dedupeUtils

Index

Enumerations

• Strategy

Type Aliases

• Algorithm
• DedupeOptions
• PackageUpdate

Variables

• acceptedStrategies

Functions

• dedupe

Enumerations

Strategy

Strategy:

HIGHEST

HIGHEST: highest

This strategy dedupes a locator to the best candidate already installed in the project.

Because of this, it's guaranteed that:

• it never takes more than a single pass to dedupe all dependencies
• dependencies are never downgraded

Type Aliases

Algorithm

Algorithm: (project: Project, patterns: string[], opts: { fetchOptions: FetchOptions; fetcher: Fetcher; resolveOptions: ResolveOptions; resolver: Resolver }) => Promise<Promise<PackageUpdate>[]>

Type declaration

• • (project: Project, patterns: string[], opts: { fetchOptions: FetchOptions; fetcher: Fetcher; resolveOptions: ResolveOptions; resolver: Resolver }): Promise<Promise<PackageUpdate>[]>

  • Parameters

    • project: Project

    • patterns: string[]

    • opts: { fetchOptions: FetchOptions; fetcher: Fetcher; resolveOptions: ResolveOptions; resolver: Resolver }

    Returns Promise<Promise<PackageUpdate>[]>

DedupeOptions

DedupeOptions: { cache: Cache; patterns: string[]; report: Report; strategy: Strategy }

Type declaration

• cache: Cache

• patterns: string[]

• report: Report

• strategy: Strategy

PackageUpdate

PackageUpdate: { currentPackage: Package; descriptor: Descriptor; resolvedPackage: Package; updatedPackage: Package }

Type declaration

• currentPackage: Package

• descriptor: Descriptor

• resolvedPackage: Package

• updatedPackage: Package

Variables

constacceptedStrategies

acceptedStrategies: Set<HIGHEST> = ...

Functions

dedupe

• dedupe(project: Project, __namedParameters: DedupeOptions): Promise<number>

• Parameters

  • project: Project

  • __namedParameters: DedupeOptions

  Returns Promise<number>