// deno-fmt-ignore-file
// deno-lint-ignore-file

// Copyright Joyent and Node contributors. All rights reserved. MIT license.
// Taken from Node 18.12.1
// This file is automatically generated by "node/_tools/setup.ts". Do not modify this file manually

// Flags: --expose-internals


import '../common/index.mjs';
import assert from 'assert';
import { Readline } from 'readline/promises';
import { setImmediate } from 'timers/promises';
import { Writable } from 'stream';

import utils from 'internal/readline/utils';
const { CSI } = utils;

const INVALID_ARG = {
  name: 'TypeError',
  code: 'ERR_INVALID_ARG_TYPE',
};

class TestWritable extends Writable {
  data = '';
  _write(chunk, encoding, callback) {
    this.data += chunk.toString();
    callback();
  }
}

[
  undefined, null,
  0, 1, 1n, 1.1, NaN, Infinity,
  true, false,
  Symbol(),
  '', '1',
  [], {}, () => {},
].forEach((arg) =>
  assert.throws(() => new Readline(arg), INVALID_ARG)
);

{
  const writable = new TestWritable();
  const readline = new Readline(writable);

  await readline.clearScreenDown().commit();
  assert.deepStrictEqual(writable.data, CSI.kClearScreenDown);
  await readline.clearScreenDown().commit();

  writable.data = '';
  await readline.clearScreenDown().rollback();
  assert.strictEqual(writable.data, '');

  writable.data = '';
  await readline.clearLine(-1).commit();
  assert.deepStrictEqual(writable.data, CSI.kClearToLineBeginning);

  writable.data = '';
  await readline.clearLine(1).commit();
  assert.deepStrictEqual(writable.data, CSI.kClearToLineEnd);

  writable.data = '';
  await readline.clearLine(0).commit();
  assert.deepStrictEqual(writable.data, CSI.kClearLine);

  writable.data = '';
  await readline.clearLine(-1).commit();
  assert.deepStrictEqual(writable.data, CSI.kClearToLineBeginning);

  await readline.clearLine(0, null).commit();

  // Nothing is written when moveCursor 0, 0
  for (const set of
    [
      [0, 0, ''],
      [1, 0, '\x1b[1C'],
      [-1, 0, '\x1b[1D'],
      [0, 1, '\x1b[1B'],
      [0, -1, '\x1b[1A'],
      [1, 1, '\x1b[1C\x1b[1B'],
      [-1, 1, '\x1b[1D\x1b[1B'],
      [-1, -1, '\x1b[1D\x1b[1A'],
      [1, -1, '\x1b[1C\x1b[1A'],
    ]) {
    writable.data = '';
    await readline.moveCursor(set[0], set[1]).commit();
    assert.deepStrictEqual(writable.data, set[2]);
    writable.data = '';
    await readline.moveCursor(set[0], set[1]).commit();
    assert.deepStrictEqual(writable.data, set[2]);
  }


  await readline.moveCursor(1, 1, null).commit();

  writable.data = '';
  [
    undefined, null,
    true, false,
    Symbol(),
    '', '1',
    [], {}, () => {},
  ].forEach((arg) =>
    assert.throws(() => readline.cursorTo(arg), INVALID_ARG)
  );
  assert.strictEqual(writable.data, '');

  writable.data = '';
  assert.throws(() => readline.cursorTo('a', 'b'), INVALID_ARG);
  assert.strictEqual(writable.data, '');

  writable.data = '';
  assert.throws(() => readline.cursorTo('a', 1), INVALID_ARG);
  assert.strictEqual(writable.data, '');

  writable.data = '';
  assert.throws(() => readline.cursorTo(1, 'a'), INVALID_ARG);
  assert.strictEqual(writable.data, '');

  writable.data = '';
  await readline.cursorTo(1).commit();
  assert.strictEqual(writable.data, '\x1b[2G');

  writable.data = '';
  await readline.cursorTo(1, 2).commit();
  assert.strictEqual(writable.data, '\x1b[3;2H');

  writable.data = '';
  await readline.cursorTo(1, 2).commit();
  assert.strictEqual(writable.data, '\x1b[3;2H');

  writable.data = '';
  await readline.cursorTo(1).cursorTo(1, 2).commit();
  assert.strictEqual(writable.data, '\x1b[2G\x1b[3;2H');

  writable.data = '';
  await readline.cursorTo(1).commit();
  assert.strictEqual(writable.data, '\x1b[2G');

  // Verify that cursorTo() rejects if x or y is NaN.
  [1.1, NaN, Infinity].forEach((arg) => {
    assert.throws(() => readline.cursorTo(arg), {
      code: 'ERR_OUT_OF_RANGE',
      name: 'RangeError',
    });
  });

  [1.1, NaN, Infinity].forEach((arg) => {
    assert.throws(() => readline.cursorTo(1, arg), {
      code: 'ERR_OUT_OF_RANGE',
      name: 'RangeError',
    });
  });

  assert.throws(() => readline.cursorTo(NaN, NaN), {
    code: 'ERR_OUT_OF_RANGE',
    name: 'RangeError',
  });
}

{
  const error = new Error();
  const writable = new class extends Writable {
    _write() { throw error; }
  }();
  const readline = new Readline(writable);

  await assert.rejects(readline.cursorTo(1).commit(), error);
}

{
  const writable = new TestWritable();
  const readline = new Readline(writable, { autoCommit: true });

  await readline.clearScreenDown();
  await setImmediate(); // Wait for next tick as auto commit is asynchronous.
  assert.deepStrictEqual(writable.data, CSI.kClearScreenDown);
}

{
  const writable = new TestWritable();
  const readline = new Readline(writable, { autoCommit: true });
  for (const [dir, data] of
    [
      [-1, CSI.kClearToLineBeginning],
      [1, CSI.kClearToLineEnd],
      [0, CSI.kClearLine],
    ]) {
    writable.data = '';
    readline.clearLine(dir);
    await setImmediate(); // Wait for next tick as auto commit is asynchronous.
    assert.deepStrictEqual(writable.data, data);
  }
}

{
  const writable = new TestWritable();
  const readline = new Readline(writable, { autoCommit: true });
  for (const [x, y, data] of
    [
      [0, 0, ''],
      [1, 0, '\x1b[1C'],
      [-1, 0, '\x1b[1D'],
      [0, 1, '\x1b[1B'],
      [0, -1, '\x1b[1A'],
      [1, 1, '\x1b[1C\x1b[1B'],
      [-1, 1, '\x1b[1D\x1b[1B'],
      [-1, -1, '\x1b[1D\x1b[1A'],
      [1, -1, '\x1b[1C\x1b[1A'],
    ]) {
    writable.data = '';
    readline.moveCursor(x, y);
    await setImmediate(); // Wait for next tick as auto commit is asynchronous.
    assert.deepStrictEqual(writable.data, data);
  }
}

{
  const writable = new TestWritable();
  const readline = new Readline(writable, { autoCommit: true });
  for (const [x, y, data] of
    [
      [1, undefined, '\x1b[2G'],
      [1, 2, '\x1b[3;2H'],
    ]) {
    writable.data = '';
    readline.cursorTo(x, y);
    await setImmediate(); // Wait for next tick as auto commit is asynchronous.
    assert.deepStrictEqual(writable.data, data);
  }
}