Developer Mode

Developer Mode unlocks extra features, settings and system information.

Access Developer Mode

There are two ways of accessing Developer Mode:

From the Air Lab

• In the computer's menu, go to Settings s.
• Press R to enter Configuration.
• Scroll down until you reach Developer Mode.
• Press A to turn on or off.

The Developer Mode d icon is now added to the available programs.

From the Air Lab Console

Alternatively, Developer Mode can be turned on using the Air Lab Console.

• In the Air Lab Console, on the sidebar, click on Settings.
• Scroll down to the Advanced section.
• Toggle Developer Mode on or off.

This will expose the developer d program on the device, as well as the Debug page in the Air Lab Console, where the different parameters, metrics, stored files, and the sensors can be reviewed.

Using Developer Mode

Once enabled, the Developer Mode d program provides the following options:

System Info displays device diagnostics:

• Uptime (s)
• State of Charge (SoC)
• Power state: P0 = running on battery, P1 = charging
• Fast charging: F0 = 500mA, F1 = 1A
• Date, Time
• Available memory
• CPU usage of core 0 and 1

Sensor Data: Shows the state of the buffers. Once the short buffer is full (180/180), it starts filling the long buffer. For more information, see Sample Collection.

Light Sleep & Deep Sleep: Activate light or deep sleep. Please refer to the ESP-IDF programming guide to learn more.

Power Reset: Reboot the Air Lab.

Shipping Mode: In this mode, the battery is disconnected from the device to prevent discharge. This is useful if you are planning to turn off and store the Air Lab for an extended period and want to ensure that the battery stays charged.

Clear Display: Perform a cleaning sequence on the E-Paper display.

Touch Info: Displays the current Scroll Bar information:

• Position: The center point on the scroll bar is represented as 0.0. Moving to the right increases the value up to 3.0, while moving to the left decreases the value down to -3.0. nan represents no detected touch.
• Scroll: The first value represents the number of points that you moved between (taking into account the direction), while the second value acceleration.

Buzzer: Allows testing the buzzer in the format of: Frequency, Duration (ms).