/**
 * The type vocabulary every `velar/*` table in `modules/` is written in.
 *
 * D115 §三, the shape `packages/core/src/interfaces/` and `packages/node/src/modules/`
 * already have: the primitive `ValueType` singletons, the constructors a Web
 * export is built with, and the `ModuleInterface` constructor that fills in the
 * fields a Web module never uses. What one surface alone owns lives in that
 * surface's file.
 */
import { type ClassInfo, type EnumInfo, type ModuleInterface, type ValueType } from "@velarscript/compiler";
import type { Expression } from "@velarscript/compiler/extension";
export declare const bytesType: ValueType;
export declare const nullType: ValueType;
export declare const stringType: ValueType;
export declare const numberType: ValueType;
export declare const boolType: ValueType;
export declare const nodeType: ValueType;
export declare const elementType: ValueType;
export declare const inputElementType: ValueType;
export declare const textAreaElementType: ValueType;
export declare const canvasElementType: ValueType;
export declare const dialogElementType: ValueType;
export declare const blobType: ValueType;
export declare const lengthType: ValueType;
export declare const percentageType: ValueType;
export declare const lengthPercentageType: ValueType;
export declare const trackFractionType: ValueType;
export declare const colorType: ValueType;
export declare const colorInputType: ValueType;
export declare const borderType: ValueType;
export declare const shadowType: ValueType;
export declare const filterType: ValueType;
export declare const imageType: ValueType;
export declare const trackType: ValueType;
export declare const trackListType: ValueType;
/**
 * Native JSX construction preserves the order and count of a collection
 * projection. Attribute and child holes still have to pass Core's stability
 * proof; event arrows are inert values here and run only after dispatch.
 * Components, custom elements, refs, and bindings keep the explicit loop
 * because their setup can execute user code or write through a binding.
 */
export declare function webCanonicalCollectionProjection(expression: Expression, pure: (expression: Expression) => boolean): boolean | undefined;
export declare const transitionType: ValueType;
export declare const keyframesType: ValueType;
export declare const animationType: ValueType;
export declare const durationType: ValueType;
export declare const angleType: ValueType;
export declare const spacingType: ValueType;
export declare const mountTargetType: ValueType;
export declare const lookScalarType: ValueType;
export declare const trackInputType: ValueType;
export declare const repeatCountType: ValueType;
export declare function namedFunction(parameterNames: readonly string[], parameters: readonly ValueType[], result: ValueType, requiredParameters?: number): ValueType;
/**
 * A velar/look builder's published type, with its parameter names and required
 * count read from LOOK_BUILDER_SIGNATURES rather than repeated here. The static
 * keyframe lowering places named arguments from that same table, so the two
 * cannot disagree about what `spread=0px` means.
 */
export declare function lookBuilder(name: string, parameters: readonly ValueType[], rest?: ValueType): ValueType;
export declare const unknownType: ValueType;
export declare function functionType(parameters: readonly ValueType[], result: ValueType, requiredParameters?: number): ValueType;
export declare function namedIntrinsic(name: string, parameterNames: readonly string[], parameters: readonly ValueType[], result: ValueType, requiredParameters?: number): ValueType;
export declare function promise(value: ValueType): ValueType;
export declare function object(fields: Readonly<Record<string, ValueType>>): ValueType;
/** A structurally declared standard capability handle; see ValueType.capabilityHandle. */
export declare function capabilityHandle(fields: Readonly<Record<string, ValueType>>): ValueType;
export declare const errorType: ValueType;
export declare const cleanupType: ValueType;
export declare const arrayString: ValueType;
export declare const arrayNumber: ValueType;
export declare const mapString: (value: ValueType) => ValueType;
export declare const webElementType: ValueType;
export declare const fileType: ValueType;
export declare const fileArrayType: ValueType;
export declare function moduleInterface(exports: ReadonlyMap<string, ValueType>, classes?: ReadonlyMap<string, ClassInfo>, namedTypes?: ReadonlyMap<string, ReadonlyMap<string, ValueType>>, namedTypeIdentities?: ReadonlyMap<string, string>, enums?: ReadonlyMap<string, EnumInfo>, namedTypeReadonlyFields?: ReadonlyMap<string, ReadonlySet<string>>, genericTypes?: NonNullable<ModuleInterface["genericTypes"]>): ModuleInterface;
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