"use strict";
var __defProp = Object.defineProperty;
var __getOwnPropDesc = Object.getOwnPropertyDescriptor;
var __getOwnPropNames = Object.getOwnPropertyNames;
var __hasOwnProp = Object.prototype.hasOwnProperty;
var __export = (target, all) => {
  for (var name in all)
    __defProp(target, name, { get: all[name], enumerable: true });
};
var __copyProps = (to, from, except, desc) => {
  if (from && typeof from === "object" || typeof from === "function") {
    for (let key of __getOwnPropNames(from))
      if (!__hasOwnProp.call(to, key) && key !== except)
        __defProp(to, key, { get: () => from[key], enumerable: !(desc = __getOwnPropDesc(from, key)) || desc.enumerable });
  }
  return to;
};
var __toCommonJS = (mod) => __copyProps(__defProp({}, "__esModule", { value: true }), mod);
var datasearch_exports = {};
__export(datasearch_exports, {
  PM: () => PM,
  commands: () => commands,
  testables: () => testables
});
module.exports = __toCommonJS(datasearch_exports);
var import_lib = require("../../lib");
var import_team_validator = require("../../sim/team-validator");
var import_chat = require("../chat");
/**
 * Data searching commands.
 * Pokemon Showdown - http://pokemonshowdown.com/
 *
 * Commands for advanced searching for pokemon, moves, items and learnsets.
 * These commands run on a child process by default.
 *
 * @license MIT
 */
const MAX_PROCESSES = 1;
const RESULTS_MAX_LENGTH = 10;
const MAX_RANDOM_RESULTS = 30;
const dexesHelp = Object.keys(global.Dex?.dexes || {}).filter((x) => x !== "sourceMaps").join("</code>, <code>");
function escapeHTML(str) {
  if (!str)
    return "";
  return ("" + str).replace(/&/g, "&amp;").replace(/</g, "&lt;").replace(/>/g, "&gt;").replace(/"/g, "&quot;").replace(/'/g, "&apos;").replace(/\//g, "&#x2f;");
}
function toListString(arr) {
  if (!arr.length)
    return "";
  if (arr.length === 1)
    return arr[0];
  if (arr.length === 2)
    return `${arr[0]} and ${arr[1]}`;
  return `${arr.slice(0, -1).join(", ")}, and ${arr.slice(-1)[0]}`;
}
function checkCanAll(room) {
  if (!room)
    return false;
  const { isPersonal, isHelp } = room.settings;
  return !room.battle && !!isPersonal && !isHelp;
}
const commands = {
  ds: "dexsearch",
  ds1: "dexsearch",
  ds2: "dexsearch",
  ds3: "dexsearch",
  ds4: "dexsearch",
  ds5: "dexsearch",
  ds6: "dexsearch",
  ds7: "dexsearch",
  ds8: "dexsearch",
  dsearch: "dexsearch",
  nds: "dexsearch",
  async dexsearch(target, room, user, connection, cmd2, message) {
    this.checkBroadcast();
    if (!target)
      return this.parse("/help dexsearch");
    if (target.length > 300)
      return this.errorReply("Dexsearch queries may not be longer than 300 characters.");
    const targetGen = parseInt(cmd2[cmd2.length - 1]);
    if (targetGen)
      target += `, mod=gen${targetGen}`;
    const split = target.split(",").map((term) => term.trim());
    const index = split.findIndex((x) => /^max\s*gen/i.test(x));
    if (index >= 0) {
      const genNum = parseInt(/\d*$/.exec(split[index])?.[0] || "");
      if (!isNaN(genNum) && !(genNum < 1 || genNum > Dex.gen)) {
        split[index] = `mod=gen${genNum}`;
        target = split.join(",");
      }
    }
    if (!target.includes("mod=")) {
      const dex = this.extractFormat(room?.settings.defaultFormat || room?.battle?.format).dex;
      if (dex)
        target += `, mod=${dex.currentMod}`;
    }
    if (cmd2 === "nds")
      target += ", natdex";
    const response = await runSearch({
      target,
      cmd: "dexsearch",
      canAll: !this.broadcastMessage || checkCanAll(room),
      message: this.broadcastMessage ? "" : message
    });
    if (!response.error && !this.runBroadcast())
      return;
    if (response.error) {
      throw new import_chat.Chat.ErrorMessage(response.error);
    } else if (response.reply) {
      this.sendReplyBox(response.reply);
    } else if (response.dt) {
      import_chat.Chat.commands.data.call(
        this,
        response.dt,
        room,
        user,
        connection,
        "dt",
        this.broadcastMessage ? "" : message
      );
    }
  },
  dexsearchhelp() {
    this.sendReply(
      `|html| <details class="readmore"><summary><code>/dexsearch [parameter], [parameter], [parameter], ...</code>: searches for Pok\xE9mon that fulfill the selected criteria<br/>Search categories are: type, tier, color, moves, ability, gen, resists, weak, recovery, zrecovery, priority, stat, weight, height, egg group, pivot.<br/>Valid colors are: green, red, blue, white, brown, yellow, purple, pink, gray and black.<br/>Valid tiers are: Uber/OU/UUBL/UU/RUBL/RU/NUBL/NU/PUBL/PU/ZU/NFE/LC/CAP/CAP NFE/CAP LC.<br/>Valid doubles tiers are: DUber/DOU/DBL/DUU/DNU.</summary>Types can be searched for by either having the type precede <code>type</code> or just using the type itself as a parameter; e.g., both <code>fire type</code> and <code>fire</code> show all Fire types; however, using <code>psychic</code> as a parameter will show all Pok\xE9mon that learn the move Psychic and not Psychic types.<br/><code>resists</code> followed by a type or move will show Pok\xE9mon that resist that typing or move (e.g. <code>resists normal</code>).<br/><code>weak</code> followed by a type or move will show Pok\xE9mon that are weak to that typing or move (e.g. <code>weak fire</code>).<br/><code>asc</code> or <code>desc</code> following a stat will show the Pok\xE9mon in ascending or descending order of that stat respectively (e.g. <code>speed asc</code>).<br/>Inequality ranges use the characters <code>>=</code> for <code>\u2265</code> and <code><=</code> for <code>\u2264</code>; e.g., <code>hp <= 95</code> searches all Pok\xE9mon with HP less than or equal to 95.<br/>Parameters can be excluded through the use of <code>!</code>; e.g., <code>!water type</code> excludes all Water types.<br/>The parameter <code>mega</code> can be added to search for Mega Evolutions only, the parameter <code>gmax</code> can be added to search for Pok\xE9mon capable of Gigantamaxing only, and the parameter <code>Fully Evolved</code> (or <code>FE</code>) can be added to search for fully-evolved Pok\xE9mon.<br/><code>Alola</code>, <code>Galar</code>, <code>Therian</code>, <code>Totem</code>, or <code>Primal</code> can be used as parameters to search for those formes.<br/>Parameters separated with <code>|</code> will be searched as alternatives for each other; e.g., <code>trick | switcheroo</code> searches for all Pok\xE9mon that learn either Trick or Switcheroo.<br/>You can search for info in a specific generation by appending the generation to ds or by using the <code>maxgen</code> keyword; e.g. <code>/ds1 normal</code> or <code>/ds normal, maxgen1</code> searches for all Pok\xE9mon that were Normal type in Generation I.<br/>You can search for info in a specific mod by using <code>mod=[mod name]</code>; e.g. <code>/nds mod=ssb, protean</code>. All valid mod names are: <code>${dexesHelp}</code><br />By default, <code>/dexsearch</code> will search only Pok\xE9mon obtainable in the current generation. Add the parameter <code>unreleased</code> to include unreleased Pok\xE9mon. Add the parameter <code>natdex</code> (or use the command <code>/nds</code>) to include all past Pok\xE9mon.<br/>Searching for a Pok\xE9mon with both egg group and type parameters can be differentiated by adding the suffix <code>group</code> onto the egg group parameter; e.g., seaching for <code>grass, grass group</code> will show all Grass types in the Grass egg group.<br/>The parameter <code>monotype</code> will only show Pok\xE9mon that are single-typed.<br/>The order of the parameters does not matter.<br/>`
    );
  },
  rollmove: "randommove",
  randmove: "randommove",
  async randommove(target, room, user, connection, cmd2, message) {
    this.checkBroadcast(true);
    target = target.slice(0, 300);
    const targets = target.split(",");
    const targetsBuffer = [];
    let qty;
    for (const arg of targets) {
      if (!arg)
        continue;
      const num = Number(arg);
      if (Number.isInteger(num)) {
        if (qty)
          throw new import_chat.Chat.ErrorMessage("Only specify the number of Pok\xE9mon Moves once.");
        qty = num;
        if (qty < 1 || MAX_RANDOM_RESULTS < qty) {
          throw new import_chat.Chat.ErrorMessage(`Number of random Pok\xE9mon Moves must be between 1 and ${MAX_RANDOM_RESULTS}.`);
        }
        targetsBuffer.push(`random${qty}`);
      } else {
        targetsBuffer.push(arg);
      }
    }
    if (!qty)
      targetsBuffer.push("random1");
    const response = await runSearch({
      target: targetsBuffer.join(","),
      cmd: "randmove",
      canAll: !this.broadcastMessage || checkCanAll(room),
      message: this.broadcastMessage ? "" : message
    });
    if (!response.error && !this.runBroadcast(true))
      return;
    if (response.error) {
      throw new import_chat.Chat.ErrorMessage(response.error);
    } else if (response.reply) {
      this.sendReplyBox(response.reply);
    } else if (response.dt) {
      import_chat.Chat.commands.data.call(
        this,
        response.dt,
        room,
        user,
        connection,
        "dt",
        this.broadcastMessage ? "" : message
      );
    }
  },
  randommovehelp: [
    `/randommove - Generates random Pok\xE9mon Moves based on given search conditions.`,
    `/randommove uses the same parameters as /movesearch (see '/help ms').`,
    `Adding a number as a parameter returns that many random Pok\xE9mon Moves, e.g., '/randmove 6' returns 6 random Pok\xE9mon Moves.`
  ],
  rollpokemon: "randompokemon",
  randpoke: "randompokemon",
  async randompokemon(target, room, user, connection, cmd2, message) {
    this.checkBroadcast(true);
    target = target.slice(0, 300);
    const targets = target.split(",");
    const targetsBuffer = [];
    let qty;
    for (const arg of targets) {
      if (!arg)
        continue;
      const num = Number(arg);
      if (Number.isInteger(num)) {
        if (qty)
          throw new import_chat.Chat.ErrorMessage("Only specify the number of Pok\xE9mon once.");
        qty = num;
        if (qty < 1 || MAX_RANDOM_RESULTS < qty) {
          throw new import_chat.Chat.ErrorMessage(`Number of random Pok\xE9mon must be between 1 and ${MAX_RANDOM_RESULTS}.`);
        }
        targetsBuffer.push(`random${qty}`);
      } else {
        targetsBuffer.push(arg);
      }
    }
    if (!qty)
      targetsBuffer.push("random1");
    const response = await runSearch({
      target: targetsBuffer.join(","),
      cmd: "randpoke",
      canAll: !this.broadcastMessage || checkCanAll(room),
      message: this.broadcastMessage ? "" : message
    });
    if (!response.error && !this.runBroadcast(true))
      return;
    if (response.error) {
      throw new import_chat.Chat.ErrorMessage(response.error);
    } else if (response.reply) {
      this.sendReplyBox(response.reply);
    } else if (response.dt) {
      import_chat.Chat.commands.data.call(
        this,
        response.dt,
        room,
        user,
        connection,
        "dt",
        this.broadcastMessage ? "" : message
      );
    }
  },
  randompokemonhelp: [
    `/randompokemon - Generates random Pok\xE9mon based on given search conditions.`,
    `/randompokemon uses the same parameters as /dexsearch (see '/help ds').`,
    `Adding a number as a parameter returns that many random Pok\xE9mon, e.g., '/randpoke 6' returns 6 random Pok\xE9mon.`
  ],
  ms: "movesearch",
  ms1: "movesearch",
  ms2: "movesearch",
  ms3: "movesearch",
  ms4: "movesearch",
  ms5: "movesearch",
  ms6: "movesearch",
  ms7: "movesearch",
  ms8: "movesearch",
  msearch: "movesearch",
  nms: "movesearch",
  async movesearch(target, room, user, connection, cmd2, message) {
    this.checkBroadcast();
    if (!target)
      return this.parse("/help movesearch");
    target = target.slice(0, 300);
    const targetGen = parseInt(cmd2[cmd2.length - 1]);
    if (targetGen)
      target += `, mod=gen${targetGen}`;
    const split = target.split(",").map((term) => term.trim());
    const index = split.findIndex((x) => /^max\s*gen/i.test(x));
    if (index >= 0) {
      const genNum = parseInt(/\d*$/.exec(split[index])?.[0] || "");
      if (!isNaN(genNum) && !(genNum < 1 || genNum > Dex.gen)) {
        split[index] = `mod=gen${genNum}`;
        target = split.join(",");
      }
    }
    if (!target.includes("mod=")) {
      const dex = this.extractFormat(room?.settings.defaultFormat || room?.battle?.format).dex;
      if (dex)
        target += `, mod=${dex.currentMod}`;
    }
    if (cmd2 === "nms")
      target += ", natdex";
    const response = await runSearch({
      target,
      cmd: "movesearch",
      canAll: !this.broadcastMessage || checkCanAll(room),
      message: this.broadcastMessage ? "" : message
    });
    if (!response.error && !this.runBroadcast())
      return;
    if (response.error) {
      throw new import_chat.Chat.ErrorMessage(response.error);
    } else if (response.reply) {
      this.sendReplyBox(response.reply);
    } else if (response.dt) {
      import_chat.Chat.commands.data.call(
        this,
        response.dt,
        room,
        user,
        connection,
        "dt",
        this.broadcastMessage ? "" : message
      );
    }
  },
  movesearchhelp() {
    this.sendReplyBox(
      `<code>/movesearch [parameter], [parameter], [parameter], ...</code>: searches for moves that fulfill the selected criteria.<br/><br/>Search categories are: type, category, gen, contest condition, flag, status inflicted, type boosted, Pok\xE9mon targeted, and numeric range for base power, pp, priority, and accuracy.<br/><br/><details class="readmore"><summary>Parameter Options</summary>- Types can be followed by <code> type</code> for clarity; e.g. <code>dragon type</code>.<br/>- Stat boosts must be preceded with <code>boosts </code>, and stat-lowering moves with <code>lowers </code>; e.g., <code>boosts attack</code> searches for moves that boost the Attack stat of either Pok\xE9mon.<br/>- Z-stat boosts must be preceded with <code>zboosts </code>; e.g. <code>zboosts accuracy</code> searches for all Status moves with Z-Effects that boost the user's accuracy. Moves that have a Z-Effect of fully restoring the user's health can be searched for with <code>zrecovery</code>.<br/>- <code>zmove</code>, <code>max</code>, or <code>gmax</code> as parameters will search for Z-Moves, Max Moves, and G-Max Moves respectively.<br/>- Move targets must be preceded with <code>targets </code>; e.g. <code>targets user</code> searches for moves that target the user.<br/>- Valid move targets are: one ally, user or ally, one adjacent opponent, all Pokemon, all adjacent Pokemon, all adjacent opponents, user and allies, user's side, user's team, any Pokemon, opponent's side, one adjacent Pokemon, random adjacent Pokemon, scripted, and user.<br/>- Valid flags are: allyanim, bypasssub (bypasses Substitute), bite, bullet, charge, contact, dance, defrost, distance (can target any Pokemon in Triples), failcopycat, failencore, failinstruct, failmefirst, failmimic, futuremove, gravity, heal, highcrit, instruct, mefirst, mimic, mirror (reflected by Mirror Move), mustpressure, multihit, noassist, nonsky, noparentalbond, nosleeptalk, ohko, pivot, pledgecombo, powder, priority, protect, pulse, punch, recharge, recovery, reflectable, secondary, slicing, snatch, sound, and wind.<br/>- <code>protection</code> as a parameter will search protection moves like Protect, Detect, etc.<br/>- A search that includes <code>!protect</code> will show all moves that bypass protection.<br/></details><br/><details class="readmore"><summary>Parameter Filters</summary>- Inequality ranges use the characters <code>></code> and <code><</code>.<br/>- Parameters can be excluded through the use of <code>!</code>; e.g. <code>!water type</code> excludes all Water-type moves.<br/>- <code>asc</code> or <code>desc</code> following a move property will arrange the names in ascending or descending order of that property, respectively; e.g., <code>basepower asc</code> will arrange moves in ascending order of their base powers.<br/>- Parameters separated with <code>|</code> will be searched as alternatives for each other; e.g. <code>fire | water</code> searches for all moves that are either Fire type or Water type.<br/>- If a Pok\xE9mon is included as a parameter, only moves from its movepool will be included in the search.<br/>- You can search for info in a specific generation by appending the generation to ms; e.g. <code>/ms1 normal</code> searches for all moves that were Normal type in Generation I.<br/>- You can search for info in a specific mod by using <code>mod=[mod name]</code>; e.g. <code>/nms mod=ssb, dark, bp=100</code>. All valid mod names are: <code>${dexesHelp}</code><br />- <code>/ms</code> will search all non-dexited moves (clickable in that game); you can include dexited moves by using <code>/nms</code> or by adding <code>natdex</code> as a parameter.<br/>- The order of the parameters does not matter.</details>`
    );
  },
  isearch: "itemsearch",
  is: "itemsearch",
  is2: "itemsearch",
  is3: "itemsearch",
  is4: "itemsearch",
  is5: "itemsearch",
  is6: "itemsearch",
  is7: "itemsearch",
  is8: "itemsearch",
  async itemsearch(target, room, user, connection, cmd2, message) {
    this.checkBroadcast();
    if (!target)
      return this.parse("/help itemsearch");
    target = target.slice(0, 300);
    const targetGen = parseInt(cmd2[cmd2.length - 1]);
    if (targetGen)
      target += ` maxgen${targetGen}`;
    const response = await runSearch({
      target,
      cmd: "itemsearch",
      canAll: !this.broadcastMessage || checkCanAll(room),
      message: this.broadcastMessage ? "" : message
    });
    if (!response.error && !this.runBroadcast())
      return;
    if (response.error) {
      throw new import_chat.Chat.ErrorMessage(response.error);
    } else if (response.reply) {
      this.sendReplyBox(response.reply);
    } else if (response.dt) {
      import_chat.Chat.commands.data.call(
        this,
        response.dt,
        room,
        user,
        connection,
        "dt",
        this.broadcastMessage ? "" : message
      );
    }
  },
  itemsearchhelp() {
    this.sendReplyBox(
      `<code>/itemsearch [item description]</code>: finds items that match the given keywords.<br/>This command accepts natural language. (tip: fewer words tend to work better)<br/>The <code>gen</code> keyword can be used to search for items introduced in a given generation; e.g., <code>/is gen4</code> searches for items introduced in Generation 4.<br/>To search for items within a generation, append the generation to <code>/is</code> or use the <code>maxgen</code> keyword; e.g., <code>/is4 Water-type</code> or <code>/is maxgen4 Water-type</code> searches for items whose Generation 4 description includes "Water-type".<br/>Searches with <code>fling</code> in them will find items with the specified Fling behavior.<br/>Searches with <code>natural gift</code> in them will find items with the specified Natural Gift behavior.`
    );
  },
  asearch: "abilitysearch",
  as: "abilitysearch",
  as3: "abilitysearch",
  as4: "abilitysearch",
  as5: "abilitysearch",
  as6: "abilitysearch",
  as7: "abilitysearch",
  as8: "abilitysearch",
  async abilitysearch(target, room, user, connection, cmd2, message) {
    this.checkBroadcast();
    if (!target)
      return this.parse("/help abilitysearch");
    target = target.slice(0, 300);
    const targetGen = parseInt(cmd2[cmd2.length - 1]);
    if (targetGen)
      target += ` maxgen${targetGen}`;
    const response = await runSearch({
      target,
      cmd: "abilitysearch",
      canAll: !this.broadcastMessage || checkCanAll(room),
      message: this.broadcastMessage ? "" : message
    });
    if (!response.error && !this.runBroadcast())
      return;
    if (response.error) {
      throw new import_chat.Chat.ErrorMessage(response.error);
    } else if (response.reply) {
      this.sendReplyBox(response.reply);
    } else if (response.dt) {
      import_chat.Chat.commands.data.call(
        this,
        response.dt,
        room,
        user,
        connection,
        "dt",
        this.broadcastMessage ? "" : message
      );
    }
  },
  abilitysearchhelp() {
    this.sendReplyBox(
      `<code>/abilitysearch [ability description]</code>: finds abilities that match the given keywords.<br/>This command accepts natural language. (tip: fewer words tend to work better)<br/>The <code>gen</code> keyword can be used to search for abilities introduced in a given generation; e.g., <code>/as gen4</code> searches for abilities introduced in Generation 4.<br/>To search for abilities within a generation, append the generation to <code>/as</code> or use the <code>maxgen</code> keyword; e.g., <code>/as4 Water-type</code> or <code>/as maxgen4 Water-type</code> searches for abilities whose Generation 4 description includes "Water-type".`
    );
  },
  learnset: "learn",
  learnall: "learn",
  learn5: "learn",
  rbylearn: "learn",
  gsclearn: "learn",
  advlearn: "learn",
  dpplearn: "learn",
  bw2learn: "learn",
  oraslearn: "learn",
  usumlearn: "learn",
  async learn(target, room, user, connection, cmd2, message) {
    if (!target)
      return this.parse("/help learn");
    if (target.length > 300)
      throw new import_chat.Chat.ErrorMessage(`Query too long.`);
    const GENS = { rby: 1, gsc: 2, adv: 3, dpp: 4, bw2: 5, oras: 6, usum: 7 };
    const cmdGen = GENS[cmd2.slice(0, -5)];
    if (cmdGen)
      target = `gen${cmdGen}, ${target}`;
    this.checkBroadcast();
    const { format, dex, targets } = this.splitFormat(target);
    const formatid = format ? format.id : dex.currentMod;
    if (cmd2 === "learn5")
      targets.unshift("level5");
    const response = await runSearch({
      target: targets.join(","),
      cmd: "learn",
      canAll: !this.broadcastMessage || checkCanAll(room),
      message: formatid
    });
    if (!response.error && !this.runBroadcast())
      return;
    if (response.error) {
      throw new import_chat.Chat.ErrorMessage(response.error);
    } else if (response.reply) {
      this.sendReplyBox(response.reply);
    }
  },
  learnhelp: [
    `/learn [ruleset], [pokemon], [move, move, ...] - Displays how the Pok\xE9mon can learn the given moves, if it can at all.`,
    `!learn [ruleset], [pokemon], [move, move, ...] - Show everyone that information. Requires: + % @ # &`,
    `Specifying a ruleset is entirely optional. The ruleset can be a format, a generation (e.g.: gen3) or "min source gen [number]".`,
    `A value of 'min source gen [number]' indicates that trading (or Pok\xE9mon Bank) from generations before [number] is not allowed.`,
    `/learn5 displays how the Pok\xE9mon can learn the given moves at level 5, if it can at all.`,
    `/learnall displays all of the possible fathers for egg moves.`,
    `/learn can also be prefixed by a generation acronym (e.g.: /dpplearn) to indicate which generation is used. Valid options are: rby gsc adv dpp bw2 oras usum`
  ]
};
function getMod(target) {
  const arr = target.split(",").map((x) => x.trim());
  const modTerm = arr.find((x) => {
    const sanitizedStr = x.toLowerCase().replace(/[^a-z0-9=]+/g, "");
    return sanitizedStr.startsWith("mod=") && Dex.dexes[toID(sanitizedStr.split("=")[1])];
  });
  const count = arr.filter((x) => {
    const sanitizedStr = x.toLowerCase().replace(/[^a-z0-9=]+/g, "");
    return sanitizedStr.startsWith("mod=");
  }).length;
  if (modTerm)
    arr.splice(arr.indexOf(modTerm), 1);
  return { splitTarget: arr, usedMod: modTerm ? toID(modTerm.split(/ ?= ?/)[1]) : void 0, count };
}
function runDexsearch(target, cmd2, canAll, message, isTest) {
  const searches = [];
  const { splitTarget, usedMod, count: c } = getMod(target);
  if (c > 1) {
    return { error: `You can't run searches for multiple mods.` };
  }
  const mod = Dex.mod(usedMod || "base");
  const allTiers = Object.assign(/* @__PURE__ */ Object.create(null), {
    anythinggoes: "AG",
    ag: "AG",
    uber: "Uber",
    ubers: "Uber",
    ou: "OU",
    uubl: "UUBL",
    uu: "UU",
    rubl: "RUBL",
    ru: "RU",
    nubl: "NUBL",
    nu: "NU",
    publ: "PUBL",
    pu: "PU",
    zu: "(PU)",
    nfe: "NFE",
    lc: "LC",
    cap: "CAP",
    caplc: "CAP LC",
    capnfe: "CAP NFE"
  });
  const allDoublesTiers = Object.assign(/* @__PURE__ */ Object.create(null), {
    doublesubers: "DUber",
    doublesuber: "DUber",
    duber: "DUber",
    dubers: "DUber",
    doublesou: "DOU",
    dou: "DOU",
    doublesbl: "DBL",
    dbl: "DBL",
    doublesuu: "DUU",
    duu: "DUU",
    doublesnu: "(DUU)",
    dnu: "(DUU)"
  });
  const allTypes = /* @__PURE__ */ Object.create(null);
  for (const type of mod.types.all()) {
    allTypes[type.id] = type.name;
  }
  const allColors = ["green", "red", "blue", "white", "brown", "yellow", "purple", "pink", "gray", "black"];
  const allEggGroups = Object.assign(/* @__PURE__ */ Object.create(null), {
    amorphous: "Amorphous",
    bug: "Bug",
    ditto: "Ditto",
    dragon: "Dragon",
    fairy: "Fairy",
    field: "Field",
    flying: "Flying",
    grass: "Grass",
    humanlike: "Human-Like",
    mineral: "Mineral",
    monster: "Monster",
    undiscovered: "Undiscovered",
    water1: "Water 1",
    water2: "Water 2",
    water3: "Water 3"
  });
  const allFormes = ["alola", "galar", "hisui", "paldea", "primal", "therian", "totem"];
  const allStats = ["hp", "atk", "def", "spa", "spd", "spe", "bst", "weight", "height", "gen"];
  const allStatAliases = {
    attack: "atk",
    defense: "def",
    specialattack: "spa",
    spc: "spa",
    special: "spa",
    spatk: "spa",
    specialdefense: "spd",
    spdef: "spd",
    speed: "spe",
    wt: "weight",
    ht: "height",
    generation: "gen"
  };
  let showAll = false;
  let sort = null;
  let megaSearch = null;
  let gmaxSearch = null;
  let tierSearch = null;
  let capSearch = null;
  let nationalSearch = null;
  let unreleasedSearch = null;
  let fullyEvolvedSearch = null;
  let singleTypeSearch = null;
  let randomOutput = 0;
  const validParameter = (cat, param, isNotSearch, input) => {
    const uniqueTraits = ["colors", "gens"];
    for (const group of searches) {
      const g = group[cat];
      if (g === void 0)
        continue;
      if (typeof g !== "boolean" && g[param] === void 0) {
        if (uniqueTraits.includes(cat)) {
          for (const currentParam in g) {
            if (g[currentParam] !== isNotSearch && !isNotSearch)
              return `A Pok&eacute;mon cannot have multiple ${cat}.`;
          }
        }
        continue;
      }
      if (typeof g !== "boolean" && g[param] === isNotSearch) {
        return `A search cannot both include and exclude '${input}'.`;
      } else {
        return `The search included '${(isNotSearch ? "!" : "") + input}' more than once.`;
      }
    }
    return false;
  };
  for (const andGroup of splitTarget) {
    const orGroup = {
      abilities: {},
      tiers: {},
      doublesTiers: {},
      colors: {},
      "egg groups": {},
      formes: {},
      gens: {},
      moves: {},
      types: {},
      resists: {},
      weak: {},
      stats: {},
      skip: false
    };
    const parameters = andGroup.split("|");
    if (parameters.length > 3)
      return { error: "No more than 3 alternatives for each parameter may be used." };
    for (const parameter of parameters) {
      let isNotSearch = false;
      target = parameter.trim().toLowerCase();
      if (target.startsWith("!")) {
        isNotSearch = true;
        target = target.substr(1);
      }
      const targetAbility = mod.abilities.get(target);
      if (targetAbility.exists) {
        const invalid = validParameter("abilities", targetAbility.id, isNotSearch, targetAbility.name);
        if (invalid)
          return { error: invalid };
        orGroup.abilities[targetAbility.name] = !isNotSearch;
        continue;
      }
      if (toID(target) in allTiers) {
        target = allTiers[toID(target)];
        if (target.startsWith("CAP")) {
          if (capSearch === isNotSearch)
            return { error: "A search cannot both include and exclude CAP tiers." };
          capSearch = !isNotSearch;
        }
        const invalid = validParameter("tiers", target, isNotSearch, target);
        if (invalid)
          return { error: invalid };
        tierSearch = tierSearch || !isNotSearch;
        orGroup.tiers[target] = !isNotSearch;
        continue;
      }
      if (toID(target) in allDoublesTiers) {
        target = allDoublesTiers[toID(target)];
        const invalid = validParameter("doubles tiers", target, isNotSearch, target);
        if (invalid)
          return { error: invalid };
        tierSearch = tierSearch || !isNotSearch;
        orGroup.doublesTiers[target] = !isNotSearch;
        continue;
      }
      if (allColors.includes(target)) {
        target = target.charAt(0).toUpperCase() + target.slice(1);
        const invalid = validParameter("colors", target, isNotSearch, target);
        if (invalid)
          return { error: invalid };
        orGroup.colors[target] = !isNotSearch;
        continue;
      }
      const targetMove = mod.moves.get(target);
      if (targetMove.exists) {
        const invalid = validParameter("moves", targetMove.id, isNotSearch, target);
        if (invalid)
          return { error: invalid };
        orGroup.moves[targetMove.id] = !isNotSearch;
        continue;
      }
      let targetType;
      if (target.endsWith("type")) {
        targetType = toID(target.substring(0, target.indexOf("type")));
      } else {
        targetType = toID(target);
      }
      if (targetType in allTypes) {
        target = allTypes[targetType];
        const invalid = validParameter("types", target, isNotSearch, target);
        if (invalid)
          return { error: invalid };
        if (orGroup.types[target] && isNotSearch || orGroup.types[target] === false && !isNotSearch) {
          return { error: "A search cannot both exclude and include a type." };
        }
        orGroup.types[target] = !isNotSearch;
        continue;
      }
      if (["mono", "monotype"].includes(toID(target))) {
        if (singleTypeSearch === isNotSearch)
          return { error: "A search cannot include and exclude 'monotype'." };
        if (parameters.length > 1)
          return { error: "The parameter 'monotype' cannot have alternative parameters." };
        singleTypeSearch = !isNotSearch;
        orGroup.skip = true;
        continue;
      }
      if (target === "natdex") {
        if (parameters.length > 1)
          return { error: "The parameter 'natdex' cannot have alternative parameters." };
        nationalSearch = true;
        orGroup.skip = true;
        continue;
      }
      if (target === "unreleased") {
        if (parameters.length > 1)
          return { error: "The parameter 'unreleased' cannot have alternative parameters." };
        unreleasedSearch = true;
        orGroup.skip = true;
        continue;
      }
      let groupIndex = target.indexOf("group");
      if (groupIndex === -1)
        groupIndex = target.length;
      if (groupIndex !== target.length || toID(target) in allEggGroups) {
        target = toID(target.substring(0, groupIndex));
        if (target in allEggGroups) {
          target = allEggGroups[toID(target)];
          const invalid = validParameter("egg groups", target, isNotSearch, target);
          if (invalid)
            return { error: invalid };
          orGroup["egg groups"][target] = !isNotSearch;
          continue;
        } else {
          return { error: `'${target}' is not a recognized egg group.` };
        }
      }
      if (toID(target) in allEggGroups) {
        target = allEggGroups[toID(target)];
        const invalid = validParameter("egg groups", target, isNotSearch, target);
        if (invalid)
          return { error: invalid };
        orGroup["egg groups"][target] = !isNotSearch;
        continue;
      }
      let targetInt = 0;
      if (target.substr(0, 1) === "g" && Number.isInteger(parseFloat(target.substr(1)))) {
        targetInt = parseInt(target.substr(1).trim());
      } else if (target.substr(0, 3) === "gen" && Number.isInteger(parseFloat(target.substr(3)))) {
        targetInt = parseInt(target.substr(3).trim());
      }
      if (0 < targetInt && targetInt <= mod.gen) {
        const invalid = validParameter("gens", String(targetInt), isNotSearch, target);
        if (invalid)
          return { error: invalid };
        orGroup.gens[targetInt] = !isNotSearch;
        continue;
      }
      if (target.endsWith(" asc") || target.endsWith(" desc")) {
        if (parameters.length > 1) {
          return { error: `The parameter '${target.split(" ")[1]}' cannot have alternative parameters.` };
        }
        const stat2 = allStatAliases[toID(target.split(" ")[0])] || toID(target.split(" ")[0]);
        if (!allStats.includes(stat2))
          return { error: `'${escapeHTML(target)}' did not contain a valid stat.` };
        sort = `${stat2}${target.endsWith(" asc") ? "+" : "-"}`;
        orGroup.skip = true;
        break;
      }
      if (target === "all") {
        if (!canAll)
          return { error: "A search with the parameter 'all' cannot be broadcast." };
        if (parameters.length > 1)
          return { error: "The parameter 'all' cannot have alternative parameters." };
        showAll = true;
        orGroup.skip = true;
        break;
      }
      if (target.substr(0, 6) === "random" && cmd2 === "randpoke") {
        randomOutput = parseInt(target.substr(6));
        orGroup.skip = true;
        continue;
      }
      if (allFormes.includes(toID(target))) {
        target = toID(target);
        orGroup.formes[target] = !isNotSearch;
        continue;
      }
      if (target === "megas" || target === "mega") {
        if (megaSearch === isNotSearch)
          return { error: "A search cannot include and exclude 'mega'." };
        if (parameters.length > 1)
          return { error: "The parameter 'mega' cannot have alternative parameters." };
        megaSearch = !isNotSearch;
        orGroup.skip = true;
        break;
      }
      if (target === "gmax" || target === "gigantamax") {
        if (gmaxSearch === isNotSearch)
          return { error: "A search cannot include and exclude 'gigantamax'." };
        if (parameters.length > 1)
          return { error: "The parameter 'gigantamax' cannot have alternative parameters." };
        gmaxSearch = !isNotSearch;
        orGroup.skip = true;
        break;
      }
      if (["fully evolved", "fullyevolved", "fe"].includes(target)) {
        if (fullyEvolvedSearch === isNotSearch)
          return { error: "A search cannot include and exclude 'fully evolved'." };
        if (parameters.length > 1)
          return { error: "The parameter 'fully evolved' cannot have alternative parameters." };
        fullyEvolvedSearch = !isNotSearch;
        orGroup.skip = true;
        break;
      }
      if (target === "recovery") {
        const recoveryMoves = [
          "healorder",
          "junglehealing",
          "lifedew",
          "milkdrink",
          "moonlight",
          "morningsun",
          "recover",
          "roost",
          "shoreup",
          "slackoff",
          "softboiled",
          "strengthsap",
          "synthesis",
          "wish"
        ];
        for (const move of recoveryMoves) {
          const invalid = validParameter("moves", move, isNotSearch, target);
          if (invalid)
            return { error: invalid };
          if (isNotSearch) {
            orGroup.skip = true;
            const bufferObj = { moves: {} };
            bufferObj.moves[move] = false;
            searches.push(bufferObj);
          } else {
            orGroup.moves[move] = true;
          }
        }
        continue;
      }
      if (target === "zrecovery") {
        const recoveryMoves = [
          "aromatherapy",
          "bellydrum",
          "conversion2",
          "haze",
          "healbell",
          "mist",
          "psychup",
          "refresh",
          "spite",
          "stockpile",
          "teleport",
          "transform"
        ];
        for (const moveid of recoveryMoves) {
          const invalid = validParameter("moves", moveid, isNotSearch, target);
          if (invalid)
            return { error: invalid };
          if (isNotSearch) {
            orGroup.skip = true;
            const bufferObj = { moves: {} };
            bufferObj.moves[moveid] = false;
            searches.push(bufferObj);
          } else {
            orGroup.moves[moveid] = true;
          }
        }
        continue;
      }
      if (target === "priority") {
        for (const moveid in mod.data.Moves) {
          const move = mod.moves.get(moveid);
          if (move.category === "Status" || move.id === "bide")
            continue;
          if (move.priority > 0) {
            const invalid = validParameter("moves", moveid, isNotSearch, target);
            if (invalid)
              return { error: invalid };
            if (isNotSearch) {
              orGroup.skip = true;
              const bufferObj = { moves: {} };
              bufferObj.moves[moveid] = false;
              searches.push(bufferObj);
            } else {
              orGroup.moves[moveid] = true;
            }
          }
        }
        continue;
      }
      if (target.substr(0, 8) === "resists ") {
        const targetResist = target.substr(8, 1).toUpperCase() + target.substr(9);
        if (mod.types.isName(targetResist)) {
          const invalid = validParameter("resists", targetResist, isNotSearch, target);
          if (invalid)
            return { error: invalid };
          orGroup.resists[targetResist] = !isNotSearch;
          continue;
        } else {
          if (toID(targetResist) in mod.data.Moves) {
            const move = mod.moves.get(targetResist);
            if (move.category === "Status") {
              return { error: `'${targetResist}' is a status move and can't be used with 'resists'.` };
            } else {
              const invalid = validParameter("resists", targetResist, isNotSearch, target);
              if (invalid)
                return { error: invalid };
              orGroup.resists[targetResist] = !isNotSearch;
              continue;
            }
          } else {
            return { error: `'${targetResist}' is not a recognized type or move.` };
          }
        }
      }
      if (target.substr(0, 5) === "weak ") {
        const targetWeak = target.substr(5, 1).toUpperCase() + target.substr(6);
        if (mod.types.isName(targetWeak)) {
          const invalid = validParameter("weak", targetWeak, isNotSearch, target);
          if (invalid)
            return { error: invalid };
          orGroup.weak[targetWeak] = !isNotSearch;
          continue;
        } else {
          if (toID(targetWeak) in mod.data.Moves) {
            const move = mod.moves.get(targetWeak);
            if (move.category === "Status") {
              return { error: `'${targetWeak}' is a status move and can't be used with 'weak'.` };
            } else {
              const invalid = validParameter("weak", targetWeak, isNotSearch, target);
              if (invalid)
                return { error: invalid };
              orGroup.weak[targetWeak] = !isNotSearch;
              continue;
            }
          } else {
            return { error: `'${targetWeak}' is not a recognized type or move.` };
          }
        }
      }
      if (target === "pivot") {
        for (const move in mod.data.Moves) {
          const moveData = mod.moves.get(move);
          if (moveData.selfSwitch && moveData.id !== "revivalblessing" && moveData.id !== "batonpass") {
            const invalid = validParameter("moves", move, isNotSearch, target);
            if (invalid)
              return { error: invalid };
            if (isNotSearch) {
              orGroup.skip = true;
              const bufferObj = { moves: {} };
              bufferObj.moves[move] = false;
              searches.push(bufferObj);
            } else {
              orGroup.moves[move] = true;
            }
          }
        }
        continue;
      }
      const inequality = target.search(/>|<|=/);
      let inequalityString;
      if (inequality >= 0) {
        if (isNotSearch)
          return { error: "You cannot use the negation symbol '!' in stat ranges." };
        if (target.charAt(inequality + 1) === "=") {
          inequalityString = target.substr(inequality, 2);
        } else {
          inequalityString = target.charAt(inequality);
        }
        const targetParts = target.replace(/\s/g, "").split(inequalityString);
        let num;
        let stat2;
        const directions = [];
        if (!isNaN(parseFloat(targetParts[0]))) {
          num = parseFloat(targetParts[0]);
          stat2 = targetParts[1];
          if (inequalityString.startsWith(">"))
            directions.push("less");
          if (inequalityString.startsWith("<"))
            directions.push("greater");
        } else if (!isNaN(parseFloat(targetParts[1]))) {
          num = parseFloat(targetParts[1]);
          stat2 = targetParts[0];
          if (inequalityString.startsWith("<"))
            directions.push("less");
          if (inequalityString.startsWith(">"))
            directions.push("greater");
        } else {
          return { error: `No value given to compare with '${escapeHTML(target)}'.` };
        }
        if (inequalityString.endsWith("="))
          directions.push("equal");
        if (stat2 in allStatAliases)
          stat2 = allStatAliases[stat2];
        if (!allStats.includes(stat2))
          return { error: `'${escapeHTML(target)}' did not contain a valid stat.` };
        if (!orGroup.stats[stat2])
          orGroup.stats[stat2] = /* @__PURE__ */ Object.create(null);
        for (const direction of directions) {
          if (orGroup.stats[stat2][direction])
            return { error: `Invalid stat range for ${stat2}.` };
          orGroup.stats[stat2][direction] = num;
        }
        continue;
      }
      return { error: `'${escapeHTML(target)}' could not be found in any of the search categories.` };
    }
    if (!orGroup.skip) {
      searches.push(orGroup);
    }
  }
  if (showAll && searches.length === 0 && singleTypeSearch === null && megaSearch === null && gmaxSearch === null && fullyEvolvedSearch === null && sort === null) {
    return {
      error: "No search parameters other than 'all' were found. Try '/help dexsearch' for more information on this command."
    };
  }
  const dex = {};
  for (const species of mod.species.all()) {
    const megaSearchResult = megaSearch === null || megaSearch === !!species.isMega;
    const gmaxSearchResult = gmaxSearch === null || gmaxSearch === species.name.endsWith("-Gmax");
    const fullyEvolvedSearchResult = fullyEvolvedSearch === null || fullyEvolvedSearch !== species.nfe;
    if (species.gen <= mod.gen && (nationalSearch && species.isNonstandard && !["Custom", "Glitch", "Pokestar", "Future"].includes(species.isNonstandard) || (species.tier !== "Unreleased" || unreleasedSearch) && species.tier !== "Illegal") && (!species.tier.startsWith("CAP") || capSearch) && megaSearchResult && gmaxSearchResult && fullyEvolvedSearchResult) {
      dex[species.id] = species;
    }
  }
  const accumulateKeyCount = (count, searchData) => count + (typeof searchData === "object" ? Object.keys(searchData).length : 0);
  import_lib.Utils.sortBy(searches, (search) => Object.values(search).reduce(accumulateKeyCount, 0));
  for (const alts of searches) {
    if (alts.skip)
      continue;
    for (const mon in dex) {
      let matched = false;
      if (alts.gens && Object.keys(alts.gens).length) {
        if (alts.gens[dex[mon].gen])
          continue;
        if (Object.values(alts.gens).includes(false) && alts.gens[dex[mon].gen] !== false)
          continue;
      }
      if (alts.colors && Object.keys(alts.colors).length) {
        if (alts.colors[dex[mon].color])
          continue;
        if (Object.values(alts.colors).includes(false) && alts.colors[dex[mon].color] !== false)
          continue;
      }
      for (const eggGroup in alts["egg groups"]) {
        if (dex[mon].eggGroups.includes(eggGroup) === alts["egg groups"][eggGroup]) {
          matched = true;
          break;
        }
      }
      if (alts.tiers && Object.keys(alts.tiers).length) {
        let tier = dex[mon].tier;
        if (nationalSearch)
          tier = dex[mon].natDexTier;
        if (tier.startsWith("(") && tier !== "(PU)")
          tier = tier.slice(1, -1);
        if (alts.tiers[tier])
          continue;
        if (Object.values(alts.tiers).includes(false) && alts.tiers[tier] !== false)
          continue;
        let format2 = Dex.formats.get("gen" + mod.gen + "lc");
        if (!format2.exists)
          format2 = Dex.formats.get("gen9lc");
        if (alts.tiers.LC && !dex[mon].prevo && dex[mon].nfe && !Dex.formats.getRuleTable(format2).isBannedSpecies(dex[mon])) {
          const lsetData = mod.species.getLearnsetData(dex[mon].id);
          if (lsetData.exists && lsetData.eventData && lsetData.eventOnly) {
            let validEvents = 0;
            for (const event of lsetData.eventData) {
              if (event.level && event.level <= 5)
                validEvents++;
            }
            if (validEvents > 0)
              continue;
          } else {
            continue;
          }
        }
      }
      if (alts.doublesTiers && Object.keys(alts.doublesTiers).length) {
        let tier = dex[mon].doublesTier;
        if (tier && tier.startsWith("(") && tier !== "(DUU)")
          tier = tier.slice(1, -1);
        if (alts.doublesTiers[tier])
          continue;
        if (Object.values(alts.doublesTiers).includes(false) && alts.doublesTiers[tier] !== false)
          continue;
      }
      for (const type in alts.types) {
        if (dex[mon].types.includes(type) === alts.types[type]) {
          matched = true;
          break;
        }
      }
      if (matched)
        continue;
      for (const targetResist in alts.resists) {
        let effectiveness = 0;
        const move = mod.moves.get(targetResist);
        const attackingType = move.type || targetResist;
        const notImmune = (move.id === "thousandarrows" || mod.getImmunity(attackingType, dex[mon])) && !(move.id === "sheercold" && mod.gen >= 7 && dex[mon].types.includes("Ice"));
        if (notImmune && !move.ohko && move.damage === void 0) {
          for (const defenderType of dex[mon].types) {
            const baseMod = mod.getEffectiveness(attackingType, defenderType);
            const moveMod = move.onEffectiveness?.call(
              { dex: mod },
              baseMod,
              null,
              defenderType,
              move
            );
            effectiveness += typeof moveMod === "number" ? moveMod : baseMod;
          }
        }
        if (!alts.resists[targetResist]) {
          if (notImmune && effectiveness >= 0)
            matched = true;
        } else {
          if (!notImmune || effectiveness < 0)
            matched = true;
        }
      }
      if (matched)
        continue;
      for (const targetWeak in alts.weak) {
        let effectiveness = 0;
        const move = mod.moves.get(targetWeak);
        const attackingType = move.type || targetWeak;
        const notImmune = (move.id === "thousandarrows" || mod.getImmunity(attackingType, dex[mon])) && !(move.id === "sheercold" && mod.gen >= 7 && dex[mon].types.includes("Ice"));
        if (notImmune && !move.ohko && move.damage === void 0) {
          for (const defenderType of dex[mon].types) {
            const baseMod = mod.getEffectiveness(attackingType, defenderType);
            const moveMod = move.onEffectiveness?.call(
              { dex: mod },
              baseMod,
              null,
              defenderType,
              move
            );
            effectiveness += typeof moveMod === "number" ? moveMod : baseMod;
          }
        }
        if (alts.weak[targetWeak]) {
          if (notImmune && effectiveness >= 1)
            matched = true;
        } else {
          if (!notImmune || effectiveness < 1)
            matched = true;
        }
      }
      if (matched)
        continue;
      for (const ability in alts.abilities) {
        if (Object.values(dex[mon].abilities).includes(ability) === alts.abilities[ability]) {
          matched = true;
          break;
        }
      }
      if (matched)
        continue;
      for (const forme in alts.formes) {
        if (toID(dex[mon].forme).includes(forme) === alts.formes[forme]) {
          matched = true;
          break;
        }
      }
      if (matched)
        continue;
      for (const stat2 in alts.stats) {
        let monStat = 0;
        if (stat2 === "bst") {
          monStat = dex[mon].bst;
        } else if (stat2 === "weight") {
          monStat = dex[mon].weighthg / 10;
        } else if (stat2 === "height") {
          monStat = dex[mon].heightm;
        } else if (stat2 === "gen") {
          monStat = dex[mon].gen;
        } else {
          monStat = dex[mon].baseStats[stat2];
        }
        if (typeof alts.stats[stat2].less === "number") {
          if (monStat < alts.stats[stat2].less) {
            matched = true;
            break;
          }
        }
        if (typeof alts.stats[stat2].greater === "number") {
          if (monStat > alts.stats[stat2].greater) {
            matched = true;
            break;
          }
        }
        if (typeof alts.stats[stat2].equal === "number") {
          if (monStat === alts.stats[stat2].equal) {
            matched = true;
            break;
          }
        }
      }
      if (matched)
        continue;
      const format = Object.entries(Dex.data.Rulesets).find(([a, f]) => f.mod === usedMod);
      const formatStr = format ? format[1].name : "gen9ou";
      const validator = import_team_validator.TeamValidator.get(
        `${formatStr}${nationalSearch && !Dex.formats.getRuleTable(Dex.formats.get(formatStr)).has("standardnatdex") ? "@@@standardnatdex" : ""}`
      );
      const pokemonSource = validator.allSources();
      for (const move of Object.keys(alts.moves).map((x) => mod.moves.get(x))) {
        if (move.gen <= mod.gen && !validator.checkCanLearn(move, dex[mon], pokemonSource) === alts.moves[move.id]) {
          matched = true;
          break;
        }
        if (!pokemonSource.size())
          break;
      }
      if (matched)
        continue;
      delete dex[mon];
    }
  }
  const stat = sort?.slice(0, -1);
  function getSortValue(name) {
    if (!stat)
      return 0;
    const mon = mod.species.get(name);
    if (stat === "bst") {
      return mon.bst;
    } else if (stat === "weight") {
      return mon.weighthg;
    } else if (stat === "height") {
      return mon.heightm;
    } else if (stat === "gen") {
      return mon.gen;
    } else {
      return mon.baseStats[stat];
    }
  }
  let results = [];
  for (const mon of Object.keys(dex).sort()) {
    if (singleTypeSearch !== null && dex[mon].types.length === 1 !== singleTypeSearch)
      continue;
    const isRegionalForm = ["Alola", "Galar", "Hisui", "Paldea"].includes(dex[mon].forme) && dex[mon].name !== "Pikachu-Alola";
    const allowGmax = gmaxSearch || tierSearch;
    if (!isRegionalForm && dex[mon].baseSpecies && results.includes(dex[mon].baseSpecies) && getSortValue(mon) === getSortValue(dex[mon].baseSpecies))
      continue;
    if (dex[mon].isNonstandard === "Gigantamax" && !allowGmax)
      continue;
    results.push(dex[mon].name);
  }
  if (usedMod === "gen7letsgo") {
    results = results.filter((name) => {
      const species = mod.species.get(name);
      return (species.num <= 151 || ["Meltan", "Melmetal"].includes(species.name)) && (!species.forme || ["Alola", "Mega", "Mega-X", "Mega-Y", "Starter"].includes(species.forme) && species.name !== "Pikachu-Alola");
    });
  }
  if (usedMod === "gen8bdsp") {
    results = results.filter((name) => {
      const species = mod.species.get(name);
      if (species.id === "pichuspikyeared")
        return false;
      if (capSearch)
        return species.gen <= 4;
      return species.gen <= 4 && species.num >= 1;
    });
  }
  if (randomOutput && randomOutput < results.length) {
    results = import_lib.Utils.shuffle(results).slice(0, randomOutput);
  }
  let resultsStr = message === "" ? message : `<span style="color:#999999;">${escapeHTML(message)}:</span><br />`;
  if (results.length > 1) {
    results.sort();
    if (sort) {
      const direction = sort.slice(-1);
      import_lib.Utils.sortBy(results, (name) => getSortValue(name) * (direction === "+" ? 1 : -1));
    }
    let notShown = 0;
    if (!showAll && results.length > MAX_RANDOM_RESULTS) {
      notShown = results.length - RESULTS_MAX_LENGTH;
      results = results.slice(0, RESULTS_MAX_LENGTH);
    }
    resultsStr += results.map(
      (result) => `<a href="//${Config.routes.dex}/pokemon/${toID(result)}" target="_blank" class="subtle" style="white-space:nowrap"><psicon pokemon="${result}" style="vertical-align:-7px;margin:-2px" />${result}</a>`
    ).join(", ");
    if (notShown) {
      resultsStr += `, and ${notShown} more. <span style="color:#999999;">Redo the search with ', all' at the end to show all results.</span>`;
    }
  } else if (results.length === 1) {
    return { dt: `${results[0]}${usedMod ? `,${usedMod}` : ""}` };
  } else {
    resultsStr += "No Pok&eacute;mon found.";
  }
  if (isTest)
    return { results, reply: resultsStr };
  return { reply: resultsStr };
}
function runMovesearch(target, cmd2, canAll, message, isTest) {
  const searches = [];
  const { splitTarget, usedMod, count } = getMod(target);
  if (count > 1) {
    return { error: `You can't run searches for multiple mods.` };
  }
  const mod = Dex.mod(usedMod || "base");
  const allCategories = ["physical", "special", "status"];
  const allContestTypes = ["beautiful", "clever", "cool", "cute", "tough"];
  const allProperties = ["basePower", "accuracy", "priority", "pp"];
  const allFlags = [
    "allyanim",
    "bypasssub",
    "bite",
    "bullet",
    "charge",
    "contact",
    "dance",
    "defrost",
    "distance",
    "failcopycat",
    "failencore",
    "failinstruct",
    "failmefirst",
    "failmimic",
    "futuremove",
    "gravity",
    "heal",
    "mirror",
    "mustpressure",
    "noassist",
    "nonsky",
    "noparentalbond",
    "nosleeptalk",
    "pledgecombo",
    "powder",
    "protect",
    "pulse",
    "punch",
    "recharge",
    "reflectable",
    "slicing",
    "snatch",
    "sound",
    "wind",
    // Not flags directly from move data, but still useful to sort by
    "highcrit",
    "multihit",
    "ohko",
    "protection",
    "secondary",
    "zmove",
    "maxmove",
    "gmaxmove"
  ];
  const allStatus = ["psn", "tox", "brn", "par", "frz", "slp"];
  const allVolatileStatus = ["flinch", "confusion", "partiallytrapped"];
  const allBoosts = ["hp", "atk", "def", "spa", "spd", "spe", "accuracy", "evasion"];
  const allTargets = {
    oneally: "adjacentAlly",
    userorally: "adjacentAllyOrSelf",
    oneadjacentopponent: "adjacentFoe",
    all: "all",
    alladjacent: "allAdjacent",
    alladjacentopponents: "allAdjacentFoes",
    userandallies: "allies",
    usersside: "allySide",
    usersteam: "allyTeam",
    any: "any",
    opponentsside: "foeSide",
    oneadjacent: "normal",
    randomadjacent: "randomNormal",
    scripted: "scripted",
    user: "self"
  };
  const allTypes = /* @__PURE__ */ Object.create(null);
  for (const type of mod.types.all()) {
    allTypes[type.id] = type.name;
  }
  let showAll = false;
  let sort = null;
  const targetMons = [];
  let nationalSearch = null;
  let randomOutput = 0;
  for (const arg of splitTarget) {
    const orGroup = {
      types: {},
      categories: {},
      contestTypes: {},
      flags: {},
      gens: {},
      other: {},
      mon: {},
      property: {},
      boost: {},
      lower: {},
      zboost: {},
      status: {},
      volatileStatus: {},
      targets: {},
      skip: false,
      multihit: false
    };
    const parameters = arg.split("|");
    if (parameters.length > 3)
      return { error: "No more than 3 alternatives for each parameter may be used." };
    for (const parameter of parameters) {
      let isNotSearch = false;
      target = parameter.toLowerCase().trim();
      if (target.startsWith("!")) {
        isNotSearch = true;
        target = target.substr(1);
      }
      let targetType;
      if (target.endsWith("type")) {
        targetType = toID(target.substring(0, target.indexOf("type")));
      } else {
        targetType = toID(target);
      }
      if (allTypes[targetType]) {
        target = allTypes[targetType];
        if (orGroup.types[target] && isNotSearch || orGroup.types[target] === false && !isNotSearch) {
          return { error: "A search cannot both exclude and include a type." };
        }
        orGroup.types[target] = !isNotSearch;
        continue;
      }
      if (allCategories.includes(target)) {
        target = target.charAt(0).toUpperCase() + target.substr(1);
        if (orGroup.categories[target] && isNotSearch || orGroup.categories[target] === false && !isNotSearch) {
          return { error: "A search cannot both exclude and include a category." };
        }
        orGroup.categories[target] = !isNotSearch;
        continue;
      }
      if (allContestTypes.includes(target)) {
        target = target.charAt(0).toUpperCase() + target.substr(1);
        if (orGroup.contestTypes[target] && isNotSearch || orGroup.contestTypes[target] === false && !isNotSearch) {
          return { error: "A search cannot both exclude and include a contest condition." };
        }
        orGroup.contestTypes[target] = !isNotSearch;
        continue;
      }
      if (target.startsWith("targets ")) {
        target = toID(target.substr("targets ".length));
        if (target === "allpokemon" || target === "anypokemon" || target.includes("adjacent")) {
          target = target.replace("pokemon", "");
        }
        if (Object.keys(allTargets).includes(target)) {
          const moveTarget = allTargets[target];
          if (orGroup.targets[moveTarget] && isNotSearch || orGroup.targets[moveTarget] === false && !isNotSearch) {
            return { error: "A search cannot both exclude and include a move target." };
          }
          orGroup.targets[moveTarget] = !isNotSearch;
          continue;
        } else {
          return { error: `'${target}' isn't a valid move target.` };
        }
      }
      if (target === "bypassessubstitute")
        target = "bypasssub";
      if (target === "z")
        target = "zmove";
      if (target === "max")
        target = "maxmove";
      if (target === "gmax")
        target = "gmaxmove";
      if (target === "multi" || toID(target) === "multihit")
        target = "multihit";
      if (target === "crit" || toID(target) === "highcrit")
        target = "highcrit";
      if (["thaw", "thaws", "melt", "melts", "defrosts"].includes(target))
        target = "defrost";
      if (target === "slices" || target === "slice")
        target = "slicing";
      if (target === "sheerforce")
        target = "secondary";
      if (target === "bounceable" || toID(target) === "magiccoat" || toID(target) === "magicbounce")
        target = "reflectable";
      if (allFlags.includes(target)) {
        if (orGroup.flags[target] && isNotSearch || orGroup.flags[target] === false && !isNotSearch) {
          return { error: `A search cannot both exclude and include '${target}'.` };
        }
        orGroup.flags[target] = !isNotSearch;
        continue;
      }
      let targetInt = 0;
      if (target.substr(0, 1) === "g" && Number.isInteger(parseFloat(target.substr(1)))) {
        targetInt = parseInt(target.substr(1).trim());
      } else if (target.substr(0, 3) === "gen" && Number.isInteger(parseFloat(target.substr(3)))) {
        targetInt = parseInt(target.substr(3).trim());
      }
      if (0 < targetInt && targetInt <= mod.gen) {
        if (orGroup.gens[targetInt] && isNotSearch || orGroup.flags[targetInt] === false && !isNotSearch) {
          return { error: `A search cannot both exclude and include '${target}'.` };
        }
        orGroup.gens[targetInt] = !isNotSearch;
        continue;
      }
      if (target === "all") {
        if (!canAll)
          return { error: "A search with the parameter 'all' cannot be broadcast." };
        if (parameters.length > 1)
          return { error: "The parameter 'all' cannot have alternative parameters." };
        showAll = true;
        orGroup.skip = true;
        continue;
      }
      if (target === "natdex") {
        if (parameters.length > 1)
          return { error: "The parameter 'natdex' cannot have alternative parameters." };
        nationalSearch = !isNotSearch;
        orGroup.skip = true;
        continue;
      }
      if (target.endsWith(" asc") || target.endsWith(" desc")) {
        if (parameters.length > 1) {
          return { error: `The parameter '${target.split(" ")[1]}' cannot have alternative parameters.` };
        }
        let prop = target.split(" ")[0];
        switch (toID(prop)) {
          case "basepower":
            prop = "basePower";
            break;
          case "bp":
            prop = "basePower";
            break;
          case "power":
            prop = "basePower";
            break;
          case "acc":
            prop = "accuracy";
            break;
        }
        if (!allProperties.includes(prop))
          return { error: `'${escapeHTML(target)}' did not contain a valid property.` };
        sort = `${prop}${target.endsWith(" asc") ? "+" : "-"}`;
        orGroup.skip = true;
        break;
      }
      if (target === "recovery") {
        if (orGroup.other.recovery === void 0) {
          orGroup.other.recovery = !isNotSearch;
        } else if (orGroup.other.recovery && isNotSearch || !orGroup.other.recovery && !isNotSearch) {
          return { error: "A search cannot both exclude and include recovery moves." };
        }
        continue;
      }
      if (target === "recoil") {
        if (orGroup.other.recoil === void 0) {
          orGroup.other.recoil = !isNotSearch;
        } else if (orGroup.other.recoil && isNotSearch || !orGroup.other.recoil && !isNotSearch) {
          return { error: "A search cannot both exclude and include recoil moves." };
        }
        continue;
      }
      if (target.substr(0, 6) === "random" && cmd2 === "randmove") {
        randomOutput = parseInt(target.substr(6));
        orGroup.skip = true;
        continue;
      }
      if (target === "zrecovery") {
        if (orGroup.other.zrecovery === void 0) {
          orGroup.other.zrecovery = !isNotSearch;
        } else if (orGroup.other.zrecovery && isNotSearch || !orGroup.other.zrecovery && !isNotSearch) {
          return { error: "A search cannot both exclude and include z-recovery moves." };
        }
        continue;
      }
      if (target === "pivot") {
        if (orGroup.other.pivot === void 0) {
          orGroup.other.pivot = !isNotSearch;
        } else if (orGroup.other.pivot && isNotSearch || !orGroup.other.pivot && !isNotSearch) {
          return { error: "A search cannot both exclude and include pivot moves." };
        }
        continue;
      }
      if (target === "multihit") {
        if (!orGroup.multihit) {
          orGroup.multihit = true;
        } else if (orGroup.multihit && isNotSearch || !orGroup.multihit && !isNotSearch) {
          return { error: "A search cannot both exclude and include multi-hit moves." };
        }
        continue;
      }
      const species = mod.species.get(target);
      if (species.exists) {
        if (parameters.length > 1)
          return { error: "A Pok\xE9mon learnset cannot have alternative parameters." };
        if (targetMons.some((mon) => mon.name === species.name && isNotSearch !== mon.shouldBeExcluded)) {
          return { error: "A search cannot both exclude and include the same Pok\xE9mon." };
        }
        if (targetMons.some((mon) => mon.name === species.name)) {
          return { error: "A search should not include a Pok\xE9mon twice." };
        }
        targetMons.push({ name: species.name, shouldBeExcluded: isNotSearch });
        orGroup.skip = true;
        continue;
      }
      const inequality = target.search(/>|<|=/);
      if (inequality >= 0) {
        let inequalityString;
        if (isNotSearch)
          return { error: "You cannot use the negation symbol '!' in stat ranges." };
        if (target.charAt(inequality + 1) === "=") {
          inequalityString = target.substr(inequality, 2);
        } else {
          inequalityString = target.charAt(inequality);
        }
        const targetParts = target.replace(/\s/g, "").split(inequalityString);
        let num;
        let prop;
        const directions = [];
        if (!isNaN(parseFloat(targetParts[0]))) {
          num = parseFloat(targetParts[0]);
          prop = targetParts[1];
          if (inequalityString.startsWith(">"))
            directions.push("less");
          if (inequalityString.startsWith("<"))
            directions.push("greater");
        } else if (!isNaN(parseFloat(targetParts[1]))) {
          num = parseFloat(targetParts[1]);
          prop = targetParts[0];
          if (inequalityString.startsWith("<"))
            directions.push("less");
          if (inequalityString.startsWith(">"))
            directions.push("greater");
        } else {
          return { error: `No value given to compare with '${escapeHTML(target)}'.` };
        }
        if (inequalityString.endsWith("="))
          directions.push("equal");
        switch (toID(prop)) {
          case "basepower":
            prop = "basePower";
            break;
          case "bp":
            prop = "basePower";
            break;
          case "power":
            prop = "basePower";
            break;
          case "acc":
            prop = "accuracy";
            break;
        }
        if (!allProperties.includes(prop))
          return { error: `'${escapeHTML(target)}' did not contain a valid property.` };
        if (!orGroup.property[prop])
          orGroup.property[prop] = /* @__PURE__ */ Object.create(null);
        for (const direction of directions) {
          if (orGroup.property[prop][direction])
            return { error: `Invalid property range for ${prop}.` };
          orGroup.property[prop][direction] = num;
        }
        continue;
      }
      if (target.substr(0, 8) === "priority") {
        let sign;
        target = target.substr(8).trim();
        if (target === "+" || target === "") {
          sign = "greater";
        } else if (target === "-") {
          sign = "less";
        } else {
          return { error: `Priority type '${target}' not recognized.` };
        }
        if (orGroup.property["priority"]) {
          return { error: "Priority cannot be set with both shorthand and inequality range." };
        } else {
          orGroup.property["priority"] = /* @__PURE__ */ Object.create(null);
          orGroup.property["priority"][sign] = 0;
        }
        continue;
      }
      if (target.substr(0, 7) === "boosts " || target.substr(0, 7) === "lowers ") {
        let isBoost = true;
        if (target.substr(0, 7) === "lowers ") {
          isBoost = false;
        }
        switch (target.substr(7)) {
          case "attack":
            target = "atk";
            break;
          case "defense":
            target = "def";
            break;
          case "specialattack":
            target = "spa";
            break;
          case "spatk":
            target = "spa";
            break;
          case "specialdefense":
            target = "spd";
            break;
          case "spdef":
            target = "spd";
            break;
          case "speed":
            target = "spe";
            break;
          case "acc":
            target = "accuracy";
            break;
          case "evasiveness":
            target = "evasion";
            break;
          default:
            target = target.substr(7);
        }
        if (!allBoosts.includes(target))
          return { error: `'${escapeHTML(target)}' is not a recognized stat.` };
        if (isBoost) {
          if (orGroup.boost[target] && isNotSearch || orGroup.boost[target] === false && !isNotSearch) {
            return { error: "A search cannot both exclude and include a stat boost." };
          }
          orGroup.boost[target] = !isNotSearch;
        } else {
          if (orGroup.lower[target] && isNotSearch || orGroup.lower[target] === false && !isNotSearch) {
            return { error: "A search cannot both exclude and include a stat boost." };
          }
          orGroup.lower[target] = !isNotSearch;
        }
        continue;
      }
      if (target.substr(0, 8) === "zboosts ") {
        switch (target.substr(8)) {
          case "attack":
            target = "atk";
            break;
          case "defense":
            target = "def";
            break;
          case "specialattack":
            target = "spa";
            break;
          case "spatk":
            target = "spa";
            break;
          case "specialdefense":
            target = "spd";
            break;
          case "spdef":
            target = "spd";
            break;
          case "speed":
            target = "spe";
            break;
          case "acc":
            target = "accuracy";
            break;
          case "evasiveness":
            target = "evasion";
            break;
          default:
            target = target.substr(8);
        }
        if (!allBoosts.includes(target))
          return { error: `'${escapeHTML(target)}' is not a recognized stat.` };
        if (orGroup.zboost[target] && isNotSearch || orGroup.zboost[target] === false && !isNotSearch) {
          return { error: "A search cannot both exclude and include a stat boost." };
        }
        orGroup.zboost[target] = !isNotSearch;
        continue;
      }
      const oldTarget = target;
      if (target.endsWith("s"))
        target = target.slice(0, -1);
      switch (target) {
        case "toxic":
          target = "tox";
          break;
        case "poison":
          target = "psn";
          break;
        case "burn":
          target = "brn";
          break;
        case "paralyze":
          target = "par";
          break;
        case "freeze":
          target = "frz";
          break;
        case "sleep":
          target = "slp";
          break;
        case "confuse":
          target = "confusion";
          break;
        case "trap":
          target = "partiallytrapped";
          break;
        case "flinche":
          target = "flinch";
          break;
      }
      if (allStatus.includes(target)) {
        if (orGroup.status[target] && isNotSearch || orGroup.status[target] === false && !isNotSearch) {
          return { error: "A search cannot both exclude and include a status." };
        }
        orGroup.status[target] = !isNotSearch;
        continue;
      }
      if (allVolatileStatus.includes(target)) {
        if (orGroup.volatileStatus[target] && isNotSearch || orGroup.volatileStatus[target] === false && !isNotSearch) {
          return { error: "A search cannot both exclude and include a volatile status." };
        }
        orGroup.volatileStatus[target] = !isNotSearch;
        continue;
      }
      return { error: `'${escapeHTML(oldTarget)}' could not be found in any of the search categories.` };
    }
    if (!orGroup.skip) {
      searches.push(orGroup);
    }
  }
  if (showAll && !searches.length && !targetMons.length && !sort) {
    return {
      error: "No search parameters other than 'all' were found. Try '/help movesearch' for more information on this command."
    };
  }
  const getFullLearnsetOfPokemon = (species, natDex) => {
    let usedSpecies = import_lib.Utils.deepClone(species);
    let usedSpeciesLearnset = import_lib.Utils.deepClone(mod.species.getLearnset(usedSpecies.id));
    if (!usedSpeciesLearnset) {
      usedSpecies = import_lib.Utils.deepClone(mod.species.get(usedSpecies.baseSpecies));
      usedSpeciesLearnset = import_lib.Utils.deepClone(mod.species.getLearnset(usedSpecies.id) || {});
    }
    const lsetData = /* @__PURE__ */ new Set();
    for (const move in usedSpeciesLearnset) {
      const learnset = mod.species.getLearnset(usedSpecies.id);
      if (!learnset)
        break;
      const sources = learnset[move];
      for (const learned of sources) {
        const sourceGen = parseInt(learned.charAt(0));
        if (sourceGen <= mod.gen && (mod.gen < 9 || sourceGen >= 9 || natDex))
          lsetData.add(move);
      }
    }
    while (usedSpecies.prevo) {
      usedSpecies = import_lib.Utils.deepClone(mod.species.get(usedSpecies.prevo));
      usedSpeciesLearnset = import_lib.Utils.deepClone(mod.species.getLearnset(usedSpecies.id));
      for (const move in usedSpeciesLearnset) {
        const learnset = mod.species.getLearnset(usedSpecies.id);
        if (!learnset)
          break;
        const sources = learnset[move];
        for (const learned of sources) {
          const sourceGen = parseInt(learned.charAt(0));
          if (sourceGen <= mod.gen && (mod.gen < 9 || sourceGen === 9 || natDex))
            lsetData.add(move);
        }
      }
    }
    return lsetData;
  };
  const validMoves = new Set(Object.keys(mod.data.Moves));
  for (const mon of targetMons) {
    const species = mod.species.get(mon.name);
    const lsetData = getFullLearnsetOfPokemon(species, !!nationalSearch);
    if (mon.shouldBeExcluded) {
      for (const move of lsetData) {
        validMoves.delete(move);
      }
    } else {
      for (const move of validMoves) {
        if (!lsetData.has(move)) {
          validMoves.delete(move);
        }
      }
    }
  }
  const dex = {};
  for (const moveid of validMoves) {
    const move = mod.moves.get(moveid);
    if (move.gen <= mod.gen) {
      if (!nationalSearch && move.isNonstandard && move.isNonstandard !== "Gigantamax" || nationalSearch && move.isNonstandard && !["Gigantamax", "Past"].includes(move.isNonstandard)) {
        continue;
      } else {
        dex[moveid] = move;
      }
    }
  }
  for (const alts of searches) {
    if (alts.skip)
      continue;
    for (const moveid in dex) {
      const move = dex[moveid];
      const recoveryUndefined = alts.other.recovery === void 0;
      const zrecoveryUndefined = alts.other.zrecovery === void 0;
      let matched = false;
      if (Object.keys(alts.types).length) {
        if (alts.types[move.type])
          continue;
        if (Object.values(alts.types).includes(false) && alts.types[move.type] !== false)
          continue;
      }
      if (Object.keys(alts.categories).length) {
        if (alts.categories[move.category])
          continue;
        if (Object.values(alts.categories).includes(false) && alts.categories[move.category] !== false)
          continue;
      }
      if (Object.keys(alts.contestTypes).length) {
        if (alts.contestTypes[move.contestType || "Cool"])
          continue;
        if (Object.values(alts.contestTypes).includes(false) && alts.contestTypes[move.contestType || "Cool"] !== false)
          continue;
      }
      if (Object.keys(alts.targets).length) {
        if (alts.targets[move.target])
          continue;
        if (Object.values(alts.targets).includes(false) && alts.targets[move.target] !== false)
          continue;
      }
      for (const flag in alts.flags) {
        if (flag === "secondary") {
          if (!(move.secondary || move.secondaries || move.hasSheerForce) === !alts.flags[flag]) {
            matched = true;
            break;
          }
        } else if (flag === "zmove") {
          if (!move.isZ === !alts.flags[flag]) {
            matched = true;
            break;
          }
        } else if (flag === "highcrit") {
          const crit = move.willCrit || move.critRatio && move.critRatio > 1;
          if (!crit === !alts.flags[flag]) {
            matched = true;
            break;
          }
        } else if (flag === "multihit") {
          if (!move.multihit === !alts.flags[flag]) {
            matched = true;
            break;
          }
        } else if (flag === "maxmove") {
          if (!(typeof move.isMax === "boolean" && move.isMax) === !alts.flags[flag]) {
            matched = true;
            break;
          }
        } else if (flag === "gmaxmove") {
          if (!(typeof move.isMax === "string") === !alts.flags[flag]) {
            matched = true;
            break;
          }
        } else if (flag === "protection") {
          if (!(move.stallingMove && move.id !== "endure") === !alts.flags[flag]) {
            matched = true;
            break;
          }
        } else if (flag === "ohko") {
          if (!move.ohko === !alts.flags[flag]) {
            matched = true;
            break;
          }
        } else {
          if (flag in move.flags === alts.flags[flag]) {
            if (flag === "protect" && ["all", "allyTeam", "allySide", "foeSide", "self"].includes(move.target))
              continue;
            matched = true;
            break;
          }
        }
      }
      if (matched)
        continue;
      if (Object.keys(alts.gens).length) {
        if (alts.gens[String(move.gen)])
          continue;
        if (Object.values(alts.gens).includes(false) && alts.gens[String(move.gen)] !== false)
          continue;
      }
      if (!zrecoveryUndefined || !recoveryUndefined) {
        for (const recoveryType in alts.other) {
          let hasRecovery = false;
          if (recoveryType === "recovery") {
            hasRecovery = !!move.drain || !!move.flags.heal;
          } else if (recoveryType === "zrecovery") {
            hasRecovery = move.zMove?.effect === "heal";
          }
          if (hasRecovery === alts.other[recoveryType]) {
            matched = true;
            break;
          }
        }
      }
      if (matched)
        continue;
      if (alts.other.recoil !== void 0) {
        const recoil = move.recoil || move.hasCrashDamage;
        if (recoil && alts.other.recoil || !(recoil || alts.other.recoil))
          matched = true;
      }
      if (matched)
        continue;
      for (const prop in alts.property) {
        if (typeof alts.property[prop].less === "number") {
          if (move[prop] !== true && move[prop] < alts.property[prop].less) {
            matched = true;
            break;
          }
        }
        if (typeof alts.property[prop].greater === "number") {
          if (move[prop] === true && move.category !== "Status" || move[prop] > alts.property[prop].greater) {
            matched = true;
            break;
          }
        }
        if (typeof alts.property[prop].equal === "number") {
          if (move[prop] === alts.property[prop].equal) {
            matched = true;
            break;
          }
        }
      }
      if (matched)
        continue;
      for (const boost in alts.boost) {
        if (move.boosts) {
          if (move.boosts[boost] > 0 === alts.boost[boost]) {
            matched = true;
            break;
          }
        } else if (move.secondary?.self?.boosts) {
          if (move.secondary.self.boosts[boost] > 0 === alts.boost[boost]) {
            matched = true;
            break;
          }
        } else if (move.selfBoost?.boosts) {
          if (move.selfBoost.boosts[boost] > 0 === alts.boost[boost]) {
            matched = true;
            break;
          }
        }
      }
      if (matched)
        continue;
      for (const lower in alts.lower) {
        if (move.boosts) {
          if (move.boosts[lower] < 0 === alts.lower[lower]) {
            matched = true;
            break;
          }
        } else if (move.secondary?.boosts) {
          if (move.secondary.boosts[lower] < 0 === alts.lower[lower]) {
            matched = true;
            break;
          }
        } else if (move.self?.boosts) {
          if (move.self.boosts[lower] < 0 === alts.lower[lower]) {
            matched = true;
            break;
          }
        }
      }
      if (matched)
        continue;
      for (const boost in alts.zboost) {
        const zMove = move.zMove;
        if (zMove?.boost) {
          if (zMove.boost[boost] > 0 === alts.zboost[boost]) {
            matched = true;
            break;
          }
        }
      }
      if (matched)
        continue;
      for (const searchStatus in alts.status) {
        let canStatus = !!(move.status === searchStatus || move.secondaries && move.secondaries.some((entry) => entry.status === searchStatus));
        if (searchStatus === "slp") {
          canStatus = canStatus || moveid === "yawn";
        }
        if (searchStatus === "brn" || searchStatus === "frz" || searchStatus === "par") {
          canStatus = canStatus || moveid === "triattack";
        }
        if (canStatus === alts.status[searchStatus]) {
          matched = true;
          break;
        }
      }
      if (matched)
        continue;
      for (const searchStatus in alts.volatileStatus) {
        const canStatus = !!(move.secondary && move.secondary.volatileStatus === searchStatus || move.secondaries && move.secondaries.some((entry) => entry.volatileStatus === searchStatus) || move.volatileStatus === searchStatus);
        if (canStatus === alts.volatileStatus[searchStatus]) {
          matched = true;
          break;
        }
      }
      if (matched)
        continue;
      if (alts.other.pivot !== void 0) {
        const pivot = move.selfSwitch && move.id !== "revivalblessing" && move.id !== "batonpass";
        if (pivot && alts.other.pivot || !(pivot || alts.other.pivot))
          matched = true;
      }
      if (matched)
        continue;
      delete dex[moveid];
    }
  }
  let results = [];
  for (const move in dex) {
    results.push(dex[move].name);
  }
  let resultsStr = "";
  if (targetMons.length) {
    resultsStr += `<span style="color:#999999;">Matching moves found in learnset(s) for</span> ${targetMons.map((mon) => `${mon.shouldBeExcluded ? "!" : ""}${mon.name}`).join(", ")}:<br />`;
  } else {
    resultsStr += message === "" ? message : `<span style="color:#999999;">${escapeHTML(message)}:</span><br />`;
  }
  if (randomOutput && randomOutput < results.length) {
    results = import_lib.Utils.shuffle(results).slice(0, randomOutput);
  }
  if (results.length > 1) {
    results.sort();
    if (sort) {
      const prop = sort.slice(0, -1);
      const direction = sort.slice(-1);
      import_lib.Utils.sortBy(results, (moveName) => {
        let moveProp = dex[toID(moveName)][prop];
        if (typeof moveProp === "boolean")
          moveProp = moveProp ? 1 : 0;
        return moveProp * (direction === "+" ? 1 : -1);
      });
    }
    let notShown = 0;
    if (!showAll && results.length > MAX_RANDOM_RESULTS) {
      notShown = results.length - RESULTS_MAX_LENGTH;
      results = results.slice(0, RESULTS_MAX_LENGTH);
    }
    resultsStr += results.map(
      (result) => `<a href="//${Config.routes.dex}/moves/${toID(result)}" target="_blank" class="subtle" style="white-space:nowrap">${result}</a>${sort ? ` (${dex[toID(result)][sort.slice(0, -1)] === true ? "-" : dex[toID(result)][sort.slice(0, -1)]})` : ""}`
    ).join(", ");
    if (notShown) {
      resultsStr += `, and ${notShown} more. <span style="color:#999999;">Redo the search with ', all' at the end to show all results.</span>`;
    }
  } else if (results.length === 1) {
    return { dt: `${results[0]}${usedMod ? `,${usedMod}` : ""}` };
  } else {
    resultsStr += "No moves found.";
  }
  if (isTest)
    return { results, reply: resultsStr };
  return { reply: resultsStr };
}
function runItemsearch(target, cmd2, canAll, message) {
  let showAll = false;
  let maxGen = 0;
  let gen = 0;
  target = target.trim();
  const lastCommaIndex = target.lastIndexOf(",");
  const lastArgumentSubstr = target.substr(lastCommaIndex + 1).trim();
  if (lastArgumentSubstr === "all") {
    if (!canAll)
      return { error: "A search ending in ', all' cannot be broadcast." };
    showAll = true;
    target = target.substr(0, lastCommaIndex);
  }
  target = target.toLowerCase().replace("-", " ").replace(/[^a-z0-9.\s/]/g, "");
  const rawSearch = target.replace(/(max ?)?gen \d/g, (match) => toID(match)).split(" ");
  const searchedWords = [];
  let foundItems = [];
  for (const [i, search] of rawSearch.entries()) {
    let newWord = search.trim();
    if (newWord.substr(0, 6) === "maxgen") {
      const parsedGen = parseInt(newWord.substr(6));
      if (!isNaN(parsedGen)) {
        if (maxGen)
          return { error: "You cannot specify 'maxgen' multiple times." };
        maxGen = parsedGen;
        if (maxGen < 2 || maxGen > Dex.gen)
          return { error: "Invalid generation" };
        continue;
      }
    } else if (newWord.substr(0, 3) === "gen") {
      const parsedGen = parseInt(newWord.substr(3));
      if (!isNaN(parsedGen)) {
        if (gen)
          return { error: "You cannot specify 'gen' multiple times." };
        gen = parsedGen;
        if (gen < 2 || gen > Dex.gen)
          return { error: "Invalid generation" };
        continue;
      }
    }
    if (isNaN(parseFloat(newWord)))
      newWord = newWord.replace(".", "");
    switch (newWord) {
      case "a":
      case "an":
      case "is":
      case "it":
      case "its":
      case "the":
      case "that":
      case "which":
      case "user":
      case "holder":
      case "holders":
        newWord = "";
        break;
      case "opponent":
        newWord = "attacker";
        break;
      case "flung":
        newWord = "fling";
        break;
      case "heal":
      case "heals":
      case "recovers":
        newWord = "restores";
        break;
      case "boost":
      case "boosts":
        newWord = "raises";
        break;
      case "weakens":
        newWord = "halves";
        break;
      case "more":
        newWord = "increases";
        break;
      case "super":
        if (rawSearch[i + 1] === "effective") {
          newWord = "supereffective";
        }
        break;
      case "special":
        if (rawSearch[i + 1] === "defense") {
          newWord = "specialdefense";
        } else if (rawSearch[i + 1] === "attack") {
          newWord = "specialattack";
        }
        break;
      case "spatk":
      case "spa":
        newWord = "specialattack";
        break;
      case "atk":
      case "attack":
        if (["sp", "special"].includes(rawSearch[i - 1])) {
          break;
        } else {
          newWord = "attack";
        }
        break;
      case "spd":
      case "spdef":
        newWord = "specialdefense";
        break;
      case "def":
      case "defense":
        if (["sp", "special"].includes(rawSearch[i - 1])) {
          break;
        } else {
          newWord = "defense";
        }
        break;
      case "burns":
        newWord = "burn";
        break;
      case "poisons":
        newWord = "poison";
        break;
      default:
        if (/x[\d.]+/.test(newWord)) {
          newWord = newWord.substr(1) + "x";
        }
    }
    if (!newWord || searchedWords.includes(newWord))
      continue;
    searchedWords.push(newWord);
  }
  if (searchedWords.length === 0 && !gen && !maxGen) {
    return { error: "No distinguishing words were used. Try a more specific search." };
  }
  const dex = maxGen ? Dex.mod("gen" + maxGen) : Dex;
  if (searchedWords.includes("fling")) {
    let basePower = 0;
    let effect;
    for (let word of searchedWords) {
      let wordEff = "";
      switch (word) {
        case "burn":
        case "burns":
        case "brn":
          wordEff = "brn";
          break;
        case "paralyze":
        case "paralyzes":
        case "par":
          wordEff = "par";
          break;
        case "poison":
        case "poisons":
        case "psn":
          wordEff = "psn";
          break;
        case "toxic":
        case "tox":
          wordEff = "tox";
          break;
        case "flinches":
        case "flinch":
          wordEff = "flinch";
          break;
        case "badly":
          wordEff = "tox";
          break;
      }
      if (wordEff && effect) {
        if (!(wordEff === "psn" && effect === "tox"))
          return { error: "Only specify fling effect once." };
      } else if (wordEff) {
        effect = wordEff;
      } else {
        if (word.substr(word.length - 2) === "bp" && word.length > 2)
          word = word.substr(0, word.length - 2);
        if (Number.isInteger(Number(word))) {
          if (basePower)
            return { error: "Only specify a number for base power once." };
          basePower = parseInt(word);
        }
      }
    }
    for (const item of dex.items.all()) {
      if (!item.fling || gen && item.gen !== gen || maxGen && item.gen <= maxGen)
        continue;
      if (basePower && effect) {
        if (item.fling.basePower === basePower && (item.fling.status === effect || item.fling.volatileStatus === effect))
          foundItems.push(item.name);
      } else if (basePower) {
        if (item.fling.basePower === basePower)
          foundItems.push(item.name);
      } else {
        if (item.fling.status === effect || item.fling.volatileStatus === effect)
          foundItems.push(item.name);
      }
    }
    if (foundItems.length === 0)
      return { error: "No items inflict " + basePower + "bp damage when used with Fling." };
  } else if (target.search(/natural ?gift/i) >= 0) {
    let basePower = 0;
    let type = "";
    for (let word of searchedWords) {
      if (word in dex.data.TypeChart) {
        if (type)
          return { error: "Only specify natural gift type once." };
        type = word.charAt(0).toUpperCase() + word.slice(1);
      } else {
        if (word.endsWith("bp") && word.length > 2)
          word = word.slice(0, -2);
        if (Number.isInteger(Number(word))) {
          if (basePower)
            return { error: "Only specify a number for base power once." };
          basePower = parseInt(word);
        }
      }
    }
    for (const item of dex.items.all()) {
      if (!item.isBerry || !item.naturalGift || gen && item.gen !== gen || maxGen && item.gen <= maxGen)
        continue;
      if (basePower && type) {
        if (item.naturalGift.basePower === basePower && item.naturalGift.type === type)
          foundItems.push(item.name);
      } else if (basePower) {
        if (item.naturalGift.basePower === basePower)
          foundItems.push(item.name);
      } else {
        if (item.naturalGift.type === type)
          foundItems.push(item.name);
      }
    }
    if (foundItems.length === 0) {
      return { error: "No berries inflict " + basePower + "bp damage when used with Natural Gift." };
    }
  } else {
    let bestMatched = 0;
    for (const item of dex.items.all()) {
      let matched = 0;
      let descWords = item.desc || "";
      if (/[1-9.]+x/.test(descWords))
        descWords += " increases";
      if (item.isBerry)
        descWords += " berry";
      descWords = descWords.replace(/super[-\s]effective/g, "supereffective");
      const descWordsArray = descWords.toLowerCase().replace("-", " ").replace(/[^a-z0-9\s/]/g, "").replace(/(\D)\./, (p0, p1) => p1).split(" ");
      for (const word of searchedWords) {
        switch (word) {
          case "specialattack":
            if (descWordsArray[descWordsArray.indexOf("sp") + 1] === "atk")
              matched++;
            break;
          case "specialdefense":
            if (descWordsArray[descWordsArray.indexOf("sp") + 1] === "def")
              matched++;
            break;
          default:
            if (descWordsArray.includes(word))
              matched++;
        }
      }
      if (matched >= searchedWords.length * 3 / 5 && (!maxGen || item.gen <= maxGen) && (!gen || item.gen === gen)) {
        if (matched === bestMatched) {
          foundItems.push(item.name);
        } else if (matched > bestMatched) {
          foundItems = [item.name];
          bestMatched = matched;
        }
      }
    }
  }
  let resultsStr = message === "" ? message : `<span style="color:#999999;">${escapeHTML(message)}:</span><br />`;
  if (foundItems.length > 0) {
    foundItems.sort();
    let notShown = 0;
    if (!showAll && foundItems.length > RESULTS_MAX_LENGTH + 5) {
      notShown = foundItems.length - RESULTS_MAX_LENGTH;
      foundItems = foundItems.slice(0, RESULTS_MAX_LENGTH);
    }
    resultsStr += foundItems.map(
      (result) => `<a href="//${Config.routes.dex}/items/${toID(result)}" target="_blank" class="subtle" style="white-space:nowrap"><psicon item="${result}" style="vertical-align:-7px" />${result}</a>`
    ).join(", ");
    if (notShown) {
      resultsStr += `, and ${notShown} more. <span style="color:#999999;">Redo the search with ', all' at the end to show all results.</span>`;
    }
  } else {
    resultsStr += "No items found. Try a more general search";
  }
  return { reply: resultsStr };
}
function runAbilitysearch(target, cmd2, canAll, message) {
  let showAll = false;
  let maxGen = 0;
  let gen = 0;
  target = target.trim();
  const lastCommaIndex = target.lastIndexOf(",");
  const lastArgumentSubstr = target.substr(lastCommaIndex + 1).trim();
  if (lastArgumentSubstr === "all") {
    if (!canAll)
      return { error: "A search ending in ', all' cannot be broadcast." };
    showAll = true;
    target = target.substr(0, lastCommaIndex);
  }
  target = target.toLowerCase().replace("-", " ").replace(/[^a-z0-9.\s/]/g, "");
  const rawSearch = target.replace(/(max ?)?gen \d/g, (match) => toID(match)).split(" ");
  const searchedWords = [];
  let foundAbilities = [];
  for (const [i, search] of rawSearch.entries()) {
    let newWord = search.trim();
    if (newWord.substr(0, 6) === "maxgen") {
      const parsedGen = parseInt(newWord.substr(6));
      if (parsedGen) {
        if (maxGen)
          return { error: "You cannot specify 'maxgen' multiple times." };
        maxGen = parsedGen;
        if (maxGen < 3 || maxGen > Dex.gen)
          return { error: "Invalid generation" };
        continue;
      }
    } else if (newWord.substr(0, 3) === "gen") {
      const parsedGen = parseInt(newWord.substr(3));
      if (parsedGen) {
        if (gen)
          return { error: "You cannot specify 'gen' multiple times." };
        gen = parsedGen;
        if (gen < 3 || gen > Dex.gen)
          return { error: "Invalid generation" };
        continue;
      }
    }
    if (isNaN(parseFloat(newWord)))
      newWord = newWord.replace(".", "");
    switch (newWord) {
      case "a":
      case "an":
      case "is":
      case "it":
      case "its":
      case "the":
      case "that":
      case "which":
      case "user":
        newWord = "";
        break;
      case "opponent":
        newWord = "attacker";
        break;
      case "heal":
      case "heals":
      case "recovers":
        newWord = "restores";
        break;
      case "boost":
      case "boosts":
        newWord = "raised";
        break;
      case "super":
        if (rawSearch[i + 1] === "effective") {
          newWord = "supereffective";
        }
        break;
      case "special":
        if (rawSearch[i + 1] === "defense") {
          newWord = "specialdefense";
        } else if (rawSearch[i + 1] === "attack") {
          newWord = "specialattack";
        }
        break;
      case "spd":
      case "spdef":
        newWord = "specialdefense";
        break;
      case "spa":
      case "spatk":
        newWord = "specialattack";
        break;
      case "atk":
        newWord = "attack";
        break;
      case "def":
        newWord = "defense";
        break;
      case "spe":
        newWord = "speed";
        break;
      case "burn":
      case "burns":
        newWord = "burned";
        break;
      case "poison":
      case "poisons":
        newWord = "poisoned";
        break;
      default:
        if (/x[\d.]+/.test(newWord)) {
          newWord = newWord.substr(1) + "x";
        }
    }
    if (!newWord || searchedWords.includes(newWord))
      continue;
    searchedWords.push(newWord);
  }
  if (searchedWords.length === 0 && !gen && !maxGen) {
    return { error: "No distinguishing words were used. Try a more specific search." };
  }
  let bestMatched = 0;
  const dex = maxGen ? Dex.mod("gen" + maxGen) : Dex;
  for (const ability of dex.abilities.all()) {
    let matched = 0;
    let descWords = ability.desc || ability.shortDesc || "";
    if (/[1-9.]+x/.test(descWords))
      descWords += " increases";
    descWords = descWords.replace(/super[-\s]effective/g, "supereffective");
    const descWordsArray = import_chat.Chat.normalize(descWords).split(" ");
    for (const word of searchedWords) {
      switch (word) {
        case "specialattack":
          if (descWordsArray[descWordsArray.indexOf("special") + 1] === "attack")
            matched++;
          break;
        case "specialdefense":
          if (descWordsArray[descWordsArray.indexOf("special") + 1] === "defense")
            matched++;
          break;
        default:
          if (descWordsArray.includes(word))
            matched++;
      }
    }
    if (matched >= searchedWords.length * 3 / 5 && (!maxGen || ability.gen <= maxGen) && (!gen || ability.gen === gen)) {
      if (matched === bestMatched) {
        foundAbilities.push(ability.name);
      } else if (matched > bestMatched) {
        foundAbilities = [ability.name];
        bestMatched = matched;
      }
    }
  }
  if (foundAbilities.length === 1)
    return { dt: foundAbilities[0] };
  let resultsStr = message === "" ? message : `<span style="color:#999999;">${escapeHTML(message)}:</span><br />`;
  if (foundAbilities.length > 0) {
    foundAbilities.sort();
    let notShown = 0;
    if (!showAll && foundAbilities.length > RESULTS_MAX_LENGTH + 5) {
      notShown = foundAbilities.length - RESULTS_MAX_LENGTH;
      foundAbilities = foundAbilities.slice(0, RESULTS_MAX_LENGTH);
    }
    resultsStr += foundAbilities.map(
      (result) => `<a href="//${Config.routes.dex}/abilities/${toID(result)}" target="_blank" class="subtle" style="white-space:nowrap">${result}</a>`
    ).join(", ");
    if (notShown) {
      resultsStr += `, and ${notShown} more. <span style="color:#999999;">Redo the search with ', all' at the end to show all results.</span>`;
    }
  } else {
    resultsStr += "No abilities found. Try a more general search.";
  }
  return { reply: resultsStr };
}
function runLearn(target, cmd2, canAll, formatid) {
  let format = Dex.formats.get(formatid);
  const targets = target.split(",");
  let formatName = format.name;
  let minSourceGen = void 0;
  let level = 100;
  while (targets.length) {
    const targetid = toID(targets[0]);
    if (targetid === "pentagon") {
      if (format.exists) {
        return { error: "'pentagon' can't be used with formats." };
      }
      minSourceGen = 6;
      targets.shift();
      continue;
    }
    if (targetid.startsWith("minsourcegen")) {
      if (format.exists) {
        return { error: "'min source gen' can't be used with formats." };
      }
      minSourceGen = parseInt(targetid.slice(12));
      if (isNaN(minSourceGen) || minSourceGen < 1)
        return { error: `Invalid min source gen "${targetid.slice(12)}"` };
      targets.shift();
      continue;
    }
    if (targetid === "level5") {
      level = 5;
      targets.shift();
      continue;
    }
    break;
  }
  let gen;
  if (!format.exists) {
    const dex = Dex.mod(formatid).includeData();
    if (!dex)
      return { error: `"${formatid}" is not a supported format.` };
    gen = dex.gen;
    format = new Dex.Format({ mod: formatid });
    formatName = `Gen ${gen}`;
    if (minSourceGen) {
      formatName += ` (Min Source Gen = ${minSourceGen})`;
      const ruleTable = dex.formats.getRuleTable(format);
      ruleTable.minSourceGen = minSourceGen;
    }
  } else {
    gen = Dex.forFormat(format).gen;
  }
  const validator = import_team_validator.TeamValidator.get(format);
  const species = validator.dex.species.get(targets.shift());
  const setSources = validator.allSources(species);
  const set = {
    name: species.baseSpecies,
    species: species.name,
    level
  };
  const all = cmd2 === "learnall";
  if (!species.exists || species.id === "missingno") {
    return { error: `Pok\xE9mon '${species.id}' not found.` };
  }
  if (species.gen > gen) {
    return { error: `${species.name} didn't exist yet in generation ${gen}.` };
  }
  if (!targets.length) {
    return { error: "You must specify at least one move." };
  }
  const moveNames = [];
  for (const arg of targets) {
    if (["ha", "hidden", "hiddenability"].includes(toID(arg))) {
      setSources.isHidden = true;
      continue;
    }
    const move = validator.dex.moves.get(arg);
    moveNames.push(move.name);
    if (!move.exists) {
      return { error: `Move '${move.id}' not found.` };
    }
    if (move.gen > gen) {
      return { error: `${move.name} didn't exist yet in generation ${gen}.` };
    }
  }
  const problems = validator.validateMoves(species, moveNames, setSources, set);
  if (setSources.sources.length) {
    setSources.sources = setSources.sources.map((source) => {
      if (source.charAt(1) !== "E")
        return source;
      const fathers = validator.findEggMoveFathers(source, species, setSources, true);
      if (!fathers)
        return "";
      return source + ":" + fathers.join(",");
    }).filter(Boolean);
    if (!setSources.size()) {
      problems.push(`${species.name} doesn't have a valid father for its egg moves (${setSources.limitedEggMoves.join(", ")})`);
    }
  }
  let buffer = `In ${formatName}, `;
  if (setSources.isHidden) {
    buffer += `${species.abilities["H"] || "HA"} `;
  }
  buffer += `${species.name}` + (problems.length ? ` <span class="message-learn-cannotlearn">can't</span> learn ` : ` <span class="message-learn-canlearn">can</span> learn `) + toListString(moveNames);
  if (!problems.length) {
    const sourceNames = {
      "7V": "virtual console transfer from gen 1-2",
      "8V": "Pok&eacute;mon Home transfer from LGPE",
      E: "",
      S: "event",
      D: "dream world",
      X: "traded-back ",
      Y: "traded-back event"
    };
    const sourcesBefore = setSources.sourcesBefore;
    let sources = setSources.sources;
    if (sources.length || sourcesBefore < gen)
      buffer += " only when obtained";
    buffer += ' from:<ul class="message-learn-list">';
    if (sources.length) {
      sources = sources.map((source) => {
        if (source.startsWith("1ET")) {
          return "2X" + source.slice(3);
        }
        if (source.startsWith("1ST")) {
          return "2Y" + source.slice(3);
        }
        return source;
      }).sort();
      for (let source of sources) {
        buffer += `<li>Gen ${source.charAt(0)} ${sourceNames[source] || sourceNames[source.charAt(1)]}`;
        if (source.charAt(1) === "E") {
          let fathers;
          [source, fathers] = source.split(":");
          fathers = fathers.split(",");
          if (fathers.length > 4 && !all)
            fathers = fathers.slice(-4).concat("...");
          if (source.length > 2) {
            buffer += `${source.slice(2)} `;
          }
          buffer += `egg`;
          if (!fathers[0]) {
            buffer += `: chainbreed`;
          } else {
            buffer += `: breed ${fathers.join(", ")}`;
          }
        }
        if (source.startsWith("5E") && species.maleOnlyHidden) {
          buffer += " (no hidden ability)";
        }
      }
    }
    if (sourcesBefore) {
      const sourceGen = sourcesBefore < gen ? `Gen ${sourcesBefore} or earlier` : `anywhere`;
      if (moveNames.length === 1) {
        if (sourcesBefore >= 8) {
          buffer += `<li>${sourceGen} (move is level-up/tutor/TM/HM/egg in Gen ${sourcesBefore})`;
        } else {
          buffer += `<li>${sourceGen} (move is level-up/tutor/TM/HM in Gen ${sourcesBefore})`;
        }
      } else if (gen >= 8) {
        const orEarlier = sourcesBefore < gen ? ` or level-up/tutor/TM/HM in Gen ${sourcesBefore}${sourcesBefore < 7 ? " to 7" : ""}` : ``;
        buffer += `<li>${sourceGen} (all moves are level-up/tutor/TM/HM/egg in Gen ${sourcesBefore}${orEarlier})`;
      } else {
        buffer += `<li>${sourceGen} (all moves are level-up/tutor/TM/HM in Gen ${Math.min(gen, sourcesBefore)}${sourcesBefore < gen ? " to " + gen : ""})`;
      }
    }
    if (setSources.babyOnly && sourcesBefore) {
      buffer += `<li>must be obtained as ` + Dex.species.get(setSources.babyOnly).name;
    }
    buffer += "</ul>";
  } else if (problems.length >= 1) {
    const expectedError = `${species.name} can't learn ${moveNames[0]}.`;
    if (problems.length > 1 || moveNames.length > 1 || problems[0] !== expectedError) {
      buffer += ` because:<ul class="message-learn-list">`;
      buffer += `<li>` + problems.join(`</li><li>`) + `</li>`;
      buffer += `</ul>`;
    }
  }
  return { reply: buffer };
}
function runSearch(query) {
  return PM.query(query);
}
const PM = new import_lib.ProcessManager.QueryProcessManager(module, (query) => {
  try {
    if (Config.debugdexsearchprocesses && process.send) {
      process.send("DEBUG\n" + JSON.stringify(query));
    }
    switch (query.cmd) {
      case "randpoke":
      case "dexsearch":
        return runDexsearch(query.target, query.cmd, query.canAll, query.message, false);
      case "randmove":
      case "movesearch":
        return runMovesearch(query.target, query.cmd, query.canAll, query.message, false);
      case "itemsearch":
        return runItemsearch(query.target, query.cmd, query.canAll, query.message);
      case "abilitysearch":
        return runAbilitysearch(query.target, query.cmd, query.canAll, query.message);
      case "learn":
        return runLearn(query.target, query.cmd, query.canAll, query.message);
      default:
        throw new Error(`Unrecognized Dexsearch command "${query.cmd}"`);
    }
  } catch (err) {
    Monitor.crashlog(err, "A search query", query);
  }
  return {
    error: "Sorry! Our search engine crashed on your query. We've been automatically notified and will fix this crash."
  };
});
if (!PM.isParentProcess) {
  global.Config = require("../config-loader").Config;
  global.Monitor = {
    crashlog(error, source = "A datasearch process", details = null) {
      const repr = JSON.stringify([error.name, error.message, source, details]);
      process.send(`THROW
@!!@${repr}
${error.stack}`);
    }
  };
  if (Config.crashguard) {
    process.on("uncaughtException", (err) => {
      Monitor.crashlog(err, "A dexsearch process");
    });
  }
  global.Dex = require("../../sim/dex").Dex;
  global.toID = Dex.toID;
  Dex.includeData();
  require("../../lib/repl").Repl.start("dexsearch", (cmd) => eval(cmd));
} else {
  PM.spawn(MAX_PROCESSES);
}
const testables = {
  runAbilitysearch: (target, cmd2, canAll, message) => runAbilitysearch(target, cmd2, canAll, message),
  runDexsearch: (target, cmd2, canAll, message) => runDexsearch(target, cmd2, canAll, message, true),
  runMovesearch: (target, cmd2, canAll, message) => runMovesearch(target, cmd2, canAll, message, true)
};
//# sourceMappingURL=datasearch.js.map
