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It thus is dealing with innocuoushtml and vulnerablehtml The storage server, on the other hand, sees the first Content-Length specification, and interprets it as meaning that the POST request has no body It ignores the second Content-Length specification, handles the first GET request, and treats the second GET request as the value of the Filler: header It thus is dealing with innocuoushtml and dangeroushtml When the storage server returns its response, the caching server accepts and caches the contents of innocuoushtml, and then accepts the contents of dangeroushtml but (having ignored the GET /dangeroushtml request) caches it as vulnerablehtml Thus the cache has been poisoned, and any client requesting vulnerablehtml from the cache will receive instead the contents of dangeroushtml Programmatic prevention of the attack is difficult.

All smartphone platforms covered in this book have a fairly standard implementation of text boxes. Android, Windows Mobile, and BlackBerry have a label followed by a text box to its right. iOS doesn t use a standard label, but instead employs the HTML5 placeholder attribute of the input type text element. Refer to Figure 10 16 for an example of what this might look like on iOS and Listing 10 4 for an example of using the placeholder attribute in an iOS browser control.

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Allowing only SSL communication, while it would be effective, may not be really practical, because of the elaborate superstructure SSL carries along with it Until web servers begin providing uniformly strict HTTP parsing, about all you are left with is either renewing sessions with every new request, or disabling page caching completely Unless you are building an application that proxies or caches other HTTP resources, you do not need to be too concerned about this particular vulnerability On the other hand, if you do build such systems, it is important to understand the damage that this kind of attack can bring about..

When you are designing an SMS 2003 hierarchy, you need to be aware of the network structure and its architecture. By knowing the details of the network s performance characteristics, you will be able to make intelligent decisions regarding your SMS 2003 architecture. Your decisions will affect the overall structure, performance, and reliability of your SMS 2003 hierarchy.

Listing 10 4. HTML Source Code for iOS Placeholder Text Example <form action= # > <input type="text" name=" title" placeholder= Title /> </form>

Summary

Typically, one of the first items I request is a network map. This map should contain details of the physical locations, their associated network links (both internal and external facing), and the expected client numbers at these locations. If available, network bandwidth usage graphs are useful, too. These can allow you to perform some simple analysis to determine the high-consumption times and when to avoid placing additional load on the network from SMS-based activities. When requesting network bandwidth usage graphs, I suggest that you look for the following: A graph for a day (perhaps 24 hours of a mid-week day) allows you to see spikes in utilization that may occur on a daily basis (you may be surprised at how busy your network is at night!). Inspecting your daily utilization levels will give you the most benefit in creating sender limits and schedules (senders are discussed in the SMS Site Communications section later in this chapter). A weekly graph will give you further insight into any other activities that may take place and allow you to see some trends in evening/night bandwidth use. A two-month graph will allow you to see any trends of month-end activities. By determining the available bandwidth, you can make comparisons against the loads calculated by the SMS 2003 Capacity Planner. These numbers will give you a fairly accurate estimate of the impact that you will see on the network once you are in full production.

In this chapter, we have explored the difficult problem of permitting safe execution of potentially dangerous system commands. There are two ways in which such commands could be dangerous: They could require deep root-level access to the system, or they could be resource-intensive.

As shown in Figure 10 17, Android makes use of left-justified labels and right-justified text boxes.

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