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// Copyright 2018-2022 the Deno authors. All rights reserved. MIT license.
import { assertEquals, assertThrows } from "../testing/asserts.ts";import { decode, encode } from "./base58.ts";
const testSetString = [  ["", ""],  ["f", "2m"],  ["ß", "FtS"],  ["fo", "8o8"],  ["foo", "bQbp"],  ["foob", "3csAg9"],  ["fooba", "CZJRhmz"],  ["foobar", "t1Zv2yaZ"],  ["Hello World!", "2NEpo7TZRRrLZSi2U"],  [new Uint8Array([0, 0, 0, 40, 127, 180, 205]), "111233QC4"],];
const testSetBinary = testSetString.map(([data, b58]) => {  if (typeof data === "string") {    return [      new TextEncoder().encode(data),      b58,    ];  }
  return [data, b58];}) as Array<[Uint8Array, string]>;
Deno.test("[encoding/base58] testBase58EncodeString", () => {  for (const [input, output] of testSetString) {    assertEquals(encode(input), output);  }});
Deno.test("[encoding/base58] testBase58EncodeBinary", () => {  for (const [input, output] of testSetBinary) {    assertEquals(encode(input), output);  }});
Deno.test("[encoding/base58] testBase58EncodeBinaryBuffer", () => {  for (const [input, output] of testSetBinary) {    assertEquals(encode(input.buffer), output);  }});
Deno.test("[encoding/base58] testBase58DecodeBinary", () => {  for (const [input, output] of testSetBinary) {    const outputBinary = decode(output);    assertEquals(outputBinary, input);  }});
Deno.test("[encoding/base58] testBase58DecodeError", () => {  assertThrows(    () => decode("+2NEpo7TZRRrLZSi2U"),    `Invalid base58 char at index 0 with value +`,  );});