lale.schemas module

class lale.schemas.AllOf(types: ~typing.Optional[~typing.List[~lale.schemas.Schema]] = None, desc: ~typing.Union[~lale.schemas.Undefined, str] = <lale.schemas.Undefined object>, default: ~typing.Union[~lale.schemas.Undefined, ~typing.Any] = <lale.schemas.Undefined object>)

Bases: Schema

schema: Dict[str, Any]

class lale.schemas.AnyOf(types: ~typing.Optional[~typing.List[~lale.schemas.Schema]] = None, desc: ~typing.Union[~lale.schemas.Undefined, str] = <lale.schemas.Undefined object>, default: ~typing.Union[~lale.schemas.Undefined, ~typing.Any] = <lale.schemas.Undefined object>, forOptimizer: bool = True)

Bases: Schema

schema: Dict[str, Any]

class lale.schemas.Array(items: ~lale.schemas.Schema, desc: ~typing.Union[~lale.schemas.Undefined, str] = <lale.schemas.Undefined object>, default: ~typing.Union[~lale.schemas.Undefined, ~typing.List[~typing.Any]] = <lale.schemas.Undefined object>, forOptimizer: bool = True, minItems: ~typing.Union[~lale.schemas.Undefined, int] = <lale.schemas.Undefined object>, minItemsForOptimizer: ~typing.Union[~lale.schemas.Undefined, int] = <lale.schemas.Undefined object>, maxItems: ~typing.Union[~lale.schemas.Undefined, int] = <lale.schemas.Undefined object>, maxItemsForOptimizer: ~typing.Union[~lale.schemas.Undefined, int] = <lale.schemas.Undefined object>, laleType: ~typing.Union[~lale.schemas.Undefined, str] = <lale.schemas.Undefined object>)

Bases: Schema

schema: Dict[str, Any]

class lale.schemas.Bool(desc: ~typing.Union[~lale.schemas.Undefined, str] = <lale.schemas.Undefined object>, default: ~typing.Union[~lale.schemas.Undefined, bool] = <lale.schemas.Undefined object>, forOptimizer: bool = True)

Bases: Schema

schema: Dict[str, Any]

class lale.schemas.Enum(values: ~typing.Optional[~typing.List[~typing.Any]] = None, desc: ~typing.Union[~lale.schemas.Undefined, str] = <lale.schemas.Undefined object>, default: ~typing.Union[~lale.schemas.Undefined, ~typing.Any] = <lale.schemas.Undefined object>, forOptimizer: bool = True)

Bases: Schema

schema: Dict[str, Any]

class lale.schemas.Float(desc: ~typing.Union[~lale.schemas.Undefined, str] = <lale.schemas.Undefined object>, default: ~typing.Union[~lale.schemas.Undefined, float] = <lale.schemas.Undefined object>, forOptimizer: bool = True, minimum: ~typing.Union[~lale.schemas.Undefined, float] = <lale.schemas.Undefined object>, exclusiveMinimum: ~typing.Union[~lale.schemas.Undefined, bool] = <lale.schemas.Undefined object>, minimumForOptimizer: ~typing.Union[~lale.schemas.Undefined, float] = <lale.schemas.Undefined object>, exclusiveMinimumForOptimizer: ~typing.Union[~lale.schemas.Undefined, bool] = <lale.schemas.Undefined object>, maximum: ~typing.Union[~lale.schemas.Undefined, float] = <lale.schemas.Undefined object>, exclusiveMaximum: ~typing.Union[~lale.schemas.Undefined, bool] = <lale.schemas.Undefined object>, maximumForOptimizer: ~typing.Union[~lale.schemas.Undefined, float] = <lale.schemas.Undefined object>, exclusiveMaximumForOptimizer: ~typing.Union[~lale.schemas.Undefined, bool] = <lale.schemas.Undefined object>, distribution: ~typing.Union[~lale.schemas.Undefined, str] = <lale.schemas.Undefined object>)

Bases: Schema

schema: Dict[str, Any]

class lale.schemas.Int(desc: ~typing.Union[~lale.schemas.Undefined, str] = <lale.schemas.Undefined object>, default: ~typing.Union[~lale.schemas.Undefined, int] = <lale.schemas.Undefined object>, forOptimizer: bool = True, minimum: ~typing.Union[~lale.schemas.Undefined, int] = <lale.schemas.Undefined object>, exclusiveMinimum: ~typing.Union[~lale.schemas.Undefined, bool] = <lale.schemas.Undefined object>, minimumForOptimizer: ~typing.Union[~lale.schemas.Undefined, int] = <lale.schemas.Undefined object>, exclusiveMinimumForOptimizer: ~typing.Union[~lale.schemas.Undefined, bool] = <lale.schemas.Undefined object>, maximum: ~typing.Union[~lale.schemas.Undefined, int] = <lale.schemas.Undefined object>, exclusiveMaximum: ~typing.Union[~lale.schemas.Undefined, bool] = <lale.schemas.Undefined object>, maximumForOptimizer: ~typing.Union[~lale.schemas.Undefined, int] = <lale.schemas.Undefined object>, exclusiveMaximumForOptimizer: ~typing.Union[~lale.schemas.Undefined, bool] = <lale.schemas.Undefined object>, distribution: ~typing.Union[~lale.schemas.Undefined, str] = <lale.schemas.Undefined object>, laleMaximum: ~typing.Union[~lale.schemas.Undefined, str] = <lale.schemas.Undefined object>)

Bases: Schema

schema: Dict[str, Any]

class lale.schemas.JSON(body: Dict[str, Any])

Bases: Schema

schema: Dict[str, Any]

class lale.schemas.Not(body: Schema)

Bases: Schema

schema: Dict[str, Any]

class lale.schemas.Null(desc: ~typing.Union[~lale.schemas.Undefined, str] = <lale.schemas.Undefined object>, forOptimizer: bool = True)

Bases: Schema

schema: Dict[str, Any]

class lale.schemas.Object(default: ~typing.Union[~lale.schemas.Undefined, ~typing.Any] = <lale.schemas.Undefined object>, desc: ~typing.Union[~lale.schemas.Undefined, str] = <lale.schemas.Undefined object>, forOptimizer: bool = True, required: ~typing.Union[~lale.schemas.Undefined, ~typing.List[str]] = <lale.schemas.Undefined object>, additionalProperties: ~typing.Union[~lale.schemas.Undefined, bool] = <lale.schemas.Undefined object>, **kwargs: ~lale.schemas.Schema)

Bases: Schema

schema: Dict[str, Any]

class lale.schemas.Schema(desc: ~typing.Union[~lale.schemas.Undefined, str] = <lale.schemas.Undefined object>, default: ~typing.Union[~lale.schemas.Undefined, ~typing.Any] = <lale.schemas.Undefined object>, forOptimizer: bool = True)

Bases: object

schema: Dict[str, Any]

set(prop: str, value: Union[Undefined, Any])

class lale.schemas.String(desc: ~typing.Union[~lale.schemas.Undefined, str] = <lale.schemas.Undefined object>, default: ~typing.Union[~lale.schemas.Undefined, str] = <lale.schemas.Undefined object>, forOptimizer: bool = False)

Bases: Schema

schema: Dict[str, Any]

class lale.schemas.Undefined

Bases: object