Simple, yet effective HTTP session management and identification package.


  • Effortless session management:
    • Initialization.
    • Request authentication.
    • Retrieval of all sessions.
    • Revokation of the current session.
    • Revokation of all other sessions.
    • Revokation of all sessions.
  • Optionally identifiable sessions (IP address, OS, browser).
  • Authentication via middleware.
  • Fully customizable, but with sane defaults.
  • Lightweight.
  • Straightforward API.
  • Allows custom session stores.


go get


The first thing you will need, in order to start creating and validating your sessions, is a Manager:

store := memstore.New(time.Minute * 5)
manager := sessionup.NewManager(store)

Out-of-the-box sessionup's Manager instance comes with recommended OWASP
configuration options already set, but if you feel the need to customize the behaviour and the cookie values the Manager
will use, you can painlessly provide your own options:

manager := sessionup.NewManager(store, sessionup.Secure(false), sessionup.ExpiresIn(time.Hour * 24))

During registration, login or whenever you want to create a fresh session, you have to call the Init method and provide
a key by which the sessions will be grouped during revokation and retrieval. The key can be anything that defines the owner
of the session well: ID, email, username, etc.

func login(w http.ResponseWriter, r *http.Request) {
      userID := ...
      if err := manager.Init(w, r, userID); err != nil {
            // handle error
      // success

Public / Auth middlewares check whether the request has a cookie with a valid session ID and add the session to the request's
context. Public, contrary to Auth, does not call the Manager's rejection function (also customizable), thus allowing the wrapped
handler to execute successfully.

http.Handle("/", manager.Public(publicHandler))
http.Handle("/private", manager.Auth(privateHandler))

There's a FetchAll method, should you want to retrieve all sessions under the same key as the current context session:

func retrieveAll(w http.ResponseWriter, r *http.Request) {
      sessions, err := manager.FetchAll(r.Context())
      if err != nil {
            // handle error
      // success

When the time comes for session termination, use Revoke method:

func logout(w http.ResponseWriter, r *http.Request) {	
      if err := manager.Revoke(r.Context(), w); err != nil {
            // handle error
      // success

What if you want to revoke all sessions under the same key as the current context session? Use RevokeAll:

func revokeAll(w http.ResponseWriter, r *http.Request) {
      if err := manager.RevokeAll(r.Context(), w); err != nil {
            // handle error
      // success

... and if you want to revoke all sessions under the same key as the current context session excluding the
current context session, use RevokeOther:

func revokeOther(w http.ResponseWriter, r *http.Request) {
      if err := manager.RevokeOther(r.Context()); err != nil {
            // handle error
      // success

Sessions & Cookies

On each Init method call, a new random session ID will be generated. Since only the generated ID and no sensitive
data is being stored in the cookie, there is no need to encrypt anything. If you think that the generation functionality
lacks randomness or has other issues, pass your custom ID generation function as an option when creating a new Manager.

Store implementations

Custom stores need to implement the Store interface to be used by the Manager.


sessionup offers server-only session storing and management, since the functionality to revoke/retrieve session not in the
incoming request is not possible with cookie stores. Also, because sessionup needs to be able to retrieve the sessions by two
keys (ID and shared user key), key/value store implementations might become a bit more complex.

Flash session management is also unavailable in sessionup, chiefly because the main focus of this package is user
authentication sessions.


You can see sessionup in action by trying out the demo in cmd/example/