Schema

sttp.tapir.Schema
See theSchema companion object
case class Schema[T](schemaType: SchemaType[T], name: Option[SName], isOptional: Boolean, description: Option[String], default: Option[(T, Option[Any])], format: Option[String], encodedExample: Option[Any], deprecated: Boolean, hidden: Boolean, validator: Validator[T], attributes: AttributeMap) extends SchemaMacros[T]

Describes the type T: its low-level representation, meta-data and validation rules.

Value parameters

format

The name of the format of the low-level representation of T.

Attributes

Companion
object
Graph
Supertypes
trait Serializable
trait Product
trait Equals
trait SchemaMacros[T]
class Object
trait Matchable
class Any
Show all

Members list

Value members

Concrete methods

def applyValidation(t: T): List[ValidationError[_]]
Implicitly added by schemaForArray

Apply defined validation rules to the given value.

Apply defined validation rules to the given value.

Attributes

def applyValidation(t: T): List[ValidationError[_]]
Implicitly added by schemaForDelimited

Apply defined validation rules to the given value.

Apply defined validation rules to the given value.

Attributes

def applyValidation(t: T): List[ValidationError[_]]
Implicitly added by schemaForIterable

Apply defined validation rules to the given value.

Apply defined validation rules to the given value.

Attributes

def applyValidation(t: T): List[ValidationError[_]]
Implicitly added by schemaForMap

Apply defined validation rules to the given value.

Apply defined validation rules to the given value.

Attributes

def applyValidation(t: T): List[ValidationError[_]]
Implicitly added by schemaForOption

Apply defined validation rules to the given value.

Apply defined validation rules to the given value.

Attributes

def applyValidation(t: T): List[ValidationError[_]]
Implicitly added by schemaForPart

Apply defined validation rules to the given value.

Apply defined validation rules to the given value.

Attributes

def applyValidation(t: T): List[ValidationError[_]]

Apply defined validation rules to the given value.

Apply defined validation rules to the given value.

Attributes

def as[TT]: Schema[TT]
Implicitly added by schemaForArray

Adapt this schema to type TT. Only the meta-data is retained, except for default values and the validator (however, product field/subtypes validators are retained). Run-time functionality:

Adapt this schema to type TT. Only the meta-data is retained, except for default values and the validator (however, product field/subtypes validators are retained). Run-time functionality:

  • traversing collection elements, product fields, or coproduct subtypes
  • validating an instance of type TT the top-level type is lost.

Attributes

def as[TT]: Schema[TT]
Implicitly added by schemaForDelimited

Adapt this schema to type TT. Only the meta-data is retained, except for default values and the validator (however, product field/subtypes validators are retained). Run-time functionality:

Adapt this schema to type TT. Only the meta-data is retained, except for default values and the validator (however, product field/subtypes validators are retained). Run-time functionality:

  • traversing collection elements, product fields, or coproduct subtypes
  • validating an instance of type TT the top-level type is lost.

Attributes

def as[TT]: Schema[TT]
Implicitly added by schemaForIterable

Adapt this schema to type TT. Only the meta-data is retained, except for default values and the validator (however, product field/subtypes validators are retained). Run-time functionality:

Adapt this schema to type TT. Only the meta-data is retained, except for default values and the validator (however, product field/subtypes validators are retained). Run-time functionality:

  • traversing collection elements, product fields, or coproduct subtypes
  • validating an instance of type TT the top-level type is lost.

Attributes

def as[TT]: Schema[TT]
Implicitly added by schemaForMap

Adapt this schema to type TT. Only the meta-data is retained, except for default values and the validator (however, product field/subtypes validators are retained). Run-time functionality:

Adapt this schema to type TT. Only the meta-data is retained, except for default values and the validator (however, product field/subtypes validators are retained). Run-time functionality:

  • traversing collection elements, product fields, or coproduct subtypes
  • validating an instance of type TT the top-level type is lost.

Attributes

def as[TT]: Schema[TT]
Implicitly added by schemaForOption

Adapt this schema to type TT. Only the meta-data is retained, except for default values and the validator (however, product field/subtypes validators are retained). Run-time functionality:

Adapt this schema to type TT. Only the meta-data is retained, except for default values and the validator (however, product field/subtypes validators are retained). Run-time functionality:

  • traversing collection elements, product fields, or coproduct subtypes
  • validating an instance of type TT the top-level type is lost.

Attributes

def as[TT]: Schema[TT]
Implicitly added by schemaForPart

Adapt this schema to type TT. Only the meta-data is retained, except for default values and the validator (however, product field/subtypes validators are retained). Run-time functionality:

Adapt this schema to type TT. Only the meta-data is retained, except for default values and the validator (however, product field/subtypes validators are retained). Run-time functionality:

  • traversing collection elements, product fields, or coproduct subtypes
  • validating an instance of type TT the top-level type is lost.

Attributes

def as[TT]: Schema[TT]

Adapt this schema to type TT. Only the meta-data is retained, except for default values and the validator (however, product field/subtypes validators are retained). Run-time functionality:

Adapt this schema to type TT. Only the meta-data is retained, except for default values and the validator (however, product field/subtypes validators are retained). Run-time functionality:

  • traversing collection elements, product fields, or coproduct subtypes
  • validating an instance of type TT the top-level type is lost.

Attributes

def asArray: Schema[Array[T]]
Implicitly added by schemaForArray

Returns an array version of this schema, with the schema type wrapped in SArray. Sets isOptional to true as the collection might be empty.

Returns an array version of this schema, with the schema type wrapped in SArray. Sets isOptional to true as the collection might be empty.

Attributes

def asArray: Schema[Array[T]]
Implicitly added by schemaForDelimited

Returns an array version of this schema, with the schema type wrapped in SArray. Sets isOptional to true as the collection might be empty.

Returns an array version of this schema, with the schema type wrapped in SArray. Sets isOptional to true as the collection might be empty.

Attributes

def asArray: Schema[Array[T]]
Implicitly added by schemaForIterable

Returns an array version of this schema, with the schema type wrapped in SArray. Sets isOptional to true as the collection might be empty.

Returns an array version of this schema, with the schema type wrapped in SArray. Sets isOptional to true as the collection might be empty.

Attributes

def asArray: Schema[Array[T]]
Implicitly added by schemaForMap

Returns an array version of this schema, with the schema type wrapped in SArray. Sets isOptional to true as the collection might be empty.

Returns an array version of this schema, with the schema type wrapped in SArray. Sets isOptional to true as the collection might be empty.

Attributes

def asArray: Schema[Array[T]]
Implicitly added by schemaForOption

Returns an array version of this schema, with the schema type wrapped in SArray. Sets isOptional to true as the collection might be empty.

Returns an array version of this schema, with the schema type wrapped in SArray. Sets isOptional to true as the collection might be empty.

Attributes

def asArray: Schema[Array[T]]
Implicitly added by schemaForPart

Returns an array version of this schema, with the schema type wrapped in SArray. Sets isOptional to true as the collection might be empty.

Returns an array version of this schema, with the schema type wrapped in SArray. Sets isOptional to true as the collection might be empty.

Attributes

def asArray: Schema[Array[T]]

Returns an array version of this schema, with the schema type wrapped in SArray. Sets isOptional to true as the collection might be empty.

Returns an array version of this schema, with the schema type wrapped in SArray. Sets isOptional to true as the collection might be empty.

Attributes

def asIterable[C <: (Iterable)]: Schema[C[T]]
Implicitly added by schemaForArray

Returns a collection version of this schema, with the schema type wrapped in SArray. Sets isOptional to true as the collection might be empty.

Returns a collection version of this schema, with the schema type wrapped in SArray. Sets isOptional to true as the collection might be empty.

Attributes

def asIterable[C <: (Iterable)]: Schema[C[T]]
Implicitly added by schemaForDelimited

Returns a collection version of this schema, with the schema type wrapped in SArray. Sets isOptional to true as the collection might be empty.

Returns a collection version of this schema, with the schema type wrapped in SArray. Sets isOptional to true as the collection might be empty.

Attributes

def asIterable[C <: (Iterable)]: Schema[C[T]]
Implicitly added by schemaForIterable

Returns a collection version of this schema, with the schema type wrapped in SArray. Sets isOptional to true as the collection might be empty.

Returns a collection version of this schema, with the schema type wrapped in SArray. Sets isOptional to true as the collection might be empty.

Attributes

def asIterable[C <: (Iterable)]: Schema[C[T]]
Implicitly added by schemaForMap

Returns a collection version of this schema, with the schema type wrapped in SArray. Sets isOptional to true as the collection might be empty.

Returns a collection version of this schema, with the schema type wrapped in SArray. Sets isOptional to true as the collection might be empty.

Attributes

def asIterable[C <: (Iterable)]: Schema[C[T]]
Implicitly added by schemaForOption

Returns a collection version of this schema, with the schema type wrapped in SArray. Sets isOptional to true as the collection might be empty.

Returns a collection version of this schema, with the schema type wrapped in SArray. Sets isOptional to true as the collection might be empty.

Attributes

def asIterable[C <: (Iterable)]: Schema[C[T]]
Implicitly added by schemaForPart

Returns a collection version of this schema, with the schema type wrapped in SArray. Sets isOptional to true as the collection might be empty.

Returns a collection version of this schema, with the schema type wrapped in SArray. Sets isOptional to true as the collection might be empty.

Attributes

def asIterable[C <: (Iterable)]: Schema[C[T]]

Returns a collection version of this schema, with the schema type wrapped in SArray. Sets isOptional to true as the collection might be empty.

Returns a collection version of this schema, with the schema type wrapped in SArray. Sets isOptional to true as the collection might be empty.

Attributes

def asOption: Schema[Option[T]]
Implicitly added by schemaForArray

Returns an optional version of this schema, with isOptional set to true.

Returns an optional version of this schema, with isOptional set to true.

Attributes

def asOption: Schema[Option[T]]
Implicitly added by schemaForDelimited

Returns an optional version of this schema, with isOptional set to true.

Returns an optional version of this schema, with isOptional set to true.

Attributes

def asOption: Schema[Option[T]]
Implicitly added by schemaForIterable

Returns an optional version of this schema, with isOptional set to true.

Returns an optional version of this schema, with isOptional set to true.

Attributes

def asOption: Schema[Option[T]]
Implicitly added by schemaForMap

Returns an optional version of this schema, with isOptional set to true.

Returns an optional version of this schema, with isOptional set to true.

Attributes

def asOption: Schema[Option[T]]
Implicitly added by schemaForOption

Returns an optional version of this schema, with isOptional set to true.

Returns an optional version of this schema, with isOptional set to true.

Attributes

def asOption: Schema[Option[T]]
Implicitly added by schemaForPart

Returns an optional version of this schema, with isOptional set to true.

Returns an optional version of this schema, with isOptional set to true.

Attributes

def asOption: Schema[Option[T]]

Returns an optional version of this schema, with isOptional set to true.

Returns an optional version of this schema, with isOptional set to true.

Attributes

def attribute[A](k: AttributeKey[A]): Option[A]
Implicitly added by schemaForArray
def attribute[A](k: AttributeKey[A], v: A): Schema[T]
Implicitly added by schemaForArray
def attribute[A](k: AttributeKey[A]): Option[A]
Implicitly added by schemaForDelimited
def attribute[A](k: AttributeKey[A], v: A): Schema[T]
Implicitly added by schemaForDelimited
def attribute[A](k: AttributeKey[A]): Option[A]
Implicitly added by schemaForIterable
def attribute[A](k: AttributeKey[A], v: A): Schema[T]
Implicitly added by schemaForIterable
def attribute[A](k: AttributeKey[A]): Option[A]
Implicitly added by schemaForMap
def attribute[A](k: AttributeKey[A], v: A): Schema[T]
Implicitly added by schemaForMap
def attribute[A](k: AttributeKey[A]): Option[A]
Implicitly added by schemaForOption
def attribute[A](k: AttributeKey[A], v: A): Schema[T]
Implicitly added by schemaForOption
def attribute[A](k: AttributeKey[A]): Option[A]
Implicitly added by schemaForPart
def attribute[A](k: AttributeKey[A], v: A): Schema[T]
Implicitly added by schemaForPart
def attribute[A](k: AttributeKey[A]): Option[A]
def attribute[A](k: AttributeKey[A], v: A): Schema[T]
def default(t: T, encoded: Option[Any]): Schema[T]
Implicitly added by schemaForArray

Adds a default value, which is used by Codec s during decoding and for documentation.

Adds a default value, which is used by Codec s during decoding and for documentation.

To represent the value in the documentation, an encoded form needs to be provided. The encoded form is inferred if missing and the given value is of a basic type (number, string, etc.).

Attributes

def default(t: T, encoded: Option[Any]): Schema[T]
Implicitly added by schemaForDelimited

Adds a default value, which is used by Codec s during decoding and for documentation.

Adds a default value, which is used by Codec s during decoding and for documentation.

To represent the value in the documentation, an encoded form needs to be provided. The encoded form is inferred if missing and the given value is of a basic type (number, string, etc.).

Attributes

def default(t: T, encoded: Option[Any]): Schema[T]
Implicitly added by schemaForIterable

Adds a default value, which is used by Codec s during decoding and for documentation.

Adds a default value, which is used by Codec s during decoding and for documentation.

To represent the value in the documentation, an encoded form needs to be provided. The encoded form is inferred if missing and the given value is of a basic type (number, string, etc.).

Attributes

def default(t: T, encoded: Option[Any]): Schema[T]
Implicitly added by schemaForMap

Adds a default value, which is used by Codec s during decoding and for documentation.

Adds a default value, which is used by Codec s during decoding and for documentation.

To represent the value in the documentation, an encoded form needs to be provided. The encoded form is inferred if missing and the given value is of a basic type (number, string, etc.).

Attributes

def default(t: T, encoded: Option[Any]): Schema[T]
Implicitly added by schemaForOption

Adds a default value, which is used by Codec s during decoding and for documentation.

Adds a default value, which is used by Codec s during decoding and for documentation.

To represent the value in the documentation, an encoded form needs to be provided. The encoded form is inferred if missing and the given value is of a basic type (number, string, etc.).

Attributes

def default(t: T, encoded: Option[Any]): Schema[T]
Implicitly added by schemaForPart

Adds a default value, which is used by Codec s during decoding and for documentation.

Adds a default value, which is used by Codec s during decoding and for documentation.

To represent the value in the documentation, an encoded form needs to be provided. The encoded form is inferred if missing and the given value is of a basic type (number, string, etc.).

Attributes

def default(t: T, encoded: Option[Any]): Schema[T]

Adds a default value, which is used by Codec s during decoding and for documentation.

Adds a default value, which is used by Codec s during decoding and for documentation.

To represent the value in the documentation, an encoded form needs to be provided. The encoded form is inferred if missing and the given value is of a basic type (number, string, etc.).

Attributes

def deprecated(d: Boolean): Schema[T]
Implicitly added by schemaForArray
def deprecated(d: Boolean): Schema[T]
Implicitly added by schemaForDelimited
def deprecated(d: Boolean): Schema[T]
Implicitly added by schemaForIterable
def deprecated(d: Boolean): Schema[T]
Implicitly added by schemaForMap
def deprecated(d: Boolean): Schema[T]
Implicitly added by schemaForOption
def deprecated(d: Boolean): Schema[T]
Implicitly added by schemaForPart
def deprecated(d: Boolean): Schema[T]
def description(d: String): Schema[T]
Implicitly added by schemaForArray
def description(d: String): Schema[T]
Implicitly added by schemaForDelimited
def description(d: String): Schema[T]
Implicitly added by schemaForIterable
def description(d: String): Schema[T]
Implicitly added by schemaForMap
def description(d: String): Schema[T]
Implicitly added by schemaForOption
def description(d: String): Schema[T]
Implicitly added by schemaForPart
def description(d: String): Schema[T]
def encodedExample(e: Any): Schema[T]
Implicitly added by schemaForArray
def encodedExample(e: Any): Schema[T]
Implicitly added by schemaForDelimited
def encodedExample(e: Any): Schema[T]
Implicitly added by schemaForIterable
def encodedExample(e: Any): Schema[T]
Implicitly added by schemaForMap
def encodedExample(e: Any): Schema[T]
Implicitly added by schemaForOption
def encodedExample(e: Any): Schema[T]
Implicitly added by schemaForPart
def encodedExample(e: Any): Schema[T]
def format(f: String): Schema[T]
Implicitly added by schemaForArray
def format(f: String): Schema[T]
Implicitly added by schemaForDelimited
def format(f: String): Schema[T]
Implicitly added by schemaForIterable
def format(f: String): Schema[T]
Implicitly added by schemaForMap
def format(f: String): Schema[T]
Implicitly added by schemaForOption
def format(f: String): Schema[T]
Implicitly added by schemaForPart
def format(f: String): Schema[T]
def hidden(h: Boolean): Schema[T]
Implicitly added by schemaForArray
def hidden(h: Boolean): Schema[T]
Implicitly added by schemaForDelimited
def hidden(h: Boolean): Schema[T]
Implicitly added by schemaForIterable
def hidden(h: Boolean): Schema[T]
Implicitly added by schemaForMap
def hidden(h: Boolean): Schema[T]
Implicitly added by schemaForOption
def hidden(h: Boolean): Schema[T]
Implicitly added by schemaForPart
def hidden(h: Boolean): Schema[T]
def map[TT](f: T => Option[TT])(g: TT => T): Schema[TT]
Implicitly added by schemaForArray
def map[TT](f: T => Option[TT])(g: TT => T): Schema[TT]
Implicitly added by schemaForDelimited
def map[TT](f: T => Option[TT])(g: TT => T): Schema[TT]
Implicitly added by schemaForIterable
def map[TT](f: T => Option[TT])(g: TT => T): Schema[TT]
Implicitly added by schemaForMap
def map[TT](f: T => Option[TT])(g: TT => T): Schema[TT]
Implicitly added by schemaForOption
def map[TT](f: T => Option[TT])(g: TT => T): Schema[TT]
Implicitly added by schemaForPart
def map[TT](f: T => Option[TT])(g: TT => T): Schema[TT]
def modifyUnsafe[U](fields: String*)(modify: Schema[U] => Schema[U]): Schema[T]
Implicitly added by schemaForArray

See modify: instead of a path expressed using code, accepts a path a sequence of Strings.

See modify: instead of a path expressed using code, accepts a path a sequence of Strings.

Attributes

def modifyUnsafe[U](fields: String*)(modify: Schema[U] => Schema[U]): Schema[T]
Implicitly added by schemaForDelimited

See modify: instead of a path expressed using code, accepts a path a sequence of Strings.

See modify: instead of a path expressed using code, accepts a path a sequence of Strings.

Attributes

def modifyUnsafe[U](fields: String*)(modify: Schema[U] => Schema[U]): Schema[T]
Implicitly added by schemaForIterable

See modify: instead of a path expressed using code, accepts a path a sequence of Strings.

See modify: instead of a path expressed using code, accepts a path a sequence of Strings.

Attributes

def modifyUnsafe[U](fields: String*)(modify: Schema[U] => Schema[U]): Schema[T]
Implicitly added by schemaForMap

See modify: instead of a path expressed using code, accepts a path a sequence of Strings.

See modify: instead of a path expressed using code, accepts a path a sequence of Strings.

Attributes

def modifyUnsafe[U](fields: String*)(modify: Schema[U] => Schema[U]): Schema[T]
Implicitly added by schemaForOption

See modify: instead of a path expressed using code, accepts a path a sequence of Strings.

See modify: instead of a path expressed using code, accepts a path a sequence of Strings.

Attributes

def modifyUnsafe[U](fields: String*)(modify: Schema[U] => Schema[U]): Schema[T]
Implicitly added by schemaForPart

See modify: instead of a path expressed using code, accepts a path a sequence of Strings.

See modify: instead of a path expressed using code, accepts a path a sequence of Strings.

Attributes

def modifyUnsafe[U](fields: String*)(modify: Schema[U] => Schema[U]): Schema[T]

See modify: instead of a path expressed using code, accepts a path a sequence of Strings.

See modify: instead of a path expressed using code, accepts a path a sequence of Strings.

Attributes

def name(name: SName): Schema[T]
Implicitly added by schemaForArray
def name(name: Option[SName]): Schema[T]
Implicitly added by schemaForArray
def name(name: SName): Schema[T]
Implicitly added by schemaForDelimited
def name(name: Option[SName]): Schema[T]
Implicitly added by schemaForDelimited
def name(name: SName): Schema[T]
Implicitly added by schemaForIterable
def name(name: Option[SName]): Schema[T]
Implicitly added by schemaForIterable
def name(name: SName): Schema[T]
Implicitly added by schemaForMap
def name(name: Option[SName]): Schema[T]
Implicitly added by schemaForMap
def name(name: SName): Schema[T]
Implicitly added by schemaForOption
def name(name: Option[SName]): Schema[T]
Implicitly added by schemaForOption
def name(name: SName): Schema[T]
Implicitly added by schemaForPart
def name(name: Option[SName]): Schema[T]
Implicitly added by schemaForPart
def name(name: SName): Schema[T]
def name(name: Option[SName]): Schema[T]
def show: String
Implicitly added by schemaForArray
def show: String
Implicitly added by schemaForDelimited
def show: String
Implicitly added by schemaForIterable
def show: String
Implicitly added by schemaForMap
def show: String
Implicitly added by schemaForOption
def show: String
Implicitly added by schemaForPart
def show: String
def showValidators: Option[String]
Implicitly added by schemaForArray
def showValidators: Option[String]
Implicitly added by schemaForDelimited
def showValidators: Option[String]
Implicitly added by schemaForIterable
def showValidators: Option[String]
Implicitly added by schemaForMap
def showValidators: Option[String]
Implicitly added by schemaForOption
def showValidators: Option[String]
Implicitly added by schemaForPart
def showValidators: Option[String]
def title(t: String): Schema[T]
Implicitly added by schemaForArray
def title(t: String): Schema[T]
Implicitly added by schemaForDelimited
def title(t: String): Schema[T]
Implicitly added by schemaForIterable
def title(t: String): Schema[T]
Implicitly added by schemaForMap
def title(t: String): Schema[T]
Implicitly added by schemaForOption
def title(t: String): Schema[T]
Implicitly added by schemaForPart
def title(t: String): Schema[T]
def validate(v: Validator[T]): Schema[T]
Implicitly added by schemaForArray

Add a validator to this schema. If the validator contains a named enum validator:

Add a validator to this schema. If the validator contains a named enum validator:

  • the encode function is inferred if not yet defined, and the validators possible values are of a basic type
  • the name is set as the schema's name.

Attributes

def validate(v: Validator[T]): Schema[T]
Implicitly added by schemaForDelimited

Add a validator to this schema. If the validator contains a named enum validator:

Add a validator to this schema. If the validator contains a named enum validator:

  • the encode function is inferred if not yet defined, and the validators possible values are of a basic type
  • the name is set as the schema's name.

Attributes

def validate(v: Validator[T]): Schema[T]
Implicitly added by schemaForIterable

Add a validator to this schema. If the validator contains a named enum validator:

Add a validator to this schema. If the validator contains a named enum validator:

  • the encode function is inferred if not yet defined, and the validators possible values are of a basic type
  • the name is set as the schema's name.

Attributes

def validate(v: Validator[T]): Schema[T]
Implicitly added by schemaForMap

Add a validator to this schema. If the validator contains a named enum validator:

Add a validator to this schema. If the validator contains a named enum validator:

  • the encode function is inferred if not yet defined, and the validators possible values are of a basic type
  • the name is set as the schema's name.

Attributes

def validate(v: Validator[T]): Schema[T]
Implicitly added by schemaForOption

Add a validator to this schema. If the validator contains a named enum validator:

Add a validator to this schema. If the validator contains a named enum validator:

  • the encode function is inferred if not yet defined, and the validators possible values are of a basic type
  • the name is set as the schema's name.

Attributes

def validate(v: Validator[T]): Schema[T]
Implicitly added by schemaForPart

Add a validator to this schema. If the validator contains a named enum validator:

Add a validator to this schema. If the validator contains a named enum validator:

  • the encode function is inferred if not yet defined, and the validators possible values are of a basic type
  • the name is set as the schema's name.

Attributes

def validate(v: Validator[T]): Schema[T]

Add a validator to this schema. If the validator contains a named enum validator:

Add a validator to this schema. If the validator contains a named enum validator:

  • the encode function is inferred if not yet defined, and the validators possible values are of a basic type
  • the name is set as the schema's name.

Attributes

Inherited methods

inline def modify[U](inline path: T => U)(inline modification: Schema[U] => Schema[U]): Schema[T]
Implicitly added by schemaForArray

Modifies nested schemas for case classes and case class families (sealed traits / enums), accessible with path, using the given modification function. To traverse collections, use .each.

Modifies nested schemas for case classes and case class families (sealed traits / enums), accessible with path, using the given modification function. To traverse collections, use .each.

Should only be used if the schema hasn't been created by .mapping another one. In such a case, the shape of the schema doesn't correspond to the type T, but to some lower-level representation of the type.

If the shape of the schema doesn't correspond to the path, the schema remains unchanged.

Attributes

Inherited from:
SchemaMacros
inline def modify[U](inline path: T => U)(inline modification: Schema[U] => Schema[U]): Schema[T]
Implicitly added by schemaForDelimited

Modifies nested schemas for case classes and case class families (sealed traits / enums), accessible with path, using the given modification function. To traverse collections, use .each.

Modifies nested schemas for case classes and case class families (sealed traits / enums), accessible with path, using the given modification function. To traverse collections, use .each.

Should only be used if the schema hasn't been created by .mapping another one. In such a case, the shape of the schema doesn't correspond to the type T, but to some lower-level representation of the type.

If the shape of the schema doesn't correspond to the path, the schema remains unchanged.

Attributes

Inherited from:
SchemaMacros
inline def modify[U](inline path: T => U)(inline modification: Schema[U] => Schema[U]): Schema[T]
Implicitly added by schemaForIterable

Modifies nested schemas for case classes and case class families (sealed traits / enums), accessible with path, using the given modification function. To traverse collections, use .each.

Modifies nested schemas for case classes and case class families (sealed traits / enums), accessible with path, using the given modification function. To traverse collections, use .each.

Should only be used if the schema hasn't been created by .mapping another one. In such a case, the shape of the schema doesn't correspond to the type T, but to some lower-level representation of the type.

If the shape of the schema doesn't correspond to the path, the schema remains unchanged.

Attributes

Inherited from:
SchemaMacros
inline def modify[U](inline path: T => U)(inline modification: Schema[U] => Schema[U]): Schema[T]
Implicitly added by schemaForMap

Modifies nested schemas for case classes and case class families (sealed traits / enums), accessible with path, using the given modification function. To traverse collections, use .each.

Modifies nested schemas for case classes and case class families (sealed traits / enums), accessible with path, using the given modification function. To traverse collections, use .each.

Should only be used if the schema hasn't been created by .mapping another one. In such a case, the shape of the schema doesn't correspond to the type T, but to some lower-level representation of the type.

If the shape of the schema doesn't correspond to the path, the schema remains unchanged.

Attributes

Inherited from:
SchemaMacros
inline def modify[U](inline path: T => U)(inline modification: Schema[U] => Schema[U]): Schema[T]
Implicitly added by schemaForOption

Modifies nested schemas for case classes and case class families (sealed traits / enums), accessible with path, using the given modification function. To traverse collections, use .each.

Modifies nested schemas for case classes and case class families (sealed traits / enums), accessible with path, using the given modification function. To traverse collections, use .each.

Should only be used if the schema hasn't been created by .mapping another one. In such a case, the shape of the schema doesn't correspond to the type T, but to some lower-level representation of the type.

If the shape of the schema doesn't correspond to the path, the schema remains unchanged.

Attributes

Inherited from:
SchemaMacros
inline def modify[U](inline path: T => U)(inline modification: Schema[U] => Schema[U]): Schema[T]
Implicitly added by schemaForPart

Modifies nested schemas for case classes and case class families (sealed traits / enums), accessible with path, using the given modification function. To traverse collections, use .each.

Modifies nested schemas for case classes and case class families (sealed traits / enums), accessible with path, using the given modification function. To traverse collections, use .each.

Should only be used if the schema hasn't been created by .mapping another one. In such a case, the shape of the schema doesn't correspond to the type T, but to some lower-level representation of the type.

If the shape of the schema doesn't correspond to the path, the schema remains unchanged.

Attributes

Inherited from:
SchemaMacros
inline def modify[U](inline path: T => U)(inline modification: Schema[U] => Schema[U]): Schema[T]

Modifies nested schemas for case classes and case class families (sealed traits / enums), accessible with path, using the given modification function. To traverse collections, use .each.

Modifies nested schemas for case classes and case class families (sealed traits / enums), accessible with path, using the given modification function. To traverse collections, use .each.

Should only be used if the schema hasn't been created by .mapping another one. In such a case, the shape of the schema doesn't correspond to the type T, but to some lower-level representation of the type.

If the shape of the schema doesn't correspond to the path, the schema remains unchanged.

Attributes

Inherited from:
SchemaMacros
def productElementNames: Iterator[String]
Implicitly added by schemaForArray

Attributes

Inherited from:
Product
def productElementNames: Iterator[String]
Implicitly added by schemaForDelimited

Attributes

Inherited from:
Product
def productElementNames: Iterator[String]
Implicitly added by schemaForIterable

Attributes

Inherited from:
Product
def productElementNames: Iterator[String]
Implicitly added by schemaForMap

Attributes

Inherited from:
Product
def productElementNames: Iterator[String]
Implicitly added by schemaForOption

Attributes

Inherited from:
Product
def productElementNames: Iterator[String]
Implicitly added by schemaForPart

Attributes

Inherited from:
Product
def productElementNames: Iterator[String]

Attributes

Inherited from:
Product
def productIterator: Iterator[Any]
Implicitly added by schemaForArray

Attributes

Inherited from:
Product
def productIterator: Iterator[Any]
Implicitly added by schemaForDelimited

Attributes

Inherited from:
Product
def productIterator: Iterator[Any]
Implicitly added by schemaForIterable

Attributes

Inherited from:
Product
def productIterator: Iterator[Any]
Implicitly added by schemaForMap

Attributes

Inherited from:
Product
def productIterator: Iterator[Any]
Implicitly added by schemaForOption

Attributes

Inherited from:
Product
def productIterator: Iterator[Any]
Implicitly added by schemaForPart

Attributes

Inherited from:
Product
def productIterator: Iterator[Any]

Attributes

Inherited from:
Product