import type { Snippet } from '../data/snippet.ts';
import type { SimulationState } from '../types.ts';
import type { makeResolvable } from './makeResolvable.ts';
/**
 * WARNING: This is an API that touches a lot of internals, and is not stable
 * (can change between patches). You should probably talk to the TypeGPU team
 * before using this, maybe we can provide a better public API for your use case.
 *
 * Defines additional properties on `value` (mutates it) that makes TypeGPU
 * understand how it should handle using .$ on that object. All dereferenceable
 * value must also be made resolvable (through the makeResolvable API).
 *
 * `value` can in particular be the prototype of a class, meaning all instances
 * of that class will be dereferenceable.
 */
export declare function makeDereferenceable<T extends makeResolvable.Resolvable, TValue>(value: T, options: makeDereferenceable.Options<T, TValue>): T & {
    $: TValue;
};
export declare namespace makeDereferenceable {
    interface Options<T extends makeResolvable.Resolvable, TValue> {
        normalMode: {
            get(this: T): TValue;
            set?(this: T, value: TValue): void;
        };
        codegenMode: {
            /**
             * Should return a representative value that is accessible on the GPU.
             * If not provided, `codegenMode.getBaseSnippet` is used instead.
             */
            get(this: T): TValue;
        } | {
            /**
             * Used if `codegenMode.get` is not defined. The snippet returned from
             * this function should represent the value that exists on .$
             *
             * The value of the snippet should in most cases be `trackingProxy` that
             * is provided as the argument.
             * @param trackingProxy
             */
            getBaseSnippet(this: T, trackingProxy: TValue): Snippet;
        };
        /** @deprecated 'simulate' mode is planned to be removed in the future */
        simulateMode?: {
            get?(this: T, state: SimulationState): TValue;
            set?(this: T, state: SimulationState, value: TValue): void;
        };
    }
}