pedromsantos/glenn

File Chord.test.ts has 654 lines of code (exceeds 250 allowed). Consider refactoring.

Wontfix

import * as fc from 'fast-check';

import { ChordFunction, ChordPattern, ClosedChord } from '../../Domain/Chord';
import { Duration } from '../../Domain/Duration';
import { Octave } from '../../Domain/Note';

Similar blocks of code found in 2 locations. Consider refactoring.

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  test('drop 2 chords inverted by the number of pitches become base root chords', () => {
    fc.assert(
      fc.property(
        fc.constantFrom(...Pitch.pitches),
        fc.constantFrom(...ChordPattern.patterns),

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Similar blocks of code found in 2 locations. Consider refactoring.

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  test('drop 3 chords inverted by the number of pitches become base root chords', () => {
    fc.assert(
      fc.property(
        fc.constantFrom(...Pitch.pitches),
        fc.constantFrom(...ChordPattern.patterns),

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Similar blocks of code found in 2 locations. Consider refactoring.

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  test('be able to be inverted to third inversion when in drop2 format', () => {
    const chord = new ClosedChord(Pitch.C, ChordPattern.Major7, Duration.Quarter, Octave.C4);

    const expectedPitches = [Pitch.B, Pitch.E, Pitch.G, Pitch.C];
    expect(Array.from(chord.drop2().invert().invert().invert()).map((p) => p.Name)).toStrictEqual(

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Similar blocks of code found in 2 locations. Consider refactoring.

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  test('be able to be inverted to third inversion when in drop3 format', () => {
    const chord = new ClosedChord(Pitch.C, ChordPattern.Major7, Duration.Quarter, Octave.C4);

    const expectedPitches = [Pitch.B, Pitch.G, Pitch.C, Pitch.E];
    expect(Array.from(chord.drop3().invert().invert().invert()).map((p) => p.Name)).toStrictEqual(

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Similar blocks of code found in 2 locations. Consider refactoring.

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  test('be able to be inverted to second inversion when in drop2 format', () => {
    const chord = new ClosedChord(Pitch.C, ChordPattern.Major7, Duration.Quarter, Octave.C4);

    const expectedPitches = [Pitch.G, Pitch.C, Pitch.E, Pitch.B];
    expect(Array.from(chord.drop2().invert().invert()).map((p) => p.Name)).toStrictEqual(

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Similar blocks of code found in 2 locations. Consider refactoring.

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  test('be able to be inverted to second inversion when in drop3 format', () => {
    const chord = new ClosedChord(Pitch.C, ChordPattern.Major7, Duration.Quarter, Octave.C4);

    const expectedPitches = [Pitch.G, Pitch.E, Pitch.B, Pitch.C];
    expect(Array.from(chord.drop3().invert().invert()).map((p) => p.Name)).toStrictEqual(

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Similar blocks of code found in 2 locations. Consider refactoring.

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  test('be able to be inverted to first inversion when in drop2 format', () => {
    const chord = new ClosedChord(Pitch.C, ChordPattern.Major7, Duration.Quarter, Octave.C4);

    const expectedPitches = [Pitch.E, Pitch.B, Pitch.C, Pitch.G];
    expect(Array.from(chord.drop2().invert()).map((p) => p.Name)).toStrictEqual(

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Similar blocks of code found in 2 locations. Consider refactoring.

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  test('be able to be inverted to first inversion when in drop3 format', () => {
    const chord = new ClosedChord(Pitch.C, ChordPattern.Major7, Duration.Quarter, Octave.C4);

    const expectedPitches = [Pitch.E, Pitch.C, Pitch.G, Pitch.B];
    expect(Array.from(chord.drop3().invert()).map((p) => p.Name)).toStrictEqual(

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Similar blocks of code found in 2 locations. Consider refactoring.

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  test('be able to remove Pitch for fifth', () => {
    const baseChord = new ClosedChord(
      Pitch.C,
      ChordPattern.Diminished7,
      Duration.Quarter,

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Similar blocks of code found in 2 locations. Consider refactoring.

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  test('be able to be transformed drop 2 chords to closed chords', () => {
    const chord = new ClosedChord(
      Pitch.C,
      ChordPattern.Major7,
      Duration.Quarter,

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Similar blocks of code found in 2 locations. Consider refactoring.

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  test('be able to be transformed drop 3 chords to closed chords', () => {
    const chord = new ClosedChord(
      Pitch.C,
      ChordPattern.Major7,
      Duration.Quarter,

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Similar blocks of code found in 2 locations. Consider refactoring.

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  test('be able to remove Pitch for seventh', () => {
    const baseChord = new ClosedChord(
      Pitch.C,
      ChordPattern.Diminished7,
      Duration.Quarter,

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Similar blocks of code found in 3 locations. Consider refactoring.

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  test('Have expected pitches for C11 chord', () => {
    const expectedPitches = [Pitch.C, Pitch.E, Pitch.G, Pitch.BFlat, Pitch.D, Pitch.F];
    const chordPitches = Array.from(
      new ClosedChord(Pitch.C, ChordPattern.Dominant11, Duration.Quarter, Octave.C4)
    );

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Similar blocks of code found in 3 locations. Consider refactoring.

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  test('Have expected pitches for C Major 9#11 chord', () => {
    const expectedPitches = [Pitch.C, Pitch.E, Pitch.G, Pitch.B, Pitch.D, Pitch.FSharp];
    const chordPitches = Array.from(
      new ClosedChord(Pitch.C, ChordPattern.Major9Sharp11, Duration.Quarter, Octave.C4)
    );

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Similar blocks of code found in 3 locations. Consider refactoring.

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  test('Have expected pitches for C Major 13#11 chord', () => {
    const expectedPitches = [Pitch.C, Pitch.E, Pitch.G, Pitch.B, Pitch.FSharp, Pitch.A];
    const chordPitches = Array.from(
      new ClosedChord(Pitch.C, ChordPattern.Major13Sharp11, Duration.Quarter, Octave.C4)
    );

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Similar blocks of code found in 2 locations. Consider refactoring.

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  test('be able to be transformed into drop 3 chords', () => {
    const chord = new ClosedChord(Pitch.C, ChordPattern.Major7, Duration.Quarter, Octave.C4);

    const expectedPitches = [Pitch.C, Pitch.B, Pitch.E, Pitch.G];
    expect(Array.from(chord.drop3())).toStrictEqual(expectedPitches);

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Similar blocks of code found in 2 locations. Consider refactoring.

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  test('be able to be transformed into drop 2 chords', () => {
    const chord = new ClosedChord(Pitch.C, ChordPattern.Major7, Duration.Quarter, Octave.C4);

    const expectedPitches = [Pitch.C, Pitch.G, Pitch.B, Pitch.E];
    expect(Array.from(chord.drop2())).toStrictEqual(expectedPitches);

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Similar blocks of code found in 10 locations. Consider refactoring.

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    test('Have expected pitches for C-9 chord', () => {
      const expectedPitches = [Pitch.C, Pitch.EFlat, Pitch.G, Pitch.BFlat, Pitch.D];
      const chordPitches = Array.from(
        new ClosedChord(Pitch.C, ChordPattern.Minor9, Duration.Quarter, Octave.C4)
      );

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Similar blocks of code found in 10 locations. Consider refactoring.

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  test('Have expected pitches for C7#9 chord', () => {
    const expectedPitches = [Pitch.C, Pitch.E, Pitch.G, Pitch.BFlat, Pitch.DSharp];
    const chordPitches = Array.from(
      new ClosedChord(Pitch.C, ChordPattern.Dominant7Sharp9, Duration.Quarter, Octave.C4)
    );

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Similar blocks of code found in 10 locations. Consider refactoring.

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  test('Have expected pitches for C Major 11 chord', () => {
    const expectedPitches = [Pitch.C, Pitch.E, Pitch.G, Pitch.B, Pitch.F];
    const chordPitches = Array.from(
      new ClosedChord(Pitch.C, ChordPattern.Major11, Duration.Quarter, Octave.C4)
    );

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Similar blocks of code found in 10 locations. Consider refactoring.

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  test('Have expected pitches for C7b5#9 chord', () => {
    const expectedPitches = [Pitch.C, Pitch.E, Pitch.GFlat, Pitch.BFlat, Pitch.DSharp];
    const chordPitches = Array.from(
      new ClosedChord(Pitch.C, ChordPattern.Dominant7Flat5Sharp9, Duration.Quarter, Octave.C4)
    );

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Similar blocks of code found in 10 locations. Consider refactoring.

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  test('Have expected pitches for C7b5b9 chord', () => {
    const expectedPitches = [Pitch.C, Pitch.E, Pitch.GFlat, Pitch.BFlat, Pitch.DFlat];
    const chordPitches = Array.from(
      new ClosedChord(Pitch.C, ChordPattern.Dominant7Flat5Flat9, Duration.Quarter, Octave.C4)
    );

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Similar blocks of code found in 10 locations. Consider refactoring.

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  test('Have expected pitches for C Major 6 add 9 chord', () => {
    const expectedPitches = [Pitch.C, Pitch.E, Pitch.G, Pitch.A, Pitch.D];
    const chordPitches = Array.from(
      new ClosedChord(Pitch.C, ChordPattern.Major6Add9, Duration.Quarter, Octave.C4)
    );

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Similar blocks of code found in 10 locations. Consider refactoring.

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  test('Have expected pitches for C9 chord', () => {
    const expectedPitches = [Pitch.C, Pitch.E, Pitch.G, Pitch.BFlat, Pitch.D];
    const chordPitches = Array.from(
      new ClosedChord(Pitch.C, ChordPattern.Dominant9, Duration.Quarter, Octave.C4)
    );

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Similar blocks of code found in 10 locations. Consider refactoring.

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    test('Have expected pitches for C-6add9 chord', () => {
      const expectedPitches = [Pitch.C, Pitch.EFlat, Pitch.G, Pitch.A, Pitch.D];
      const chordPitches = Array.from(
        new ClosedChord(Pitch.C, ChordPattern.Minor6Add9, Duration.Quarter, Octave.C4)
      );

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Similar blocks of code found in 10 locations. Consider refactoring.

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  test('Have expected pitches for C Major 9 chord', () => {
    const expectedPitches = [Pitch.C, Pitch.E, Pitch.G, Pitch.B, Pitch.D];
    const chordPitches = Array.from(
      new ClosedChord(Pitch.C, ChordPattern.Major9, Duration.Quarter, Octave.C4)
    );

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Similar blocks of code found in 10 locations. Consider refactoring.

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    test('Have expected pitches for C-Maj9 chord', () => {
      const expectedPitches = [Pitch.C, Pitch.EFlat, Pitch.G, Pitch.B, Pitch.D];
      const chordPitches = Array.from(
        new ClosedChord(Pitch.C, ChordPattern.MinorMaj9, Duration.Quarter, Octave.C4)
      );

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Similar blocks of code found in 3 locations. Consider refactoring.

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  test('be able to be inverted to first inversion', () => {
    const chord = new ClosedChord(Pitch.C, ChordPattern.Major, Duration.Quarter, Octave.C4);

    const expectedPitches = [Pitch.E, Pitch.G, Pitch.C];
    expect(Array.from(chord.invert())).toStrictEqual(expectedPitches);

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Similar blocks of code found in 3 locations. Consider refactoring.

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  test('not be able to be transformed into drop 2 chords when its a 3 note chord', () => {
    const chord = new ClosedChord(Pitch.C, ChordPattern.Major, Duration.Quarter, Octave.C4);

    const expectedPitches = [Pitch.C, Pitch.E, Pitch.G];
    expect(Array.from(chord.drop2())).toStrictEqual(expectedPitches);

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Similar blocks of code found in 3 locations. Consider refactoring.

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  test('not be able to be transformed into drop 3 chords when its a 3 note chord', () => {
    const chord = new ClosedChord(Pitch.C, ChordPattern.Major, Duration.Quarter, Octave.C4);

    const expectedPitches = [Pitch.C, Pitch.E, Pitch.G];
    expect(Array.from(chord.drop3())).toStrictEqual(expectedPitches);

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Similar blocks of code found in 9 locations. Consider refactoring.

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  test('Have expected pitches for CMaj7#5 chord', () => {
    const expectedPitches = [Pitch.C, Pitch.E, Pitch.GSharp, Pitch.B];
    const chordPitches = Array.from(
      new ClosedChord(Pitch.C, ChordPattern.Augmented7, Duration.Quarter, Octave.C4)
    );

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Similar blocks of code found in 9 locations. Consider refactoring.

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    test('Have expected pitches for C-6 chord', () => {
      const expectedPitches = [Pitch.C, Pitch.EFlat, Pitch.G, Pitch.A];
      const chordPitches = Array.from(
        new ClosedChord(Pitch.C, ChordPattern.Minor6, Duration.Quarter, Octave.C4)
      );

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Similar blocks of code found in 9 locations. Consider refactoring.

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    test('Have expected pitches for Cdim7 chord', () => {
      const expectedPitches = [Pitch.C, Pitch.EFlat, Pitch.GFlat, Pitch.A];
      const chordPitches = Array.from(
        new ClosedChord(Pitch.C, ChordPattern.Diminished7, Duration.Quarter, Octave.C4)
      );

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Similar blocks of code found in 9 locations. Consider refactoring.

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  test('Have expected pitches for C Major 7 chord', () => {
    const expectedPitches = [Pitch.C, Pitch.E, Pitch.G, Pitch.B];
    const chordPitches = Array.from(
      new ClosedChord(Pitch.C, ChordPattern.Major7, Duration.Quarter, Octave.C4)
    );

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Similar blocks of code found in 9 locations. Consider refactoring.

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    test('Have expected pitches for C-7 chord', () => {
      const expectedPitches = [Pitch.C, Pitch.EFlat, Pitch.G, Pitch.BFlat];
      const chordPitches = Array.from(
        new ClosedChord(Pitch.C, ChordPattern.Minor7, Duration.Quarter, Octave.C4)
      );

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Similar blocks of code found in 9 locations. Consider refactoring.

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    test('Have expected pitches for C-Maj7 chord', () => {
      const expectedPitches = [Pitch.C, Pitch.EFlat, Pitch.G, Pitch.B];
      const chordPitches = Array.from(
        new ClosedChord(Pitch.C, ChordPattern.MinorMaj7, Duration.Quarter, Octave.C4)
      );

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Similar blocks of code found in 9 locations. Consider refactoring.

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  test('Have expected pitches for C Major 6 chord', () => {
    const expectedPitches = [Pitch.C, Pitch.E, Pitch.G, Pitch.A];
    const chordPitches = Array.from(
      new ClosedChord(Pitch.C, ChordPattern.Major6, Duration.Quarter, Octave.C4)
    );

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Similar blocks of code found in 9 locations. Consider refactoring.

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  test('Have expected pitches for C7 chord', () => {
    const expectedPitches = [Pitch.C, Pitch.E, Pitch.G, Pitch.BFlat];
    const chordPitches = Array.from(
      new ClosedChord(Pitch.C, ChordPattern.Dominant7, Duration.Quarter, Octave.C4)
    );

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Similar blocks of code found in 9 locations. Consider refactoring.

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    test('Have expected pitches for C-7b5 chord', () => {
      const expectedPitches = [Pitch.C, Pitch.EFlat, Pitch.GFlat, Pitch.BFlat];
      const chordPitches = Array.from(
        new ClosedChord(Pitch.C, ChordPattern.Minor7b5, Duration.Quarter, Octave.C4)
      );

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Similar blocks of code found in 9 locations. Consider refactoring.

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    test('Have expected pitches for Cdim chord', () => {
      const expectedPitches = [Pitch.C, Pitch.EFlat, Pitch.GFlat];
      const chordPitches = Array.from(
        new ClosedChord(Pitch.C, ChordPattern.Diminished, Duration.Quarter, Octave.C4)
      );

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Similar blocks of code found in 9 locations. Consider refactoring.

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    test('Have expected pitches for CSus4dim chord', () => {
      const expectedPitches = [Pitch.C, Pitch.F, Pitch.GFlat];
      const chordPitches = Array.from(
        new ClosedChord(Pitch.C, ChordPattern.Sus4Diminished, Duration.Quarter, Octave.C4)
      );

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Similar blocks of code found in 9 locations. Consider refactoring.

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    test('Have expected pitches for CSus2 chord', () => {
      const expectedPitches = [Pitch.C, Pitch.D, Pitch.G];
      const chordPitches = Array.from(
        new ClosedChord(Pitch.C, ChordPattern.Sus2, Duration.Quarter, Octave.C4)
      );

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Similar blocks of code found in 9 locations. Consider refactoring.

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    test('Have expected pitches for CSus2aug chord', () => {
      const expectedPitches = [Pitch.C, Pitch.D, Pitch.GSharp];
      const chordPitches = Array.from(
        new ClosedChord(Pitch.C, ChordPattern.Sus2Augmented, Duration.Quarter, Octave.C4)
      );

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Similar blocks of code found in 9 locations. Consider refactoring.

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  test('Have expected pitches for CAug chord', () => {
    const expectedPitches = [Pitch.C, Pitch.E, Pitch.GSharp];
    const chordPitches = Array.from(
      new ClosedChord(Pitch.C, ChordPattern.Augmented, Duration.Quarter, Octave.C4)
    );

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Similar blocks of code found in 9 locations. Consider refactoring.

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    test('Have expected pitches for C- chord', () => {
      const expectedPitches = [Pitch.C, Pitch.EFlat, Pitch.G];
      const chordPitches = Array.from(
        new ClosedChord(Pitch.C, ChordPattern.Minor, Duration.Quarter, Octave.C4)
      );

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Similar blocks of code found in 9 locations. Consider refactoring.

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    test('Have expected pitches for CSus2dim chord', () => {
      const expectedPitches = [Pitch.C, Pitch.D, Pitch.GFlat];
      const chordPitches = Array.from(
        new ClosedChord(Pitch.C, ChordPattern.Sus2Diminished, Duration.Quarter, Octave.C4)
      );

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Similar blocks of code found in 9 locations. Consider refactoring.

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  test('Have expected pitches for C Major chord', () => {
    const expectedPitches = [Pitch.C, Pitch.E, Pitch.G];
    const chordPitches = Array.from(
      new ClosedChord(Pitch.C, ChordPattern.Major, Duration.Quarter, Octave.C4)
    );

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Similar blocks of code found in 9 locations. Consider refactoring.

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    test('Have expected pitches for CSus4 chord', () => {
      const expectedPitches = [Pitch.C, Pitch.F, Pitch.G];
      const chordPitches = Array.from(
        new ClosedChord(Pitch.C, ChordPattern.Sus4, Duration.Quarter, Octave.C4)
      );

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Similar blocks of code found in 2 locations. Consider refactoring.

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  test('Converting a drop 3 chord to drop 3 returns same chord', () => {
    const chord = new ClosedChord(Pitch.C, ChordPattern.Major7, Duration.Quarter, Octave.C4);
    const drop = chord.drop3();
    const other = drop.drop3();

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Similar blocks of code found in 2 locations. Consider refactoring.

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  test('Converting a drop 2 chord to drop 2 returns same chord', () => {
    const chord = new ClosedChord(Pitch.C, ChordPattern.Major7, Duration.Quarter, Octave.C4);
    const drop = chord.drop2();
    const other = drop.drop2();

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Similar blocks of code found in 5 locations. Consider refactoring.

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  test('be able to identify Pitch for root', () => {
    const expectedPitch = Pitch.C;
    const pitch = new ClosedChord(
      Pitch.C,
      ChordPattern.Diminished,

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Similar blocks of code found in 5 locations. Consider refactoring.

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  test('be able to identify Pitch for fifth', () => {
    const expectedPitch = Pitch.GFlat;
    const pitch = new ClosedChord(
      Pitch.C,
      ChordPattern.Diminished,

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Similar blocks of code found in 5 locations. Consider refactoring.

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  test('be able to identify Pitch for third on sus4 chords', () => {
    const expectedPitch = Pitch.F;
    const pitch = new ClosedChord(
      Pitch.C,
      ChordPattern.Sus4,

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Similar blocks of code found in 5 locations. Consider refactoring.

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  test('be able to identify Pitch for third on sus2 chords', () => {
    const expectedPitch = Pitch.D;
    const pitch = new ClosedChord(
      Pitch.C,
      ChordPattern.Sus2,

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Similar blocks of code found in 5 locations. Consider refactoring.

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  test('be able to identify Pitch for third', () => {
    const expectedPitch = Pitch.EFlat;
    const pitch = new ClosedChord(
      Pitch.C,
      ChordPattern.Diminished,

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Similar blocks of code found in 7 locations. Consider refactoring.

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  test('have a third', () => {
    const chord = new ClosedChord(Pitch.C, ChordPattern.Major, Duration.Quarter, Octave.C4);
    expect(chord.pitchForFunction(ChordFunction.Third)).toBe(Pitch.E);
  });

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Similar blocks of code found in 7 locations. Consider refactoring.

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  test('have a fifth', () => {
    const chord = new ClosedChord(Pitch.C, ChordPattern.Major, Duration.Quarter, Octave.C4);
    expect(chord.pitchForFunction(ChordFunction.Fifth)).toBe(Pitch.G);
  });

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Similar blocks of code found in 7 locations. Consider refactoring.

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  test('have an eleventh', () => {
    const chord = new ClosedChord(Pitch.C, ChordPattern.Major11, Duration.Quarter, Octave.C4);
    expect(chord.pitchForFunction(ChordFunction.Eleventh)).toBe(Pitch.F);
  });

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Similar blocks of code found in 7 locations. Consider refactoring.

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  test('have a thirteenth', () => {
    const chord = new ClosedChord(Pitch.C, ChordPattern.Major13, Duration.Quarter, Octave.C4);
    expect(chord.pitchForFunction(ChordFunction.Thirteenth)).toBe(Pitch.A);
  });

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Similar blocks of code found in 7 locations. Consider refactoring.

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  test('have a seventh', () => {
    const chord = new ClosedChord(Pitch.C, ChordPattern.Major7, Duration.Quarter, Octave.C4);
    expect(chord.pitchForFunction(ChordFunction.Seventh)).toBe(Pitch.B);
  });

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Similar blocks of code found in 7 locations. Consider refactoring.

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  test('have a root', () => {
    const chord = new ClosedChord(Pitch.C, ChordPattern.Major, Duration.Quarter, Octave.C4);
    expect(chord.pitchForFunction(ChordFunction.Root)).toBe(Pitch.C);
  });

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Similar blocks of code found in 7 locations. Consider refactoring.

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  test('have a ninth', () => {
    const chord = new ClosedChord(Pitch.C, ChordPattern.Major9, Duration.Quarter, Octave.C4);
    expect(chord.pitchForFunction(ChordFunction.Ninth)).toBe(Pitch.D);
  });

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Similar blocks of code found in 2 locations. Consider refactoring.

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  test('have bass note equal to root when not inverted', () => {
    const expectedPitch = Pitch.C;
    const pitch = new ClosedChord(Pitch.C, ChordPattern.Diminished, Duration.Quarter, Octave.C4)
      .Bass;
    expect(pitch).toStrictEqual(expectedPitch);

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Similar blocks of code found in 2 locations. Consider refactoring.

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  test('Have lead note equal to fifth for triads when not inverted', () => {
    const expectedPitch = Pitch.GFlat;
    const pitch = new ClosedChord(Pitch.C, ChordPattern.Diminished, Duration.Quarter, Octave.C4)
      .Lead;
    expect(pitch).toStrictEqual(expectedPitch);

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Similar blocks of code found in 2 locations. Consider refactoring.

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  test('be named after the root note and the quality', () => {
    const name = new ClosedChord(Pitch.C, ChordPattern.Minor7b5, Duration.Quarter, Octave.C4).Name;
    expect(name).toBe('CMinor 7 b5');
  });

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  test('be named after the root note and the abbreviated quality', () => {
    const name = new ClosedChord(Pitch.C, ChordPattern.Diminished7, Duration.Quarter, Octave.C4)
      .Abbreviation;
    expect(name).toBe('Cdim7');
  });

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