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ViewEngineResult result; // Check whether the view engine has a cached view that matches the name foreach (IViewEngine engine in ViewEngines.Engines) { if (engine != null) { // Final Boolean parameter indicates use-cache (if any) result = engine.FindView(controllerContext, viewName, masterName, true); if (result.View != null) ; ... } } // Check whether the view engine can produce a view that matches the name foreach (IViewEngine engine in ViewEngines.Engines) { if (engine != null) { // Final Boolean parameter indicates NOT to use the cache result = engine.FindView(controllerContext, viewName, masterName, false); if (result.View != null) ; ... } }

Cluster Continuous Replication (CCR) is a two-node clustering solution that requires no shared storage and maintains two full copies of the databases to protect against server and storage failures. The data is kept in sync by replicating the transaction logs from the active to the passive node of the cluster. The passive node then applies the transaction logs to the passive copy of the database. Standby Copy Replication (SCR) is an availability option that does not require clustering, and can provide multiple passive database copies on multiple servers. The database copies can be set to not apply logs for up to seven days so as to provide for point-in-time recovery. Activating a passive copy requires administrative intervention. SCR was first introduced in Exchange Server 2007 SP1. Single Copy Cluster is similar to traditional Exchange clustering in that it does use shared storage; however, in Exchange Server 2007 the setup process, stability, and overall management process was greatly improved. Local Continuous Replication is a single-server, data-redundancy solution that maintains two full copies of the databases to protect against local storage failures. Activation of the passive copy requires administrative intervention.

Description: Move data to the address register. Syntax: mova dest, src0 Operation:

The improvements included in Exchange Server 2010 combine many of the benefits available in Exchange Server 2007 SP1 along with a few other improvements into the DAG. The DAG is a group of up to 16 Exchange Server 2010 Mailbox servers that can each maintain up to 100 databases with a total of up to 16 copies of each database on as many different servers in the DAG. The DAG differs from Exchange Server 2007 SP1 in the following ways:

With CCR, there can be only two copies of the database within the cluster; within the DAG there can be up to 16 copies of each database. With SCR, the activation process required administrative intervention; within a DAG, failover between individual database copies can happen automatically. With SCC, a single copy of the database consumes less storage but provides no redundancy. There is no configuration in Exchange Server 2010 that replaces this functionality, although some third-party solutions may provide similar functionality. With LCR, a single-server configuration allows two copies of a database to reside on different storage connected to the same server. There is no configuration in Exchange Server 2010 that replaces this functionality.

As you can see, the view engine first gets an inquiry to see if it has a cached view with a matching name. At least with the default configuration, Spark doesn t cache views. Because the default engine always caches views, conversely, it is picked up even if you added it to the list after the Spark engine. Note The default view engine and Spark can be used at the same time, which would make the transition gradual. Ultimately, you can begin by simply changing the extension of an .aspx template file to .spark and removing the top @ directives. You can even have Spark views rendered as partial views in the Web Forms engine.

uring the development of Exchange Server 2010, a small number of people hung onto the legacy high-availability and data redundancy solutions such as

SCC, and requested that these functions be retained in the product. In the end, the benefits did not outweigh the negatives. SCC was usually deployed in situations where failover operations needed to be minimized or where companies already had a significant investment in SaN hardware. however, SCC was never promoted as a best practice by Microsoft. There are a number of reasons for the diminishing return of SCC: