def test_array_field():
s_f = StringField()
n_f = NumberField()
field = ArrayField(Var({
'role_1': s_f,
'role_2': n_f,
}))
schema = field.get_schema(role='role_1')
assert schema['items'] == s_f.get_schema()
schema = field.get_schema(role='role_2')
assert schema['items'] == n_f.get_schema()
schema = field.get_schema()
assert 'items' not in schema
_ = lambda value: Var({'role_1': value})
field = ArrayField(s_f,
min_items=_(1),
max_items=_(2),
unique_items=_(True),
additional_items=_(True))
assert field.get_schema() == {
'type': 'array',
'items': s_f.get_schema(),
}
assert field.get_schema(role='role_1') == {
'type': 'array',
'items': s_f.get_schema(),
'minItems': 1,
'maxItems': 2,
'uniqueItems': True,
'additionalItems': True,
}
def test_keyword_of_fields(keyword, field_cls):
s_f = StringField()
n_f = NumberField()
i_f = IntField()
field = field_cls([n_f, Var({'role_1': s_f}), Var({'role_2': i_f})])
assert field.get_schema() == {keyword: [n_f.get_schema()]}
assert field.get_schema(role='role_1') == {
keyword: [n_f.get_schema(), s_f.get_schema()]
}
assert field.get_schema(role='role_2') == {
keyword: [n_f.get_schema(), i_f.get_schema()]
}
field = field_cls(
Var(
{
'role_1': [n_f,
Var({'role_1': s_f}),
Var({'role_2': i_f})],
'role_2': [Var({'role_2': i_f})],
},
propagate='role_1'))
assert field.get_schema() == {keyword: []}
assert field.get_schema(role='role_1') == {
keyword: [n_f.get_schema(), s_f.get_schema()]
}
assert field.get_schema(role='role_2') == {keyword: []}
def test_array_field():
s_f = StringField()
n_f = NumberField()
field = ArrayField(Var({
'role_1': s_f,
'role_2': n_f,
}))
schema = field.get_schema(role='role_1')
assert schema['items'] == s_f.get_schema()
schema = field.get_schema(role='role_2')
assert schema['items'] == n_f.get_schema()
schema = field.get_schema()
assert 'items' not in schema
_ = lambda value: Var({'role_1': value})
field = ArrayField(s_f, min_items=_(1), max_items=_(2), unique_items=_(True), additional_items=_(True))
assert field.get_schema() == {
'type': 'array',
'items': s_f.get_schema(),
}
assert field.get_schema(role='role_1') == {
'type': 'array',
'items': s_f.get_schema(),
'minItems': 1,
'maxItems': 2,
'uniqueItems': True,
'additionalItems': True,
}
def test_keyword_of_fields(keyword, field_cls):
s_f = StringField()
n_f = NumberField()
i_f = IntField()
field = field_cls([n_f, Var({'role_1': s_f}), Var({'role_2': i_f})])
assert s(field.get_schema()) == {keyword: [n_f.get_schema()]}
assert s(field.get_schema(role='role_1')) == {
keyword: [n_f.get_schema(), s_f.get_schema()]
}
assert s(field.get_schema(role='role_2')) == {
keyword: [n_f.get_schema(), i_f.get_schema()]
}
field = field_cls(
Var(
{
'role_1': [n_f,
Var({'role_1': s_f}),
Var({'role_2': i_f})],
'role_2': [Var({'role_2': i_f})],
},
propagate='role_1'))
assert s(field.get_schema(role='role_1')) == {
keyword: [n_f.get_schema(), s_f.get_schema()]
}
with pytest.raises(SchemaGenerationException):
field.get_schema(role='role_2')
def test_keyword_of_fields(keyword, field_cls):
s_f = StringField()
n_f = NumberField()
i_f = IntField()
field = field_cls([n_f, Var(role_1=s_f), Var(role_2=i_f)])
assert field.get_schema() == {
keyword: [n_f.get_schema()]
}
assert field.get_schema(role='role_1') == {
keyword: [n_f.get_schema(), s_f.get_schema()]
}
assert field.get_schema(role='role_2') == {
keyword: [n_f.get_schema(), i_f.get_schema()]
}
field = field_cls(Var(
role_1=[n_f, Var(role_1=s_f), Var(role_2=i_f)],
role_2=[Var(role_2=i_f)],
roles_to_pass_down=['role_1']
))
assert field.get_schema() == {keyword: []}
assert field.get_schema(role='role_1') == {
keyword: [n_f.get_schema(), s_f.get_schema()]
}
assert field.get_schema(role='role_2') == {keyword: []}
def test_dict_field():
s_f = StringField()
_ = lambda value: Var({'role_1': value})
field = DictField(properties=Var(
role_1={'name': Var(role_1=s_f)},
role_2={'name': Var(role_2=s_f)},
roles_to_pass_down=['role_1']
), pattern_properties=Var(
role_1={'.*': Var(role_1=s_f)},
role_2={'.*': Var(role_2=s_f)},
roles_to_pass_down=['role_1']
), additional_properties=_(s_f), min_properties=_(1), max_properties=_(2))
assert field.get_schema() == {
'type': 'object'
}
assert field.get_schema(role='role_1') == {
'type': 'object',
'properties': {
'name': s_f.get_schema(),
},
'patternProperties': {
'.*': s_f.get_schema(),
},
'additionalProperties': s_f.get_schema(),
'minProperties': 1,
'maxProperties': 2,
}
assert field.get_schema(role='role_2') == {
'type': 'object',
'properties': {},
'patternProperties': {},
}
def test_dict_field():
s_f = StringField()
_ = lambda value: Var({'role_1': value})
field = DictField(properties=Var(
{
'role_1': {
'name': Var({'role_1': s_f})
},
'role_2': {
'name': Var({'role_2': s_f})
},
},
propagate='role_1'),
pattern_properties=Var(
{
'role_1': {
'.*': Var({'role_1': s_f})
},
'role_2': {
'.*': Var({'role_2': s_f})
},
},
propagate='role_1'),
additional_properties=_(s_f),
min_properties=_(1),
max_properties=_(2))
assert s(field.get_schema()) == s({'type': 'object'})
assert s(field.get_schema(role='role_1')) == s({
'type':
'object',
'properties': {
'name': s_f.get_schema(),
},
'patternProperties': {
'.*': s_f.get_schema(),
},
'additionalProperties':
s_f.get_schema(),
'minProperties':
1,
'maxProperties':
2,
})
assert s(field.get_schema(role='role_2')) == s({
'type': 'object',
'properties': {},
'patternProperties': {},
})
def test_string_field():
_ = lambda value: Var({'role_1': value})
field = StringField(format=_('date-time'),
min_length=_(1),
max_length=_(2))
assert field.get_schema() == {'type': 'string'}
assert field.get_schema(role='role_1') == {
'type': 'string',
'format': 'date-time',
'minLength': 1,
'maxLength': 2,
}
with pytest.raises(ValueError) as e:
StringField(pattern=_('('))
assert str(e.value) == 'Invalid regular expression: unbalanced parenthesis'
def test_string_field():
_ = lambda value: Var({'role_1': value})
field = StringField(format=_('date-time'), min_length=_(1), max_length=_(2))
assert field.get_schema() == {
'type': 'string'
}
assert field.get_schema(role='role_1') == {
'type': 'string',
'format': 'date-time',
'minLength': 1,
'maxLength': 2,
}
with pytest.raises(ValueError) as e:
StringField(pattern=_('('))
assert str(e.value) == 'Invalid regular expression: unbalanced parenthesis'
def test_keyword_of_fields(keyword, field_cls):
s_f = StringField()
n_f = NumberField()
i_f = IntField()
field = field_cls([n_f, Var({'role_1': s_f}), Var({'role_2': i_f})])
assert field.get_schema() == {
keyword: [n_f.get_schema()]
}
assert field.get_schema(role='role_1') == {
keyword: [n_f.get_schema(), s_f.get_schema()]
}
assert field.get_schema(role='role_2') == {
keyword: [n_f.get_schema(), i_f.get_schema()]
}
field = field_cls(Var({
'role_1': [n_f, Var({'role_1': s_f}), Var({'role_2': i_f})],
'role_2': [Var({'role_2': i_f})],
}, propagate='role_1'))
assert field.get_schema() == {keyword: []}
assert field.get_schema(role='role_1') == {
keyword: [n_f.get_schema(), s_f.get_schema()]
}
assert field.get_schema(role='role_2') == {keyword: []}
def test_keyword_of_fields(keyword, field_cls):
s_f = StringField()
n_f = NumberField()
i_f = IntField()
field = field_cls([n_f, Var({'role_1': s_f}), Var({'role_2': i_f})])
assert s(field.get_schema()) == {
keyword: [n_f.get_schema()]
}
assert s(field.get_schema(role='role_1')) == {
keyword: [n_f.get_schema(), s_f.get_schema()]
}
assert s(field.get_schema(role='role_2')) == {
keyword: [n_f.get_schema(), i_f.get_schema()]
}
field = field_cls(Var({
'role_1': [n_f, Var({'role_1': s_f}), Var({'role_2': i_f})],
'role_2': [Var({'role_2': i_f})],
}, propagate='role_1'))
assert s(field.get_schema(role='role_1')) == {
keyword: [n_f.get_schema(), s_f.get_schema()]
}
with pytest.raises(SchemaGenerationException):
field.get_schema(role='role_2')
def test_dict_field():
s_f = StringField()
_ = lambda value: Var({'role_1': value})
field = DictField(properties=Var(
{
'role_1': {'name': Var({'role_1': s_f})},
'role_2': {'name': Var({'role_2': s_f})},
},
propagate='role_1'
), pattern_properties=Var(
{
'role_1': {'.*': Var({'role_1': s_f})},
'role_2': {'.*': Var({'role_2': s_f})},
},
propagate='role_1'
), additional_properties=_(s_f), min_properties=_(1), max_properties=_(2))
assert s(field.get_schema()) == s({
'type': 'object'
})
assert s(field.get_schema(role='role_1')) == s({
'type': 'object',
'properties': {
'name': s_f.get_schema(),
},
'patternProperties': {
'.*': s_f.get_schema(),
},
'additionalProperties': s_f.get_schema(),
'minProperties': 1,
'maxProperties': 2,
})
assert s(field.get_schema(role='role_2')) == s({
'type': 'object',
'properties': {},
'patternProperties': {},
})
def test_not_field():
s_f = StringField()
field = NotField(Var({'role_1': s_f}))
assert field.get_schema() == {'not': {}}
assert field.get_schema(role='role_1') == {'not': s_f.get_schema()}
def test_not_field():
s_f = StringField()
field = NotField(Var({'role_1': s_f}))
assert field.get_schema() == {'not': {}}
assert field.get_schema(role='role_1') == {'not': s_f.get_schema()}
