/*
  Wokwi link: https://wokwi.com/projects/410356722976869377

  This sketch is used to test the functionality validation of the hardware settings for the Charlieplexed display.
  The validation method is implemented in a minimal CharlieplexDisplay class.
  I am developing this class on an ESP32 with the Arduino IDE. An previous version of this class already exists on my PC and I am using it as a reference.
  But I found out, that the used structure of the settings is not suitable for my needs. So I decided to develop a total new structure for the definition of the display hardware.
  Hopefully, it is published sometime on my github" There is already a similar sketch there with a very simple implementation.
  This can be found on my github https://github.com/mikesch-1960/demo-Charlieplexing-ESP32-GPIO and can also be downloaded to wokwi.
*/

//#include "testDisplyConf.h"       // A hardware setup for testing the validation rules
#include "display_7Pins_38Leds.h" // A hardware setup for a real existing display I found in a disposable vape
#include "CharlieplexDisplay.h"   // Rudimentary class with the implementation of the validation method

CharlieplexDisplay display(display_pins, display_leds, display_digits, display_blocks);

void setup() {
  Serial.begin(115200);
#ifdef BTN_PIN
  pinMode(BTN_PIN, INPUT_PULLUP);
#endif
  while (!Serial) {
    delay(5);
  }
  delay(500);

  Serial.println();
  Serial.println("------------------------------------------------------------------");
  Serial.println("---  Wokwi TEST-program! new Charliplex display class  ---");
  Serial.println();

  //display.debugOut();
  display.validateData();

  Serial.printf("*** Display hardware: %d pins, %d leds, %d digits and %d blocks.\n", display.getPinCount(), display.getLedCount(), display.getDigitCount(), display.getBlockCount());

  if (! display.validateData()) {
    Serial.println("!!! Display data validation failed!");
    // In a real application, I will set a flag to indicate that the setup() failed and the loop() do not execute the invalid display instance
    return;
  }

  Serial.println("*** Display data validated successfuly!");
  Serial.println();

  Serial.println("Start executing the loop() function...");
}


void loop() {
  delay(20);
}