// @ts-check
import { RiotAPI, RiotAPITypes, PlatformId } from "@fightmegg/riot-api";

import "dotenv/config";

/** @type {string} */
const RG_API_KEY = process.env.RG_API_KEY || "no api key found";

const METHOD_KEY = RiotAPITypes.METHOD_KEY;

/** @type {RiotAPITypes.Config} */
const config = {
  debug: false,
  cache: {
    cacheType: "ioredis", // local or ioredis
    client: "redis://redis:6379", // leave null if client is local
    ttls: {
      byMethod: {
        [METHOD_KEY.SUMMONER.GET_BY_SUMMONER_NAME]: 7 * 24 * 60 * 60 * 1000, // 7 day
        [METHOD_KEY.MATCH_V5.GET_IDS_BY_PUUID]: 7 * 24 * 60 * 60 * 1000, // 7 day
        [METHOD_KEY.MATCH_V5.GET_MATCH_BY_ID]: 7 * 24 * 60 * 60 * 1000, // 7 day
        // TODO: Figure out if I can get more games with old API?
        // [METHOD_KEY.MATCH.GET_MATCHLIST_BY_ACCOUNT]: 24 * 60 * 60 * 100, // ms
      },
    },
  },
};

const rAPI = new RiotAPI(RG_API_KEY, config);

let val = await rAPI.summoner
  .getBySummonerName({
    region: PlatformId.NA1,
    summonerName: "RavenShade",
  })
  .then(({ name, puuid }) => ({ name, puuid }));

// const ice = await rAPI.summoner
//   .getBySummonerName({
//     region: PlatformId.NA1,
//     summonerName: "IcePhoenix05",
//   })
//   .then(({ name, puuid }) => ({ name, puuid }));

const ice = await rAPI.account
  .getByRiotId({
    region: PlatformId.AMERICAS,
    gameName: "Heartsii",
    tagLine: "0000",
  })
  .then(({ puuid }) => ({ puuid }));

const valGameIds = await get_games_by_puuid(val.puuid);
const iceGamesIds = await get_games_by_puuid(ice.puuid);

const commonGameIds = valGameIds.filter(
  Set.prototype.has,
  new Set(iceGamesIds),
);

/** @type {RiotAPITypes.MatchV5.MatchDTO[]} */
let commonGames = [];
for (const matchId of commonGameIds) {
  const game = await rAPI.matchV5.getMatchById({
    cluster: PlatformId.AMERICAS,
    matchId,
  });

  commonGames.push(game);
}

console.log(`\nCommon Game Data Found: ${commonGameIds.length}`);

commonGames.reverse();

let gameData0 = commonGames
  .map(({ info, metadata }) => ({
    id: metadata.matchId,
    data: info.participants
      .filter(({ puuid }) => puuid === ice.puuid || puuid === val.puuid)
      .map(
        ({
          championName,
          summonerName,
          individualPosition,
          teamPosition,
          win,
        }) => ({
          championName,
          summonerName,
          individualPosition,
          teamPosition,
          win,
        }),
      )
      .map(({ individualPosition, teamPosition, ...rest }) => {
        const estimates = [...new Set([individualPosition, teamPosition])];

        /** @type {string} */
        let positionEstimate;
        if (estimates.length === 1) {
          positionEstimate = estimates[0];
        } else if (estimates.length > 1) {
          positionEstimate =
            estimates.find((e) => e === "BOTTOM" || e === "UTILITY") ||
            estimates[0];
        } else {
          positionEstimate = "NONE";
        }

        return {
          ...rest,
          positionEstimate,
        };
      }),
  }))
  .filter(({ data }) =>
    data
      .map(({ positionEstimate }) => positionEstimate)
      .every((estimates) => estimates === "BOTTOM" || estimates === "UTILITY"),
  )
  .map(({ data, ...rest }) => {
    return {
      ...rest,
      win: data[0].win,
      data: data.reduce((acc, playerData) => {
        acc[playerData.summonerName] = {
          position: playerData.positionEstimate,
          champion: playerData.championName,
        };
        return acc;
      }, {}),
    };
  });

console.log(`\nBot Lane Duo Matches Found: ${gameData0.length}`);

const wins0 = gameData0.filter(({ win }) => win).length;
const losses0 = gameData0.filter(({ win }) => !win).length;
console.log(`Wins: ${wins0}`);
console.log(`Losses: ${losses0}`);
console.log(`W/L: ${(wins0 / (wins0 + losses0)).toFixed(2)}`);

let gameData = gameData0.filter(
  ({ data }) => data["RavenShade"].champion !== "Smolder",
);

console.log(`\nBot Lane Duo Matches Found (No Smolder): ${gameData.length}`);

const rawWins = gameData.filter(({ win }) => win);
const rawLosses = gameData.filter(({ win }) => !win);
const winData = rawWins.map((win) => win.data);
const lossData = rawLosses.map((loss) => loss.data);
const wins = rawWins.length;
const losses = rawLosses.length;
console.log(`Wins: ${wins}`);
console.log(`Losses: ${losses}`);
console.log(`W/L: ${(wins / (wins + losses)).toFixed(2)}`);

console.log("\nwins");
winData
  .map((d) =>
    Object.entries(d).map(([summoner, { champion }]) => ({
      summoner,
      champion,
    })),
  )
  .forEach((g) => console.log(JSON.stringify(g, null, "")));

console.log("\nlosses");
lossData
  .map((d) =>
    Object.entries(d).map(([summoner, { champion }]) => ({
      summoner,
      champion,
    })),
  )
  .forEach((g) => console.log(JSON.stringify(g, null, "")));

/**
 * @param {string} puuid
 * @returns {Promise<string[]>}
 */
async function get_games_by_puuid(puuid) {
  const COUNT = 20;

  let games = [];

  let start = 0;
  while (start >= 0) {
    let newGames = await rAPI.matchV5.getIdsByPuuid({
      cluster: PlatformId.AMERICAS,
      puuid,
      params: {
        start,
        count: COUNT,
        queue: 400,
      },
    });

    if (newGames.length < 20) {
      break;
    }

    games.push.apply(games, newGames);

    start += COUNT;
  }

  return games;
}