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1. Log on to the Windows NT domain controller as an administrator. 2. Launch Computer Management from Administrative Tools. 3. Expand Local Users and Groups, and select New User. 4. Enter account information in the New User dialog box: Enter a name: <domain>\<destination user account name>. Enter a password. 5. Save changes and exit the Computer Management dialog box.

<target name="deploy-to-eiger"> <antcall target="deploy-remote-server"> <param file="deploy.eiger.properties" /> </antcall> </target>

Using NSOperationQueue can be very simple, or quite complex, depending on your needs. The minimum steps to use NSOperationQueue are as follows: 1. Create an instance of NSOperationQueue. 2. Create an instance of NSInvocationOperation (a concrete subclass of NSOperation) specifying the object and method to invoke. Or, create a subclass of NSOperation and override its -main method. 3. Send -addOperation: to the NSOperationQueue, passing the operation object created in step 2. Without doing anything else, the NSOperationQueue will create new threads and use them to execute the code in your NSOperation objects. The sample project used in 4 demonstrates how simple NSOperationQueue is to use. Using NSOperationQueue has several advantages: NSOperationQueue will automatically maintain an efficient pool of threads, creating and destroying threads for you. NSOperationQueue scales automatically based on the system resources like the number of CPU cores and will perform load balancing. Operations can be made dependent on other operations, allowing you to define complex trees of operations that must be performed in the correct order. You can limit the number of concurrent operations, or let the operation queue determine an optimal number automatically. Operations can be prioritized. By subclassing NSOperation, you have extensive control over your operation s behavior. You can also implement code that permits your operation to be prematurely canceled. See the Creating and Managing Operation Objects section in the Threading Programming Guide for more details. 2

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The most significant change is that all the targets use properties; there is no hard coding of machine names or other details in the targets. These properties have to be set in a properties file or passed in on the command line. The deployment task also needs to know the absolute directory into which FTP-uploaded files go, as seen by the web server. Usually it is a subdirectory of the account used to upload the files. The targets to deploy to the remote server are all in place. All that remains is to execute them with the appropriate properties predefined. We are going to do this, but we plan to deploy to more than one server and do not want to cut and paste targets, or invoke Ant with different command line properties. Instead, we want a single build run to be able to deploy to multiple destinations, all using the same basic targets. This means we need to be able to reuse the targets with different parameters, a bit like calling a subroutine. We need <antcall>. 7.6.1 Interlude: calling targets with <antcall> The <antcall> task is somewhat controversial: excessive use of this task usually means someone has not fully understood how Ant works. As long as you use it with restraint, it is a powerful task. The task lets you call any target in the build file, with DEPLOYMENT

This data can then be used to estimate the growth for the OnePoint database and help in planning network usage. The figures used to estimate the capacity are averages based on the use of well-tuned management packs. In addition to knowing about the formulas just given, you should know that Microsoft has released two tools that can be used to help estimate the capacity requirements for a MOM infrastructure: the MOM 2005 Sizer and System Center Capacity Planner 2006.

var products = new List<Product> { new Product { Id = 1, Name = "Red Shirt", Description = "Red" }, new Product { Id = 2, Name = "Blue Shirt", Description = "A Blue Shirt" }, new Product { Id = 3, Name = "Blue Frilly Shirt", Description = "A Frilly Blue Shirt" }, };

public ApproveAuction(Item item, User admin) { item.Approve(admin); itemDAO.MakePersistent(item); }

Several important methods let you respond to the lifecycle of your application or its individual objects. Method Object UIApplicationDelegate Summary Application has loaded. You should create initial windows and otherwise start your program. Application received a lowmemory warning. You should free up memory. Application is about to end. You should free up memory and save state. Object is being created. You should initialize it here. Object is freeing up its memory. You should release any objects that haven t been autoreleased.

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