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The server on which the Schema Master role runs must have at least Windows Server 2003 SP1 (32-bit or 64-bit) installed. You need to run Windows Server 2003 SP1 or later (32-bit or 64-bit) on global catalog servers in every Active Directory site where you plan to install Exchange Server 2010. If you still have older global catalog in your environment, it is recommended that you upgrade all your domain controllers to prevent any problems. Active Directory must be at least in Windows Server 2003 forest functionality mode. Windows Server 2008 functionality mode is supported if your Exchange organization includes Exchange 2007 and/or 2010. All domains that will include Exchange Server 2010 servers or recipients must be at least in Windows Server 2003 domain functional level. Because of the importance of the global catalog in an Exchange Server organization, you must deploy at least one global catalog in each Active Directory site that contains an Exchange 2010 server.

VS(true, true, true);

The following forest implementations are available:

Figure 3-6 shows the different forest approaches and in what forest user accounts mailboxes and Exchange servers are available.

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management effort required to administer the various types of forest. Sometimes you might make a decision regarding the kind of deployment to execute only to realize in production that it s harder to manage and perhaps even that some tools don t work in a specific configuration. The old KISS rule (keep it stupid and simple) comes to mind here, which you should always consider if you have the chance.

An Active Directory forest is a set of one or more domain trees that share common configuration and schema information. A forest is a security boundary. By default, no account from outside the forest can hold security principals to access information inside the forest. A single Active Directory forest design provides the following characteristics:

A single forest that matches the Exchange organization. (This is the most common and easiest approach.) No limitations to Exchange and Outlook functionality.

Likewise, the following approach fails also:

The multi-forest (or cross-forest) implementation consists of at least two loosely connected forests that operate independently from each other but are somewhat connected. This forest approach includes the following characteristics:

VS(false, false, false);

Includes multiple Exchange organizations, often multiple SMTP addresses. Users are part of the different forests. Can include multiple service providers that administer their own forest and do not have access on another forest. Common when one company buys another company without integrating it into the existing Active Directory forest. The forests have to share a trust relationship before data can move between the forests. This is the requirement so the forests can be connected from the Exchange perspective using, for example, linked mailboxes. This approach has quite a few limitations. For example, a user cannot easily open a mailbox from another user that is located in a different forest. Synchronization of availability information and public folder information between forests is often very complicated.

// FakeCache should be usable wherever Cache is expected, but this is impossible because // FakeCache should derive from Cache, which is sealed instead. contextBase.Expect(c => c.Cache).Return(new FakeCache());

The resource forest implementation consists of one or more account forests and an Exchange forest that includes all Exchange servers, mailboxes, and distribution lists. The account forest contains the user accounts and security groups. This forest approach includes the following characteristics: