using System;
using System.Diagnostics;
using System.Threading.Tasks;

var renderer = new MatrixRenderer("192.168.1.216"); // Your WLED IP
var ntp = new NtpService("ntp.parsons.cc");

// Replace these with your actual InfluxDB v2 credentials
// If Influx is on the same Pi, you can use the Pi's local IP and port 8086
var influx = new InfluxDataService(
    url: "http://parsons.cc:8086",
    token: ":",
    org: "-",
    bucket: "sensor_data"
);

Console.WriteLine("Starting DDP stream with live InfluxDB data...");

float currentTemp = 1f;
int currentWaterLevel = 100;
Stopwatch dbTimer = Stopwatch.StartNew();

while (true)
{
    // Only query the database every 5 seconds (5000 ms)
    if (dbTimer.ElapsedMilliseconds > 5000 || currentTemp == 0f)
    {
        currentTemp = await influx.GetLatestTemperatureAsync();
        currentWaterLevel = await influx.GetLatestWaterAsync();
        Console.WriteLine($"Fetched new temp: {currentTemp}c");
        Console.WriteLine($"Fetched new water: {currentWaterLevel}%");
        dbTimer.Restart();
    }

    DateTime now = ntp.GetCurrentTime();

    // Keep pushing frames to WLED at 30 FPS
    await renderer.DrawAndSendFrameAsync(currentTemp, currentWaterLevel, now);


    await Task.Delay(1000 / 30);
}