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Add -o option to override device AP name

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clean up .sh formatting/lint
This commit is contained in:
Cossid
2024-09-12 19:46:59 -05:00
parent f1029fe519
commit 77dfa85fbc
4 changed files with 248 additions and 238 deletions
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66
common.sh
View File

@@ -5,75 +5,83 @@ AP_CONNECTED_ENDING=""
FIRST_WIFI=$(nmcli device status | grep " wifi " | head -n1 | awk -F ' ' '{print $1}')
if [ "${WIFI_ADAPTER}" == "" ]; then
WIFI_ADAPTER="${FIRST_WIFI}"
WIFI_ADAPTER="${FIRST_WIFI}"
fi
if [ "${WIFI_ADAPTER}" == "" ]; then
echo "[!] Unable to auto-detect wifi adapter. Please use the '-w' argument to pass in a wifi adapter."
echo "See '$0 -h' for more information."
exit 1
echo "[!] Unable to auto-detect wifi adapter. Please use the '-w' argument to pass in a wifi adapter."
echo "See '$0 -h' for more information."
exit 1
fi
SUPPORTS_AP=$(nmcli -f wifi-properties device show ${WIFI_ADAPTER} | grep WIFI-PROPERTIES.AP | awk -F ' ' '{print $2}')
# We don't want to hard stop here because localization could lead to false positives, but warn if AP mode does not appear supported.
if [ "${SUPPORTS_AP}" != "yes" ]; then
echo "[!] WARNING: Selected wifi AP support: ${SUPPORTS_AP}"
echo "AP support is manditory for tuya-cloudcutter to work. If this is blank or 'no' your adapter doesn't support this feature."
read -n 1 -s -r -p "Press any key to continue, or CTRL+C to exit"
echo "[!] WARNING: Selected wifi AP support: ${SUPPORTS_AP}"
echo "AP support is manditory for tuya-cloudcutter to work. If this is blank or 'no' your adapter doesn't support this feature."
read -n 1 -s -r -p "Press any key to continue, or CTRL+C to exit"
fi
function run_helper_script () {
function run_helper_script() {
if [ -f "scripts/${1}.sh" ]; then
echo "Running helper script '${1}'"
source "scripts/${1}.sh"
fi
}
reset_nm () {
reset_nm() {
if [ -z ${RESETNM+x} ]; then
return 0
else
echo "Wiping NetworkManager configs"
rm -f /etc/NetworkManager/system-connections/*.nmconnection*
service NetworkManager restart
return 0
fi
if [ -z ${RESETNM+x} ]; then
return 0
else
echo "Wiping NetworkManager configs"
rm -f /etc/NetworkManager/system-connections/*.nmconnection*
service NetworkManager restart
return 0
fi
}
wifi_connect () {
wifi_connect() {
FIRST_RUN=true
for i in {1..5}
do
for i in {1..5}; do
AP_MATCHED_NAME=""
# Turn on WiFi, and wait for SSID to show up
reset_nm
sleep 1
service NetworkManager start; nmcli device set ${WIFI_ADAPTER} managed yes # Make sure we turn on managed mode again in case we didn't recover it in the trap below
service NetworkManager start
nmcli device set ${WIFI_ADAPTER} managed yes # Make sure we turn on managed mode again in case we didn't recover it in the trap below
nmcli radio wifi off
sleep 1
nmcli radio wifi on
while [ "${AP_MATCHED_NAME}" == "" ]
do
while [ "${AP_MATCHED_NAME}" == "" ]; do
if [ ${FIRST_RUN} == true ]; then
echo "Scanning for open Tuya SmartLife AP"
SCAN_MESSAGE="Scanning for open Tuya SmartLife AP"
if [ "${OVERRIDE_SSID}" != "" ]; then
SCAN_MESSAGE="${SCAN_MESSAGE} ${OVERRIDE_SSID}"
fi
echo ${SCAN_MESSAGE}
FIRST_RUN=false
else
echo -n "."
fi
RESCAN_ARG="--rescan yes"
if [ "${DISABLE_RESCAN}" == "true" ]; then
RESCAN_ARG=""
fi
# Search for an AP ending with - and 4 hexidecimal characters that has no security mode, unless we've already connected to one, in which case we look for that specific one
SSID_REGEX="-[A-F0-9]{4}"
if [ "${OVERRIDE_SSID}" != "" ]; then
SSID_REGEX="${OVERRIDE_SSID}"
else
# Search for an AP ending with - and 4 hexidecimal characters that has no security mode, unless we've already connected to one, in which case we look for that specific one
SSID_REGEX="-[A-F0-9]{4}"
fi
if [ "${AP_CONNECTED_ENDING}" != "" ]; then
SSID_REGEX="${AP_CONNECTED_ENDING}"
fi
@@ -109,7 +117,7 @@ wifi_connect () {
return 0
}
build_docker () {
build_docker() {
export NO_COLOR=1
docker build --network=host -t cloudcutter .
if [ ! $? -eq 0 ]; then
@@ -118,7 +126,7 @@ build_docker () {
fi
}
run_in_docker () {
run_in_docker() {
docker rm cloudcutter >/dev/null 2>&1
docker run --rm --name cloudcutter --network=host -ti --privileged -v "$(pwd):/work" cloudcutter "${@}"
}

132
common_run.sh
View File

@@ -2,17 +2,17 @@
# Select the right device
if [ "${PROFILE}" == "" ]; then
if [ $METHOD_FLASH ]; then
run_in_docker pipenv run python3 get_input.py -w /work -o /work/profile.txt choose-profile -f
else
run_in_docker pipenv run python3 get_input.py -w /work -o /work/profile.txt choose-profile
fi
if [ $METHOD_FLASH ]; then
run_in_docker pipenv run python3 get_input.py -w /work -o /work/profile.txt choose-profile -f
else
run_in_docker pipenv run python3 get_input.py -w /work -o /work/profile.txt choose-profile
fi
else
run_in_docker pipenv run python3 get_input.py -w /work -o /work/profile.txt write-profile $PROFILE
run_in_docker pipenv run python3 get_input.py -w /work -o /work/profile.txt write-profile $PROFILE
fi
if [ ! $? -eq 0 ]; then
echo "Failed to choose a profile, please run this script again"
exit 1
echo "Failed to choose a profile, please run this script again"
exit 1
fi
PROFILE=$(cat profile.txt)
@@ -20,13 +20,13 @@ rm -f profile.txt
LOCAL_PROFILE=$(echo "${PROFILE}" | sed 's/\/work\///g')
SLUGS=($(cat ${LOCAL_PROFILE} | grep -oP '(?<="slug": ")[^"]*'))
if ! [ -z "${SLUGS}" ]; then
DEVICESLUG="${SLUGS[0]}"
if [ "${#SLUGS[@]}" -eq 1 ]; then
PROFILES_GREP=($(cat ${LOCAL_PROFILE} | grep -A1 '"profiles": \[' | tr -d "\t" | tr -d "\"" | tr -d " " | tr -d "["))
PROFILESLUG="${PROFILES_GREP[1]}"
else
PROFILESLUG="${SLUGS[1]}"
fi
DEVICESLUG="${SLUGS[0]}"
if [ "${#SLUGS[@]}" -eq 1 ]; then
PROFILES_GREP=($(cat ${LOCAL_PROFILE} | grep -A1 '"profiles": \[' | tr -d "\t" | tr -d "\"" | tr -d " " | tr -d "["))
PROFILESLUG="${PROFILES_GREP[1]}"
else
PROFILESLUG="${SLUGS[1]}"
fi
fi
CHIP=$(cat "${LOCAL_PROFILE}" | grep -o '"chip": "[^"]*' | grep -o '[^"]*$')
@@ -34,64 +34,64 @@ run_helper_script "pre-safety-checks"
source safety_checks.sh
if [ $METHOD_FLASH ]; then
# Select the right firmware
if [ "${FIRMWARE}" == "" ]; then
run_in_docker pipenv run python3 get_input.py -w /work -o /work/firmware.txt choose-firmware -c "${CHIP}"
else
run_in_docker pipenv run python3 get_input.py -w /work -o /work/firmware.txt validate-firmware-file "${FIRMWARE}" -c "${CHIP}"
fi
if [ ! $? -eq 0 ]; then
exit 1
fi
FIRMWARE=$(cat firmware.txt)
rm -f firmware.txt
# Select the right firmware
if [ "${FIRMWARE}" == "" ]; then
run_in_docker pipenv run python3 get_input.py -w /work -o /work/firmware.txt choose-firmware -c "${CHIP}"
else
run_in_docker pipenv run python3 get_input.py -w /work -o /work/firmware.txt validate-firmware-file "${FIRMWARE}" -c "${CHIP}"
fi
if [ ! $? -eq 0 ]; then
exit 1
fi
FIRMWARE=$(cat firmware.txt)
rm -f firmware.txt
fi
echo "Selected Device Slug: ${DEVICESLUG}"
echo "Selected Profile: ${PROFILESLUG}"
if ! [ -z "${FIRMWARE}" ]; then
echo "Selected Firmware: ${FIRMWARE}"
echo "Selected Firmware: ${FIRMWARE}"
fi
if ! [ -z "${AUTHKEY}" ] && ! [ -z "${UUID}" ] && ! [ -z "${PSKKEY}" ]; then
echo "Using AuthKey ${AUTHKEY} , UUID ${UUID} , and PSKKey ${PSKKEY}"
if ! [ -z "${DEVICEID}" ] && ! [ -z "${LOCALKEY}" ]; then
echo "Using DeviceId ${DEVICEID} and LocalKey ${LOCALKEY}"
fi
echo "Writing deviceconfig file..."
OUTPUT=$(run_in_docker pipenv run python3 -m cloudcutter write_deviceconfig "${PROFILE}" "${VERBOSE_OUTPUT}" --deviceid "${DEVICEID}" --localkey "${LOCALKEY}" --authkey "${AUTHKEY}" --uuid "${UUID}" --pskkey "${PSKKEY}")
echo "Using AuthKey ${AUTHKEY} , UUID ${UUID} , and PSKKey ${PSKKEY}"
if ! [ -z "${DEVICEID}" ] && ! [ -z "${LOCALKEY}" ]; then
echo "Using DeviceId ${DEVICEID} and LocalKey ${LOCALKEY}"
fi
echo "Writing deviceconfig file..."
OUTPUT=$(run_in_docker pipenv run python3 -m cloudcutter write_deviceconfig "${PROFILE}" "${VERBOSE_OUTPUT}" --deviceid "${DEVICEID}" --localkey "${LOCALKEY}" --authkey "${AUTHKEY}" --uuid "${UUID}" --pskkey "${PSKKEY}")
else
# Connect to Tuya device's WiFi
echo ""
echo "================================================================================"
echo "Place your device in AP (slow blink) mode. This can usually be accomplished by either:"
echo "Power cycling off/on - 3 times and wait for the device to fast-blink, then repeat 3 more times. Some devices need 4 or 5 times on each side of the pause"
echo "Long press the power/reset button on the device until it starts fast-blinking, then releasing, and then holding the power/reset button again until the device starts slow-blinking."
echo "See https://support.tuya.com/en/help/_detail/K9hut3w10nby8 for more information."
echo "================================================================================"
echo ""
run_helper_script "pre-wifi-exploit"
wifi_connect
if [ ! $? -eq 0 ]; then
echo "Failed to connect, please run this script again"
exit 1
fi
# Connect to Tuya device's WiFi
echo ""
echo "================================================================================"
echo "Place your device in AP (slow blink) mode. This can usually be accomplished by either:"
echo "Power cycling off/on - 3 times and wait for the device to fast-blink, then repeat 3 more times. Some devices need 4 or 5 times on each side of the pause"
echo "Long press the power/reset button on the device until it starts fast-blinking, then releasing, and then holding the power/reset button again until the device starts slow-blinking."
echo "See https://support.tuya.com/en/help/_detail/K9hut3w10nby8 for more information."
echo "================================================================================"
echo ""
run_helper_script "pre-wifi-exploit"
wifi_connect
if [ ! $? -eq 0 ]; then
echo "Failed to connect, please run this script again"
exit 1
fi
# Exploit chain
echo "Waiting 1 sec to allow device to set itself up..."
sleep 1
echo "Running initial exploit toolchain..."
if ! [ -z "${DEVICEID}" ] && ! [ -z "${LOCALKEY}" ]; then
echo "Using DeviceId ${DEVICEID} and LocalKey ${LOCALKEY}"
fi
OUTPUT=$(run_in_docker pipenv run python3 -m cloudcutter exploit_device "${PROFILE}" "${VERBOSE_OUTPUT}" --deviceid "${DEVICEID}" --localkey "${LOCALKEY}")
# Exploit chain
echo "Waiting 1 sec to allow device to set itself up..."
sleep 1
echo "Running initial exploit toolchain..."
if ! [ -z "${DEVICEID}" ] && ! [ -z "${LOCALKEY}" ]; then
echo "Using DeviceId ${DEVICEID} and LocalKey ${LOCALKEY}"
fi
OUTPUT=$(run_in_docker pipenv run python3 -m cloudcutter exploit_device "${PROFILE}" "${VERBOSE_OUTPUT}" --deviceid "${DEVICEID}" --localkey "${LOCALKEY}")
fi
RESULT=$?
echo "${OUTPUT}"
if [ ! $RESULT -eq 0 ]; then
echo "Oh no, something went wrong with running the exploit! Try again I guess..."
exit 1
echo "Oh no, something went wrong with running the exploit! Try again I guess..."
exit 1
fi
CONFIG_DIR=$(echo "${OUTPUT}" | grep "output=" | awk -F '=' '{print $2}' | sed -e 's/\r//')
echo "Saved device config in ${CONFIG_DIR}"
@@ -109,17 +109,17 @@ sleep 5
run_helper_script "pre-wifi-config"
wifi_connect
if [ ! $? -eq 0 ]; then
echo "Failed to connect, please run this script again"
exit 1
echo "Failed to connect, please run this script again"
exit 1
fi
# If the AP prefix did not change, the exploit was not successful
# End the process now to end further confusion
if [[ $AP_MATCHED_NAME != A-* ]] && [ -z "${AUTHKEY}" ]; then
echo "================================================================================"
echo "[!] The profile you selected did not result in a successful exploit."
echo "================================================================================"
exit 1
echo "================================================================================"
echo "[!] The profile you selected did not result in a successful exploit."
echo "================================================================================"
exit 1
fi
# Add a minor delay to stabilize after connection
@@ -128,7 +128,7 @@ OUTPUT=$(run_in_docker pipenv run python3 -m cloudcutter configure_wifi "cloudcu
RESULT=$?
echo "${OUTPUT}"
if [ ! $RESULT -eq 0 ]; then
echo "Oh no, something went wrong with making the device connect to our hostapd AP! Try again I guess..."
exit 1
echo "Oh no, something went wrong with making the device connect to our hostapd AP! Try again I guess..."
exit 1
fi
echo "Device is connecting to 'cloudcutterflash' access point. Passphrase for the AP is 'abcdabcd' (without ')"

112
safety_checks.sh
View File

@@ -1,67 +1,67 @@
#!/bin/bash
check_port () {
protocol="$1"
port="$2"
reason="$3"
echo -n "Checking ${protocol^^} port $port... "
process_pid=$(sudo ss -lnp -A "$protocol" "sport = :$port" | grep -Po "(?<=pid=)(\d+)" | head -n1)
if [ -n "$process_pid" ]; then
process_name=$(ps -p "$process_pid" -o comm=)
echo "Occupied by $process_name with PID $process_pid."
echo "Port $port is needed to $reason"
read -p "Do you wish to terminate $process_name? [y/N] " -n 1 -r
echo
if [[ "$REPLY" =~ ^[Ss]$ ]]; then
echo "Skipping..."
return
fi
if [[ ! $REPLY =~ ^[Yy]$ ]]; then
echo "Aborting due to occupied port"
exit 1
else
service=$(ps -p "$process_pid" -o unit= | grep .service | grep -Ev ^user)
if [ -n "$service" ]; then
echo "Attempting to stop $service"
sudo systemctl stop "$service"
else
echo "Attempting to terminate $process_name"
sudo kill "$process_pid"
if ! sudo timeout 10 tail --pid="$process_pid" -f /dev/null; then
echo "$process_name is still running after 10 seconds, sending SIGKILL"
sudo kill -9 "$process_pid"
sudo tail --pid="$process_pid" -f /dev/null
fi
fi
sleep 1
fi
else
echo "Available."
fi
protocol="$1"
port="$2"
reason="$3"
echo -n "Checking ${protocol^^} port $port... "
process_pid=$(sudo ss -lnp -A "$protocol" "sport = :$port" | grep -Po "(?<=pid=)(\d+)" | head -n1)
if [ -n "$process_pid" ]; then
process_name=$(ps -p "$process_pid" -o comm=)
echo "Occupied by $process_name with PID $process_pid."
echo "Port $port is needed to $reason"
read -p "Do you wish to terminate $process_name? [y/N] " -n 1 -r
echo
if [[ "$REPLY" =~ ^[Ss]$ ]]; then
echo "Skipping..."
return
fi
if [[ ! $REPLY =~ ^[Yy]$ ]]; then
echo "Aborting due to occupied port"
exit 1
else
service=$(ps -p "$process_pid" -o unit= | grep .service | grep -Ev ^user)
if [ -n "$service" ]; then
echo "Attempting to stop $service"
sudo systemctl stop "$service"
else
echo "Attempting to terminate $process_name"
sudo kill "$process_pid"
if ! sudo timeout 10 tail --pid="$process_pid" -f /dev/null; then
echo "$process_name is still running after 10 seconds, sending SIGKILL"
sudo kill -9 "$process_pid"
sudo tail --pid="$process_pid" -f /dev/null
fi
fi
sleep 1
fi
else
echo "Available."
fi
}
check_firewall () {
if sudo systemctl stop firewalld.service &>/dev/null; then
echo "Attempting to stop firewalld.service"
echo "When done, enable with: ${bold}sudo systemctl start firewalld.service${normal}"
fi
if command -v ufw >/dev/null && sudo ufw status | grep -qw active; then
sudo ufw disable
echo "When done, enable with: ${bold}sudo ufw enable${normal}"
fi
if sudo systemctl stop firewalld.service &>/dev/null; then
echo "Attempting to stop firewalld.service"
echo "When done, enable with: ${bold}sudo systemctl start firewalld.service${normal}"
fi
if command -v ufw >/dev/null && sudo ufw status | grep -qw active; then
sudo ufw disable
echo "When done, enable with: ${bold}sudo ufw enable${normal}"
fi
}
check_blacklist () {
if [ -e /etc/modprobe.d/blacklist-rtl8192cu.conf ]; then
echo "Detected /etc/modprobe.d/blacklist-rtl8192cu.conf"
echo "This has been known to cause kernel panic in hostapd"
echo "See https://github.com/ct-Open-Source/tuya-convert/issues/373"
read -p "Do you wish to remove this file? [y/N] " -n 1 -r
echo
if [[ $REPLY =~ ^[Yy]$ ]]; then
sudo rm /etc/modprobe.d/blacklist-rtl8192cu.conf
fi
fi
if [ -e /etc/modprobe.d/blacklist-rtl8192cu.conf ]; then
echo "Detected /etc/modprobe.d/blacklist-rtl8192cu.conf"
echo "This has been known to cause kernel panic in hostapd"
echo "See https://github.com/ct-Open-Source/tuya-convert/issues/373"
read -p "Do you wish to remove this file? [y/N] " -n 1 -r
echo
if [[ $REPLY =~ ^[Yy]$ ]]; then
sudo rm /etc/modprobe.d/blacklist-rtl8192cu.conf
fi
fi
}
echo ""
@@ -77,4 +77,4 @@ check_port tcp 8886 "run MQTTS"
check_firewall
check_blacklist
echo "Safety checks complete."
echo ""
echo ""

176
tuya-cloudcutter.sh
View File

@@ -12,52 +12,54 @@ function getopts-extra () {
done
}
while getopts "hrntvw:p:f:d:l:s::a:k:u:" flag; do
case "$flag" in
r) RESETNM="true";;
n) DISABLE_RESCAN="true";;
v) VERBOSE_OUTPUT="true";;
w) WIFI_ADAPTER=${OPTARG};;
p) PROFILE=${OPTARG};;
f) FIRMWARE=${OPTARG}
while getopts "hrntvw:p:f:d:l:s::a:k:u:o:" flag; do
case "$flag" in
r) RESETNM="true";;
n) DISABLE_RESCAN="true";;
v) VERBOSE_OUTPUT="true";;
w) WIFI_ADAPTER=${OPTARG};;
p) PROFILE=${OPTARG};;
f) FIRMWARE=${OPTARG}
METHOD_FLASH="true"
;;
t) FLASH_TIMEOUT=${OPTARG};;
d) DEVICEID=${OPTARG};;
l) LOCALKEY=${OPTARG};;
a) AUTHKEY=${OPTARG};;
k) PSKKEY=${OPTARG};;
u) UUID=${OPTARG};;
s) getopts-extra "$@"
;;
t) FLASH_TIMEOUT=${OPTARG};;
d) DEVICEID=${OPTARG};;
l) LOCALKEY=${OPTARG};;
a) AUTHKEY=${OPTARG};;
k) PSKKEY=${OPTARG};;
u) UUID=${OPTARG};;
o) OVERRIDE_SSID=${OPTARG};;
s) getopts-extra "$@"
METHOD_DETACH="true"
HAVE_SSID="true"
SSID_ARGS=( "${OPTARG[@]}" )
SSID=${SSID_ARGS[0]}
SSID_PASS=${SSID_ARGS[1]}
;;
h)
echo "usage: $0 [OPTION]..."
HAVE_SSID="true"
SSID_ARGS=( "${OPTARG[@]}" )
SSID=${SSID_ARGS[0]}
SSID_PASS=${SSID_ARGS[1]}
;;
h)
echo "usage: $0 [OPTION]..."
echo " -h Show this message"
echo " -r Reset NetworkManager"
echo " -n No Rescan (for older versions of nmcli that don't support it)"
echo " -v Verbose log output"
echo " -n No Rescan (for older versions of nmcli that don't support it)"
echo " -o TEXT Override specific device AP name to connect to"
echo " -v Verbose log output"
echo " -w TEXT WiFi adapter name (optional, auto-selected if not supplied)"
echo " -p TEXT Device profile name, AKA Device Slug (optional)"
echo " -a TEXT AuthKey of the device (optional, requires UUID and PSKKey accompanied with it)"
echo " -k TEXT PSKKey of the device (optinal, requires AuthKey and UUID accompanied with it)"
echo " -u TEXT UUID of the device (optional, requires AuthKey and PSKKey accompanied with it)"
echo ""
echo " -a TEXT AuthKey of the device (optional, requires UUID and PSKKey accompanied with it)"
echo " -k TEXT PSKKey of the device (optinal, requires AuthKey and UUID accompanied with it)"
echo " -u TEXT UUID of the device (optional, requires AuthKey and PSKKey accompanied with it)"
echo ""
echo "==== Detaching Only: ===="
echo " -s SSID PASSWORD Wifi SSID and Password to use for detaching. Use quotes if either value contains spaces. Certain special characters may need to be escaped with '\\'"
echo " -d TEXT New device id (optional)"
echo " -l TEXT New local key (optional)"
echo ""
echo " -l TEXT New local key (optional)"
echo ""
echo "==== 3rd Party Firmware Flashing Only: ===="
echo " -f TEXT Firmware file name without path as it exists in /custom-firmware/ (optional)"
echo " -t SECONDS Timeout in seconds for how long to wait before exiting after receiving firmware update information. Default is 15"
exit 0
esac
echo " -t SECONDS Timeout in seconds for how long to wait before exiting after receiving firmware update information. Default is 15"
exit 0
esac
done
if [ $METHOD_DETACH ] && [ $METHOD_FLASH ]; then
@@ -75,20 +77,20 @@ if [ ! $METHOD_DETACH ] && [ ! $METHOD_FLASH ]; then
select method in "Detach from the cloud and run Tuya firmware locally" "Flash 3rd Party Firmware"; do
case $REPLY in
1) METHOD_DETACH="true"
break
;;
break
;;
2) METHOD_FLASH="true"
break
;;
break
;;
esac
done
fi
if [ $METHOD_DETACH ] && [ ! $HAVE_SSID ]; then
echo "Detaching requires an SSID and Password, please enter each at the following prompt"
echo "In order to provide secure logging, the values you type for your password will not show on screen"
echo "If you make a mistake, you can run the detach process again"
echo "You can also pass credentials via the -s command line option, see '${0} -h' for more information'"
echo "In order to provide secure logging, the values you type for your password will not show on screen"
echo "If you make a mistake, you can run the detach process again"
echo "You can also pass credentials via the -s command line option, see '${0} -h' for more information'"
read -p "Please enter your SSID: " SSID
read -p "Please enter your Password: "$'\n' -s SSID_PASS
fi
@@ -98,55 +100,55 @@ echo "Loading options, please wait..."
source common_run.sh
if [ $METHOD_DETACH ]; then
# Cutting device from cloud, allowing local-tuya access still
echo "Cutting device off from cloud..."
echo ""
echo "================================================================================"
echo "Wait for up to 10-120 seconds for the device to connect to 'cloudcutterflash'. This script will then show the activation requests sent by the device, and tell you whether local activation was successful."
echo "================================================================================"
echo ""
# Cutting device from cloud, allowing local-tuya access still
echo "Cutting device off from cloud..."
echo ""
echo "================================================================================"
echo "Wait for up to 10-120 seconds for the device to connect to 'cloudcutterflash'. This script will then show the activation requests sent by the device, and tell you whether local activation was successful."
echo "================================================================================"
echo ""
nmcli device set ${WIFI_ADAPTER} managed no; service NetworkManager stop;
trap "service NetworkManager start; nmcli device set ${WIFI_ADAPTER} managed yes" EXIT # Set WiFi adapter back to managed when the script exits
INNER_SCRIPT=$(xargs -0 <<- EOF
# This janky looking string substitution is because of double evaluation.
# Once in the parent shell script, and once in this heredoc used as a shell script.
# First evaluate the value from the parent shell script while escaping ' chars
# with this janky substitutions so that it doesn't break this heredoc script.
SSID='${SSID/\'/\'\"\'\"\'}'
SSID_PASS='${SSID_PASS/\'/\'\"\'\"\'}'
bash /src/setup_apmode.sh ${WIFI_ADAPTER} ${VERBOSE_OUTPUT}
pipenv run python3 -m cloudcutter configure_local_device --ssid "\${SSID}" --password "\${SSID_PASS}" "${PROFILE}" "/work/device-profiles/schema" "${CONFIG_DIR}" ${FLASH_TIMEOUT} "${VERBOSE_OUTPUT}"
EOF
)
run_in_docker bash -c "$INNER_SCRIPT"
if [ ! $? -eq 0 ]; then
echo "Oh no, something went wrong with detaching from the cloud! Try again I guess..."
if [ ! $VERBOSE_OUTPUT ]; then
echo "If you need to report an issue, please run with the -v flag and supply the full log of that attempt."
fi
exit 1
fi
nmcli device set ${WIFI_ADAPTER} managed no; service NetworkManager stop;
trap "service NetworkManager start; nmcli device set ${WIFI_ADAPTER} managed yes" EXIT # Set WiFi adapter back to managed when the script exits
INNER_SCRIPT=$(xargs -0 <<- EOF
# This janky looking string substitution is because of double evaluation.
# Once in the parent shell script, and once in this heredoc used as a shell script.
# First evaluate the value from the parent shell script while escaping ' chars
# with this janky substitutions so that it doesn't break this heredoc script.
SSID='${SSID/\'/\'\"\'\"\'}'
SSID_PASS='${SSID_PASS/\'/\'\"\'\"\'}'
bash /src/setup_apmode.sh ${WIFI_ADAPTER} ${VERBOSE_OUTPUT}
pipenv run python3 -m cloudcutter configure_local_device --ssid "\${SSID}" --password "\${SSID_PASS}" "${PROFILE}" "/work/device-profiles/schema" "${CONFIG_DIR}" ${FLASH_TIMEOUT} "${VERBOSE_OUTPUT}"
EOF
)
run_in_docker bash -c "$INNER_SCRIPT"
if [ ! $? -eq 0 ]; then
echo "Oh no, something went wrong with detaching from the cloud! Try again I guess..."
if [ ! $VERBOSE_OUTPUT ]; then
echo "If you need to report an issue, please run with the -v flag and supply the full log of that attempt."
fi
exit 1
fi
fi
if [ $METHOD_FLASH ]; then
# Flash custom firmware to device
echo "Flashing custom firmware..."
echo ""
echo "================================================================================"
echo "Wait for up to 10-120 seconds for the device to connect to 'cloudcutterflash'. This script will then show the firmware upgrade requests sent by the device."
echo "================================================================================"
echo ""
nmcli device set "${WIFI_ADAPTER}" managed no
trap "nmcli device set ${WIFI_ADAPTER} managed yes" EXIT # Set WiFi adapter back to managed when the script exits
run_in_docker bash -c "bash /src/setup_apmode.sh ${WIFI_ADAPTER} ${VERBOSE_OUTPUT} && pipenv run python3 -m cloudcutter update_firmware \"${PROFILE}\" \"/work/device-profiles/schema\" \"${CONFIG_DIR}\" \"/work/custom-firmware/\" \"${FIRMWARE}\" \"${FLASH_TIMEOUT}\" \"${VERBOSE_OUTPUT}\""
if [ ! $? -eq 0 ]; then
echo "Oh no, something went wrong with updating firmware! Try again I guess..."
if [ ! $VERBOSE_OUTPUT ]; then
echo "If you need to report an issue, please run with the -v flag and supply the full log of that attempt."
fi
exit 1
fi
# Flash custom firmware to device
echo "Flashing custom firmware..."
echo ""
echo "================================================================================"
echo "Wait for up to 10-120 seconds for the device to connect to 'cloudcutterflash'. This script will then show the firmware upgrade requests sent by the device."
echo "================================================================================"
echo ""
nmcli device set "${WIFI_ADAPTER}" managed no
trap "nmcli device set ${WIFI_ADAPTER} managed yes" EXIT # Set WiFi adapter back to managed when the script exits
run_in_docker bash -c "bash /src/setup_apmode.sh ${WIFI_ADAPTER} ${VERBOSE_OUTPUT} && pipenv run python3 -m cloudcutter update_firmware \"${PROFILE}\" \"/work/device-profiles/schema\" \"${CONFIG_DIR}\" \"/work/custom-firmware/\" \"${FIRMWARE}\" \"${FLASH_TIMEOUT}\" \"${VERBOSE_OUTPUT}\""
if [ ! $? -eq 0 ]; then
echo "Oh no, something went wrong with updating firmware! Try again I guess..."
if [ ! $VERBOSE_OUTPUT ]; then
echo "If you need to report an issue, please run with the -v flag and supply the full log of that attempt."
fi
exit 1
fi
fi
run_helper_script "post-flash"