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<!-- =============================================================== --> <!-- Modification Set --> <!-- =============================================================== --> <modificationset quietperiod="25"> <cvs localworkingcopy="checkout/techconf"/> </modificationset> <!-- =============================================================== --> <!-- Schedule --> <!-- =============================================================== --> <schedule interval="60" > <ant antscript="/opt/cruisecontrol/apache-ant-1.6.3/bin/ant" buildfile="build-techconf.xml" target="test" uselogger="true" usedebug="false" /> </schedule> <!-<!-<!-<log =============================================================== --> Logs --> =============================================================== --> dir="logs/techconf"> <merge dir="checkout/techconf/docs/tests/" /> </log> </project> The crucial element for CruiseControl to work with TestNG is to correctly specify the location where the TestNG-generated XML files reside, which corresponds to the value of the attribute outputDir in the TestNG Ant task. In 8 we set that value to the docs/tests directory. In the log element in Listing 9-5 we set the merge directory property to the value of the outputDir relative to the root of the cc-work-dir. Since we own the TechConf project, we can purposely introduce an error and check the CruiseControl results. In one of the TechConf methods, we can add an assertion that will fail such as Assert.assertEquals(true, false). Figure 9-8 shows the result of the build in the CruiseControl Web application. In Figure 9-8 we added the failed assertion to the method testNewsItemsCreation in the class BlogEntryTest. CruiseControl will show you the errors in the build (with a full stack trace) as well as the changes introduced in the last check-in.

Do not remove the two Microsoft Corporation entries from the Untrusted Publishers list . As the text in the Friendly Name column explains, these two entries represent certificates that were issued several years ago to an untrusted source and were signed with Microsoft s master certificate . The revocation means that a ne er-do-well can t exploit these phony certificates to install a virus or Trojan horse program that appears to have been published by Microsoft .

On the Disc Included on the book s accompanying CD is information about performing specific tweaks to the server for small firms, including:

unsafe . For numeric types, unsafe means that you could lose precision or magnitude as a result of the conversion . For example, converting from Int32 to Byte requires an explicit cast because precision might be lost from large Int32 numbers; converting from Single to Int16 requires a cast because Single can represent numbers of a larger magnitude than Int16 can . Be aware that different compilers can generate different code to handle these cast operations . For example, when casting a Single with a value of 6 .8 to an Int32, some compilers could generate code to put a 6 in the Int32, and others could perform the cast by rounding the result up to 7 . By the way, C# always truncates the result . For the exact rules that C# follows for casting primitive types, see the Conversions section in the C# language specification . In addition to casting, primitive types can be written as literals . A literal is considered to be an instance of the type itself, and therefore, you can call instance methods by using the instance as shown here:

This query generates the following output:

Note: When you redeploy a service, you will be allocated new visible IP addresses for the endpoints, which can interrupt access to the service. To reduce the possibility of the need to redeploy your service, ensure that you define all the endpoints you will require for the service, including both HTTP and HTTPS endpoint types for each one. Updating Only the Configuration of a Service If you need to edit only the configuration information for the service, and you do not need to deploy new code, you can do this using the Windows Azure Developer Portal or the Windows Azure Service Management API. You can edit the service configuration (.cscfg) file on the portal or upload a new .cscfg file through the portal. However, you must ensure that the uploaded file schema matches the existing service definition. The service will detect and apply the new configuration settings after a preset period. Redeploying a Service Without Incurring Downtime If you need to redeploy your service (typically, this occurs when you need to change the number of roles or endpoints it contains), you can change the Domain Name System (DNS) entries at your domain registrar or in your own DNS server that contains the DNS records for your service domain. This allows you to redirect requests to the new version as the DNS change propagates through the world s DNS servers. After one or two days, you can remove the original service. For example, if your service DNS name is myservice.contoso.com and you map www.contoso.com to this in your DNS, you could create a new service at newservice.contoso.com and then map www.contoso.com to it using a CNAME record. After the DNS change propagates, all requests will go to the new service and you can remove the old service.