beatsaber-metrics-tracker/src/services/updateData.ts

import { Point } from "@influxdata/influxdb-client";
import axios from "axios";
import { w3cwebsocket as WebsocketClient } from "websocket";
import { InfluxWriteAPI } from "..";
import { connectMongo } from "../db/mongo";
import { LeaderboardSchema } from "../db/schemas/leaderboard";
import { Score } from "../db/schemas/score";
import { Headsets } from "../headsets";
import { normalizedRegionName } from "../utils/regionUtils";

async function update() {
  const response = await axios.get("https://scoresaber.com/api/players/count");
  const count = response.data;

  const point = new Point("scoresaber")
    .tag("type", "player_count")
    .intField("value", parseInt(count))
    .timestamp(new Date());
  InfluxWriteAPI.writePoint(point);

  console.log(`Updated player count to ${count}`);
}

async function connectWebsocket() {
  await connectMongo();
  const leaderboard = await LeaderboardSchema.findOne({ _id: "scoresaber" });
  if (!leaderboard) {
    await LeaderboardSchema.create({ _id: "scoresaber", totalPlays: 0 });
  }
  let totalScores = leaderboard?.totalPlays || 0;
  let totalCountries = leaderboard?.countries || {};
  let totalHeadsets = leaderboard?.headsets || {};

  const socket = new WebsocketClient("wss://scoresaber.com/ws");
  socket.onopen = () => {
    console.log("Connected to websocket");
  };

  socket.onclose = () => {
    console.log("Disconnected from websocket");
    setTimeout(connectWebsocket, 5000);
  };

  socket.onerror = (error) => {
    console.error("Websocket error:", error);
  };

  socket.onmessage = async (message) => {
    const data = message.data;
    let json;
    try {
      json = JSON.parse(data.toString());
    } catch (e) {
      return;
    }

    const commandName = json.commandName;
    const commandData = json.commandData;
    if (commandName == "score") {
      const { score, leaderboard } = commandData;
      totalScores++;

      const {
        id,
        hmd,
        baseScore,
        missedNotes,
        badCuts,
        leaderboardPlayerInfo: player,
        pp,
      } = score;
      const { maxScore, stars, id: leaderboardId } = leaderboard;
      await Score.deleteOne({ _id: id }); // Delete the score if it already exists

      const data: any = {
        _id: id,
        player: {
          id: player.id,
        },
        mistakes: {
          badCuts: badCuts,
          missed: missedNotes,
        },
        rank: score.rank,
        maxCombo: score.maxCombo,
        leaderboardId: leaderboardId,
      };
      if (maxScore) {
        data.acc = ((baseScore / maxScore) * 100).toFixed(2);
      }
      if (pp && stars > 0) {
        data.pp = pp;
        data.stars = stars;
      }

      Score.create(data); // Create the score

      const hmdName =
        Headsets.find((h) => h.id.includes(hmd))?.name || "Unknown";
      const countryId = normalizedRegionName(player.country) || "Unknown";
      totalCountries[countryId] = (totalCountries[countryId] || 0) + 1;
      totalHeadsets[hmdName] = (totalHeadsets[hmdName] || 0) + 1;

      // Update the leaderboard data in the database
      await LeaderboardSchema.updateOne(
        { _id: "scoresaber" },
        {
          $set: {
            totalPlays: totalScores,
            countries: totalCountries,
            headsets: totalHeadsets,
          },
        }
      ).exec();

      // Write the metrics data to influx
      InfluxWriteAPI.writePoint(
        new Point("scoresaber")
          .tag("type", "score_count")
          .intField("value", totalScores)
          .timestamp(new Date())
      );
      InfluxWriteAPI.writePoint(
        new Point("scoresaber")
          .tag("type", "headsets")
          .tag("hmd", hmdName)
          .intField("value", totalHeadsets[hmdName])
          .timestamp(new Date())
      );
      InfluxWriteAPI.writePoint(
        new Point("scoresaber")
          .tag("type", "countries")
          .tag("country", countryId)
          .intField("value", totalCountries[countryId])
          .timestamp(new Date())
      );
    }
  };
}

async function updateAverages() {
  const before = new Date().getTime();
  Score.find({}).then((scores) => {
    // create an average for all data for all scores
    const average = {
      acc: 0,
      pp: 0,
      stars: 0,
      mistakes: {
        badCuts: 0,
        missed: 0,
      },
      rank: 0,
      maxCombo: 0,
    };
    scores.forEach((score) => {
      if (score.acc) {
        average.acc += score.acc;
      }
      if (score.pp) {
        average.pp += score.pp;
      }
      if (score.stars) {
        average.stars += score.stars;
      }
      if (score.mistakes) {
        average.mistakes.badCuts += score.mistakes.badCuts;
        average.mistakes.missed += score.mistakes.missed;
      }
      if (score.rank) {
        average.rank += score.rank;
      }
      if (score.maxCombo) {
        average.maxCombo += score.maxCombo;
      }
    });
    average.acc /= scores.length;
    average.pp /= scores.length;
    average.stars /= scores.length;
    average.mistakes.badCuts /= scores.length;
    average.mistakes.missed /= scores.length;
    average.rank /= scores.length;
    average.maxCombo /= scores.length;

    // create the point and write it to influx
    const point = new Point("scoresaber")
      .tag("type", "average")
      .timestamp(new Date());

    if (average.acc) {
      point.floatField("acc", average.acc);
    }
    if (average.pp) {
      point.floatField("pp", average.pp);
    }
    if (average.stars) {
      point.floatField("stars", average.stars);
    }
    if (average.mistakes) {
      point.intField(
        "badCuts",
        isNaN(average.mistakes.badCuts) ? 0 : average.mistakes.badCuts
      );
      point.intField(
        "missed",
        isNaN(average.mistakes.missed) ? 0 : average.mistakes.missed
      );
    }
    if (average.rank) {
      point.intField("rank", average.rank);
    }
    if (average.maxCombo) {
      point.intField("maxCombo", average.maxCombo);
    }
    InfluxWriteAPI.writePoint(point);
    console.log(`Updated averages in ${new Date().getTime() - before}ms`);
  });
}

update();
updateAverages();
connectWebsocket();
setInterval(update, 60_000); // 1 minute
setInterval(updateAverages, 60_000 * 5); // 5 minutes