This causes the DCS-BIOS Arduino library to notify DCS if any inputs (push buttons, switches, etc.) have changed, and to update any outputs (LEDs, servo motors, displays, etc.) with the latest data from DCS. In your loop() function, you have to call DcsBios::loop(). In your setup() function, you have to call DcsBios::setup() to initialize the DCS-BIOS Arduino Library. Refer to the control reference documentation for more examples. This line tells the DCS-BIOS Arduino Library to use the built-in LED on your Arduino board, which is connected to pin 13, as a master caution light. This line tells the DCS-BIOS Arduino Library that there is a switch connected to pin 10 that should be mapped to the master caution reset button. This line adds the DCS-BIOS Arduino Library to your sketch. If your board has a different microcontroller, you can use DCSBIOS_DEFAULT_SERIAL instead, which should work with any Arduino-compatible board but can cause problems if your sketch spends a long time updating outputs, either because you are outputting to something "slow" like displays or you are using a lot of outputs (such as trying to run a Caution Lights Panel with 48 instances of DcsBios::LED). Imagine that you have been a loyal consumer/player of Digital Combat Solutions (DCS) World, staying true to the purveyor of the absolute best military air combat simulator through three maps and a lot of relatively expensive (79.99 and below) DLC airplanes to go with them. If you are using an Arduino board that has either an ATMega328 or an ATMega2560 chip, such as the Uno, Pro Mini, Nano or Mega 2650 boards, use DCSBIOS_IRQ_SERIAL. Before including DcsBios.h, you have to define a preprocessor macro that tells the DCS-BIOS Arduino Library what mode it should operate in.
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