/*
 * app_config.h — site-specific configuration and credentials.
 *
 * Copy this file to main/app_config.h and fill it in. app_config.h is
 * gitignored; this template is tracked.
 *
 *     cp main/app_config.h.example main/app_config.h
 *
 * Everything here is specific to one installation. Behavioural tuning
 * (hysteresis, timings, safety limits) lives in hvac/control.h and
 * hvac/relay.h instead, because those are properties of the firmware rather
 * than of the house.
 */
#pragma once

/* ---------------------------------------------------------------- WiFi -- */

#define APP_WIFI_SSID       "your-ssid"
#define APP_WIFI_PASS       "your-password"

/* --------------------------------------------------------------- MQTT --- */
/*
 * The ESP32 talks to the MQTT broker that zigbee2mqtt publishes to, not to
 * zigbee2mqtt itself. z2m has no REST endpoint for live sensor state — the
 * frontend streams it over a WebSocket — and subscribing to the broker
 * directly is both simpler and more robust: the sensor topics are retained,
 * so the last known reading for every room arrives within milliseconds of
 * connecting, including after a reboot.
 *
 * URI forms: mqtt://host:1883, mqtts://host:8883, ws://host:9001/mqtt
 */
#define APP_MQTT_URI        "mqtt://192.168.1.10:1883"
#define APP_MQTT_USER       ""      /* leave empty for anonymous */
#define APP_MQTT_PASS       ""

/* z2m's configured base topic. Sensor topics are <base>/<friendly_name>. */
#define APP_MQTT_BASE_TOPIC "zigbee2mqtt"

/* --------------------------------------------------------------- Rooms -- */
/*
 * One row per room the thermostat knows about.
 *
 *   X(display_name, zigbee2mqtt_friendly_name)
 *
 * display_name  — what appears on the round screen. Keep it short; there is
 *                 not much horizontal room at 480x480 with a circular mask.
 * friendly_name — exactly as it appears in zigbee2mqtt, i.e. the last path
 *                 element of the MQTT topic. Case and spaces matter. If a
 *                 name contains a space the topic will too, which is legal
 *                 MQTT and handled correctly here.
 *
 * The order is the order the encoder cycles through in manual mode, and the
 * index is what gets persisted to NVS — so inserting a row in the middle
 * will shift a previously saved selection. Append rather than insert.
 *
 * Room 0 is the power-on default before anything is loaded from NVS.
 */
#define APP_ROOM_TABLE(X)                                                     \
    X("TV Room", "tv_room_sensor")                                            \
    X("Bedroom", "bedroom_sensor")

/* --------------------------------------------------------------- Units -- */
/*
 * Display units. All internal control math is in degrees Celsius regardless;
 * this only affects what is rendered and how big an encoder detent is.
 * APP_UNITS_FAHRENHEIT: 1 detent = 1 F. Celsius: 1 detent = 0.5 C.
 */
#define APP_UNITS_FAHRENHEIT    1

/* ---------------------------------------------------------------- Time -- */
/*
 * POSIX TZ string, used by schedule mode. SNTP keeps the clock honest; if it
 * never syncs, schedule mode falls back to the formula rule and says so on
 * screen rather than acting on a wrong clock.
 * US Central: "CST6CDT,M3.2.0,M11.1.0"   US Eastern: "EST5EDT,M3.2.0,M11.1.0"
 */
#define APP_TIMEZONE        "CST6CDT,M3.2.0,M11.1.0"
#define APP_SNTP_SERVER     "pool.ntp.org"