > "${TESTDIR}/endtime"
fi
;;
*)
echo "Error: No or wrong action given in reportwrite call in $0" >> "$LOGFILE"
false
esac
}
test_begin() {
(( testseq++ ))
local testname=${FUNCNAME[1]/"acctest_"}
local testseqstring=$(printf "%04d" $testseq)
echo "<test name=\"${testname}\" sequence=\"${testseqstring}\">" >> "$REPORTFILE"
TESTDIR="${TESTRUNDIR}/${testseqstring}-$testname"
if [ ! -e "${TESTDIR}" ]
then
mkdir -p "${TESTDIR}"
else
echo "Directory \"${TESTDIR}\" already exists. Something is going wrong." >&2
fi
reportwrite time begin
}
test_end() {
reportwrite time end
echo "</test>" >> "$REPORTFILE"
if [ "$exit_now" = "1" ]; then exit 1; fi
}
checking() {
printf "%-71s" "checking $1" >&2
reportwrite checking "$1"
}
result_ok() {
printf "%8b" "[${GREEN} OK ${NC}]\n" >&2
reportwrite boolresult true
(( ok_count++ ))
}
result_fail() {
printf "%8b" "[${RED}FAILED${NC}]\n" >&2
reportwrite boolresult false
(( fail_count++ ))
}
result() {
if [ "$?" = "0" ]; then
result_ok
return 0
else
result_fail
if [ "$1" = "fatal" ]; then
printf "%8b" "${RED}Fatal. Cannot continue.${NC}\n" >&2
exit_now="1" # actually exiting is done in test_end
fi
return 1
fi
}
#
# functions acting on target
#
remote() {
case "$SSH_COMMAND" in
'ssh')
echo "ssh -q -o StrictHostKeyChecking=no -l root ${PTXCONF_BOARDSETUP_TARGETIP} \"$1\"" >> "$LOGFILE"
local stdoutret=$(ssh -q -o StrictHostKeyChecking=no -l root ${PTXCONF_BOARDSETUP_TARGETIP} "$1"'; echo ret=$?') 2>> "$LOGFILE"
;;
'rsh')
echo "rsh -l root ${PTXCONF_BOARDSETUP_TARGETIP} \"$1\"" >> "$LOGFILE"
local stdoutret=$(rsh -l root ${PTXCONF_BOARDSETUP_TARGETIP} "$1"'; echo ret=$?') 2>> "$LOGFILE"
;;
*)
echo "Error: No or wrong remote-shell command defined in test script $0" >> "$LOGFILE"
false
esac
reportwrite remote "$1"
local stdout=$(echo "$stdoutret" | head -n-1)
local retvalline=$(echo "$stdoutret" | tail -n1)
if [ "${retvalline:0:4}" = "ret=" ]
then # The "ret=" is on a line of its own
local retvallinestdoutpart=""
local retvallineretpart=""
else # There was no newline before "ret="
local retvallineretpart=$(expr "$retvalline" : '.*\(ret=.*\)')
local retvallinestdoutpart="${retvalline%$retvallineretpart}"
retvalline="$retvallineretpart"
fi
echo "$stdout"
echo -n "$retvallinestdoutpart"
reportwrite stdout "${stdout}${retvallinestdoutpart}"
reportwrite exitstatus ${retvalline:4}
return ${retvalline:4}
}
host() {
echo "${1}" >> "$LOGFILE"
reportwrite host "${1}"
local stdout=$(eval ${1}) 2>> "$LOGFILE"
local retval=$?
reportwrite stdout "${stdout}"
reportwrite exitstatus ${retval}
echo "$stdout"
return ${retval}
}
remote_compare() {
echo "test \"\$\(remote \"$1\"\)\" = \"$2\"" >> "$LOGFILE"
local ret=$(remote "$1") 2>> "$LOGFILE"
reportwrite compare "$2"
test "$ret" = "$2" 2>> "$LOGFILE"
}
remote_assure_module() {
# This should not be used as an indicator for functionality:
# Don't just check on loaded modules; rather check their indirect signs of operationality.
echo "remote \"lsmod | grep \\\"^$1 \\\"\"" >> "$LOGFILE"
local ret=$(remote "lsmod | grep \"^$1 \"") 2>> "$LOGFILE"
test "${ret:0:${#1}}" = "$1" 2>> "$LOGFILE"
}
remote_busyboxps() {
if [ -z $BUSYBOX ]
then
local bbtest=$(remote "ps --help 2>&1 | grep ^BusyBox") 2>> "$LOGFILE"
test "${bbtest:0:7}" = "BusyBox"
BUSYBOX=$?
fi
return $BUSYBOX
}
remote_assure_process() {
if remote_busyboxps
then
#put brackets around the first char of search string, so grep won't hit its own pid
local lookfor="[${1:0:1}]${1:1}"
echo "remote \"ps | grep $lookfor\"" >> "$LOGFILE"
local ret=$(remote "ps | grep $lookfor") 2>> "$LOGFILE"
echo "$ret" | grep "$1[$ ]" 2>> "$LOGFILE"
else
echo "remote \"ps axo s,comm | grep \\\"^S $1\\\"\"" >> "$LOGFILE"
local ret=$(remote "ps axo s,comm | grep \"^S $1\"") 2>> "$LOGFILE"
test "${ret:2:${#1}}" = "$1" 2>> "$LOGFILE"
fi
}
remote_file() {
case "$2" in
'block')
echo "remote \"test -b $1\"" >> "$LOGFILE"
remote "test -b \"$1\"" 2>> "$LOGFILE"
;;
'character')
echo "remote \"test -c $1\"" >> "$LOGFILE"
remote "test -c \"$1\"" 2>> "$LOGFILE"
;;
'exists')
echo "remote \"test -e $1\"" >> "$LOGFILE"
remote "test -e \"$1\"" 2>> "$LOGFILE"
;;
'executable')
echo "remote \"test -x $1\"" >> "$LOGFILE"
remote "test -x \"$1\"" 2>> "$LOGFILE"
;;
*)
echo "Syntax error in test script $0" >> "$LOGFILE"
false
esac
}
all_on_board() {
if test "$SSH_COMMAND" = "rsh"
then
test_begin
checking "for local real rsh availability"
# not all 'rsh' of this world starting a sentence with lower case
rsh 2>&1 | grep -q "sage: rsh"
result fatal
test_end
fi
if test "$SSH_COMMAND" = "ssh"
then
test_begin
checking "for local ssh availability"
ssh 2>&1 | grep -q "usage: ssh"
result fatal
test_end
fi
test_begin
checking "for grep on target"
remote_file "/bin/grep" executable 2>> "$LOGFILE"
result fatal
test_end
test_begin
checking "for regular ps on target"
remote 'ps --help | grep -q "^-o"' 2>> "$LOGFILE"
result fatal
test_end
}
write_to_log() {
echo "$1" >> "$LOGFILE"
}
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