import type { JsdocObjectFieldResult, KeyValueResult, ObjectFieldResult, PropertyResult, TypeParameterResult, CallSignatureResult, ConstructorSignatureResult, MethodSignatureResult, IndexedAccessIndexResult, ComputedPropertyResult, ComputedMethodResult } from './NonRootResult.js';
export interface Location {
    loc?: {
        end: {
            column: number;
            line: number;
        };
        start: {
            column: number;
            line: number;
        };
    };
}
export interface Range {
    range?: [number, number];
}
export interface BaseNode extends Range, Location {
}
/**
 * A parse result that corresponds to a valid type expression.
 */
export type RootResult = NameResult | InferResult | UnionResult | GenericResult | StringValueResult | NullResult | UndefinedResult | AnyResult | UnknownResult | FunctionResult | ObjectResult | NamePathResult | SymbolResult | TypeOfResult | KeyOfResult | ImportResult | TupleResult | SpecialNamePath | OptionalResult<RootResult> | NullableResult<RootResult> | NotNullableResult<RootResult> | VariadicResult<RootResult> | ParenthesisResult | IntersectionResult | NumberResult | PredicateResult | AssertsResult | ReadonlyArrayResult | AssertsPlainResult | ConditionalResult | TemplateLiteralResult;
export type QuoteStyle = 'single' | 'double';
/**
 * `element` is optional.
 */
export interface OptionalResult<T extends RootResult> extends BaseNode {
    type: 'JsdocTypeOptional';
    element: T;
    meta: {
        position: 'prefix' | 'suffix';
    };
}
/**
 * A nullable type.
 */
export interface NullableResult<T extends RootResult> extends BaseNode {
    type: 'JsdocTypeNullable';
    element: T;
    meta: {
        position: 'prefix' | 'suffix';
    };
}
/**
 * A not nullable type.
 */
export interface NotNullableResult<T extends RootResult> extends BaseNode {
    type: 'JsdocTypeNotNullable';
    element: T;
    meta: {
        position: 'prefix' | 'suffix';
    };
}
/**
 * A rest or spread parameter. It can either occur in `@param` tags or as last parameter of a function,
 * or it is a spread tuple or object type and can occur inside these. For any mode that is not `jsdoc` this can
 * only occur in position `'suffix'`.
 */
export interface VariadicResult<T extends RootResult> extends BaseNode {
    type: 'JsdocTypeVariadic';
    element?: T;
    meta: {
        position: 'prefix' | 'suffix' | undefined;
        squareBrackets: boolean;
    };
}
/**
 * A type name.
 */
export interface NameResult extends BaseNode {
    type: 'JsdocTypeName';
    value: string;
}
/**
 * A TypeScript `infer` type parameter within a generic argument list.
 * Represents the `infer X` construct when it appears as a generic argument
 * (e.g. `Map<any, infer V>`) or alongside other parameters.
 */
export interface InferResult extends BaseNode {
    type: 'JsdocTypeInfer';
    element: NameResult;
}
/**
 * A type union.
 */
export interface UnionResult extends BaseNode {
    type: 'JsdocTypeUnion';
    elements: RootResult[];
    meta?: {
        spacing: string;
    };
}
/**
 * A generic type. The property `left` is the generic type that has `elements` as type values for its type parameters.
 * Array types that are written as `Type[]` always have the name `Array` as the `left` type and `elements` will contain
 * only one element (in this case the name `Type`). To differentiate `Type[]` and `Array<Type>` there is the meta
 * property
 * `brackets`.
 */
export interface GenericResult extends BaseNode {
    type: 'JsdocTypeGeneric';
    left: RootResult;
    elements: RootResult[];
    meta: {
        brackets: 'angle' | 'square';
        dot: boolean;
        elementSpacing?: string;
    };
}
/**
 * A string value as a type.
 */
export interface StringValueResult extends BaseNode {
    type: 'JsdocTypeStringValue';
    value: string;
    meta: {
        quote: QuoteStyle;
    };
}
/**
 * The `null` type.
 */
export interface NullResult extends BaseNode {
    type: 'JsdocTypeNull';
}
/**
 * The `undefined` type.
 */
export interface UndefinedResult extends BaseNode {
    type: 'JsdocTypeUndefined';
}
/**
 * The `any` type, represented by `*` (`any` is parsed as a name).
 */
export interface AnyResult extends BaseNode {
    type: 'JsdocTypeAny';
}
/**
 * The unknown type, represented by `?` (`unknown` is parsed as a name).
 */
export interface UnknownResult extends BaseNode {
    type: 'JsdocTypeUnknown';
}
/**
 * A function type. Has `parameters` which can be named, if the grammar supports it. Some grammars only allow named
 * `this` and `new` parameters. Named parameters are returned as {@link KeyValueResult}s. It can have a `returnType`.
 * It can be a normal function type or an arrow, which is indicated by `arrow`. If `parenthesis` is false, it is any
 * kind of function without specified parameters or return type.
 */
export interface FunctionResult extends BaseNode {
    type: 'JsdocTypeFunction';
    parameters: Array<RootResult | KeyValueResult>;
    returnType?: RootResult;
    constructor: boolean;
    arrow: boolean;
    parenthesis: boolean;
    typeParameters?: TypeParameterResult[];
    meta?: {
        parameterSpacing: string;
        typeParameterSpacing: string;
        preReturnMarkerSpacing: string;
        postReturnMarkerSpacing: string;
        postGenericSpacing?: string;
    };
}
/**
 * An object type. Contains entries which can be {@link KeyValueResult}s or {@link NameResult}s. In most grammars the
 * keys need to be {@link NameResult}s. In some grammars it possible that an entry is only a {@link RootResult} or a
 * {@link NumberResult} without a key. The separator is `'comma'` by default.
 */
export interface ObjectResult extends BaseNode {
    type: 'JsdocTypeObject';
    elements: Array<ObjectFieldResult | JsdocObjectFieldResult | CallSignatureResult | ConstructorSignatureResult | MethodSignatureResult | ComputedPropertyResult | ComputedMethodResult>;
    meta: {
        bracketSpacing?: string;
        separator: 'comma' | 'semicolon' | 'linebreak' | 'comma-and-linebreak' | 'semicolon-and-linebreak' | undefined;
        separatorForSingleObjectField?: boolean;
        trailingPunctuation?: boolean;
        propertyIndent?: string;
    };
}
export type SpecialNamePathType = 'module' | 'event' | 'external';
/**
 * A module type. Often this is a `left` type of {@link NamePathResult}.
 */
export interface SpecialNamePath<Type extends SpecialNamePathType = SpecialNamePathType> extends BaseNode {
    type: 'JsdocTypeSpecialNamePath';
    value: string;
    specialType: Type;
    meta: {
        quote: QuoteStyle | undefined;
    };
}
/**
 * A name path type. This can be a property path separated by `.` or an inner or static member (`~`, `#`).
 */
export interface NamePathResult extends BaseNode {
    type: 'JsdocTypeNamePath';
    left: RootResult;
    right: PropertyResult | SpecialNamePath<'event'> | IndexedAccessIndexResult;
    pathType: 'inner' | 'instance' | 'property' | 'property-brackets';
}
/**
 * A symbol type. Only available in `jsdoc` mode.
 */
export interface SymbolResult extends BaseNode {
    type: 'JsdocTypeSymbol';
    value: string;
    element?: NumberResult | NameResult | VariadicResult<NameResult>;
}
/**
 * A typeof type. The `element` normally should be a name.
 */
export interface TypeOfResult extends BaseNode {
    type: 'JsdocTypeTypeof';
    element: RootResult;
}
/**
 * A keyof type. The `element` normally should be a name.
 */
export interface KeyOfResult extends BaseNode {
    type: 'JsdocTypeKeyof';
    element: RootResult;
}
/**
 * An import type. The `element` is {@link StringValueResult} representing the path. Often the `left` side of an
 * {@link NamePathResult}.
 */
export interface ImportResult extends BaseNode {
    type: 'JsdocTypeImport';
    element: StringValueResult;
}
/**
 * A tuple type containing multiple `elements`.
 */
export interface TupleResult extends BaseNode {
    type: 'JsdocTypeTuple';
    elements: RootResult[] | KeyValueResult[];
    meta?: {
        elementSpacing: string;
    };
}
/**
 * A type enclosed in parenthesis. Often {@link UnionResult}s ot {@link IntersectionResult}s.
 */
export interface ParenthesisResult extends BaseNode {
    type: 'JsdocTypeParenthesis';
    element: RootResult;
}
/**
 * An intersection type.
 */
export interface IntersectionResult extends BaseNode {
    type: 'JsdocTypeIntersection';
    elements: RootResult[];
}
/**
 * A number. Can be the key of an {@link ObjectResult} entry or the parameter of a {@link SymbolResult}.
 * Is a {@link NonRootResult}.
 */
export interface NumberResult extends BaseNode {
    type: 'JsdocTypeNumber';
    value: number;
}
/**
 * A typescript predicate. Is used in return annotations like this: `@return {x is string}`.
 */
export interface PredicateResult extends BaseNode {
    type: 'JsdocTypePredicate';
    left: NameResult;
    right: RootResult;
}
/**
 * An asserts result. Is used like this: `@return {asserts foo is Bar}`
 */
export interface AssertsResult extends BaseNode {
    type: 'JsdocTypeAsserts';
    left: NameResult;
    right: RootResult;
}
/**
 * A TypeScript readonly modifier. Is used like this: `readonly string[]`.
 */
export interface ReadonlyArrayResult extends BaseNode {
    type: 'JsdocTypeReadonlyArray';
    element: RootResult;
}
/**
 * An asserts result without `is`. Is used like this: `@return {asserts foo}`
 */
export interface AssertsPlainResult extends BaseNode {
    type: 'JsdocTypeAssertsPlain';
    element: NameResult;
}
/**
 * A TypeScript conditional. Is used like this: `A extends B ? C : D`.
 */
export interface ConditionalResult extends BaseNode {
    type: 'JsdocTypeConditional';
    checksType: RootResult;
    extendsType: RootResult;
    trueType: RootResult;
    falseType: RootResult;
}
/**
 * A TypeScript template literal. Is used like: `\`someText${someType}\``
 */
export interface TemplateLiteralResult extends BaseNode {
    type: 'JsdocTypeTemplateLiteral';
    literals: string[];
    interpolations: RootResult[];
}