- #Use mutt 1.8 for /var/mail mac os x email install#
- #Use mutt 1.8 for /var/mail mac os x email for android#
- #Use mutt 1.8 for /var/mail mac os x email password#
# Send QUIT command and get server response. Print( '354 reply not received from server.') # Send DATA command and print server response. # Send RCPT TO command and print server response. # Send MAIL FROM command and print server response. Print( '235 reply not received from server')
#Use mutt 1.8 for /var/mail mac os x email password#
Pword = email_pwd_b64 # base64 encoded password print(str(uname)) Uname = email_user_b64 # base64 encoded email # Send username and print server response. Print( '334 reply not received from server') # Send the AUTH LOGIN command and print server response. Recv1 = '' for index in range( 0,recvCount): Print( '220 reply not received from server') Print( '250 reply not received from server.')ĬlientSocket. # Send HELO command and print server response.ĬlientSocket. Print( '220 reply not received from server.') Port = 587 # Create socket called clientSocket and establish a TCP connection with mailserverĬlientSocket. IN) # D1/GPIO5 except:Įmail_user_b64 = "xxxxxxxxxxxxxxxxxxxxxx=" # base64 encoded email (echo -n | base64)Įmail_pwd_b64 = "xxxxxxxxxxxxxxxxxxxxxx=" # base64 encoded password (echo -n 'my_password' | base64) def send_email(username, subject, body): Reboot board to make changes effective: picocom /dev/ttyUSB0 -b115200 -t "$(echo -ne '\r\nimport machine\r\nmachine.reset()\r\n')"
#Use mutt 1.8 for /var/mail mac os x email install#
Install alarm code (change email and email_password): ampy -port /dev/ttyUSB0 put main.py Setup the board to act as a Wi-Fi client at boot time (change SSID and wifi_password before uploading): ampy -port /dev/ttyUSB0 put boot.py Install alarm code (the code can be found below): Setup webrpl picocom /dev/ttyUSB0 -b115200 -t "$(echo -ne '\r\nimport webrepl_setup\r\n')" Install new firmware: esptool.py -port /dev/ttyUSB0 -baud 460800 write_flash -flash_size=detect 0 esp8266-20xxxxxx-vx.x.x.bin Install ampy (Fedora): sudo dnf install ampyĮrase board’s flash: esptool.py -port /dev/ttyUSB0 erase_flash Install esptool: pip install -user esptool
Install MicroPython on your ESP8266 board:Ĭonnect board to your computer using a USB cable Schematic: One side of the reed switch connected to the ground and the other side to Pin D1 of the D1-Mini board (Pin 5 for ESP8266) and a 10k Ohm pull-up resistor. Requirements: ESP8266 compatible board, a Reed switch, a magnet, some wires and a USB cable (and a computer). Get email alerts when a door is opened or closed. Note: I will probably go with Bitwarden or KeepassXC instead because this one would not encrypt the paths to the passwords…, 00:00 Door Alarm Using ESP8266, MicroPython and a Reed Switch (Email Alerts)
#Use mutt 1.8 for /var/mail mac os x email for android#
Setup additional computer gpg -import 6002450973C62F2FD9F8353101C4ECCB53ACCE05Ĭompatible client list can be found at: (including ones for Android and iOS) Initialize git repository on first computer and gitlab (create new project on gitlab first) pass init 6002450973C62F2FD9F8353101C4ECCB53ACCE05 Note: Copy the private key to all of your devices.
Setup pass on multiple computers Instructions:
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