def test_DictCharField_sets_default_value_for_subfields(self):
default_value = factory.make_name('default_value')
multi_field = DictCharField(
[('field_a', forms.CharField(
label='Field a', initial=default_value))],
required=False)
self.assertEquals(
default_value, multi_field.clean_sub_fields('')['field_a'])
def test_DictCharField_sets_default_value_for_subfields(self):
default_value = factory.make_name("default_value")
multi_field = DictCharField(
[(
"field_a",
forms.CharField(label="Field a", initial=default_value),
)],
required=False,
)
self.assertEquals(default_value,
multi_field.clean_sub_fields("")["field_a"])
class FakeForm(forms.Form):
multi_field = DictCharField(
[
('field_a', forms.CharField(label='Field a')),
('field_b', forms.CharField(
label='Field b', required=False, max_length=3)),
])
class FakeFormSkip(forms.Form):
multi_field = DictCharField(
[(
field_name,
forms.CharField(label=field_label, max_length=3),
)],
skip_check=True,
)
def get_driver_parameters_from_json(
json_power_type_parameters,
initial_power_params=None,
skip_check=False,
scope=None,
):
"""Return power type parameters.
:param json_power_type_parameters: Power type parameters expressed
as a JSON string or as set of JSONSchema-verifiable objects.
Will be validated using jsonschema.validate().
:type json_power_type_parameters: JSON string or iterable.
:param initial_power_params: Power paramaters that were already set, any
field which matches will have its initial value set.
:type initial_power_params: dict
:param skip_check: Whether the field should be checked or not.
:type skip_check: bool
:return: A dict of power parameters for all power types, indexed by
power type name.
"""
validate(json_power_type_parameters, JSON_POWER_DRIVERS_SCHEMA)
power_parameters = {
# Empty type, for the case where nothing is entered in the form yet.
"": DictCharField([], required=False, skip_check=True)
}
if initial_power_params is None:
initial_power_params = []
for power_type in json_power_type_parameters:
fields = []
has_required_field = False
for json_field in power_type["fields"]:
# Skip fields that do not match the scope.
if scope is not None and json_field["scope"] != scope:
continue
field_name = json_field["name"]
if field_name in initial_power_params:
json_field["default"] = initial_power_params[field_name]
has_required_field = has_required_field or json_field["required"]
fields.append((json_field["name"], make_form_field(json_field)))
params = DictCharField(fields,
required=has_required_field,
skip_check=skip_check)
power_parameters[power_type["name"]] = params
return power_parameters
def test_expands_dict_fields(self):
field_name = factory.make_name("field_name")
sub_fields = {
factory.make_name("sub_field"): CharField()
for _ in range(3)
}
fields = {field_name: DictCharField(sub_fields)}
defaults = {
"%s_%s" % (field_name, field): factory.make_name("subfield")
for field in sub_fields.keys()
}
data = {field_name: DictCharField(fields)}
results = get_overridden_query_dict(defaults, data, fields)
expected = {key: Equals(value) for key, value in defaults.items()}
expected.update({
name: IsInstance(value.__class__)
for name, value in fields.items()
})
self.assertThat(results, MatchesDict(expected))
class FakeForm(forms.Form):
multi_field = DictCharField([
("field_a", forms.CharField(label="Field a")),
(
"field_b",
forms.CharField(label="Field b",
required=False,
max_length=3),
),
])
def test_DictCharField_init(self):
testField = DictCharField([
('field_a', forms.CharField(label='Field a')),
('field_b', forms.CharField(label='Field b')),
('field_c', forms.CharField(label='Field c')),
])
self.assertEqual(['field_a', 'field_b', 'field_c'], testField.names)
self.assertEqual(['field_a', 'field_b', 'field_c'],
testField.widget.names)
self.assertEqual(
[field.widget for field in testField.field_dict.values()],
testField.widget.widgets)
def test_DictCharField_init(self):
testField = DictCharField(
[
('field_a', forms.CharField(label='Field a')),
('field_b', forms.CharField(label='Field b')),
('field_c', forms.CharField(label='Field c')),
])
self.assertEqual(['field_a', 'field_b', 'field_c'], testField.names)
self.assertEqual(
['field_a', 'field_b', 'field_c'], testField.widget.names)
# In Django 1.11, widgets are deep-copied in the Field constructor,
# so instead of comparing directly, we compare their types and names.
expected_widgets = [
type(widget) for widget in testField.widget.widgets]
got_widgets = [
type(field.widget) for field in testField.field_dict.values()]
self.assertEqual(got_widgets, expected_widgets)
class FakeFormRequiredFalse(forms.Form):
multi_field = DictCharField(
[("field_a", forms.CharField(label="Field a"))],
required=False)
char_field = forms.CharField(label="Field a")
class FakeFormRequiredFalse(forms.Form):
multi_field = DictCharField(
[('field_a', forms.CharField(label='Field a'))],
required=False)
char_field = forms.CharField(label='Field a')
__all__ = [
'POWER_TYPE_PARAMETERS',
]
from django import forms
from maasserver.config_forms import DictCharField
from maasserver.fields import MACAddressFormField
from provisioningserver.enum import (
IPMI_DRIVER,
IPMI_DRIVER_CHOICES,
POWER_TYPE,
)
POWER_TYPE_PARAMETERS = {
POWER_TYPE.DEFAULT:
DictCharField([], required=False, skip_check=True),
POWER_TYPE.WAKE_ON_LAN:
DictCharField([
('mac_address', MACAddressFormField(label="MAC Address",
required=False)),
],
required=False,
skip_check=True),
POWER_TYPE.VMWARE:
DictCharField([
('power_address', forms.CharField(label="Address", required=False)),
('power_user', forms.CharField(label="Username", required=False)),
('power_pass',
forms.CharField(widget=forms.PasswordInput(render_value=True),
label="Password",
required=False)),
