c# Dotnettency Mutlitenancy library for dotnet applications.

Branch	Build Status	Dotnettency Core Library	Middleware	Container	StructureMap
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Heavily inspired by saaskit

• Tutorial series here: http://darrelltunnell.net/tags/dotnettency/
• Various samples here: https://github.com/dazinator/Dotnettency.Samples
• More extensive sample app for a full display of all the current features or if you want to see MVC in action, checkout the MVC sample

• Tenant resolution
• Per Tenant Middleware Pipeline
• Per Tenant Containers
• Per Tenant HostingEnvironment
• Modules (Shared and Routed)

Once configured in startup.cs you can resolve the current tenant in any one of the following ways:

• Inject TTenant directly (may block whilst resolving current tenant).
• Inject Task<TTenant> - Allows you to await the current Tenant (so non blocking). Task<TTenant> is convenient.
• Inject ITenantAccessor<TTenant>. This is similar to injecting Task<Tenant> in that it provides lazy access the current tenant in a non blocking way. For convenience it's now easier to just inject Task<Tenant> instead, unless you want a more descriptive API.

The TenantShell stores additional context for a Tenant, such as it's Container and it's MiddlewarePipeline.

• Inject ITenantShellAccessor<TTenant> in order to access context for the currnet tenant, which is primarily used by:
  • Extensions (such as Middleware, or Container) - which store things for the tenant in the ITenantShellAccessor<TTenant>'s concurrent property bag.
  • Tenant Admin screens - if you need to "Restart" a tenant, then the idea is, you can resolve the ITenantShellAccessor<TTenant> and then use extension methods (provided by the dotnettency extensions such as Middleware pipeline, or Container) to allow you to control the state of the running tenant - for example to trigger rebuild of the tenant's container, or pipeline on the next request.

Notes: For details on what Per Tenant Hosting Environment does see the README on the sample.