class LogGame(types.Type):
season: int = validators.Number(
1, 11, description="Overwatch season from 1 to 11.")
sr: int = validators.Number(
0, 5000, description="You SR at the end of the game from 0 to 5000.")
map: str = validators.String(
enum=MAP_CHOICES,
allow_null=True,
description=f"Name of the map the game was played.",
)
heroes: List[str] = validators.Array(
items=validators.String(enum=HERO_CHOICES),
unique_items=True,
allow_null=True,
description=f"List of heroes name that you played for that game.",
)
comment: str = validators.String(
allow_null=True,
description="Free text field to leave a comment for that game.")
thrower_team: bool = validators.Boolean(
allow_null=True, description="If there was a thrower in your team.")
thrower_enemy_team: bool = validators.Boolean(
allow_null=True,
description="If there was a thrower in the enemy team.")
leaver_team: bool = validators.Boolean(
allow_null=True, description="If there was a leaver on your team.")
leaver_enemy_team: bool = validators.Boolean(
allow_null=True,
description="If there was a leaver on the enemy team.")
group_with: List[str] = validators.Array(
items=validators.String(),
allow_null=True,
unique_items=True,
description="List of people of you grouped with for this game.",
)
class GameType(types.Type):
name = validators.String()
platform = validators.String()
score = validators.Number()
resolution_tested = validators.String(pattern="^\d+x\d+$")
genre = validators.Array()
players = validators.Array()
language = validators.Number()
awesome_city = CityType
class UserType(types.Type):
_id = validators.String(allow_null=True)
username = validators.String(min_length=3, max_length=30)
email = validators.String(allow_null=True, pattern=EMAIL_REGEX)
names = validators.Array(items=validators.String(), allow_null=True)
lastnames = validators.Array(items=validators.String(), allow_null=True)
groups = validators.Array(unique_items=True,
items=validators.String(enum=['admin',
'developer',
'basic']))
class GetResponse(types.Type):
""" default type for get request responses """
count = validators.Integer(description="The number of objects matching this query.", allow_null=True)
next = validators.String(description="The url for the next page of data.", allow_null=True)
previous = validators.String(description="The url for the previous page of data.", allow_null=True)
results = validators.Array(description="The list of objects returned by the query.", allow_null=True)
def coerce_generics(self, annotation):
origin = getattr(annotation, '__origin__', annotation)
if (isinstance(origin, type) and issubclass(origin, typing.List)
and getattr(annotation, '__args__', None)
and issubclass(annotation.__args__[0], types.Type)):
return validators.Array(items=annotation.__args__[0])
return annotation
class DescriptionEvent(BaseBlock):
BLOCK_TYPE = "event_description"
description = validators.String(allow_null=True)
free_text = validators.String(allow_null=True)
price = validators.String(allow_null=True)
tags = validators.Array(allow_null=True)
@classmethod
def from_es(cls, es_poi, lang):
if es_poi.PLACE_TYPE != 'event':
return None
description = es_poi.get('description')
free_text = es_poi.get('free_text')
price = es_poi.get('pricing_info')
tags = es_poi.get('tags', [])
if isinstance(tags, str):
tags = tags.split(';')
if not description:
return None
return cls(
description=description,
free_text=free_text,
price=price,
tags=tags
)
class CuisineBlock(BaseBlock):
BLOCK_TYPE = "cuisine"
SUPPORTED_DIETS = ("vegetarian", "vegan", "gluten_free")
STATUS_YES = "yes"
STATUS_NO = "no"
STATUS_ONLY = "only"
STATUS_UNKNOWN = "unknown"
cuisines = validators.Array(items=Cuisine)
vegetarian = validators.String()
vegan = validators.String()
gluten_free = validators.String()
@classmethod
def from_es(cls, es_poi, lang):
cuisine = es_poi.get("properties", {}).get("cuisine")
vegetarian = get_diet_status("vegetarian", es_poi)
vegan = get_diet_status("vegan", es_poi)
gluten_free = get_diet_status("gluten_free", es_poi)
cuisines = []
if cuisine is not None:
cuisines = [Cuisine(name=b) for b in cuisine.split(";")]
elif (vegetarian == cls.STATUS_UNKNOWN and vegan == cls.STATUS_UNKNOWN
and gluten_free == cls.STATUS_UNKNOWN):
return None
return cls(cuisines=cuisines,
vegetarian=vegetarian,
vegan=vegan,
gluten_free=gluten_free)
class BaseExtractionJSONParams(CoercingType):
"""Common extraction parameters validator"""
domains = validators.Array(
items=DomainValidator(enum=list(TAG_DOMAINS.keys())),
unique_items=True,
description=
'List of domains to search, if not provided ALL domains will be included',
allow_null=True,
)
offset = validators.Integer(minimum=0,
allow_null=True,
description='The paging offset')
limit = validators.Integer(
minimum=1,
maximum=10000,
default=10,
allow_null=True,
description='The paging limit.',
)
min_score = validators.Number(
minimum=0.1,
allow_null=True,
description=
'The minimum search score required. No default is applied when not provided. '
'Ignored when `constant_score` is on.',
)
constant_score = validators.Boolean(
default=True,
allow_null=False,
description=
'Disables relevance scoring when `True`. All results will have score `1`.',
)
def coerce_generics(self, annotation):
if (
isinstance(annotation, type) and
issubclass(annotation, typing.List) and
annotation.__args__ and
issubclass(annotation.__args__[0], types.Type)
):
return validators.Array(items=annotation.__args__[0])
return annotation
class Basket(types.Type):
"""Represent the item that was added to a basket."""
id = validators.String(max_length=48, allow_null=True)
products = validators.Array(items=Product, allow_null=True)
@classmethod
def from_model(cls, obj):
return cls(id=str(obj.id),
products=[Product.from_model(p) for p in obj.products])
def create_get_response_class(self, model_name, response_object_class=validators.Object):
return type(
model_name, # name of the class
# (eval('types.Type'),), # super class as tuple
(self.get_response_class,), # super classes at a tuple
{
'results': validators.Array(allow_null=True, items=response_object_class)
}
)
class Anime(types.Type):
id = validators.Integer(allow_null=True)
title = validators.String(max_length=2500)
year = validators.Integer(minimum=1900, maximum=2050)
episodes = validators.Integer(maximum=9999)
status = validators.String(enum=list(ANIME_VALID_STATUS))
type = validators.String(allow_null=True)
animeSeason = validators.Object(allow_null=True)
picture = validators.String(allow_null=True)
sources = validators.Array(allow_null=True)
class Movie(types.Type):
id = validators.Integer(allow_null=True) # assign in POST
genre = validators.Array(items=validators.String(enum=list(VALID_GENRES)))
director_name = validators.String(max_length=100)
year = validators.Integer(minimum=1900, maximum=2050)
language = validators.String(max_length=100,
enum=list(VALID_LANGUAGES),
allow_null=True)
title = validators.String(max_length=200)
rating = validators.Number(minimum=0, maximum=10)
class CsrfSettings(types.Type):
CSRF_COOKIE_NAME = validators.String(default='csrftoken')
CSRF_COOKIE_AGE = validators.Integer(default=60 * 60 * 24 * 7 * 52)
CSRF_COOKIE_DOMAIN = validators.String(allow_null=True)
CSRF_COOKIE_PATH = validators.String(default='/')
CSRF_COOKIE_SECURE = validators.Boolean(default=False)
CSRF_COOKIE_HTTPONLY = validators.Boolean(default=False)
CSRF_HEADER_NAME = validators.String(default='HTTP_X_CSRFTOKEN')
CSRF_TOKEN_FIELD_NAME = validators.String(default='csrf_token')
CSRF_TRUSTED_ORIGINS = validators.Array(default=[])
class Block(PickleType):
height = validators.Integer()
timestamp = validators.DateTime()
txns = validators.Array(items=Transaction, allow_null=True, default=[])
mined_hash = validators.String(max_length=100)
previous_hash = validators.String(max_length=100, allow_null=True)
nonce = validators.Integer()
@property
def previous_block(self):
return get_block(self.previous_hash)
class FeatureUpdate(types.Type):
version = validators.String(description="The feature number version.")
enabled = validators.Boolean()
deny = validators.Boolean()
services = validators.Array(
unique_items=True,
items=validators.Integer(),
allow_null=True,
description="Array with services allowed to access the feature.",
)
class AuthenticatedUserData(types.Type):
id = validators.Integer()
email = validators.String(description="Email address",
pattern="[^@]+@[^@]+\.[^@]+",
allow_null=True)
phone = validators.String(description="Phone number",
pattern="\D*",
allow_null=True)
first_name = validators.String()
last_name = validators.String()
language = validators.Integer()
groups = validators.Array()
location = validators.Integer()
picture = validators.String(allow_null=True)
class BreweryBlock(BaseBlock):
BLOCK_TYPE = "brewery"
beers = validators.Array(items=Beer)
@classmethod
def from_es(cls, es_poi, lang):
brewery = es_poi.get("properties", {}).get("brewery")
if brewery is None:
return None
beers = [Beer(name=b) for b in brewery.split(";")]
return cls(beers=beers)
class HappyHourBlock(BaseBlock):
BLOCK_TYPE = 'happy_hours'
STATUSES = ['yes', 'no']
status = validators.String(enum=STATUSES)
next_transition_datetime = validators.String(allow_null=True)
seconds_before_next_transition = validators.Integer(allow_null=True)
raw = validators.String()
days = validators.Array(items=DaysType)
@classmethod
def init_class(cls, status, next_transition_datetime, time_before_next, oh, poi_dt, raw):
return cls(
status=status,
next_transition_datetime=next_transition_datetime,
seconds_before_next_transition=time_before_next,
raw=oh.field,
days=get_days(cls, oh, poi_dt)
)
@classmethod
def from_es(cls, es_poi, lang):
return parse_time_block(cls, es_poi, lang, es_poi.get_raw_happy_hours())
class OpeningHourBlock(BaseBlock):
BLOCK_TYPE = 'opening_hours'
STATUSES = ['open', 'closed']
status = validators.String(enum=STATUSES)
next_transition_datetime = validators.String(allow_null=True)
seconds_before_next_transition = validators.Integer(allow_null=True)
is_24_7 = validators.Boolean()
raw = validators.String()
days = validators.Array(items=DaysType)
@classmethod
def init_class(cls, status, next_transition_datetime, time_before_next, oh,
poi_dt, raw):
if raw == '24/7' or oh.is_24_7:
return cls(status=status,
next_transition_datetime=None,
seconds_before_next_transition=None,
is_24_7=True,
raw=oh.field,
days=get_days(cls, oh, poi_dt))
if all(r.status == 'closed' for r in oh.rules):
# Ignore opening_hours such as "Apr 1-Sep 30: off", causing overflow
return None
return cls(status=status,
next_transition_datetime=next_transition_datetime,
seconds_before_next_transition=time_before_next,
is_24_7=oh.is_24_7,
raw=oh.field,
days=get_days(cls, oh, poi_dt))
@classmethod
def from_es(cls, es_poi, lang):
return parse_time_block(cls, es_poi, lang,
es_poi.get_raw_opening_hours())
class OpeningDayEvent(BaseBlock):
BLOCK_TYPE = "event_opening_dates"
date_start = validators.DateTime()
date_end = validators.DateTime()
space_time_info = validators.String(allow_null=True)
timetable = validators.Array(items=TimeTableItem)
@classmethod
def from_es(cls, es_poi, lang):
if es_poi.PLACE_TYPE != 'event':
return None
date_start = es_poi.get('date_start')
date_end = es_poi.get('date_end')
space_time_info= es_poi.get('space_time_info')
timetable = es_poi.get('timetable') or ''
if not date_start or not date_end:
return None
timetable = timetable.split(';')
new_format_timetable = []
for tt in filter(None, timetable):
date_start_end = tt.split(' ')
new_format_timetable.append(
TimeTableItem(beginning=date_start_end[0], end=date_start_end[1])
)
timetable = new_format_timetable
return cls(
date_start=date_start,
date_end=date_end,
space_time_info=space_time_info,
timetable=timetable
)
def load_type(typename, struct, allow_null):
attrs = {'allow_null': True} if allow_null else {}
if typename == 'string':
if 'minLength' in struct:
attrs['min_length'] = struct['minLength']
if 'maxLength' in struct:
attrs['max_length'] = struct['maxLength']
if 'pattern' in struct:
attrs['pattern'] = struct['pattern']
if 'format' in struct:
attrs['format'] = struct['format']
return validators.String(**attrs)
if typename in ['number', 'integer']:
if 'minimum' in struct:
attrs['minimum'] = struct['minimum']
if 'maximum' in struct:
attrs['maximum'] = struct['maximum']
if 'exclusiveMinimum' in struct:
attrs['exclusive_minimum'] = struct['exclusiveMinimum']
if 'exclusiveMaximum' in struct:
attrs['exclusive_maximum'] = struct['exclusiveMaximum']
if 'multipleOf' in struct:
attrs['multiple_of'] = struct['multipleOf']
if 'format' in struct:
attrs['format'] = struct['format']
if typename == 'integer':
return validators.Integer(**attrs)
return validators.Number(**attrs)
if typename == 'boolean':
return validators.Boolean(**attrs)
if typename == 'object':
if 'properties' in struct:
attrs['properties'] = dict_type([
(key, decode(value))
for key, value in struct['properties'].items()
])
if 'required' in struct:
attrs['required'] = struct['required']
if 'minProperties' in struct:
attrs['min_properties'] = struct['minProperties']
if 'maxProperties' in struct:
attrs['max_properties'] = struct['maxProperties']
if 'required' in struct:
attrs['required'] = struct['required']
if 'patternProperties' in struct:
attrs['pattern_properties'] = dict_type([
(key, decode(value))
for key, value in struct['patternProperties'].items()
])
if 'additionalProperties' in struct:
if isinstance(struct['additionalProperties'], bool):
attrs['additional_properties'] = struct['additionalProperties']
else:
attrs['additional_properties'] = decode(
struct['additionalProperties'])
return validators.Object(**attrs)
if typename == 'array':
if 'items' in struct:
if isinstance(struct['items'], list):
attrs['items'] = [decode(item) for item in struct['items']]
else:
attrs['items'] = decode(struct['items'])
if 'additionalItems' in struct:
if isinstance(struct['additionalItems'], bool):
attrs['additional_items'] = struct['additionalItems']
else:
attrs['additional_items'] = decode(struct['additionalItems'])
if 'minItems' in struct:
attrs['min_items'] = struct['minItems']
if 'maxItems' in struct:
attrs['max_items'] = struct['maxItems']
if 'uniqueItems' in struct:
attrs['unique_items'] = struct['uniqueItems']
return validators.Array(**attrs)
assert False
class DaysType(types.Type):
dayofweek = validators.Integer(minimum=1, maximum=7)
local_date = validators.Date()
status = validators.String(enum=['open', 'closed'])
opening_hours = validators.Array(items=OpeningHoursType)
import json
from apistar import types, validators
from apistar.codecs.base import BaseCodec
from apistar.compat import dict_type
from apistar.exceptions import ParseError
JSON_SCHEMA = validators.Object(
def_name='JSONSchema',
properties=[
('$ref', validators.String()),
('type',
validators.String() | validators.Array(items=validators.String())),
('enum', validators.Array(unique_items=True, min_items=1)),
('definitions',
validators.Object(
additional_properties=validators.Ref('JSONSchema'))),
# String
('minLength', validators.Integer(minimum=0)),
('maxLength', validators.Integer(minimum=0)),
('pattern', validators.String(format='regex')),
('format', validators.String()),
# Numeric
('minimum', validators.Number()),
('maximum', validators.Number()),
('exclusiveMinimum', validators.Boolean()),
('exclusiveMaximum', validators.Boolean()),
('multipleOf', validators.Number(minimum=0.0, exclusive_minimum=True)),
class OpeningHourBlock(BaseBlock):
BLOCK_TYPE = 'opening_hours'
status = validators.String(enum=['open', 'closed'])
next_transition_datetime = validators.String(allow_null=True)
seconds_before_next_transition = validators.Integer(allow_null=True)
is_24_7 = validators.Boolean()
raw = validators.String()
days = validators.Array(items=DaysType)
@classmethod
def from_es(cls, es_poi, lang):
raw = es_poi.get('properties', {}).get('opening_hours')
if raw is None:
return None
poi_coord = get_coord(es_poi)
poi_lat = poi_coord[0]
poi_lon = poi_coord[1]
is247 = raw == '24/7'
poi_tzname = tz.tzNameAt(poi_lat, poi_lon, forceTZ=True)
poi_tz = get_tz(poi_tzname, poi_lat, poi_lon)
poi_location = (poi_lat, poi_lon, poi_tzname, 24)
if poi_tz is None:
logger.info("No timezone found for poi %s", es_poi.get('id'))
return None
try:
oh = hoh.OHParser(raw, location=poi_location)
except HOHError:
logger.info("Failed to parse OSM opening_hour field",
exc_info=True)
return None
poi_dt = UTC.localize(datetime.utcnow()).astimezone(poi_tz)
if oh.is_open(poi_dt.replace(tzinfo=None)):
status = 'open'
else:
status = 'closed'
if is247:
return cls(status=status,
next_transition_datetime=None,
seconds_before_next_transition=None,
is_24_7=is247,
raw=oh.field,
days=cls.get_days(oh, dt=poi_dt))
# The current version of the hoh lib doesn't allow to use the next_change() function
# with an offset aware datetime.
# This is why we replace the timezone info until this problem is fixed in the library.
try:
nt = oh.next_change(dt=poi_dt.replace(tzinfo=None))
except HOHError:
logger.info(
"HOHError: Failed to compute next transition for poi %s",
es_poi.get('id'),
exc_info=True)
return None
# Then we localize the next_change transition datetime in the local POI timezone.
next_transition = poi_tz.localize(nt.replace(tzinfo=None))
next_transition = cls.round_dt_to_minute(next_transition)
next_transition_datetime = next_transition.isoformat()
delta = next_transition - poi_dt
time_before_next = int(delta.total_seconds())
return cls(status=status,
next_transition_datetime=next_transition_datetime,
seconds_before_next_transition=time_before_next,
is_24_7=is247,
raw=oh.field,
days=cls.get_days(oh, dt=poi_dt))
@staticmethod
def round_dt_to_minute(dt):
dt += timedelta(seconds=30)
return dt.replace(second=0, microsecond=0)
@staticmethod
def round_time_to_minute(t):
dt = datetime.combine(date(2000, 1, 1), t)
rounded = OpeningHourBlock.round_dt_to_minute(dt)
return rounded.time()
@classmethod
def get_days(cls, oh_parser, dt):
last_monday = dt.date() - timedelta(days=dt.weekday())
days = []
for x in range(0, 7):
day = last_monday + timedelta(days=x)
oh_day = oh_parser.get_day(day)
periods = oh_day.opening_periods()
day_value = {
'dayofweek': day.isoweekday(),
'local_date': day.isoformat(),
'status': 'open' if len(periods) > 0 else 'closed',
'opening_hours': []
}
for beginning_dt, end_dt in periods:
if beginning_dt.date() < day:
continue
beginning = cls.round_time_to_minute(beginning_dt.time())
end = cls.round_time_to_minute(end_dt.time())
day_value['opening_hours'].append({
'beginning':
beginning.strftime('%H:%M'),
'end':
end.strftime('%H:%M')
})
days.append(day_value)
return days
from apistar.compat import dict_type
from apistar.document import Document, Field, Link, Section
from apistar.exceptions import ParseError
SCHEMA_REF = validators.Object(
properties={'$ref': validators.String(pattern='^#/components/schemas/')})
RESPONSE_REF = validators.Object(
properties={'$ref': validators.String(pattern='^#/components/responses/')})
OPEN_API = validators.Object(
def_name='OpenAPI',
title='OpenAPI',
properties=[
('openapi', validators.String()),
('info', validators.Ref('Info')),
('servers', validators.Array(items=validators.Ref('Server'))),
('paths', validators.Ref('Paths')),
('components', validators.Ref('Components')),
('security', validators.Ref('SecurityRequirement')),
('tags', validators.Array(items=validators.Ref('Tag'))),
('externalDocs', validators.Ref('ExternalDocumentation')),
],
pattern_properties={
'^x-': validators.Any(),
},
additional_properties=False,
required=['openapi', 'info', 'paths'],
definitions={
'Info':
validators.Object(properties=[
('title', validators.String()),
properties={'$ref': validators.String(pattern='^#/components/schemas/')}
)
RESPONSE_REF = validators.Object(
properties={'$ref': validators.String(pattern='^#/components/responses/')}
)
SWAGGER = validators.Object(
def_name='Swagger',
title='Swagger',
properties=[
('swagger', validators.String()),
('info', validators.Ref('Info')),
('paths', validators.Ref('Paths')),
('host', validators.String()),
('basePath', validators.String()),
('schemes', validators.Array(items=validators.String())),
('consumes', validators.Array(items=validators.String())),
('produces', validators.Array(items=validators.String())),
('definitions', validators.Object(additional_properties=validators.Any())),
('parameters', validators.Object(additional_properties=validators.Ref('Parameters'))),
('responses', validators.Object(additional_properties=validators.Ref('Responses'))),
('securityDefinitions', validators.Object(additional_properties=validators.Ref('SecurityScheme'))),
('security', validators.Ref('SecurityRequirement')),
('tags', validators.Array(items=validators.Ref('Tag'))),
('externalDocs', validators.Ref('ExternalDocumentation')),
],
pattern_properties={
'^x-': validators.Any(),
},
additional_properties=False,
required=['swagger', 'info', 'paths'],
import json
from apistar import types, validators
from apistar.codecs.base import BaseCodec
from apistar.compat import dict_type
from apistar.exceptions import ParseError
JSON_SCHEMA = validators.Object(
def_name="JSONSchema",
properties=[
("$ref", validators.String()),
("type", validators.String() | validators.Array(items=validators.String())),
("enum", validators.Array(unique_items=True, min_items=1)),
(
"definitions",
validators.Object(additional_properties=validators.Ref("JSONSchema")),
),
# String
("minLength", validators.Integer(minimum=0)),
("maxLength", validators.Integer(minimum=0)),
("pattern", validators.String(format="regex")),
("format", validators.String()),
# Numeric
("minimum", validators.Number()),
("maximum", validators.Number()),
("exclusiveMinimum", validators.Boolean()),
("exclusiveMaximum", validators.Boolean()),
("multipleOf", validators.Number(minimum=0.0, exclusive_minimum=True)),
# Object
(
"properties",
SCHEMA_REF = validators.Object(
properties={'$ref': validators.String(pattern='^#/components/schemas/')})
RESPONSE_REF = validators.Object(
properties={'$ref': validators.String(pattern='^#/components/responses/')})
SWAGGER = validators.Object(
def_name='Swagger',
title='Swagger',
properties=[
('swagger', validators.String()),
('info', validators.Ref('Info')),
('paths', validators.Ref('Paths')),
('host', validators.String()),
('basePath', validators.String()),
('schemes', validators.Array(items=validators.String())),
('consumes', validators.Array(items=validators.String())),
('produces', validators.Array(items=validators.String())),
('definitions',
validators.Object(additional_properties=validators.Any())),
('parameters',
validators.Object(
additional_properties=validators.Ref('Parameters'))),
('responses',
validators.Object(additional_properties=validators.Ref('Responses'))),
('securityDefinitions',
validators.Object(
additional_properties=validators.Ref('SecurityScheme'))),
('security',
validators.Array(items=validators.Ref('SecurityRequirement'))),
('tags', validators.Array(items=validators.Ref('Tag'))),
def load_type(typename, struct, allow_null):
attrs = {"allow_null": True} if allow_null else {}
if typename == "string":
if "minLength" in struct:
attrs["min_length"] = struct["minLength"]
if "maxLength" in struct:
attrs["max_length"] = struct["maxLength"]
if "pattern" in struct:
attrs["pattern"] = struct["pattern"]
if "format" in struct:
attrs["format"] = struct["format"]
return validators.String(**attrs)
if typename in ["number", "integer"]:
if "minimum" in struct:
attrs["minimum"] = struct["minimum"]
if "maximum" in struct:
attrs["maximum"] = struct["maximum"]
if "exclusiveMinimum" in struct:
attrs["exclusive_minimum"] = struct["exclusiveMinimum"]
if "exclusiveMaximum" in struct:
attrs["exclusive_maximum"] = struct["exclusiveMaximum"]
if "multipleOf" in struct:
attrs["multiple_of"] = struct["multipleOf"]
if "format" in struct:
attrs["format"] = struct["format"]
if typename == "integer":
return validators.Integer(**attrs)
return validators.Number(**attrs)
if typename == "boolean":
return validators.Boolean(**attrs)
if typename == "object":
if "properties" in struct:
attrs["properties"] = dict_type(
[(key, decode(value)) for key, value in struct["properties"].items()]
)
if "required" in struct:
attrs["required"] = struct["required"]
if "minProperties" in struct:
attrs["min_properties"] = struct["minProperties"]
if "maxProperties" in struct:
attrs["max_properties"] = struct["maxProperties"]
if "required" in struct:
attrs["required"] = struct["required"]
if "patternProperties" in struct:
attrs["pattern_properties"] = dict_type(
[
(key, decode(value))
for key, value in struct["patternProperties"].items()
]
)
if "additionalProperties" in struct:
if isinstance(struct["additionalProperties"], bool):
attrs["additional_properties"] = struct["additionalProperties"]
else:
attrs["additional_properties"] = decode(struct["additionalProperties"])
return validators.Object(**attrs)
if typename == "array":
if "items" in struct:
if isinstance(struct["items"], list):
attrs["items"] = [decode(item) for item in struct["items"]]
else:
attrs["items"] = decode(struct["items"])
if "additionalItems" in struct:
if isinstance(struct["additionalItems"], bool):
attrs["additional_items"] = struct["additionalItems"]
else:
attrs["additional_items"] = decode(struct["additionalItems"])
if "minItems" in struct:
attrs["min_items"] = struct["minItems"]
if "maxItems" in struct:
attrs["max_items"] = struct["maxItems"]
if "uniqueItems" in struct:
attrs["unique_items"] = struct["uniqueItems"]
return validators.Array(**attrs)
assert False
