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import { getIndex } from "./helpers.ts";import { StringView } from "../string-view.ts";
function getString(size: number) {  const text = new Array(size);  const possible =    "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789йцукенгшщзхъфывапролджэячсмитьбю."      .split("");  possible.push("😀", "←");  for (let i = 0; i < size; i++) {    text[i] = possible[getIndex(possible.length)];  }  return text.join("");}
const matchLength = 3;const stringLength = 100;const arrayLength = 100;
const strings = new Array(arrayLength).fill(0).map(() =>  getString(stringLength));const matches = new Array(arrayLength).fill(0).map(() =>  getString(matchLength));const views = strings.map((s) => StringView.from(s));const viewMatches = matches.map((s) =>  new Uint8Array(StringView.from(s).buffer));
Deno.bench({  name: "[String Search] Native",  group: "String Search",  fn() {    const string = strings[getIndex(arrayLength)];    const match = matches[getIndex(arrayLength)];    string.indexOf(match);  },});
Deno.bench({  name: "[String Search] StringView",  group: "String Search",  baseline: true,  fn() {    const view = views[getIndex(arrayLength)];    const match = viewMatches[getIndex(arrayLength)];    view.indexOf(match);  },});
Deno.bench({  name: "[String Replace] Native",  group: "String Replace",  fn() {    let string = strings[getIndex(arrayLength)];    const replacement = matches[getIndex(arrayLength)];    for (let i = 0; i < 10; i++) {      const match = matches[getIndex(arrayLength)];      string = string.replace(new RegExp(match), replacement);    }  },});
Deno.bench({  name: "[String Replace] StringView",  group: "String Replace",  baseline: true,  fn() {    const view = views[getIndex(arrayLength)];    const replacement = viewMatches[getIndex(arrayLength)];    for (let i = 0; i < 10; i++) {      const match = viewMatches[getIndex(arrayLength)];      view.replace(match, replacement);    }  },});
Deno.bench({  name: "[String Reverse] Native",  group: "String Reverse",  fn() {    const string = strings[getIndex(arrayLength)];    string.split("").reverse().join("");  },});
Deno.bench({  name: "[String Reverse] StringView",  group: "String Reverse",  baseline: true,  fn() {    const view = views[getIndex(arrayLength)];    view.reverse();  },});
Deno.bench({  name: "[String Reverse] StringView to String",  group: "String Reverse",  fn() {    const string = strings[getIndex(arrayLength)];    StringView.from(string).toString();  },});
Deno.bench({  name: "[Get String Size] TextEncoder",  group: "Get String Size",  fn() {    const string = strings[getIndex(arrayLength)];    StringView.encoder.encode(string).length;  },});
Deno.bench({  name: "[Get String Size] StringView",  group: "Get String Size",  baseline: true,  fn() {    const string = strings[getIndex(arrayLength)];    StringView.getLength(string);  },});
Deno.bench({  name: "[String Encode] StringView",  group: "String Encode",  baseline: true,  fn() {    const string = strings[getIndex(arrayLength)];    StringView.from(string);  },});
Deno.bench({  name: "[String Encode] TextEncoder",  group: "String Encode",  baseline: true,  fn() {    const string = strings[getIndex(arrayLength)];    StringView.encoder.encode(string);  },});
Deno.bench({  name: "[String Decode] StringView",  group: "String Decode",  fn() {    const view = views[getIndex(arrayLength)];    view.toString();  },});
Deno.bench({  name: "[String Decode] TextDecoder",  group: "String Decode",  fn() {    const view = views[getIndex(arrayLength)];    StringView.decoder.decode(view);  },});