This ensures that; the method set when a user does not have a preference is a method that is available, that if a user has a preferred method that is not available it is changed to an enabled method with preference put on methods the user has configured, that the frontend does not show the method selection option when only one method is available.
This fixes a usage of uuid.New() which can potentially panic. Instead we use a uuid.NewRandom() which also generates a UUID V4 instead of a UUID V1. In addition all uuid.NewUUID() calls have been replaced by uuid.NewRandom().
* feat(oidc): oauth2 discovery and endpoint rename
This implements the oauth2 authorization server discovery document, adds tests to the discovery documents, implements an efficiency upgrade to these docs, and renames some endpoints to be uniform.
This implements Webauthn. Old devices can be used to authenticate via the appid compatibility layer which should be automatic. New devices will be registered via Webauthn, and devices which do not support FIDO2 will no longer be able to be registered. At this time it does not fully support multiple devices (backend does, frontend doesn't allow registration of additional devices). Does not support passwordless.
This enhances the existing time.Duration parser to allow multiple units, and implements a decode hook which can be used by koanf to decode string/integers into time.Durations as applicable.
Implements Proof Key for Code Exchange for OpenID Connect Authorization Code Flow. By default this is enabled for the public client type and requires the S256 challenge method.
Closes#2921
This unifies the methods to obtain the X-Forwarded-* header values and provides logical fallbacks. In addition, so we can ensure this functionality extends to the templated files we've converted the ServeTemplatedFile method into a function that operates as a middlewares.RequestHandler.
Fixes#2765
This adds a smart delay on reset password attempts to prevent username enumeration. Additionally utilizes crypto rand instead of math rand. It also moves the timing delay functionality into its own handler func.
Adds encryption to the U2F public keys. While the public keys cannot be used to authenticate, only to validate someone is authenticated, if a rogue operator changed these in the database they may be able to bypass 2FA. This prevents that.
This replaces the standard duo_devices upsert with a PostgreSQL specific one and ensures the u2f_devices upsert uses the new unique key for the ON CONFLICT check.
This utilizes the referrer query parameters instead of current request query parameters for logging the requested URI and method. Minor performance improvements to header peek/sets.
Allow users to configure the TOTP Algorithm and Digits. This should be used with caution as many TOTP applications do not support it. Some will also fail to notify the user that there is an issue. i.e. if the algorithm in the QR code is sha512, they continue to generate one time passwords with sha1. In addition this drastically refactors TOTP in general to be more user friendly by not forcing them to register a new device if the administrator changes the period (or algorithm).
Fixes#1226.
Allow users to select and save the preferred duo device and method, depending on availability in the duo account. A default enrollment URL is provided and adjusted if returned by the duo API. This allows auto-enrollment if enabled by the administrator.
Closes#594. Closes#1039.
This change makes it so only metadata about tokens is stored. Tokens can still be resigned due to conversion methods that convert from the JWT type to the database type. This should be more efficient and should mean we don't have to encrypt tokens or token info in the database at least for now.
This adds additional logging to the authentication logs such as type, remote IP, request method, redirect URL, and if the attempt was done during a ban. This also means we log attempts that occur when the attempt was blocked by the regulator for record keeping purposes, as well as record 2FA attempts which can be used to inform admins and later to regulate based on other factors.
Fixes#116, Fixes#1293.
This adds an AES-GCM 256bit encryption layer for storage for sensitive items. This is only TOTP secrets for the time being but this may be expanded later. This will require a configuration change as per https://www.authelia.com/docs/configuration/migration.html#4330.
Closes#682
This is a massive overhaul to the SQL Storage for Authelia. It facilitates a whole heap of utility commands to help manage the database, primary keys, ensures all database requests use a context for cancellations, and paves the way for a few other PR's which improve the database.
Fixes#1337
* refactor(handlers): lower case error messages
also refactor verifyAuth function to detect malicious activity both with session
cookie and authorization header.
* refacto(handlers): simplify error construction
* fix(handlers): check prefix in authorization header to determine auth method
* fix(handlers): determining the method should be done with headers instead of query arg
* refacto(handlers): rollback changes of verifyAuth
* don't lowercase log messages
* Apply suggestions from code review
Make sure logger errors are not lowercased.
* fix: uppercase logger errors and remove unused param
* Do not lowercase logger errors
* Remove unused param targetURL
* Rename url variable to not conflict with imported package
Co-authored-by: Amir Zarrinkafsh <nightah@me.com>
* fix: oidc issuer path and strip path middleware
This ensures the server.path requests append the base_url to the oidc well-known issuer information and adjusts server.path configuration to only strip the configured path instead of the first level entirely regardless of its content.
* fix: only log the token error and general refactoring
* refactor: factorize base_url functions
* refactor(server): include all paths in startup logging
* refactor: factorize
* refactor: GetExternalRootURL -> ExternalRootURL
Co-authored-by: James Elliott <james-d-elliott@users.noreply.github.com>
This commit replaces github.com/spf13/viper with github.com/knadh/koanf. Koanf is very similar library to viper, with less dependencies and several quality of life differences. This also allows most config options to be defined by ENV. Lastly it also enables the use of split configuration files which can be configured by setting the --config flag multiple times.
Co-authored-by: Amir Zarrinkafsh <nightah@me.com>
This is a required endpoint for OIDC and is one we missed in our initial implementation. Also adds some rudamentary documentaiton about the implemented endpoints.
* This gives admins more control over their OIDC installation exposing options that had defaults before. Things like lifespans for authorize codes, access tokens, id tokens, refresh tokens, a option to enable the debug client messages, minimum parameter entropy. It also allows admins to configure the response modes.
* Additionally this records specific values about a users session indicating when they performed a specific authz factor so this is represented in the token accurately.
* Lastly we also implemented a OIDC key manager which calculates the kid for jwk's using the SHA1 digest instead of being static, or more specifically the first 7 chars. As per https://datatracker.ietf.org/doc/html/draft-ietf-jose-json-web-key#section-8.1.1 the kid should not exceed 8 chars. While it's allowed to exceed 8 chars, it must only be done so with a compelling reason, which we do not have.
This replaces github.com/dgrijalva/jwt-go and github.com/form3tech-oss/jwt-go with github.com/golang-jwt/jwt which will be the maintained package going forward.
Co-authored-by: Amir Zarrinkafsh <nightah@me.com>
This is so levels like warn and error can be used to exclude info or warn messages. Additionally there is a reasonable refactoring of logging moving the log config options to the logging key because there are a significant number of log options now. This also decouples the expvars and pprof handlers from the log level, and they are now configured by server.enable_expvars and server.enable_pprof at any logging level.
This aligns all response status codes on the /api/verify endpoint when an error occurs, making it impossible to determine the actual reason for the failure.
