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Summarizes the peak network throughput required for transaction log replication and content indexing for each database, between datacenters for each DAG, and for the entire environment. This information only takes into account the network traffic generated by the database replication operations and does not take into account database seeding operations, Domain Controller replication, cluster heartbeat and replication, Client Access traffic, or any other application.

Summarizes the network throughput required to meet the RPO for transaction log replication and content indexing for each database, between datacenters for each DAG, and for the entire environment. This information only takes into account the network traffic generated by database seeding operations and database replication operations and does not take into account Domain Controller replication, cluster heartbeat and replication, Client Access traffic, or any other application.

The id parameter gets automatically initialized only if there s a posted value with a matching key name. Otherwise, it remains set to null and you can still retrieve any posted value using the Request object. What if the action method declares a complex type as in the following example

you chose on the Input worksheet and whether it has sufficient capacity to sustain the peak replication or the RPO replication network throughput requirements. If the chosen network link will not sustain the log replication traffic, either the network will need to be changed or the solution should be reconfigured appropriately.

link chosen on the Input worksheet does not meet the peak transaction log replication and RPO throughput requirements.

}, }, }, },

The Storage Design worksheet, shown in Figure 13-9, takes the data from the Input and Storage Requirements worksheets and provides additional information to better determine the number of physical disks needed to support the databases, transaction log files, and restore LUNs. This worksheet is broken into five subsections.

public ActionResult Insert(Customer customer) { ... }

Not only is choosing the RAID type important for developing an accurate storage design, but the parity group also plays a factor in the amount of space available, number of effective I/O per second, and the redundancy available. As shown in Figure 13-9, four tables provide inputs to tailor the configuration to accurately reflect the deployed solution:

solution. A RAID set defines how data and data parity are written to the disks. In a RAID-1/0 data is mirrored between disks. The Mailbox Server Requirement Calculator allows a one-to-one, two-to-two, or four-to-four pairing. With RAID-5 a stripe of data is written to a set of disks and then parity is calculated on a separate disk. In a RAID-5 configuration the calculator allows a ratio of 2:1, where data is striped across two disks and parity is written to the third disk. The calculator allows selection up to 20:1 where data is striped across 20 disks and then parity is calculated and stored on the 21st

disk. The higher the ratio, the fewer parity disks are used and the more usable space is available; however, each parity set can only sustain a single disk failure. With RAID-6 a stripe of data is written to a set of disks and then parity is written to two separate disks. The only option in the calculator is for six disks of data and two parity disks.

Who takes care of filling up the properties of the Customer parameter The ASP.NET MVC runtime loops through the public properties of the type specified in the controller method signature and attempts to match the names of those public properties to the key of posted values. For any match found, the corresponding property on the complex type is set.