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* Authentication credential storage (single-row table pattern).
*/
import { createHash } from "node:crypto";
import { DEFAULT_SENTRY_URL, getConfiguredSentryUrl } from "../constants.js";
import { getEnv } from "../env.js";
import { getEnvTokenHost } from "../env-token-host.js";
import { logger } from "../logger.js";
import { normalizeOrigin } from "../sentry-urls.js";
import { withDbSpan } from "../telemetry.js";
import { getDatabase } from "./index.js";
import { clearAllIssueOrgCache } from "./issue-org-cache.js";
import { clearTrustedHostState } from "./regions.js";
import { runUpsert } from "./utils.js";
/** Refresh when less than 10% of token lifetime remains */
export const REFRESH_THRESHOLD = 0.1;
/** Default token lifetime (1 hour) for tokens without issuedAt */
export const DEFAULT_TOKEN_LIFETIME_MS = 3600 * 1000;
type AuthRow = {
token: string | null;
refresh_token: string | null;
expires_at: number | null;
issued_at: number | null;
updated_at: number;
/**
* Origin URL the token was issued against (e.g., `https://sentry.io` or
* `https://sentry.example.com`). NULL for rows written before schema v16;
* lazily migrated by `migrateNullHostIfPresent` on first access.
*/
host: string | null;
};
const log = logger.withTag("auth");
/** Read the single auth row. Returns `undefined` when no row exists. */
function getAuthRow(): AuthRow | undefined {
const db = getDatabase();
return db.query("SELECT * FROM auth WHERE id = 1").get() as
| AuthRow
| undefined;
}
/**
* Lazy migration for rows created before schema v16 (NULL `host`).
*
* Uses the BOOT-TIME env snapshot (`getEnvTokenHost`), captured before the
* `.sentryclirc` shim could mutate env. Reading the current env directly
* would either default self-hosted users to SaaS (when the shim hasn't run
* yet) or migrate to a poisoned rc URL (when it has).
*
* Users whose shell env was wrong at upgrade time can recover with
* `sentry auth logout && sentry auth login`. Returns the migrated host
* (never NULL on return).
*/
function migrateNullHost(row: AuthRow): string {
const bootHost = getEnvTokenHost();
const migratedHost = normalizeOrigin(bootHost);
const host = migratedHost ?? DEFAULT_SENTRY_URL;
try {
withDbSpan("migrateAuthHost", () => {
const db = getDatabase();
db.query("UPDATE auth SET host = ? WHERE id = 1").run(host);
});
log.info(`Migrated stored credentials to host-scoped model: ${host}`);
} catch {
// Non-fatal: if the migration write fails, callers still get a
// well-formed host from this function. The migration will retry
// on the next access.
}
row.host = host;
return host;
}
/** Prefix for environment variable auth sources in {@link AuthSource} */
export const ENV_SOURCE_PREFIX = "env:";
/** Where the auth token originated */
export type AuthSource = "env:SENTRY_AUTH_TOKEN" | "env:SENTRY_TOKEN" | "oauth";
export type AuthConfig = {
token?: string;
refreshToken?: string;
expiresAt?: number;
issuedAt?: number;
source: AuthSource;
};
/**
* Read the raw token string from environment variables, ignoring all filters.
*
* Unlike {@link getEnvToken}, this always returns the env token if set, even
* when stored OAuth credentials would normally take priority. Used by the HTTP
* layer to check "was an env token provided?" independent of whether it's being
* used, and by the per-endpoint permission cache.
*/
export function getRawEnvToken(): string | undefined {
const authToken = getEnv().SENTRY_AUTH_TOKEN?.trim();
if (authToken) {
return authToken;
}
const sentryToken = getEnv().SENTRY_TOKEN?.trim();
if (sentryToken) {
return sentryToken;
}
return;
}
/**
* Read token from environment variables.
* `SENTRY_AUTH_TOKEN` takes priority over `SENTRY_TOKEN` (matches legacy sentry-cli).
* Empty or whitespace-only values are treated as unset.
*
* This function is intentionally pure (no DB access). The "prefer stored OAuth
* over env token" logic lives in {@link getAuthToken} and {@link getAuthConfig}
* which check the DB first when `SENTRY_FORCE_ENV_TOKEN` is not set.
*/
function getEnvToken(): { token: string; source: AuthSource } | undefined {
const authToken = getEnv().SENTRY_AUTH_TOKEN?.trim();
if (authToken) {
return { token: authToken, source: "env:SENTRY_AUTH_TOKEN" };
}
const sentryToken = getEnv().SENTRY_TOKEN?.trim();
if (sentryToken) {
return { token: sentryToken, source: "env:SENTRY_TOKEN" };
}
return;
}
/**
* Check if authentication is coming from an environment variable.
* Use this to skip refresh/OAuth logic that doesn't apply to env tokens.
*/
export function isEnvTokenActive(): boolean {
return getEnvToken() !== undefined;
}
/**
* Get the name of the env var providing a token, for error messages.
* Returns the specific variable name (e.g. "SENTRY_AUTH_TOKEN" or "SENTRY_TOKEN")
* by checking which env var {@link getRawEnvToken} would read.
* Falls back to "SENTRY_AUTH_TOKEN" if no env var is set.
*/
export function getActiveEnvVarName(): string {
// Match getRawEnvToken() priority: SENTRY_AUTH_TOKEN first, then SENTRY_TOKEN
if (getEnv().SENTRY_AUTH_TOKEN?.trim()) {
return "SENTRY_AUTH_TOKEN";
}
if (getEnv().SENTRY_TOKEN?.trim()) {
return "SENTRY_TOKEN";
}
return "SENTRY_AUTH_TOKEN";
}
export function getAuthConfig(): AuthConfig | undefined {
// When SENTRY_FORCE_ENV_TOKEN is set, check env first (old behavior).
// Otherwise, check the DB first — stored OAuth takes priority over env tokens.
// This is the core fix for #646: wizard-generated build tokens no longer
// silently override the user's interactive login.
const forceEnv = getEnv().SENTRY_FORCE_ENV_TOKEN?.trim();
if (forceEnv) {
const envToken = getEnvToken();
Eif (envToken) {
return { token: envToken.token, source: envToken.source };
}
}
const dbConfig = withDbSpan("getAuthConfig", () => {
const row = getAuthRow();
if (!row?.token) {
return;
}
// Skip expired tokens without a refresh token — they're unusable.
// Expired tokens WITH a refresh token are kept: auth refresh and
// refreshToken() need them to perform the OAuth refresh flow.
if (row.expires_at && Date.now() > row.expires_at && !row.refresh_token) {
return;
}
return {
token: row.token ?? undefined,
refreshToken: row.refresh_token ?? undefined,
expiresAt: row.expires_at ?? undefined,
issuedAt: row.issued_at ?? undefined,
source: "oauth" as const,
};
});
if (dbConfig) {
return dbConfig;
}
// No stored OAuth — fall back to env token
const envToken = getEnvToken();
if (envToken) {
return { token: envToken.token, source: envToken.source };
}
return;
}
/**
* Read the host the stored OAuth token is scoped to.
*
* Lazy-migrates NULL hosts (rows from before schema v16) to the currently-
* configured host on first access. Returns `undefined` when no stored token
* exists — callers should fall through to the env-token host snapshot.
*
* This function is intentionally tolerant of "no DB" errors (tests that
* bypass DB init). On DB failure, returns `undefined` and trust-scoping
* falls back to the caller's default behavior.
*/
export function getStoredAuthHost(): string | undefined {
try {
return withDbSpan("getStoredAuthHost", () => {
const row = getAuthRow();
if (!row?.token) {
return;
}
if (row.host) {
return row.host;
}
// Lazy migration for pre-v16 rows
return migrateNullHost(row);
});
} catch {
return;
}
}
/**
* Check whether a usable stored token exists in the auth row.
*
* Mirrors the "usable" criteria in `getAuthConfig`: a token is usable if it
* has a bearer value AND (no expiry, OR not expired, OR expired-with-refresh).
*
* Used by {@link getActiveTokenHost} to decide whether to prefer stored
* OAuth's host over the env-token snapshot.
*/
export function hasUsableStoredToken(): boolean {
try {
return withDbSpan("hasUsableStoredToken", () => {
const row = getAuthRow();
if (!row?.token) {
return false;
}
// Match getAuthConfig's filter: expired-no-refresh rows are unusable
Iif (row.expires_at && Date.now() > row.expires_at && !row.refresh_token) {
return false;
}
return true;
});
} catch {
return false;
}
}
/**
* Atomically check usability AND retrieve the stored host, in a single
* DB read. Used by `getActiveTokenHost` so that a concurrent
* `clearAuth()` (library mode) can't interleave between a
* `hasUsableStoredToken()` check and a `getStoredAuthHost()` read,
* producing an inconsistent "usable but undefined host" fallback.
*
* Returns `undefined` when no usable stored token exists. When present,
* returns the normalized host string (migrating pre-v16 NULL rows on
* first access, same as {@link getStoredAuthHost}).
*/
export function getUsableStoredTokenHost(): string | undefined {
try {
return withDbSpan("getUsableStoredTokenHost", () => {
const row = getAuthRow();
if (!row?.token) {
return;
}
Iif (row.expires_at && Date.now() > row.expires_at && !row.refresh_token) {
return;
}
Eif (row.host) {
return row.host;
}
return migrateNullHost(row);
});
} catch {
return;
}
}
/** Memoized token. Wrapper distinguishes "not cached" from "cached as undefined". */
let cachedAuthToken: { value: string | undefined } | undefined;
/**
* Get the active auth token.
*
* Default: checks the DB first (stored OAuth wins), then falls back to env vars.
* With `SENTRY_FORCE_ENV_TOKEN=1`: checks env vars first (old behavior).
*/
export function getAuthToken(): string | undefined {
if (cachedAuthToken !== undefined) {
return cachedAuthToken.value;
}
const value = computeAuthToken();
cachedAuthToken = { value };
return value;
}
function computeAuthToken(): string | undefined {
const forceEnv = getEnv().SENTRY_FORCE_ENV_TOKEN?.trim();
if (forceEnv) {
const envToken = getEnvToken();
Eif (envToken) {
return envToken.token;
}
}
const dbToken = withDbSpan("getAuthToken", () => {
const row = getAuthRow();
if (!row?.token) {
return;
}
if (row.expires_at && Date.now() > row.expires_at) {
return;
}
return row.token;
});
if (dbToken) {
return dbToken;
}
// No stored OAuth — fall back to env token
const envToken = getEnvToken();
if (envToken) {
return envToken.token;
}
return;
}
/** Reset the memoized auth token. Tests only — call between auth-state mutations. */
export function resetAuthTokenCache(): void {
cachedAuthToken = undefined;
}
/** Memoized result for {@link hasStoredAuthCredentials}. Same wrapper contract as {@link cachedAuthToken}. */
let cachedHasStoredCreds: { value: boolean } | undefined;
/** Memoized full auth row for {@link refreshToken}. Same wrapper contract as {@link cachedAuthToken}. */
let cachedAuthRow: { value: AuthRow | undefined } | undefined;
function getCachedAuthRow(): AuthRow | undefined {
if (cachedAuthRow !== undefined) {
return cachedAuthRow.value;
}
const row = getAuthRow();
cachedAuthRow = { value: row };
return row;
}
/** Reset the memoized auth row. Tests only — call between auth-state mutations. */
export function resetAuthRowCache(): void {
cachedAuthRow = undefined;
}
/** Reset the memoized stored-credentials flag. Tests only — call between auth-state mutations. */
export function resetHasStoredCredsCache(): void {
cachedHasStoredCreds = undefined;
}
/**
* Options for persisting a token.
*
* @property host - Origin URL the token was issued against. When omitted on
* an update (e.g., access-token refresh), the existing row's host is
* preserved. When omitted on a fresh write, defaults to the
* currently-configured host (`SENTRY_HOST`/`SENTRY_URL`) or `DEFAULT_SENTRY_URL`.
*/
export type SetAuthTokenOptions = {
host?: string;
};
export function setAuthToken(
token: string,
expiresIn?: number,
newRefreshToken?: string,
options?: SetAuthTokenOptions
): void {
withDbSpan("setAuthToken", () => {
const db = getDatabase();
const now = Date.now();
const expiresAt = expiresIn ? now + expiresIn * 1000 : null;
const issuedAt = expiresIn ? now : null;
// Host resolution precedence:
// 1. Explicit `options.host` (login command, tests)
// 2. Existing row's `host` (refresh flow preserves the original scope)
// 3. Currently-configured host (getConfiguredSentryUrl)
// 4. SaaS default
// Always normalized to scheme+host[+port] via normalizeOrigin.
const existingHost = (
db.query("SELECT host FROM auth WHERE id = 1").get() as
| { host: string | null }
| undefined
)?.host;
const rawHost =
options?.host ??
existingHost ??
getConfiguredSentryUrl() ??
DEFAULT_SENTRY_URL;
const host = normalizeOrigin(rawHost) ?? DEFAULT_SENTRY_URL;
runUpsert(
db,
"auth",
{
id: 1,
token,
refresh_token: newRefreshToken ?? null,
expires_at: expiresAt,
issued_at: issuedAt,
updated_at: now,
host,
},
["id"]
);
});
// Auth row changed — drop memoized fingerprint, token, row, and
// stored-credentials flag so the next read reflects the new row.
resetIdentityFingerprintCache();
resetAuthTokenCache();
resetAuthRowCache();
resetHasStoredCredsCache();
}
export async function clearAuth(): Promise<void> {
withDbSpan("clearAuth", () => {
const db = getDatabase();
db.query("DELETE FROM auth WHERE id = 1").run();
// Also clear user info, org region cache, pagination cursors, and the
// issue-id → org cache (scoped to the current user's permissions) when
// logging out.
db.query("DELETE FROM user_info WHERE id = 1").run();
db.query("DELETE FROM org_regions").run();
db.query("DELETE FROM pagination_cursors").run();
clearAllIssueOrgCache();
});
resetIdentityFingerprintCache();
resetAuthTokenCache();
resetAuthRowCache();
resetHasStoredCredsCache();
// Evict in-process trust extensions tied to the now-cleared identity.
clearTrustedHostState();
// Dynamic import avoids the auth→response-cache→auth cycle.
try {
const { clearResponseCache } = await import("../response-cache.js");
await clearResponseCache();
} catch {
// Non-fatal: cache directory may not exist yet
}
}
export function isAuthenticated(): boolean {
const token = getAuthToken();
return !!token;
}
/** Fingerprint returned when no token is present (logged out, no env var). */
export const ANON_IDENTITY = "<anon>";
/** Memoized fingerprint. Identity doesn't change within a single CLI run. */
let cachedFingerprint: string | undefined;
/**
* Opaque fingerprint of the active bearer identity, used to namespace
* response-cache keys so entries never leak across accounts. Mirrors
* `getAuthConfig` precedence: forced env token > stored OAuth
* (refresh_token preferred for stability across access-token rotation,
* falling through expired access-only rows) > env token > anonymous.
*
* Memoized. Reset on every mutation point (`setAuthToken`,
* `clearAuth`), so both the common case (OAuth access-token refresh
* with a stable refresh_token — fingerprint unchanged in practice)
* and the uncommon case (server-rotated refresh_token — fingerprint
* changes, cache naturally re-populates under the new identity) work
* correctly. Tests that mutate auth state between cases call
* {@link resetIdentityFingerprintCache}.
*/
export function getIdentityFingerprint(): string {
if (cachedFingerprint === undefined) {
cachedFingerprint = computeIdentityFingerprint();
}
return cachedFingerprint;
}
/** Reset the memoized fingerprint. Tests only — call between auth-state mutations. */
export function resetIdentityFingerprintCache(): void {
cachedFingerprint = undefined;
}
function computeIdentityFingerprint(): string {
// Forced env-token: matches what `refreshToken()` will actually send.
if (getEnv().SENTRY_FORCE_ENV_TOKEN?.trim()) {
const envToken = getRawEnvToken();
Eif (envToken) {
return hashIdentity("env", envToken);
}
}
const row = withDbSpan("getIdentityFingerprint", () => {
const db = getDatabase();
return db
.query("SELECT token, refresh_token, expires_at FROM auth WHERE id = 1")
.get() as
| {
token: string | null;
refresh_token: string | null;
expires_at: number | null;
}
| undefined;
});
// Prefer refresh_token: stable across access-token rotation.
if (row?.refresh_token) {
return hashIdentity("oauth", row.refresh_token);
}
// Access-only row: skip if expired (mirrors getAuthConfig).
if (row?.token && !(row.expires_at && Date.now() > row.expires_at)) {
return hashIdentity("oauth-access", row.token);
}
const envToken = getRawEnvToken();
if (envToken) {
return hashIdentity("env", envToken);
}
return ANON_IDENTITY;
}
/**
* 16-char MD5 hex of `kind|secret`. Not used for auth — just a cheap
* cache namespace. Collisions are benign (identities would share a
* cache slot, same as the anonymous case).
*/
function hashIdentity(kind: string, secret: string): string {
return createHash("md5")
.update(`${kind}|${secret}`)
.digest("hex")
.slice(0, 16);
}
/**
* Check if usable OAuth credentials are stored in the database.
*
* Returns true when the `auth` table has either:
* - A non-expired token, or
* - An expired token with a refresh token (will be refreshed on next use)
*
* Memoized within the process. Reset on {@link setAuthToken} and
* {@link clearAuth} mutations. Tests call {@link resetHasStoredCredsCache}
* between cases.
*
* Used by the login command to decide whether to prompt for re-authentication
* when an env token is present.
*/
export function hasStoredAuthCredentials(): boolean {
if (cachedHasStoredCreds !== undefined) {
return cachedHasStoredCreds.value;
}
const row = getAuthRow();
let result = false;
if (row?.token) {
// Non-expired token
if (!row.expires_at || Date.now() <= row.expires_at) {
result = true;
} else E{
// Expired but has refresh token — will be refreshed on next use
result = !!row.refresh_token;
}
}
cachedHasStoredCreds = { value: result };
return result;
}
export type RefreshTokenOptions = {
/** Bypass threshold check and always refresh */
force?: boolean;
};
export type RefreshTokenResult = {
token: string;
refreshed: boolean;
expiresAt?: number;
expiresIn?: number;
};
let refreshPromise: Promise<RefreshTokenResult> | null = null;
async function performTokenRefresh(
storedRefreshToken: string
): Promise<RefreshTokenResult> {
const { refreshAccessToken } = await import("../oauth.js");
const { AuthError } = await import("../errors.js");
try {
const tokenResponse = await refreshAccessToken(storedRefreshToken);
const now = Date.now();
const expiresAt = now + tokenResponse.expires_in * 1000;
await setAuthToken(
tokenResponse.access_token,
tokenResponse.expires_in,
tokenResponse.refresh_token ?? storedRefreshToken
);
return {
token: tokenResponse.access_token,
refreshed: true,
expiresAt,
expiresIn: tokenResponse.expires_in,
};
} catch (error) {
// Only clear auth on explicit rejection, not network errors
if (error instanceof AuthError) {
await clearAuth();
}
throw error;
}
}
/** Get a valid token, refreshing if needed. Use force=true after 401 responses. */
export async function refreshToken(
options: RefreshTokenOptions = {}
): Promise<RefreshTokenResult> {
// With SENTRY_FORCE_ENV_TOKEN, env token takes priority (no refresh needed).
const forceEnv = getEnv().SENTRY_FORCE_ENV_TOKEN?.trim();
if (forceEnv) {
const envToken = getEnvToken();
Eif (envToken) {
return { token: envToken.token, refreshed: false };
}
}
const { force = false } = options;
const { AuthError } = await import("../errors.js");
const row = getCachedAuthRow();
if (!row?.token) {
// No stored token — try env token as fallback
const envToken = getEnvToken();
if (envToken) {
return { token: envToken.token, refreshed: false };
}
throw new AuthError("not_authenticated");
}
const now = Date.now();
const expiresAt = row.expires_at;
if (!expiresAt) {
return { token: row.token, refreshed: false };
}
const issuedAt = row.issued_at ?? expiresAt - DEFAULT_TOKEN_LIFETIME_MS;
const totalLifetime = expiresAt - issuedAt;
const remainingLifetime = expiresAt - now;
const remainingRatio = remainingLifetime / totalLifetime;
const expiresIn = Math.max(0, Math.floor(remainingLifetime / 1000));
if (!force && remainingRatio > REFRESH_THRESHOLD && now < expiresAt) {
return {
token: row.token,
refreshed: false,
expiresAt,
expiresIn,
};
}
Iif (!row.refresh_token) {
await clearAuth();
// Fall back to env token if available (consistent with getAuthToken/getAuthConfig)
const envToken = getEnvToken();
if (envToken) {
return { token: envToken.token, refreshed: false };
}
throw new AuthError(
"expired",
"Session expired and no refresh token available. Run 'sentry auth login'."
);
}
Iif (refreshPromise) {
return refreshPromise;
}
refreshPromise = performTokenRefresh(row.refresh_token);
try {
return await refreshPromise;
} finally {
refreshPromise = null;
}
}
|