start_flash.sh

#!/bin/bash
bold=$(tput bold)
normal=$(tput sgr0)
screen_minor=$(screen --version | cut -d . -f 2)
if [ "$screen_minor" -gt 5 ]; then
    screen_with_log="sudo screen -L -Logfile"
elif [ "$screen_minor" -eq 5 ]; then
    screen_with_log="sudo screen -L"
else
    screen_with_log="sudo screen -L -t"
fi
. ./config.txt

./stop_flash.sh >/dev/null

pushd scripts >/dev/null || exit

. ./setup_checks.sh

echo "======================================================"
echo -n "  Starting AP in a screen"
$screen_with_log smarthack-wifi.log -S smarthack-wifi -m -d ./setup_ap.sh
while ! ping -c 1 -W 1 -n "$GATEWAY" &> /dev/null; do
	printf .
done
echo
sleep 5
echo "  Starting web server in a screen"
$screen_with_log smarthack-web.log -S smarthack-web -m -d ./fake-registration-server.py
echo "  Starting Mosquitto in a screen"
$screen_with_log smarthack-mqtt.log -S smarthack-mqtt -m -d mosquitto -v
echo "  Starting PSK frontend in a screen"
$screen_with_log smarthack-psk.log -S smarthack-psk -m -d ./psk-frontend.py -v
echo "  Starting Tuya Discovery in a screen"
$screen_with_log smarthack-udp.log -S smarthack-udp -m -d ./tuya-discovery.py
echo
REPLY=y
while [[ $REPLY =~ ^[Yy]$ ]]; do
echo "======================================================"
echo
echo "IMPORTANT"
echo "1. Connect any other device (a smartphone or something) to the WIFI $AP"
echo "   This step is IMPORTANT otherwise the smartconfig may not work!"
echo "2. Put your IoT device in autoconfig/smartconfig/pairing mode (LED will blink fast). This is usually done by pressing and holding the primary button of the device"
echo "   Make sure nothing else is plugged into your IoT device while attempting to flash."
echo "3. Press ${bold}ENTER${normal} to continue"
read -r
echo
echo "======================================================"

echo "Starting smart config pairing procedure"
./smartconfig/main.py &

echo "Waiting for the device to install the intermediate firmware"

i=120
while ! ping -c 1 -W 1 -n 10.42.42.42 &> /dev/null; do
	printf .
	if (( --i == 0 )); then
		echo
		echo "Device did not appear with the intermediate firmware"
		echo "Check the *.log files in the scripts folder"
		pkill -f smartconfig/main.py && echo "Stopping smart config"
		read -p "Do you want to try flashing another device? [y/N] " -n 1 -r
		echo
		continue 2
	fi
done

echo
echo "IoT-device is online with ip 10.42.42.42"

pkill -f smartconfig/main.py && echo "Stopping smart config"

echo "Fetching firmware backup"
sleep 2
timestamp=$(date +%Y%m%d_%H%M%S)
backupfolder="../backups/$timestamp"
mkdir -p "$backupfolder"
pushd "$backupfolder" >/dev/null || exit
curl -JO http://10.42.42.42/backup

echo "======================================================"
echo "Getting Info from IoT-device"
curl -s http://10.42.42.42 | tee device-info.txt
popd >/dev/null || exit

echo "======================================================"
echo "Ready to flash third party firmware!"
echo
echo "For your convenience, the following firmware images are already included in this repository:"
echo "  Tasmota v7.0.0.3 (wifiman)"
echo "  ESPurna 1.13.5 (base)"
echo
echo "You can also provide your own image by placing it in the /files directory"
echo "Please ensure the firmware fits the device and includes the bootloader"
echo "MAXIMUM SIZE IS 512KB"

./firmware_picker.sh

echo "======================================================"
read -p "Do you want to flash another device? [y/N] " -n 1 -r
echo

sudo mv *.log "$backupfolder/"
done

echo "Exiting..."

popd >/dev/null || exit

./stop_flash.sh >/dev/null