How to use the poetry.semver.constraints.constraint.Constraint function in poetry

        ('^0.0.3', Constraint('>=', '0.0.3.0'), Constraint('<', '0.0.4.0')),
    ]
)
def test_parse_constraints_caret(parser, input, min, max):
    if min:
        expected = MultiConstraint((min, max))
    else:
        expected = max

    assert str(parser.parse_constraints(input)) == str(expected)

        ('^0.0', Constraint('>=', '0.0.0.0'), Constraint('<', '0.1.0.0')),
        ('^1.2', Constraint('>=', '1.2.0.0'), Constraint('<', '2.0.0.0')),
        ('^1.2.3-beta.2', Constraint('>=', '1.2.3.0-beta.2'), Constraint('<', '2.0.0.0')),
        ('^1.2.3.4', Constraint('>=', '1.2.3.4'), Constraint('<', '2.0.0.0')),
        ('^1.2.3', Constraint('>=', '1.2.3.0'), Constraint('<', '2.0.0.0')),
        ('^0.2.3', Constraint('>=', '0.2.3.0'), Constraint('<', '0.3.0.0')),
        ('^0.2', Constraint('>=', '0.2.0.0'), Constraint('<', '0.3.0.0')),
        ('^0.2.0', Constraint('>=', '0.2.0.0'), Constraint('<', '0.3.0.0')),
        ('^0.0.3', Constraint('>=', '0.0.3.0'), Constraint('<', '0.0.4.0')),
    ]
)
def test_parse_constraints_caret(parser, input, min, max):
    if min:
        expected = MultiConstraint((min, max))
    else:
        expected = max

        ('20.*.*', Constraint('>=', '20.0.0.0'), Constraint('<', '21.0.0.0')),
        ('2.0.*', Constraint('>=', '2.0.0.0'), Constraint('<', '2.1.0.0')),
        ('2.x', Constraint('>=', '2.0.0.0'), Constraint('<', '3.0.0.0')),
        ('2.x.x', Constraint('>=', '2.0.0.0'), Constraint('<', '3.0.0.0')),
        ('2.2.X', Constraint('>=', '2.2.0.0'), Constraint('<', '2.3.0.0')),
        ('0.*', None, Constraint('<', '1.0.0.0')),
        ('0.*.*', None, Constraint('<', '1.0.0.0')),
        ('0.x', None, Constraint('<', '1.0.0.0')),
    ]
)
def test_parse_constraints_wildcard(parser, input, min, max):
    if min:
        expected = MultiConstraint((min, max))
    else:
        expected = max

    constraint = parser.parse_constraints(input)

def test_parse_constraints_multi2(parser, input):
    first = Constraint('>', '2.0.0.0')
    second = Constraint('<', '2.0.5.0')
    third = Constraint('>', '2.0.6.0')
    multi1 = MultiConstraint((first, second))
    multi2 = MultiConstraint((multi1, third), False)

    assert str(parser.parse_constraints(input)) == str(multi2)

def test_parse_constraints_multi(parser, input):
    first = Constraint('>', '2.0.0.0')
    second = Constraint('<=', '3.0.0.0')
    multi = MultiConstraint((first, second))

    assert str(parser.parse_constraints(input)) == str(multi)

        ('~0.3', Constraint('>=', '0.3.0.0'), Constraint('<', '0.4.0.0')),
    ]
)
def test_parse_constraints_tilde(parser, input, min, max):
    if min:
        expected = MultiConstraint((min, max))
    else:
        expected = max

    assert str(parser.parse_constraints(input)) == str(expected)

        ('~1.2-b2', Constraint('>=', '1.2.0.0-beta.2'), Constraint('<', '1.3.0.0')),
        ('~0.3', Constraint('>=', '0.3.0.0'), Constraint('<', '0.4.0.0')),
    ]
)
def test_parse_constraints_tilde(parser, input, min, max):
    if min:
        expected = MultiConstraint((min, max))
    else:
        expected = max

    assert str(parser.parse_constraints(input)) == str(expected)

        ('1.2.3', Constraint('=', '1.2.3.0')),
        ('=1.0', Constraint('=', '1.0.0.0')),
        ('1.2.3b5', Constraint('=', '1.2.3.0-beta.5')),
        ('>= 1.2.3', Constraint('>=', '1.2.3.0'))
    ]
)
def test_parse_constraints_simple(parser, input, constraint):
    assert str(parser.parse_constraints(input)) == str(constraint)

        ('^0.2.3', Constraint('>=', '0.2.3.0'), Constraint('<', '0.3.0.0')),
        ('^0.2', Constraint('>=', '0.2.0.0'), Constraint('<', '0.3.0.0')),
        ('^0.2.0', Constraint('>=', '0.2.0.0'), Constraint('<', '0.3.0.0')),
        ('^0.0.3', Constraint('>=', '0.0.3.0'), Constraint('<', '0.0.4.0')),
    ]
)
def test_parse_constraints_caret(parser, input, min, max):
    if min:
        expected = MultiConstraint((min, max))
    else:
        expected = max

    assert str(parser.parse_constraints(input)) == str(expected)

        ('2.x', Constraint('>=', '2.0.0.0'), Constraint('<', '3.0.0.0')),
        ('2.x.x', Constraint('>=', '2.0.0.0'), Constraint('<', '3.0.0.0')),
        ('2.2.X', Constraint('>=', '2.2.0.0'), Constraint('<', '2.3.0.0')),
        ('0.*', None, Constraint('<', '1.0.0.0')),
        ('0.*.*', None, Constraint('<', '1.0.0.0')),
        ('0.x', None, Constraint('<', '1.0.0.0')),
    ]
)
def test_parse_constraints_wildcard(parser, input, min, max):
    if min:
        expected = MultiConstraint((min, max))
    else:
        expected = max

    constraint = parser.parse_constraints(input)
    assert str(constraint.constraint) == str(expected)