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Let s take a look at some sample numbers using our SecureClient and UnsecureClient sample applications. Making 100 calls to the UnsecureMessageService takes 1.1 seconds, or roughly 0.01 second per call. Now let s take a look at the effects of applying only the digital signature, which increases the message size by almost 4KB (to 4091 bytes per message from 232 bytes using the unsigned request and response). Making 100 calls to the signed web service takes 9600 milliseconds, or 0.09 second per service invocation. That s an increase of 800 percent in execution time. That additional time is used for creating and sending, receiving, and validating the digital signatures. However, realize that this increase in time is not linear in nature. Adding a signature really increases the overall request/response time by a flat 0.08 second. This is because the size of the signature is fixed. If we leave the digital signatures in the request and response messages, and then also encrypt all of the request message and just the <account> field of the response message, and make 100 service invocations using this configuration, it will execute in 17,500 milliseconds, or 0.17 second per service invocation. So encrypting all of the request and only a small part of the response (the <account> field) adds 0.08 second to each call. As we mentioned earlier, your performance metrics will vary from the numbers we ve given here. These numbers are just guidelines to help you make some early, high-level design decisions about how and where to use security. As always, we highly recommend that you record your own metrics in your environment so that you are dealing with the most accurate information possible.

Click the check box to enable easing, and from the drop-down list select Simple (Slow), which is your only choice. At this point, you ve applied an ease, and the check mark next to the dropdown means the ease is active. (You can select and deselect this check mark to toggle the ease on or off.)

InitializeComponent(); } } }

If that doesn t look like easing to you, you re right. Selecting Simple (Slow) isn t enough. You need to choose a percentage for that ease, which affects its strength. Think of it as a faucet applying the ease means you ve paid the water bill, but you won t see water until you turn on the faucet.

that down, if necessary, and you ll see the reason why Simple (Slow) appeared in the X graph s easing drop-down list.

Summary

3. Finally, add a WriteableBitmap:

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6. Scrub the hot text as far right as it will go, changing the default 0 to 100. As you scrub, you ll see

a dashed line, representing the ease, begin to curve in the graph, as shown in Figure 8-12.

The challenge with securing an SOA is that most services and applications aren t stand-alone; they are already connected with or without security. The goal is to introduce SOA or serviceenable service endpoints without needing to write extensive code, incur additional maintenance costs, or leave loopholes that compromise sensitive data. Some services and applications provide their own preferred security protocol. Leveraging these in an SOA is a challenge. For example, one application s security protocol may differ from the security protocol of the application with which it is communicating. OSB is one of the simplest interoperable, easy-to-use, configuration-based products to help address security concerns at all levels. Policy-based enforcement allows access to services, and OSB can act as an intermediary and a single point of enforcement for policies that can be centrally governed. The maintenance of security policies becomes much more manageable as a result. OSB provides a configuration-driven approach that bridges multiple security protocols with minimal coding. It also provides flexible authentication for transports, including username/ password basic authentication in transport headers and certificate-based authentication. Message-level encryption can also be added, including the use of security credentials in SOAP headers. SSL or HTTP can provide encryption for confidentiality. Creating secure service-enabled processes for integration using OSB as a central security bridge makes it easy to secure new and existing services, and to manage those services on an ongoing basis.

namespace PhotoboothApp { public partial class MainPage : UserControl { CaptureSource CapSrc = new CaptureSource(); VideoBrush MyVideoBrush = new VideoBrush(); WriteableBitmap _bitmap;

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