schema

Types

Schema

Represents a complete JSON Schema document

pub type Schema {
  Schema(
    schema: SchemaDefinition,
    vocabulary: option.Option(List(String)),
    id: option.Option(String),
    comment: option.Option(String),
    defs: option.Option(List(#(String, SchemaDefinition))),
  )
}

Constructors

Schema(
  schema: SchemaDefinition,
  vocabulary: option.Option(List(String)),
  id: option.Option(String),
  comment: option.Option(String),
  defs: option.Option(List(#(String, SchemaDefinition))),
)

SchemaDefinition

</>

Core schema definition that can be used recursively

pub type SchemaDefinition {
  Type(type_: SchemaType)
  Enum(values: List(json.Json), type_: option.Option(SchemaType))
  Const(value: json.Json)
  Nullable(schema: SchemaDefinition)
  Optional(schema: SchemaDefinition)
  Number(
    minimum: option.Option(Float),
    maximum: option.Option(Float),
    exclusive_minimum: option.Option(Float),
    exclusive_maximum: option.Option(Float),
    multiple_of: option.Option(Float),
  )
  String(
    min_length: option.Option(Int),
    max_length: option.Option(Int),
    pattern: option.Option(String),
    format: option.Option(StringFormat),
  )
  Array(items: option.Option(SchemaDefinition))
  DetailedArray(
    items: option.Option(SchemaDefinition),
    prefix_items: option.Option(List(SchemaDefinition)),
    min_items: option.Option(Int),
    max_items: option.Option(Int),
    unique_items: option.Option(Bool),
    contains: option.Option(SchemaDefinition),
    min_contains: option.Option(Int),
    max_contains: option.Option(Int),
  )
  Object(
    properties: List(#(String, SchemaDefinition)),
    additional_properties: option.Option(Bool),
    required: option.Option(List(String)),
  )
  DetailedObject(
    properties: option.Option(List(#(String, SchemaDefinition))),
    pattern_properties: option.Option(
      List(#(String, SchemaDefinition)),
    ),
    additional_properties: option.Option(SchemaDefinition),
    required: option.Option(List(String)),
    property_names: option.Option(SchemaDefinition),
    min_properties: option.Option(Int),
    max_properties: option.Option(Int),
  )
  AllOf(schemas: List(SchemaDefinition))
  AnyOf(schemas: List(SchemaDefinition))
  OneOf(schemas: List(SchemaDefinition))
  Not(schema: SchemaDefinition)
  Ref(ref: String)
  TrueValue
  FalseValue
}

Constructors

```
Type(type_: SchemaType)
```

Enum(values: List(json.Json), type_: option.Option(SchemaType))

```
Const(value: json.Json)
```
```
Nullable(schema: SchemaDefinition)
```
```
Optional(schema: SchemaDefinition)
```

Number(
  minimum: option.Option(Float),
  maximum: option.Option(Float),
  exclusive_minimum: option.Option(Float),
  exclusive_maximum: option.Option(Float),
  multiple_of: option.Option(Float),
)

String(
  min_length: option.Option(Int),
  max_length: option.Option(Int),
  pattern: option.Option(String),
  format: option.Option(StringFormat),
)

Array(items: option.Option(SchemaDefinition))

DetailedArray(
  items: option.Option(SchemaDefinition),
  prefix_items: option.Option(List(SchemaDefinition)),
  min_items: option.Option(Int),
  max_items: option.Option(Int),
  unique_items: option.Option(Bool),
  contains: option.Option(SchemaDefinition),
  min_contains: option.Option(Int),
  max_contains: option.Option(Int),
)

Object(
  properties: List(#(String, SchemaDefinition)),
  additional_properties: option.Option(Bool),
  required: option.Option(List(String)),
)

DetailedObject(
  properties: option.Option(List(#(String, SchemaDefinition))),
  pattern_properties: option.Option(
    List(#(String, SchemaDefinition)),
  ),
  additional_properties: option.Option(SchemaDefinition),
  required: option.Option(List(String)),
  property_names: option.Option(SchemaDefinition),
  min_properties: option.Option(Int),
  max_properties: option.Option(Int),
)

```
AllOf(schemas: List(SchemaDefinition))
```
```
AnyOf(schemas: List(SchemaDefinition))
```
```
OneOf(schemas: List(SchemaDefinition))
```
```
Not(schema: SchemaDefinition)
```
```
Ref(ref: String)
```
```
TrueValue
```
```
FalseValue
```

SchemaType

</>

Represents the allowed basic JSON Schema types

pub type SchemaType {
  Null
  BooleanType
  ObjectType
  ArrayType
  NumberType
  StringType
  IntegerType
  Multiple(List(SchemaType))
}

Constructors

```
Null
```
```
BooleanType
```
```
ObjectType
```
```
ArrayType
```
```
NumberType
```
```
StringType
```
```
IntegerType
```
```
Multiple(List(SchemaType))
```

StringFormat

</>

Common string formats defined in the spec

pub type StringFormat {
  DateTime
  Date
  Time
  Duration
  Email
  IdnEmail
  Hostname
  IdnHostname
  Ipv4
  Ipv6
  Uri
  UriReference
  Iri
  IriReference
  UriTemplate
  JsonPointer
  RelativeJsonPointer
  Regex
}

Constructors

```
DateTime
```
```
Date
```
```
Time
```
```
Duration
```
```
Email
```
```
IdnEmail
```
```
Hostname
```
```
IdnHostname
```
```
Ipv4
```
```
Ipv6
```
```
Uri
```
```
UriReference
```
```
Iri
```
```
IriReference
```
```
UriTemplate
```
```
JsonPointer
```
```
RelativeJsonPointer
```
```
Regex
```

Values

hash_schema_definition

</>

pub fn hash_schema_definition(def: SchemaDefinition) -> String

json_schema_version

</>

pub const json_schema_version: String

map_ref

</>

pub fn map_ref(
  def: SchemaDefinition,
  f: fn(String) -> String,
) -> SchemaDefinition

new_schema

</>

pub fn new_schema(
  definition: SchemaDefinition,
  references: option.Option(List(#(String, SchemaDefinition))),
) -> Schema

Helper function to create a new schema with default values

number_constraint

</>

pub fn number_constraint(
  minimum minimum: option.Option(Float),
  maximum maximum: option.Option(Float),
  exclusive_minimum exclusive_minimum: option.Option(Float),
  exclusive_maximum exclusive_maximum: option.Option(Float),
  multiple_of multiple_of: option.Option(Float),
) -> SchemaDefinition

Helper to create a number constraint

string_constraint

</>

pub fn string_constraint(
  min_length min_length: option.Option(Int),
  max_length max_length: option.Option(Int),
  pattern pattern: option.Option(String),
  format format: option.Option(StringFormat),
) -> SchemaDefinition

Helper to create a string constraint

to_json

</>

pub fn to_json(schema: Schema) -> json.Json

Convert a Schema to JSON value

to_json_string

</>

pub fn to_json_string(schema: Schema) -> String

Convert a Schema to JSON string

type_constraint

</>

pub fn type_constraint(type_: SchemaType) -> SchemaDefinition

Helper to create a basic type constraint