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This is the project file that will be built; it contains all the configuration options specified in the New Team Build Type Creation Wizard. This file will define values for your projects. The actual build process is imported through another file, similarly to how desktop builds are imported for managed projects. This is a response file you can use during the team build. In this file you can configure any command-line options that should be sent to msbuild.exe when building your project. By default this is empty. This is an XML file that describes which project is being built. This will drive which projects are pulled from source control. You can modify this file, but it is not recommended. This file is processed by vcbuild.exe to build your C++ projects. If you are not building C++ projects, then this file will not be present.

root()

Resize()

Returns the root node of the tree containing the argument node, or the context node if no argument is given. This will usually be a document node. If the argument is the empty sequence, returns an empty sequence. node() root() node() root(node() ) See also / at the beginning of a path.

round()

$im->Resize(geometry filter blur $im->Resize(width height filter blur => => => => => => => geometry, filter, double) integer, integer, filter, double)

Rounds the argument number to the nearest integer (though this isn t returned as an xs:integer unless the argument is an xs:integer). If the number is exactly between two integers, then it rounds up (the same as ceiling()). If the argument is an empty sequence, returns an empty sequence. numeric round(numeric ) See also floor(), ceiling(), round-half-to-even(). From XPath 1.0.

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Of these files, you are most interested in the TFSBuild.proj file; if you need to perform any customizations to the team build, then you will perform them within this file. We will discuss how to customize the team build in a bit. For now we will continue discussing how the team build actually takes place. The TFSBuild.proj file defines your team build, and it defines the build process by importing the details with the following statement: <Import Project="$(MSBuildExtensionsPath)\Microsoft\VisualStudio\ v8.0\TeamBuild\Microsoft.TeamFoundation.Build.targets" /> The Microsoft.TeamFoundation.Build.targets file describes all the steps for a public build. You can compare this file to the Microsoft.Commons.targets and Microsoft.CSharp. targets files. When you perform a team build, you have to follow several steps, as shown in Figure 5-19. Note that after the sources are retrieved from source control, they are labeled. This ensures that the same build can be reproduced at any time in the future. When you are working on enterprise applications, this is essential. After the projects are built, the associated work items are updated. The work items are work items that have been resolved since the last good build, which is a build that completes without errors and has all its test cases pass. These work items will have their FixedIn field populated with this build, if it is a good build. If the build fails, then a new work item is generated to resolve the build failure. This is one of the powerful features of VSTS and TFS; all the major tools are very tightly integrated and work well together.

round-half-to-even()

Resize an image to the size specified by width and height, or to the more flexible sizing parameters specified with the geometry parameter (see Geometry on page 277). Optionally apply a filter while doing this. The filter is one of Point, Box, Triangle, Hermite, Hanning, Hamming, Blackman, Gaussian, Quadratic, Cubic, Catrom, Mitchell, Lanczos, Bessel, or Sinc. The blur parameter can be larger than 1 for blur, and smaller than 1 for sharpening. Also see Sample(), Scale(), and Transform(). In older versions of Image::Magick (before version 5.2.3) this method was called Zoom().

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