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that you have already encountered is a form of grouping: a test suite may contain different test fixtures that may group test cases for different aspects to be tested NUnit features a number of additional attributes to support the documentation and classification of test cases and test fixtures The Description attribute allows associating a description with annotated test fixtures and test cases Category and Culture attributes can be used to associate a category and a culture string with test fixtures and test cases; in addition, to provide more information about tests, NUnit allows filtering tests to be run using the content of the attributes The ability to select the tests that must be run is important because running all tests for a system may require a significant amount of time.

To complete this exercise, you may want to restructure the code in the do_join() method. The example I used keeps all of the code together, but a more elegant solution would be one where the select-case statement in the do_join() method called helper methods for each type of join and possibly other helper methods for common operations (i.e., see the preempt_pipeline code). The code for the other forms of joins is going to be very similar to the join implemented in the example code.

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A critical aspect of dealing with PInvoke is ensuring that values are marshalled correctly between managed and native code and vice versa. A structure s memory layout doesn t depend only on the order of the fields. Compilers often introduce padding to align fields to memory addresses so that access to fields requires fewer memory operations, because CPUs load data into registers with the same strategy. Padding may speed up access to the data structure, but it introduces inefficiencies in memory usage: there may be gaps in the structures, leading to allocated but unused memory. Consider, for instance, the following C structure:

Other mechanisms to control the execution of tests are offered by the Ignore and Explicit attributes; the former can be used to disable a test fixture for a period without having to remove all the annotations, and the latter indicates that a test case or a fixture should be run only explicitly Another important area for testing nontrivial software is the life cycle of a test fixture Test cases are instance methods of a class, and with a simple experiment, you can easily find that NUnit creates an instance of the class and runs all the tests it contains To verify this, it is enough to define a counter field in the class annotated as a fixture and update its value every time a test is run; the value of the counter is consistently incremented for each test in the suite.

struct Foo { int i; char c; short s; };

Question 2. Examine the code for the check_rewind() method in the Query_tree class. Change the implementation to use temporary tables to avoid high memory usage when joining large tables.

Depending on the compiler decision, it may occupy from 8 to 12 bytes on a 32-bit architecture. The most compact version of the structure uses the first 4 bytes for i, a single byte for c, and 2 more bytes for s. If the compiler aligns fields to addresses that are multiples of 4, then the integer i occupies the first slot, 4 more bytes are allocated for c (although only one is used), and the same happens for s. Padding is a common practice in C programs; because it may affect performance and memory usage, directives instruct the compiler about padding. It s possible to have data structures with different padding strategies running within the same program.

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