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index.ts
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#!/usr/bin/env -S node --experimental-strip-types --no-warnings
import ansiRegex from "ansi-regex";
import minimist from "minimist";
import registryAuthToken from "registry-auth-token";
import rc from "rc";
import {parse, coerce, diff, gt, gte, lt, neq, valid, validRange} from "semver";
import {cwd, stdout, argv, env, exit} from "node:process";
import {join, dirname, basename, resolve} from "node:path";
import {lstatSync, readFileSync, truncateSync, writeFileSync, accessSync} from "node:fs";
import {timerel} from "timerel";
import supportsColor from "supports-color";
import {magenta, red, green, disableColor} from "glowie";
import pAll from "p-all";
import picomatch from "picomatch";
import pkg from "./package.json" with {type: "json"};
import {execFileSync} from "node:child_process";
import type {AuthOptions} from "registry-auth-token";
import type {AgentOptions} from "node:https";
import type {TimerelAnyDate} from "timerel";
export type Config = {
include?: Array<string | RegExp>;
exclude?: Array<string | RegExp>;
types?: Array<string>;
registry?: string;
}
type Npmrc = {
registry?: string,
ca?: string,
cafile?: string,
cert?: string,
certfile?: string,
key?: string,
keyfile?: string,
[other: string]: any,
}
type Dep = {
"old": string,
"new": string,
"oldPrint"?: string,
"newPrint"?: string,
"oldOriginal"?: string,
"info"?: string,
"age"?: string,
}
type Deps = {
[name: string]: Dep,
}
type DepsByMode = {
[mode: string]: Deps,
}
type Output = {
results: {
[mode: string]: {
[type: string]: Deps,
}
}
}
type FindVersionOpts = {
range: string,
semvers: Set<string>,
usePre: boolean,
useRel: boolean,
useGreatest: boolean,
}
type FindNewVersionOpts = {
mode: string,
range: string,
usePre: boolean,
useRel: boolean,
useGreatest: boolean,
semvers: Set<string>,
}
// regexes for url dependencies. does only github and only hash or exact semver
// https://regex101.com/r/gCZzfK/2
const stripRe = /^.*?:\/\/(.*?@)?(github\.com[:/])/i;
const partsRe = /^([^/]+)\/([^/#]+)?.*?\/([0-9a-f]+|v?[0-9]+\.[0-9]+\.[0-9]+)$/i;
const hashRe = /^[0-9a-f]{7,}$/i;
const versionRe = /[0-9]+(\.[0-9]+)?(\.[0-9]+)?/g;
const esc = (str: string) => str.replace(/[|\\{}()[\]^$+*?.-]/g, "\\$&");
const normalizeUrl = (url: string) => url.endsWith("/") ? url.substring(0, url.length - 1) : url;
const packageVersion = pkg.version || "0.0.0";
const sep = "\0";
const modeByFileName = {
"package.json": "npm",
"pyproject.toml": "pypi",
"go.mod": "go",
};
const args = minimist(argv.slice(2), {
boolean: [
"E", "error-on-outdated",
"U", "error-on-unchanged",
"h", "help",
"j", "json",
"n", "no-color",
"u", "update",
"v", "version",
"V", "verbose",
],
string: [
"d", "allow-downgrade",
"f", "file",
"g", "greatest",
"m", "minor",
"M", "modes",
"P", "patch",
"p", "prerelease",
"R", "release",
"r", "registry",
"t", "types",
"githubapi", // undocumented, only for tests
"pypiapi", // undocumented, only for tests
"goproxy", // undocumented, only for tests
],
alias: {
d: "allow-downgrade",
E: "error-on-outdated",
U: "error-on-unchanged",
e: "exclude",
f: "file",
g: "greatest",
h: "help",
i: "include",
j: "json",
m: "minor",
M: "modes",
n: "no-color",
P: "patch",
p: "prerelease",
r: "registry",
R: "release",
s: "semver",
S: "sockets",
t: "types",
u: "update",
v: "version",
V: "verbose",
},
});
if (args["no-color"] || !supportsColor.stdout) disableColor();
type PackageArg = Set<RegExp> | boolean;
const greatest = argSetToRegexes(parseMixedArg(args.greatest)) as PackageArg;
const prerelease = argSetToRegexes(parseMixedArg(args.prerelease)) as PackageArg;
const release = argSetToRegexes(parseMixedArg(args.release)) as PackageArg;
const patch = argSetToRegexes(parseMixedArg(args.patch)) as PackageArg;
const minor = argSetToRegexes(parseMixedArg(args.minor)) as PackageArg;
const allowDowngrade = parseMixedArg(args["allow-downgrade"]) as PackageArg;
const enabledModes = parseMixedArg(args.modes) as Set<string> || new Set(["npm", "pypi"]);
const githubApiUrl = args.githubapi ? normalizeUrl(args.githubapi) : "https://api.github.com";
const pypiApiUrl = args.pypiapi ? normalizeUrl(args.pypiapi) : "https://pypi.org";
const defaultGoProxy = "https://proxy.golang.org";
const goProxies = args.goproxy ? normalizeUrl(args.goproxy) : makeGoProxies();
const stripV = (str: string) => str.replace(/^v/, "");
function matchesAny(str: string, set: PackageArg) {
for (const re of (set instanceof Set ? set : [])) {
if (re.test(str)) return true;
}
return false;
}
function registryUrl(scope: string, npmrc: Npmrc) {
const url = npmrc[`${scope}:registry`] || npmrc.registry;
return url.endsWith("/") ? url : `${url}/`;
}
function makeGoProxies(): string[] {
if (env.GOPROXY) {
return env.GOPROXY.split(/[,|]/).map(s => s.trim()).filter(s => (Boolean(s) && s !== "direct"));
} else {
return [defaultGoProxy];
}
}
function getProperty(obj: Record<string, any>, path: string) {
return path.split(".").reduce((obj: Record<string, any>, prop: string) => obj?.[prop] ?? null, obj);
}
function commaSeparatedToArray(str: string) {
return str.split(",").filter(Boolean);
}
function findUpSync(filename: string, dir: string): string | null {
const path = join(dir, filename);
try { accessSync(path); return path; } catch {}
const parent = dirname(dir);
return parent === dir ? null : findUpSync(filename, parent);
}
function getAuthAndRegistry(name: string, registry: string, authTokenOpts: AuthOptions, npmrc: Npmrc) {
if (!name.startsWith("@")) {
return {auth: registryAuthToken(registry, authTokenOpts), registry};
} else {
const scope = (/@[a-z0-9][\w-.]+/.exec(name) || [""])[0];
const url = normalizeUrl(registryUrl(scope, npmrc));
if (url !== registry) {
try {
const newAuth = registryAuthToken(url, authTokenOpts);
if (newAuth?.token) return {auth: newAuth, registry: url};
} catch {}
}
return {auth: registryAuthToken(registry, authTokenOpts), registry};
}
}
function getFetchOpts(agentOpts: AgentOptions, authType?: string, authToken?: string) {
return {
...(Object.keys(agentOpts).length && {agentOpts}),
headers: {
"user-agent": `updates/${packageVersion}`,
...(authToken && {Authorization: `${authType} ${authToken}`}),
}
};
}
async function doFetch(url: string, opts: RequestInit) {
if (args.verbose) console.error(`${magenta("fetch")} ${url}`);
const res = await fetch(url, opts);
if (args.verbose) console.error(`${res.ok ? green(res.status) : red(res.status)} ${url}`);
return res;
}
async function fetchNpmInfo(name: string, type: string, originalRegistry: string, agentOpts: AgentOptions, authTokenOpts: AuthOptions, npmrc: Npmrc) {
const {auth, registry} = getAuthAndRegistry(name, originalRegistry, authTokenOpts, npmrc);
const packageName = type === "resolutions" ? basename(name) : name;
const url = `${registry}/${packageName.replace(/\//g, "%2f")}`;
const res = await doFetch(url, getFetchOpts(agentOpts, auth?.type, auth?.token));
if (res?.ok) {
return [await res.json(), type, registry, name];
} else {
if (res?.status && res?.statusText) {
throw new Error(`Received ${res.status} ${res.statusText} from ${url}`);
} else {
throw new Error(`Unable to fetch ${name} from ${registry}`);
}
}
}
async function fetchPypiInfo(name: string, type: string, agentOpts: AgentOptions) {
const url = `${pypiApiUrl}/pypi/${name}/json`;
const res = await doFetch(url, getFetchOpts(agentOpts));
if (res?.ok) {
return [await res.json(), type, null, name];
} else {
if (res?.status && res?.statusText) {
throw new Error(`Received ${res.status} ${res.statusText} from ${url}`);
} else {
throw new Error(`Unable to fetch ${name} from PyPi`);
}
}
}
function splitPlainText(str: string): string[] {
return str.split(/\r?\n/).map(s => s.trim()).filter(Boolean);
}
async function fetchGoVersionInfo(modulePath: string, version: string, agentOpts: AgentOptions, proxies: string[]) {
const proxyUrl = proxies.shift();
if (!proxyUrl) {
throw new Error("No more go proxies available");
}
const url = `${proxyUrl}/${modulePath.toLowerCase()}/${version === "latest" ? "@latest" : `@v/${version}.info`}`;
const res = await doFetch(url, getFetchOpts(agentOpts));
if ([404, 410].includes(res.status) && proxies.length) {
return fetchGoVersionInfo(modulePath, version, agentOpts, proxies);
}
if (res?.ok) {
return res.json();
} else {
if (res?.status && res?.statusText) {
throw new Error(`Received ${res.status} ${res.statusText} from ${url}`);
} else {
throw new Error(`Unable to fetch ${modulePath} from PyPi`);
}
}
}
type PackageRepository = string | {
type: string,
url: string,
directory: string,
}
function resolvePackageJsonUrl(url: string) {
url = url.replace("git@", "").replace(/.+?\/\//, "https://").replace(/\.git$/, "");
if (/^[a-z]+:[a-z0-9-]\/[a-z0-9-]$/.test(url)) { // foo:user/repo
return url.replace(/^(.+?):/, (_, p1) => `https://${p1}.com/`);
} else if (/^[a-z0-9-]\/[a-z0-9-]$/.test(url)) { // user/repo
return `https://github.com/${url}`;
} else {
return url;
}
}
function getSubDir(url: string) {
if (url.startsWith("https://bitbucket.org")) {
return "src/HEAD";
} else {
return "tree/HEAD";
}
}
function getInfoUrl({repository, homepage, info}: {repository: PackageRepository, homepage: string, info: Record<string, any>}, registry: string, name: string): string {
if (info) { // pypi
repository =
info.project_urls.repository ||
info.project_urls.Repository ||
info.project_urls.repo ||
info.project_urls.Repo ||
info.project_urls.source ||
info.project_urls.Source ||
info.project_urls["source code"] ||
info.project_urls["Source code"] ||
info.project_urls["Source Code"] ||
info.project_urls.homepage ||
info.project_urls.Homepage ||
`https://pypi.org/project/${name}/`;
}
let infoUrl = "";
if (registry === "https://npm.pkg.github.com") {
return `https://github.com/${name.replace(/^@/, "")}`;
} else if (repository) {
const url = typeof repository === "string" ? repository : repository.url;
infoUrl = resolvePackageJsonUrl(url);
if (infoUrl && typeof repository !== "string" && repository.directory) {
infoUrl = `${infoUrl}/${getSubDir(infoUrl)}/${repository.directory}`;
}
}
return infoUrl || homepage || "";
}
function finishWithMessage(message: string) {
console.info(args.json ? JSON.stringify({message}) : message);
doExit();
}
function doExit(err?: Error | void) {
if (err) {
const error = err.stack ?? err.message;
console.info(args.json ? JSON.stringify({error}) : red(error));
}
process.exit(err ? 1 : 0);
}
function outputDeps(deps: DepsByMode = {}) {
for (const mode of Object.keys(deps)) {
for (const value of Object.values(deps[mode])) {
if (typeof value.oldPrint === "string") {
value.old = value.oldPrint;
delete value.oldPrint;
}
if (typeof value.newPrint === "string") {
value.new = value.newPrint;
delete value.newPrint;
}
if (typeof value.oldOriginal === "string") {
value.old = value.oldOriginal;
delete value.oldOriginal;
}
}
}
let num = 0;
for (const mode of Object.keys(deps)) {
num += Object.keys(deps[mode]).length;
}
if (args.json) {
const output: Output = {results: {}};
for (const mode of Object.keys(deps)) {
for (const [key, value] of Object.entries(deps[mode])) {
const [type, name] = key.split(sep);
if (!output.results[mode]) output.results[mode] = {};
if (!output.results[mode][type]) output.results[mode][type] = {};
output.results[mode][type][name] = value;
}
}
console.info(JSON.stringify(output));
} else if (num) {
console.info(formatDeps(deps));
}
if (args["error-on-outdated"]) {
return num ? 2 : 0;
} else if (args["error-on-unchanged"]) {
return num ? 0 : 2;
} else {
return 0;
}
}
// preserve file metadata on windows
async function write(file: string, content: string) {
const {platform} = await import("node:os");
const isWindows = platform() === "win32";
if (isWindows) truncateSync(file, 0);
writeFileSync(file, content, isWindows ? {flag: "r+"} : undefined);
}
function highlightDiff(a: string, b: string, colorFn: (str: string) => string) {
if (a === b) return a;
const aParts = a.split(/\./);
const bParts = b.split(/\./);
const versionPartRe = /^[0-9a-zA-Z-.]+$/;
let res = "";
for (let i = 0; i < aParts.length; i++) {
if (aParts[i] !== bParts[i]) {
if (versionPartRe.test(aParts[i])) {
res += colorFn(aParts.slice(i).join("."));
} else {
res += aParts[i].split("").map(char => {
return versionPartRe.test(char) ? colorFn(char) : char;
}).join("") + colorFn(`.${aParts.slice(i + 1).join(".")}`.replace(/\.$/, ""));
}
break;
} else {
res += `${aParts[i]}.`;
}
}
return res.replace(/\.$/, "");
}
const ansiLen = (str: string): number => str.replace(ansiRegex(), "").length;
function textTable(rows: string[][], hsep = " "): string {
let ret = "";
const colSizes = new Array(rows[0].length).fill(0);
for (const row of rows) {
for (const [colIndex, col] of row.entries()) {
const len = ansiLen(col);
if (len > colSizes[colIndex]) {
colSizes[colIndex] = len;
}
}
}
for (const [rowIndex, row] of rows.entries()) {
for (const [colIndex, col] of row.entries()) {
if (colIndex > 0) ret += hsep;
const space = " ".repeat(colSizes[colIndex] - ansiLen(col));
ret += col + (colIndex === row.length - 1 ? "" : space);
}
if (rowIndex < rows.length - 1) ret += "\n";
}
return ret;
}
function shortenGoName(moduleName: string) {
if (/\/v[0-9]$/.test(moduleName)) {
moduleName = dirname(moduleName);
}
return moduleName;
}
function formatDeps(deps: DepsByMode) {
const arr = [["NAME", "OLD", "NEW", "AGE", "INFO"]];
const seen = new Set();
for (const mode of Object.keys(deps)) {
for (const [key, data] of Object.entries(deps[mode])) {
const name = key.split(sep)[1];
const id = `${mode}|${name}`;
if (seen.has(id)) continue;
seen.add(id);
arr.push([
mode === "go" ? shortenGoName(name) : name,
highlightDiff(data.old, data.new, red),
highlightDiff(data.new, data.old, green),
data.age || "",
data.info || "",
]);
}
}
return textTable(arr);
}
function updatePackageJson(pkgStr: string, deps: Deps) {
let newPkgStr = pkgStr;
for (const key of Object.keys(deps)) {
const name = key.split(sep)[1];
const old = deps[key].oldOriginal || deps[key].old;
const re = new RegExp(`"${esc(name)}": *"${esc(old)}"`, "g");
newPkgStr = newPkgStr.replace(re, `"${name}": "${deps[key].new}"`);
}
return newPkgStr;
}
function updateProjectToml(pkgStr: string, deps: Deps) {
let newPkgStr = pkgStr;
for (const key of Object.keys(deps)) {
const name = key.split(sep)[1];
const old = deps[key].oldOriginal || deps[key].old;
const re = new RegExp(`${esc(name)} *= *"${esc(old)}"`, "g");
newPkgStr = newPkgStr.replace(re, `${name} = "${deps[key].new}"`);
}
return newPkgStr;
}
function updateRange(oldRange: string, newVersion: string, oldOriginal?: string) {
let newRange = oldRange.replace(/[0-9]+\.[0-9]+\.[0-9]+(-.+)?/g, newVersion);
// if old version is a range like ^5 or ~5, retain number of version parts in new range
if (oldOriginal && oldOriginal !== oldRange && /^[\^~]/.test(newRange)) {
const oldParts = oldOriginal.substring(1).split(".");
const newParts = newRange.substring(1).split(".");
if (oldParts.length !== newParts.length) {
newRange = `${newRange[0]}${newParts.slice(0, oldParts.length).join(".")}`;
}
}
return newRange;
}
function isVersionPrerelease(version: string) {
const parsed = parse(version);
if (!parsed) return false;
return Boolean(parsed.prerelease.length);
}
function isRangePrerelease(range: string) {
// can not use coerce here because it ignores prerelease tags
return /[0-9]+\.[0-9]+\.[0-9]+-.+/.test(range);
}
function rangeToVersion(range: string) {
try {
return coerce(range)?.version ?? "";
} catch {
return "";
}
}
function findVersion(data: any, versions: string[], {range, semvers, usePre, useRel, useGreatest}: FindVersionOpts) {
let tempVersion = rangeToVersion(range);
let tempDate = 0;
usePre = isRangePrerelease(range) || usePre;
if (usePre) {
semvers.add("prerelease");
if (semvers.has("patch")) semvers.add("prepatch");
if (semvers.has("minor")) semvers.add("preminor");
if (semvers.has("major")) semvers.add("premajor");
}
for (const version of versions) {
const parsed = parse(version);
if (!parsed || !tempVersion || parsed.prerelease.length && (!usePre || useRel)) continue;
const d = diff(tempVersion, parsed.version);
if (!d || !semvers.has(d)) continue;
// some registries like github don't have data.time available, fall back to greatest on them
if (useGreatest || !("time" in data)) {
if (gte(rangeToVersion(parsed?.version), tempVersion)) {
tempVersion = parsed.version;
}
} else {
const date = (new Date(data.time[version])).getTime();
if (date >= 0 && date > tempDate) {
tempVersion = parsed.version;
tempDate = date;
}
}
}
return tempVersion || null;
}
function findNewVersion(data: any, {mode, range, useGreatest, useRel, usePre, semvers}: FindNewVersionOpts): string | null {
if (mode === "go") {
if (gt(stripV(data.Version), stripV(range))) {
return data.Version;
} else {
return null;
}
}
if (range === "*") return null; // ignore wildcard
if (range.includes("||")) return null; // ignore or-chains
let versions: string[] = [];
if (mode === "pypi") {
versions = Object.keys(data.releases).filter((version: string) => valid(version));
} else if (mode === "npm") {
versions = Object.keys(data.versions).filter((version: string) => valid(version));
}
const version = findVersion(data, versions, {range, semvers, usePre, useRel, useGreatest});
if (!version) return null;
if (useGreatest) {
return version;
} else {
let latestTag = "";
let originalLatestTag = "";
if (mode === "pypi") {
originalLatestTag = data.info.version; // may not be a 3-part semver
latestTag = rangeToVersion(data.info.version); // add .0 to 6.0 so semver eats it
} else {
latestTag = data["dist-tags"].latest;
}
const oldVersion = rangeToVersion(range);
const oldIsPre = isRangePrerelease(range);
const newIsPre = isVersionPrerelease(version);
const latestIsPre = isVersionPrerelease(latestTag);
const isGreater = gt(version, oldVersion);
// update to new prerelease
if (!useRel && usePre || (oldIsPre && newIsPre)) {
return version;
}
// downgrade from prerelease to release on --release-only
if (useRel && !isGreater && oldIsPre && !newIsPre) {
return version;
}
// update from prerelease to release
if (oldIsPre && !newIsPre && isGreater) {
return version;
}
// do not downgrade from prerelease to release
if (oldIsPre && !newIsPre && !isGreater) {
return null;
}
// check if latestTag is allowed by semvers
const d = diff(oldVersion, latestTag);
if (d && d !== "prerelease" && !semvers.has(d.replace(/^pre/, ""))) {
return version;
}
// prevent upgrading to prerelease with --release-only
if (useRel && isVersionPrerelease(latestTag)) {
return version;
}
// prevent downgrade to older version except with --allow-downgrade
if (lt(latestTag, oldVersion) && !latestIsPre) {
if (allowDowngrade === true || matchesAny(data.name, allowDowngrade)) {
return latestTag;
} else {
return null;
}
}
// in all other cases, return latest dist-tag
return originalLatestTag || latestTag;
}
}
function fetchGitHub(url: string) {
const opts: RequestInit = {};
const token = env.UPDATES_GITHUB_API_TOKEN || env.GITHUB_API_TOKEN || env.GH_TOKEN || env.HOMEBREW_GITHUB_API_TOKEN;
if (token) {
opts.headers = {Authorization: `Bearer ${token}`};
}
return doFetch(url, opts);
}
async function getLastestCommit(user: string, repo: string): Promise<{hash: string, commit: Record<string, any>}> {
const url = `${githubApiUrl}/repos/${user}/${repo}/commits`;
const res = await fetchGitHub(url);
if (!res?.ok) return {hash: "", commit: {}};
const data = await res.json();
const {sha: hash, commit} = data[0];
return {hash, commit};
}
// return list of tags sorted old to new
// TODO: newDate support, semver matching
async function getTags(user: string, repo: string): Promise<string[]> {
const res = await fetchGitHub(`${githubApiUrl}/repos/${user}/${repo}/git/refs/tags`);
if (!res?.ok) return [];
const data = await res.json();
const tags = data.map((entry: {ref: string}) => entry.ref.replace(/^refs\/tags\//, ""));
return tags;
}
function selectTag(tags: string[], oldRef: string, useGreatest: boolean) {
const oldRefBare = stripV(oldRef);
if (!valid(oldRefBare)) return;
if (!useGreatest) {
const lastTag = tags.at(-1);
if (!lastTag) return;
const lastTagBare = stripV(lastTag);
if (!valid(lastTagBare)) return;
if (neq(oldRefBare, lastTagBare)) {
return lastTag;
}
} else {
let greatestTag = oldRef;
let greatestTagBare = stripV(oldRef);
for (const tag of tags) {
const tagBare = stripV(tag);
if (!valid(tagBare)) continue;
if (!greatestTag || gt(tagBare, greatestTagBare)) {
greatestTag = tag;
greatestTagBare = tagBare;
}
}
if (neq(oldRefBare, greatestTagBare)) {
return greatestTag;
}
}
}
type CheckResult = {
key: string,
newRange: string,
user: string,
repo: string,
oldRef: string,
newRef: string,
newDate?: string,
newTag?: string,
};
async function checkUrlDep(key: string, dep: Dep, useGreatest: boolean): Promise<CheckResult | undefined> {
const stripped = dep.old.replace(stripRe, "");
const [_, user, repo, oldRef] = partsRe.exec(stripped) || [];
if (!user || !repo || !oldRef) return;
if (hashRe.test(oldRef)) {
const {hash, commit} = await getLastestCommit(user, repo);
if (!hash) return;
const newDate = commit?.committer?.date ?? commit?.author?.date;
const newRef = hash.substring(0, oldRef.length);
if (oldRef !== newRef) {
const newRange = dep.old.replace(oldRef, newRef);
return {key, newRange, user, repo, oldRef, newRef, newDate};
}
} else {
const tags = await getTags(user, repo);
const newTag = selectTag(tags, oldRef, useGreatest);
if (newTag) {
return {key, newRange: newTag, user, repo, oldRef, newRef: newTag};
}
}
}
// turn "v1.3.2-0.20230802210424-5b0b94c5c0d3" into "v1.3.2"
function shortenGoVersion(version: string) {
return version.replace(/-.*/, "");
}
function normalizeRange(range: string) {
const versionMatches = range.match(versionRe);
if (versionMatches?.length !== 1) return range;
return range.replace(versionRe, rangeToVersion(versionMatches[0]));
}
function parseMixedArg(arg: any) {
if (arg === undefined) {
return false;
} else if (arg === "") {
return true;
} else if (typeof arg === "string") {
return arg.includes(",") ? new Set(commaSeparatedToArray(arg)) : new Set([arg]);
} else if (Array.isArray(arg)) {
return new Set(arg);
} else {
return false;
}
}
function extractCerts(str: string): string[] {
return Array.from(str.matchAll(/(----BEGIN CERT[^]+?IFICATE----)/g), (m: string[]) => m[0]);
}
function extractKey(str: string): string[] {
return Array.from(str.matchAll(/(----BEGIN [^]+?PRIVATE KEY----)/g), (m: string[]) => m[0]);
}
async function appendRoots(certs: string[] = []) {
return [...(await import("node:tls")).rootCertificates, ...certs];
}
// convert arg from cli or config to regex
function argToRegex(arg: string | RegExp, cli: boolean) {
if (cli && typeof arg === "string") {
return /\/.+\//.test(arg) ? new RegExp(arg.slice(1, -1)) : picomatch.makeRe(arg);
} else {
return arg instanceof RegExp ? arg : picomatch.makeRe(arg);
}
}
// parse cli arg into regex set
function argSetToRegexes(arg: any) {
if (arg instanceof Set) {
const ret = new Set();
for (const entry of arg) {
ret.add(argToRegex(entry, true));
}
return ret;
}
return arg;
}
// parse include/exclude into a Set of regexes
function matchersToRegexSet(cliArgs: string[], configArgs: Array<string | RegExp>): Set<RegExp> {
const ret = new Set();
for (const arg of cliArgs || []) {
ret.add(argToRegex(arg, true));
}
for (const arg of configArgs || []) {
ret.add(argToRegex(arg, false));
}
return ret as Set<RegExp>;
}
function canInclude(name: string, mode: string, include: Set<RegExp>, exclude: Set<RegExp>) {
if (mode === "pypi" && name === "python") return false;
if (!include.size && !exclude.size) return true;
for (const re of exclude) {
if (re.test(name)) return false;
}
for (const re of include) {
if (re.test(name)) return true;
}
return include.size ? false : true;
}
function resolveFiles(filesArg: Set<string>): [Set<string>, Set<string>] {
const resolvedFiles = new Set<string>();
const explicitFiles = new Set<string>();
if (filesArg) { // check passed files
for (const file of filesArg) {
let stat;
try {
stat = lstatSync(file);
} catch (err) {
throw new Error(`Unable to open ${file}: ${(err as Error).message}`);
}
if (stat?.isFile()) {
const resolved = resolve(file);
resolvedFiles.add(resolved);
explicitFiles.add(resolved);
} else if (stat?.isDirectory()) {
for (const filename of Object.keys(modeByFileName)) {
const f = join(file, filename);
let stat;
try {
stat = lstatSync(f);
} catch {}
if (stat?.isFile()) {
resolvedFiles.add(resolve(f));
}
}
} else {
throw new Error(`${file} is neither a file nor directory`);
}
}
} else { // search for files
for (const filename of Object.keys(modeByFileName)) {
const file = findUpSync(filename, cwd());
if (file) resolvedFiles.add(resolve(file));
}
}
return [resolvedFiles, explicitFiles];
}
async function loadConfig(rootDir: string): Promise<Config> {
const filenames: string[] = [];
for (const prefix of ["", ".config/"]) {
for (const ext of ["js", "ts", "mjs", "mts"]) {
filenames.push(`${prefix}updates${prefix ? "" : ".config"}.${ext}`);
}
}
let config: Config = {};
try {
({default: config} = await Promise.any(filenames.map(str => {
return import(join(rootDir, ...str.split("/")));
})));
} catch {}
return config;
}
async function main() {
for (const stream of [process.stdout, process.stderr]) {
// @ts-expect-error
stream?._handle?.setBlocking?.(true);
}
const maxSockets = 96;
const concurrency = typeof args.sockets === "number" ? args.sockets : maxSockets;
const {help, version, file: filesArg, types, update} = args;
if (help) {
stdout.write(`usage: updates [options]
Options:
-u, --update Update versions and write package file
-f, --file <path,...> File or directory to use, defaults to current directory
-i, --include <pkg,...> Include only given packages
-e, --exclude <pkg,...> Exclude given packages
-p, --prerelease [<pkg,...>] Consider prerelease versions
-R, --release [<pkg,...>] Only use release versions, may downgrade
-g, --greatest [<pkg,...>] Prefer greatest over latest version
-t, --types <type,...> Check only given dependency types
-P, --patch [<pkg,...>] Consider only up to semver-patch
-m, --minor [<pkg,...>] Consider only up to semver-minor
-d, --allow-downgrade [<pkg,...>] Allow version downgrades when using latest version
-E, --error-on-outdated Exit with code 2 when updates are available and 0 when not
-U, --error-on-unchanged Exit with code 0 when updates are available and 2 when not
-r, --registry <url> Override npm registry URL
-S, --sockets <num> Maximum number of parallel HTTP sockets opened. Default: ${maxSockets}
-M, --modes <mode,...> Which modes to enable. Either npm,pypi,go. Default: npm,pypi
-j, --json Output a JSON object
-n, --no-color Disable color output
-v, --version Print the version
-V, --verbose Print verbose output to stderr
-h, --help Print this help
Examples:
$ updates
$ updates -u
$ updates -e '@vitejs/*'
$ updates -e '/^react-(dom)?/'
$ updates -f package.json
$ updates -f pyproject.toml
`);
exit(0);
}
if (version) {
console.info(packageVersion);
exit(0);
}
// output vars
const deps: DepsByMode = {};
const maybeUrlDeps: DepsByMode = {};
const pkgStrs: Record<string, string> = {};
const filePerMode: Record<string, string> = {};
let numDependencies = 0;
const [files, explicitFiles] = resolveFiles(parseMixedArg(filesArg) as Set<string>);
for (const file of files) {
const projectDir = dirname(resolve(file));
const filename = basename(file) as keyof typeof modeByFileName;
const mode = modeByFileName[filename];
if (!enabledModes.has(mode) && !explicitFiles.has(file)) continue;
filePerMode[mode] = file;
if (!deps[mode]) deps[mode] = {};
const config = await loadConfig(projectDir);
let includeCli: string[] = [];
let excludeCli: string[] = [];
if (args.include && args.include !== true) { // cli
includeCli = (Array.isArray(args.include) ? args.include : [args.include])
.flatMap(item => commaSeparatedToArray(item));
}
if (args.exclude && args.exclude !== true) {
excludeCli = (Array.isArray(args.exclude) ? args.exclude : [args.exclude])
.flatMap(item => commaSeparatedToArray(item));
}
const include = matchersToRegexSet(includeCli, config?.include ?? []);
const exclude = matchersToRegexSet(excludeCli, config?.exclude ?? []);
const agentOpts: AgentOptions = {};
const npmrc: Npmrc = rc("npm", {registry: "https://registry.npmjs.org"}) || {};
const authTokenOpts = {npmrc, recursive: true};
if (mode === "npm") {
// TODO: support these per-scope
if (npmrc["strict-ssl"] === false) {
agentOpts.rejectUnauthorized = false;
}
for (const opt of ["cert", "ca", "key"] as const) {
const extract = (opt === "key") ? extractKey : extractCerts;
let strs: string[] = [];
if (npmrc[opt]) {