Identityserver refresh token store

apologise, but, opinion, there other way the..

Identityserver refresh token store

By using our site, you acknowledge that you have read and understand our Cookie PolicyPrivacy Policyand our Terms of Service. Stack Overflow for Teams is a private, secure spot for you and your coworkers to find and share information. I'm new at IdentityServer4. That's because I'm using in-memory version of the persisted grant store.

So I need to store refresh token in a PersistedGrant table. But the question is: once I have write code for PersistedGrantStore. In Identity. I didn't find any example about it without use EntityFramework, because I don't want to use Entity Framework. The key will be to implement IPersistedGrantStore using whatever backend you like, then to tell IdentityServer to use that implementation by registering the implementation in the dependency injection system.

For example, if you call your implementation PersistedGrantStorethen you could register the implementation like this:. You can see that essentially this is all that the EntityFramework implementation doesonce you take away all the EntityFramework stuff. Later when IdentityServer wants to persist a grant, it will get your implementation and call the appropriate method.

So you don't have to do anything, other than inject your implementation into IdentityServer so it can do whats needed. I know the question is kind of old and you might have already found the problem. I think your only mistake is that you invented your own interface instead of implementing:.

Learn more. IdentityServer4 - How to store refresh token into database using mysql. Ask Question.

identityserver refresh token store

Asked 2 years, 8 months ago. Active 2 years, 2 months ago. Viewed 7k times. Therefore in my startup. Mini Dev 1 Mini Dev 1 1 1 silver badge 6 6 bronze badges.

Active Oldest Votes. For example, if you call your implementation PersistedGrantStorethen you could register the implementation like this: services. Jim Counts Jim Counts In my startup. That is an IdentityServer internal call.

You don't need to call the PersistedGrant store, just like you don't need to make the call when using the InMemory version.GitHub is home to over 50 million developers working together to host and review code, manage projects, and build software together. When I need remember the refresh token after close the browser is secure work with localStorage too? Thank you. You can put that into localStorage, sure.

But you might want your user to login each time the start the browser, no? I want to login onetime obtain an access token and refresh token both save into probable localStorage and then after close browser and again open check localstorage to use refresh token for obtain new access token without repeatedly login.

Is it correct scenario? Also, refresh tokens aren't designed for JS based clients.

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I'd suggest using a long-lived reference token for you JS based apps. You recommend don't use refresh token in SPA? What does mean with long-lived reference token? Instead of refresh token I have to redirect to login or how can I renew access token without refresh token without login? I have started to studying library: oidc-token-manager.

How does renew attribute in configuration work? Another approach is Then you write an OwinMiddleware that read the cookie and add access token in the request. On the other hand cookie is not mobile friendly. The best option is to protect against both as described here.

Store your tokens in http-only cookies and use a suitable targeted csrf defence as suggested here. And now your server will have access to the access token? What if you're using a CDN -- do you want your user's tokens exposed to a third party?

This seems to contradict the advice given by owaspGitHub is home to over 50 million developers working together to host and review code, manage projects, and build software together. Have a question about this project? Sign up for a free GitHub account to open an issue and contact its maintainers and the community. Already on GitHub? Sign in to your account. Currentl documentation says :. AbsoluteRefreshTokenLifetime Maximum lifetime of a refresh token in seconds.

This already was fixed in 2. GetLifetimeInSeconds extension method marked as internal, so just create your own extension.

How to Store JWT for Authentication

I don't see us adding this back to the 1. I'd suggest doing what Iamcerba suggested. BUT 1. And it works not like documentation says.

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So looks like this is what can surely be called a bug. So you can add remark to documentation saying " infinite AbsoluteLifeTime can be set only in 2. I am seeing a similar issue in IdentityServer 2. Just fell as well for this, in an app running ASP. NET Core 1. Just to confirm: the workaround is to override UpdateRefreshTokenAsync and just register that in my app services.

Also: Since others already feel for this and probably more willmaybe pointing this fact on the latest docs would prevent people from expecting that this works when it doesn't?

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I know there's a version selector on the docs but it's easy to forget about it. This thread has been automatically locked since there has not been any recent activity after it was closed.

Please open a new issue for related bugs. Skip to content. Dismiss Join GitHub today GitHub is home to over 50 million developers working together to host and review code, manage projects, and build software together.

Sign up. New issue. Jump to bottom. Labels question. Copy link Quote reply. So if we use this code with 1.

Sliding; client. Relevant parts of the log file New lifetime exceeds absolute lifetime, capping it to 0 This already was fixed in 2.GitHub is home to over 50 million developers working together to host and review code, manage projects, and build software together.

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identityserver refresh token store

Already on GitHub? Sign in to your account. But right now I am totally fine with in-memory storage. However, it does not look like to be the case:. But should not the refresh token be saved in the in-memory store? If there was not an in-memory store, the first 60 minutes I should not be able to refresh the token the validation should fail. But if there was an in-memory store, then the refresh token should out-live 60 minutes.

I think it should be possible. So am I missing something here?

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My startup: services. AddSigningCredential Certificate. AddInMemoryClients Config. AddTestUsers Config. GetUsers. OpenId, IdentityServerConstants.

Profile, IdentityServerConstants. I can't seem to repro this -- check your client settings related to the refresh token lifetime. Do you have any updates on this issue? No update yet. It only happens in production. The only difference I can think of is the certificate's access level. Maybe that is the problem. For now I just give a very long expiry time to the access token I don't think the cert would any anything to do with that.

I'm going to close for now since neither of us can provide a repro for it. If you can or find out more, please let us know on this thread. This thread has been automatically locked since there has not been any recent activity after it was closed.

Please open a new issue for related bugs. Skip to content. Dismiss Join GitHub today GitHub is home to over 50 million developers working together to host and review code, manage projects, and build software together.

Sign up. New issue. Jump to bottom. AddInMemoryPersistedGrants does not save the refresh token?Creating your own IdentityServer4 persistence store is very simple.

There are only a handful of interfaces to implement, each with just a few read and write methods. They are not full repository layers, nor do they dictate database type or structure. The IdentityServer4 Entity Framework library is designed to work across a multitude of different database providers.

As a result, it is not optimized for any one database provider and can suffer as a result. Despite this, Rock Solid Knowledge has customers using this library in production, with one customer having over 20 million users. So, unless you are hammering the introspection endpoint like a lunatic, then this library will most probably serve you well, despite your DBAs insistence. As of IdentityServer4 v2.

Storage library. Otherwise, they can be found in the IdentityServer4 core library. Probably the hardest store to deal with is the IClientStore.

This is due to the large size of the Client entity and its many collections.

Creating Your Own IdentityServer4 Storage Library

However, once you have settled on a schema, the client store itself is very simple, with only one method to implement: FindClientByIdAsync. A Client also has a list of allowed scopes. This interface needs to be able to use your client store of choice and load in all of the AllowedCorsOrigins to facilitate CORS origin checks.

To store identity resources and API resources, we have the resource store. This interface has more methods than any of the other stores:. This interface handles the conversion of scopes received from authorization and token requests, into their respective resource models within IdentityServer. This one size fits all store accepts serialized data that can later be retrieved by key. This key is either something that is known to client applications e.

Persisted grants can be given an expiry by IdentityServer, and it is up to you to clean up expired grants lest your database start groaning with the strain. Since keys can be something sensitive such as a refresh token value, then it should be stored in a hashed format.

identityserver refresh token store

If this is not to your liking, this is again something that can be overridden and then automatically used by the default IdentityServer stores. The storage of device flow requests is again relatively simple, but unlike the other temporary data stores, it must be searchable by two different items: a device code, and a user code. This store can again take advantage of the IPersistentGrantSerializer to simplify storage.

To register our store, there are some extensions on IIdentityServerBuilder than we can use; otherwise, we have to register them ourselves. By default, these stores are registered with the transient lifetime. ISigningCredentialStoreand IValidationKeys respectively handle the loading of a private key for signing tokens, and public keys to verify them. By default, keys are loaded in from an x cert, or from the certificate store, and then stored in-memory.

Usage of these is handled by the IdentityServer interaction service, allowing errors to be loaded in by ID, and consent response information back to IdentityServer. Device Flow IDeviceFlowStore The storage of device flow requests is again relatively simple, but unlike the other temporary data stores, it must be searchable by two different items: a device code, and a user code.

Registering your Custom Implementations To register our store, there are some extensions on IIdentityServerBuilder than we can use; otherwise, we have to register them ourselves.GitHub is home to over 50 million developers working together to host and review code, manage projects, and build software together.

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I can see in a high throughput environment where this would be advantageous. I could easily see the other side of the argument that you would want the resource server to instead cache the access token in a dictionary or similar structure using the reference token as the key but in reference token heavily implementation it may make more sense for the idp to provide this functionality.

On Could you clarify your statement a little? What do you mean by "caching is typically done on the web api before even making the network call"?

As I understand the implementation of reference tokens: It is the ability to pass a pointer to an access token as opposed to providing the JWT directly to the client which can be exchanged for an access token on the validation endpoint.

In the case of an MVC app which uses Idv3 as its idp, that likely means cookie storage. However, when that user attempts to access an API behind the MVC app whose claims include the access token in the form of a reference token, where the access token would typically be sent to the API, the reference token would be sent instead. In this decoupled scenario, unless the API s who are receiving the reference token cache the resulting access token on the first call, they would continue to retrieve an access token using the reference token on each and every call made by that user through the MVC app.

identityserver refresh token store

I am sorry for the long winded description but I wanted to ensure we are on the same page as it would seem to me that a reference token cache in this scenario would serve the same purpose as the other caches. To quote the rationale behind the cache stores from the documentation:. There are various stores to allow IdentityServer to load data from a database. This might incur unnecessary round trips to a database. Given this possibility, IdentityServer defines a caching interface so that you can implement your own caching logic.

Additionally, IdentityServer provides a default cache implementation. The client sends the reference token to the API - now the API must "look up" the reference token by sending it to the access token validation endpoint.

This lookup typically does not happen on every request - rather the client will cache the lookup outcome for some time before doing another lookup - depending how fresh the data needs to be e. Our access token validation middleware can be configured to cache the outcome for a configurable amount of time.

This lookup typically does not happen on every request - rather the client will cache the lookup outcome for some time before doing another lookup.Since access tokens have finite lifetimes, refresh tokens allow requesting new access tokens without user interaction.

Refresh tokens are supported for the following flows: authorization code, hybrid and resource owner password credential flow. The clients needs to be explicitly authorized to request refresh tokens by setting AllowOfflineAccess to true. ReUse the refresh token handle will stay the same when refreshing tokens.

OneTimeOnly the refresh token handle will be updated when refreshing tokens. Absolute the refresh token will expire on a fixed point in time specified by the AbsoluteRefreshTokenLifetime.

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Sliding when refreshing the token, the lifetime of the refresh token will be renewed by the amount specified in SlidingRefreshTokenLifetime. The lifetime will not exceed AbsoluteRefreshTokenLifetime. Public clients clients without a client secret should rotate their refresh tokens.

To get a new access token, you send the refresh token to the token endpoint. This will result in a new token response containing a new access token and its expiration and potentially also a new refresh token depending on the client configuration see above. You can use the IdentityModel client library to programmatically access the token endpoint from. NET code. For more information check the IdentityModel docs. All refresh token handling is implemented in the DefaultRefreshTokenService which is the default implementation of the IRefreshTokenService interface :.

If you want to customize certain behavior, it is more recommended to derive from the default implementation and call the base checks first. The most common customization that you probably want to do is how to deal with refresh token replays. This is for situations where the token usage has been set to one-time only, but the same token gets sent more than once.

This could either point to a replay attack of the refresh token, or to faulty client code like logic bugs or race conditions. It is important to note, that a refresh token is never deleted in the database. Once it has been used, the ConsumedTime property will be set. If a token is received that has already been consumed, the default service will call a virtual method called AcceptConsumedTokenAsync.

The default implementation will reject the request, but here you can implement custom logic like grace periods, or revoking additional refresh or access tokens.

IdentityServer4 latest. SlidingRefreshTokenLifetime Sliding lifetime of a refresh token in seconds. UpdateAccessTokenClaimsOnRefresh Gets or sets a value indicating whether the access token and its claims should be updated on a refresh token request.

Note Public clients clients without a client secret should rotate their refresh tokens. Note You can use the IdentityModel client library to programmatically access the token endpoint from. Read the Docs v: latest Versions latest 3.


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