tiramisu/tests/auto/test_auto.py

"""test API
"""
import weakref
import pytest
import warnings
from copy import copy
from py.test import raises
from collections import OrderedDict
from .autopath import do_autopath
do_autopath()
from tiramisu import Config, MetaConfig, \
                     StrOption, SymLinkOption, OptionDescription, Leadership, DynOptionDescription, \
                     submulti, undefined, owners, Params, ParamOption, Calculation
from tiramisu.error import PropertiesOptionError, ConfigError, LeadershipError
ICON = u'\u2937'

OPTIONS_TYPE = {'str': {'type': str,
                        'option': StrOption}
                }
PROPERTIES = ['hidden', 'disabled', 'mandatory']
PROPERTIES_LIST = ['prop1', 'prop2']

OWNER = 'user'

# multi is False
FIRST_VALUE = 'myvalue'
SECOND_VALUE = 'myvalue1'
EMPTY_VALUE = None
# multi is True
LIST_FIRST_VALUE = ['myvalue']
LIST_SECOND_VALUE = ['myvalue', 'myvalue1']
LIST_EMPTY_VALUE = []
# multi is submulti
SUBLIST_FIRST_VALUE = [['myvalue']]
SUBLIST_SECOND_VALUE = [['myvalue'], ['myvalue1', 'myvalue2']]
SUBLIST_EMPTY_VALUE = []

DISPLAY = True
DISPLAY = False


def return_list(val=None, suffix=None):
    if val:
        return val
    else:
        return ['val1', 'val2']


def return_str(val, suffix=None):
    return val


def display_info(func):
    def wrapper(*args, **kwargs):
        if DISPLAY:
            print(u'\n{} {}'.format(ICON, func.__name__))
        return func(*args, **kwargs)
    return wrapper


autocheck_registers = []


def autocheck(func):
    autocheck_registers.append(func)
    def wrapper(*args, **kwargs):
        if DISPLAY and kwargs.get('display', True):
            print(u'  {} {}'.format(ICON, func.__name__))
        return func(*args, **kwargs)
    return wrapper


def _autocheck_default_value(cfg, path, conf, **kwargs):
    """set and get values
    """
    # check if is a multi, a leader or a follower
    multi = cfg.unrestraint.option(path).ismulti()
    submulti_ = cfg.unrestraint.option(path).issubmulti()
    isfollower = cfg.unrestraint.option(path).isfollower()

    # set default value (different if value is multi or not)
    empty_value = kwargs['default']

    # test default value (should be empty)
    # cannot test for follower (we cannot get all values for a follower)
    if conf is not None:
        cfg_ = cfg.config(conf)
    else:
        cfg_ = cfg
    with warnings.catch_warnings(record=True) as w:
        if not isfollower:
            if not kwargs.get('permissive', False) and not kwargs.get('propertyerror', False):
                assert cfg_.option(path).value.get() == empty_value
                assert cfg_.forcepermissive.option(path).value.get() == empty_value
            elif not kwargs.get('propertyerror', False):
                with raises(PropertiesOptionError):
                    cfg_.option(path).value.get()
                assert cfg_.forcepermissive.option(path).value.get() == empty_value
            else:
                with raises(PropertiesOptionError):
                    cfg_.option(path).value.get()
                with raises(PropertiesOptionError):
                    cfg_.forcepermissive.option(path).value.get()
        else:
            if not kwargs.get('permissive', False) and not kwargs.get('propertyerror', False):
                assert cfg_.option(path, 0).value.get() == empty_value
                assert cfg_.option(path, 1).value.get() == empty_value
                assert cfg_.forcepermissive.option(path, 0).value.get() == empty_value
                assert cfg_.forcepermissive.option(path, 1).value.get() == empty_value
            elif not kwargs.get('propertyerror', False):
                with raises(PropertiesOptionError):
                    cfg_.option(path, 0).value.get()
                assert cfg_.forcepermissive.option(path, 0).value.get() == empty_value
                assert cfg_.forcepermissive.option(path, 1).value.get() == empty_value
            else:
                with raises(PropertiesOptionError):
                    cfg_.option(path, 0).value.get()
                with raises(PropertiesOptionError):
                    cfg_.forcepermissive.option(path, 0).value.get()


def _set_value(cfg, pathwrite, conf, **kwargs):
    set_permissive = kwargs.get('set_permissive', True)
    multi = cfg.unrestraint.option(pathwrite).ismulti()
    submulti_ = cfg.unrestraint.option(pathwrite).issubmulti()
    isleader = cfg.unrestraint.option(pathwrite).isleader()
    isfollower = cfg.unrestraint.option(pathwrite).isfollower()
    if not multi:
        first_value = FIRST_VALUE
    elif submulti_ is False:
        if not isfollower:
            first_value = LIST_FIRST_VALUE
        else:
            second_value = LIST_SECOND_VALUE[1]

    else:
        if not isfollower:
            first_value = SUBLIST_FIRST_VALUE
        else:
            second_value = SUBLIST_SECOND_VALUE[1]

    # for follower should have an index and good length
    # for leader must append, not set
    if conf is not None:
        cfg_ = cfg.config(conf)
    else:
        cfg_ = cfg
    with warnings.catch_warnings(record=True) as w:
        if isleader:
            if not kwargs.get('permissive', False) and not kwargs.get('propertyerror', False):
                with raises(ConfigError):
                    cfg_.option(pathwrite, 0).value.set(first_value[0])
                if not set_permissive:
                    cfg_.option(pathwrite).value.set([first_value[0]])
                else:
                    cfg_.forcepermissive.option(pathwrite).value.set([first_value[0]])
            elif not kwargs.get('propertyerror', False):
                with raises(PropertiesOptionError):
                    cfg_.option(pathwrite).value.set([first_value[0]])
                if set_permissive:
                    cfg_.forcepermissive.option(pathwrite).value.set([first_value[0]])
            else:
                with raises(PropertiesOptionError):
                    cfg_.option(pathwrite).value.set([first_value[0]])
                with raises(PropertiesOptionError):
                    cfg_.forcepermissive.option(pathwrite).value.set([first_value[0]])
            if len(first_value) > 1:
                with raises(ConfigError):
                    cfg_.unrestraint.option(pathwrite).value.set(first_value[1])
        elif isfollower:
            if not kwargs.get('permissive', False) and not kwargs.get('propertyerror', False):
                if not set_permissive:
                    cfg_.option(pathwrite, 1).value.set(second_value)
                else:
                    cfg_.forcepermissive.option(pathwrite, 1).value.set(second_value)
            elif not kwargs.get('propertyerror', False):
                with raises(PropertiesOptionError):
                    cfg_.option(pathwrite, 1).value.set(second_value)
                if set_permissive:
                    cfg_.forcepermissive.option(pathwrite, 1).value.set(second_value)
            else:
                with raises(PropertiesOptionError):
                    cfg_.option(pathwrite, 1).value.set(second_value)
                with raises(PropertiesOptionError):
                    cfg_.forcepermissive.option(pathwrite, 1).value.set(second_value)
            with raises(ConfigError):
                cfg_.unrestraint.option(pathwrite).value.set([second_value, second_value])

        else:
            if not kwargs.get('permissive', False) and not kwargs.get('propertyerror', False):
                if not set_permissive:
                    cfg_.option(pathwrite).value.set(first_value)
                else:
                    cfg_.forcepermissive.option(pathwrite).value.set(first_value)
            elif not kwargs.get('propertyerror', False):
                with raises(PropertiesOptionError):
                    cfg_.option(pathwrite).value.set(first_value)
                if set_permissive:
                    cfg_.forcepermissive.option(pathwrite).value.set(first_value)
            else:
                with raises(PropertiesOptionError):
                    cfg_.option(pathwrite).value.set(first_value)
                with raises(PropertiesOptionError):
                    cfg_.forcepermissive.option(pathwrite).value.set(first_value)
            #FIXME raises(ConfigError, "cfg_.unrestraint.option(pathwrite).value.set(first_value)")


def _getproperties(multi, isfollower, kwargs):
    # define properties
    properties = copy(PROPERTIES_LIST)
    if multi and not isfollower:
        default_props = ['empty', 'unique']
        properties.append('empty')
        properties.append('unique')
    else:
        default_props = []
    extra_properties = kwargs.get('extra_properties')
    if extra_properties:
        properties.extend(extra_properties)
        default_props.extend(extra_properties)
    return default_props, frozenset(properties)


def _check_properties(cfg, mcfg, pathread, conf, kwargs, props_permissive, props):
    if conf is not None:
        cfg_ = cfg.config(conf)
    else:
        cfg_ = cfg
    if not cfg.unrestraint.option(pathread).isfollower():
        if not kwargs.get('permissive_od', False):
            assert set(cfg_.option(pathread).property.get()) == set(props_permissive)
            assert set(cfg_.option(pathread).property.get()) == set(props)
        else:
            with raises(PropertiesOptionError):
                cfg_.option(pathread).property.get()
            with raises(PropertiesOptionError):
                cfg_.option(pathread).property.get()
        assert set(cfg_.forcepermissive.option(pathread).property.get()) == set(props_permissive)
        assert set(cfg_.forcepermissive.option(pathread).property.get()) == set(props)
        assert set(cfg_.unrestraint.option(pathread).property.get()) == set(props_permissive)
        assert set(cfg_.unrestraint.option(pathread).property.get()) == set(props)
    else:
        if not kwargs.get('permissive_od', False):
            assert set(cfg_.option(pathread, 0).property.get()) == set(props_permissive)
            assert set(cfg_.option(pathread, 0).property.get()) == set(props)
            #
            assert set(cfg_.option(pathread, 1).property.get()) == set(props_permissive)
            assert set(cfg_.option(pathread, 1).property.get()) == set(props)
        else:
            with raises(PropertiesOptionError):
                cfg_.option(pathread, 0).property.get()
            with raises(PropertiesOptionError):
                cfg_.option(pathread, 0).property.get()
            #
            with raises(PropertiesOptionError):
                cfg_.option(pathread, 1).property.get()
            with raises(PropertiesOptionError):
                cfg_.option(pathread, 1).property.get()
        assert set(cfg_.forcepermissive.option(pathread, 0).property.get()) == set(props_permissive)
        assert set(cfg_.forcepermissive.option(pathread, 0).property.get()) == set(props)
        #
        assert set(cfg_.forcepermissive.option(pathread, 1).property.get()) == set(props_permissive)
        assert set(cfg_.forcepermissive.option(pathread, 1).property.get()) == set(props)
        assert set(cfg_.unrestraint.option(pathread, 1).property.get()) == set(props_permissive)
        assert set(cfg_.unrestraint.option(pathread, 1).property.get()) == set(props)


def _property_permissive(cfg, mcfg, pathread, pathwrite, confread, confwrite, **kwargs):
    # check if is a multi or a follower
    multi = cfg.unrestraint.option(pathread).ismulti()
    isfollower = cfg.unrestraint.option(pathread).isfollower()

    # define properties
    properties = copy(PROPERTIES_LIST)
    if multi and not isfollower:
        default_props = ['empty', 'unique']
        properties.append('empty')
        properties.append('unique')
    else:
        default_props = []
    extra_properties = kwargs.get('extra_properties')
    if extra_properties:
        properties.extend(extra_properties)
        default_props.extend(extra_properties)
    default_props, properties = _getproperties(multi, isfollower, kwargs)

    if confwrite == confread:
        _check_properties(cfg, mcfg, pathread, confwrite, kwargs, default_props, default_props)
    else:
        _check_properties(cfg, mcfg, pathread, confread, kwargs, default_props, default_props)

    # set properties with permissive
    for prop in properties:
        if confread is not None:
            cfg_ = cfg.config(confread)
        else:
            cfg_ = cfg
        if not kwargs.get('permissive', False) and not kwargs.get('propertyerror', False):
            cfg_.option(pathwrite).property.add(prop)
        elif not kwargs.get('propertyerror', False):
            cfg_.forcepermissive.option(pathwrite).property.add(prop)
        else:
            cfg_.unrestraint.option(pathwrite).property.add(prop)
    if confwrite == confread:
        _check_properties(cfg, mcfg, pathread, confwrite, kwargs, properties, properties)
    else:
        _check_properties(cfg, mcfg, pathread, confread, kwargs, properties, properties)


def _autocheck_get_value(cfg, pathread, conf, **kwargs):
    set_permissive = kwargs.get('set_permissive', True)
    multi = cfg.unrestraint.option(pathread).ismulti()
    submulti_ = cfg.unrestraint.option(pathread).issubmulti()
    isfollower = cfg.unrestraint.option(pathread).isfollower()
    empty_value = kwargs['default']
    if not multi:
        first_value = FIRST_VALUE
    elif submulti_ is False:
        if not isfollower:
            first_value = LIST_FIRST_VALUE
        else:
            second_value = LIST_SECOND_VALUE[1]

    else:
        if not isfollower:
            first_value = SUBLIST_FIRST_VALUE
        else:
            second_value = SUBLIST_SECOND_VALUE[1]

    # get value after set value without permissive
    if conf is not None:
        cfg_ = cfg.config(conf)
    else:
        cfg_ = cfg
    with warnings.catch_warnings(record=True) as w:
        if isfollower:
            if not kwargs.get('permissive', False) and not kwargs.get('propertyerror', False):
                assert cfg_.option(pathread, 0).value.get() == empty_value
                assert cfg_.option(pathread, 1).value.get() == second_value
                assert cfg_.forcepermissive.option(pathread, 0).value.get() == empty_value
                assert cfg_.forcepermissive.option(pathread, 1).value.get() == second_value
            elif kwargs.get('permissive', False):
                with raises(PropertiesOptionError):
                    cfg_.option(pathread, 0).value.get()
                assert cfg_.forcepermissive.option(pathread, 0).value.get() == empty_value
                if set_permissive:
                    assert cfg_.forcepermissive.option(pathread, 1).value.get() == second_value
                else:
                    assert cfg_.forcepermissive.option(pathread, 1).value.get() == empty_value
            else:
                with raises(PropertiesOptionError):
                    cfg_.option(pathread, 0).value.get()
                with raises(PropertiesOptionError):
                    cfg_.forcepermissive.option(pathread, 0).value.get()
        else:
            if not kwargs.get('permissive', False) and not kwargs.get('propertyerror', False):
                assert cfg_.option(pathread).value.get() == first_value
                assert cfg_.forcepermissive.option(pathread).value.get() == first_value
            elif kwargs.get('permissive', False):
                with raises(PropertiesOptionError):
                    cfg_.option(pathread).value.get()
                if set_permissive:
                    assert cfg_.forcepermissive.option(pathread).value.get() == first_value
                else:
                    assert cfg_.forcepermissive.option(pathread).value.get() == empty_value
            else:
                with raises(PropertiesOptionError):
                    cfg_.option(pathread).value.get()
                with raises(PropertiesOptionError):
                    cfg_.forcepermissive.option(pathread).value.get()


def _check_owner(cfg, pathread, conf, kwargs, owner, permissive_owner):
    isfollower = cfg.unrestraint.option(pathread).isfollower()
    if conf is not None:
        cfg_ = cfg.config(conf)
    else:
        cfg_ = cfg
    if not isfollower:
        if not kwargs.get('permissive', False) and not kwargs.get('propertyerror', False):
            assert cfg_.option(pathread).owner.get() == owner
            assert cfg_.forcepermissive.option(pathread).owner.get() == owner
        elif not kwargs.get('propertyerror', False):
            with raises(PropertiesOptionError):
                cfg_.option(pathread).owner.get()
            assert cfg_.forcepermissive.option(pathread).owner.get() == permissive_owner
        else:
            with raises(PropertiesOptionError):
                cfg_.option(pathread).owner.get()
            with raises(PropertiesOptionError):
                cfg_.forcepermissive.option(pathread).owner.get()
    else:
        if not kwargs.get('permissive', False) and not kwargs.get('propertyerror', False):
            assert cfg_.option(pathread, 0).owner.get() == 'default'
            assert cfg_.forcepermissive.option(pathread, 0).owner.get() == 'default'
            assert cfg_.option(pathread, 1).owner.get() == owner
            assert cfg_.forcepermissive.option(pathread, 1).owner.get() == owner
        elif not kwargs.get('propertyerror', False):
            with raises(PropertiesOptionError):
                cfg_.option(pathread, 0).owner.get()
            with raises(PropertiesOptionError):
                cfg_.option(pathread, 1).owner.get()
            assert cfg_.forcepermissive.option(pathread, 0).owner.get() == 'default'
            assert cfg_.forcepermissive.option(pathread, 1).owner.get() == permissive_owner
        else:
            with raises(PropertiesOptionError):
                cfg_.option(pathread, 0).owner.get()
            with raises(PropertiesOptionError):
                cfg_.forcepermissive.option(pathread, 0).owner.get()


@autocheck
def autocheck_option_multi(cfg, mcfg, pathread, pathwrite, confread, confwrite, **kwargs):
    #FIXME
    if pathwrite in ['subod.subsubod.first', 'subod.subsubod.second', 'subod.subsubodval1.firstval1', 'subod.subsubod.third', 'subod.subsubodval1.secondval1', 'subod.subsubodval1.thirdval1', 'subod.subsubodval2.firstval2', 'subod.subsubodval2.secondval2', 'subod.subsubodval2.thirdval2']:
        return
    if not kwargs.get('permissive_od', False):
        cfg.option(pathread).ismulti()
        cfg.option(pathread).issubmulti()
        cfg.option(pathread).isleader()
        cfg.option(pathread).isfollower()
    else:
        with raises(PropertiesOptionError):
            cfg.option(pathread).ismulti()
        with raises(PropertiesOptionError):
            cfg.option(pathread).issubmulti()
        with raises(PropertiesOptionError):
            cfg.option(pathread).isleader()
        with raises(PropertiesOptionError):
            cfg.option(pathread).isfollower()
    
    cfg.forcepermissive.option(pathread).ismulti()
    cfg.forcepermissive.option(pathread).issubmulti()
    cfg.forcepermissive.option(pathread).isleader()
    cfg.forcepermissive.option(pathread).isfollower()



@autocheck
def autocheck_default_owner(cfg, mcfg, pathread, pathwrite, confread, confwrite, **kwargs):
    """check different value of owner when any value is set to this option
    """
    if pathwrite in ['subod.subsubod.first', 'subod.subsubod.second', 'subod.subsubod.third', 'subod.subsubodval1.firstval1', 'subod.subsubodval1.secondval1', 'subod.subsubodval1.thirdval1', 'subod.subsubodval2.firstval2', 'subod.subsubodval2.secondval2', 'subod.subsubodval2.thirdval2']:
        return
    isfollower = cfg.unrestraint.option(pathread).isfollower()
    # check if owner is a string "default" and 'isdefault'
    def do(conf):
        if conf is not None:
            cfg_ = cfg.config(conf)
        else:
            cfg_ = cfg
        if not isfollower:
            if not kwargs.get('permissive', False) and not kwargs.get('propertyerror', False):
                assert cfg_.option(pathread).owner.get() == 'default'
                assert cfg_.forcepermissive.option(pathread).owner.get() == 'default'
                #
                assert cfg_.option(pathread).owner.isdefault()
                assert cfg_.forcepermissive.option(pathread).owner.isdefault()
            elif not kwargs.get('propertyerror', False):
                with raises(PropertiesOptionError):
                    cfg_.option(pathread).owner.get()
                assert cfg_.forcepermissive.option(pathread).owner.get() == 'default'
                #
                with raises(PropertiesOptionError):
                    cfg_.option(pathread).owner.isdefault()
                assert cfg_.forcepermissive.option(pathread).owner.isdefault()
            else:
                with raises(PropertiesOptionError):
                    cfg_.option(pathread).owner.get()
                with raises(PropertiesOptionError):
                    cfg_.forcepermissive.option(pathread).owner.get()
                #
                with raises(PropertiesOptionError):
                    cfg_.option(pathread).owner.isdefault()
                with raises(PropertiesOptionError):
                    cfg_.forcepermissive.option(pathread).owner.isdefault()
                #
            assert cfg_.unrestraint.option(pathread).owner.get() == 'default'
            assert cfg_.unrestraint.option(pathread).owner.isdefault()
        else:
            if not kwargs.get('permissive', False) and not kwargs.get('propertyerror', False):
                assert cfg_.option(pathread, 0).owner.get() == 'default'
                assert cfg_.forcepermissive.option(pathread, 0).owner.get() == 'default'
                #
                assert cfg_.option(pathread, 0).owner.isdefault()
                assert cfg_.forcepermissive.option(pathread, 0).owner.isdefault()
            elif not kwargs.get('propertyerror', False):
                with raises(PropertiesOptionError):
                    cfg_.option(pathread, 0).owner.get()
                assert cfg_.forcepermissive.option(pathread, 0).owner.get() == 'default'
                #
                with raises(PropertiesOptionError):
                    cfg_.option(pathread, 0).owner.isdefault()
                assert cfg_.forcepermissive.option(pathread, 0).owner.isdefault()
            else:
                with raises(PropertiesOptionError):
                    cfg_.option(pathread, 0).owner.get()
                with raises(PropertiesOptionError):
                    cfg_.forcepermissive.option(pathread, 0).owner.get()
                #
                with raises(PropertiesOptionError):
                    cfg_.option(pathread, 0).owner.isdefault()
                with raises(PropertiesOptionError):
                    cfg_.forcepermissive.option(pathread, 0).owner.isdefault()
            assert cfg_.unrestraint.option(pathread, 0).owner.get() == 'default'
            assert cfg_.unrestraint.option(pathread, 0).owner.isdefault()
    do(confread)
    if confread != confwrite:
        do(confwrite)


@autocheck
def autocheck_default_value(cfg, mcfg, pathread, pathwrite, confread, confwrite, **kwargs):
    _autocheck_default_value(cfg, pathread, confread, **kwargs)
    if confread != confwrite:
        _autocheck_default_value(cfg, pathread, confwrite, **kwargs)



@autocheck
def autocheck_set_value(cfg, mcfg, pathread, pathwrite, confread, confwrite, **kwargs):
    _set_value(cfg, pathwrite, confwrite, **kwargs)


@autocheck
def autocheck_get_value_permissive(cfg, mcfg, pathread, pathwrite, confread, confwrite, **kwargs):
    multi = cfg.unrestraint.option(pathread).ismulti()
    submulti_ = cfg.unrestraint.option(pathread).issubmulti()
    isfollower = cfg.unrestraint.option(pathread).isfollower()
    _set_value(cfg, pathwrite, confwrite, **kwargs)
    empty_value = kwargs['default']
    if not multi:
        first_value = FIRST_VALUE
    elif submulti_ is False:
        first_value = LIST_FIRST_VALUE
    else:
        first_value = SUBLIST_FIRST_VALUE

    def do(conf):
        # get value after set value without permissive
        if conf is not None:
            cfg_ = cfg.config(conf)
        else:
            cfg_ = cfg
        if isfollower:
            if not kwargs.get('permissive', False) and not kwargs.get('propertyerror', False):
                assert cfg_.option(pathread, 0).value.get() == empty_value
                assert cfg_.forcepermissive.option(pathread, 0).value.get() == empty_value
                if submulti_:
                    assert cfg_.option(pathread, 1).value.get() == SUBLIST_SECOND_VALUE[1]
                    assert cfg_.forcepermissive.option(pathread, 1).value.get() == SUBLIST_SECOND_VALUE[1]
                else:
                    assert cfg_.option(pathread, 1).value.get() == LIST_SECOND_VALUE[1]
                    assert cfg_.forcepermissive.option(pathread, 1).value.get() == LIST_SECOND_VALUE[1]
            elif kwargs.get('permissive', False):
                with raises(PropertiesOptionError):
                    assert cfg_.option(pathread, 0).value.get()
                with raises(PropertiesOptionError):
                    assert cfg_.option(pathread, 1).value.get()
                assert cfg_.forcepermissive.option(pathread, 0).value.get() == empty_value
                if submulti_:
                    assert cfg_.forcepermissive.option(pathread, 1).value.get() == SUBLIST_SECOND_VALUE[1]
                else:
                    assert cfg_.forcepermissive.option(pathread, 1).value.get() == LIST_SECOND_VALUE[1]
            else:
                with raises(PropertiesOptionError):
                    assert cfg_.option(pathread, 0).value.get()
                with raises(PropertiesOptionError):
                    assert cfg_.option(pathread, 1).value.get()
                with raises(PropertiesOptionError):
                    assert cfg_.forcepermissive.option(pathread, 0).value.get()
                with raises(PropertiesOptionError):
                    assert cfg_.forcepermissive.option(pathread, 1).value.get()
        else:
            if not kwargs.get('permissive', False) and not kwargs.get('propertyerror', False):
                with warnings.catch_warnings(record=True) as w:
                    assert cfg_.option(pathread).value.get() == first_value
                    assert cfg_.forcepermissive.option(pathread).value.get() == first_value
            elif kwargs.get('permissive', False):
                with raises(PropertiesOptionError):
                    cfg_.option(pathread).value.get()
                assert cfg_.forcepermissive.option(pathread).value.get() == first_value
            else:
                with raises(PropertiesOptionError):
                    cfg_.option(pathread).value.get()
                with raises(PropertiesOptionError):
                    cfg_.forcepermissive.option(pathread).value.get()
    with warnings.catch_warnings(record=True) as w:
        do(confread)
        if confread != confwrite:
            do(confwrite)


@autocheck
def autocheck_get_value(cfg, mcfg, pathread, pathwrite, confread, confwrite, **kwargs):
    _set_value(cfg, pathwrite, confwrite, set_permissive=False, **kwargs)
    _autocheck_get_value(cfg, pathread, confread, set_permissive=False, **kwargs)
    if pathread.endswith('val1'):
        val2_path = pathread.replace('val1', 'val2')
        _autocheck_default_value(cfg, val2_path, confread, **kwargs)
    if confread != confwrite:
        _autocheck_get_value(cfg, pathread, confwrite, set_permissive=False, **kwargs)
        if pathread.endswith('val1'):
            _autocheck_default_value(cfg, val2_path, confwrite, **kwargs)


@autocheck
def autocheck_value_follower(cfg, mcfg, pathread, pathwrite, confread, confwrite, **kwargs):
    #FIXME
    if pathwrite in ['odleader.third', 'subodval1.subsubodval1.thirdval1', 'subodval2.subsubodval2.thirdval2']:
          return
    isfollower = cfg.unrestraint.option(pathread).isfollower()
    if not isfollower:
        return
    if kwargs.get('propertyerror', False):
        return

    submulti_ = cfg.forcepermissive.option(pathread).issubmulti()
    empty_value = kwargs['default']

    def do(conf):
        if conf is not None:
            cfg_ = cfg.config(conf)
        else:
            cfg_ = cfg
        length = cfg_.option(pathread).value.len()
        assert cfg_.forcepermissive.option(pathread).value.len() == length
        assert length == 2
    do(confread)
    if confread != confwrite:
        do(confwrite)

    length = 2
    value = []
    with warnings.catch_warnings(record=True) as w:
        for idx in range(length):
            value.append(cfg.forcepermissive.option(pathread, idx).value.get())

    assert value == [empty_value, empty_value]
    # cannot access to a follower with index too high
    if submulti_ is False:
        value = LIST_FIRST_VALUE[0]
    else:
        value = SUBLIST_FIRST_VALUE[0]

    raises(LeadershipError, "cfg.forcepermissive.option(pathread, length).value.get()")
    raises(LeadershipError, "cfg.forcepermissive.option(pathread, length).value.set(value)")
    raises(LeadershipError, "cfg.forcepermissive.option(pathread, length).value.reset()")
    raises(LeadershipError, "cfg.forcepermissive.option(pathread, length).owner.get()")
    raises(LeadershipError, "cfg.forcepermissive.option(pathread, length).owner.isdefault()")
    raises(LeadershipError, "cfg.forcepermissive.option(pathread, length).property.get()")
    raises(LeadershipError, "cfg.forcepermissive.option(pathread, length).owner.set('new_user')")
    raises(LeadershipError, "cfg.forcepermissive.option(pathread, length).property.add('prop')")


@autocheck
def autocheck_reset_value(cfg, mcfg, pathread, pathwrite, confread, confwrite, **kwargs):
    # check if is a multi, a leader or a follower
    multi = cfg.unrestraint.option(pathread).ismulti()
    submulti_ = cfg.unrestraint.option(pathread).issubmulti()
    isfollower = cfg.unrestraint.option(pathread).isfollower()

    # set default value (different if value is multi or not)
    if not multi:
        first_value = FIRST_VALUE
        second_value = SECOND_VALUE
    elif submulti_ is False:
        first_value = LIST_FIRST_VALUE
        second_value = LIST_SECOND_VALUE
    else:
        first_value = SUBLIST_FIRST_VALUE
        second_value = SUBLIST_SECOND_VALUE
    empty_value = kwargs['default']
    _set_value(cfg, pathwrite, confwrite, **kwargs)

    # reset value without permissive
    with warnings.catch_warnings(record=True) as w:
        if confwrite is not None:
            cfg_ = cfg.config(confwrite)
        else:
            cfg_ = cfg
        if not isfollower:
            if not kwargs.get('permissive', False) and not kwargs.get('propertyerror', False):
                cfg_.option(pathwrite).value.reset()
            #else:
            #FIXME    with raises(PropertiesOptionError):cfg.config(confwrite).option(pathwrite).value.reset()")
        else:
            if not kwargs.get('permissive', False) and not kwargs.get('propertyerror', False):
                cfg_.option(pathwrite, 0).value.reset()
            #else:
            #FIXME    with raises(PropertiesOptionError):cfg.config(confwrite).option(pathwrite, 0).value.reset()")

    # get value after reset value without permissive
    def do(conf):
        if confwrite is not None:
            cfg_ = cfg.config(conf)
        else:
            cfg_ = cfg
        if isfollower:
            if not kwargs.get('permissive', False) and not kwargs.get('propertyerror', False):
                assert cfg_.option(pathread, 0).value.get() == empty_value
                assert cfg_.option(pathread, 1).value.get() == second_value[1]
            elif kwargs.get('permissive', False):
                with raises(PropertiesOptionError):
                    cfg_.option(pathread, 0).value.get()
                assert cfg_.forcepermissive.option(pathread, 0).value.get() == empty_value
                assert cfg_.forcepermissive.option(pathread, 1).value.get() == second_value[1]
        else:
            if not kwargs.get('permissive', False) and not kwargs.get('propertyerror', False):
                assert cfg_.option(pathread).value.get() == empty_value
            elif kwargs.get('permissive', False):
                with raises(PropertiesOptionError):
                    cfg_.option(pathread).value.get()
                assert cfg_.forcepermissive.option(pathread).value.get() == first_value
    with warnings.catch_warnings(record=True) as w:
        do(confread)
        if confread != confwrite:
            do(confwrite)


@autocheck
def autocheck_append_value(cfg, mcfg, pathread, pathwrite, confread, confwrite, **kwargs):
    isleader = cfg.unrestraint.option(pathread).isleader()
    submulti_ = cfg.unrestraint.option(pathread).issubmulti()
    if not isleader:
        return
    if confread is not None:
        cfg_ = cfg.config(confread)
    else:
        cfg_ = cfg
    if confwrite is not None:
        cfg2_ = cfg.config(confwrite)
    else:
        cfg2_ = cfg

    with warnings.catch_warnings(record=True) as w:
        if not kwargs.get('propertyerror', False):
            leader_value = cfg_.forcepermissive.option(pathread).value.get()
            v3 = cfg_.forcepermissive.option(pathread).value.get()
            len_value = len(leader_value)
            leader_value.append(undefined)
            assert len(cfg_.forcepermissive.option(pathread).value.get()) == len_value
            with warnings.catch_warnings(record=True) as w:
                cfg2_.forcepermissive.option(pathread).value.set(leader_value)
                new_leader_value = cfg_.forcepermissive.option(pathread).value.get()
                len_new = len(new_leader_value)
                assert len_value + 1 == len_new
                assert new_leader_value[-1] == kwargs['default_multi']
                follower_path = pathread.rsplit('.', 1)[0]
                if follower_path.endswith('val1') or follower_path.endswith('val2'):
                    follower_path += '.third' + follower_path[-4:]
                else:
                    follower_path += '.third'
                for idx in range(len_new):
                    assert cfg_.forcepermissive.option(follower_path, idx).value.get() == kwargs['default_multi']
                #
                if not submulti_:
                    value = 'value'
                else:
                    value = ['value']
                leader_value.append(value)
                assert len(cfg_.forcepermissive.option(pathread).value.get()) == len(new_leader_value)
                cfg2_.forcepermissive.option(pathread).value.set(leader_value)
                assert cfg_.forcepermissive.option(pathread).value.get()[-1] == value


@autocheck
def autocheck_pop_value(cfg, mcfg, pathread, pathwrite, confread, confwrite, **kwargs):
    isleader = cfg.unrestraint.option(pathread).isleader()
    submulti_ = cfg.unrestraint.option(pathread).issubmulti()
    if not isleader:
        return

    if confwrite is not None:
        cfg_ = cfg.config(confwrite)
    else:
        cfg_ = cfg
    if confread is not None:
        cfg2_ = cfg.config(confread)
    else:
        cfg2_ = cfg
    if not kwargs.get('propertyerror', False):
        if not submulti_:
            values = ['value1', 'value2', 'value3', 'value4']
            follower_value = 'follower'
        else:
            values = [['value1'], ['value2'], ['value3'], ['value4']]
            follower_value = ['follower']
        followers = [kwargs['default_multi'], follower_value, kwargs['default_multi'], kwargs['default_multi']]
        a_follower = pathwrite.rsplit('.', 1)[0]
        if a_follower.endswith('val1') or a_follower.endswith('val2'):
            a_follower += '.third' + a_follower[-4:]
        else:
            a_follower += '.third'
        with warnings.catch_warnings(record=True) as w:
            cfg_.forcepermissive.option(pathread).value.set(values)
            cfg_.forcepermissive.option(a_follower, 1).value.set(follower_value)
            cfg2_.forcepermissive.option(a_follower, 0).value.get() == kwargs['default_multi']
            assert cfg2_.forcepermissive.option(a_follower, 0).owner.isdefault() is True
            cfg2_.forcepermissive.option(a_follower, 1).value.get() == follower_value
            assert cfg2_.forcepermissive.option(a_follower, 1).owner.isdefault() is False
            cfg2_.forcepermissive.option(a_follower, 2).value.get() == kwargs['default_multi']
            assert cfg2_.forcepermissive.option(a_follower, 2).owner.isdefault() is True
            cfg2_.forcepermissive.option(a_follower, 3).value.get() == kwargs['default_multi']
            assert cfg2_.forcepermissive.option(a_follower, 3).owner.isdefault() is True
            #
            cfg_.forcepermissive.option(pathread).value.pop(3)
            cfg2_.forcepermissive.option(a_follower, 0).value.get() == kwargs['default_multi']
            assert cfg2_.forcepermissive.option(a_follower, 0).owner.isdefault() is True
            cfg2_.forcepermissive.option(a_follower, 1).value.get() == follower_value
            assert cfg2_.forcepermissive.option(a_follower, 1).owner.isdefault() is False
            cfg2_.forcepermissive.option(a_follower, 2).value.get() == kwargs['default_multi']
            assert cfg2_.forcepermissive.option(a_follower, 2).owner.isdefault() is True
            #
            cfg_.forcepermissive.option(pathread).value.pop(0)
            cfg2_.forcepermissive.option(a_follower, 0).value.get() == follower_value
            assert cfg2_.forcepermissive.option(a_follower, 0).owner.isdefault() is False
            cfg2_.forcepermissive.option(a_follower, 1).value.get() == kwargs['default_multi']
            assert cfg2_.forcepermissive.option(a_follower, 1).owner.isdefault() is True
            #
            cfg_.forcepermissive.option(pathread).value.pop(0)
            cfg2_.forcepermissive.option(a_follower, 0).value.get() == kwargs['default_multi']
            assert cfg2_.forcepermissive.option(a_follower, 0).owner.isdefault() is True


@autocheck
def autocheck_reset_value_permissive(cfg, mcfg, pathread, pathwrite, confread, confwrite, **kwargs):
    # check if is a multi, a leader or a follower
    isfollower = cfg.unrestraint.option(pathread).isfollower()
    _set_value(cfg, pathwrite, confwrite, **kwargs)
    # reset value with permissive
    with warnings.catch_warnings(record=True) as w:
        if not kwargs.get('permissive', False) and not kwargs.get('propertyerror', False):
            if not isfollower:
                if confwrite is not None:
                    cfg_ = cfg.forcepermissive.config(confwrite)
                else:
                    cfg_ = cfg.forcepermissive
                cfg_.option(pathwrite).value.reset()
            else:
                cfg.forcepermissive.option(pathwrite, 1).value.reset()
        elif kwargs.get('permissive', False):
            if not isfollower:
                if confwrite is not None:
                    cfg_ = cfg.forcepermissive.config(confwrite)
                else:
                    cfg_ = cfg.forcepermissive
                cfg_.option(pathwrite).value.reset()
            else:
                cfg.forcepermissive.option(pathwrite, 1).value.reset()
        #FIXME else:
        #    if not isfollower:
        #        with raises(PropertiesOptionError):cfg.forcepermissive.config(confwrite).option(pathwrite).value.reset()")
        #    else:
        #        with raises(PropertiesOptionError):cfg.forcepermissive.option(pathwrite, 1).value.reset()")
        _autocheck_default_value(cfg, pathread, confread, **kwargs)
        if confread != confwrite:
            _autocheck_default_value(cfg, pathwrite, confwrite, **kwargs)
#FIXME
#FIXME
#FIXME@autocheck
#FIXMEdef autocheck_display(cfg, mcfg, pathread, pathwrite, confread, confwrite, **kwargs):
#FIXME    """re set value
#FIXME    """
#FIXME    if kwargs['callback']:
#FIXME        return
#FIXME    make_dict = kwargs['make_dict']
#FIXME    make_dict_value = kwargs['make_dict_value']
#FIXME    if confread is not None:
#FIXME        cfg_ = cfg.config(confread)
#FIXME    else:
#FIXME        cfg_ = cfg
#FIXME    if confwrite is not None:
#FIXME        cfg2_ = cfg.config(confwrite)
#FIXME    else:
#FIXME        cfg2_ = cfg
#FIXME    assert cfg_.value.dict() == make_dict
#FIXME    if confread != confwrite:
#FIXME        assert(cfg2_.value.dict()) == make_dict
#FIXME    _set_value(cfg, pathwrite, confwrite, **kwargs)
#FIXME    assert cfg_.value.dict() == make_dict_value
#FIXME    if confread != confwrite:
#FIXME        assert(cfg2_.value.dict()) == make_dict_value


@autocheck
def autocheck_property(cfg, mcfg, pathread, pathwrite, confread, confwrite, **kwargs):
    """get property from path
    """
    #FIXME
    if pathwrite in ['odleader.first', 'subod.subsubod.first', 'subod.subsubod.second', 'subod.subsubod.third', 'subod.subsubodval1.firstval1', 'subod.subsubodval1.secondval1', 'subod.subsubodval1.thirdval1', 'subod.subsubodval2.firstval2', 'subod.subsubodval2.secondval2', 'subod.subsubodval2.thirdval2', 'subodval1.subsubodval1.firstval1', 'subodval1.subsubodval1.secondval1', 'subodval1.subsubodval1.thirdval1', 'subodval2.subsubodval2.firstval2', 'subodval2.subsubodval2.secondval2', 'subodval2.subsubodval2.thirdval2']:
        return
    # check if is a multi or a follower
    multi = cfg.unrestraint.option(pathread).ismulti()
    isfollower = cfg.unrestraint.option(pathread).isfollower()

    default_props, properties = _getproperties(multi, isfollower, kwargs)

    if confread == confwrite:
        _check_properties(cfg, mcfg, pathread, confread, kwargs, default_props, default_props)
    else:
        _check_properties(cfg, mcfg, pathread, confwrite, kwargs, default_props, default_props)

    # set properties without permissive
    for prop in properties:
        if confwrite is not None:
            cfg_ = cfg.unrestraint.config(confwrite)
        else:
            cfg_ = cfg.unrestraint
        cfg_.option(pathwrite).property.add(prop)
    if confread == confwrite:
        _check_properties(cfg, mcfg, pathread, confread, kwargs, properties, properties)
    else:
        _check_properties(cfg, mcfg, pathread, confwrite, kwargs, properties, properties)



@autocheck
def autocheck_property_permissive(cfg, mcfg, pathread, pathwrite, confread, confwrite, **kwargs):
    #FIXME
    if pathwrite in ['odleader.first', 'subod.subsubod.first', 'subod.subsubod.second', 'subod.subsubod.third', 'subod.subsubodval1.firstval1', 'subod.subsubodval1.secondval1', 'subod.subsubodval1.thirdval1', 'subod.subsubodval2.firstval2', 'subod.subsubodval2.secondval2', 'subod.subsubodval2.thirdval2', 'subodval1.subsubodval1.firstval1', 'subodval1.subsubodval1.secondval1', 'subodval1.subsubodval1.thirdval1', 'subodval2.subsubodval2.firstval2', 'subodval2.subsubodval2.secondval2', 'subodval2.subsubodval2.thirdval2']:
        return
    _property_permissive(cfg, mcfg, pathread, pathwrite, confread, confwrite, **kwargs)


@autocheck
def autocheck_reset_property(cfg, mcfg, pathread, pathwrite, confread, confwrite, **kwargs):
    """check properties after set with permissive
    """
    #FIXME
    if pathwrite in ['odleader.first', 'subod.subsubod.first', 'subod.subsubod.second', 'subod.subsubod.third', 'subod.subsubodval1.firstval1', 'subod.subsubodval1.secondval1', 'subod.subsubodval1.thirdval1', 'subod.subsubodval2.firstval2', 'subod.subsubodval2.secondval2', 'subod.subsubodval2.thirdval2', 'subodval1.subsubodval1.firstval1', 'subodval1.subsubodval1.secondval1', 'subodval1.subsubodval1.thirdval1', 'subodval2.subsubodval2.firstval2', 'subodval2.subsubodval2.secondval2', 'subodval2.subsubodval2.thirdval2']:
        return
    # check if is a multi or a follower
    multi = cfg.unrestraint.option(pathread).ismulti()
    isfollower = cfg.unrestraint.option(pathread).isfollower()
    default_props, properties = _getproperties(multi, isfollower, kwargs)

    _property_permissive(cfg, mcfg, pathread, pathwrite, confread, confwrite, **kwargs)

    # reset properties without permissive
    if confwrite is not None:
        cfg_ = cfg.unrestraint.config(confwrite)
    else:
        cfg_ = cfg.unrestraint
    cfg_.option(pathwrite).property.reset()

    if confread == confwrite:
        _check_properties(cfg, mcfg, pathread, confread, kwargs, default_props, default_props)
    else:
        _check_properties(cfg, mcfg, pathread, confwrite, kwargs, default_props, default_props)


@autocheck
def autocheck_reset_property_permissive(cfg, mcfg, pathread, pathwrite, confread, confwrite, **kwargs):
    # check if is a multi or a follower
    #FIXME
    if pathwrite in ['odleader.first', 'subod.subsubod.first', 'subod.subsubod.second', 'subod.subsubod.third', 'subod.subsubodval1.firstval1', 'subod.subsubodval1.secondval1', 'subod.subsubodval1.thirdval1', 'subod.subsubodval2.firstval2', 'subod.subsubodval2.secondval2', 'subod.subsubodval2.thirdval2', 'subodval1.subsubodval1.firstval1', 'subodval1.subsubodval1.secondval1', 'subodval1.subsubodval1.thirdval1', 'subodval2.subsubodval2.firstval2', 'subodval2.subsubodval2.secondval2', 'subodval2.subsubodval2.thirdval2']:
        return
    multi = cfg.unrestraint.option(pathread).ismulti()
    isfollower = cfg.unrestraint.option(pathread).isfollower()
    default_props, properties = _getproperties(multi, isfollower, kwargs)

    _property_permissive(cfg, mcfg, pathread, pathwrite, confread, confwrite, **kwargs)

    for prop in properties:
        cfg.unrestraint.option(pathwrite).property.add(prop)
    cfg.unrestraint.option(pathwrite).property.reset()

    _check_properties(cfg, mcfg, pathread, confwrite, kwargs, default_props, default_props)


@autocheck
def autocheck_context_owner(cfg, mcfg, pathread, pathwrite, confread, confwrite, **kwargs):
    owner = cfg.owner.get()
    assert owner == kwargs['owner']


@autocheck
def autocheck_owner_with_value(cfg, mcfg, pathread, pathwrite, confread, confwrite, **kwargs):
    """value is now changed, check owner in this case
    """
    if pathwrite in ['odleader.first', 'subod.subsubod.first', 'subod.subsubod.second', 'subod.subsubod.third', 'subod.subsubodval1.firstval1', 'subod.subsubodval1.secondval1', 'subod.subsubodval1.thirdval1', 'subod.subsubodval2.firstval2', 'subod.subsubodval2.secondval2', 'subod.subsubodval2.thirdval2']:
        return
    _set_value(cfg, pathwrite, confwrite, **kwargs)
    _check_owner(cfg, pathread, confwrite, kwargs, kwargs['owner'], kwargs['owner'])
    if confread != confwrite:
        _check_owner(cfg, pathread, confread, kwargs, kwargs['owner'], kwargs['owner'])


@autocheck
def autocheck_default_owner_with_value(cfg, mcfg, pathread, pathwrite, confread, confwrite, **kwargs):
    isfollower = cfg.unrestraint.option(pathread).isfollower()
    _set_value(cfg, pathwrite, confwrite, **kwargs)

    if confwrite is not None:
        cfg_ = cfg.config(confread)
        cfg2_ = cfg.config(confwrite)
    else:
        cfg_ = cfg
        cfg2_ = cfg
    # test if is default owner without permissive
    if not isfollower:
        if not kwargs.get('permissive', False) and not kwargs.get('propertyerror', False):
            assert cfg_.option(pathread).owner.isdefault() is False
            if confwrite != confread:
                assert cfg2_.option(pathread).owner.isdefault() is False
        #FIXME else:
        #    with raises(PropertiesOptionError):cfg.config(confwrite).option(pathread).owner.isdefault()")
        #    with raises(PropertiesOptionError):cfg.config(confread).option(pathread).owner.isdefault()")
    else:
        if not kwargs.get('permissive', False) and not kwargs.get('propertyerror', False):
            assert cfg2_.option(pathread, 0).owner.isdefault() is True
            assert cfg2_.option(pathread, 1).owner.isdefault() is False
            if confwrite != confread:
                assert cfg_.option(pathread, 0).owner.isdefault() is True
                assert cfg_.option(pathread, 1).owner.isdefault() is False
        #FIXME else:
        #    with raises(PropertiesOptionError):cfg.config(confwrite).option(pathread, 0).owner.isdefault()")
        #    with raises(PropertiesOptionError):cfg.config(confread).option(pathread, 0).owner.isdefault()")


@autocheck
def autocheck_default_owner_with_value_permissive(cfg, mcfg, pathread, pathwrite, confread, confwrite, **kwargs):
    # check if is a isfollower
    isfollower = cfg.unrestraint.option(pathread).isfollower()

    _set_value(cfg, pathwrite, confwrite, **kwargs)

    def do(conf):
        # test if is default owner with permissive
        if conf is not None:
            cfg_ = cfg.config(conf)
        else:
            cfg_ = cfg
        if not kwargs.get('propertyerror', False):
            if not isfollower:
                assert cfg_.forcepermissive.option(pathread).owner.isdefault() is False
            else:
                assert cfg_.forcepermissive.option(pathread, 0).owner.isdefault() is True
                assert cfg_.forcepermissive.option(pathread, 1).owner.isdefault() is False
    do(confwrite)
    if confwrite != confread:
        do(confread)


@autocheck
def autocheck_set_owner_no_value(cfg, mcfg, pathread, pathwrite, confread, confwrite, **kwargs):
    isfollower = cfg.unrestraint.option(pathread).isfollower()
    if confwrite is not None:
        cfg_ = cfg.forcepermissive.config(confwrite)
    else:
        cfg_ = cfg.forcepermissive
    if not kwargs.get('propertyerror', False):
        if not isfollower:
            with raises(ConfigError):
                cfg_.option(pathwrite).owner.set('new_user')
        else:
            with raises(ConfigError):
                cfg_.option(pathwrite, 1).owner.set('new_user')


@autocheck
def autocheck_set_owner(cfg, mcfg, pathread, pathwrite, confread, confwrite, **kwargs):
    # test set owner without permissive
    if pathwrite in ['subod.subsubod.first', 'subod.subsubod.second', 'subod.subsubod.third', 'subod.subsubodval1.firstval1', 'subod.subsubodval1.secondval1', 'subod.subsubodval1.thirdval1', 'subod.subsubodval2.firstval2', 'subod.subsubodval2.secondval2', 'subod.subsubodval2.thirdval2']:
        return
    isfollower = cfg.unrestraint.option(pathread).isfollower()

    _set_value(cfg, pathwrite, confwrite, **kwargs)
    if confwrite is not None:
        cfg_ = cfg.config(confwrite)
    else:
        cfg_ = cfg

    # set owner without permissive
    if not isfollower:
        if not kwargs.get('permissive', False) and not kwargs.get('propertyerror', False):
            cfg_.option(pathwrite).owner.set('new_user')
            with raises(ValueError):
                cfg_.option(pathwrite).owner.set('default')
            with raises(ValueError):
                cfg_.option(pathwrite).owner.set('forced')
        #FIXME else:
        #    with raises(PropertiesOptionError):cfg.config(confwrite).option(pathwrite).owner.set('new_user')")
    else:
        if not kwargs.get('permissive', False) and not kwargs.get('propertyerror', False):
            cfg.option(pathwrite, 1).owner.set('new_user')
        #FIXME else:
        #    with raises(PropertiesOptionError):cfg.option(pathwrite, 1).owner.set('new_user')")

    _check_owner(cfg, pathread, confwrite, kwargs, owners.new_user, kwargs['owner'])
    if confwrite != confread:
        _check_owner(cfg, pathread, confread, kwargs, owners.new_user, owners.meta)


@autocheck
def autocheck_set_owner_permissive(cfg, mcfg, pathread, pathwrite, confread, confwrite, **kwargs):
    if pathwrite in ['subod.subsubod.first', 'subod.subsubod.second', 'subod.subsubod.third', 'subod.subsubodval1.firstval1', 'subod.subsubodval1.secondval1', 'subod.subsubodval1.thirdval1', 'subod.subsubodval2.firstval2', 'subod.subsubodval2.secondval2', 'subod.subsubodval2.thirdval2']:
        return
    isfollower = cfg.unrestraint.option(pathread).isfollower()

    _set_value(cfg, pathwrite, confwrite, **kwargs)
    if confwrite is not None:
        cfg_ = cfg.forcepermissive.config(confwrite)
    else:
        cfg_ = cfg.forcepermissive

    # set owner with permissive
    if not kwargs.get('propertyerror', False):
        if not isfollower:
            cfg_.option(pathwrite).owner.set('new_user1')
        else:
            cfg.forcepermissive.option(pathwrite, 1).owner.set('new_user1')
    #FIXME else:
    #    if not isfollower:
    #        with raises(PropertiesOptionError,
    #               "cfg.forcepermissive.config(confwrite).option(pathwrite).owner.set('new_user1')")
    #    else:
    #        with raises(PropertiesOptionError,
    #               "cfg.forcepermissive.option(pathwrite, 1).owner.set('new_user1')")

    _check_owner(cfg, pathread, confwrite, kwargs, 'new_user1', 'new_user1')
    if confwrite != confread:
        _check_owner(cfg, pathread, confread, kwargs, 'new_user1', 'new_user1')


@autocheck
def autocheck_option(cfg, mcfg, pathread, pathwrite, confread, confwrite, **kwargs):
    #FIXME
    if pathwrite.endswith('val1') or pathwrite.endswith('val2') or pathwrite in ['subod.subsubod.first', 'subod.subsubod.second', 'subod.subsubod.third']:
        return
    expected_name = pathread.split('.')[-1]
    if not kwargs.get('permissive_od', False):
        current_name = cfg.option(pathread).name()
        assert current_name == cfg.forcepermissive.option(pathread).name()
        assert current_name == cfg.unrestraint.option(pathread).name()
        doc = cfg.option(pathread).doc()
        assert doc == cfg.forcepermissive.option(pathread).doc()
        assert doc == cfg.unrestraint.option(pathread).doc()
    elif not kwargs.get('propertyerror', False):
        with raises(PropertiesOptionError):
            cfg.option(pathread).name()
        current_name = cfg.forcepermissive.option(pathread).name()
        assert current_name == cfg.unrestraint.option(pathread).name()
        with raises(PropertiesOptionError):
            cfg.option(pathread).doc()
        doc = cfg.forcepermissive.option(pathread).doc()
        assert doc == cfg.unrestraint.option(pathread).doc()
    else:
        with raises(PropertiesOptionError):
            cfg.option(pathread).name()
        with raises(PropertiesOptionError):
            cfg.forcepermissive.option(pathread).name()
        current_name = cfg.unrestraint.option(pathread).name()
        with raises(PropertiesOptionError):
            cfg.option(pathread).doc()
        with raises(PropertiesOptionError):
            cfg.forcepermissive.option(pathread).doc()
        doc = cfg.unrestraint.option(pathread).doc()
    assert current_name == expected_name
    if expected_name.endswith('val1') or expected_name.endswith('val2'):
        expected_name = expected_name[:-4]
    if kwargs['symlink']:
        assert doc == "{}'s option link".format(expected_name)
    else:
        assert doc == "{}'s option".format(expected_name)


@autocheck
def autocheck_permissive(cfg, mcfg, pathread, pathwrite, confread, confwrite, **kwargs):
    """test permissive for hidden and disabled value
    """
    # no permissive before
    if confwrite is not None:
        cfg_ = cfg.unrestraint.config(confwrite)
    else:
        cfg_ = cfg.unrestraint
    if confread is not None:
        cfg2_ = cfg.config(confread).unrestraint
    else:
        cfg2_ = cfg.unrestraint

    if not cfg_.option(pathread).isfollower():
        assert cfg_.option(pathread).permissive.get() == frozenset()
    else:
        assert cfg_.option(pathread, 0).permissive.get() == frozenset()
    if kwargs.get('permissive_od', False):
        assert cfg_.option(pathread.rsplit('.', 1)[0]).permissive.get() == frozenset()

    # cannot access to hidden value without forcepermissive
    # and to disabled value (with forcepermissive too)
    #
    # with meta confread == confwrite
    _autocheck_default_value(cfg, pathread, confread, **kwargs)

    # set permissive
    cfg_.option(pathwrite).permissive.set(frozenset(['disabled']))
    callback = kwargs['callback']
    if callback:
        if pathread.endswith('val1') or pathread.endswith('val2'):
            call_path = pathread[:-4] + 'call' + pathread[-4:]
        else:
            call_path = pathread + 'call'
        cfg_.option(call_path).permissive.set(frozenset(['disabled']))

    # have permissive?
    if not cfg_.option(pathread).isfollower():
        assert cfg_.option(pathread).permissive.get() == frozenset(['disabled'])
    else:
        assert cfg_.option(pathread, 0).permissive.get() == frozenset(['disabled'])
    #if confwrite != confread:
    #    assert cfg.config(confread).unrestraint.option(pathread).permissive.get() == frozenset(['disabled'])

    # can access to disabled value
    ckwargs = copy(kwargs)
    ckwargs['propertyerror'] = False
    _autocheck_default_value(cfg, pathread, confwrite, **ckwargs)

    cfg2_.option(pathwrite).permissive.set(frozenset(['disabled', 'hidden']))
    if kwargs['callback']:
        cfg2_.option(call_path).permissive.set(frozenset(['disabled', 'hidden']))

    # can access to all value except when optiondescript have hidden
    if not ckwargs.get('permissive_od', False):
        ckwargs['permissive'] = False
    _autocheck_default_value(cfg, pathread, confread, **ckwargs)

    if ckwargs.get('permissive_od', False):
        # set permissive to OptionDescription
        cfg2_.option(pathwrite.rsplit('.', 1)[0]).permissive.set(frozenset(['disabled',
                                                                                                   'hidden']))
        ckwargs['permissive'] = False
        _autocheck_default_value(cfg, pathread, confread, **ckwargs)
        #if confread != confwrite:
        #    _autocheck_default_value(cfg, pathread, confwrite, **ckwargs)

    # only hidden
    cfg2_.option(pathwrite).permissive.set(frozenset(['hidden']))
    if callback:
        cfg2_.option(call_path).permissive.set(frozenset(['hidden']))
    if ckwargs.get('permissive_od', False):
        _autocheck_default_value(cfg, pathread, confread, **ckwargs)
        cfg2_.option(pathwrite.rsplit('.', 1)[0]).permissive.set(frozenset(['hidden']))
    ckwargs = copy(kwargs)
    ckwargs['permissive'] = False
    _autocheck_default_value(cfg, pathread, confread, **ckwargs)

    # no permissive
    cfg2_.option(pathwrite).permissive.set(frozenset())
    if callback:
        cfg2_.option(call_path).permissive.set(frozenset())
    if ckwargs.get('permissive_od', False):
        _autocheck_default_value(cfg, pathread, confread, **ckwargs)
        cfg2_.option(pathwrite.rsplit('.', 1)[0]).permissive.set(frozenset())
    _autocheck_default_value(cfg, pathread, confread, **kwargs)


@autocheck
def autocheck_option_get(cfg, mcfg, pathread, pathwrite, confread, confwrite, **kwargs):
    if '.' in pathread:
        name = pathread.rsplit('.', 1)[1]
    else:
        name = pathread
    assert cfg.unrestraint.option(pathread).name() == name


@autocheck
def autocheck_find(cfg, mcfg, pathread, pathwrite, confread, confwrite, **kwargs):
    def _getoption(opt):
        opt = opt.get()
        if opt.impl_is_dynsymlinkoption():
            opt = opt.opt
        return opt

    def _getoptions(opts):
        nopts = []
        for opt in opts:
            nopts.append(_getoption(opt))
        return nopts

    if '.' in pathread:
        name = pathread.rsplit('.', 1)[1]
    else:
        name = pathread
    option = _getoption(cfg.unrestraint.option(pathread))

    def do(conf):
        if conf is not None:
            cfg_ = cfg.config(conf)
        else:
            cfg_ = cfg
        if not kwargs.get('permissive', False) and not kwargs.get('propertyerror', False):
            assert option == _getoption(cfg_.option.find(name, first=True))
            assert option == _getoption(cfg_.forcepermissive.option.find(name, first=True))
        elif kwargs.get('permissive', False):
            with raises(AttributeError):
                cfg_.option.find(name, first=True)
            assert option == _getoption(cfg_.forcepermissive.option.find(name, first=True))
        else:
            with raises(AttributeError):
                cfg_.option.find(name, first=True)
            with raises(AttributeError):
                cfg_.forcepermissive.option.find(name, first=True)
        assert option == _getoption(cfg_.unrestraint.option.find(name, first=True))
        assert [option] == _getoptions(cfg_.unrestraint.option.find(name))
    do(confread)
    if confread != confwrite:
        do(confwrite)


def check_all(cfg, paths_, path, meta, multi, default, default_multi, require, callback, symlink, weakrefs, **kwargs):
    def _build_make_dict():
        dico = {}
        dico_value = {}
        if multi is False:
            value = FIRST_VALUE
        elif multi is True:
            value = LIST_FIRST_VALUE
        else:
            value = SUBLIST_FIRST_VALUE
        if not default or multi is submulti:
            if not multi:
                default_value = None
            else:
                default_value = []
        else:
            default_value = value
        kwargs['default'] = default_value

        is_dyn = False
        is_leader = False
        dyns = []
        has_value = False
        for cpath, options in paths_.items():
            if options is None:
                break
            if '.' in cpath:
                dirname, name = cpath.split('.')[-2:]
                for dname in cpath.split('.')[:-1]:
                    if options.get(dname, {}).get('dyn'):
                        is_dyn = True
                    if options.get(dname, {}).get('leader'):
                        is_leader = True
            else:
                dirname = ''
                name = cpath
            if options.get(dirname, {}).get('hidden'):
                continue
            allow_req = require and req
            no_propertieserror = not options.get(name, {}).get('disabled') and not options.get(name, {}).get('hidden')
            if is_dyn:
                dyns.append(no_propertieserror or allow_req)
            if not is_dyn and (no_propertieserror or allow_req):
                dico[cpath] = default_value
                if symlink:
                    dico[cpath + 'link'] = default_value
                if path == cpath:
                    dico_value[cpath] = value
                    if symlink:
                        dico_value[cpath + 'link'] = value
                else:
                    dico_value[cpath] = default_value
                    if symlink:
                        dico_value[cpath + 'link'] = default_value

            has_value = True
        isfollower = False
        if '.' in path and is_leader and not path.rsplit('.', 1)[1].startswith('first'):
            isfollower = True
            if not multi is submulti:
                kwargs['default'] = None
        if is_dyn and dyns:
            idx = 0
            for cpath in list(paths_.keys())[len(dyns):]:
                if dyns[idx]:
                    dico[cpath] = default_value
                    if symlink:
                        dico[cpath + 'link'] = default_value
                    if path == cpath:
                        dico_value[cpath] = value
                        if symlink:
                            dico_value[cpath + 'link'] = value
                    else:
                        dico_value[cpath] = default_value
                        if symlink:
                            dico_value[cpath + 'link'] = default_value
                idx += 1
                if idx == len(dyns):
                    idx = 0
        if require:
            if not req:
                dico['extraoptrequire'] = None
                dico_value['extraoptrequire'] = None
                if symlink:
                    dico['extraoptrequirelink'] = None
                    dico_value['extraoptrequirelink'] = None
            else:
                dico['extraoptrequire'] = 'value'
                dico_value['extraoptrequire'] = 'value'
                if symlink:
                    dico['extraoptrequirelink'] = 'value'
                    dico_value['extraoptrequirelink'] = 'value'
        if is_leader:
            for cpath in list(paths_.keys())[len(dyns):]:
                if cpath.endswith('.first') or cpath.endswith('.firstval1') or cpath.endswith('.firstval2'):
                    second_path = cpath.rsplit('.', 1)[0] + '.second'
                    third_path = cpath.rsplit('.', 1)[0] + '.third'
                    cons_path = cpath.rsplit('.', 1)[0] + '.extraoptconsistency'
                    if is_dyn:
                        suffix = cpath[-4:]
                        second_path += suffix
                        third_path += suffix
                        cons_path += suffix
                    #
                    if default_multi:
                        if multi is not submulti:
                            dvalue = SECOND_VALUE
                        else:
                            dvalue = LIST_SECOND_VALUE
                    else:
                        dvalue = []
                    if dvalue == [] and multi is not submulti:
                        dvalue = None
                    #
                    kwargs['default_multi'] = dvalue
                    if isfollower:
                        kwargs['default'] = dvalue
                    len_leader = len(dico[cpath])
                    if second_path in dico:
                        dico[second_path] = [dvalue] * len_leader
                        if symlink:
                            dico[second_path + 'link'] = [dvalue] * len_leader
                    if third_path in dico:
                        dico[third_path] = [dvalue] * len_leader
                        if symlink:
                            dico[third_path + 'link'] = [dvalue] * len_leader
                    if cons_path in dico:
                        dico[cons_path] = [dvalue] * len_leader
                    #
                    len_leader = len(dico_value[cpath])
                    if second_path in dico_value:
                        dico_value[second_path] = [dvalue] * len_leader
                        if symlink:
                            dico_value[second_path + 'link'] = [dvalue] * len_leader
                    if third_path in dico_value:
                        dico_value[third_path] = [dvalue] * len_leader
                        if symlink:
                            dico_value[third_path + 'link'] = [dvalue] * len_leader
                    if cons_path in dico_value:
                        dico_value[cons_path] = [dvalue] * len_leader
        return is_dyn, dico, dico_value
    if DISPLAY:
        text = u' {} launch tests for {}'.format(ICON, path)
        if multi is True:
            text += u' as a multi'
        elif multi is submulti:
            text += u' as a submulti'
        if default is True:
            text += u' with default'
        if multi is True:
            text += u' with default value'
        if default_multi is True:
            text += u' with default multi'
        if require:
            text += u' with requirement'
        text += u', kwargs: {}'.format(kwargs)
        print(text)
    if not require:
        requires = [False]
    else:
        requires = [False, True]
    confwrite = confread = None
    idx = 0
    for req in requires:
        is_dyn, kwargs['make_dict'], kwargs['make_dict_value'] = _build_make_dict()
        kwargs['callback'] = callback
        kwargs['symlink'] = symlink
        for func in autocheck_registers:
            cfg_name = 'conftest' + str(idx)
            idx += 1
            ncfg = cfg.config.copy(name=cfg_name)
            if meta:
                confwrite = None
                confread = cfg_name
                mcfg = MetaConfig([ncfg], name='metatest')
                weakrefs.append(weakref.ref(cfg))
            else:
                mcfg = ncfg
            ckwargs = copy(kwargs)
            if meta:
                mcfg.owner.set('meta')
                ckwargs['owner'] = owners.meta
            else:
                ckwargs['owner'] = OWNER
                
            if mcfg.unrestraint.option(path).isfollower():
                dirname = path.rsplit('.', 1)[0]
                leader_path = dirname + '.first'
                leader_path_2 = None
                if dirname.endswith('val1') or dirname.endswith('val2'):
                    leader_path += 'val1'
                    leader_path = leader_path.replace('val2', 'val1')
                    leader_path_2 = leader_path.replace('val1', 'val2')
                if multi is submulti:
                    value = SUBLIST_SECOND_VALUE
                else:
                    value = LIST_SECOND_VALUE
                with warnings.catch_warnings(record=True) as w:
                    mcfg.option(leader_path).value.set(value)
                ckwargs['make_dict'][leader_path] = value
                ckwargs['make_dict_value'][leader_path] = value
                if symlink:
                    ckwargs['make_dict'][leader_path + 'link'] = value
                    ckwargs['make_dict_value'][leader_path + 'link'] = value
                if leader_path_2:
                    with warnings.catch_warnings(record=True) as w:
                        mcfg.option(leader_path_2).value.set(value)
                    ckwargs['make_dict'][leader_path_2] = value
                    ckwargs['make_dict_value'][leader_path_2] = value
                    if symlink:
                        ckwargs['make_dict'][leader_path_2 + 'link'] = value
                        ckwargs['make_dict_value'][leader_path_2 + 'link'] = value
                if default_multi:
                    if multi is not submulti:
                        dvalue = SECOND_VALUE
                    else:
                        dvalue = LIST_SECOND_VALUE
                elif multi is submulti:
                    dvalue = []
                else:
                    dvalue = None
                def do(suffix, oldsuffix=None):
                    if suffix:
                        ldirname = dirname.replace(oldsuffix, suffix)
                    else:
                        ldirname = dirname
                    npath = ldirname + '.second' + suffix
                    if npath in ckwargs['make_dict']:
                        ckwargs['make_dict'][npath] = [dvalue] * len(value)
                        ckwargs['make_dict_value'][npath] = [dvalue] * len(value)
                        if symlink:
                            ckwargs['make_dict'][npath + 'link'] = [dvalue] * len(value)
                            ckwargs['make_dict_value'][npath + 'link'] = [dvalue] * len(value)
                        if path == npath:
                            ckwargs['make_dict_value'][npath][-1] = ckwargs['make_dict_value'][leader_path][-1]
                            if symlink:
                                ckwargs['make_dict_value'][npath + 'link'][-1] = ckwargs['make_dict_value'][leader_path][-1]
                    npath = ldirname + '.third' + suffix
                    if npath in ckwargs['make_dict']:
                        ckwargs['make_dict'][npath] = [dvalue] * len(value)
                        ckwargs['make_dict_value'][npath] = [dvalue] * len(value)
                        if symlink:
                            ckwargs['make_dict'][npath + 'link'] = [dvalue] * len(value)
                            ckwargs['make_dict_value'][npath + 'link'] = [dvalue] * len(value)
                        if path == npath:
                            ckwargs['make_dict_value'][npath][-1] = ckwargs['make_dict_value'][leader_path][-1]
                            if symlink:
                                ckwargs['make_dict_value'][npath + 'link'][-1] = ckwargs['make_dict_value'][leader_path][-1]
                    npath = ldirname + '.extraoptconsistency' + suffix
                    if npath in ckwargs['make_dict']:
                        ckwargs['make_dict'][npath] = [dvalue] * len(value)
                        ckwargs['make_dict_value'][npath] = [dvalue] * len(value)
                        if symlink:
                            ckwargs['make_dict'][npath + 'link'] = [dvalue] * len(value)
                            ckwargs['make_dict_value'][npath + 'link'] = [dvalue] * len(value)
                if not is_dyn:
                    do('')
                else:
                    #do(dirname[-4:])
                    do('val1', 'val2')
                    do('val2', 'val1')

            ncfg.property.read_write()
            mcfg.property.read_write()
            if req:
                name = 'extraoptrequire'
                if symlink:
                    name += 'link'
                mcfg.option(name).value.set('value')
                if 'permissive' in ckwargs and not 'permissive_od' in ckwargs or \
                        'propertyerror' in ckwargs and not 'propertyerror_od' in ckwargs:
                    for to_del in ['permissive', 'propertyerror', 'extra_properties']:
                        if to_del in ckwargs:
                            del ckwargs[to_del]
            if DISPLAY:
                print(u'  {} {}'.format(ICON, func.__name__))
            pathread = path
            if symlink:
                pathwrite = path + 'link'
            else:
                pathwrite = path
            try:
                func(mcfg, ncfg, pathread, pathwrite, confread, confwrite, **ckwargs)
            except Exception as err:
                msg = u'error in function {} for {}'.format(func.__name__, path)
                if multi is True:
                    msg += u' as a multi'
                elif multi is submulti:
                    msg += u' as a submulti'
                if default is True:
                    msg += u' with default value'
                if callback is True:
                    msg += u' (callback)'
                if symlink is True:
                    msg += u' (symlink)'
                print(u'{}: {}'.format(msg, ckwargs))
                raise err
            if meta:
                del mcfg
            del ncfg


def check_deref(weakrefs):
    """try if all elements are dereferenced
    """
    for wrf in weakrefs:
        assert wrf() is None


def make_conf(options, multi, default, default_multi, require, callback, symlink):
    weakrefs = []
    dyn = []
    goptions = []
    def make_option(path, option_infos, in_leader, leader):
        option_type = 'str'
        option_properties = []
        option_requires = []
        isfollower = False
        if in_leader and symlink:
            return None, None, None
        if option_infos is not None:
            if require:
                return None, None, None
            for prop in PROPERTIES:
                if option_infos.get(prop, False) is True:
                    if not require:
                        option_properties.append(prop)
                    else:
                        option_requires.append({'option': goptions[0], 'expected': None,
                                                'action': prop})
            isfollower = option_infos.get('follower', False)
        args = [path, "{}'s option".format(path)]
        kwargs = {}
        call_kwargs = {}
        if option_properties != []:
            kwargs['properties'] = tuple(option_properties)
            if callback:
                call_kwargs['properties'] = tuple(option_properties)
        if option_requires != []:
            if callback:
                call_kwargs['requires'] = option_requires
            else:
                kwargs['requires'] = option_requires
        if multi and path != 'extraoptrequire':
            kwargs['multi'] = multi
            if callback:
                call_kwargs['multi'] = multi
        if ((not in_leader or leader) and default) and path != 'extraoptrequire' and not path.endswith('extraoptconsistency'):
            if multi is False:
                value = FIRST_VALUE
            elif multi is True:
                value = LIST_FIRST_VALUE
            else:
                value = SUBLIST_EMPTY_VALUE
            if callback:
                kwargs['callback'] = return_str
                call_kwargs['default'] = value
            else:
                kwargs['default'] = value
        elif callback:
            return None, None, None
        if default_multi and path != 'extraoptrequire':
            if multi is not submulti:
                value = SECOND_VALUE
            else:
                value = LIST_SECOND_VALUE
            kwargs['default_multi'] = value

        tiramisu_option = OPTIONS_TYPE[option_type]['option']
        if callback:
            largs = [path + 'call', "{}'s callback option".format(path)]
            objcall = tiramisu_option(*largs, **call_kwargs)
            kwargs['default'] = Calculation(kwargs['callback'], Params(ParamOption(objcall)))
            del kwargs['callback']
        else:
            objcall = None
        if symlink and not path.endswith('extraoptconsistency'):
            sobj = tiramisu_option(args[0] + 'link', args[1] + ' link', **kwargs)
            kwargs = {}
            args[1] = sobj
            tiramisu_option = SymLinkOption
        else:
            sobj = None
        obj = tiramisu_option(*args, **kwargs)
        return obj, objcall, sobj

    def make_optiondescriptions(path, collected):
        infos = collected.get('properties', {})
        properties = []
        kwargs = {}
        optiondescription = OptionDescription

        for prop in PROPERTIES:
            if infos.get(prop, False) is True:
                properties.append(prop)
        if infos.get('leader', False) is True:
            if not multi:
                return
            optiondescription = Leadership
        if infos.get('dyn', False) is True:
            if symlink:
                return
            optiondescription = DynOptionDescription
            kwargs['suffixes'] = Calculation(return_list)
            dyn.append(path)
        options = []
        if 'options' in collected:
            options.extend(collected['options'])
        for key, values in collected.items():
            if key in ['options', 'properties']:
                continue
            option = make_optiondescriptions(key, values)
            if option is None:
                return
            options.append(option)
        if properties != []:
            kwargs['properties'] = tuple(properties)
        obj = optiondescription(path, "{}'s optiondescription".format(path), options, **kwargs)
        weakrefs.append(weakref.ref(obj))
        return obj
            
    collect_options = {}
    if require:
        noptions = OrderedDict()
        if require:
            noptions['extraoptrequire'] = {}
        noptions.update(options)
    else:
        noptions = options

    for path, option in noptions.items():
        if option is None:
            continue
        local_collect_options = collect_options
        for optiondescription in path.split('.')[:-1]:
            local_collect_options.setdefault(optiondescription, {'properties': {}})
            local_collect_options = local_collect_options[optiondescription]
            local_collect_options['properties'].update(option.get(optiondescription, {}))
        option_name = path.split('.')[-1]
        in_leader = False
        if '.' in path:
            name_od = path.rsplit('.', 1)[0]
            if '.' in name_od:
                subod, name_od = name_od.split('.')
                oddescr = collect_options.get(subod, {})
            else:
                oddescr = collect_options
            in_leader = oddescr.get(name_od, {}).get('properties', {}).get('leader')
        leader = in_leader and path.endswith('first')
        obj, objcall, sobj = make_option(option_name, option.get(option_name), in_leader, leader)
        if obj is None:
            return None, None, None
        weakrefs.append(weakref.ref(obj))
        if callback:
            weakrefs.append(weakref.ref(objcall))
        if sobj is not None:
            weakrefs.append(weakref.ref(sobj))
        if '.' in path:
            if leader:
                local_collect_options.setdefault('options', []).insert(0, obj)
            else:
                local_collect_options.setdefault('options', []).append(obj)
        else:
            local_collect_options.setdefault('options', []).append(obj)
        goptions.append(obj)
        if callback:
            local_collect_options.setdefault('options', []).append(objcall)
            goptions.append(objcall)
        if sobj is not None:
            local_collect_options.setdefault('options', []).append(sobj)
            goptions.append(sobj)

    rootod = make_optiondescriptions('root', collect_options)
    if rootod is None:
        return None, None, None
    cfg = Config(rootod, name='conftest')
    weakrefs.append(weakref.ref(cfg))
    del goptions
    return cfg, weakrefs, dyn


DICT_PATHS = [
    # test a config without optiondescription
    OrderedDict([('first', {}),
                 ('second', {'second': {'disabled': True}}),
                 ('third', {'third': {'hidden': True}})
                 ]),
    # test a config with two optiondescription
    OrderedDict([('subod.subsubod.first', {}),
                 ('subod.subsubod.second', {'second': {'disabled': True}}),
                 ('subod.subsubod.third', {'third': {'hidden': True}})]),
    # test a config with leadership
    OrderedDict([('odleader.first', {'odleader': {'leader': True}}),
                 ('odleader.second', {'odleader': {'leader': True}, 'second': {'disabled': True, 'follower': True}}),
                 ('odleader.third', {'odleader': {'leader': True}, 'third': {'hidden': True, 'follower': True}})]),
    # test a config with dynoption
    OrderedDict([('subod.first', {'subod': {'dyn': True}}),
                 ('subod.second', {'second': {'disabled': True}}),
                 ('subod.third', {'third': {'hidden': True}}),
                 ('subodval1.firstval1', None),
                 ('subodval1.secondval1', None),
                 ('subodval1.thirdval1', None),
                 ('subodval2.firstval2', None),
                 ('subodval2.secondval2', None),
                 ('subodval2.thirdval2', None)]),
    # test a config with dynoption subdir
    OrderedDict([('subod.subsubod.first', {'subsubod': {'dyn': True}}),
                 ('subod.subsubod.second', {'subsubod': {'dyn': True}, 'second': {'disabled': True}}),
                 ('subod.subsubod.third', {'subsubod': {'dyn': True}, 'third': {'hidden': True}}),
                 ('subod.subsubodval1.firstval1', None),
                 ('subod.subsubodval1.secondval1', None),
                 ('subod.subsubodval1.thirdval1', None),
                 ('subod.subsubodval2.firstval2', None),
                 ('subod.subsubodval2.secondval2', None),
                 ('subod.subsubodval2.thirdval2', None)]),
    # test a config with hidden subsubod
    OrderedDict([('subod.subsubod.first', {'subsubod': {'hidden': True}}),
                 ('subod.subsubod.second', {'subsubod': {'hidden': True}}),
                 ('subod.subsubod.third', {'subsubod': {'hidden': True}})]),
    # test a config with hidden dyn subsubod
    OrderedDict([('subod.subsubod.first', {'subsubod': {'dyn': True, 'hidden': True}}),
                 ('subod.subsubod.second', {'subsubod': {'dyn': True, 'hidden': True}}),
                 ('subod.subsubod.third', {'subsubod': {'dyn': True, 'hidden': True}}),
                 ('subod.subsubodval1.firstval1', None),
                 ('subod.subsubodval1.secondval1', None),
                 ('subod.subsubodval1.thirdval1', None),
                 ('subod.subsubodval2.firstval2', None),
                 ('subod.subsubodval2.secondval2', None),
                 ('subod.subsubodval2.thirdval2', None)]),
    # test a config with dyn subsubod with leadership
    OrderedDict([('subod.subsubod.first', {'subod': {'dyn': True}, 'subsubod': {'leader': True}}),
                 ('subod.subsubod.second', {'subod': {'dyn': True}, 'subsubod' : {'leader': True}, 'second': {'disabled': True, 'follower': True}}),
                 ('subod.subsubod.third', {'subod': {'dyn': True}, 'subsubod': {'leader': True}, 'third': {'hidden': True, 'follower': True}}),
                 ('subodval1.subsubodval1.firstval1', None),
                 ('subodval1.subsubodval1.secondval1', None),
                 ('subodval1.subsubodval1.thirdval1', None),
                 ('subodval2.subsubodval2.firstval2', None),
                 ('subodval2.subsubodval2.secondval2', None),
                 ('subodval2.subsubodval2.thirdval2', None)]),
]


@pytest.fixture(scope="function", params=DICT_PATHS)
def paths(request):
    if DISPLAY:
        print(u'\n{} {}: {}'.format(ICON, request.function.__name__, request.param))
    return request.param


def test_options(paths):
    def get_kwargs_option(options, kwargs, od=False):
        if options.get('mandatory', False):
            kwargs['mandatory'] = True
        if options.get('hidden', False) is True:
            kwargs['permissive'] = True
            if not od:
                kwargs.setdefault('extra_properties', []).append('hidden')
            else:
                kwargs['permissive_od'] = True
        if options.get('disabled', False) is True:
            kwargs['propertyerror'] = True
            if not od:
                kwargs.setdefault('extra_properties', []).append('disabled')
            else:
                kwargs['propertyerror_od'] = True

    def get_kwargs(path):
        kwargs = {}
        spath = path.split('.')
        get_kwargs_option(paths[path].get(spath[-1], {}), kwargs)
        if len(spath) > 1:
            get_kwargs_option(paths[path].get(spath[-2], {}), kwargs, od=True)
        return kwargs

    lpaths = list(paths.keys())

#    for meta in (False, True):
#        for callback in (False, True):
#            for require in (False, True):
#                for default_multi in (False, True):
#                    for symlink in (False, True):
#                        if callback and default_multi:
#                            continue
#                        for default in (False, True):
#                            for multi in (False, True, submulti):
    for meta in (False,):
        for callback in (False,):
            for require in (False,):
                for default_multi in (False,):
                    for symlink in (False,):
                        if callback and default_multi:
                            continue
                        for default in (False,):
                            for multi in (True,):
                                if multi is submulti and default:
                                    continue
                                if multi is False and default_multi:
                                    continue
                                cfg, weakrefs, dyn = make_conf(paths, multi, default, default_multi, require, callback, symlink)
                                if cfg is None:
                                    continue
                                if dyn:
                                    cnt = 0
                                    idx = 0
                                    for index, lpath in enumerate(lpaths):
                                        if paths[lpath]:
                                            cnt += 1
                                        else:
                                            check_all(cfg, paths, lpaths[index], meta, multi, default,
                                                      default_multi, require, callback, symlink,
                                                      weakrefs, **get_kwargs(lpaths[idx]))
                                            idx += 1
                                            if idx == cnt:
                                                idx = 0
                                else:
                                    for lpath in lpaths:
                                        check_all(cfg, paths, lpath, meta, multi, default,
                                                  default_multi, require, callback, symlink,
                                                  weakrefs, **get_kwargs(lpath))
                                del cfg
                                check_deref(weakrefs)