#include <Arduino.h>
#include "neb_pulse_program.h"

/**
 * @brief ESP32 Arduino sketch that demonstrates how to:
 *  [1] Build a NebProgram2 in RAM
 *  [2] Serialize it into a raw byte buffer with nebSetProgram
 *  [3] Deserialize it back with nebGetProgram
 *  [4] Access decoded values via getters and print them to Serial
 */

// Local byte buffer that simulates the parameter area
static uint8_t paramBuffer[NebProgram3::sizeBytes()];

void setup() {
  Serial.begin(115200);
  while (!Serial) { /* wait for USB CDC if needed */ }
  delay(200);

  Serial.println();
  Serial.println("=== NebPulseProgram get-set demo [ESP32 Arduino] ===");

  // [1] Create and configure a 2-slot program
  NebProgram3 prog{};            // total size 10 bytes

  // Configure slot 0, example values
  prog.slots[0].setTimesMs(500, 2000);   // 500 ms ON, 2000 ms OFF
  prog.slots[0].setRepeats(10);          // 11 cycles total
  prog.slots[0].setJitter(5);            // +/- 5 percent

  // Configure slot 0, example values
  prog.slots[1].setTimesMs(800, 1500);   // 500 ms ON, 2000 ms OFF
  prog.slots[1].setRepeats(20);          // 11 cycles total
  prog.slots[1].setJitter(10);            // +/- 5 percent

  // Configure slot 0, example values
  prog.slots[2].setTimesMs(100, 1700);   // 500 ms ON, 2000 ms OFF
  prog.slots[2].setRepeats(28);          // 11 cycles total
  prog.slots[2].setJitter(4);            // +/- 5 percent


  // [3] Write program into the raw buffer
  nebSetProgram(paramBuffer, prog);

  // Clear the program to prove that read repopulates fields
  memset(&prog, 0, sizeof(prog));

  // [3] Read program back from the raw buffer
  NebProgram3 readProg{};
  nebGetProgram(paramBuffer, readProg);

  // [4] Access and print decoded values directly using getters
  Serial.println("[Decoded values]"); Serial.println(sizeof(prog));
  {
    const NebPulseSlot5 &s0 = readProg.slots[0];
    Serial.print("Slot 0, onMs = ");   Serial.print(s0.getOnMs());
    Serial.print(", offMs = ");        Serial.print(s0.getOffMs());
    Serial.print(", repeats = ");      Serial.print(s0.getRepeats());
    Serial.print(", jitter = ");       Serial.print(s0.getJitter());
    Serial.println(" %");
  }
  {
    const NebPulseSlot5 &s1 = readProg.slots[1];
    Serial.print("Slot 1, onMs = ");   Serial.print(s1.getOnMs());
    Serial.print(", offMs = ");        Serial.print(s1.getOffMs());
    Serial.print(", repeats = ");      Serial.print(s1.getRepeats());
    Serial.print(", jitter = ");       Serial.print(s1.getJitter());
    Serial.println(" %");
  }
  {
    const NebPulseSlot5 &s2 = readProg.slots[2];
    Serial.print("Slot 2, onMs = ");   Serial.print(s2.getOnMs());
    Serial.print(", offMs = ");        Serial.print(s2.getOffMs());
    Serial.print(", repeats = ");      Serial.print(s2.getRepeats());
    Serial.print(", jitter = ");       Serial.print(s2.getJitter());
    Serial.println(" %");
  }


  Serial.println("=== End ===");
}

void loop() {
  // No periodic work in this demo
  delay(1000);
}