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ASP.NET was devised in the late 1990s at a time when many companies in various industry sectors were rapidly discovering the new media called the Internet. For companies, the Internet was a real breakthrough, making possible innovations in software infrastructure, marketing, distribution, and communications that were impractical or impossible before. A ton of old-fashioned, mainframe-based enterprise applications were redesigned around a Web-based front-end topping a bunch of .NET-based tiers. In addition, the advent of e-commerce, intranets, portals, and new publishing opportunities pushed growth in industries based specifically on the Web at an incredible pace. A fast-growing Web industry spurred rapid growth in the number of Web sites. And this was possible only with robust and reliable Web development technologies that could generate unprecedented productivity. ASP.NET was the right technology at the right time.

Name resolution (when initiating the request) Packet type (when receiving a request)

First, the name resolution will determine how to initiate the request to another computer based on which address (IPv4 or IPv6) is resolved first. When the name resolution comes back with an IPv6 address, this address is used to initiate the request. Second, packet types do not mix IP versions midstream. If the request comes in as IPv4, the response will also use IPv4, and the same is true for IPv6. As for unfulfilled requests, they should be handled before name resolution is completed and would otherwise fail after name resolution in the same way other transient network failures occur. For features that don t support IPv6, Exchange causes the request to fail so that the client initiates another request using IPv4. Thus an IPv6 request, even to the Unified Messaging role, does not cause a problem but is just ignored.

running on Windows Server 2008 or r2 requires an Ipv4 address. Exchange Server 2010 is not supported in a pure Ipv6 environment where you disable the Ipv4 protocol.

{ { { { {

The GenerateMock method returns a dynamically created object that implements the specified interface. Figure 10-5 shows what you see if you place a breakpoint right after the call to GenerateMock.

Another important aspect that should be understood when planning for Exchange 2010 is the current client load patterns namely the traffic between Outlook clients (or other mail clients) and the Exchange server. The scope of this task depends on what your current mail clients are. If most of your clients use POP3 or IMAP4 clients, the load on an Exchange server is significantly lower and you can plan for many more users on a single server. If you re using a MAPI-based client, such as Microsoft Outlook 2003 or Outlook 2007, you need to analyze which profile your average users fall into to understand the impact of the traffic to the Exchange server. You can use the information available from your monitoring system, such as Microsoft System Center Operations Manager if available. Alternatively you can use Windows Performance Monitor to collect the performance information of your clients. Consider using the following performance counters:

Messages sent/received per day Average message size Messages read per day Messages deleted per day Outlook Web Access logon and logoff per day

The actual type is ICustomerServiceProxyXxx, where Xxx is a GUID. The type exposes methods as appropriate for the interface it represents. The Expect method that follows the mock factory dynamically defines the expected return value for the method when Italy is passed as an argument:

Consider collecting the client data from each Exchange server or mail server (when coming from a non Exchange System) for at least a couple of days (at peak times, not on weekends) to have a representative aggregation of performance data. Notes from the field

o work out the current client load, my last couple of projects had Quest MessageStats in place, so I sat down with the MessageStats data and Microsoft

Excel and crunched the numbers for the last couple of quarters to come up with a profile of their typical users.

service.Expect(s => s.LoadCustomersByCountry("Italy")).Return( new List<Customer>() { new Customer() {Country = "Italy"}, new Customer() {Country = "Italy"} });

To come up with a useful client load picture for scaling the new environment, I typically make assumptions similar to the following:

0.5f, 0.1f, 0.9f, 1.0f, 1.0f,

10-hour workdays 5-day workweeks, Monday Friday Messages/day/user derived from the data are all sent during normal working hours