// =====================================================================
// config.example.h
//
// Copy this file to "config.h" (same folder) and edit the values
// below. "config.h" is meant to be gitignored so you don't commit
// your Wi-Fi password.
// =====================================================================
#pragma once

// ---------------------------------------------------------------
// Wi-Fi credentials
// ---------------------------------------------------------------
#define WIFI_SSID     "your_ssid"
#define WIFI_PASSWORD "your_password"

// ---------------------------------------------------------------
// Radar UART pins (ESP32-S3, HardwareSerial — NOT SoftwareSerial)
// Change these to match your wiring. Any two free GPIOs that
// support UART RX/TX on your ESP32-S3 board will work.
// ---------------------------------------------------------------
#define RADAR_RX_PIN 18   // ESP32-S3 RX  <- LD2453 TX
#define RADAR_TX_PIN 17   // ESP32-S3 TX  -> LD2453 RX
#define RADAR_UART_PORT 1 // which HardwareSerial to use (Serial1 or Serial2)

// Default LD2453 UART settings. 8N1 is assumed by analogy with the
// rest of the Hi-Link 24xx radar family; this has NOT been confirmed
// against the official LD2453 manual. Verify with DEBUG_RADAR_RAW
// before trusting any parsed output.
#define RADAR_BAUD_RATE 256000

// ---------------------------------------------------------------
// Node identity — for the future multi-radar (LD2453 A/B/C -> UDP
// -> Orange Pi) architecture. Not used for networking yet, but every
// frame is tagged with this so the plumbing is ready later.
// ---------------------------------------------------------------
#define NODE_ID "RADAR_A"

// ---------------------------------------------------------------
// Debug / diagnostic switches
// ---------------------------------------------------------------
// 1 = print every raw UART frame candidate as hex on the Serial
//     Monitor (115200). Use this to capture real traffic from the
//     module so the frame format can be confirmed/reverse-engineered.
#define DEBUG_RADAR_RAW 0

// 1 = diagnostic mode only: Serial-only target printout, no Wi-Fi,
//     no web server, no WebSocket. This is the recommended first
//     stage — get the parser confirmed against real hardware before
//     bringing up networking.
// 0 = full stage-2 firmware: Wi-Fi + REST API + WebSocket + zones.
#define DIAGNOSTIC_MODE 1