Introduction to Z-Uno specific menu items in Arduino IDE

• File
  • Examples
    • Z-Uno — Z-Uno specific examples
• Tools
  • Board: ... — Select Z-Wave>Me Z-Uno
  • Logging ^[s]
    • Disable — no debug logging
    • Radio — debug logging sent via Z-Wave
    • UART0 — debug logging on TX0 pin, use Arduino IDE Serial Monitor to examine the log
    • Radio + UART0 — use both logging options above
  • MultiCommand ^{[s] [i]}
    • Disabled — do not implement MultiCommand Command Class in Z-Uno. For controllers that do not support it
    • Enabled — implement MultiCommand Command Class in Z-Uno to optimize data transmission and lower battery usage
  • Frequency ^[s] — set Z-Wave frequency for your Z-Uno. Make sure to have the correct Z-Uno hardware for your Z-Uno
  • Erase NVM ^[s]
    • Disabled — do not touch Z-Uno EEPROM memory
    • User space — erase the user section of the EEPROM during new sketch load; use to clean all saved user data
    • System space — erase the Z-Uno system section of the EEPROM during new sketch load; use to clean network settings keeping user data
    • All — erase all user and system data
  • Security ^{[s] [i] [b]}
    • Disabled — Z-Uno will be included unsecurely in your Z-Wave network. For rural controllers that do not support security
    • S0 — Z-Uno will use Security S0 to protect your privacy. For controllers older controllers that support only Security S0
    • S2 — Z-Uno will use Security S2 to protect your privacy. For modern controllers
  • Port — Select Z-Uno port
  • Get Board Info — Get information about your Z-Uno board
  • Programmer: ... — Select Z-Uno Programmer
  • Burn Bootloader — Used to upgrade the Z-Uno bootloader

[s] — sketch upload required to take effect.
[i] — exclude from network and include back is required to take effect.
[b] — Burn Bootloader is required prior to sketch upload to change from S0 to S2 and vice versa.