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flytekitplugins.great_expectations.schema
flytekitplugins.great_expectations.schema
Use this configuration to configure GreatExpectations Plugin.
class GreatExpectationsFlyteConfig (
datasource_name : str ,
expectation_suite_name : str ,
data_connector_name : str ,
data_asset_name : typing . Optional [ str ],
local_file_path : typing . Optional [ str ],
checkpoint_params : typing . Optional [ typing . Dict [ str , typing . Union [ str , typing . List [ str ]]]],
batch_request_config : typing . Optional [ flytekitplugins . great_expectations . task . BatchRequestConfig ],
context_root_dir : str ,
)
Parameter
Type
Description
datasource_name
str
tell where your data lives and how to get it
expectation_suite_name
str
suite which consists of the data expectations
data_connector_name
str
connector to identify data batches
data_asset_name
typing.Optional[str]
name of the data asset (to be used for RuntimeBatchRequest)
local_file_path
typing.Optional[str]
dataset file path useful for FlyteFile and FlyteSchema
checkpoint_params
typing.Optional[typing.Dict[str, typing.Union[str, typing.List[str]]]]
optional SimpleCheckpoint parameters
batch_request_config
typing.Optional[flytekitplugins.great_expectations.task.BatchRequestConfig]
batchrequest config
context_root_dir
str
directory in which GreatExpectations’ configuration resides
def from_dict (
kvs : typing . Union [ dict , list , str , int , float , bool , NoneType ],
infer_missing ,
) -> ~ A
Parameter
Type
Description
kvs
typing.Union[dict, list, str, int, float, bool, NoneType]
infer_missing
def from_json (
s : typing . Union [ str , bytes , bytearray ],
parse_float ,
parse_int ,
parse_constant ,
infer_missing ,
kw ,
) -> ~ A
Parameter
Type
Description
s
typing.Union[str, bytes, bytearray]
parse_float
parse_int
parse_constant
infer_missing
kw
def schema (
infer_missing : bool ,
only ,
exclude ,
many : bool ,
context ,
load_only ,
dump_only ,
partial : bool ,
unknown ,
) -> SchemaType [ A ]
Parameter
Type
Description
infer_missing
bool
only
exclude
many
bool
context
load_only
dump_only
partial
bool
unknown
def to_dict (
encode_json ,
) -> typing . Dict [ str , typing . Union [ dict , list , str , int , float , bool , NoneType ]]
Parameter
Type
Description
encode_json
def to_json (
skipkeys : bool ,
ensure_ascii : bool ,
check_circular : bool ,
allow_nan : bool ,
indent : typing . Union [ int , str , NoneType ],
separators : typing . Tuple [ str , str ],
default : typing . Callable ,
sort_keys : bool ,
kw ,
) -> str
Parameter
Type
Description
skipkeys
bool
ensure_ascii
bool
check_circular
bool
allow_nan
bool
indent
typing.Union[int, str, NoneType]
separators
typing.Tuple[str, str]
default
typing.Callable
sort_keys
bool
kw
Use this class to send the GreatExpectationsFlyteConfig.
def GreatExpectationsTypeTransformer ()
Property
Type
Description
is_async
None
name
None
python_type
None
This returns the python type
type_assertions_enabled
None
Indicates if the transformer wants type assertions to be enabled at the core type engine layer
def assert_type (
t : Type [ T ],
v : T ,
)
Parameter
Type
Description
t
Type[T]
v
T
def from_binary_idl (
binary_idl_object : Binary ,
expected_python_type : Type [ T ],
) -> Optional [ T ]
This function primarily handles deserialization for untyped dicts, dataclasses, Pydantic BaseModels, and attribute access.`
For untyped dict, dataclass, and pydantic basemodel:
Life Cycle (Untyped Dict as example):
python val -> msgpack bytes -> binary literal scalar -> msgpack bytes -> python val
(to_literal) (from_binary_idl)
For attribute access:
Life Cycle:
python val -> msgpack bytes -> binary literal scalar -> resolved golang value -> binary literal scalar -> msgpack bytes -> python val
(to_literal) (propeller attribute access) (from_binary_idl)
Parameter
Type
Description
binary_idl_object
Binary
expected_python_type
Type[T]
def from_generic_idl (
generic : Struct ,
expected_python_type : Type [ T ],
) -> Optional [ T ]
TODO: Support all Flyte Types.
This is for dataclass attribute access from input created from the Flyte Console.
Note:
This can be removed in the future when the Flyte Console support generate Binary IDL Scalar as input.
Parameter
Type
Description
generic
Struct
expected_python_type
Type[T]
def get_config (
t : typing . Type [ flytekitplugins . great_expectations . schema . GreatExpectationsType ],
) -> typing . Tuple [ typing . Type , flytekitplugins . great_expectations . schema . GreatExpectationsFlyteConfig ]
Parameter
Type
Description
t
typing.Type[flytekitplugins.great_expectations.schema.GreatExpectationsType]
def get_literal_type (
t : typing . Type [ flytekitplugins . great_expectations . schema . GreatExpectationsType ],
) -> flytekit . models . types . LiteralType
Converts the python type to a Flyte LiteralType
Parameter
Type
Description
t
typing.Type[flytekitplugins.great_expectations.schema.GreatExpectationsType]
def guess_python_type (
literal_type : LiteralType ,
) -> Type [ T ]
Converts the Flyte LiteralType to a python object type.
Parameter
Type
Description
literal_type
LiteralType
def isinstance_generic (
obj ,
generic_alias ,
)
Parameter
Type
Description
obj
generic_alias
def schema_match (
schema : dict ,
) -> bool
Check if a JSON schema fragment matches this transformer’s python_type.
For BaseModel subclasses, automatically compares the schema’s title, type, and
required fields against the type’s own JSON schema. For other types, returns
False by default — override if needed.
Parameter
Type
Description
schema
dict
def to_html (
ctx : FlyteContext ,
python_val : T ,
expected_python_type : Type [ T ],
) -> str
Converts any python val (dataframe, int, float) to a html string, and it will be wrapped in the HTML div
Parameter
Type
Description
ctx
FlyteContext
python_val
T
expected_python_type
Type[T]
def to_literal (
ctx : flytekit . core . context_manager . FlyteContext ,
python_val : typing . Union [ flytekit . types . file . file . FlyteFile , flytekit . types . schema . types . FlyteSchema , str ],
python_type : typing . Type [ flytekitplugins . great_expectations . schema . GreatExpectationsType ],
expected : flytekit . models . types . LiteralType ,
) -> flytekit . models . literals . Literal
Converts a given python_val to a Flyte Literal, assuming the given python_val matches the declared python_type.
Implementers should refrain from using type(python_val) instead rely on the passed in python_type. If these
do not match (or are not allowed) the Transformer implementer should raise an AssertionError, clearly stating
what was the mismatch
Parameter
Type
Description
ctx
flytekit.core.context_manager.FlyteContext
A FlyteContext, useful in accessing the filesystem and other attributes
python_val
typing.Union[flytekit.types.file.file.FlyteFile, flytekit.types.schema.types.FlyteSchema, str]
The actual value to be transformed
python_type
typing.Type[flytekitplugins.great_expectations.schema.GreatExpectationsType]
The assumed type of the value (this matches the declared type on the function)
expected
flytekit.models.types.LiteralType
Expected Literal Type
def to_python_value (
ctx : flytekit . core . context_manager . FlyteContext ,
lv : flytekit . models . literals . Literal ,
expected_python_type : typing . Type [ flytekitplugins . great_expectations . schema . GreatExpectationsType ],
) -> flytekitplugins . great_expectations . schema . GreatExpectationsType
Converts the given Literal to a Python Type. If the conversion cannot be done an AssertionError should be raised
Parameter
Type
Description
ctx
flytekit.core.context_manager.FlyteContext
FlyteContext
lv
flytekit.models.literals.Literal
The received literal Value
expected_python_type
typing.Type[flytekitplugins.great_expectations.schema.GreatExpectationsType]
Expected native python type that should be returned