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Once the fog color is calculated, it needs to be blended with the vertex color to produce a final vertex color. A simple blend formula is used, as shown in the following figure.

In companies that support multiple languages or have employees in multiple countries, consideration must also be given to extended character sets, local naming customs, and the likelihood of users having similar names Some companies even choose to not have a standard naming convention; instead, aliases are based on some combination of the first, middle, and last name This would mean that Jeff Smith might be jeffs, jeffsmith, jesmith, or jeffsmi depending on which alias is available There are a couple of very good reasons to use this method One reason is that an outside user cannot assume that Jeff Smith s alias is jsmith and try to send an e-mail to jsmith@contoso com to get in touch with him This also provides a fair way to distribute aliases Choosing a database for the mailbox to reside on also requires some thought.

An RESX file is ultimately an XML file that gets compiled on the fly by the Microsoft Visual Studio designer. It originates a C# class like the one shown here:

For additional information about sizing and creating databases see 6, Mailbox Services Separating mailboxes into multiple databases is a recommended practice that provides the following benefits:.

Decreases the time to restore a database from backup because each database is smaller Reduces impact on the Exchange environment if a database goes offline because each database has fewer mailboxes Allows you to separate your users based on conditions such as mailbox size, organization divisions, or titles Allows for simpler mailbox limit and deleted item retention management when all users in the same database share the same configuration

Creating separate databases will reduce the time needed to restore because you will have more and smaller databases: The smaller the database, the quicker the restore will be This can allow an organization to return the affected users to service more quickly It will also reduce the impact on the organization if you lose a single database because it will only affect those users in the offline database instead of the entire organization All Exchange environments see a mix of users when it comes to mailbox sizes Separating mailboxes based on size, service levels, or user location into different databases is the way many organizations choose to handle mailboxes This usually makes capacity planning easier and helps to ensure that varying SLAs can be met.

namespace NorthwindCms { using System.Resources; using System.Globalization; internal class MyGlobals { private static ResourceManager resourceMan; private static CultureInfo resourceCulture; internal static ResourceManager ResourceManager { get { if (resourceMan == null) { var temp = new ResourceManager("NorthwindCms.MyGlobals", typeof(MyGlobals).Assembly); resourceMan = temp; } return resourceMan; } } internal static global::System.Globalization.CultureInfo Culture { get { return resourceCulture; } set { resourceCulture = value; } }

For example, Fabrikam has 100 mailboxes with 5-GB limits that have an SLA that only allows for 1 hour of downtime each year, whereas all of the other mailboxes have an SLA that allows for up to 4 hours of downtime a month To help meet the higher SLA, the Fabrikam IT department decided to create 10 mailbox databases, each with 3 current mailbox database copies and 1 lagged database within the DAG All of the other mailboxes are deployed with only two additional copies and are backed up using backup software This has allowed Fabrikam to provide two levels of services that require significantly different functionality Another way to approach this problem is to randomly assign the different-sized mailboxes and those with different SLAs across the available mailboxes This way fewer of the same users are affected.