tiramisu/tests/test_requires.py

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# coding: utf-8
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from .autopath import do_autopath
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do_autopath()
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from .config import config_type, get_config
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from copy import copy
from tiramisu.i18n import _
from tiramisu.setting import groups
from tiramisu import setting
setting.expires_time = 1
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from tiramisu import IPOption, OptionDescription, BoolOption, IntOption, StrOption, \
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Leadership, Config, calc_value, Params, ParamOption
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from tiramisu.error import PropertiesOptionError, RequirementError, ConfigError
from py.test import raises
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from tiramisu.storage import list_sessions, delete_session
def teardown_function(function):
assert list_sessions() == [], 'session list is not empty when leaving "{}"'.format(function.__name__)
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def test_properties(config_type):
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a = BoolOption('activate_service', '', True)
b = IPOption('ip_address_service', '', properties=('disabled',))
od = OptionDescription('service', '', [a, b])
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cfg_ori = Config(od)
cfg_ori.property.read_write()
cfg = get_config(cfg_ori, config_type)
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props = []
try:
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cfg.option('ip_address_service').value.get()
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except PropertiesOptionError as err:
props = err.proptype
assert frozenset(props) == frozenset(['disabled'])
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if config_type == 'tiramisu-api':
cfg.send()
cfg_ori.unrestraint.option('ip_address_service').property.pop('disabled')
cfg = get_config(cfg_ori, config_type)
cfg.option('ip_address_service').value.get()
if config_type == 'tiramisu-api':
cfg.send()
cfg_ori.unrestraint.option('ip_address_service').property.add('disabled')
cfg = get_config(cfg_ori, config_type)
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props = []
try:
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cfg.option('ip_address_service').value.get()
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except PropertiesOptionError as err:
props = err.proptype
assert frozenset(props) == frozenset(['disabled'])
# pop twice
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if config_type == 'tiramisu-api':
cfg.send()
cfg_ori.unrestraint.option('ip_address_service').property.pop('disabled')
cfg_ori.unrestraint.option('ip_address_service').property.pop('disabled')
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def test_requires(config_type):
a = BoolOption('activate_service', '', True)
b = IPOption('ip_address_service', '',
requires=[{'option': a, 'expected': False, 'action': 'disabled'}])
od = OptionDescription('service', '', [a, b])
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cfg = Config(od)
cfg.property.read_write()
assert not cfg.option('activate_service').option.requires()
assert cfg.option('ip_address_service').option.requires()
cfg = get_config(cfg, config_type)
cfg.option('ip_address_service').value.get()
cfg.option('activate_service').value.set(False)
props = []
try:
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cfg.option('ip_address_service').value.get()
except PropertiesOptionError as err:
props = err.proptype
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assert frozenset(props) == frozenset(['disabled'])
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cfg.option('activate_service').value.set(True)
cfg.option('ip_address_service').value.get()
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def test_requires_callback(config_type):
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a = BoolOption('activate_service', '', True)
b = IPOption('ip_address_service', '',
requires=[{'callback': calc_value, 'callback_params': Params(ParamOption(a)), 'expected': False, 'action': 'disabled'}])
od = OptionDescription('service', '', [a, b])
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cfg = Config(od)
cfg.property.read_write()
assert not cfg.option('activate_service').option.requires()
assert cfg.option('ip_address_service').option.requires()
cfg = get_config(cfg, config_type)
cfg.option('ip_address_service').value.get()
cfg.option('activate_service').value.set(False)
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props = []
try:
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cfg.option('ip_address_service').value.get()
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except PropertiesOptionError as err:
props = err.proptype
assert frozenset(props) == frozenset(['disabled'])
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cfg.option('activate_service').value.set(True)
cfg.option('ip_address_service').value.get()
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def test_requires_inverse(config_type):
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a = BoolOption('activate_service', '', True)
b = IPOption('ip_address_service', '',
requires=[{'option': a, 'expected': False, 'action': 'disabled', 'inverse': True}])
od = OptionDescription('service', '', [a, b])
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cfg = Config(od)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
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props = []
try:
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cfg.option('ip_address_service').value.get()
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except PropertiesOptionError as err:
props = err.proptype
assert frozenset(props) == frozenset(['disabled'])
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cfg.option('activate_service').value.set(False)
cfg.option('ip_address_service').value.get()
cfg.option('activate_service').value.set(True)
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try:
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cfg.option('ip_address_service').value.get()
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except PropertiesOptionError as err:
props = err.proptype
assert frozenset(props) == frozenset(['disabled'])
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def test_requires_self(config_type):
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a = StrOption('ip_address_service', '',
requires=[{'option': 'self', 'expected': 'b', 'action': 'disabled'}])
od = OptionDescription('service', '', [a])
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cfg = Config(od)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
assert cfg.option('ip_address_service').value.get() == None
cfg.option('ip_address_service').value.set('a')
assert cfg.option('ip_address_service').value.get() == 'a'
cfg.option('ip_address_service').value.set('b')
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props = []
try:
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cfg.option('ip_address_service').value.get()
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except PropertiesOptionError as err:
props = err.proptype
assert frozenset(props) == frozenset(['disabled'])
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def test_requires_with_requires(config_type):
a = BoolOption('activate_service', '', True)
b = IPOption('ip_address_service', '',
requires=[{'option': a, 'expected': False, 'action': 'disabled'}])
od = OptionDescription('service', '', [a, b])
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cfg = Config(od)
cfg.property.read_write()
cfg.option('ip_address_service').property.add('test')
cfg = get_config(cfg, config_type)
cfg.option('ip_address_service').value.get()
cfg.option('activate_service').value.set(False)
props = []
try:
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cfg.option('ip_address_service').value.get()
except PropertiesOptionError as err:
props = err.proptype
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assert frozenset(props) == frozenset(['disabled'])
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cfg.option('activate_service').value.set(True)
cfg.option('ip_address_service').value.get()
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def test_requires_invalid():
a = BoolOption('activate_service', '', True)
a
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raises(ValueError, "IPOption('ip_address_service', '', requires='string')")
raises(ValueError, "IPOption('ip_address_service', '', requires=[{'option': a, 'expected': False, 'action': 'disabled', 'unknown': True}])")
raises(ValueError, "IPOption('ip_address_service', '', requires=[{'option': a, 'expected': False}])")
raises(ValueError, "IPOption('ip_address_service', '', requires=[{'option': a, 'action': 'disabled'}])")
raises(ValueError, "IPOption('ip_address_service', '', requires=[{'expected': False, 'action': 'disabled'}])")
raises(ValueError, "IPOption('ip_address_service', '', requires=[{'option': a, 'expected': False, 'action': 'disabled', 'inverse': 'string'}])")
raises(ValueError, "IPOption('ip_address_service', '', requires=[{'option': a, 'expected': False, 'action': 'disabled', 'transitive': 'string'}])")
raises(ValueError, "IPOption('ip_address_service', '', requires=[{'option': a, 'expected': False, 'action': 'disabled', 'same_action': 'string'}])")
raises(ValueError, "IPOption('ip_address_service', '', requires=[{'option': 'string', 'expected': False, 'action': 'disabled'}])")
raises(ValueError, "IPOption('ip_address_service', '', requires=[{'option': a, 'expected': 'string', 'action': 'disabled'}])")
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def test_requires_same_action(config_type):
activate_service = BoolOption('activate_service', '', True)
activate_service_web = BoolOption('activate_service_web', '', True,
requires=[{'option': activate_service, 'expected': False,
'action': 'new'}])
ip_address_service_web = IPOption('ip_address_service_web', '',
requires=[{'option': activate_service_web, 'expected': False,
'action': 'disabled', 'inverse': False,
'transitive': True, 'same_action': False}])
od1 = OptionDescription('service', '', [activate_service, activate_service_web, ip_address_service_web])
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cfg = Config(od1)
cfg.property.read_write()
cfg.property.add('new')
cfg = get_config(cfg, config_type)
cfg.option('activate_service').value.get()
cfg.option('activate_service_web').value.get()
cfg.option('ip_address_service_web').value.get()
cfg.option('activate_service').value.set(False)
#
props = []
try:
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cfg.option('activate_service_web').value.get()
except PropertiesOptionError as err:
props = err.proptype
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if config_type == 'tiramisu':
assert frozenset(props) == frozenset(['new'])
else:
assert frozenset(props) == frozenset(['disabled'])
#
props = []
try:
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cfg.option('ip_address_service_web').value.get()
except PropertiesOptionError as err:
props = err.proptype
submsg = '"disabled" (' + _('the value of "{0}" is {1}').format('activate_service', '"False"') + ')'
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if config_type == 'tiramisu':
assert str(err) == str(_('cannot access to {0} "{1}" because has {2} {3}').format('option', 'ip_address_service_web', _('property'), submsg))
#access to cache
assert str(err) == str(_('cannot access to {0} "{1}" because has {2} {3}').format('option', 'ip_address_service_web', _('property'), submsg))
else:
# FIXME
assert str(err) == 'error'
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assert frozenset(props) == frozenset(['disabled'])
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def test_requires_same_action_callback(config_type):
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activate_service = BoolOption('activate_service', '', True)
activate_service_web = BoolOption('activate_service_web', '', True,
requires=[{'callback': calc_value, 'callback_params': Params(ParamOption(activate_service)), 'expected': False,
'action': 'new'}])
ip_address_service_web = IPOption('ip_address_service_web', '',
requires=[{'option': activate_service_web, 'expected': False,
'action': 'disabled', 'inverse': False,
'transitive': True, 'same_action': False}])
od1 = OptionDescription('service', '', [activate_service, activate_service_web, ip_address_service_web])
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cfg = Config(od1)
cfg.property.read_write()
cfg.property.add('new')
cfg = get_config(cfg, config_type)
cfg.option('activate_service').value.get()
cfg.option('activate_service_web').value.get()
cfg.option('ip_address_service_web').value.get()
cfg.option('activate_service').value.set(False)
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#
props = []
try:
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cfg.option('activate_service_web').value.get()
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except PropertiesOptionError as err:
props = err.proptype
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if config_type == 'tiramisu':
assert frozenset(props) == frozenset(['new'])
else:
assert frozenset(props) == frozenset(['disabled'])
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#
props = []
try:
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cfg.option('ip_address_service_web').value.get()
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except PropertiesOptionError as err:
props = err.proptype
submsg = '"disabled" (' + _('the calculated value is {0}').format('"False"') + ')'
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if config_type == 'tiramisu':
assert str(err) == str(_('cannot access to {0} "{1}" because has {2} {3}').format('option', 'ip_address_service_web', _('property'), submsg))
#access to cache
assert str(err) == str(_('cannot access to {0} "{1}" because has {2} {3}').format('option', 'ip_address_service_web', _('property'), submsg))
else:
# FIXME
assert str(err) == 'error'
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assert frozenset(props) == frozenset(['disabled'])
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def test_multiple_requires(config_type):
a = StrOption('activate_service', '')
b = IPOption('ip_address_service', '',
requires=[{'option': a, 'expected': 'yes', 'action': 'disabled'},
{'option': a, 'expected': 'ok', 'action': 'disabled'}])
od = OptionDescription('service', '', [a, b])
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cfg = Config(od)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
cfg.option('ip_address_service').value.get()
cfg.option('activate_service').value.set('yes')
props = []
try:
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cfg.option('ip_address_service').value.get()
except PropertiesOptionError as err:
props = err.proptype
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assert frozenset(props) == frozenset(['disabled'])
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cfg.option('activate_service').value.set('ok')
props = []
try:
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cfg.option('ip_address_service').value.get()
except PropertiesOptionError as err:
props = err.proptype
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assert frozenset(props) == frozenset(['disabled'])
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cfg.option('activate_service').value.set('no')
cfg.option('ip_address_service').value.get()
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def test_multiple_requires_cumulative(config_type):
a = StrOption('activate_service', '')
b = IPOption('ip_address_service', '',
requires=[{'option': a, 'expected': 'yes', 'action': 'disabled'},
{'option': a, 'expected': 'yes', 'action': 'hidden'}])
od = OptionDescription('service', '', [a, b])
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cfg = Config(od)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
cfg.option('ip_address_service').value.get()
cfg.option('activate_service').value.set('yes')
props = []
try:
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cfg.option('ip_address_service').value.get()
except PropertiesOptionError as err:
props = err.proptype
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if config_type == 'tiramisu':
assert set(props) == {'hidden', 'disabled'}
else:
assert set(props) == {'disabled'}
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cfg.option('activate_service').value.set('ok')
cfg.option('ip_address_service').value.get()
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cfg.option('activate_service').value.set('no')
cfg.option('ip_address_service').value.get()
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def test_multiple_requires_cumulative_inverse(config_type):
a = StrOption('activate_service', '')
b = IPOption('ip_address_service', '',
requires=[{'option': a, 'expected': 'yes', 'action': 'disabled', 'inverse': True},
{'option': a, 'expected': 'yes', 'action': 'hidden', 'inverse': True}])
od = OptionDescription('service', '', [a, b])
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cfg = Config(od)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
props = []
try:
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cfg.option('ip_address_service').value.get()
except PropertiesOptionError as err:
props = err.proptype
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if config_type == 'tiramisu':
assert set(props) == {'hidden', 'disabled'}
else:
assert set(props) == {'disabled'}
cfg.option('activate_service').value.set('yes')
cfg.option('ip_address_service').value.get()
cfg.option('activate_service').value.set('ok')
props = []
try:
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cfg.option('ip_address_service').value.get()
except PropertiesOptionError as err:
props = err.proptype
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if config_type == 'tiramisu':
assert set(props) == {'hidden', 'disabled'}
else:
assert set(props) == {'disabled'}
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cfg.option('activate_service').value.set('no')
props = []
try:
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cfg.option('ip_address_service').value.get()
except PropertiesOptionError as err:
props = err.proptype
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if config_type == 'tiramisu':
assert set(props) == {'hidden', 'disabled'}
else:
assert set(props) == {'disabled'}
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def test_multiple_requires_inverse(config_type):
a = StrOption('activate_service', '')
b = IPOption('ip_address_service', '',
requires=[{'option': a, 'expected': 'yes', 'action': 'disabled', 'inverse': True},
{'option': a, 'expected': 'ok', 'action': 'disabled', 'inverse': True}])
od = OptionDescription('service', '', [a, b])
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cfg = Config(od)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
props = []
try:
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cfg.option('ip_address_service').value.get()
except PropertiesOptionError as err:
props = err.proptype
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assert frozenset(props) == frozenset(['disabled'])
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cfg.option('activate_service').value.set('yes')
cfg.option('ip_address_service').value.get()
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cfg.option('activate_service').value.set('ok')
cfg.option('ip_address_service').value.get()
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cfg.option('activate_service').value.set('no')
props = []
try:
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cfg.option('ip_address_service').value.get()
except PropertiesOptionError as err:
props = err.proptype
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assert frozenset(props) == frozenset(['disabled'])
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def test_requires_transitive(config_type):
a = BoolOption('activate_service', '', True)
b = BoolOption('activate_service_web', '', True,
requires=[{'option': a, 'expected': False, 'action': 'disabled'}])
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d = IPOption('ip_address_service_web', '',
requires=[{'option': b, 'expected': False, 'action': 'disabled'}])
od = OptionDescription('service', '', [a, b, d])
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cfg = Config(od)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
cfg.option('activate_service').value.get()
cfg.option('activate_service_web').value.get()
cfg.option('ip_address_service_web').value.get()
cfg.option('activate_service').value.set(False)
#
props = []
try:
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cfg.option('activate_service_web').value.get()
except PropertiesOptionError as err:
props = err.proptype
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assert frozenset(props) == frozenset(['disabled'])
#
props = []
try:
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cfg.option('ip_address_service_web').value.get()
except PropertiesOptionError as err:
props = err.proptype
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assert frozenset(props) == frozenset(['disabled'])
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def test_requires_transitive_callback(config_type):
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a = BoolOption('activate_service', '', True)
b = BoolOption('activate_service_web', '', True,
requires=[{'callback': calc_value, 'callback_params': Params(ParamOption(a)), 'expected': False, 'action': 'disabled'}])
d = IPOption('ip_address_service_web', '',
requires=[{'callback': calc_value, 'callback_params': Params(ParamOption(b)), 'expected': False, 'action': 'disabled'}])
od = OptionDescription('service', '', [a, b, d])
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cfg = Config(od)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
cfg.option('activate_service').value.get()
cfg.option('activate_service_web').value.get()
cfg.option('ip_address_service_web').value.get()
cfg.option('activate_service').value.set(False)
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#
props = []
try:
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cfg.option('activate_service_web').value.get()
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except PropertiesOptionError as err:
props = err.proptype
assert frozenset(props) == frozenset(['disabled'])
#
props = []
try:
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cfg.option('ip_address_service_web').value.get()
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except PropertiesOptionError as err:
props = err.proptype
assert frozenset(props) == frozenset(['disabled'])
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def test_requires_transitive_unrestraint(config_type):
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a = BoolOption('activate_service', '', True)
b = BoolOption('activate_service_web', '', True,
requires=[{'option': a, 'expected': False, 'action': 'disabled'}])
d = IPOption('ip_address_service_web', '',
requires=[{'option': b, 'expected': False, 'action': 'disabled'}])
od = OptionDescription('service', '', [a, b, d])
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cfg_ori = Config(od)
cfg_ori.property.read_write()
cfg = get_config(cfg_ori, config_type)
cfg.option('activate_service').value.get()
cfg.option('activate_service_web').value.get()
cfg.option('ip_address_service_web').value.get()
cfg.option('activate_service').value.set(False)
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#
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if config_type == 'tiramisu-api':
cfg.send()
assert cfg_ori.unrestraint.option('activate_service_web').property.get() == {'disabled'}
assert cfg_ori.unrestraint.option('ip_address_service_web').property.get() == {'disabled'}
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def test_requires_transitive_owner(config_type):
a = BoolOption('activate_service', '', True)
b = BoolOption('activate_service_web', '', True,
requires=[{'option': a, 'expected': False, 'action': 'disabled'}])
d = IPOption('ip_address_service_web', '',
requires=[{'option': b, 'expected': False, 'action': 'disabled'}])
od = OptionDescription('service', '', [a, b, d])
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cfg = Config(od)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
cfg.option('activate_service').value.get()
cfg.option('activate_service_web').value.get()
cfg.option('ip_address_service_web').value.get()
#no more default value
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cfg.option('ip_address_service_web').value.set('1.1.1.1')
cfg.option('activate_service').value.set(False)
props = []
try:
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cfg.option('ip_address_service_web').value.get()
except PropertiesOptionError as err:
props = err.proptype
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assert frozenset(props) == frozenset(['disabled'])
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def test_requires_transitive_bis(config_type):
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a = BoolOption('activate_service', '', True)
abis = BoolOption('activate_service_bis', '', True)
b = BoolOption('activate_service_web', '', True,
requires=[{'option': a, 'expected': True, 'action': 'disabled', 'inverse': True}])
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d = IPOption('ip_address_service_web', '',
requires=[{'option': b, 'expected': True, 'action': 'disabled', 'inverse': True}])
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od = OptionDescription('service', '', [a, abis, b, d])
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cfg = Config(od)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
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#
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cfg.option('activate_service_web').value.get()
cfg.option('ip_address_service_web').value.get()
cfg.option('activate_service').value.set(False)
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#
props = []
try:
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cfg.option('activate_service_web').value.get()
except PropertiesOptionError as err:
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props = err.proptype
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assert frozenset(props) == frozenset(['disabled'])
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#
props = []
try:
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cfg.option('ip_address_service_web').value.get()
except PropertiesOptionError as err:
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props = err.proptype
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assert frozenset(props) == frozenset(['disabled'])
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def test_requires_transitive_hidden_permissive():
a = BoolOption('activate_service', '', True)
b = BoolOption('activate_service_web', '', True,
requires=[{'option': a, 'expected': False, 'action': 'hidden'}])
d = IPOption('ip_address_service_web', '',
requires=[{'option': b, 'expected': False, 'action': 'disabled'}])
od = OptionDescription('service', '', [a, b, d])
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cfg = Config(od)
cfg.property.read_write()
# FIXME permissive cfg = get_config(cfg, config_type)
cfg.option('activate_service').value.get()
cfg.option('ip_address_service_web').value.get()
cfg.option('ip_address_service_web').value.get()
cfg.option('activate_service').value.set(False)
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#
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cfg.option('ip_address_service_web').value.get()
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def test_requires_transitive_hidden_disabled(config_type):
a = BoolOption('activate_service', '', True)
b = BoolOption('activate_service_web', '', True,
requires=[{'option': a, 'expected': False, 'action': 'hidden'}])
d = IPOption('ip_address_service_web', '',
requires=[{'option': b, 'expected': False, 'action': 'disabled'}])
od = OptionDescription('service', '', [a, b, d])
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cfg = Config(od)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
cfg.option('activate_service').value.get()
cfg.option('activate_service_web').value.get()
cfg.option('ip_address_service_web').value.get()
cfg.option('activate_service').value.set(False)
#
props = []
try:
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cfg.option('activate_service_web').value.get()
except PropertiesOptionError as err:
props = err.proptype
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if config_type == 'tiramisu-api':
assert frozenset(props) == frozenset(['disabled'])
else:
assert frozenset(props) == frozenset(['hidden'])
cfg.option('ip_address_service_web').value.get()
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def test_requires_transitive_hidden_disabled_multiple(config_type):
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a = BoolOption('activate_service', '', True)
b = BoolOption('activate_service_web', '', True,
requires=[{'option': a, 'expected': False, 'action': 'hidden'},
{'option': a, 'expected': False, 'action': 'disabled'}])
d = IPOption('ip_address_service_web', '',
requires=[{'option': b, 'expected': False, 'action': 'mandatory'}])
od = OptionDescription('service', '', [a, b, d])
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cfg_ori = Config(od)
cfg_ori.property.read_write()
cfg = get_config(cfg_ori, config_type)
cfg.option('activate_service').value.get()
cfg.option('activate_service_web').value.get()
cfg.option('ip_address_service_web').value.get()
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req = None
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if config_type == 'tiramisu-api':
try:
cfg.option('activate_service').value.set(False)
except ConfigError as err:
req = err
error_msg = str(_('unable to transform tiramisu object to dict: {}').format(_('cannot access to option "{0}" because required option "{1}" has {2} {3}').format('ip_address_service_web', 'activate_service_web', _('property'), '"disabled"')))
else:
cfg.option('activate_service').value.set(False)
#
props = []
try:
cfg.option('activate_service_web').value.get()
except PropertiesOptionError as err:
props = err.proptype
if config_type == 'tiramisu-api':
assert set(props) == {'disabled',}
else:
assert set(props) == {'disabled', 'hidden'}
del props
#
try:
cfg.option('ip_address_service_web').value.get()
except RequirementError as err:
req = err
error_msg = str(_('cannot access to option "{0}" because required option "{1}" has {2} {3}').format('ip_address_service_web', 'activate_service_web', _('property'), '"disabled"'))
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assert req, "ip_address_service_web should raise RequirementError"
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assert str(req) == error_msg
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del req
#
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cfg_ori.permissive.set(frozenset())
if config_type == 'tiramisu-api':
try:
cfg = get_config(cfg_ori, config_type)
except ConfigError as err:
req = err
error_msg = str(_('unable to transform tiramisu object to dict: {}').format(_('cannot access to option "{0}" because required option "{1}" has {2} {3}').format('ip_address_service_web', 'activate_service_web', _('properties'), '"disabled" {} "hidden"'.format(_('and')))))
else:
cfg = get_config(cfg_ori, config_type)
try:
cfg.option('ip_address_service_web').value.get()
except RequirementError as err:
req = err
error_msg = str(_('cannot access to option "{0}" because required option "{1}" has {2} {3}').format('ip_address_service_web', 'activate_service_web', _('properties'), '"disabled" {} "hidden"'.format(_('and'))))
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assert req, "ip_address_service_web should raise RequirementError"
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assert str(req) == error_msg
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del req
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def test_requires_not_transitive(config_type):
a = BoolOption('activate_service', '', True)
b = BoolOption('activate_service_web', '', True,
requires=[{'option': a, 'expected': False, 'action': 'disabled'}])
d = IPOption('ip_address_service_web', '',
requires=[{'option': b, 'expected': False,
'action': 'disabled', 'transitive': False}])
od = OptionDescription('service', '', [a, b, d])
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cfg = Config(od)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
cfg.option('activate_service').value.get()
cfg.option('activate_service_web').value.get()
cfg.option('ip_address_service_web').value.get()
cfg.option('activate_service').value.set(False)
#
props = []
try:
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cfg.option('activate_service_web').value.get()
except PropertiesOptionError as err:
props = err.proptype
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assert frozenset(props) == frozenset(['disabled'])
#
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cfg.option('ip_address_service_web').value.get()
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def test_requires_not_transitive_not_same_action(config_type):
a = BoolOption('activate_service', '', True)
b = BoolOption('activate_service_web', '', True,
requires=[{'option': a, 'expected': False, 'action': 'disabled'}])
d = IPOption('ip_address_service_web', '',
requires=[{'option': b, 'expected': False,
'action': 'hidden', 'transitive': False}])
od = OptionDescription('service', '', [a, b, d])
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cfg = Config(od)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
cfg.option('activate_service').value.get()
cfg.option('activate_service_web').value.get()
cfg.option('ip_address_service_web').value.get()
if config_type == 'tiramisu-api':
raises(ConfigError, "cfg.option('activate_service').value.set(False)")
else:
cfg.option('activate_service').value.set(False)
#
props = []
try:
cfg.option('activate_service_web').value.get()
except PropertiesOptionError as err:
props = err.proptype
assert frozenset(props) == frozenset(['disabled'])
#
raises(RequirementError, "cfg.option('ip_address_service_web').value.get()")
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def test_requires_None(config_type):
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a = BoolOption('activate_service', '')
b = IPOption('ip_address_service', '',
requires=[{'option': a, 'expected': None, 'action': 'disabled'}])
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od = OptionDescription('service', '', [a, b])
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cfg = Config(od)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
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props = []
try:
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cfg.option('ip_address_service').value.get()
except PropertiesOptionError as err:
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props = err.proptype
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assert frozenset(props) == frozenset(['disabled'])
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cfg.option('activate_service').value.set(False)
cfg.option('ip_address_service').value.get()
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def test_requires_multi_disabled(config_type):
a = BoolOption('activate_service', '')
b = IntOption('num_service', '')
c = IPOption('ip_address_service', '',
requires=[{'option': a, 'expected': True, 'action': 'disabled'},
{'option': b, 'expected': 1, 'action': 'disabled'}])
od = OptionDescription('service', '', [a, b, c])
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cfg = Config(od)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
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cfg.option('ip_address_service').value.get()
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cfg.option('activate_service').value.set(True)
props = []
try:
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cfg.option('ip_address_service').value.get()
except PropertiesOptionError as err:
props = err.proptype
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assert frozenset(props) == frozenset(['disabled'])
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cfg.option('activate_service').value.set(False)
cfg.option('ip_address_service').value.get()
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cfg.option('num_service').value.set(1)
props = []
try:
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cfg.option('ip_address_service').value.get()
except PropertiesOptionError as err:
props = err.proptype
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assert frozenset(props) == frozenset(['disabled'])
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cfg.option('activate_service').value.set(True)
props = []
try:
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cfg.option('ip_address_service').value.get()
except PropertiesOptionError as err:
props = err.proptype
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assert frozenset(props) == frozenset(['disabled'])
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def test_requires_multi_disabled_callback(config_type):
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a = BoolOption('activate_service', '')
b = IntOption('num_service', '')
c = IPOption('ip_address_service', '',
requires=[{'callback': calc_value, 'callback_params': Params(ParamOption(a)), 'expected': True, 'action': 'disabled'},
{'callback': calc_value, 'callback_params': Params(ParamOption(b)), 'expected': 1, 'action': 'disabled'}])
od = OptionDescription('service', '', [a, b, c])
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cfg = Config(od)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
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cfg.option('ip_address_service').value.get()
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cfg.option('activate_service').value.set(True)
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props = []
try:
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cfg.option('ip_address_service').value.get()
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except PropertiesOptionError as err:
props = err.proptype
assert frozenset(props) == frozenset(['disabled'])
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cfg.option('activate_service').value.set(False)
cfg.option('ip_address_service').value.get()
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cfg.option('num_service').value.set(1)
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props = []
try:
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cfg.option('ip_address_service').value.get()
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except PropertiesOptionError as err:
props = err.proptype
assert frozenset(props) == frozenset(['disabled'])
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cfg.option('activate_service').value.set(True)
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props = []
try:
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cfg.option('ip_address_service').value.get()
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except PropertiesOptionError as err:
props = err.proptype
assert frozenset(props) == frozenset(['disabled'])
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def test_requires_multi_disabled_new_format(config_type):
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a = BoolOption('activate_service', '')
b = IntOption('num_service', '')
c = IPOption('ip_address_service', '',
requires=[{'expected': [{'option': a, 'value': True}, {'option': b, 'value': 1}], 'action': 'disabled'}])
od = OptionDescription('service', '', [a, b, c])
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cfg = Config(od)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
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cfg.option('ip_address_service').value.get()
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cfg.option('activate_service').value.set(True)
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props = []
try:
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cfg.option('ip_address_service').value.get()
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except PropertiesOptionError as err:
props = err.proptype
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assert frozenset(props) == frozenset(['disabled'])
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cfg.option('activate_service').value.set(False)
cfg.option('ip_address_service').value.get()
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cfg.option('num_service').value.set(1)
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props = []
try:
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cfg.option('ip_address_service').value.get()
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except PropertiesOptionError as err:
props = err.proptype
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assert frozenset(props) == frozenset(['disabled'])
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cfg.option('activate_service').value.set(True)
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props = []
try:
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cfg.option('ip_address_service').value.get()
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except PropertiesOptionError as err:
props = err.proptype
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assert frozenset(props) == frozenset(['disabled'])
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def test_requires_unknown_operator():
a = BoolOption('activate_service', '')
b = IntOption('num_service', '')
raises(ValueError, """IPOption('ip_address_service', '',
requires=[{'expected': [{'option': a, 'value': True}, {'option': b, 'value': 1}],
'action': 'disabled', 'operator': 'unknown'}])""")
def test_requires_keys():
a = BoolOption('activate_service', '')
b = IntOption('num_service', '')
raises(ValueError, """IPOption('ip_address_service', '',
requires=[{'expected': [{'option': a, 'value2': True}, {'option': b, 'value': 1}],
'action': 'disabled', 'operator': 'and'}])""")
def test_requires_unvalid():
a = BoolOption('activate_service', '')
b = IntOption('num_service', '')
raises(ValueError, """IPOption('ip_address_service', '',
requires=[{'expected': [{'option': a, 'value': 'unvalid'}, {'option': b, 'value': 1}],
'action': 'disabled', 'operator': 'and'}])""")
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def test_requires_multi_disabled_new_format_and(config_type):
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a = BoolOption('activate_service', '')
b = IntOption('num_service', '')
c = IPOption('ip_address_service', '',
requires=[{'expected': [{'option': a, 'value': True}, {'option': b, 'value': 1}], 'action': 'disabled', 'operator': 'and'}])
od = OptionDescription('service', '', [a, b, c])
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cfg = Config(od)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
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cfg.option('ip_address_service').value.get()
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cfg.option('activate_service').value.set(True)
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props = []
try:
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cfg.option('ip_address_service').value.get()
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except PropertiesOptionError as err:
props = err.proptype
assert props == []
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cfg.option('activate_service').value.set(False)
cfg.option('ip_address_service').value.get()
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cfg.option('num_service').value.set(1)
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props = []
try:
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cfg.option('ip_address_service').value.get()
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except PropertiesOptionError as err:
props = err.proptype
assert props == []
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cfg.option('activate_service').value.set(True)
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props = []
try:
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cfg.option('ip_address_service').value.get()
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except PropertiesOptionError as err:
props = err.proptype
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assert frozenset(props) == frozenset(['disabled'])
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def test_requires_multi_disabled_new_format_and_2(config_type):
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a = BoolOption('activate_service', '')
b = IntOption('num_service', '')
c = IPOption('ip_address_service', '',
requires=[{'expected': [{'option': a, 'value': True}, {'option': b, 'value': 1}], 'action': 'disabled', 'operator': 'and'},
{'expected': [{'option': a, 'value': False}, {'option': b, 'value': 1}], 'action': 'expert'}])
od = OptionDescription('service', '', [a, b, c])
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cfg = Config(od)
cfg.property.add('expert')
cfg.property.read_write()
cfg = get_config(cfg, config_type)
cfg.option('ip_address_service').value.get()
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cfg.option('activate_service').value.set(True)
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props = []
try:
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cfg.option('ip_address_service').value.get()
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except PropertiesOptionError as err:
props = err.proptype
assert props == []
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cfg.option('activate_service').value.set(False)
cfg.option('num_service').value.set(1)
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props = []
try:
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cfg.option('ip_address_service').value.get()
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except PropertiesOptionError as err:
props = err.proptype
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if config_type == 'tiramisu-api':
assert frozenset(props) == frozenset(['disabled'])
else:
assert frozenset(props) == frozenset(['expert'])
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cfg.option('activate_service').value.set(True)
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props = []
try:
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cfg.option('ip_address_service').value.get()
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except PropertiesOptionError as err:
props = err.proptype
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if config_type == 'tiramisu-api':
assert frozenset(props) == frozenset(['disabled'])
else:
assert frozenset(props) == frozenset(['disabled', 'expert'])
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def test_requires_multi_disabled_inverse(config_type):
a = BoolOption('activate_service', '')
b = IntOption('num_service', '')
c = IPOption('ip_address_service', '',
requires=[{'option': a, 'expected': True,
'action': 'disabled', 'inverse': True},
{'option': b, 'expected': 1,
'action': 'disabled', 'inverse': True}])
od = OptionDescription('service', '', [a, b, c])
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cfg = Config(od)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
props = []
try:
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cfg.option('ip_address_service').value.get()
except PropertiesOptionError as err:
props = err.proptype
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assert frozenset(props) == frozenset(['disabled'])
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cfg.option('activate_service').value.set(True)
props = []
try:
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cfg.option('ip_address_service').value.get()
except PropertiesOptionError as err:
props = err.proptype
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assert frozenset(props) == frozenset(['disabled'])
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cfg.option('activate_service').value.set(False)
props = []
try:
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cfg.option('ip_address_service').value.get()
except PropertiesOptionError as err:
props = err.proptype
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assert frozenset(props) == frozenset(['disabled'])
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cfg.option('num_service').value.set(1)
props = []
try:
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cfg.option('ip_address_service').value.get()
except PropertiesOptionError as err:
props = err.proptype
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assert frozenset(props) == frozenset(['disabled'])
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cfg.option('activate_service').value.set(True)
cfg.option('ip_address_service').value.get()
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def test_requires_multi_disabled_2(config_type):
a = BoolOption('a', '')
b = BoolOption('b', '')
c = BoolOption('c', '')
d = BoolOption('d', '')
e = BoolOption('e', '')
f = BoolOption('f', '')
g = BoolOption('g', '')
h = BoolOption('h', '')
i = BoolOption('i', '')
j = BoolOption('j', '')
k = BoolOption('k', '')
l = BoolOption('l', '')
m = BoolOption('m', '')
list_bools = [a, b, c, d, e, f, g, h, i, j, k, l, m]
requires = []
for boo in list_bools:
requires.append({'option': boo, 'expected': True, 'action': 'disabled'})
z = IPOption('z', '', requires=requires)
y = copy(list_bools)
y.append(z)
od = OptionDescription('service', '', y)
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cfg = Config(od)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
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cfg.option('z').value.get()
for boo in list_bools:
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cfg.option(boo.impl_getname()).value.set(True)
props = []
try:
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cfg.option('z').value.get()
except PropertiesOptionError as err:
props = err.proptype
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assert frozenset(props) == frozenset(['disabled'])
for boo in list_bools:
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cfg.option(boo.impl_getname()).value.set(False)
if boo == m:
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cfg.option('z').value.get()
else:
props = []
try:
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cfg.option('z').value.get()
except PropertiesOptionError as err:
props = err.proptype
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assert frozenset(props) == frozenset(['disabled'])
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def test_requires_multi_disabled_inverse_2(config_type):
a = BoolOption('a', '')
b = BoolOption('b', '')
c = BoolOption('c', '')
d = BoolOption('d', '')
e = BoolOption('e', '')
f = BoolOption('f', '')
g = BoolOption('g', '')
h = BoolOption('h', '')
i = BoolOption('i', '')
j = BoolOption('j', '')
k = BoolOption('k', '')
l = BoolOption('l', '')
m = BoolOption('m', '')
list_bools = [a, b, c, d, e, f, g, h, i, j, k, l, m]
requires = []
for boo in list_bools:
requires.append({'option': boo, 'expected': True, 'action': 'disabled',
'inverse': True})
z = IPOption('z', '', requires=requires)
y = copy(list_bools)
y.append(z)
od = OptionDescription('service', '', y)
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cfg = Config(od)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
props = []
try:
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cfg.option('z').value.get()
except PropertiesOptionError as err:
props = err.proptype
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assert frozenset(props) == frozenset(['disabled'])
for boo in list_bools:
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cfg.option(boo.impl_getname()).value.set(True)
if boo == m:
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cfg.option('z').value.get()
else:
props = []
try:
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cfg.option('z').value.get()
except PropertiesOptionError as err:
props = err.proptype
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assert frozenset(props) == frozenset(['disabled'])
for boo in list_bools:
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cfg.option(boo.impl_getname()).value.set(False)
props = []
try:
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cfg.option('z').value.get()
except PropertiesOptionError as err:
props = err.proptype
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assert frozenset(props) == frozenset(['disabled'])
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def test_requires_requirement_append(config_type):
a = BoolOption('activate_service', '', True)
b = IPOption('ip_address_service', '',
requires=[{'option': a, 'expected': False, 'action': 'disabled'}])
od = OptionDescription('service', '', [a, b])
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cfg_ori = Config(od)
cfg_ori.property.read_write()
cfg = get_config(cfg_ori, config_type)
cfg.property.get()
cfg.option('ip_address_service').property.get()
if config_type == 'tiramisu-api':
cfg.send()
raises(ValueError, "cfg_ori.option('ip_address_service').property.add('disabled')")
cfg = get_config(cfg_ori, config_type)
cfg.option('activate_service').value.set(False)
# disabled is now set, test to remove disabled before store in storage
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if config_type == 'tiramisu-api':
cfg.send()
cfg_ori.unrestraint.option('ip_address_service').property.add("test")
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def test_requires_different_inverse(config_type):
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a = BoolOption('activate_service', '', True)
b = IPOption('ip_address_service', '', requires=[
{'option': a, 'expected': True, 'action': 'disabled', 'inverse': True},
{'option': a, 'expected': True, 'action': 'disabled', 'inverse': False}])
od = OptionDescription('service', '', [a, b])
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cfg = Config(od)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
raises(PropertiesOptionError, "cfg.option('ip_address_service').value.get()")
cfg.option('activate_service').value.set(False)
raises(PropertiesOptionError, "cfg.option('ip_address_service').value.get()")
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def test_requires_different_inverse_unicode(config_type):
a = BoolOption('activate_service', '', True)
d = StrOption('activate_other_service', '', 'val2')
b = IPOption('ip_address_service', '', requires=[
{'option': a, 'expected': True, 'action': 'disabled', 'inverse': True},
{'option': d, 'expected': 'val1', 'action': 'disabled', 'inverse': False}])
od = OptionDescription('service', '', [a, d, b])
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cfg = Config(od)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
assert cfg.option('ip_address_service').value.get() == None
cfg.option('activate_service').value.set(False)
raises(PropertiesOptionError, "cfg.option('ip_address_service').value.get()")
cfg.option('activate_service').value.set(True)
assert cfg.option('ip_address_service').value.get() == None
cfg.option('activate_other_service').value.set('val1')
raises(PropertiesOptionError, "cfg.option('ip_address_service').value.get()")
cfg.option('activate_service').value.set(False)
raises(PropertiesOptionError, "cfg.option('ip_address_service').value.get()")
def test_requires_recursive_path(config_type):
a = BoolOption('activate_service', '', True)
b = IPOption('ip_address_service', '',
requires=[{'option': a, 'expected': False, 'action': 'disabled'}])
od1 = OptionDescription('service', '', [a, b], requires=[{'option': a, 'expected': False, 'action': 'disabled'}])
od = OptionDescription('base', '', [od1])
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cfg = Config(od)
cfg.property.read_write()
if config_type == 'tiramisu-api':
raises(ConfigError, "get_config(cfg, config_type)")
else:
cfg = get_config(cfg, config_type)
raises(RequirementError, "cfg.option('service.a').value.get()")
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def test_optiondescription_requires():
a = BoolOption('activate_service', '', True)
b = BoolOption('ip_address_service', '', multi=True)
a, b
OptionDescription('service', '', [b], requires=[{'option': a, 'expected': False, 'action': 'disabled'}])
def test_optiondescription_requires_multi():
a = BoolOption('activate_service', '', True)
b = IPOption('ip_address_service', '', multi=True)
a, b
raises(ValueError, "OptionDescription('service', '', [a], requires=[{'option': b, 'expected': False, 'action': 'disabled'}])")
def test_properties_conflict():
a = BoolOption('activate_service', '', True)
a
raises(ValueError, "IPOption('ip_address_service', '', properties=('disabled',), requires=[{'option': a, 'expected': False, 'action': 'disabled'}])")
raises(ValueError, "od1 = OptionDescription('service', '', [a], properties=('disabled',), requires=[{'option': a, 'expected': False, 'action': 'disabled'}])")
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def test_leadership_requires(config_type):
ip_admin_eth0 = StrOption('ip_admin_eth0', "ip réseau autorisé", multi=True)
netmask_admin_eth0 = StrOption('netmask_admin_eth0', "masque du sous-réseau", multi=True,
requires=[{'option': ip_admin_eth0, 'expected': '192.168.1.1', 'action': 'disabled'}])
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interface1 = Leadership('ip_admin_eth0', '', [ip_admin_eth0, netmask_admin_eth0])
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od = OptionDescription('toto', '', [interface1])
cfg = Config(od)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
assert cfg.option('ip_admin_eth0.ip_admin_eth0').value.get() == []
cfg.option('ip_admin_eth0.ip_admin_eth0').value.set(['192.168.1.2'])
assert cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.get() is None
assert cfg.option('ip_admin_eth0.ip_admin_eth0').value.get() == ['192.168.1.2']
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#
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cfg.option('ip_admin_eth0.ip_admin_eth0').value.set(['192.168.1.2', '192.168.1.1'])
assert cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.get() is None
raises(PropertiesOptionError, "cfg.option('ip_admin_eth0.netmask_admin_eth0', 1).value.get()")
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#
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cfg.option('ip_admin_eth0.ip_admin_eth0').value.set(['192.168.1.2', '192.168.1.2'])
assert cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.get() is None
assert cfg.option('ip_admin_eth0.netmask_admin_eth0', 1).value.get() is None
cfg.option('ip_admin_eth0.netmask_admin_eth0', 1).value.set('255.255.255.255')
assert cfg.option('ip_admin_eth0.netmask_admin_eth0', 1).value.get() == '255.255.255.255'
assert cfg.value.dict() == {'ip_admin_eth0.ip_admin_eth0': ['192.168.1.2', '192.168.1.2'],
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'ip_admin_eth0.netmask_admin_eth0': [None, '255.255.255.255']}
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#
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cfg.option('ip_admin_eth0.ip_admin_eth0').value.set(['192.168.1.2', '192.168.1.1'])
assert cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.get() is None
raises(PropertiesOptionError, "cfg.option('ip_admin_eth0.netmask_admin_eth0', 1).value.get()")
ret = cfg.value.dict()
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assert set(ret.keys()) == set(['ip_admin_eth0.ip_admin_eth0', 'ip_admin_eth0.netmask_admin_eth0'])
assert ret['ip_admin_eth0.ip_admin_eth0'] == ['192.168.1.2', '192.168.1.1']
assert len(ret['ip_admin_eth0.netmask_admin_eth0']) == 2
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assert ret['ip_admin_eth0.netmask_admin_eth0'][0] is None
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assert isinstance(ret['ip_admin_eth0.netmask_admin_eth0'][1], PropertiesOptionError)
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del ret['ip_admin_eth0.netmask_admin_eth0'][1]
del ret['ip_admin_eth0.netmask_admin_eth0'][0]
del ret['ip_admin_eth0.netmask_admin_eth0']
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#
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cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.set('255.255.255.255')
ret = cfg.value.dict()
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assert set(ret.keys()) == set(['ip_admin_eth0.ip_admin_eth0', 'ip_admin_eth0.netmask_admin_eth0'])
assert ret['ip_admin_eth0.ip_admin_eth0'] == ['192.168.1.2', '192.168.1.1']
assert len(ret['ip_admin_eth0.netmask_admin_eth0']) == 2
assert ret['ip_admin_eth0.netmask_admin_eth0'][0] == '255.255.255.255'
assert isinstance(ret['ip_admin_eth0.netmask_admin_eth0'][1], PropertiesOptionError)
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del ret['ip_admin_eth0.netmask_admin_eth0'][1]
del ret['ip_admin_eth0.netmask_admin_eth0'][0]
del ret['ip_admin_eth0.netmask_admin_eth0']
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def test_leadership_requires_callback(config_type):
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ip_admin_eth0 = StrOption('ip_admin_eth0', "ip réseau autorisé", multi=True)
netmask_admin_eth0 = StrOption('netmask_admin_eth0', "masque du sous-réseau", multi=True,
requires=[{'callback': calc_value, 'callback_params': Params(ParamOption(ip_admin_eth0)), 'expected': '192.168.1.1', 'action': 'disabled'}])
interface1 = Leadership('ip_admin_eth0', '', [ip_admin_eth0, netmask_admin_eth0])
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od = OptionDescription('toto', '', [interface1])
cfg = Config(od)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
assert cfg.option('ip_admin_eth0.ip_admin_eth0').value.get() == []
cfg.option('ip_admin_eth0.ip_admin_eth0').value.set(['192.168.1.2'])
assert cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.get() is None
assert cfg.option('ip_admin_eth0.ip_admin_eth0').value.get() == ['192.168.1.2']
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#
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cfg.option('ip_admin_eth0.ip_admin_eth0').value.set(['192.168.1.2', '192.168.1.1'])
assert cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.get() is None
raises(PropertiesOptionError, "cfg.option('ip_admin_eth0.netmask_admin_eth0', 1).value.get()")
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#
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cfg.option('ip_admin_eth0.ip_admin_eth0').value.set(['192.168.1.2', '192.168.1.2'])
assert cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.get() is None
assert cfg.option('ip_admin_eth0.netmask_admin_eth0', 1).value.get() is None
cfg.option('ip_admin_eth0.netmask_admin_eth0', 1).value.set('255.255.255.255')
assert cfg.option('ip_admin_eth0.netmask_admin_eth0', 1).value.get() == '255.255.255.255'
assert cfg.value.dict() == {'ip_admin_eth0.ip_admin_eth0': ['192.168.1.2', '192.168.1.2'],
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'ip_admin_eth0.netmask_admin_eth0': [None, '255.255.255.255']}
#
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cfg.option('ip_admin_eth0.ip_admin_eth0').value.set(['192.168.1.2', '192.168.1.1'])
assert cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.get() is None
raises(PropertiesOptionError, "cfg.option('ip_admin_eth0.netmask_admin_eth0', 1).value.get()")
ret = cfg.value.dict()
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assert set(ret.keys()) == set(['ip_admin_eth0.ip_admin_eth0', 'ip_admin_eth0.netmask_admin_eth0'])
assert ret['ip_admin_eth0.ip_admin_eth0'] == ['192.168.1.2', '192.168.1.1']
assert len(ret['ip_admin_eth0.netmask_admin_eth0']) == 2
assert ret['ip_admin_eth0.netmask_admin_eth0'][0] is None
assert isinstance(ret['ip_admin_eth0.netmask_admin_eth0'][1], PropertiesOptionError)
del ret['ip_admin_eth0.netmask_admin_eth0'][1]
del ret['ip_admin_eth0.netmask_admin_eth0'][0]
del ret['ip_admin_eth0.netmask_admin_eth0']
#
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cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.set('255.255.255.255')
ret = cfg.value.dict()
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assert set(ret.keys()) == set(['ip_admin_eth0.ip_admin_eth0', 'ip_admin_eth0.netmask_admin_eth0'])
assert ret['ip_admin_eth0.ip_admin_eth0'] == ['192.168.1.2', '192.168.1.1']
assert len(ret['ip_admin_eth0.netmask_admin_eth0']) == 2
assert ret['ip_admin_eth0.netmask_admin_eth0'][0] == '255.255.255.255'
assert isinstance(ret['ip_admin_eth0.netmask_admin_eth0'][1], PropertiesOptionError)
del ret['ip_admin_eth0.netmask_admin_eth0'][1]
del ret['ip_admin_eth0.netmask_admin_eth0'][0]
del ret['ip_admin_eth0.netmask_admin_eth0']
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def test_leadership_requires_both():
ip_admin = StrOption('ip_admin_eth0', "ip réseau autorisé")
ip_admin_eth0 = StrOption('ip_admin_eth0', "ip réseau autorisé", multi=True,
requires=[{'option': ip_admin, 'expected': '192.168.1.1', 'action': 'disabled'}])
netmask_admin_eth0 = StrOption('netmask_admin_eth0', "masque du sous-réseau", multi=True)
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raises(RequirementError, "Leadership('ip_admin_eth0', '', [ip_admin_eth0, netmask_admin_eth0], requires=[{'option': ip_admin, 'expected': '192.168.1.1', 'action': 'disabled'}])")
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def test_leadership_requires_properties_invalid():
ip_admin = StrOption('ip_admin', "ip réseau autorisé")
ip_admin_eth0 = StrOption('ip_admin_eth0', "ip réseau autorisé", multi=True)
netmask_admin_eth0 = StrOption('netmask_admin_eth0', "masque du sous-réseau", multi=True,
requires=[{'option': ip_admin_eth0, 'expected': '192.168.1.1', 'action': 'disabled'}])
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raises(ValueError, "Leadership('ip_admin_eth0', '', [ip_admin_eth0, netmask_admin_eth0], properties=('disabled',), requires=[{'option': ip_admin, 'expected': '192.168.1.1', 'action': 'disabled'}])")
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def test_leadership_requires_properties_invalid_2():
ip_admin = StrOption('ip_admin', "ip réseau autorisé")
ip_admin_eth0 = StrOption('ip_admin_eth0', "ip réseau autorisé", multi=True,
requires=[{'option': ip_admin, 'expected': '192.168.1.1', 'action': 'disabled'}])
netmask_admin_eth0 = StrOption('netmask_admin_eth0', "masque du sous-réseau", multi=True,
requires=[{'option': ip_admin_eth0, 'expected': '192.168.1.1', 'action': 'disabled'}])
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raises(ValueError, "Leadership('ip_admin_eth0', '', [ip_admin_eth0, netmask_admin_eth0], properties=('disabled',))")
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def test_leadership_requires_properties():
ip_admin = StrOption('ip_admin', "ip réseau autorisé")
ip_admin_eth0 = StrOption('ip_admin_eth0', "ip réseau autorisé", multi=True)
netmask_admin_eth0 = StrOption('netmask_admin_eth0', "masque du sous-réseau", multi=True,
requires=[{'option': ip_admin_eth0, 'expected': '192.168.1.1', 'action': 'disabled'}])
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Leadership('ip_admin_eth0', '', [ip_admin_eth0, netmask_admin_eth0], properties=('hidden',),
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requires=[{'option': ip_admin, 'expected': '192.168.1.1', 'action': 'disabled'}])
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def test_leadership_requires_leader(config_type):
activate = BoolOption('activate', "Activer l'accès au réseau", True)
ip_admin_eth0 = StrOption('ip_admin_eth0', "ip réseau autorisé", multi=True,
requires=[{'option': activate, 'expected': False, 'action': 'disabled'}])
netmask_admin_eth0 = StrOption('netmask_admin_eth0', "masque du sous-réseau", multi=True)
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interface1 = Leadership('ip_admin_eth0', '', [ip_admin_eth0, netmask_admin_eth0])
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od = OptionDescription('toto', '', [activate, interface1])
cfg = Config(od)
cfg.property.read_write()
#
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assert cfg.option('ip_admin_eth0.ip_admin_eth0').value.get() == []
cfg.option('ip_admin_eth0.ip_admin_eth0').value.set(['192.168.1.2'])
assert cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.get() is None
assert cfg.option('ip_admin_eth0.ip_admin_eth0').value.get() == ['192.168.1.2']
#
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cfg.option('activate').value.set(False)
raises(PropertiesOptionError, "cfg.option('ip_admin_eth0.ip_admin_eth0').value.get()")
raises(PropertiesOptionError, "cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.get()")
#
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cfg.option('activate').value.set(True)
assert cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.get() is None
#
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cfg.option('activate').value.set(False)
raises(PropertiesOptionError, "cfg.option('ip_admin_eth0.ip_admin_eth0').value.get()")
raises(PropertiesOptionError, "cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.get()")
assert cfg.value.dict() == {'activate': False}
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def test_leadership_requires_leader_callback(config_type):
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activate = BoolOption('activate', "Activer l'accès au réseau", True)
ip_admin_eth0 = StrOption('ip_admin_eth0', "ip réseau autorisé", multi=True,
requires=[{'callback': calc_value, 'callback_params': Params(ParamOption(activate)), 'expected': False, 'action': 'disabled'}])
netmask_admin_eth0 = StrOption('netmask_admin_eth0', "masque du sous-réseau", multi=True)
interface1 = Leadership('ip_admin_eth0', '', [ip_admin_eth0, netmask_admin_eth0])
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od = OptionDescription('toto', '', [activate, interface1])
cfg = Config(od)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
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#
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assert cfg.option('ip_admin_eth0.ip_admin_eth0').value.get() == []
cfg.option('ip_admin_eth0.ip_admin_eth0').value.set(['192.168.1.2'])
assert cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.get() is None
assert cfg.option('ip_admin_eth0.ip_admin_eth0').value.get() == ['192.168.1.2']
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#
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cfg.option('activate').value.set(False)
raises(PropertiesOptionError, "cfg.option('ip_admin_eth0.ip_admin_eth0').value.get()")
raises(PropertiesOptionError, "cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.get()")
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#
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cfg.option('activate').value.set(True)
assert cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.get() is None
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#
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cfg.option('activate').value.set(False)
raises(PropertiesOptionError, "cfg.option('ip_admin_eth0.ip_admin_eth0').value.get()")
raises(PropertiesOptionError, "cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.get()")
assert cfg.value.dict() == {'activate': False}
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def test_leadership_requires_leadership(config_type):
activate = BoolOption('activate', "Activer l'accès au réseau", True)
ip_admin_eth0 = StrOption('ip_admin_eth0', "ip réseau autorisé", multi=True)
netmask_admin_eth0 = StrOption('netmask_admin_eth0', "masque du sous-réseau", multi=True)
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interface1 = Leadership('ip_admin_eth0', '', [ip_admin_eth0, netmask_admin_eth0],
requires=[{'option': activate, 'expected': False, 'action': 'disabled'}])
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od = OptionDescription('toto', '', [activate, interface1])
cfg = Config(od)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
#
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assert cfg.option('ip_admin_eth0.ip_admin_eth0').value.get() == []
cfg.option('ip_admin_eth0.ip_admin_eth0').value.set(['192.168.1.2'])
assert cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.get() is None
assert cfg.option('ip_admin_eth0.ip_admin_eth0').value.get() == ['192.168.1.2']
#
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cfg.option('activate').value.set(False)
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if config_type != 'tiramisu-api':
# FIXME
raises(PropertiesOptionError, "cfg.option('ip_admin_eth0.ip_admin_eth0').value.get()")
raises(PropertiesOptionError, "cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.get()")
#
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cfg.option('activate').value.set(True)
assert cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.get() is None
#
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cfg.option('activate').value.set(False)
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if config_type != 'tiramisu-api':
# FIXME
raises(PropertiesOptionError, "cfg.option('ip_admin_eth0.ip_admin_eth0').value.get()")
raises(PropertiesOptionError, "cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.get()")
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assert cfg.value.dict() == {'activate': False}
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def test_leadership_requires_leadership_callback(config_type):
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activate = BoolOption('activate', "Activer l'accès au réseau", True)
ip_admin_eth0 = StrOption('ip_admin_eth0', "ip réseau autorisé", multi=True)
netmask_admin_eth0 = StrOption('netmask_admin_eth0', "masque du sous-réseau", multi=True)
interface1 = Leadership('ip_admin_eth0', '', [ip_admin_eth0, netmask_admin_eth0],
requires=[{'callback': calc_value, 'callback_params': Params(ParamOption(activate)), 'expected': False, 'action': 'disabled'}])
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od = OptionDescription('toto', '', [activate, interface1])
cfg = Config(od)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
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#
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assert cfg.option('ip_admin_eth0.ip_admin_eth0').value.get() == []
cfg.option('ip_admin_eth0.ip_admin_eth0').value.set(['192.168.1.2'])
assert cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.get() is None
assert cfg.option('ip_admin_eth0.ip_admin_eth0').value.get() == ['192.168.1.2']
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#
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cfg.option('activate').value.set(False)
raises(PropertiesOptionError, "cfg.option('ip_admin_eth0.ip_admin_eth0').value.get()")
raises(PropertiesOptionError, "cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.get()")
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#
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cfg.option('activate').value.set(True)
assert cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.get() is None
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#
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cfg.option('activate').value.set(False)
raises(PropertiesOptionError, "cfg.option('ip_admin_eth0.ip_admin_eth0').value.get()")
raises(PropertiesOptionError, "cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.get()")
assert cfg.value.dict() == {'activate': False}
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def test_leadership_requires_no_leader(config_type):
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activate = BoolOption('activate', "Activer l'accès au réseau", True)
ip_admin_eth0 = StrOption('ip_admin_eth0', "ip réseau autorisé", multi=True)
netmask_admin_eth0 = StrOption('netmask_admin_eth0', "masque du sous-réseau", multi=True,
requires=[{'option': activate, 'expected': False, 'action': 'disabled'}])
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interface1 = Leadership('ip_admin_eth0', '', [ip_admin_eth0, netmask_admin_eth0])
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od = OptionDescription('toto', '', [activate, interface1])
cfg = Config(od)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
assert cfg.option('ip_admin_eth0.ip_admin_eth0').value.get() == []
cfg.option('ip_admin_eth0.ip_admin_eth0').value.set(['192.168.1.2'])
assert cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.get() is None
assert cfg.option('ip_admin_eth0.ip_admin_eth0').value.get() == ['192.168.1.2']
cfg.option('activate').value.set(False)
cfg.option('ip_admin_eth0.ip_admin_eth0').value.set(['192.168.1.2', '192.168.1.1'])
assert cfg.option('ip_admin_eth0.ip_admin_eth0').value.get() == ['192.168.1.2', '192.168.1.1']
raises(PropertiesOptionError, "cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.get()")
raises(PropertiesOptionError, "cfg.option('ip_admin_eth0.netmask_admin_eth0', 1).value.get()")
cfg.option('activate').value.set(True)
assert cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.get() is None
assert cfg.option('ip_admin_eth0.netmask_admin_eth0', 1).value.get() is None
cfg.option('ip_admin_eth0.netmask_admin_eth0', 1).value.set('255.255.255.255')
assert cfg.option('ip_admin_eth0.netmask_admin_eth0', 1).value.get() == '255.255.255.255'
cfg.option('activate').value.set(False)
raises(PropertiesOptionError, "cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.get()")
raises(PropertiesOptionError, "cfg.option('ip_admin_eth0.netmask_admin_eth0', 1).value.get()")
assert cfg.value.dict() == {'ip_admin_eth0.ip_admin_eth0': ['192.168.1.2', '192.168.1.1'], 'activate': False}
def test_leadership_requires_no_leader_callback(config_type):
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activate = BoolOption('activate', "Activer l'accès au réseau", True)
ip_admin_eth0 = StrOption('ip_admin_eth0', "ip réseau autorisé", multi=True)
netmask_admin_eth0 = StrOption('netmask_admin_eth0', "masque du sous-réseau", multi=True,
requires=[{'callback': calc_value, 'callback_params': Params(ParamOption(activate)), 'expected': False, 'action': 'disabled'}])
interface1 = Leadership('ip_admin_eth0', '', [ip_admin_eth0, netmask_admin_eth0])
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od = OptionDescription('toto', '', [activate, interface1])
cfg = Config(od)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
assert cfg.option('ip_admin_eth0.ip_admin_eth0').value.get() == []
cfg.option('ip_admin_eth0.ip_admin_eth0').value.set(['192.168.1.2'])
assert cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.get() is None
assert cfg.option('ip_admin_eth0.ip_admin_eth0').value.get() == ['192.168.1.2']
cfg.option('activate').value.set(False)
cfg.option('ip_admin_eth0.ip_admin_eth0').value.set(['192.168.1.2', '192.168.1.1'])
assert cfg.option('ip_admin_eth0.ip_admin_eth0').value.get() == ['192.168.1.2', '192.168.1.1']
raises(PropertiesOptionError, "cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.get()")
raises(PropertiesOptionError, "cfg.option('ip_admin_eth0.netmask_admin_eth0', 1).value.get()")
cfg.option('activate').value.set(True)
assert cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.get() is None
assert cfg.option('ip_admin_eth0.netmask_admin_eth0', 1).value.get() is None
cfg.option('ip_admin_eth0.netmask_admin_eth0', 1).value.set('255.255.255.255')
assert cfg.option('ip_admin_eth0.netmask_admin_eth0', 1).value.get() == '255.255.255.255'
cfg.option('activate').value.set(False)
raises(PropertiesOptionError, "cfg.option('ip_admin_eth0.netmask_admin_eth0', 0).value.get()")
raises(PropertiesOptionError, "cfg.option('ip_admin_eth0.netmask_admin_eth0', 1).value.get()")
dico = cfg.value.dict()
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assert set(dico.keys()) == {'activate', 'ip_admin_eth0.ip_admin_eth0', 'ip_admin_eth0.netmask_admin_eth0'}
dico['ip_admin_eth0.ip_admin_eth0'] == ['192.168.1.2', '192.168.1.1']
dico['activate'] == False
del dico['ip_admin_eth0.netmask_admin_eth0'][1]
del dico['ip_admin_eth0.netmask_admin_eth0'][0]
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def test_leadership_requires_complet(config_type):
optiontoto = StrOption('unicodetoto', "Unicode")
option = StrOption('unicode', "Unicode leader", multi=True)
option1 = StrOption('unicode1', "Unicode follower 1", multi=True)
option2 = StrOption('unicode2', "Values 'test' must show 'Unicode follower 3'", multi=True)
option3 = StrOption('unicode3', "Unicode follower 3", requires=[{'option': option,
'expected': u'test',
'action': 'hidden',
'inverse': True}],
multi=True)
option4 = StrOption('unicode4', "Unicode follower 4", requires=[{'option': option2,
'expected': u'test',
'action': 'hidden',
'inverse': True}],
multi=True)
option5 = StrOption('unicode5', "Unicode follower 5", requires=[{'option': optiontoto,
'expected': u'test',
'action': 'hidden',
'inverse': True}],
multi=True)
option6 = StrOption('unicode6', "Unicode follower 6", requires=[{'option': optiontoto,
'expected': u'test',
'action': 'hidden',
'inverse': True},
{'option': option2,
'expected': u'test',
'action': 'hidden',
'inverse': True}],
multi=True)
option7 = StrOption('unicode7', "Unicode follower 7", requires=[{'option': option2,
'expected': u'test',
'action': 'hidden',
'inverse': True},
{'option': optiontoto,
'expected': u'test',
'action': 'hidden',
'inverse': True}],
multi=True)
descr1 = Leadership("unicode", "Common configuration 1",
[option, option1, option2, option3, option4, option5, option6, option7])
descr = OptionDescription("options", "Common configuration 2", [descr1, optiontoto])
descr = OptionDescription("unicode1_leadership_requires", "Leader followers with Unicode follower 3 hidden when Unicode follower 2 is test", [descr])
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cfg = Config(descr)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
cfg.option('options.unicode.unicode').value.set(['test', 'trah'])
cfg.option('options.unicode.unicode2', 0).value.set('test')
dico = cfg.value.dict()
assert dico.keys() == set(['options.unicode.unicode', 'options.unicode.unicode1', 'options.unicode.unicode2', 'options.unicode.unicode3', 'options.unicode.unicode4', 'options.unicodetoto'])
assert dico['options.unicode.unicode'] == ['test', 'trah']
assert dico['options.unicode.unicode1'] == [None, None]
assert dico['options.unicode.unicode2'] == ['test', None]
assert dico['options.unicode.unicode3'][0] is None
assert isinstance(dico['options.unicode.unicode3'][1], PropertiesOptionError)
assert dico['options.unicode.unicode4'][0] is None
assert isinstance(dico['options.unicode.unicode4'][1], PropertiesOptionError)
assert dico['options.unicodetoto'] is None
del dico['options.unicode.unicode3'][1]
del dico['options.unicode.unicode3']
del dico['options.unicode.unicode4'][1]
del dico['options.unicode.unicode4']
#
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cfg.option('options.unicodetoto').value.set('test')
dico = cfg.value.dict()
assert dico.keys() == set(['options.unicode.unicode', 'options.unicode.unicode1', 'options.unicode.unicode2', 'options.unicode.unicode3', 'options.unicode.unicode4', 'options.unicode.unicode5', 'options.unicode.unicode6', 'options.unicode.unicode7', 'options.unicodetoto'])
assert dico['options.unicode.unicode'] == ['test', 'trah']
assert dico['options.unicode.unicode1'] == [None, None]
assert dico['options.unicode.unicode2'] == ['test', None]
assert dico['options.unicode.unicode3'][0] is None
assert isinstance(dico['options.unicode.unicode3'][1], PropertiesOptionError)
assert dico['options.unicode.unicode4'][0] is None
assert isinstance(dico['options.unicode.unicode4'][1], PropertiesOptionError)
assert dico['options.unicode.unicode5'] == [None, None]
assert dico['options.unicode.unicode6'][0] is None
assert isinstance(dico['options.unicode.unicode6'][1], PropertiesOptionError)
assert dico['options.unicode.unicode7'][0] is None
assert isinstance(dico['options.unicode.unicode7'][1], PropertiesOptionError)
assert dico['options.unicodetoto'] == 'test'
del dico['options.unicode.unicode3'][1]
del dico['options.unicode.unicode3']
del dico['options.unicode.unicode4'][1]
del dico['options.unicode.unicode4']
del dico['options.unicode.unicode6'][1]
del dico['options.unicode.unicode6']
del dico['options.unicode.unicode7'][1]
del dico['options.unicode.unicode7']
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def test_leadership_requires_complet_callback(config_type):
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optiontoto = StrOption('unicodetoto', "Unicode leader")
option = StrOption('unicode', "Unicode leader", multi=True)
option1 = StrOption('unicode1', "Unicode follower 1", multi=True)
option2 = StrOption('unicode2', "Values 'test' must show 'Unicode follower 3'", multi=True)
option3 = StrOption('unicode3', "Unicode follower 3", requires=[{'callback': calc_value,
'callback_params': Params(ParamOption(option)),
'expected': u'test',
'action': 'hidden',
'inverse': True}],
multi=True)
option4 = StrOption('unicode4', "Unicode follower 4", requires=[{'callback': calc_value,
'callback_params': Params(ParamOption(option2)),
'expected': u'test',
'action': 'hidden',
'inverse': True}],
multi=True)
option5 = StrOption('unicode5', "Unicode follower 5", requires=[{'callback': calc_value,
'callback_params': Params(ParamOption(optiontoto)),
'expected': u'test',
'action': 'hidden',
'inverse': True}],
multi=True)
option6 = StrOption('unicode6', "Unicode follower 6", requires=[{'callback': calc_value,
'callback_params': Params(ParamOption(optiontoto)),
'expected': u'test',
'action': 'hidden',
'inverse': True},
{'callback': calc_value,
'callback_params': Params(ParamOption(option2)),
'expected': u'test',
'action': 'hidden',
'inverse': True}],
multi=True)
option7 = StrOption('unicode7', "Unicode follower 7", requires=[{'callback': calc_value,
'callback_params': Params(ParamOption(option2)),
'expected': u'test',
'action': 'hidden',
'inverse': True},
{'callback': calc_value,
'callback_params': Params(ParamOption(optiontoto)),
'expected': u'test',
'action': 'hidden',
'inverse': True}],
multi=True)
descr1 = Leadership("unicode", "Common configuration 1",
[option, option1, option2, option3, option4, option5, option6, option7])
descr = OptionDescription("options", "Common configuration 2", [descr1, optiontoto])
descr = OptionDescription("unicode1_leadership_requires", "Leader followers with Unicode follower 3 hidden when Unicode follower 2 is test", [descr])
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cfg = Config(descr)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
cfg.option('options.unicode.unicode').value.set(['test', 'trah'])
cfg.option('options.unicode.unicode2', 0).value.set('test')
dico = cfg.value.dict()
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assert dico.keys() == set(['options.unicode.unicode', 'options.unicode.unicode1', 'options.unicode.unicode2', 'options.unicode.unicode3', 'options.unicode.unicode4', 'options.unicode.unicode5', 'options.unicode.unicode6', 'options.unicode.unicode7', 'options.unicodetoto'])
assert dico['options.unicode.unicode'] == ['test', 'trah']
assert dico['options.unicode.unicode1'] == [None, None]
assert dico['options.unicode.unicode2'] == ['test', None]
assert dico['options.unicode.unicode3'][0] is None
assert isinstance(dico['options.unicode.unicode3'][1], PropertiesOptionError)
assert dico['options.unicode.unicode4'][0] is None
assert isinstance(dico['options.unicode.unicode4'][1], PropertiesOptionError)
assert dico['options.unicodetoto'] is None
del dico['options.unicode.unicode3'][1]
del dico['options.unicode.unicode3']
del dico['options.unicode.unicode4'][1]
del dico['options.unicode.unicode4']
del dico['options.unicode.unicode5'][0]
del dico['options.unicode.unicode5'][0]
del dico['options.unicode.unicode6'][0]
del dico['options.unicode.unicode6'][0]
del dico['options.unicode.unicode7'][0]
del dico['options.unicode.unicode7'][0]
#
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cfg.option('options.unicodetoto').value.set('test')
dico = cfg.value.dict()
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assert dico.keys() == set(['options.unicode.unicode', 'options.unicode.unicode1', 'options.unicode.unicode2', 'options.unicode.unicode3', 'options.unicode.unicode4', 'options.unicode.unicode5', 'options.unicode.unicode6', 'options.unicode.unicode7', 'options.unicodetoto'])
assert dico['options.unicode.unicode'] == ['test', 'trah']
assert dico['options.unicode.unicode1'] == [None, None]
assert dico['options.unicode.unicode2'] == ['test', None]
assert dico['options.unicode.unicode3'][0] is None
assert isinstance(dico['options.unicode.unicode3'][1], PropertiesOptionError)
assert dico['options.unicode.unicode4'][0] is None
assert isinstance(dico['options.unicode.unicode4'][1], PropertiesOptionError)
assert dico['options.unicode.unicode5'] == [None, None]
assert dico['options.unicode.unicode6'][0] is None
assert isinstance(dico['options.unicode.unicode6'][1], PropertiesOptionError)
assert dico['options.unicode.unicode7'][0] is None
assert isinstance(dico['options.unicode.unicode7'][1], PropertiesOptionError)
assert dico['options.unicodetoto'] == 'test'
del dico['options.unicode.unicode3'][1]
del dico['options.unicode.unicode3']
del dico['options.unicode.unicode4'][1]
del dico['options.unicode.unicode4']
del dico['options.unicode.unicode6'][1]
del dico['options.unicode.unicode6']
del dico['options.unicode.unicode7'][1]
del dico['options.unicode.unicode7']
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def test_leadership_requires_transitive1(config_type):
optiontoto = StrOption('unicodetoto', "Simple unicode")
option = StrOption('unicode', "Unicode leader", multi=True)
option1 = StrOption('unicode1', "Unicode follower 1", multi=True)
option2 = StrOption('unicode2', "Unicode follower 2", requires=[{'option': optiontoto,
'expected': u'test',
'action': 'disabled',
'transitive': True,
'inverse': True}],
multi=True)
option3 = StrOption('unicode3', "Unicode follower 3", requires=[{'option': option2,
'expected': u'test',
'action': 'disabled',
'transitive': True,
'inverse': True}],
multi=True)
option4 = StrOption('unicode4', "Unicode follower 4", requires=[{'option': option3,
'expected': u'test',
'action': 'disabled',
'transitive': True,
'inverse': True}],
multi=True)
descr1 = Leadership("unicode", "Common configuration 1",
[option, option1, option2, option3, option4])
descr = OptionDescription("options", "Common configuration 2", [descr1, optiontoto])
descr = OptionDescription("unicode1", "", [descr])
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cfg = Config(descr)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
assert cfg.value.dict() == {'options.unicode.unicode': [], 'options.unicode.unicode1': [], 'options.unicode.unicode3': [], 'options.unicode.unicode4': [], 'options.unicodetoto': None}
#
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cfg.option('options.unicodetoto').value.set('test')
assert cfg.value.dict() == {'options.unicode.unicode': [], 'options.unicode.unicode1': [], 'options.unicode.unicode2': [], 'options.unicode.unicode3': [], 'options.unicode.unicode4': [], 'options.unicodetoto': 'test'}
#
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cfg.option('options.unicode.unicode').value.set(['a', 'b', 'c'])
dico = cfg.value.dict()
assert list(dico.keys()) == ['options.unicode.unicode', 'options.unicode.unicode1', 'options.unicode.unicode2', 'options.unicode.unicode3', 'options.unicode.unicode4', 'options.unicodetoto']
assert dico['options.unicodetoto'] == 'test'
assert dico['options.unicode.unicode'] == ['a', 'b', 'c']
assert dico['options.unicode.unicode1'] == [None, None, None]
assert dico['options.unicode.unicode2'] == [None, None, None]
assert isinstance(dico['options.unicode.unicode3'][0], PropertiesOptionError)
assert isinstance(dico['options.unicode.unicode3'][1], PropertiesOptionError)
assert isinstance(dico['options.unicode.unicode3'][2], PropertiesOptionError)
assert isinstance(dico['options.unicode.unicode4'][0], PropertiesOptionError)
assert isinstance(dico['options.unicode.unicode4'][1], PropertiesOptionError)
assert isinstance(dico['options.unicode.unicode4'][2], PropertiesOptionError)
del (dico['options.unicode.unicode3'][2])
del (dico['options.unicode.unicode3'][1])
del (dico['options.unicode.unicode3'][0])
del (dico['options.unicode.unicode4'][2])
del (dico['options.unicode.unicode4'][1])
del (dico['options.unicode.unicode4'][0])
#
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cfg.option('options.unicode.unicode2', 1).value.set('test')
cfg.option('options.unicode.unicode3', 1).value.set('test')
dico = cfg.value.dict()
assert list(dico.keys()) == ['options.unicode.unicode', 'options.unicode.unicode1', 'options.unicode.unicode2', 'options.unicode.unicode3', 'options.unicode.unicode4', 'options.unicodetoto']
assert dico['options.unicodetoto'] == 'test'
assert dico['options.unicode.unicode'] == ['a', 'b', 'c']
assert dico['options.unicode.unicode1'] == [None, None, None]
assert dico['options.unicode.unicode2'] == [None, 'test', None]
assert isinstance(dico['options.unicode.unicode3'][0], PropertiesOptionError)
assert dico['options.unicode.unicode3'][1] == 'test'
assert isinstance(dico['options.unicode.unicode3'][2], PropertiesOptionError)
assert isinstance(dico['options.unicode.unicode4'][0], PropertiesOptionError)
assert dico['options.unicode.unicode4'][1] == None
assert isinstance(dico['options.unicode.unicode4'][2], PropertiesOptionError)
del (dico['options.unicode.unicode3'][2])
del (dico['options.unicode.unicode3'][1])
del (dico['options.unicode.unicode3'][0])
del (dico['options.unicode.unicode4'][2])
del (dico['options.unicode.unicode4'][1])
del (dico['options.unicode.unicode4'][0])
#
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cfg.option('options.unicode.unicode2', 1).value.set('rah')
dico = cfg.value.dict()
assert list(dico.keys()) == ['options.unicode.unicode', 'options.unicode.unicode1', 'options.unicode.unicode2', 'options.unicode.unicode3', 'options.unicode.unicode4', 'options.unicodetoto']
assert dico['options.unicodetoto'] == 'test'
assert dico['options.unicode.unicode'] == ['a', 'b', 'c']
assert dico['options.unicode.unicode1'] == [None, None, None]
assert dico['options.unicode.unicode2'] == [None, 'rah', None]
assert isinstance(dico['options.unicode.unicode3'][0], PropertiesOptionError)
assert isinstance(dico['options.unicode.unicode3'][1], PropertiesOptionError)
assert isinstance(dico['options.unicode.unicode3'][2], PropertiesOptionError)
assert isinstance(dico['options.unicode.unicode4'][0], PropertiesOptionError)
assert isinstance(dico['options.unicode.unicode4'][1], PropertiesOptionError)
assert isinstance(dico['options.unicode.unicode4'][2], PropertiesOptionError)
del (dico['options.unicode.unicode3'][2])
del (dico['options.unicode.unicode3'][1])
del (dico['options.unicode.unicode3'][0])
del (dico['options.unicode.unicode4'][2])
del (dico['options.unicode.unicode4'][1])
del (dico['options.unicode.unicode4'][0])
#
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cfg.option('options.unicode.unicode2', 1).value.set('test')
cfg.option('options.unicodetoto').value.set('rah')
dico = cfg.value.dict()
assert list(dico.keys()) == ['options.unicode.unicode', 'options.unicode.unicode1', 'options.unicode.unicode3', 'options.unicode.unicode4', 'options.unicodetoto']
assert dico['options.unicodetoto'] == 'rah'
assert dico['options.unicode.unicode'] == ['a', 'b', 'c']
assert dico['options.unicode.unicode1'] == [None, None, None]
assert isinstance(dico['options.unicode.unicode3'][0], PropertiesOptionError)
assert isinstance(dico['options.unicode.unicode3'][1], PropertiesOptionError)
assert isinstance(dico['options.unicode.unicode3'][2], PropertiesOptionError)
assert isinstance(dico['options.unicode.unicode4'][0], PropertiesOptionError)
assert isinstance(dico['options.unicode.unicode4'][1], PropertiesOptionError)
assert isinstance(dico['options.unicode.unicode4'][2], PropertiesOptionError)
del (dico['options.unicode.unicode3'][2])
del (dico['options.unicode.unicode3'][1])
del (dico['options.unicode.unicode3'][0])
del (dico['options.unicode.unicode4'][2])
del (dico['options.unicode.unicode4'][1])
del (dico['options.unicode.unicode4'][0])
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def test_leadership_requires_transitive_callback(config_type):
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optiontoto = StrOption('unicodetoto', "Unicode leader")
option = StrOption('unicode', "Unicode leader", multi=True)
option1 = StrOption('unicode1', "Unicode follower 1", multi=True)
option2 = StrOption('unicode2', "Unicode follower 2", requires=[{'callback': calc_value,
'callback_params': Params(ParamOption(optiontoto)),
'expected': u'test',
'action': 'disabled',
'transitive': True,
'inverse': True}],
multi=True)
option3 = StrOption('unicode3', "Unicode follower 3", requires=[{'callback': calc_value,
'callback_params': Params(ParamOption(option2)),
'expected': u'test',
'action': 'disabled',
'transitive': True,
'inverse': True}],
multi=True)
option4 = StrOption('unicode4', "Unicode follower 4", requires=[{'callback': calc_value,
'callback_params': Params(ParamOption(option3)),
'expected': u'test',
'action': 'disabled',
'transitive': True,
'inverse': True}],
multi=True)
descr1 = Leadership("unicode", "Common configuration 1",
[option, option1, option2, option3, option4])
descr = OptionDescription("options", "Common configuration 2", [descr1, optiontoto])
descr = OptionDescription("unicode1", "", [descr])
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cfg = Config(descr)
cfg.property.read_write()
cfg = get_config(cfg, config_type)
assert cfg.value.dict() == {'options.unicode.unicode': [], 'options.unicode.unicode1': [], 'options.unicode.unicode2': [], 'options.unicode.unicode3': [], 'options.unicode.unicode4': [], 'options.unicodetoto': None}
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#
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cfg.option('options.unicodetoto').value.set('test')
assert cfg.value.dict() == {'options.unicode.unicode': [], 'options.unicode.unicode1': [], 'options.unicode.unicode2': [], 'options.unicode.unicode3': [], 'options.unicode.unicode4': [], 'options.unicodetoto': 'test'}
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#
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cfg.option('options.unicode.unicode').value.set(['a', 'b', 'c'])
dico = cfg.value.dict()
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assert list(dico.keys()) == ['options.unicode.unicode', 'options.unicode.unicode1', 'options.unicode.unicode2', 'options.unicode.unicode3', 'options.unicode.unicode4', 'options.unicodetoto']
assert dico['options.unicodetoto'] == 'test'
assert dico['options.unicode.unicode'] == ['a', 'b', 'c']
assert dico['options.unicode.unicode1'] == [None, None, None]
assert dico['options.unicode.unicode2'] == [None, None, None]
assert isinstance(dico['options.unicode.unicode3'][0], PropertiesOptionError)
assert isinstance(dico['options.unicode.unicode3'][1], PropertiesOptionError)
assert isinstance(dico['options.unicode.unicode3'][2], PropertiesOptionError)
assert isinstance(dico['options.unicode.unicode4'][0], PropertiesOptionError)
assert isinstance(dico['options.unicode.unicode4'][1], PropertiesOptionError)
assert isinstance(dico['options.unicode.unicode4'][2], PropertiesOptionError)
del (dico['options.unicode.unicode3'][2])
del (dico['options.unicode.unicode3'][1])
del (dico['options.unicode.unicode3'][0])
del (dico['options.unicode.unicode4'][2])
del (dico['options.unicode.unicode4'][1])
del (dico['options.unicode.unicode4'][0])
#
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cfg.option('options.unicode.unicode2', 1).value.set('test')
cfg.option('options.unicode.unicode3', 1).value.set('test')
dico = cfg.value.dict()
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assert list(dico.keys()) == ['options.unicode.unicode', 'options.unicode.unicode1', 'options.unicode.unicode2', 'options.unicode.unicode3', 'options.unicode.unicode4', 'options.unicodetoto']
assert dico['options.unicodetoto'] == 'test'
assert dico['options.unicode.unicode'] == ['a', 'b', 'c']
assert dico['options.unicode.unicode1'] == [None, None, None]
assert dico['options.unicode.unicode2'] == [None, 'test', None]
assert isinstance(dico['options.unicode.unicode3'][0], PropertiesOptionError)
assert dico['options.unicode.unicode3'][1] == 'test'
assert isinstance(dico['options.unicode.unicode3'][2], PropertiesOptionError)
assert isinstance(dico['options.unicode.unicode4'][0], PropertiesOptionError)
assert dico['options.unicode.unicode4'][1] == None
assert isinstance(dico['options.unicode.unicode4'][2], PropertiesOptionError)
del (dico['options.unicode.unicode3'][2])
del (dico['options.unicode.unicode3'][1])
del (dico['options.unicode.unicode3'][0])
del (dico['options.unicode.unicode4'][2])
del (dico['options.unicode.unicode4'][1])
del (dico['options.unicode.unicode4'][0])
#
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cfg.option('options.unicode.unicode2', 1).value.set('rah')
dico = cfg.value.dict()
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assert list(dico.keys()) == ['options.unicode.unicode', 'options.unicode.unicode1', 'options.unicode.unicode2', 'options.unicode.unicode3', 'options.unicode.unicode4', 'options.unicodetoto']
assert dico['options.unicodetoto'] == 'test'
assert dico['options.unicode.unicode'] == ['a', 'b', 'c']
assert dico['options.unicode.unicode1'] == [None, None, None]
assert dico['options.unicode.unicode2'] == [None, 'rah', None]
assert isinstance(dico['options.unicode.unicode3'][0], PropertiesOptionError)
assert isinstance(dico['options.unicode.unicode3'][1], PropertiesOptionError)
assert isinstance(dico['options.unicode.unicode3'][2], PropertiesOptionError)
assert isinstance(dico['options.unicode.unicode4'][0], PropertiesOptionError)
assert isinstance(dico['options.unicode.unicode4'][1], PropertiesOptionError)
assert isinstance(dico['options.unicode.unicode4'][2], PropertiesOptionError)
del (dico['options.unicode.unicode3'][2])
del (dico['options.unicode.unicode3'][1])
del (dico['options.unicode.unicode3'][0])
del (dico['options.unicode.unicode4'][2])
del (dico['options.unicode.unicode4'][1])
del (dico['options.unicode.unicode4'][0])
#
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cfg.option('options.unicode.unicode2', 1).value.set('test')
cfg.option('options.unicodetoto').value.set('rah')
dico = cfg.value.dict()
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assert list(dico.keys()) == ['options.unicode.unicode', 'options.unicode.unicode1', 'options.unicode.unicode2', 'options.unicode.unicode3', 'options.unicode.unicode4', 'options.unicodetoto']
assert dico['options.unicodetoto'] == 'rah'
assert dico['options.unicode.unicode'] == ['a', 'b', 'c']
assert dico['options.unicode.unicode1'] == [None, None, None]
assert isinstance(dico['options.unicode.unicode3'][0], PropertiesOptionError)
assert isinstance(dico['options.unicode.unicode3'][1], PropertiesOptionError)
assert isinstance(dico['options.unicode.unicode3'][2], PropertiesOptionError)
assert isinstance(dico['options.unicode.unicode4'][0], PropertiesOptionError)
assert isinstance(dico['options.unicode.unicode4'][1], PropertiesOptionError)
assert isinstance(dico['options.unicode.unicode4'][2], PropertiesOptionError)
del (dico['options.unicode.unicode2'][2])
del (dico['options.unicode.unicode2'][1])
del (dico['options.unicode.unicode2'][0])
del (dico['options.unicode.unicode3'][2])
del (dico['options.unicode.unicode3'][1])
del (dico['options.unicode.unicode3'][0])
del (dico['options.unicode.unicode4'][2])
del (dico['options.unicode.unicode4'][1])
del (dico['options.unicode.unicode4'][0])