@teambit/isolator/dist/capsule-list.d.ts

import type { Component } from '@teambit/component';
import type { DependencyResolverMain } from '@teambit/dependency-resolver';
import { Graph } from '@teambit/graph.cleargraph';
import type { ComponentID } from '@teambit/component-id';
import type { Capsule } from './capsule';
export default class CapsuleList extends Array<Capsule> {
    getCapsule(id: ComponentID): Capsule | undefined;
    getCapsuleByLegacyId(id: ComponentID): Capsule | undefined;
    getCapsuleIgnoreVersion(id: ComponentID): Capsule | undefined;
    getAllCapsuleDirs(): string[];
    getIdByPathInCapsule(pathInCapsule: string): ComponentID | null;
    getAllComponents(): Component[];
    getAllComponentIDs(): ComponentID[];
    getGraphIds(): Graph<Component, string>;
    toposort(depResolver: DependencyResolverMain): Promise<CapsuleList>;
    static fromArray(capsules: Capsule[]): CapsuleList;
    /**
     * determines whether or not a capsule can theoretically use the dists saved in the last snap, rather than re-compile them.
     * practically, this optimization is used for components that have typescript as their compiler.
     *
     * TODO: Consider removing this optimization. It was introduced to avoid TypeScript recompilation of
     * unmodified components by downloading their dist artifacts from objects. However, this optimization
     * is likely ineffective because:
     * 1. TypeScript uses `tsconfig.tsbuildinfo` to determine if recompilation is needed, not just the presence of dists
     * 2. `tsconfig.tsbuildinfo` is NOT saved in objects, so TypeScript will recompile anyway
     * 3. After PR #9820, unmodified exported dependencies are installed as npm packages (not capsules),
     *    so this optimization only applies to dependents - which need compilation anyway
     * See: CR #1009 (8e0b16fdc), CR #1010 (8e0f866dd), and PR #9820 for historical context.
     */
    static capsuleUsePreviouslySavedDists(component: Component): Promise<boolean>;
}