<reponame>mxr/cfgv
from __future__ import absolute_import
from __future__ import unicode_literals

import json

import mock
import pytest

from cfgv import apply_defaults
from cfgv import Array
from cfgv import check_and
from cfgv import check_any
from cfgv import check_array
from cfgv import check_bool
from cfgv import check_one_of
from cfgv import check_regex
from cfgv import check_type
from cfgv import Conditional
from cfgv import ConditionalOptional
from cfgv import ConditionalRecurse
from cfgv import In
from cfgv import load_from_filename
from cfgv import Map
from cfgv import MISSING
from cfgv import NoAdditionalKeys
from cfgv import Not
from cfgv import NotIn
from cfgv import Optional
from cfgv import OptionalNoDefault
from cfgv import OptionalRecurse
from cfgv import remove_defaults
from cfgv import Required
from cfgv import RequiredRecurse
from cfgv import validate
from cfgv import ValidationError
from cfgv import WarnAdditionalKeys


def _assert_exception_trace(e, trace):
    inner = e
    for ctx in trace[:-1]:
        assert inner.ctx == ctx
        inner = inner.error_msg
    assert inner.error_msg == trace[-1]


def test_ValidationError_simple_str():
    assert str(ValidationError('error msg')) == (
        '\n'
        '=====> error msg'
    )


def test_ValidationError_nested():
    error = ValidationError(
        ValidationError(
            ValidationError('error msg'),
            ctx='At line 1',
        ),
        ctx='In file foo',
    )
    assert str(error) == (
        '\n'
        '==> In file foo\n'
        '==> At line 1\n'
        '=====> error msg'
    )


def test_check_one_of():
    with pytest.raises(ValidationError) as excinfo:
        check_one_of((1, 2))(3)
    assert excinfo.value.error_msg == 'Expected one of 1, 2 but got: 3'


def test_check_one_of_ok():
    check_one_of((1, 2))(2)


def test_check_regex():
    with pytest.raises(ValidationError) as excinfo:
        check_regex(str('('))
    assert excinfo.value.error_msg == "'(' is not a valid python regex"


def test_check_regex_ok():
    check_regex('^$')


def test_check_array_failed_inner_check():
    check = check_array(check_bool)
    with pytest.raises(ValidationError) as excinfo:
        check([True, False, 5])
    _assert_exception_trace(
        excinfo.value, ('At index 2', 'Expected bool got int'),
    )


def test_check_array_ok():
    check_array(check_bool)([True, False])


def test_check_and():
    check = check_and(check_type(str), check_regex)
    with pytest.raises(ValidationError) as excinfo:
        check(True)
    assert excinfo.value.error_msg == 'Expected str got bool'
    with pytest.raises(ValidationError) as excinfo:
        check(str('('))
    assert excinfo.value.error_msg == "'(' is not a valid python regex"


def test_check_and_ok():
    check = check_and(check_type(str), check_regex)
    check(str('^$'))


@pytest.mark.parametrize(
    ('val', 'expected'),
    (('bar', True), ('foo', False), (MISSING, False)),
)
def test_not(val, expected):
    compared = Not('foo')
    assert (val == compared) is expected
    assert (compared == val) is expected


@pytest.mark.parametrize(
    ('values', 'expected'),
    (('bar', True), ('foo', False), (MISSING, False)),
)
def test_not_in(values, expected):
    compared = NotIn('baz', 'foo')
    assert (values == compared) is expected
    assert (compared == values) is expected


@pytest.mark.parametrize(
    ('values', 'expected'),
    (('bar', False), ('foo', True), ('baz', True), (MISSING, False)),
)
def test_in(values, expected):
    compared = In('baz', 'foo')
    assert (values == compared) is expected
    assert (compared == values) is expected


trivial_array_schema = Array(Map('foo', 'id'))
trivial_array_schema_nonempty = Array(Map('foo', 'id'), allow_empty=False)


def test_validate_top_level_array_not_an_array():
    with pytest.raises(ValidationError) as excinfo:
        validate({}, trivial_array_schema)
    assert excinfo.value.error_msg == "Expected array but got 'dict'"


def test_validate_top_level_array_no_objects():
    with pytest.raises(ValidationError) as excinfo:
        validate([], trivial_array_schema_nonempty)
    assert excinfo.value.error_msg == "Expected at least 1 'foo'"


def test_trivial_array_schema_ok_empty():
    validate([], trivial_array_schema)


@pytest.mark.parametrize('v', (({},), [{}]))
def test_ok_both_types(v):
    validate(v, trivial_array_schema)


map_required = Map('foo', 'key', Required('key', check_bool))
map_optional = Map('foo', 'key', Optional('key', check_bool, False))
map_no_default = Map('foo', 'key', OptionalNoDefault('key', check_bool))
map_no_id_key = Map('foo', None, Required('key', check_bool))


def test_map_wrong_type():
    with pytest.raises(ValidationError) as excinfo:
        validate([], map_required)
    assert excinfo.value.error_msg == 'Expected a foo map but got a list'


def test_required_missing_key():
    with pytest.raises(ValidationError) as excinfo:
        validate({}, map_required)
    expected = ('At foo(key=MISSING)', 'Missing required key: key')
    _assert_exception_trace(excinfo.value, expected)


@pytest.mark.parametrize(
    'schema', (map_required, map_optional, map_no_default),
)
def test_map_value_wrong_type(schema):
    with pytest.raises(ValidationError) as excinfo:
        validate({'key': 5}, schema)
    expected = ('At foo(key=5)', 'At key: key', 'Expected bool got int')
    _assert_exception_trace(excinfo.value, expected)


@pytest.mark.parametrize(
    'schema', (map_required, map_optional, map_no_default),
)
def test_map_value_correct_type(schema):
    validate({'key': True}, schema)


@pytest.mark.parametrize('schema', (map_optional, map_no_default))
def test_optional_key_missing(schema):
    validate({}, schema)


def test_error_message_no_id_key():
    with pytest.raises(ValidationError) as excinfo:
        validate({'key': 5}, map_no_id_key)
    expected = ('At foo()', 'At key: key', 'Expected bool got int')
    _assert_exception_trace(excinfo.value, expected)


map_conditional = Map(
    'foo', 'key',
    Conditional(
        'key2', check_bool, condition_key='key', condition_value=True,
    ),
)
map_conditional_not = Map(
    'foo', 'key',
    Conditional(
        'key2', check_bool, condition_key='key', condition_value=Not(False),
    ),
)
map_conditional_absent = Map(
    'foo', 'key',
    Conditional(
        'key2', check_bool,
        condition_key='key', condition_value=True, ensure_absent=True,
    ),
)
map_conditional_absent_not = Map(
    'foo', 'key',
    Conditional(
        'key2', check_bool,
        condition_key='key', condition_value=Not(True), ensure_absent=True,
    ),
)
map_conditional_absent_not_in = Map(
    'foo', 'key',
    Conditional(
        'key2', check_bool,
        condition_key='key', condition_value=NotIn(1, 2), ensure_absent=True,
    ),
)
map_conditional_absent_in = Map(
    'foo', 'key',
    Conditional(
        'key2', check_bool,
        condition_key='key', condition_value=In(1, 2), ensure_absent=True,
    ),
)


@pytest.mark.parametrize('schema', (map_conditional, map_conditional_not))
@pytest.mark.parametrize(
    'v',
    (
        # Conditional check passes, key2 is checked and passes
        {'key': True, 'key2': True},
        # Conditional check fails, key2 is not checked
        {'key': False, 'key2': 'ohai'},
    ),
)
def test_ok_conditional_schemas(v, schema):
    validate(v, schema)


@pytest.mark.parametrize('schema', (map_conditional, map_conditional_not))
def test_not_ok_conditional_schemas(schema):
    with pytest.raises(ValidationError) as excinfo:
        validate({'key': True, 'key2': 5}, schema)
    expected = ('At foo(key=True)', 'At key: key2', 'Expected bool got int')
    _assert_exception_trace(excinfo.value, expected)


def test_ensure_absent_conditional():
    with pytest.raises(ValidationError) as excinfo:
        validate({'key': False, 'key2': True}, map_conditional_absent)
    expected = (
        'At foo(key=False)',
        'Expected key2 to be absent when key is not True, '
        'found key2: True',
    )
    _assert_exception_trace(excinfo.value, expected)


def test_ensure_absent_conditional_not():
    with pytest.raises(ValidationError) as excinfo:
        validate({'key': True, 'key2': True}, map_conditional_absent_not)
    expected = (
        'At foo(key=True)',
        'Expected key2 to be absent when key is True, '
        'found key2: True',
    )
    _assert_exception_trace(excinfo.value, expected)


def test_ensure_absent_conditional_not_in():
    with pytest.raises(ValidationError) as excinfo:
        validate({'key': 1, 'key2': True}, map_conditional_absent_not_in)
    expected = (
        'At foo(key=1)',
        'Expected key2 to be absent when key is any of (1, 2), '
        'found key2: True',
    )
    _assert_exception_trace(excinfo.value, expected)


def test_ensure_absent_conditional_in():
    with pytest.raises(ValidationError) as excinfo:
        validate({'key': 3, 'key2': True}, map_conditional_absent_in)
    expected = (
        'At foo(key=3)',
        'Expected key2 to be absent when key is not any of (1, 2), '
        'found key2: True',
    )
    _assert_exception_trace(excinfo.value, expected)


def test_no_error_conditional_absent():
    validate({}, map_conditional_absent)
    validate({}, map_conditional_absent_not)
    validate({'key2': True}, map_conditional_absent)
    validate({'key2': True}, map_conditional_absent_not)


def test_apply_defaults_copies_object():
    val = {}
    ret = apply_defaults(val, map_optional)
    assert ret is not val


def test_apply_defaults_sets_default():
    ret = apply_defaults({}, map_optional)
    assert ret == {'key': False}


def test_apply_defaults_does_not_change_non_default():
    ret = apply_defaults({'key': True}, map_optional)
    assert ret == {'key': True}


def test_apply_defaults_does_nothing_on_non_optional():
    ret = apply_defaults({}, map_required)
    assert ret == {}


def test_apply_defaults_map_in_list():
    ret = apply_defaults([{}], Array(map_optional))
    assert ret == [{'key': False}]


def test_remove_defaults_copies_object():
    val = {'key': False}
    ret = remove_defaults(val, map_optional)
    assert ret is not val


def test_remove_defaults_removes_defaults():
    ret = remove_defaults({'key': False}, map_optional)
    assert ret == {}


def test_remove_defaults_nothing_to_remove():
    ret = remove_defaults({}, map_optional)
    assert ret == {}


def test_remove_defaults_does_not_change_non_default():
    ret = remove_defaults({'key': True}, map_optional)
    assert ret == {'key': True}


def test_remove_defaults_map_in_list():
    ret = remove_defaults([{'key': False}], Array(map_optional))
    assert ret == [{}]


def test_remove_defaults_does_nothing_on_non_optional():
    ret = remove_defaults({'key': True}, map_required)
    assert ret == {'key': True}


nested_schema_required = Map(
    'Repository', 'repo',
    Required('repo', check_any),
    RequiredRecurse('hooks', Array(map_required)),
)
nested_schema_optional = Map(
    'Repository', 'repo',
    Required('repo', check_any),
    RequiredRecurse('hooks', Array(map_optional)),
)


def test_validate_failure_nested():
    with pytest.raises(ValidationError) as excinfo:
        validate({'repo': 1, 'hooks': [{}]}, nested_schema_required)
    expected = (
        'At Repository(repo=1)',
        'At key: hooks',
        'At foo(key=MISSING)',
        'Missing required key: key',
    )
    _assert_exception_trace(excinfo.value, expected)


def test_apply_defaults_nested():
    val = {'repo': 'repo1', 'hooks': [{}]}
    ret = apply_defaults(val, nested_schema_optional)
    assert ret == {'repo': 'repo1', 'hooks': [{'key': False}]}


def test_remove_defaults_nested():
    val = {'repo': 'repo1', 'hooks': [{'key': False}]}
    ret = remove_defaults(val, nested_schema_optional)
    assert ret == {'repo': 'repo1', 'hooks': [{}]}


link = Map('Link', 'key', Required('key', check_bool))
optional_nested_schema = Map(
    'Config', None,
    OptionalRecurse('links', Array(link), []),
)


def test_validate_failure_optional_recurse():
    with pytest.raises(ValidationError) as excinfo:
        validate({'links': [{}]}, optional_nested_schema)
    expected = (
        'At Config()',
        'At key: links',
        'At Link(key=MISSING)',
        'Missing required key: key',
    )
    _assert_exception_trace(excinfo.value, expected)


def test_optional_recurse_ok_missing():
    validate({}, optional_nested_schema)


def test_apply_defaults_optional_recurse_missing():
    ret = apply_defaults({}, optional_nested_schema)
    assert ret == {'links': []}


def test_apply_defaults_optional_recurse_already_present():
    ret = apply_defaults({'links': [{'key': True}]}, optional_nested_schema)
    assert ret == {'links': [{'key': True}]}


def test_remove_defaults_optional_recurse_not_present():
    assert remove_defaults({}, optional_nested_schema) == {}


def test_remove_defaults_optional_recurse_present_at_default():
    assert remove_defaults({'links': []}, optional_nested_schema) == {}


def test_remove_defaults_optional_recurse_non_default():
    ret = remove_defaults({'links': [{'key': True}]}, optional_nested_schema)
    assert ret == {'links': [{'key': True}]}


builder_opts = Map('BuilderOpts', None, Optional('noop', check_bool, True))
optional_nested_optional_schema = Map(
    'Config', None,
    OptionalRecurse('builder', builder_opts, {}),
)


def test_optional_optional_apply_defaults():
    ret = apply_defaults({}, optional_nested_optional_schema)
    assert ret == {'builder': {'noop': True}}


def test_optional_optional_remove_defaults():
    val = {'builder': {'noop': True}}
    ret = remove_defaults(val, optional_nested_optional_schema)
    assert ret == {}


params1_schema = Map('Params1', None, Required('p1', check_bool))
params2_schema = Map('Params2', None, Required('p2', check_bool))
conditional_nested_schema = Map(
    'Config', None,
    Required('type', check_any),
    ConditionalRecurse('params', params1_schema, 'type', 'type1'),
    ConditionalRecurse('params', params2_schema, 'type', 'type2'),
)


@pytest.mark.parametrize(
    'val',
    (
        {'type': 'type3'},  # matches no condition
        {'type': 'type1', 'params': {'p1': True}},
        {'type': 'type2', 'params': {'p2': True}},
    ),
)
def test_conditional_recurse_ok(val):
    validate(val, conditional_nested_schema)


def test_conditional_recurse_error():
    with pytest.raises(ValidationError) as excinfo:
        val = {'type': 'type1', 'params': {'p2': True}}
        validate(val, conditional_nested_schema)
    expected = (
        'At Config()',
        'At key: params',
        'At Params1()',
        'Missing required key: p1',
    )
    _assert_exception_trace(excinfo.value, expected)


class Error(Exception):
    pass


def test_load_from_filename_file_does_not_exist():
    with pytest.raises(Error) as excinfo:
        load_from_filename('does_not_exist', map_required, json.loads, Error)
    assert excinfo.value.args[0].error_msg == 'does_not_exist does not exist'


def test_load_from_filename_fails_load_strategy(tmpdir):
    f = tmpdir.join('foo.notjson')
    f.write('totes not json')
    with pytest.raises(Error) as excinfo:
        load_from_filename(f.strpath, map_required, json.loads, Error)
    # ANY is json's error message
    expected = ('File {}'.format(f.strpath), mock.ANY)
    _assert_exception_trace(excinfo.value.args[0], expected)


def test_load_from_filename_validation_error(tmpdir):
    f = tmpdir.join('foo.json')
    f.write('{}')
    with pytest.raises(Error) as excinfo:
        load_from_filename(f.strpath, map_required, json.loads, Error)
    expected = (
        'File {}'.format(f.strpath),
        'At foo(key=MISSING)',
        'Missing required key: key',
    )
    _assert_exception_trace(excinfo.value.args[0], expected)


def test_load_from_filename_applies_defaults(tmpdir):
    f = tmpdir.join('foo.json')
    f.write('{}')
    ret = load_from_filename(f.strpath, map_optional, json.loads, Error)
    assert ret == {'key': False}


conditional_recurse = Map(
    'Map', None,

    Required('t', check_bool),
    ConditionalRecurse(
        'v', Map('Inner', 'k', Optional('k', check_bool, True)),
        't', True,
    ),
    ConditionalRecurse(
        'v', Map('Inner', 'k', Optional('k', check_bool, False)),
        't', False,
    ),
)


@pytest.mark.parametrize('tvalue', (True, False))
def test_conditional_recurse_apply_defaults(tvalue):
    val = {'t': tvalue, 'v': {}}
    ret = apply_defaults(val, conditional_recurse)
    assert ret == {'t': tvalue, 'v': {'k': tvalue}}

    val = {'t': tvalue, 'v': {'k': not tvalue}}
    ret = apply_defaults(val, conditional_recurse)
    assert ret == {'t': tvalue, 'v': {'k': not tvalue}}


@pytest.mark.parametrize('tvalue', (True, False))
def test_conditional_recurse_remove_defaults(tvalue):
    val = {'t': tvalue, 'v': {'k': tvalue}}
    ret = remove_defaults(val, conditional_recurse)
    assert ret == {'t': tvalue, 'v': {}}

    val = {'t': tvalue, 'v': {'k': not tvalue}}
    ret = remove_defaults(val, conditional_recurse)
    assert ret == {'t': tvalue, 'v': {'k': not tvalue}}


conditional_optional = Map(
    'Map', None,

    Required('t', check_bool),
    ConditionalOptional('v', check_bool, True, 't', True),
    ConditionalOptional('v', check_bool, False, 't', False),
)


@pytest.mark.parametrize('tvalue', (True, False))
def test_conditional_optional_check(tvalue):
    with pytest.raises(ValidationError) as excinfo:
        validate({'t': tvalue, 'v': 2}, conditional_optional)
    expected = (
        'At Map()',
        'At key: v',
        'Expected bool got int',
    )
    _assert_exception_trace(excinfo.value, expected)

    validate({'t': tvalue, 'v': tvalue}, conditional_optional)


@pytest.mark.parametrize('tvalue', (True, False))
def test_conditional_optional_apply_default(tvalue):
    ret = apply_defaults({'t': tvalue}, conditional_optional)
    assert ret == {'t': tvalue, 'v': tvalue}


@pytest.mark.parametrize('tvalue', (True, False))
def test_conditional_optional_remove_default(tvalue):
    ret = remove_defaults({'t': tvalue, 'v': tvalue}, conditional_optional)
    assert ret == {'t': tvalue}
    ret = remove_defaults({'t': tvalue, 'v': not tvalue}, conditional_optional)
    assert ret == {'t': tvalue, 'v': not tvalue}


no_additional_keys = Map(
    'Map', None,
    Required(True, check_bool),
    NoAdditionalKeys((True,)),
)


def test_no_additional_keys():
    with pytest.raises(ValidationError) as excinfo:
        validate({True: True, False: False}, no_additional_keys)
    expected = (
        'At Map()',
        'Additional keys found: False.  Only these keys are allowed: True',
    )
    _assert_exception_trace(excinfo.value, expected)

    validate({True: True}, no_additional_keys)


@pytest.fixture
def warn_additional_keys():
    ret = mock.Mock()

    def callback(extra, keys, dct):
        return ret.record(extra, keys, dct)

    ret.schema = Map(
        'Map', None,
        Required(True, check_bool),
        WarnAdditionalKeys((True,), callback),
    )
    yield ret


def test_warn_additional_keys_when_has_extra_keys(warn_additional_keys):
    validate({True: True, False: False}, warn_additional_keys.schema)
    assert warn_additional_keys.record.called


def test_warn_additional_keys_when_no_extra_keys(warn_additional_keys):
    validate({True: True}, warn_additional_keys.schema)
    assert not warn_additional_keys.record.called

from __future__ import absolute_import
from __future__ import unicode_literals

import json

import mock
import pytest

from cfgv import apply_defaults
from cfgv import Array
from cfgv import check_and
from cfgv import check_any
from cfgv import check_array
from cfgv import check_bool
from cfgv import check_one_of
from cfgv import check_regex
from cfgv import check_type
from cfgv import Conditional
from cfgv import ConditionalOptional
from cfgv import ConditionalRecurse
from cfgv import In
from cfgv import load_from_filename
from cfgv import Map
from cfgv import MISSING
from cfgv import NoAdditionalKeys
from cfgv import Not
from cfgv import NotIn
from cfgv import Optional
from cfgv import OptionalNoDefault
from cfgv import OptionalRecurse
from cfgv import remove_defaults
from cfgv import Required
from cfgv import RequiredRecurse
from cfgv import validate
from cfgv import ValidationError
from cfgv import WarnAdditionalKeys


def _assert_exception_trace(e, trace):
    inner = e
    for ctx in trace[:-1]:
        assert inner.ctx == ctx
        inner = inner.error_msg
    assert inner.error_msg == trace[-1]


def test_ValidationError_simple_str():
    assert str(ValidationError('error msg')) == (
        '\n'
        '=====> error msg'
    )


def test_ValidationError_nested():
    error = ValidationError(
        ValidationError(
            ValidationError('error msg'),
            ctx='At line 1',
        ),
        ctx='In file foo',
    )
    assert str(error) == (
        '\n'
        '==> In file foo\n'
        '==> At line 1\n'
        '=====> error msg'
    )


def test_check_one_of():
    with pytest.raises(ValidationError) as excinfo:
        check_one_of((1, 2))(3)
    assert excinfo.value.error_msg == 'Expected one of 1, 2 but got: 3'


def test_check_one_of_ok():
    check_one_of((1, 2))(2)


def test_check_regex():
    with pytest.raises(ValidationError) as excinfo:
        check_regex(str('('))
    assert excinfo.value.error_msg == "'(' is not a valid python regex"


def test_check_regex_ok():
    check_regex('^$')


def test_check_array_failed_inner_check():
    check = check_array(check_bool)
    with pytest.raises(ValidationError) as excinfo:
        check([True, False, 5])
    _assert_exception_trace(
        excinfo.value, ('At index 2', 'Expected bool got int'),
    )


def test_check_array_ok():
    check_array(check_bool)([True, False])


def test_check_and():
    check = check_and(check_type(str), check_regex)
    with pytest.raises(ValidationError) as excinfo:
        check(True)
    assert excinfo.value.error_msg == 'Expected str got bool'
    with pytest.raises(ValidationError) as excinfo:
        check(str('('))
    assert excinfo.value.error_msg == "'(' is not a valid python regex"


def test_check_and_ok():
    check = check_and(check_type(str), check_regex)
    check(str('^$'))


@pytest.mark.parametrize(
    ('val', 'expected'),
    (('bar', True), ('foo', False), (MISSING, False)),
)
def test_not(val, expected):
    compared = Not('foo')
    assert (val == compared) is expected
    assert (compared == val) is expected


@pytest.mark.parametrize(
    ('values', 'expected'),
    (('bar', True), ('foo', False), (MISSING, False)),
)
def test_not_in(values, expected):
    compared = NotIn('baz', 'foo')
    assert (values == compared) is expected
    assert (compared == values) is expected


@pytest.mark.parametrize(
    ('values', 'expected'),
    (('bar', False), ('foo', True), ('baz', True), (MISSING, False)),
)
def test_in(values, expected):
    compared = In('baz', 'foo')
    assert (values == compared) is expected
    assert (compared == values) is expected


trivial_array_schema = Array(Map('foo', 'id'))
trivial_array_schema_nonempty = Array(Map('foo', 'id'), allow_empty=False)


def test_validate_top_level_array_not_an_array():
    with pytest.raises(ValidationError) as excinfo:
        validate({}, trivial_array_schema)
    assert excinfo.value.error_msg == "Expected array but got 'dict'"


def test_validate_top_level_array_no_objects():
    with pytest.raises(ValidationError) as excinfo:
        validate([], trivial_array_schema_nonempty)
    assert excinfo.value.error_msg == "Expected at least 1 'foo'"


def test_trivial_array_schema_ok_empty():
    validate([], trivial_array_schema)


@pytest.mark.parametrize('v', (({},), [{}]))
def test_ok_both_types(v):
    validate(v, trivial_array_schema)


map_required = Map('foo', 'key', Required('key', check_bool))
map_optional = Map('foo', 'key', Optional('key', check_bool, False))
map_no_default = Map('foo', 'key', OptionalNoDefault('key', check_bool))
map_no_id_key = Map('foo', None, Required('key', check_bool))


def test_map_wrong_type():
    with pytest.raises(ValidationError) as excinfo:
        validate([], map_required)
    assert excinfo.value.error_msg == 'Expected a foo map but got a list'


def test_required_missing_key():
    with pytest.raises(ValidationError) as excinfo:
        validate({}, map_required)
    expected = ('At foo(key=MISSING)', 'Missing required key: key')
    _assert_exception_trace(excinfo.value, expected)


@pytest.mark.parametrize(
    'schema', (map_required, map_optional, map_no_default),
)
def test_map_value_wrong_type(schema):
    with pytest.raises(ValidationError) as excinfo:
        validate({'key': 5}, schema)
    expected = ('At foo(key=5)', 'At key: key', 'Expected bool got int')
    _assert_exception_trace(excinfo.value, expected)


@pytest.mark.parametrize(
    'schema', (map_required, map_optional, map_no_default),
)
def test_map_value_correct_type(schema):
    validate({'key': True}, schema)


@pytest.mark.parametrize('schema', (map_optional, map_no_default))
def test_optional_key_missing(schema):
    validate({}, schema)


def test_error_message_no_id_key():
    with pytest.raises(ValidationError) as excinfo:
        validate({'key': 5}, map_no_id_key)
    expected = ('At foo()', 'At key: key', 'Expected bool got int')
    _assert_exception_trace(excinfo.value, expected)


map_conditional = Map(
    'foo', 'key',
    Conditional(
        'key2', check_bool, condition_key='key', condition_value=True,
    ),
)
map_conditional_not = Map(
    'foo', 'key',
    Conditional(
        'key2', check_bool, condition_key='key', condition_value=Not(False),
    ),
)
map_conditional_absent = Map(
    'foo', 'key',
    Conditional(
        'key2', check_bool,
        condition_key='key', condition_value=True, ensure_absent=True,
    ),
)
map_conditional_absent_not = Map(
    'foo', 'key',
    Conditional(
        'key2', check_bool,
        condition_key='key', condition_value=Not(True), ensure_absent=True,
    ),
)
map_conditional_absent_not_in = Map(
    'foo', 'key',
    Conditional(
        'key2', check_bool,
        condition_key='key', condition_value=NotIn(1, 2), ensure_absent=True,
    ),
)
map_conditional_absent_in = Map(
    'foo', 'key',
    Conditional(
        'key2', check_bool,
        condition_key='key', condition_value=In(1, 2), ensure_absent=True,
    ),
)


@pytest.mark.parametrize('schema', (map_conditional, map_conditional_not))
@pytest.mark.parametrize(
    'v',
    (
        # Conditional check passes, key2 is checked and passes
        {'key': True, 'key2': True},
        # Conditional check fails, key2 is not checked
        {'key': False, 'key2': 'ohai'},
    ),
)
def test_ok_conditional_schemas(v, schema):
    validate(v, schema)


@pytest.mark.parametrize('schema', (map_conditional, map_conditional_not))
def test_not_ok_conditional_schemas(schema):
    with pytest.raises(ValidationError) as excinfo:
        validate({'key': True, 'key2': 5}, schema)
    expected = ('At foo(key=True)', 'At key: key2', 'Expected bool got int')
    _assert_exception_trace(excinfo.value, expected)


def test_ensure_absent_conditional():
    with pytest.raises(ValidationError) as excinfo:
        validate({'key': False, 'key2': True}, map_conditional_absent)
    expected = (
        'At foo(key=False)',
        'Expected key2 to be absent when key is not True, '
        'found key2: True',
    )
    _assert_exception_trace(excinfo.value, expected)


def test_ensure_absent_conditional_not():
    with pytest.raises(ValidationError) as excinfo:
        validate({'key': True, 'key2': True}, map_conditional_absent_not)
    expected = (
        'At foo(key=True)',
        'Expected key2 to be absent when key is True, '
        'found key2: True',
    )
    _assert_exception_trace(excinfo.value, expected)


def test_ensure_absent_conditional_not_in():
    with pytest.raises(ValidationError) as excinfo:
        validate({'key': 1, 'key2': True}, map_conditional_absent_not_in)
    expected = (
        'At foo(key=1)',
        'Expected key2 to be absent when key is any of (1, 2), '
        'found key2: True',
    )
    _assert_exception_trace(excinfo.value, expected)


def test_ensure_absent_conditional_in():
    with pytest.raises(ValidationError) as excinfo:
        validate({'key': 3, 'key2': True}, map_conditional_absent_in)
    expected = (
        'At foo(key=3)',
        'Expected key2 to be absent when key is not any of (1, 2), '
        'found key2: True',
    )
    _assert_exception_trace(excinfo.value, expected)


def test_no_error_conditional_absent():
    validate({}, map_conditional_absent)
    validate({}, map_conditional_absent_not)
    validate({'key2': True}, map_conditional_absent)
    validate({'key2': True}, map_conditional_absent_not)


def test_apply_defaults_copies_object():
    val = {}
    ret = apply_defaults(val, map_optional)
    assert ret is not val


def test_apply_defaults_sets_default():
    ret = apply_defaults({}, map_optional)
    assert ret == {'key': False}


def test_apply_defaults_does_not_change_non_default():
    ret = apply_defaults({'key': True}, map_optional)
    assert ret == {'key': True}


def test_apply_defaults_does_nothing_on_non_optional():
    ret = apply_defaults({}, map_required)
    assert ret == {}


def test_apply_defaults_map_in_list():
    ret = apply_defaults([{}], Array(map_optional))
    assert ret == [{'key': False}]


def test_remove_defaults_copies_object():
    val = {'key': False}
    ret = remove_defaults(val, map_optional)
    assert ret is not val


def test_remove_defaults_removes_defaults():
    ret = remove_defaults({'key': False}, map_optional)
    assert ret == {}


def test_remove_defaults_nothing_to_remove():
    ret = remove_defaults({}, map_optional)
    assert ret == {}


def test_remove_defaults_does_not_change_non_default():
    ret = remove_defaults({'key': True}, map_optional)
    assert ret == {'key': True}


def test_remove_defaults_map_in_list():
    ret = remove_defaults([{'key': False}], Array(map_optional))
    assert ret == [{}]


def test_remove_defaults_does_nothing_on_non_optional():
    ret = remove_defaults({'key': True}, map_required)
    assert ret == {'key': True}


nested_schema_required = Map(
    'Repository', 'repo',
    Required('repo', check_any),
    RequiredRecurse('hooks', Array(map_required)),
)
nested_schema_optional = Map(
    'Repository', 'repo',
    Required('repo', check_any),
    RequiredRecurse('hooks', Array(map_optional)),
)


def test_validate_failure_nested():
    with pytest.raises(ValidationError) as excinfo:
        validate({'repo': 1, 'hooks': [{}]}, nested_schema_required)
    expected = (
        'At Repository(repo=1)',
        'At key: hooks',
        'At foo(key=MISSING)',
        'Missing required key: key',
    )
    _assert_exception_trace(excinfo.value, expected)


def test_apply_defaults_nested():
    val = {'repo': 'repo1', 'hooks': [{}]}
    ret = apply_defaults(val, nested_schema_optional)
    assert ret == {'repo': 'repo1', 'hooks': [{'key': False}]}


def test_remove_defaults_nested():
    val = {'repo': 'repo1', 'hooks': [{'key': False}]}
    ret = remove_defaults(val, nested_schema_optional)
    assert ret == {'repo': 'repo1', 'hooks': [{}]}


link = Map('Link', 'key', Required('key', check_bool))
optional_nested_schema = Map(
    'Config', None,
    OptionalRecurse('links', Array(link), []),
)


def test_validate_failure_optional_recurse():
    with pytest.raises(ValidationError) as excinfo:
        validate({'links': [{}]}, optional_nested_schema)
    expected = (
        'At Config()',
        'At key: links',
        'At Link(key=MISSING)',
        'Missing required key: key',
    )
    _assert_exception_trace(excinfo.value, expected)


def test_optional_recurse_ok_missing():
    validate({}, optional_nested_schema)


def test_apply_defaults_optional_recurse_missing():
    ret = apply_defaults({}, optional_nested_schema)
    assert ret == {'links': []}


def test_apply_defaults_optional_recurse_already_present():
    ret = apply_defaults({'links': [{'key': True}]}, optional_nested_schema)
    assert ret == {'links': [{'key': True}]}


def test_remove_defaults_optional_recurse_not_present():
    assert remove_defaults({}, optional_nested_schema) == {}


def test_remove_defaults_optional_recurse_present_at_default():
    assert remove_defaults({'links': []}, optional_nested_schema) == {}


def test_remove_defaults_optional_recurse_non_default():
    ret = remove_defaults({'links': [{'key': True}]}, optional_nested_schema)
    assert ret == {'links': [{'key': True}]}


builder_opts = Map('BuilderOpts', None, Optional('noop', check_bool, True))
optional_nested_optional_schema = Map(
    'Config', None,
    OptionalRecurse('builder', builder_opts, {}),
)


def test_optional_optional_apply_defaults():
    ret = apply_defaults({}, optional_nested_optional_schema)
    assert ret == {'builder': {'noop': True}}


def test_optional_optional_remove_defaults():
    val = {'builder': {'noop': True}}
    ret = remove_defaults(val, optional_nested_optional_schema)
    assert ret == {}


params1_schema = Map('Params1', None, Required('p1', check_bool))
params2_schema = Map('Params2', None, Required('p2', check_bool))
conditional_nested_schema = Map(
    'Config', None,
    Required('type', check_any),
    ConditionalRecurse('params', params1_schema, 'type', 'type1'),
    ConditionalRecurse('params', params2_schema, 'type', 'type2'),
)


@pytest.mark.parametrize(
    'val',
    (
        {'type': 'type3'},  # matches no condition
        {'type': 'type1', 'params': {'p1': True}},
        {'type': 'type2', 'params': {'p2': True}},
    ),
)
def test_conditional_recurse_ok(val):
    validate(val, conditional_nested_schema)


def test_conditional_recurse_error():
    with pytest.raises(ValidationError) as excinfo:
        val = {'type': 'type1', 'params': {'p2': True}}
        validate(val, conditional_nested_schema)
    expected = (
        'At Config()',
        'At key: params',
        'At Params1()',
        'Missing required key: p1',
    )
    _assert_exception_trace(excinfo.value, expected)


class Error(Exception):
    pass


def test_load_from_filename_file_does_not_exist():
    with pytest.raises(Error) as excinfo:
        load_from_filename('does_not_exist', map_required, json.loads, Error)
    assert excinfo.value.args[0].error_msg == 'does_not_exist does not exist'


def test_load_from_filename_fails_load_strategy(tmpdir):
    f = tmpdir.join('foo.notjson')
    f.write('totes not json')
    with pytest.raises(Error) as excinfo:
        load_from_filename(f.strpath, map_required, json.loads, Error)
    # ANY is json's error message
    expected = ('File {}'.format(f.strpath), mock.ANY)
    _assert_exception_trace(excinfo.value.args[0], expected)


def test_load_from_filename_validation_error(tmpdir):
    f = tmpdir.join('foo.json')
    f.write('{}')
    with pytest.raises(Error) as excinfo:
        load_from_filename(f.strpath, map_required, json.loads, Error)
    expected = (
        'File {}'.format(f.strpath),
        'At foo(key=MISSING)',
        'Missing required key: key',
    )
    _assert_exception_trace(excinfo.value.args[0], expected)


def test_load_from_filename_applies_defaults(tmpdir):
    f = tmpdir.join('foo.json')
    f.write('{}')
    ret = load_from_filename(f.strpath, map_optional, json.loads, Error)
    assert ret == {'key': False}


conditional_recurse = Map(
    'Map', None,

    Required('t', check_bool),
    ConditionalRecurse(
        'v', Map('Inner', 'k', Optional('k', check_bool, True)),
        't', True,
    ),
    ConditionalRecurse(
        'v', Map('Inner', 'k', Optional('k', check_bool, False)),
        't', False,
    ),
)


@pytest.mark.parametrize('tvalue', (True, False))
def test_conditional_recurse_apply_defaults(tvalue):
    val = {'t': tvalue, 'v': {}}
    ret = apply_defaults(val, conditional_recurse)
    assert ret == {'t': tvalue, 'v': {'k': tvalue}}

    val = {'t': tvalue, 'v': {'k': not tvalue}}
    ret = apply_defaults(val, conditional_recurse)
    assert ret == {'t': tvalue, 'v': {'k': not tvalue}}


@pytest.mark.parametrize('tvalue', (True, False))
def test_conditional_recurse_remove_defaults(tvalue):
    val = {'t': tvalue, 'v': {'k': tvalue}}
    ret = remove_defaults(val, conditional_recurse)
    assert ret == {'t': tvalue, 'v': {}}

    val = {'t': tvalue, 'v': {'k': not tvalue}}
    ret = remove_defaults(val, conditional_recurse)
    assert ret == {'t': tvalue, 'v': {'k': not tvalue}}


conditional_optional = Map(
    'Map', None,

    Required('t', check_bool),
    ConditionalOptional('v', check_bool, True, 't', True),
    ConditionalOptional('v', check_bool, False, 't', False),
)


@pytest.mark.parametrize('tvalue', (True, False))
def test_conditional_optional_check(tvalue):
    with pytest.raises(ValidationError) as excinfo:
        validate({'t': tvalue, 'v': 2}, conditional_optional)
    expected = (
        'At Map()',
        'At key: v',
        'Expected bool got int',
    )
    _assert_exception_trace(excinfo.value, expected)

    validate({'t': tvalue, 'v': tvalue}, conditional_optional)


@pytest.mark.parametrize('tvalue', (True, False))
def test_conditional_optional_apply_default(tvalue):
    ret = apply_defaults({'t': tvalue}, conditional_optional)
    assert ret == {'t': tvalue, 'v': tvalue}


@pytest.mark.parametrize('tvalue', (True, False))
def test_conditional_optional_remove_default(tvalue):
    ret = remove_defaults({'t': tvalue, 'v': tvalue}, conditional_optional)
    assert ret == {'t': tvalue}
    ret = remove_defaults({'t': tvalue, 'v': not tvalue}, conditional_optional)
    assert ret == {'t': tvalue, 'v': not tvalue}


no_additional_keys = Map(
    'Map', None,
    Required(True, check_bool),
    NoAdditionalKeys((True,)),
)


def test_no_additional_keys():
    with pytest.raises(ValidationError) as excinfo:
        validate({True: True, False: False}, no_additional_keys)
    expected = (
        'At Map()',
        'Additional keys found: False.  Only these keys are allowed: True',
    )
    _assert_exception_trace(excinfo.value, expected)

    validate({True: True}, no_additional_keys)


@pytest.fixture
def warn_additional_keys():
    ret = mock.Mock()

    def callback(extra, keys, dct):
        return ret.record(extra, keys, dct)

    ret.schema = Map(
        'Map', None,
        Required(True, check_bool),
        WarnAdditionalKeys((True,), callback),
    )
    yield ret


def test_warn_additional_keys_when_has_extra_keys(warn_additional_keys):
    validate({True: True, False: False}, warn_additional_keys.schema)
    assert warn_additional_keys.record.called


def test_warn_additional_keys_when_no_extra_keys(warn_additional_keys):
    validate({True: True}, warn_additional_keys.schema)
    assert not warn_additional_keys.record.called
# Conditional check passes, key2 is checked and passes # Conditional check fails, key2 is not checked # matches no condition # ANY is json's error message