Nano Every Compatability

Hi Folks,
I’ve been making triggers for high-speed flash photography using Arduino Nano controllers. I’ve used the cheap clones previously but now I want to use the real thing in future so that I can make the process available to our camera club members With genuine units I hope to avoid issues like the Nano board not being recognized or the COM port not being found.
I’m looking at using the genuine Nano Every in future but have a couple of Newbie questions:
• I don’t see the Nano Every listed in the board manager, will it be recognized`` as a Nano?
• I’ve read conflicting reports on the Every, some say certain scenarios wont work without software teaks. Will the sketch below (not my work) function on the Every?
• With no pinouts marked on the top of the unit how do we identify the pinouts?
Cheers for looking,
Eugene Stevenson.

const int FLASH_PIN = 3;           //assign pin 3 to FLASH TRIGGER
const int DELAY_PIN = A0;          //assign pin A0 to DELAY POT
const int SOUND_PIN = A2;          //assign pin A2 to TRIGGER INPU
const int THRESHOLD_PIN = A3;      //assign pin A3 to THRESHOLD POT
const int BUTTON_PIN = 2;          //assign pin 2 to start BUTTON
const int potONE = A0;             //assign pin A0 to potentiometer 1 - Delay
const int potTWO = A3;             //assign pin A0 to potentiometer 2 - Threshold
int camDEL;                        //declare camDEL variable
int camDELval;                     //declare camDELval variable
int BUTTON_STATE;                  //declare BUTTON_STATE variable
int THRESHOLD;                     //declare THRESHOLD variable
int THRESHOLDval;                  //declare THRESHOLDval variable
int TIMEOUT=500;                   //500 milliseconds
int pMin = 0;  //the lowest value that comes out of the potentiometer
int pMax = 1023; //the highest value that comes out of the potentiometer.

void setup()
   pinMode(BUTTON_PIN, INPUT);      // make button press pin input
  pinMode(FLASH_PIN, OUTPUT);      // make flash trigger pin output
  digitalWrite(FLASH_PIN, LOW);    // keep flash trigger pin low
  pinMode(DELAY_PIN, INPUT);       // make pot pin an input
volatile int v1 = 0;
volatile int v2 = 0;
void buttonWait(int buttonPin){
  int BUTTON_STATE = 0;
    BUTTON_STATE = digitalRead(BUTTON_PIN);
    if (BUTTON_STATE == HIGH) {
void loop()
      buttonWait(2);                                      // check if button is pressed, only continue when pressed.
      THRESHOLD=analogRead(potTWO);                       //read analogue value from potentiometer 2
      THRESHOLDval = map(THRESHOLD, pMin, pMax, 2, 500);  //map value from potTWO to be between 2 and 500 to increase accuracy
      while (abs(v1 - v2) < THRESHOLDval) {               // if difference between two analog read exceeds threshhold, then exit loop and trigger flash
      v1 = analogRead(SOUND_PIN);                         // start analog read
      v2 = analogRead(SOUND_PIN);     }                   // acquire again
      camDEL=analogRead(potONE);                          //read analogue value from potentiometer 1
      //camDELval=camDEL/(5.);                              //divide value from potONE by 5 to increase accuracy
      delay(camDELval);                                   //delay for time value camDELval - delay between second drop and camera activation
      digitalWrite(FLASH_PIN, HIGH);                      // trigger flash
      delay(10);                                          // keep flash trigger high for 10ms
      digitalWrite(FLASH_PIN, LOW);                       // done triggering, reset back   
      v1 = v2;

this sketch will run on any Arduino.
you have to install the platform for Nano Every in Boards Manager

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