The two lockfile formats and contents are different. Ready to be installed and committed in your repository. The resulting yarn.lock will have all the exact fixed versions specified in package-lock.json. It then uses the fixed versions in that tree to create its own yarn.lock lockfile. When it does, yarn creates a dependency tree using npm-logical-tree from the package.json and package-lock.json in the projectвЂ™s root directory. Now, it falls back to this behaviour if it cannot find a package-lock.json file. Previously, yarn import would rely on a packageвЂ™s node_modules directory to determine the fixed versions to which the the new yarn.lock file needs to resolve its semver ranges.

If you are interested or want to help, head over to the related GitHub issue. We feel strongly about the two tools being aware of each other and providing an easy transition path between them. This feature is one of the first fruits of a continuing collaboration between the maintainers of the two package managers. This will no doubt come as great news for developers working in mixed npm/yarn environments or wanting to try yarn out on existing projects.ДЄll you need to do is issue the yarn import command in a repository with a package-lock.json file, and yarn will use the resolution information from the existing package-lock.json file and a corresponding yarn.lock file will be created. We are quite excited to announce that as of 1.7.0 yarn is able to import its dependency tree from npmвЂ™s package-lock.json natively, without external tools or clunky processes. For a while now, the JavaScript ecosystem is a host to a few different dependency lock file formats, including yarnвЂ™s yarn.lock and npmвЂ™s package-lock.json.

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