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A symbolic debugger is a technological supplement to code walkthroughs and inspections. A debugger has the capacity to step through code line by line, keep track of variables values, and always interpret the code the same way the computer does. The process of stepping through a piece of code in a debugger and watching it work is enormously valuable. Walking through code in a debugger is in many respects the same process as having other programmers step through your code in a review. Neither your peers nor the debugger has the same blind spots that you do. The additional benefit with a debugger is that it s less labor-intensive then a team review. Watching your code execute under a variety of input-data sets is good assurance that you ve implemented the code you intended to. A good debugger is even a good tool for learning about your language because you can see exactly how the code executes. You can toggle back and forth between a view of your high-level language code and a view of the assembler code to see how the high-level code is translated into assembler. You can watch registers and the stack to see how arguments are passed. You can look at code your compiler has optimized to see the kinds of optimizations that are performed. None of these benefits has much to do with the debugger s intended use diagnosing errors that have already been detected but imaginative use of a debugger produces benefits far beyond its initial charter.

Configure computer names that conform to DNS standards Configure a primary DNS suffix for a computer Configure a connection-specific suffix for an adapter Configure a DNS server list for network connections Configure a DNS suffix search list for network connections Configure a DNS client to request dynamic DNS updates View and clear the DNS client cache

To configure DNS client computers in Windows Server 2003 networks, you need to perform the following tasks at a minimum:

As part of setting up the basic infrastructure for the test lab, configure CLIENT1 as a standalone computer on a separate network segment. CLIENT1 must have a modem. 1. Install Windows XP Professional, and configure the computer as a standalone computer named CLIENT1. 2. Configure the connection to the Internet segment with the IP address of 10.0.0.1 and the subnet mask of 255.255.255.0. 3. If Windows does not configure the modem automatically, start the Add Hardware Wizard, and configure the modem.

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Set a DNS computer or host name for each computer. For example, in the FQDN client1.example.microsoft.com., the DNS computer name is the leftmost label, client1. Set a primary DNS suffix for the computer. This suffix, when added to the host name, forms the full computer name. In the previous example, the primary DNS suffix is example.microsoft.com. Set a list of DNS servers for the client to use when resolving DNS names. This list includes a preferred DNS server and can also include alternate DNS servers to use if the preferred server is unavailable.

In addition, given the needs of the DNS clients you want to configure, you might also need to perform any or all of the following tasks.

Another class of test-support tools are designed to perturb a system. Many people have stories of programs that work 99 times out of 100 but fail on the hundredth run-through with the same data. The problem is nearly always a failure to initialize a variable somewhere, and it s usually hard to reproduce because 99 times out of 100 the uninitialized variable happens to be 0. This class includes tools that have a variety of capabilities: Memory filling. You want to be sure you don t have any uninitialized variables. Some tools fill memory with arbitrary values before you run your program so that uninitialized variables aren t set to 0 accidentally. In some cases, the memory may be set to a specific value. For example, on the x86 processor, the value 0xCC is the machine-language code for a breakpoint interrupt. If you fill memory with 0xCC and have an error that causes you to execute something you shouldn t, you ll hit a breakpoint in the debugger and detect the error. Memory shaking. In multi-tasking systems, some tools can rearrange memory as your program operates so that you can be sure you haven t written any code that depends on data being in absolute rather than relative locations. Selective memory failing. A memory driver can simulate low-memory conditions in which a program might be running out of memory, fail on a memory request, grant an arbitrary number of memory requests before failing, or fail on an arbitrary number of requests before granting one. This is especially useful for testing complicated programs that work with dynamically allocated memory. Memory-access checking (bounds checking). Bounds checkers watch pointer operations to make sure your pointers behave themselves. Such a tool is useful for detecting uninitialized or dangling pointers.