import { GitCommitsSinceOpts } from './git.js';
import { ChangelogConfig, defineLetsVersionConfig, LetsVersionConfig } from './readUserConfig.js';
import { BumpRecommendation, BumpType, GitCommitWithConventionalAndPackageInfo, PackageInfo, PublishTagInfo, ReleaseAsPresets } from './types.js';
export { defineLetsVersionConfig };
export type { ChangelogConfig, LetsVersionConfig, ReleaseAsPresets };
export interface AllCommandsBaseOpts {
    cwd?: string;
}
/**
 * Returns all detected packages for this repository
 */
export declare function listPackages(opts: AllCommandsBaseOpts): Promise<PackageInfo[]>;
export interface GetLastVersionTagsByPackageNameOpts {
    cwd?: string;
    names?: string[];
    noFetchTags?: boolean;
}
/**
 * Given an optional array of package names, reads the latest
 * git tag that was used in a previous version bump operation.
 */
export declare function getLastVersionTagsByPackageName(opts?: GetLastVersionTagsByPackageNameOpts): Promise<PublishTagInfo[]>;
/**
 * Gets a list of all files that have changed since the last publish for a specific package or set of packages.
 * If no results are returned, it likely means that there was not a previous version tag detected in git.
 */
export declare function getChangedFilesSinceBump(opts?: GetLastVersionTagsByPackageNameOpts): Promise<string[]>;
export interface GetChangedFilesSinceBranchOpts {
    cwd?: string;
    names?: string[];
    branch?: string;
}
/**
 * Gets a list of all files that have changed since the current branch was created.
 */
export declare function getChangedFilesSinceBranch(opts?: GetChangedFilesSinceBranchOpts): Promise<string[]>;
/**
 * Gets a list of all packages that have changed since the last publish for a specific package or set of packages.
 * If no results are returned, it likely means that there was not a previous version tag detected in git.
 */
export declare function getChangedPackagesSinceBump(opts?: GetLastVersionTagsByPackageNameOpts): Promise<PackageInfo[]>;
/**
 * Gets a list of all packages that have changed since the current branch was created.
 */
export declare function getChangedPackagesSinceBranch(opts?: GetChangedFilesSinceBranchOpts): Promise<PackageInfo[]>;
export interface GetConventionalCommitsByPackageOpts extends Pick<GitCommitsSinceOpts, 'commitDateFormat'> {
    cwd?: string;
    names?: string[];
    noFetchTags?: boolean;
    noFetchAll?: boolean;
}
/**
 * Parses commits since last publish for a specific package or set of packages
 * and returns them represented as Conventional Commits objects.
 */
export declare function getConventionalCommitsByPackage(opts?: GetConventionalCommitsByPackageOpts): Promise<GitCommitWithConventionalAndPackageInfo[]>;
export interface GetRecommendedBumpsByPackageReturnType {
    bumps: BumpRecommendation[];
    bumpsByPackageName: Map<string, BumpRecommendation>;
    packages: PackageInfo[];
    conventional: GitCommitWithConventionalAndPackageInfo[];
}
export interface GetRecommendedBumpsByPackageOpts extends Pick<GitCommitsSinceOpts, 'commitDateFormat'> {
    names?: string[];
    releaseAs?: ReleaseAsPresets;
    preid?: string;
    uniqify?: boolean;
    saveExact?: boolean;
    force?: boolean;
    noFetchAll?: boolean;
    noFetchTags?: boolean;
    updatePeer?: boolean;
    updateOptional?: boolean;
    cwd?: string;
}
/**
 * Given an optional list of package names, parses the git history
 * since the last bump operation and suggests a bump.
 *
 * NOTE: It is possible for your bump recommendation to not change.
 * If this is the case, this means that your particular package has never had a version bump by the lets-version library.
 */
export declare function getRecommendedBumpsByPackage(opts?: GetRecommendedBumpsByPackageOpts): Promise<GetRecommendedBumpsByPackageReturnType>;
export declare function getSynchronizedBumpsByPackage(opts: GetRecommendedBumpsByPackageOpts, bumpTypeByPackageName: Map<string, BumpType>, allPackages: PackageInfo[], tagsForPackagesMap: Map<string, PublishTagInfo>, isExactRelease?: boolean): Promise<{
    bumps: BumpRecommendation[];
    bumpsByPackageName: Map<string, BumpRecommendation>;
    packages: PackageInfo[];
}>;
export interface ApplyRecommendedBumpsByPackageOpts {
    commitDateFormat?: string;
    names?: string[];
    releaseAs?: ReleaseAsPresets;
    preid?: string;
    uniqify?: boolean;
    saveExact?: boolean;
    force?: boolean;
    noCommit?: boolean;
    noFetchAll?: boolean;
    noFetchTags?: boolean;
    noInstall?: boolean;
    yes?: boolean;
    updatePeer?: boolean;
    updateOptional?: boolean;
    noPush?: boolean;
    rollupChangelog?: boolean;
    noChangelog?: boolean;
    dryRun?: boolean;
    cwd?: string;
    allowUncommitted?: boolean;
    customConfig?: LetsVersionConfig;
}
/**
 * Given an optional list of package names, parses the git history
 * since the last bump operation, suggest a bump and applies it, also
 * updating any dependent package.json files across your repository.
 *
 * NOTE: It is possible for your bump recommendation to not change.
 * If this is the case, this means that your particular package has never had a version bump by the lets-version library.
 */
export declare function applyRecommendedBumpsByPackage(opts?: ApplyRecommendedBumpsByPackageOpts): Promise<GetRecommendedBumpsByPackageReturnType | null>;
/**
 * Builds a local repository-only dependency graph. If you are in a monorepo, this is useful to visualize how the dependencies in said monorepo relate to each other.
 */
export declare function localDepGraph(cwd?: string): Promise<import("./types.js").LocalDependencyGraphNode[]>;