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Some Exchange communications are stateful, meaning the application requires that the communication context be maintained with the same host until the session is completed. This is common in conversations that we have daily. If a co-worker asks what the deadline is for your project and then you walk into another co-worker s office and say Wednesday, she will likely have no idea that you were answering John s question. This is similar to how

protected override void HandleUnknownAction(string actionName) { // Your logic here to handle unknown actions ... // Fill in the view model string format = "Action <b>[{0}].[{1}]</b> is not supported."; this.ViewData["Message"] = String.Format(format, this.ControllerMoniker, actionName); // Set the status code for search engines this.Response.StatusCode = 404; // Switch to a nice user-specific view from here this.View("CustomError").ExecuteResult(this.ControllerContext); }

a stateful program works: It expects to continue communication with the same context until the conversation is completed. Other protocols are stateless, such as HTTP, where state information is lost between client requests. In the case of multiple, load-balanced hosts, affinity is a mechanism to direct subsequent calls to the host that answered the initial request. It is important to understand the different types of affinity and how they are used. The Client Access server uses a number of protocols that will need to be load balanced, including HTTP and RPC. Remember some Client Access server protocols require affinity and some do not.

The shader virtual machine implements several types of registers, each with a different purpose. During pixel processing, the hardware initializes pixel shader input registers with the per-pixel data. Pixel shader input registers then feed the data to the ALU. The pixel shader results are written to the output registers. From there, the results are handed back to the pipeline for pixel processing part 2.

Existing cookie affinity uses cookie information transmitted during typical client/server sessions. This type of affinity is only useful for protocols using HTTP and thus not an option for any RPC communication. OWA using forms-based authentication is an example of an application that does use existing or application cookies.

Using load balancer cookies is similar to using existing cookies except that the load balancer creates the cookie and does not rely on any existing cookies. As with existing cookies, this is only usable with HTTP. Additionally, the client must support the addition of the load balancer generated cookie. Exchange ActiveSync, Outlook Anywhere, and some Exchange Web Services do not support this capability. However, Outlook Web App, Exchange Control Panel, and Remote Windows PowerShell are good candidates for this type of affinity.

After you have caught the unknown action and performed any related tasks (for example, logging), you are ready to display a message to the user. Typically, you want to show both controller and action name in the message. The action name can be obtained from the argument list; the controller name must be obtained programmatically. The new MyControllerSuperClass.ControllerMoniker property does that by reading the controller name from the route data:

Source IP is perhaps the most common and widely supported type of affinity. With Source IP affinity, the load balancer records a client s IP address and the initial destination host. All subsequent traffic from that source IP will continue to go to the same destination host for a period of time. However, source IP load balancing has two main drawbacks. First, affinity breaks when clients change their IP addresses. If you have an environment where this happens frequently, such as mobile clients roaming between wireless networks, this will cause issues. Users may experience symptoms such as having to re-authenticate. Second, if you have an environment where many clients share the same source IP, such as when a device performing Network Address Translation (NAT) is used, the load will not be evenly distributed because all clients behind the NAT will be routed to the same destination IP address.

SSL session ID is generated when establishing an SSL encrypted session. The SSL session ID has a big advantage over source IP affinity: It can uniquely identify clients sharing the same source IP address. Another advantage is that there is no requirement to decrypt the SSL traffic. This is a hard requirement for using client CA because renegotiating the SSL session ID