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In general, infiltration is an attack in which an unauthorized party gains full access to the resources of a computer system (including, but not limited to, use of the CPUs, disks, and network bandwidth). In later chapters, we study how buffer overflow, command injection, and other software vulnerabilities can be used by attackers to infiltrate and own computers. In some defacement attacks, an attacker may have to infiltrate a web server to conduct the defacement. But the threat from infiltration can be quite different than that of defacement, depending on the type of web site. Consider the threat from an infiltration in which an attacker is able to write to a database running behind, say, a financial web site, but not be able to read its contents. If the attacker is able to write information to the database without reading it, the situation might not be as bad as you might think. So long as you can detect that the attacker s write took place, the situation can be mitigated. You can always restore the correct account numbers and balances from a backup database, and redo all transactions that occurred after the unauthorized writes to prevent your users from being affected. (For the purposes of this example, we assume that even if an attacker is able to write the database content, the attacker would not be able to rewrite logs. In the real world, attackers can sometimes also rewrite logs, which presents greater problems.) So, in the case of the political web site, you most importantly need to defend against an attacker who attempts to gain write capability, while in the case of a financial web site, it is most important to defend against an attacker who attempts to gain read capability.

You can also choose the config file to use for the tests by specifying the --with-pylons option on the command line. Likewise, you can also put other nosetests command-line options in the setup.cfg file if that is more convenient. Here are some examples of options you could set:

rely on passing custom events between the threads. This is still supported in Qt 4.0, but using signals and slots is much easier.

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The test.ini file is specifically for your testing configuration and (if properly configured) allows you to keep your testing and development setups completely separate. It looks like this: # # SimpleSite - Pylons testing environment configuration # # The %(here)s variable will be replaced with the parent directory of this file # [DEFAULT] debug = true # Uncomment and replace with the address which should receive any error reports #email_to = you@yourdomain.com smtp_server = localhost error_email_from = paste@localhost [server:main] use = egg:Paste#http host = 0.0.0.0 port = 5000 [app:main] use = config:development.ini # Add additional test specific configuration options as necessary. This should seem very familiar, but notice the line marked in bold in the [app:main] section. This causes the test.ini [app:main] section to use exactly the same configuration as the development.ini file s [app:main] section. Although this can save you some effort in some circumstances, it can also cause your tests to interfere with your development setup if you are not careful.

The preceding example illustrates that different types of web sites are going to have different security goals. In the case of a political web site, the integrity of the web site content is the most significant concern, while in the case of a financial web site, integrity and confidentiality of customer data are both of high importance. Military web sites have still different security sensitivities. If a military web site is defaced, it might simply be embarrassing for them. Infiltration of a military web site, in which confidential or classified data is acquired by the attacker, however, could be a threat to national security.

There are some differences between passing signals among threads and using them within a thread. When emitting signals in a single threaded application or within a single thread, the emit call calls all the connected slots directly, and the emitting code is left waiting until the slots are done. When emitting a signal to an object living in another thread, the signal is queued. This means that the emit call will return before or at the same time that the slots are activated. It is possible to use queued signals within a single thread, too. All you need to do is explicitly tell connect that you want to create a queued connection. By default, connect uses direct connections within threads and queued connections between threads. This is the most

Once nosetests has correctly parsed the testini file, it will look for available tests In doing so, it imports the tests/__init__py module, which executes this line: SetupCommand('setup-app')run([config['__file__']]) Although it looks fairly innocuous, this results in the equivalent of this command being executed: $ paster setup-app testini You ll recall from 8 that this will run the project websetuppy file s setup_app() function with the configuration from testini, but because the testini file currently uses the configuration from the [app:main] section of the developmentini file, it will be called with the same sqlalchemyurl as your development setup If your websetuppy was badly written, this could damage the data in your development database To make matters worse, the testini file doesn t come with the development.

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