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Shadow redundancy does not require any sort of configuration. When multiple transport servers are deployed they will automatically negotiate the use of shadow redundancy. When multiple Hub Transport servers are deployed in each Active Directory site each e-mail message will exist in two places while in transit. Because each message exists in two locations you may consider deploying Hub Transport servers without RAID-protected disks because the in transit e-mail messages will exist on another server and not need to be recovered. It is not always advantageous to deploy transport servers without redundant storage for the message queue as shadow redundancy does not protect e-mail messages in the transport dumpster. In configurations with a multi-site DAG as well as others that consistently maintains a number of e-mail messages in the transport dumpster because of transaction log replication latency you should store the message queue on redundant storage to reduce the probability of losing transport dumpsters data. You can determine the number of items in the transport dumpster by viewing the Dumpster Item Count counter on the MSExchangeTransport Dumpster performance object using Performance Monitor or by trending this counter using a solution like Microsoft System Center Operations Manager. To reduce the likelihood of a server failure causing a loss of e-mail, the Mailbox Submission service on a DAG member first attempts to load-balance submission requests across other Hub Transport servers in the same Active Directory site. If the Hub Transport role is installed on the DAG member and it cannot submit messages to any other Hub Transport server in the site, it will fall back to the local Hub Transport server.

Another form of shadow redundancy called delayed acknowledgement is used in scenarios when a transport server receives a message from a mail server that doesn t support shadow redundancy. Rather than immediately confirming receipt of the message from the submitting service, it delays sending an acknowledgement until it has confirmed that the message has been successfully delivered. For inbound e-mail delivery with Edge or Hub Transport servers, the typical way to provide redundancy is to use an MX record for each of the e-mail servers accessible for e-mail delivery. MX records are weighted records in DNS that point to the e-mail servers responsible for receiving mail for a domain. The MX records with a lower weighting will be attempted before higher-weighted records. Records that have the same weight will be load balanced. Using MX records to provide this redundancy is part of the way SMTP was designed, so this configuration is often sufficient. In some instances where large numbers of SMTP servers are deployed, you may choose to use network load balancing to have more control over the inbound SMTP traffic, but load balancing should never be used inside the Exchange organization or against the Default Receive Connector on each Hub Transport server. Load balancing and redundancy are built in to the transport service.

routes.MapRoute( "Default", "{controller}/{action}/{id}", new { controller = "Home", action = "Index", id = "" } );

c#. Constant registers supply constants. A shader can only read a constant register. Constants are set using a definition instruction, def, or from the API using SetPixelShaderConstantx. Constant registers are not usable by texture address instructions (except for texm3x3spec, which uses a constant register to supply an eye-ray vector). r#. Temporary registers, which store intermediate results. The shader can read or write a temporary register. The pixel shader output register is r0. t#. Texture registers contain texture data for ps_1_1, ps_1_2, and ps_1_3, and texture coordinates for ps_1_4. For ps_1_1, ps_1_2, and ps_1_3, texture data is loaded into a texture register when a texture is sampled. Texture sampling uses texture coordinates to look up, or sample, a color value at the specified (u,v,w,q) coordinates while taking into account the texture sampler attributes. The texture coordinate data is interpolated from the vertex texture coordinate data and is associated with a specific tex-

The high-availability improvements in Exchange 2010 make it even easier to deploy cross-site failover solutions without a need for third-party network and storage solutions. The secondary site can be used to handle primary site outages resulting from maintenance or other, more serious failures. Even with the improvements in Exchange 2010, careful planning must be done to successfully deploy and maintain a multi-site deployment.