How to use the oscpy.parser.parse function in oscpy

def test_parse_inf():
    result = parse(b'I', '')[0]
    assert result == float('inf')

def test_parse_unknown():
    with raises(ValueError):
        parse(b'H', struct.pack('>f', 1.5))

def test_parse_false():
    result = parse(b'F', '')[0]
    assert result == False

def test_parse_midi():
    data = MidiTuple(0, 144, 72, 64)
    result = parse(b'm', struct.pack('>I', format_midi(data)))[0]
    assert result == data

def test_parse_string_encoded():
    assert parse(
        b's', struct.pack('%is' % padded(len('t')), u'é'.encode('utf8')),
        encoding='utf8'
    )[0] == u'é'

    s = u'aééééààààa'
    s_ = s.encode('utf8')
    assert parse(
        b's',
        struct.pack('%is' % padded(len(s_) + 1), s_ + b'\0'),
        encoding='utf8'
    )[0] == s

    with raises(UnicodeDecodeError):
        parse(
            b's',
            struct.pack('%is' % padded(len(s_) + 1), s_ + b'\0'),

def test_parse_int():
    assert parse(b'i', struct.pack('>i', 1))[0] == 1

s = u'aééééààààa'
    s_ = s.encode('utf8')
    assert parse(
        b's',
        struct.pack('%is' % padded(len(s_) + 1), s_ + b'\0'),
        encoding='utf8'
    )[0] == s

    with raises(UnicodeDecodeError):
        parse(
            b's',
            struct.pack('%is' % padded(len(s_) + 1), s_ + b'\0'),
            encoding='ascii'
        )[0] == s

    assert parse(
        b's',
        struct.pack('%is' % padded(len(s_) + 1), s_ + b'\0'),
        encoding='ascii',
        encoding_errors='replace'
    )[0] == u'a����������������a'

    assert parse(
        b's',
        struct.pack('%is' % padded(len(s_) + 1), s_ + b'\0'),
        encoding='ascii',
        encoding_errors='ignore'
    )[0] == 'aa'

def test_parse_blob():
    length = 10
    data = tuple(range(length))
    pad = padded(length, 8)
    fmt = '>i%iQ' % pad
    s = struct.pack(fmt, length, *(data + (pad - length) * (0, )))
    result = parse(b'b', s)[0]
    assert result == data

def test_parse_true():
    result = parse(b'T', '')[0]
    assert result == True