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The task list of an action invoker includes at least the following steps:

Whether I am installing one physical server with multiple roles or installing individual roles on dedicated hardware I always begin by first installing the Client access Server role. Because the Client access server is used by every mail client, you can fully prepare the Client access server for client access before installing the Mailbox server role, thus ensuring that once the Mailbox server is online, users will be able to successfully connect to their mailboxes based on your preconfigured settings. When I prepare the Client access server, I like to do the following:

If there will be a high volume of content conversion, move the %TMp% folder to a dedicated set of drive spindles for improved performance. replace the self-signed certificate with a public certificate, typically a SaN certificate. Create the necessary DNS records to support the services to be used. Configure Exchange services for the autodiscover Service. Enable Outlook anywhere. Create a Client access array using EMS (new in Exchange 2010). Configure the hardware load balancer.

after I have fully configured and tested access and functionality of the Client access server, I install the hub Transport role. This way I can ensure that message transport is working properly. again, having this role installed and configured before the Mailbox server role will ensure that once I provision a mailbox to a user, that user will be able to successfully send and receive e-mail messages.

Getting the controller descriptor Getting the action descriptor Getting the list of action filters Checking the authorization permissions of the user Validating the request against potentially dangerous posted data Invoking the action while taking into account any registered filters Taking care of any unhandled exceptions

Available in vertex shader versions:

When I prepare the hub Transport server, I like to do the following:

Confirm that message tracking is enabled. Change the location of the Queue Database and Queue Database Transaction Logs for improved performance. If necessary, modify the organizational level send and receive message size limits. If necessary, modify the default receive connector to accept anonymous connections. If necessary, modify the default receive connector s message size limit. If necessary, create an additional receive connector for applications that require relay access. Configure remote domains. Configure accepted domains. Configure e-mail address policies. Create send connectors. If necessary, modify send connector message size limits. Configure the hardware load balancer.

These are also the tasks accomplished by the default action invoker. The default action invoker class is ControllerActionInvoker. Let s look at some more details.

Once the hub and Client access servers are in place and properly configured I can safely install the Mailbox server role, comfortable in the knowledge that my users will be able to successfully connect to their mailboxes and send and receive e-mail. When I prepare the Mailbox server, I like to do the following:

Change the file location of the default database and logs. Create additional databases. If necessary, modify mailbox database settings (storage limits, deleted item retention, and so on). If necessary, create a public Folder database. Configure the mailbox limits cache (see http://technet.microsoft.com/en-us/ library/bb684892(EXCHG.80).aspx). publish offline address books to the required distribution mechanisms (public folders and/or Exchange File Distribution on a Client access server).

Control Outlook access to Exchange based on client version. Configure any settings required to enable high availability such as joining a server to a DaG.

A controller descriptor is a class that encapsulates information that collectively describes a controller, such as its name, type, attributes, and actions. The invoker builds its own cache of descriptors using .NET reflection. The default invoker gets the descriptor for a particular controller context using the following method:

For designs that call for a distributed messaging infrastructure where Exchange Servers will exist in multiple locations I still follow the basic guideline on installation order of Client access, then hub, and then Mailbox. again, this ensures that all my services are working (even between sites) prior to provisioning a mailbox on a Mailbox server.

Available in pixel shader versions: