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|
#!/usr/bin/env bash
PATH=${PATH}:.
source /usr/lib/mts-io-sysfs/mts-io-sysfs-inc.sh
yesno() {
if [ $# -ne 1 ]; then
echo "yesno question"
exit 99
fi
local question=${1}
while :
do
echo -n "${question}? [y/n] "
read line
local line=$(echo ${line} | tr A-Z a-z)
case "${line}" in
y)
return 0
;;
n)
return 1
;;
*)
;;
esac
done
}
store_assert() {
if [ $# -ne 2 ]; then
log_error "store_assert name value"
exit 99
fi
local name=${1}
local value=${2}
local old_value="$(cat ${SYSFS_PLATFORM_DIR}/${name})"
store ${name} "${value}"
local new_value="$(cat ${SYSFS_PLATFORM_DIR}/${name})"
if [ "${new_value}" != "${value}" ]; then
log_error "${name}: '${new_value}' != '${value}'"
exit 1
fi
}
show_assert() {
if [ $# -ne 2 ]; then
log_error "show_assert name value"
exit 99
fi
local name=${1}
local expected_value=${2}
log_info "checking if ${name} is '${expected_value}'"
local actual_value="$(show ${name})"
if [ "${expected_value}" != "${actual_value}" ]; then
log_error "${name}: '${expected_value}' != '${actual_value}'"
exit 1
fi
}
show_assert_in_set() {
if [ $# -lt 2 ]; then
log_error "show_assert_in_set name value0 [value1 ...]"
exit 99
fi
local name=${1}
shift
log_info "checking if ${name} is in set [$*]"
local actual_value="$(show ${name})"
for value in "$@"; do
if [ "${value}" = "${actual_value}" ]; then
log_info "${name} is '${actual_value}'"
return
fi
done
log_info "${name} is '${actual_value}'"
exit 1
}
VERBOSE=true
echo none > /sys/devices/platform/leds-gpio/leds/status/trigger
modprobe -r mts-io
modprobe mts-io
sleep 3
show_assert_in_set board-temperature {30..40}
store board-temperature 1000
show_assert_in_set board-temperature {30..40}
#for ((i = 0; i < 1000; i++)); do
# show_assert_in_set board-temperature {30..40}
#done
show_assert radio-reset 1
log_info "resetting radio..."
store radio-reset 0
sleep 2
show_assert radio-reset 1
log_info "radio reset"
show_assert eth0-enabled 1
store_assert eth0-enabled 0
sleep 2
if ! yesno "Are the ethernet LEDs off"; then
exit 1
fi
store_assert eth0-enabled 1
sleep 2
if ! yesno "Are the ethernet LEDs on"; then
exit 1
fi
show_assert extserial-dcd 0
store_assert extserial-dcd 1
store_assert extserial-dcd 0
show_assert extserial-dsr 0
store_assert extserial-dsr 1
store_assert extserial-dsr 0
show_assert extserial-ri 0
store_assert extserial-ri 1
store_assert extserial-ri 0
show_assert extserial-dtr 0
store extserial-dtr 1
show_assert extserial-dtr 0
show_assert led-sig1 0
store_assert led-sig1 1
store_assert led-sig1 0
show_assert led-sdk-c 0
store_assert led-sdk-c 1
store_assert led-sdk-c 0
show_assert led-sig2 0
store_assert led-sig2 1
store_assert led-sig2 0
show_assert led-sdk-d 0
store_assert led-sdk-d 1
store_assert led-sdk-d 0
show_assert led-sig3 0
store_assert led-sig3 1
store_assert led-sig3 0
show_assert led-sdk-e 0
store_assert led-sdk-e 1
store_assert led-sdk-e 0
show_assert led-cd 0
store_assert led-cd 1
store_assert led-cd 0
show_assert led-sdk-b 0
store_assert led-sdk-b 1
store_assert led-sdk-b 0
if [ "${MTS_IO_CONTROLS_STATUS_LED}" = "true" ]; then
show_assert led-status 0
store_assert led-status 1
store_assert led-status 0
show_assert led-sdk-a 0
store_assert led-sdk-a 1
store_assert led-sdk-a 0
fi
show_assert reset 0
store reset 1
show_assert reset 0
show_assert reset-monitor "-1 10 12"
exit 0
|
