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medusa-dev-cli

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export type TraversePackagesDepsReturn = { /** * Lookup table to check dependants for given package. * Used to determine which packages need to be published. */ depTree: any; }; /** * @typedef {Object} TraversePackagesDepsReturn * @property {Object} depTree Lookup table to check dependants for given package. * Used to determine which packages need to be published. * @example * ``` * { * "medusa-cli": Set(["medusa"]), * "medusa-telemetry": Set(["medusa", "medusa-cli"]), * } * ``` */ /** * Compile final list of packages to watch * This will include packages explicitly defined packages and all their dependencies * Also creates dependency graph that is used later to determine which packages * would need to be published when their dependencies change * @param {Object} $0 * @param {String} $0.root Path to root of medusa monorepo repository * @param {String[]} $0.packages Initial array of packages to watch * This can be extracted from project dependencies or explicitly set by `--packages` flag * @param {String[]} $0.monoRepoPackages Array of packages in medusa monorepo * @param {String[]} [$0.seenPackages] Array of packages that were already traversed. * This makes sure dependencies are extracted one time for each package and avoid any * infinite loops. * @param {DepTree} [$0.depTree] Used internally to recursively construct dependency graph. * @return {TraversePackagesDepsReturn} */ export function traversePackagesDeps({ packages, monoRepoPackages, seenPackages, depTree, packageNameToPath, }: { root: string; packages: string[]; monoRepoPackages: string[]; seenPackages?: string[] | undefined; depTree?: any; }): TraversePackagesDepsReturn; //# sourceMappingURL=traverse-package-deps.d.ts.map