def evaluate(self, instance: JSON, scope: Scope) -> None:
if contains := scope.sibling("contains"):
if (contains_annotation := contains.annotations.get("contains")) and \
len(contains_annotation.value) > self.json:
scope.fail(
instance, 'The array has too many elements matching the '
f'"contains" subschema (maximum {self.json})')
def evaluate(self, instance: JSON, scope: Scope) -> None:
if len(instance) == 0:
return
elif isinstance(self.json.value, bool):
self.json.evaluate(instance, scope)
elif isinstance(self.json, JSONSchema):
for index, item in enumerate(instance):
self.json.evaluate(item, scope)
if scope.valid:
scope.annotate(instance, "items", True)
elif self.json.type == "array":
eval_index = None
err_indices = []
for index, item in enumerate(instance[:len(self.json)]):
eval_index = index
with scope(str(index)) as subscope:
self.json[index].evaluate(item, subscope)
if not subscope.valid:
err_indices += [index]
if err_indices:
scope.fail(instance,
f"Array elements {err_indices} are invalid")
else:
scope.annotate(instance, "items", eval_index)
def evaluate(self, instance: JSON, scope: Scope) -> None:
self.json.evaluate(instance, scope)
if scope.valid:
scope.fail(instance,
'The instance must not be valid against the subschema')
else:
scope.errors.clear()
def evaluate(self, instance: JSON, scope: Scope) -> None:
try:
if instance.value % self.json.value != 0:
scope.fail(instance,
f"The value must be a multiple of {self.json}")
except decimal.InvalidOperation:
scope.fail(instance,
f"Invalid operation: {instance} % {self.json}")
def evaluate(self, instance: JSON, scope: Scope) -> None:
scope.annotate(instance, self.key, self.json.value)
if self.validator is not None:
try:
self.validator(instance.value)
except ValueError as e:
scope.fail(instance, f'The instance is invalid against the "{self.json.value}" format: {e}')
else:
scope.noassert()
def evaluate(self, instance: JSON, scope: Scope) -> None:
err_names = []
for name in instance:
if not self.json.evaluate(JSON(name), scope).valid:
err_names += [name]
if err_names:
scope.errors.clear()
scope.fail(instance, f"Property names {err_names} are invalid")
def evaluate(self, instance: JSON, scope: Scope) -> None:
if not self.json.value:
return
uniquified = []
for item in instance:
if item not in uniquified:
uniquified += [item]
if len(instance) > len(uniquified):
scope.fail(instance, "The array's elements must all be unique")
def evaluate(self, instance: JSON, scope: Scope) -> None:
types = tuplify(self.json.value)
if instance.type in types:
valid = True
elif instance.type == "number" and "integer" in types:
valid = instance.value == int(instance.value)
else:
valid = False
if not valid:
scope.fail(instance, f"The instance must be of type {self.json}")
def evaluate(self, instance: JSON, scope: Scope) -> None:
err_indices = []
for index, subschema in enumerate(self.json):
with scope(str(index)) as subscope:
subschema.evaluate(instance, subscope)
if not subscope.valid:
err_indices += [index]
if err_indices:
scope.fail(
instance,
f'The instance is invalid against subschemas {err_indices}')
def evaluate(self, instance: JSON, scope: Scope) -> None:
valid = False
for index, subschema in enumerate(self.json):
with scope(str(index)) as subscope:
subschema.evaluate(instance, subscope)
if subscope.valid:
valid = True
if not valid:
scope.fail(
instance,
f'The instance must be valid against at least one subschema')
def evaluate(self, instance: JSON, scope: Scope) -> None:
missing = {}
for name, dependents in self.json.items():
if name in instance:
missing_deps = [
dep for dep in dependents if dep.value not in instance
]
if missing_deps:
missing[name] = missing_deps
if missing:
scope.fail(
instance,
f"The object is missing dependent properties {missing}")
def evaluate(self, instance: JSON, scope: Scope) -> None:
annotation = []
for index, item in enumerate(instance):
if self.json.evaluate(item, scope).valid:
annotation += [index]
else:
scope.errors.clear()
scope.annotate(instance, self.key, annotation)
if not annotation:
scope.fail(
instance,
'The array does not contain any element that is valid '
f'against the "{self.key}" subschema')
def evaluate(self, instance: JSON, scope: Scope) -> None:
eval_index = None
err_indices = []
for index, item in enumerate(instance[:len(self.json)]):
eval_index = index
with scope(str(index)) as subscope:
self.json[index].evaluate(item, subscope)
if not subscope.valid:
err_indices += [index]
if err_indices:
scope.fail(instance, f"Array elements {err_indices} are invalid")
elif eval_index is not None:
if eval_index == len(instance) - 1:
eval_index = True
scope.annotate(instance, self.key, eval_index)
def evaluate(self, instance: JSON, scope: Scope) -> None:
annotation = []
err_names = []
for name, item in instance.items():
if name in self.json:
with scope(name) as subscope:
self.json[name].evaluate(item, subscope)
if subscope.valid:
annotation += [name]
else:
err_names += [name]
if err_names:
scope.fail(instance, f"Properties {err_names} are invalid")
else:
scope.annotate(instance, self.key, annotation)
def evaluate(self, instance: JSON, scope: Scope) -> None:
if contains := scope.sibling("contains"):
contains_count = len(contains_annotation.value) \
if (contains_annotation := contains.annotations.get("contains")) \
else 0
valid = contains_count >= self.json
if valid and not contains.valid:
max_contains = scope.sibling("maxContains")
if not max_contains or max_contains.valid:
contains.errors.clear()
if not valid:
scope.fail(
instance, 'The array has too few elements matching the '
f'"contains" subschema (minimum {self.json})')
def evaluate(self, instance: JSON, scope: Scope) -> None:
matched_names = set()
err_names = []
for name, item in instance.items():
for regex, subschema in self.json.items():
if re.search(regex, name) is not None:
with scope(regex) as subscope:
subschema.evaluate(item, subscope)
if subscope.valid:
matched_names |= {name}
else:
err_names += [name]
if err_names:
scope.fail(instance, f"Properties {err_names} are invalid")
else:
scope.annotate(instance, self.key, list(matched_names))
def evaluate(self, instance: JSON, scope: Scope) -> None:
valid_indices = []
err_indices = []
for index, subschema in enumerate(self.json):
with scope(str(index)) as subscope:
subschema.evaluate(instance, subscope)
if subscope.valid:
valid_indices += [index]
else:
err_indices += [index]
if len(valid_indices) != 1:
scope.fail(
instance,
'The instance must be valid against exactly one subschema; '
f'it is valid against {valid_indices} and invalid against {err_indices}'
)
def evaluate(self, instance: JSON, scope: Scope) -> None:
annotation = []
err_names = []
for name, subschema in self.json.items():
if name in instance:
with scope(name) as subscope:
subschema.evaluate(instance, subscope)
if subscope.valid:
annotation += [name]
else:
err_names += [name]
if err_names:
scope.fail(
instance, f'Properties {err_names} are invalid against '
f'the corresponding "dependentSchemas" subschemas')
else:
scope.annotate(instance, self.key, annotation)
def evaluate(self, instance: JSON, scope: Scope) -> None:
if len(instance) < self.json:
scope.fail(
instance,
f"The object has too few properties (minimum {self.json})")
def evaluate(self, instance: JSON, scope: Scope) -> None:
if instance >= self.json:
scope.fail(instance, f"The value must be less than {self.json}")
def evaluate(self, instance: JSON, scope: Scope) -> None:
if len(instance) > self.json:
scope.fail(
instance,
f"The text is too long (maximum {self.json} characters)")
def evaluate(self, instance: JSON, scope: Scope) -> None:
if len(instance) < self.json:
scope.fail(
instance,
f"The text is too short (minimum {self.json} characters)")
def evaluate(self, instance: JSON, scope: Scope) -> None:
if instance > self.json:
scope.fail(instance,
f"The value may not be greater than {self.json}")
def evaluate(self, instance: JSON, scope: Scope) -> None:
if instance != self.json:
scope.fail(instance, f"The value must be equal to {self.json}")
def evaluate(self, instance: JSON, scope: Scope) -> None:
if instance not in self.json:
scope.fail(instance, f"The value must be one of {self.json}")
def evaluate(self, instance: JSON, scope: Scope) -> None:
if self.regex.search(instance.value) is None:
scope.fail(
instance,
f"The text must match the regular expression {self.json}")
def evaluate(self, instance: JSON, scope: Scope) -> None:
if len(instance) < self.json:
scope.fail(
instance,
f"The array has too few elements (minimum {self.json})")
def evaluate(self, instance: JSON, scope: Scope) -> None:
missing = [name for name in self.json if name.value not in instance]
if missing:
scope.fail(instance,
f"The object is missing required properties {missing}")
