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Other test issues Forking The <junit> task, by default, runs within Ant s JVM. There could be VM conflicts, such as static variables remaining defined, so the attribute fork="true" can be added to run in a separate JVM. The fork attribute applies to the <junit> level affecting all test cases, and it also applies to <test> and <batchtest>, overriding the fork setting of <junit>. Forking unit tests can enable the following (among others): Use a different JVM than the one used to run Ant (jvm attribute) Set timeout limitations to prevent tests from running too long (timeout attribute) Resolve conflicts with different versions of classes loaded by Ant than needed by test cases Test different instantiations of a singleton or other situations where an object may remain in memory and adversely affect clean testing Forking tests into a separate JVM presents some issues as well, because the classes needed by the formatters and the test cases themselves must be in the classpath. The nested classpath will likely need to be adjusted to account for this:

FIGURE 8-19 Examples of Key Point, Explanation, and Detail slides with the corresponding custom layouts

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Now that we have a template, let s see how we can use it to create a real-life solution. First, we develop a simple banking system that implements the core business logic. We then create two aspects that implement business rules for minimum balance and overdraft protection, and show their effect through a test program. 12.5.1 Implementing the core business logic Our banking system, shown in figure 12.1, is similar to one in chapter 10, except here we add a few new capabilities to help us illustrate business rule implementation. This system has the power to create new customers, add accounts to customers, mark certain accounts as overdraft accounts, and make transactions in the accounts. We ve also included a facility mimicking a check clearance system. The Customer class models a banking customer and is associated with a set of accounts that belong to a customer and a subset of those accounts marked as overdraft accounts. Overdraft accounts are designated to automatically transfer money to the checking account when a check clearance system detects an insufficient balance in that checking account. Listing 12.2 shows the implementation of the Customer class.

You can see that the Click event handler has been defined on these buttons and that the same function, Button_Click, is defined for each. Here is the code that handles the event:

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<class name="Comment" table="COMMENTS"> <id ... <version name="version" column="VERSION"/> ... </class>

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// get the last word. string s2 = s1.Substring(index + 1); // // // s1 set s1 to the substring starting at 0 and ending at index (the start of the last word) thus s1 has "one two three" = s1.Substring(0, index);

Standby mode. This option is useful if you have fax capabilities enabled for a modem, or if you use the Remote Desktop feature over the internet on a machine that isn t always running at full power. On portable computers, you can also use this option to allow Windows to turn off a device to save power.

store We can do all of the usual things like reading, writing, and seeking It s very useful when you re working with APIs that require you to provide a Stream, and you don t already have one handy If we use the default constructor (as in our example), we can read and write to the stream, and it will automatically grow in size as it needs to accommodate the data being written Other constructors allow us to provide a start size suitable for our purposes (if we know in advance what that might be) We can even provide a block of memory in the form of a byte[] array to use as the underlying storage for the stream In that case, we are no longer able to resize the stream, and we will get a NotSupportedException if we try to write too much data.

Note A derived table is completely virtual. It s not physically materialized, nor does the optimizer generate a separate plan for it. The outer query and the inner one are merged, and one plan is generated. You shouldn t have any special concerns regarding performance when using derived tables. Merely using derived tables neither degrades nor improves performance. Their use is more a matter of simpli cation and clarity of code. A derived table must be a valid table; therefore, it must follow several rules:

You would normally supply your own byte[] array when you already have one and need to pass it to something that wants to read from a stream We can find out the current size of the underlying block of memory (whether we allocated it explicitly, or whether it is being automatically resized) by looking at the stream s Capacity property Note that this is not the same as the maximum number of bytes we ve ever written to the stream The automatic resizing tends to overallocate to avoid the overhead of constant reallocation when writing In general, you can determine how many bytes you ve actually written to by looking at the Position in the stream at the beginning and end of your write operations, or the Length property of the MemoryStream.

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