Stratara.Identity.EntityFrameworkCore 4.0.2

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There is a newer version of this package available.
See the version list below for details.
dotnet add package Stratara.Identity.EntityFrameworkCore --version 4.0.2
                    
NuGet\Install-Package Stratara.Identity.EntityFrameworkCore -Version 4.0.2
                    
This command is intended to be used within the Package Manager Console in Visual Studio, as it uses the NuGet module's version of Install-Package.
<PackageReference Include="Stratara.Identity.EntityFrameworkCore" Version="4.0.2" />
                    
For projects that support PackageReference, copy this XML node into the project file to reference the package.
<PackageVersion Include="Stratara.Identity.EntityFrameworkCore" Version="4.0.2" />
                    
Directory.Packages.props
<PackageReference Include="Stratara.Identity.EntityFrameworkCore" />
                    
Project file
For projects that support Central Package Management (CPM), copy this XML node into the solution Directory.Packages.props file to version the package.
paket add Stratara.Identity.EntityFrameworkCore --version 4.0.2
                    
#r "nuget: Stratara.Identity.EntityFrameworkCore, 4.0.2"
                    
#r directive can be used in F# Interactive and Polyglot Notebooks. Copy this into the interactive tool or source code of the script to reference the package.
#:package Stratara.Identity.EntityFrameworkCore@4.0.2
                    
#:package directive can be used in C# file-based apps starting in .NET 10 preview 4. Copy this into a .cs file before any lines of code to reference the package.
#addin nuget:?package=Stratara.Identity.EntityFrameworkCore&version=4.0.2
                    
Install as a Cake Addin
#tool nuget:?package=Stratara.Identity.EntityFrameworkCore&version=4.0.2
                    
Install as a Cake Tool

Stratara.Identity.EntityFrameworkCore

Derived. The behaviour described here is specified under openspec/specs/. Those specifications are the source; this page explains and illustrates them.

EF Core identity-directory plane for the Stratara stack: user↔tenant membership (many-to-many with tenant-scoped roles), active-tenant selection, and membership-backed authorization.

Contents

  • IdentityDirectoryDbContext<TContext> — standalone DbContext hosting all four directory tables (tenant_membership, active_tenant, setting_entry, api_key); derive a concrete context and own its migrations. To fold these into an existing context instead, call modelBuilder.ApplyIdentityDirectoryModel() in its OnModelCreating.
  • ModelBuilder.ApplyIdentityDirectoryModel() — adds the same tables to an existing context (for example your ASP.NET Identity context) so they share one migration lineage.
  • AddTenantMembershipStore<TContext>() — EF-backed ITenantMembershipStore: forward lookup (a user's tenants), reverse lookup (a tenant's members), upsert, GDPR sweeps per user/tenant, and membership-guarded active-tenant switching.
  • MembershipAuthorizationProvider / MembershipAuthorizationProvider<TUser> — the framework's default IAuthorizationProvider: role checks pass on tenant-scoped membership roles, the TUser variant additionally on global ASP.NET Identity roles (platform roles).
  • AddMembershipCrossTenantAuthorizer(...) — membership-backed ICrossTenantAuthorizer for strict tenant isolation, with configurable cross-tenant roles for the operator-impersonation path (platform administrators without membership in the target tenant).
  • AddPermissionCatalog(...) + AddCatalogPermissionResolver[<TUser>]() — the application's code-declared permission vocabulary with role grants, resolved from membership roles (and optionally global ASP.NET Identity roles) for [RequirePermission] enforcement and HTTP permission policies.
  • AddApiKeyStore<TContext>() — API keys and personal access tokens: stk_-prefixed 256-bit keys (hash-only storage), fail-closed validation with expiry/revocation, erasure sweeps. Machine keys are materialized as tenant memberships, so they flow through the same role/permission plane as human actors; PATs act as their bound user. ImportAsync stores a machine key the caller already holds (generated with ApiKeyFormat.CreateRawKey()) for setups where the key must exist before boot — idempotent, never mutating an already-stored key.
  • AddSettingCatalog(...) + AddSettingStore<TContext>() — scoped settings plane: code-declared SettingDefinitions, row-per-key EF storage (setting_entry), a Subject-fed ISettingProvider fallback chain (user-in-tenant → user → tenant → global → configuration → default), transparent AES-GCM encryption for IsEncrypted definitions, and per-user/per-tenant erasure sweeps.
  • AddTenantMembershipStoreFromContextFactory<TContext>(), AddApiKeyStoreFromContextFactory<TContext>(), AddSettingStoreFromContextFactory<TContext>() — the same three stores, taking a fresh context per operation from IDbContextFactory<TContext> instead of sharing the request's. See below.

One context for the request, or one per operation

The plain registrations give every directory store in a request the same context instance. A database context serves one operation at a time, so directory work issued concurrently inside one request fails on whichever operation arrives second — at the call site that lost the race, not the one that introduced the concurrency. Sharing also means a store's own commit commits whatever else the consumer has left unsaved on that context.

The …FromContextFactory variants remove both: each operation creates its own context and disposes it. In exchange, a store write no longer takes part in a transaction the consumer opened on their own scoped context. That trade is why the shared registration stays the default rather than being replaced.

They require AddDbContextFactory<TContext>(); a missing registration fails at first resolution. Keep the factory's options aligned with the scoped registration — interceptors, query filters and conventions are configured per registration, not per context type. Calling both variants for the same store leaves whichever ran first in place; they do not compose.

Dependencies

  • Microsoft.EntityFrameworkCore (+ Relational)
  • Microsoft.Extensions.Identity.Core
  • Stratara.Abstractions

Used together with Stratara.Mediator (authorizing mediator, tenant isolation) and Stratara.Identity.AspNetCore (sign-in claims bridge).

Product Compatible and additional computed target framework versions.
.NET net10.0 is compatible.  net10.0-android was computed.  net10.0-browser was computed.  net10.0-ios was computed.  net10.0-maccatalyst was computed.  net10.0-macos was computed.  net10.0-tvos was computed.  net10.0-windows was computed. 
Compatible target framework(s)
Included target framework(s) (in package)
Learn more about Target Frameworks and .NET Standard.

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Version Downloads Last Updated
4.2.0 29 9/18/2026
4.1.1 58 9/16/2026
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4.0.4 575 9/14/2026
4.0.3 111 9/3/2026
4.0.2 591 9/3/2026
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4.0.0 590 8/31/2026
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3.4.0 133 8/28/2026
3.3.0 330 8/25/2026
3.2.3 103 8/22/2026
3.2.2 728 8/14/2026
3.2.1 358 8/2/2026
3.2.0 112 7/18/2026

Two operational fixes, both found while a consumer rolled out bus-envelope signing and reasoned
about rebuilding its read models: a projection replay now survives a passing failure, and an
integrity failure says whether the signature was absent or wrong. Additive on every published
surface.

### Added

- **A projection replay retries a failing batch before it gives up.** Each batch — the read from
 the event store and the application of its entries — now runs under a new named policy,
 `ResilienceNames.ProjectionReplayBatch`: five attempts in all, exponential backoff from one second
 with jitter between them, any exception except cancellation. A read-store timeout or a
 dropped connection mid-rebuild no longer ends the replay; a failure that persists through every
 attempt ends it exactly as before, with the same failure record. A retried batch is applied
 again from its first entry in a fresh scope, which relies on the guarantee projections already
 give under at-least-once delivery: a second application converges (see *Write handlers that
 converge rather than accumulate* in the projection guide). Each failed attempt logs a new
 warning, `104_011`. `AddResiliencePipelines` registers six policies rather than five. Nothing
 about truncation, ordering, progress, the failure record or the lease changes.

### Changed

- **An integrity failure now says whether the signature was absent or wrong, and the existing
 warning and error ids fire only for a signature that is present and does not verify.** An
 unsigned envelope — what every not-yet-restarted publisher emits during a `Permissive` roll —
 was logged as *"signature mismatch"* under the same id as a key mismatch or tampering, so an
 operator could not tell a rolling restart from an attack without correlating host start times.
 Four new event ids carry the unsigned case: `105_004` (command, permissive), `111_004` (event
 bundle, permissive), `105_105` (command, strict) and `111_105` (event bundle, strict). The
 existing `105_003`, `111_003`, `105_104` and `111_104` keep their numbers and their level but
 now mean a present signature that did not verify; an alert keyed on one of them goes quiet
 during a roll instead of firing for every unsigned message. Strict-mode rejections name the
 case in their exception message. `BusEnvelopeIntegrityVerifier.Verify` gains an overload with
 `out BusEnvelopeIntegrityFailure` (`None`, `Absent`, `Invalid`); the existing overload and the
 `BusEnvelopeIntegrityResult` values are unchanged. An absent signature no longer reaches the
 signer, which already answered `false` for it.