ts-json-schema-generator

ts-json-schema-generator

Version 2.4.0
Published 6 months ago
867 kB
8 dependencies
MIT license

Install

npm i ts-json-schema-generator

yarn add ts-json-schema-generator

pnpm add ts-json-schema-generator

Overview

Generate JSON schema from your Typescript sources

Index

Variables

variable DEFAULT_CONFIG

const DEFAULT_CONFIG: Omit<
    Required<Config>,
    'path' | 'type' | 'schemaId' | 'tsconfig'
>;

variable intrinsicMethods

const intrinsicMethods: Record<string, (v: string) => string>;

Functions

function createFormatter

createFormatter: (
    config: CompletedConfig,
    augmentor?: FormatterAugmentor
) => TypeFormatter;

function createGenerator

createGenerator: (config: Config) => SchemaGenerator;

function createParser

createParser: (
    program: ts.Program,
    config: CompletedConfig,
    augmentor?: ParserAugmentor
) => NodeParser;

function createProgram

createProgram: (config: CompletedConfig) => ts.Program;

function deepMerge

deepMerge: (
    a: { [key: string]: JSONSchema7Definition },
    b: { [key: string]: JSONSchema7Definition }
) => { [x: string]: JSONSchema7Definition };

function derefAliasedType

derefAliasedType: (type: BaseType) => BaseType;

function derefAnnotatedType

derefAnnotatedType: (type: BaseType) => BaseType;

function derefType

derefType: (type: BaseType) => BaseType;

function extractLiterals

extractLiterals: (type: BaseType) => string[];

function getAllOfDefinitionReducer

getAllOfDefinitionReducer: (
    childTypeFormatter: TypeFormatter
) => (definition: JSONSchema7, baseType: BaseType) => JSONSchema7;

function getKey

getKey: (node: Node, context: Context) => string;

function getNamedArguments

getNamedArguments: (
    childNodeParser: NodeParser,
    node:
        | ts.FunctionTypeNode
        | ts.FunctionExpression
        | ts.FunctionDeclaration
        | ts.ArrowFunction
        | ts.ConstructorTypeNode,
    context: Context
) => ObjectType | undefined;

function getTypeByKey

getTypeByKey: (
    type: BaseType,
    index: LiteralType | StringType | NumberType
) => BaseType | undefined;

function getTypeKeys

getTypeKeys: (type: BaseType) => LiteralType[];

function getTypeName

getTypeName: (
    node:
        | ts.FunctionTypeNode
        | ts.FunctionExpression
        | ts.FunctionDeclaration
        | ts.ArrowFunction
        | ts.ConstructorTypeNode
) => string | undefined;

function hash

hash: (
    a: string | boolean | number | (string | boolean | number)[] | object
) => string | number;

function hasJsDocTag

hasJsDocTag: (node: ts.Node, tagName: string) => boolean;

function hasModifier

hasModifier: (node: ts.HasModifiers, modifier: ts.SyntaxKind) => boolean;

function intersectionOfArrays

intersectionOfArrays: <T>(a: T[], b: T[]) => T[];

function isAssignableTo

isAssignableTo: (
    target: BaseType,
    source: BaseType,
    inferMap?: Map<string, BaseType>,
    insideTypes?: Set<BaseType>
) => boolean;

function isErroredUnknownType

isErroredUnknownType: (type: BaseType) => type is UnknownType;

function isHiddenType

isHiddenType: (type: BaseType) => boolean;

function isLiteralUnion

isLiteralUnion: (type: UnionType) => boolean;

function isNodeHidden

isNodeHidden: (node: ts.Node) => boolean;

function isPublic

isPublic: (node: ts.HasModifiers) => boolean;

function isStatic

isStatic: (node: ts.HasModifiers) => boolean;

function makeNullable

makeNullable: (def: JSONSchema7) => JSONSchema7;

function narrowType

narrowType: (type: BaseType, predicate: (type: BaseType) => boolean) => BaseType;

function notNever

notNever: (x: BaseType) => boolean;

function preserveAnnotation

preserveAnnotation: (originalType: BaseType, newType: BaseType) => BaseType;

function removeUndefined

removeUndefined: (propertyType: UnionType) => {
    numRemoved: number;
    newType: BaseType;
};

function removeUnreachable

removeUnreachable: (
    rootTypeDefinition: Definition | undefined,
    definitions: StringMap<Definition>
) => StringMap<Definition>;

function strip

strip: (input: string, chars?: Set<string>) => string;

function symbolAtNode

symbolAtNode: (node: ts.Node) => ts.Symbol | undefined;

function toEnumType

toEnumType: (
    types: JSONSchema7TypeName[]
) => JSONSchema7TypeName | JSONSchema7TypeName[];

function translate

translate: (types: BaseType[]) => BaseType;

function typeName

typeName: (value: JSONSchema7Type) => JSONSchema7TypeName;

function uniqueArray

uniqueArray: <T>(array: readonly T[]) => T[];

function uniqueTypeArray

uniqueTypeArray: <T extends BaseType>(types: T[]) => T[];

Classes

class AliasType

class AliasType extends BaseType {}

constructor

constructor(id: string, type: BaseType);

method getId

getId: () => string;

method getType

getType: () => BaseType;

class AliasTypeFormatter

class AliasTypeFormatter implements SubTypeFormatter {}

constructor

constructor(childTypeFormatter: TypeFormatter);

property childTypeFormatter

protected childTypeFormatter: TypeFormatter;

method getChildren

getChildren: (type: AliasType) => BaseType[];

method getDefinition

getDefinition: (type: AliasType) => JSONSchema7;

method supportsType

supportsType: (type: BaseType) => boolean;

class AnnotatedNodeParser

class AnnotatedNodeParser implements SubNodeParser {}

constructor

constructor(
    childNodeParser: SubNodeParser,
    annotationsReader: AnnotationsReader
);

property annotationsReader

protected annotationsReader: AnnotationsReader;

property childNodeParser

protected childNodeParser: SubNodeParser;

method createType

createType: (
    node: ts.Node,
    context: Context,
    reference?: ReferenceType
) => BaseType;

method getAnnotatedNode

protected getAnnotatedNode: (node: ts.Node) => ts.Node;

method getNullable

protected getNullable: (annotatedNode: ts.Node) => boolean;

method supportsNode

supportsNode: (node: ts.Node) => boolean;

class AnnotatedType

class AnnotatedType extends BaseType {}

constructor

constructor(type: BaseType, annotations: Annotations, nullable: boolean);

method getAnnotations

getAnnotations: () => Annotations;

method getId

getId: () => string;

method getType

getType: () => BaseType;

method isNullable

isNullable: () => boolean;

class AnnotatedTypeFormatter

class AnnotatedTypeFormatter implements SubTypeFormatter {}

constructor

constructor(childTypeFormatter: TypeFormatter);

property childTypeFormatter

protected childTypeFormatter: TypeFormatter;

method getChildren

getChildren: (type: AnnotatedType) => BaseType[];

method getDefinition

getDefinition: (type: AnnotatedType) => JSONSchema7;

method supportsType

supportsType: (type: BaseType) => boolean;

class AnyType

class AnyType extends BaseType {}

method getId

getId: () => string;

class AnyTypeFormatter

class AnyTypeFormatter implements SubTypeFormatter {}

method getChildren

getChildren: (type: AnyType) => BaseType[];

method getDefinition

getDefinition: (type: AnyType) => JSONSchema7;

method supportsType

supportsType: (type: BaseType) => boolean;

class AnyTypeNodeParser

class AnyTypeNodeParser implements SubNodeParser {}

method createType

createType: (node: ts.KeywordTypeNode, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.KeywordTypeNode) => boolean;

class ArrayLiteralExpressionNodeParser

class ArrayLiteralExpressionNodeParser implements SubNodeParser {}

constructor

constructor(childNodeParser: NodeParser);

property childNodeParser

protected childNodeParser: NodeParser;

method createType

createType: (node: ts.ArrayLiteralExpression, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.ArrayLiteralExpression) => boolean;

class ArrayNodeParser

class ArrayNodeParser implements SubNodeParser {}

constructor

constructor(childNodeParser: NodeParser);

property childNodeParser

protected childNodeParser: NodeParser;

method createType

createType: (node: ts.ArrayTypeNode, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.ArrayTypeNode) => boolean;

class ArrayType

class ArrayType extends BaseType {}

constructor

constructor(item: BaseType);

method getId

getId: () => string;

method getItem

getItem: () => BaseType;

class ArrayTypeFormatter

class ArrayTypeFormatter implements SubTypeFormatter {}

constructor

constructor(childTypeFormatter: TypeFormatter);

method getChildren

getChildren: (type: ArrayType) => BaseType[];

method getDefinition

getDefinition: (type: ArrayType) => JSONSchema7;

method supportsType

supportsType: (type: BaseType) => boolean;

class AsExpressionNodeParser

class AsExpressionNodeParser implements SubNodeParser {}

constructor

constructor(childNodeParser: NodeParser);

property childNodeParser

protected childNodeParser: NodeParser;

method createType

createType: (node: ts.AsExpression, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.AsExpression) => boolean;

class BaseError

abstract class BaseError extends Error {}

constructor

constructor(diagnostic: PartialDiagnostic);

property diagnostic

readonly diagnostic: ts.Diagnostic;

method createDiagnostic

static createDiagnostic: (diagnostic: PartialDiagnostic) => ts.Diagnostic;

method format

format: () => string;

class BaseType

abstract class BaseType {}

method getId

abstract getId: () => string;

method getName

getName: () => string;

class BasicAnnotationsReader

class BasicAnnotationsReader implements AnnotationsReader {}

constructor

constructor(extraTags?: Set<string>);

method getAnnotations

getAnnotations: (node: ts.Node) => Annotations | undefined;

class BooleanLiteralNodeParser

class BooleanLiteralNodeParser implements SubNodeParser {}

method createType

createType: (node: ts.BooleanLiteral, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.BooleanLiteral) => boolean;

class BooleanType

class BooleanType extends PrimitiveType {}

method getId

getId: () => string;

class BooleanTypeFormatter

class BooleanTypeFormatter implements SubTypeFormatter {}

method getChildren

getChildren: (type: BooleanType) => BaseType[];

method getDefinition

getDefinition: (type: BooleanType) => JSONSchema7;

method supportsType

supportsType: (type: BaseType) => boolean;

class BooleanTypeNodeParser

class BooleanTypeNodeParser implements SubNodeParser {}

method createType

createType: (node: ts.KeywordTypeNode, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.KeywordTypeNode) => boolean;

class BuildError

class BuildError extends BaseError {}

constructor

constructor(diag: Omit<PartialDiagnostic, 'code'>);

class CallExpressionParser

class CallExpressionParser implements SubNodeParser {}

constructor

constructor(typeChecker: ts.TypeChecker, childNodeParser: NodeParser);

property childNodeParser

protected childNodeParser: NodeParser;

property typeChecker

protected typeChecker: ts.TypeChecker;

method createSubContext

protected createSubContext: (
    node: ts.CallExpression,
    parentContext: Context
) => Context;

method createType

createType: (node: ts.CallExpression, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.CallExpression) => boolean;

class ChainNodeParser

class ChainNodeParser implements SubNodeParser, MutableParser {}

constructor

constructor(typeChecker: ts.TypeChecker, nodeParsers: SubNodeParser[]);

property nodeParsers

protected nodeParsers: SubNodeParser[];

property typeCaches

protected readonly typeCaches: WeakMap<ts.Node, Map<string, BaseType>>;

property typeChecker

protected typeChecker: ts.TypeChecker;

method addNodeParser

addNodeParser: (nodeParser: SubNodeParser) => this;

method createType

createType: (
    node: ts.Node,
    context: Context,
    reference?: ReferenceType
) => BaseType;

method getNodeParser

protected getNodeParser: (node: ts.Node) => SubNodeParser;

method supportsNode

supportsNode: (node: ts.Node) => boolean;

class ChainTypeFormatter

class ChainTypeFormatter implements SubTypeFormatter, MutableTypeFormatter {}

constructor

constructor(typeFormatters: SubTypeFormatter[]);

property typeFormatters

protected typeFormatters: SubTypeFormatter[];

method addTypeFormatter

addTypeFormatter: (typeFormatter: SubTypeFormatter) => this;

method getChildren

getChildren: (type: BaseType) => BaseType[];

method getDefinition

getDefinition: (type: BaseType) => JSONSchema7;

method getTypeFormatter

protected getTypeFormatter: (type: BaseType) => SubTypeFormatter;

method supportsType

supportsType: (type: BaseType) => boolean;

class CircularReferenceNodeParser

class CircularReferenceNodeParser implements SubNodeParser {}

constructor

constructor(childNodeParser: SubNodeParser);

property childNodeParser

protected childNodeParser: SubNodeParser;

property circular

protected circular: Map<string, BaseType>;

method createType

createType: (node: ts.Node, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.Node) => boolean;

class CircularReferenceTypeFormatter

class CircularReferenceTypeFormatter implements SubTypeFormatter {}

constructor

constructor(childTypeFormatter: SubTypeFormatter);

property children

protected children: Map<BaseType, BaseType[]>;

property childTypeFormatter

protected childTypeFormatter: SubTypeFormatter;

property definition

protected definition: Map<BaseType, JSONSchema7>;

method getChildren

getChildren: (type: BaseType) => BaseType[];

method getDefinition

getDefinition: (type: BaseType) => JSONSchema7;

method supportsType

supportsType: (type: BaseType) => boolean;

class ConditionalTypeNodeParser

class ConditionalTypeNodeParser implements SubNodeParser {}

constructor

constructor(typeChecker: ts.TypeChecker, childNodeParser: NodeParser);

property childNodeParser

protected childNodeParser: NodeParser;

property typeChecker

protected typeChecker: ts.TypeChecker;

method createSubContext

protected createSubContext: (
    node: ts.ConditionalTypeNode,
    parentContext: Context,
    checkType?: CheckType,
    inferMap?: Map<string, BaseType>
) => Context;

method createType

createType: (node: ts.ConditionalTypeNode, context: Context) => BaseType;

method getTypeParameterName

protected getTypeParameterName: (node: ts.TypeNode) => string | null;

method supportsNode

supportsNode: (node: ts.ConditionalTypeNode) => boolean;

class ConstructorNodeParser

class ConstructorNodeParser implements SubNodeParser {}

constructor

constructor(childNodeParser: NodeParser, functions: FunctionOptions);

property childNodeParser

protected childNodeParser: NodeParser;

property functions

protected functions: FunctionOptions;

method createType

createType: (node: ts.ConstructorTypeNode, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.TypeNode) => boolean;

class Context

class Context {}

constructor

constructor(reference?: ts.Node);

method getArgument

getArgument: (parameterName: string) => BaseType;

method getArguments

getArguments: () => readonly BaseType[];

method getCacheKey

getCacheKey: () => string;

method getParameters

getParameters: () => readonly string[];

method getReference

getReference: () => ts.Node | undefined;

method pushArgument

pushArgument: (argumentType: BaseType) => void;

method pushParameter

pushParameter: (parameterName: string) => void;

method setDefault

setDefault: (parameterName: string, argumentType: BaseType) => void;

class DefinitionError

class DefinitionError extends BaseError {}

constructor

constructor(messageText: string, definition: JSONSchema7);

property definition

readonly definition: JSONSchema7;

class DefinitionType

class DefinitionType extends BaseType {}

constructor

constructor(name: string, type: BaseType);

method getId

getId: () => string;

method getName

getName: () => string;

method getType

getType: () => BaseType;

class DefinitionTypeFormatter

class DefinitionTypeFormatter implements SubTypeFormatter {}

constructor

constructor(childTypeFormatter: TypeFormatter, encodeRefs: boolean);

property childTypeFormatter

protected childTypeFormatter: TypeFormatter;

property encodeRefs

protected encodeRefs: boolean;

method getChildren

getChildren: (type: DefinitionType) => BaseType[];

method getDefinition

getDefinition: (type: DefinitionType) => JSONSchema7;

method supportsType

supportsType: (type: BaseType) => boolean;

class EnumNodeParser

class EnumNodeParser implements SubNodeParser {}

constructor

constructor(typeChecker: ts.TypeChecker);

property typeChecker

protected typeChecker: ts.TypeChecker;

method createType

createType: (
    node: ts.EnumDeclaration | ts.EnumMember,
    context: Context
) => BaseType;

method getMemberValue

protected getMemberValue: (member: ts.EnumMember, index: number) => EnumValue;

method parseInitializer

protected parseInitializer: (initializer: ts.Node) => EnumValue;

method supportsNode

supportsNode: (node: ts.EnumDeclaration | ts.EnumMember) => boolean;

class EnumType

class EnumType extends BaseType {}

constructor

constructor(id: string, values: readonly EnumValue[]);

method getId

getId: () => string;

method getTypes

getTypes: () => BaseType[];

method getValues

getValues: () => readonly EnumValue[];

class EnumTypeFormatter

class EnumTypeFormatter implements SubTypeFormatter {}

method getChildren

getChildren: (type: EnumType) => BaseType[];

method getDefinition

getDefinition: (type: EnumType) => JSONSchema7;

method supportsType

supportsType: (type: BaseType) => boolean;

class ExpectationFailedError

class ExpectationFailedError extends BaseError {}

constructor

constructor(messageText: string, node?: any);

property node

readonly node?: any;

class ExposeNodeParser

class ExposeNodeParser implements SubNodeParser {}

constructor

constructor(
    typeChecker: ts.TypeChecker,
    subNodeParser: SubNodeParser,
    expose: 'all' | 'none' | 'export',
    jsDoc: 'none' | 'extended' | 'basic'
);

property expose

protected expose: 'all' | 'none' | 'export';

property jsDoc

protected jsDoc: 'none' | 'extended' | 'basic';

property subNodeParser

protected subNodeParser: SubNodeParser;

property typeChecker

protected typeChecker: ts.TypeChecker;

method createType

createType: (
    node: ts.Node,
    context: Context,
    reference?: ReferenceType
) => BaseType;

method getDefinitionName

protected getDefinitionName: (node: ts.Node, context: Context) => string;

method isExportNode

protected isExportNode: (node: ts.Node) => boolean;

method supportsNode

supportsNode: (node: ts.Node) => boolean;

class ExpressionWithTypeArgumentsNodeParser

class ExpressionWithTypeArgumentsNodeParser implements SubNodeParser {}

constructor

constructor(typeChecker: ts.TypeChecker, childNodeParser: NodeParser);

property childNodeParser

protected childNodeParser: NodeParser;

property typeChecker

protected typeChecker: ts.TypeChecker;

method createSubContext

protected createSubContext: (
    node: ts.ExpressionWithTypeArguments,
    parentContext: Context
) => Context;

method createType

createType: (node: ts.ExpressionWithTypeArguments, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.ExpressionWithTypeArguments) => boolean;

class ExtendedAnnotationsReader

class ExtendedAnnotationsReader extends BasicAnnotationsReader {}

constructor

constructor(
    typeChecker: ts.TypeChecker,
    extraTags?: Set<string>,
    markdownDescription?: boolean
);

method getAnnotations

getAnnotations: (node: ts.Node) => Annotations | undefined;

method isNullable

isNullable: (node: ts.Node) => boolean;

class FunctionNodeParser

class FunctionNodeParser implements SubNodeParser {}

constructor

constructor(childNodeParser: NodeParser, functions: FunctionOptions);

property childNodeParser

protected childNodeParser: NodeParser;

property functions

protected functions: FunctionOptions;

method createType

createType: (
    node:
        | ts.FunctionTypeNode
        | ts.FunctionExpression
        | ts.FunctionDeclaration
        | ts.ArrowFunction,
    context: Context
) => BaseType;

method supportsNode

supportsNode: (node: ts.Node) => boolean;

class FunctionType

class FunctionType extends BaseType {}

constructor

constructor(node?: any, namedArguments?: ObjectType);

property namedArguments

protected namedArguments?: ObjectType;

method getComment

getComment: () => string | undefined;

method getId

getId: () => string;

method getNamedArguments

getNamedArguments: () => ObjectType | undefined;

class FunctionTypeFormatter

class FunctionTypeFormatter implements SubTypeFormatter {}

constructor

constructor(childTypeFormatter: TypeFormatter, functions: FunctionOptions);

property childTypeFormatter

protected childTypeFormatter: TypeFormatter;

property functions

protected functions: FunctionOptions;

method getChildren

getChildren: (type: FunctionType) => BaseType[];

method getDefinition

getDefinition: (type: FunctionType) => JSONSchema7;

method supportsType

supportsType: (type: BaseType) => boolean;

class HiddenNodeParser

class HiddenNodeParser implements SubNodeParser {}

constructor

constructor(typeChecker: ts.TypeChecker);

property typeChecker

protected typeChecker: ts.TypeChecker;

method createType

createType: (_node: ts.KeywordTypeNode, _context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.KeywordTypeNode) => boolean;

class HiddenType

class HiddenType extends NeverType {}

method getId

getId: () => string;

class HiddenTypeFormatter

class HiddenTypeFormatter implements SubTypeFormatter {}

method getChildren

getChildren: (type: HiddenType) => BaseType[];

method getDefinition

getDefinition: (type: HiddenType) => JSONSchema7;

method supportsType

supportsType: (type: BaseType) => boolean;

class IndexedAccessTypeNodeParser

class IndexedAccessTypeNodeParser implements SubNodeParser {}

constructor

constructor(typeChecker: ts.TypeChecker, childNodeParser: NodeParser);

property childNodeParser

protected childNodeParser: NodeParser;

property typeChecker

protected typeChecker: ts.TypeChecker;

method createType

createType: (node: ts.IndexedAccessTypeNode, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.TypeNode) => boolean;

class InterfaceAndClassNodeParser

class InterfaceAndClassNodeParser implements SubNodeParser {}

constructor

constructor(
    typeChecker: ts.TypeChecker,
    childNodeParser: NodeParser,
    additionalProperties: boolean
);

property additionalProperties

protected readonly additionalProperties: boolean;

property childNodeParser

protected childNodeParser: NodeParser;

property typeChecker

protected typeChecker: ts.TypeChecker;

method createType

createType: (
    node: ts.InterfaceDeclaration | ts.ClassDeclaration,
    context: Context,
    reference?: ReferenceType
) => BaseType;

method getAdditionalProperties

protected getAdditionalProperties: (
    node: ts.InterfaceDeclaration | ts.ClassDeclaration,
    context: Context
) => BaseType | boolean;

method getArrayItemType

protected getArrayItemType: (
    node: ts.InterfaceDeclaration | ts.ClassDeclaration
) => ts.TypeNode | null;

method getBaseTypes

protected getBaseTypes: (
    node: ts.InterfaceDeclaration | ts.ClassDeclaration,
    context: Context
) => BaseType[];

method getProperties

protected getProperties: (
    node: ts.InterfaceDeclaration | ts.ClassDeclaration,
    context: Context
) => ObjectProperty[] | undefined;

method getPropertyName

protected getPropertyName: (propertyName: PropertyName) => string;

method getTypeId

protected getTypeId: (node: ts.Node, context: Context) => string;

method supportsNode

supportsNode: (node: ts.InterfaceDeclaration | ts.ClassDeclaration) => boolean;

class IntersectionNodeParser

class IntersectionNodeParser implements SubNodeParser {}

constructor

constructor(typeChecker: ts.TypeChecker, childNodeParser: NodeParser);

property childNodeParser

protected childNodeParser: NodeParser;

property typeChecker

protected typeChecker: ts.TypeChecker;

method createType

createType: (node: ts.IntersectionTypeNode, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.IntersectionTypeNode) => boolean;

class IntersectionType

class IntersectionType extends BaseType {}

constructor

constructor(types: BaseType[]);

method getId

getId: () => string;

method getTypes

getTypes: () => BaseType[];

class IntersectionTypeFormatter

class IntersectionTypeFormatter implements SubTypeFormatter {}

constructor

constructor(childTypeFormatter: TypeFormatter);

property childTypeFormatter

protected childTypeFormatter: TypeFormatter;

method getChildren

getChildren: (type: IntersectionType) => BaseType[];

method getDefinition

getDefinition: (type: IntersectionType) => JSONSchema7;

method supportsType

supportsType: (type: BaseType) => boolean;

class IntrinsicNodeParser

class IntrinsicNodeParser implements SubNodeParser {}

method createType

createType: (node: ts.KeywordTypeNode, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.KeywordTypeNode) => boolean;

class JsonTypeError

class JsonTypeError extends BaseError {}

constructor

constructor(messageText: string, type: BaseType);

property type

readonly type: BaseType;

class LiteralNodeParser

class LiteralNodeParser implements SubNodeParser {}

constructor

constructor(childNodeParser: NodeParser);

property childNodeParser

protected childNodeParser: NodeParser;

method createType

createType: (node: ts.LiteralTypeNode, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.LiteralTypeNode) => boolean;

class LiteralType

class LiteralType extends BaseType {}

constructor

constructor(value: LiteralValue);

method getId

getId: () => string;

method getValue

getValue: () => LiteralValue;

method isString

isString: () => boolean;

class LiteralTypeFormatter

class LiteralTypeFormatter implements SubTypeFormatter {}

method getChildren

getChildren: (type: LiteralType) => BaseType[];

method getDefinition

getDefinition: (type: LiteralType) => JSONSchema7;

method supportsType

supportsType: (type: BaseType) => boolean;

class LiteralUnionTypeFormatter

class LiteralUnionTypeFormatter implements SubTypeFormatter {}

method getChildren

getChildren: () => BaseType[];

method getDefinition

getDefinition: (unionType: UnionType) => JSONSchema7;

method supportsType

supportsType: (type: BaseType) => boolean;

class LogicError

class LogicError extends BaseError {}

constructor

constructor(node: ts.Node, messageText: string);

property node

readonly node: ts.Node;

class MappedTypeNodeParser

class MappedTypeNodeParser implements SubNodeParser {}

constructor

constructor(childNodeParser: NodeParser, additionalProperties: boolean);

property additionalProperties

protected readonly additionalProperties: boolean;

property childNodeParser

protected childNodeParser: NodeParser;

method createSubContext

protected createSubContext: (
    node: ts.MappedTypeNode,
    key: LiteralType | StringType | NumberType,
    parentContext: Context
) => Context;

method createType

createType: (node: ts.MappedTypeNode, context: Context) => BaseType;

method getAdditionalProperties

protected getAdditionalProperties: (
    node: ts.MappedTypeNode,
    keyListType: UnionType,
    context: Context
) => BaseType | boolean;

method getProperties

protected getProperties: (
    node: ts.MappedTypeNode,
    keyListType: UnionType,
    context: Context
) => ObjectProperty[];

method getValues

protected getValues: (
    node: ts.MappedTypeNode,
    keyListType: EnumType,
    context: Context
) => ObjectProperty[];

method mapKey

protected mapKey: (
    node: ts.MappedTypeNode,
    rawKey: LiteralType,
    context: Context
) => BaseType;

method supportsNode

supportsNode: (node: ts.MappedTypeNode) => boolean;

class MultipleDefinitionsError

class MultipleDefinitionsError extends BaseError {}

constructor

constructor(name: string, defA: BaseType, defB?: BaseType);

property defA

readonly defA: BaseType;

property defB

readonly defB?: BaseType;

property name

readonly name: string;

class NeverType

class NeverType extends BaseType {}

method getId

getId: () => string;

class NeverTypeFormatter

class NeverTypeFormatter implements SubTypeFormatter {}

method getChildren

getChildren: (type: NeverType) => BaseType[];

method getDefinition

getDefinition: (type: NeverType) => JSONSchema7;

method supportsType

supportsType: (type: BaseType) => boolean;

class NeverTypeNodeParser

class NeverTypeNodeParser implements SubNodeParser {}

method createType

createType: (_node: ts.KeywordTypeNode, _context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.KeywordTypeNode) => boolean;

class NullLiteralNodeParser

class NullLiteralNodeParser implements SubNodeParser {}

method createType

createType: (node: ts.NullLiteral, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.NullLiteral) => boolean;

class NullType

class NullType extends PrimitiveType {}

method getId

getId: () => string;

class NullTypeFormatter

class NullTypeFormatter implements SubTypeFormatter {}

method getChildren

getChildren: (type: NullType) => BaseType[];

method getDefinition

getDefinition: (type: NullType) => JSONSchema7;

method supportsType

supportsType: (type: BaseType) => boolean;

class NumberLiteralNodeParser

class NumberLiteralNodeParser implements SubNodeParser {}

method createType

createType: (node: ts.NumericLiteral, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.NumericLiteral) => boolean;

class NumberType

class NumberType extends PrimitiveType {}

method getId

getId: () => string;

class NumberTypeFormatter

class NumberTypeFormatter implements SubTypeFormatter {}

method getChildren

getChildren: (type: NumberType) => BaseType[];

method getDefinition

getDefinition: (type: NumberType) => JSONSchema7;

method supportsType

supportsType: (type: BaseType) => boolean;

class NumberTypeNodeParser

class NumberTypeNodeParser implements SubNodeParser {}

method createType

createType: (node: ts.KeywordTypeNode, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.KeywordTypeNode) => boolean;

class ObjectLiteralExpressionNodeParser

class ObjectLiteralExpressionNodeParser implements SubNodeParser {}

constructor

constructor(childNodeParser: NodeParser, checker: ts.TypeChecker);

property checker

protected checker: ts.TypeChecker;

property childNodeParser

protected childNodeParser: NodeParser;

method createType

createType: (node: ts.ObjectLiteralExpression, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.ObjectLiteralExpression) => boolean;

class ObjectProperty

class ObjectProperty {}

constructor

constructor(name: string, type: BaseType, required: boolean);

method getName

getName: () => string;

method getType

getType: () => BaseType;

method isRequired

isRequired: () => boolean;

class ObjectType

class ObjectType extends BaseType {}

constructor

constructor(
    id: string,
    baseTypes: readonly BaseType[],
    properties: readonly ObjectProperty[],
    additionalProperties: boolean | BaseType,
    nonPrimitive?: boolean
);

method getAdditionalProperties

getAdditionalProperties: () => BaseType | boolean;

method getBaseTypes

getBaseTypes: () => readonly BaseType[];

method getId

getId: () => string;

method getNonPrimitive

getNonPrimitive: () => boolean;

method getProperties

getProperties: () => readonly ObjectProperty[];

class ObjectTypeFormatter

class ObjectTypeFormatter implements SubTypeFormatter {}

constructor

constructor(childTypeFormatter: TypeFormatter);

property childTypeFormatter

protected childTypeFormatter: TypeFormatter;

method getChildren

getChildren: (type: ObjectType) => BaseType[];

method getDefinition

getDefinition: (type: ObjectType) => JSONSchema7;

method getObjectDefinition

protected getObjectDefinition: (type: ObjectType) => JSONSchema7;

method prepareObjectProperty

protected prepareObjectProperty: (property: ObjectProperty) => ObjectProperty;

method supportsType

supportsType: (type: BaseType) => boolean;

class ObjectTypeNodeParser

class ObjectTypeNodeParser implements SubNodeParser {}

method createType

createType: (node: ts.KeywordTypeNode, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.KeywordTypeNode) => boolean;

class OptionalType

class OptionalType extends BaseType {}

constructor

constructor(item: BaseType);

method getId

getId: () => string;

method getType

getType: () => BaseType;

class OptionalTypeFormatter

class OptionalTypeFormatter implements SubTypeFormatter {}

constructor

constructor(childTypeFormatter: TypeFormatter);

property childTypeFormatter

protected childTypeFormatter: TypeFormatter;

method getChildren

getChildren: (type: OptionalType) => BaseType[];

method getDefinition

getDefinition: (type: OptionalType) => JSONSchema7;

method supportsType

supportsType: (type: BaseType) => boolean;

class OptionalTypeNodeParser

class OptionalTypeNodeParser implements SubNodeParser {}

constructor

constructor(childNodeParser: NodeParser);

property childNodeParser

protected childNodeParser: NodeParser;

method createType

createType: (node: ts.OptionalTypeNode, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.OptionalTypeNode) => boolean;

class ParameterParser

class ParameterParser implements SubNodeParser {}

constructor

constructor(childNodeParser: NodeParser);

property childNodeParser

protected childNodeParser: NodeParser;

method createType

createType: (node: ts.FunctionTypeNode, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.ParameterDeclaration) => boolean;

class ParenthesizedNodeParser

class ParenthesizedNodeParser implements SubNodeParser {}

constructor

constructor(childNodeParser: NodeParser);

property childNodeParser

protected childNodeParser: NodeParser;

method createType

createType: (node: ts.ParenthesizedTypeNode, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.ParenthesizedTypeNode) => boolean;

class PrefixUnaryExpressionNodeParser

class PrefixUnaryExpressionNodeParser implements SubNodeParser {}

constructor

constructor(childNodeParser: NodeParser);

property childNodeParser

protected childNodeParser: NodeParser;

method createType

createType: (node: ts.PrefixUnaryExpression, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.PrefixUnaryExpression) => boolean;

class PrimitiveType

abstract class PrimitiveType extends BaseType {}

class PrimitiveUnionTypeFormatter

class PrimitiveUnionTypeFormatter implements SubTypeFormatter {}

method getChildren

getChildren: (type: UnionType) => BaseType[];

method getDefinition

getDefinition: (type: UnionType) => JSONSchema7;

method getPrimitiveType

protected getPrimitiveType: (item: BaseType) => JSONSchema7TypeName;

method isPrimitiveUnion

protected isPrimitiveUnion: (type: UnionType) => boolean;

method supportsType

supportsType: (type: BaseType) => boolean;

class PropertyAccessExpressionParser

class PropertyAccessExpressionParser implements SubNodeParser {}

constructor

constructor(typeChecker: ts.TypeChecker, childNodeParser: NodeParser);

property childNodeParser

protected childNodeParser: NodeParser;

property typeChecker

protected typeChecker: ts.TypeChecker;

method createType

createType: (node: ts.PropertyAccessExpression, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.PropertyAccessExpression) => boolean;

class ReferenceType

class ReferenceType extends BaseType {}

method getId

getId: () => string;

method getName

getName: () => string;

method getType

getType: () => BaseType;

method hasType

hasType: () => boolean;

method setId

setId: (id: string) => void;

method setName

setName: (name: string) => void;

method setType

setType: (type: BaseType) => void;

class ReferenceTypeFormatter

class ReferenceTypeFormatter implements SubTypeFormatter {}

constructor

constructor(childTypeFormatter: TypeFormatter, encodeRefs: boolean);

property childTypeFormatter

protected childTypeFormatter: TypeFormatter;

property encodeRefs

protected encodeRefs: boolean;

method getChildren

getChildren: (type: ReferenceType) => BaseType[];

method getDefinition

getDefinition: (type: ReferenceType) => JSONSchema7;

method supportsType

supportsType: (type: BaseType) => boolean;

class RestType

class RestType extends BaseType {}

constructor

constructor(item: ArrayType | InferType | TupleType, title?: string);

method getId

getId: () => string;

method getTitle

getTitle: () => string | null;

method getType

getType: () => ArrayType | InferType | TupleType;

class RestTypeFormatter

class RestTypeFormatter implements SubTypeFormatter {}

constructor

constructor(childTypeFormatter: TypeFormatter);

property childTypeFormatter

protected childTypeFormatter: TypeFormatter;

method getChildren

getChildren: (type: RestType) => BaseType[];

method getDefinition

getDefinition: (type: RestType) => JSONSchema7;

method supportsType

supportsType: (type: BaseType) => boolean;

class RestTypeNodeParser

class RestTypeNodeParser implements SubNodeParser {}

constructor

constructor(childNodeParser: NodeParser);

property childNodeParser

protected childNodeParser: NodeParser;

method createType

createType: (node: ts.RestTypeNode, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.RestTypeNode) => boolean;

class RootlessError

class RootlessError extends BaseError {}

constructor

constructor(fullName: string);

property fullName

readonly fullName: string;

class SchemaGenerator

class SchemaGenerator {}

constructor

constructor(
    program: ts.Program,
    nodeParser: NodeParser,
    typeFormatter: TypeFormatter,
    config?: Config
);

property config

protected readonly config?: Config;

property nodeParser

protected readonly nodeParser: NodeParser;

property program

protected readonly program: ts.Program;

property typeFormatter

protected readonly typeFormatter: TypeFormatter;

method appendRootChildDefinitions

protected appendRootChildDefinitions: (
    rootType: BaseType,
    childDefinitions: StringMap<Definition>
) => void;

method appendTypes

protected appendTypes: (
    sourceFiles: readonly ts.SourceFile[],
    typeChecker: ts.TypeChecker,
    types: Map<string, ts.Node>
) => void;

method createSchema

createSchema: (fullName?: string) => JSONSchema7;

method createSchemaFromNodes

createSchemaFromNodes: (rootNodes: ts.Node[]) => JSONSchema7;

method findNamedNode

protected findNamedNode: (fullName: string) => ts.Node;

method getFullName

protected getFullName: (
    node: ts.Declaration,
    typeChecker: ts.TypeChecker
) => string;

method getRootNodes

protected getRootNodes: (fullName: string | undefined) => ts.Node[];

method getRootTypeDefinition

protected getRootTypeDefinition: (
    rootType: BaseType,
    rootNode: ts.Node
) => JSONSchema7;

method inspectNode

protected inspectNode: (
    node: ts.Node,
    typeChecker: ts.TypeChecker,
    allTypes: Map<string, ts.Node>
) => void;

method isExportType

protected isExportType: (
    node:
        | ts.InterfaceDeclaration
        | ts.ClassDeclaration
        | ts.EnumDeclaration
        | ts.TypeAliasDeclaration
) => boolean;

method isGenericType

protected isGenericType: (node: ts.TypeAliasDeclaration) => boolean;

method partitionFiles

protected partitionFiles: () => {
    projectFiles: ts.SourceFile[];
    externalFiles: ts.SourceFile[];
};

class StringLiteralNodeParser

class StringLiteralNodeParser implements SubNodeParser {}

method createType

createType: (node: ts.StringLiteral, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.StringLiteral) => boolean;

class StringTemplateLiteralNodeParser

class StringTemplateLiteralNodeParser implements SubNodeParser {}

constructor

constructor(childNodeParser: NodeParser);

property childNodeParser

protected childNodeParser: NodeParser;

method createType

createType: (
    node: ts.NoSubstitutionTemplateLiteral | ts.TemplateLiteralTypeNode,
    context: Context
) => BaseType;

method supportsNode

supportsNode: (
    node: ts.NoSubstitutionTemplateLiteral | ts.TemplateLiteralTypeNode
) => boolean;

class StringType

class StringType extends PrimitiveType {}

constructor

constructor(preserveLiterals?: boolean);

property preserveLiterals

protected preserveLiterals: boolean;

method getId

getId: () => string;

method getPreserveLiterals

getPreserveLiterals: () => boolean;

class StringTypeFormatter

class StringTypeFormatter implements SubTypeFormatter {}

method getChildren

getChildren: (type: StringType) => BaseType[];

method getDefinition

getDefinition: (type: StringType) => JSONSchema7;

method supportsType

supportsType: (type: BaseType) => boolean;

class StringTypeNodeParser

class StringTypeNodeParser implements SubNodeParser {}

method createType

createType: (node: ts.KeywordTypeNode, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.KeywordTypeNode) => boolean;

class SymbolType

class SymbolType extends PrimitiveType {}

method getId

getId: () => string;

class SymbolTypeFormatter

class SymbolTypeFormatter implements SubTypeFormatter {}

method getChildren

getChildren: (type: SymbolType) => BaseType[];

method getDefinition

getDefinition: (type: SymbolType) => JSONSchema7;

method supportsType

supportsType: (type: BaseType) => boolean;

class SymbolTypeNodeParser

class SymbolTypeNodeParser implements SubNodeParser {}

method createType

createType: (node: ts.KeywordTypeNode, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.KeywordTypeNode) => boolean;

class TopRefNodeParser

class TopRefNodeParser implements NodeParser {}

constructor

constructor(childNodeParser: NodeParser, fullName: string, topRef: boolean);

property childNodeParser

protected childNodeParser: NodeParser;

property fullName

protected fullName: string;

property topRef

protected topRef: boolean;

method createType

createType: (node: ts.Node, context: Context) => BaseType;

class TupleNodeParser

class TupleNodeParser implements SubNodeParser {}

constructor

constructor(typeChecker: ts.TypeChecker, childNodeParser: NodeParser);

property childNodeParser

protected childNodeParser: NodeParser;

property typeChecker

protected typeChecker: ts.TypeChecker;

method createType

createType: (node: ts.TupleTypeNode, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.TupleTypeNode) => boolean;

class TupleType

class TupleType extends BaseType {}

constructor

constructor(types: readonly BaseType[]);

method getId

getId: () => string;

method getTypes

getTypes: () => Readonly<Array<BaseType>>;

class TupleTypeFormatter

class TupleTypeFormatter implements SubTypeFormatter {}

constructor

constructor(childTypeFormatter: TypeFormatter);

property childTypeFormatter

protected childTypeFormatter: TypeFormatter;

method getChildren

getChildren: (type: TupleType) => BaseType[];

method getDefinition

getDefinition: (type: TupleType) => JSONSchema7;

method supportsType

supportsType: (type: BaseType) => boolean;

class TypeAliasNodeParser

class TypeAliasNodeParser implements SubNodeParser {}

constructor

constructor(typeChecker: ts.TypeChecker, childNodeParser: NodeParser);

property childNodeParser

protected childNodeParser: NodeParser;

property typeChecker

protected typeChecker: ts.TypeChecker;

method createType

createType: (
    node: ts.TypeAliasDeclaration,
    context: Context,
    reference?: ReferenceType
) => BaseType;

method getTypeId

protected getTypeId: (node: ts.TypeAliasDeclaration, context: Context) => string;

method getTypeName

protected getTypeName: (
    node: ts.TypeAliasDeclaration,
    context: Context
) => string;

method supportsNode

supportsNode: (node: ts.TypeAliasDeclaration) => boolean;

class TypeLiteralNodeParser

class TypeLiteralNodeParser implements SubNodeParser {}

constructor

constructor(
    typeChecker: ts.TypeChecker,
    childNodeParser: NodeParser,
    additionalProperties: boolean
);

property additionalProperties

protected readonly additionalProperties: boolean;

property childNodeParser

protected childNodeParser: NodeParser;

property typeChecker

protected typeChecker: ts.TypeChecker;

method createType

createType: (
    node: ts.TypeLiteralNode,
    context: Context,
    reference?: ReferenceType
) => BaseType;

method getAdditionalProperties

protected getAdditionalProperties: (
    node: ts.TypeLiteralNode,
    context: Context
) => BaseType | boolean;

method getProperties

protected getProperties: (
    node: ts.TypeLiteralNode,
    context: Context
) => ObjectProperty[] | undefined;

method getPropertyName

protected getPropertyName: (propertyName: ts.PropertyName) => string;

method getTypeId

protected getTypeId: (node: ts.Node, context: Context) => string;

method supportsNode

supportsNode: (node: ts.TypeLiteralNode) => boolean;

class TypeofNodeParser

class TypeofNodeParser implements SubNodeParser {}

constructor

constructor(typeChecker: ts.TypeChecker, childNodeParser: NodeParser);

property childNodeParser

protected childNodeParser: NodeParser;

property typeChecker

protected typeChecker: ts.TypeChecker;

method createObjectFromEnum

protected createObjectFromEnum: (
    node: ts.EnumDeclaration,
    context: Context,
    reference?: ReferenceType
) => ObjectType;

method createType

createType: (
    node: ts.TypeQueryNode,
    context: Context,
    reference?: ReferenceType
) => BaseType;

method supportsNode

supportsNode: (node: ts.TypeQueryNode) => boolean;

class TypeOperatorNodeParser

class TypeOperatorNodeParser implements SubNodeParser {}

constructor

constructor(childNodeParser: NodeParser);

property childNodeParser

protected childNodeParser: NodeParser;

method createType

createType: (node: ts.TypeOperatorNode, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.TypeOperatorNode) => boolean;

class TypeReferenceNodeParser

class TypeReferenceNodeParser implements SubNodeParser {}

constructor

constructor(typeChecker: ts.TypeChecker, childNodeParser: NodeParser);

property childNodeParser

protected childNodeParser: NodeParser;

property typeChecker

protected typeChecker: ts.TypeChecker;

method createSubContext

protected createSubContext: (
    node: ts.TypeReferenceNode,
    parentContext: Context
) => Context;

method createType

createType: (node: ts.TypeReferenceNode, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.TypeReferenceNode) => boolean;

class UndefinedLiteralNodeParser

class UndefinedLiteralNodeParser implements SubNodeParser {}

method createType

createType: (node: ts.KeywordTypeNode, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.KeywordTypeNode) => boolean;

class UndefinedType

class UndefinedType extends BaseType {}

method getId

getId: () => string;

class UndefinedTypeFormatter

class UndefinedTypeFormatter implements SubTypeFormatter {}

method getChildren

getChildren: (type: UndefinedType) => BaseType[];

method getDefinition

getDefinition: (type: UndefinedType) => JSONSchema7;

method supportsType

supportsType: (type: BaseType) => boolean;

class UndefinedTypeNodeParser

class UndefinedTypeNodeParser implements SubNodeParser {}

method createType

createType: (node: ts.KeywordTypeNode, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.KeywordTypeNode) => boolean;

class UnhandledError

class UnhandledError extends BaseError {}

property cause

readonly cause?: {};

method from

static from: (
    message: string,
    node?: ts.Node,
    cause?: unknown
) => BaseError | UnhandledError;

class UnionNodeParser

class UnionNodeParser implements SubNodeParser {}

constructor

constructor(typeChecker: ts.TypeChecker, childNodeParser: NodeParser);

property childNodeParser

protected childNodeParser: NodeParser;

property typeChecker

protected typeChecker: ts.TypeChecker;

method createType

createType: (node: ts.UnionTypeNode, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.UnionTypeNode) => boolean;

class UnionType

class UnionType extends BaseType {}

constructor

constructor(types: readonly BaseType[]);

method getDiscriminator

getDiscriminator: () => string | undefined;

method getFlattenedTypes

getFlattenedTypes: (deref?: (type: BaseType) => BaseType) => BaseType[];

method getId

getId: () => string;

method getName

getName: () => string;

method getTypes

getTypes: () => BaseType[];

method normalize

normalize: () => BaseType;

method setDiscriminator

setDiscriminator: (discriminator: string) => void;

class UnionTypeFormatter

class UnionTypeFormatter implements SubTypeFormatter {}

constructor

constructor(
    childTypeFormatter: TypeFormatter,
    discriminatorType?: DiscriminatorType
);

property childTypeFormatter

protected childTypeFormatter: TypeFormatter;

method getChildren

getChildren: (type: UnionType) => BaseType[];

method getDefinition

getDefinition: (type: UnionType) => JSONSchema7;

method supportsType

supportsType: (type: BaseType) => boolean;

class UnknownNodeError

class UnknownNodeError extends BaseError {}

constructor

constructor(node: ts.Node);

property node

readonly node: ts.Node;

class UnknownType

class UnknownType extends BaseType {}

constructor

constructor(erroredSource: boolean);

property erroredSource

readonly erroredSource: boolean;

method getId

getId: () => string;

class UnknownTypeError

class UnknownTypeError extends BaseError {}

constructor

constructor(type: BaseType);

property type

readonly type: BaseType;

class UnknownTypeFormatter

class UnknownTypeFormatter implements SubTypeFormatter {}

method getChildren

getChildren: () => BaseType[];

method getDefinition

getDefinition: (type: UnknownType) => JSONSchema7;

method supportsType

supportsType: (type: BaseType) => boolean;

class UnknownTypeNodeParser

class UnknownTypeNodeParser implements SubNodeParser {}

method createType

createType: () => BaseType;

method supportsNode

supportsNode: (node: ts.KeywordTypeNode) => boolean;

class VoidType

class VoidType extends BaseType {}

method getId

getId: () => string;

class VoidTypeFormatter

class VoidTypeFormatter implements SubTypeFormatter {}

method getChildren

getChildren: (type: VoidType) => BaseType[];

method getDefinition

getDefinition: (type: VoidType) => JSONSchema7;

method supportsType

supportsType: (type: BaseType) => boolean;

class VoidTypeNodeParser

class VoidTypeNodeParser implements SubNodeParser {}

method createType

createType: (node: ts.KeywordTypeNode, context: Context) => BaseType;

method supportsNode

supportsNode: (node: ts.KeywordTypeNode) => boolean;

Interfaces

interface Annotations

interface Annotations {}

index signature

[name: string]: any;

interface AnnotationsReader

interface AnnotationsReader {}

method getAnnotations

getAnnotations: (node: ts.Node) => Annotations | undefined;

interface Config

interface Config {}

property additionalProperties

additionalProperties?: boolean;

property discriminatorType

discriminatorType?: 'json-schema' | 'open-api';

property encodeRefs

encodeRefs?: boolean;

property expose

expose?: 'all' | 'none' | 'export';

property extraTags

extraTags?: string[];

property functions

functions?: FunctionOptions;

property jsDoc

jsDoc?: 'none' | 'extended' | 'basic';

property markdownDescription

markdownDescription?: boolean;

property minify

minify?: boolean;

property path

path?: string;

property schemaId

schemaId?: string;

property skipTypeCheck

skipTypeCheck?: boolean;

property sortProps

sortProps?: boolean;

property strictTuples

strictTuples?: boolean;

property topRef

topRef?: boolean;

property tsconfig

tsconfig?: string;

property type

type?: string;

interface MutableParser

interface MutableParser {}

method addNodeParser

addNodeParser: (parser: SubNodeParser) => MutableParser;

interface MutableTypeFormatter

interface MutableTypeFormatter {}

method addTypeFormatter

addTypeFormatter: (formatter: SubTypeFormatter) => MutableTypeFormatter;

interface NodeParser

interface NodeParser {}

method createType

createType: (
    node: ts.Node,
    context: Context,
    reference?: ReferenceType
) => BaseType;

interface StringMap

interface StringMap<T> {}

index signature

[key: string]: T;

interface SubNodeParser

interface SubNodeParser extends NodeParser {}

method supportsNode

supportsNode: (node: ts.Node) => boolean;

interface SubTypeFormatter

interface SubTypeFormatter extends TypeFormatter {}

method supportsType

supportsType: (type: BaseType) => boolean;

interface TypeFormatter

interface TypeFormatter {}

method getChildren

getChildren: (type: BaseType) => BaseType[];

method getDefinition

getDefinition: (type: BaseType) => JSONSchema7;

Type Aliases

type CompletedConfig

type CompletedConfig = Config & typeof DEFAULT_CONFIG;

type Definition

type Definition = JSONSchema7;

type EnumValue

type EnumValue = string | boolean | number | null;

type FormatterAugmentor

type FormatterAugmentor = (
    formatter: MutableTypeFormatter,
    circularReferenceTypeFormatter: CircularReferenceTypeFormatter
) => void;

type FunctionOptions

type FunctionOptions = 'fail' | 'comment' | 'hide';

type LiteralValue

type LiteralValue = string | number | boolean;

type ParserAugmentor

type ParserAugmentor = (parser: MutableParser) => void;

type PartialDiagnostic

type PartialDiagnostic = Omit<
    ts.Diagnostic,
    'category' | 'file' | 'start' | 'length'
> & {
    file?: ts.SourceFile;
    start?: number;
    length?: number;
    node?: ts.Node;
    category?: ts.DiagnosticCategory;
};

type Schema

type Schema = JSONSchema7;

Package Files (149)

Dependencies (8)

Peer Dependencies (0)

No peer dependencies.

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