![]() wpp.targets file we can publish/package our web project and it the contained. Now that we have added this target to the. In this case since the item already resides there I could have simplified that to be but I thought you might find that expression helpful in the case that you are compressing files which do not already exist in the _PackageTempDir folder. For the value of the output file I use the _PackageTempDir property again. The %(abc.def) syntax invokes batching, if you are not familiar with batching please see below. Take a note how I passed the files into the task using, %(_JavaScriptFiles.Identity), in this case what that does is to cause this task to be executed once per. '$(_PackageTempDir)Scripts%(RecursiveDir)%(Filename)%(Extension)')" For both sets of files the usage is pretty similar so I will only look at the first usage. Note: since the property _PackageTempDir starts with an underscore it is not guaranteed to behave (or even exist) in future versions. css files and which are going to be published. The reason that I’m doing that instead of picking up source files is because my build may be outputting other. ![]() css files inside the temporary folder where the files are written to be packaged. Notice that I am using the _PackageTempDir property to pickup. Here I use an item list for both JavaScript files as well as CSS files. Inside this target I do two things, gather the files which need to be compressed and then I compress them. Here I’ve created one target, CompressJsAndCss, and I have included AfterTargets=”CopyAllFilesToSingleFolderForPackage” which causes it to be executed after CopyAllFilesToSingleFolderForPackage. '$(_PackageTempDir)Content%(RecursiveDir)%(Filename)%(Extension)')" The project that I created to demonstrate this is called CompressBeforePublish, because of that I create a new file named to contain my changes. (To learn more about these targets take a look at the file %Program Files (x86)%.targets.) To make our target run after this target we can use the MSBuild AfterTargets attribute. The target which copies the files to that location is CopyAllFilesToSingleFolderForPackage. So what we need to do is to allow the WPP to copy all the files to that location and then after that we can compress the CSS and JavaScript that goes in that folder. If you create a file in the same directory of your project with the name is the build configuration that you are currently using for your WAP. One of those extension points, as we’ve blogged about before, is creating a. The Web Publishing Pipeline is pretty extensive so it is easy for us to hook in to it in order to perform operation such as these. exports.Today I saw a post on asking Using Microsoft AJAX Minifier with Visual Studio 2010 1-click publish. ![]() * Minimize a directory tree using the minify library. Now for the function - pulled from the AkashaCMS source /** The other thing minify doesn't do out of the box is iterate over a directory structure, and minimize everything it sees.įortunately it is straight-forward to implement a solution that solves both of these issues.įirst thing is to pull in the modules var fs = require( 'fs') For AkashaCMS, I wanted to minimize the output directory in-place. Also, it writes the minimized version to a second file rather than writing back to the same file. Out of the box minify doesn't do its job over a while directory structure. ![]() I'd been planning on using the UglifyJS module and hoping to find a module for HTML and CSS minification, and am glad to find someone had already done it. To do so it uses the UglifyJS (link is external), clean-css (link is external), and html-minifier (link is external) modules. The module minizes the size of HTML, CSS, and JavaScript files. The technique for minifying files with Node.js is pretty simple, thanks to the minify (link is external) module.
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