dependency-management

I want to use some NuGet packages inside Unity. I achieved that Unity finds the downloaded DLLs according to this article ( https://www.what-could-possibly-go-wrong.com/unity-and-nuget/ ). The nuget.config file can be configured to download the packages into the Plugins folder inside the Assets folder. The Problem is that NuGet downloads multiple versions of each DLL (eg net46, netcore50, netstandard21, so forth) and Unity doesn't like multiple DLLs with the same name. I know I could simply put the DLL inside the Plugins folder by hand, but unfortunately that is not a solution which would

As the ServiceLocatorAwareInterface will likely be removed from the AbstractController in ZF3 , dependencies should instead be passed via the constructor or via setter methods. With this in mind, consider the use case of a user or site controller with actions such as register, activate account, login, logout, etc. At a minimum, this would require a UserService and 2 forms. Add a few more related actions (remote authentication, linking of accounts, etc.) and you end up with 4 or 5 forms. Passing all these dependencies via the constructor would be messy at best, and more importantly, only 1 form

I script the set up of my build environment. (So the build process can bootstrap itself if it finds itself running on a clean image). As part of this process, certain dependencies are retrieved from public SVN repositories. The build machines sit behind a proxy, so I need to configure SVN to use the proxy. Several of the options that come immediately to mind are unpalatable for various reasons: I could edit the ~/.subversion/servers file manually, but I would far rather keep the build process as self-contained and as automated as possible. Alternatively, I could "proxy" the various public

I am trying to maintain the same repository on my filesystem for maven and gradle. But I am running into some problems. I have the following in my build.gradle file. repositories { mavenLocal() mavenCentral() } dependencies { compile group: 'org.codehaus.groovy', name: 'groovy-all', version: '2.3.9' runtime group: 'org.codehaus.groovy', name: 'groovy-all', version: '2.3.9' runtime 'org.xerial:sqlite-jdbc:3.8.7' } GRADLE_HOME is D:\Programming\Java\gradle-2.2.1 GRADLE_USER_HOME is D:\Programming\Java\.m2 My gradle home is the same as my Maven repository. But when the dependencies are downloaded

I have a project which has the apache-compress library as a compile time dependency. This library appears to use Maven and has a POM file with a dependency set up as "optional". Here is the relevant section of the POM file: <dependency> <groupId>org.tukaani</groupId> <artifactId>xz</artifactId> <version>1.5</version> <optional>true</optional> </dependency> Gradle does not seem to include this library in to my project, I'm guessing it is because of the "optional" attribute. Is there some way to tell Gradle to include this dependency without explicitly including the xz library myself? Here is my

I created the java class and converted into jar files. So, I want to use those jar files which I have placed in project level in some folder like "External Jar". So I need to write a dependency in maven that when someone imports my project they should be able to run the program. Basically you created your own jar and you want to publish this jar, so that when somebody else clone/use your project, this jar comes with (assuming that you have a maven project and dependency of your jar is included in pom.xml). To achieve this, you need to publish your jar to maven , you can follow many of the

Reading the requireJs documentation, in order to fix the Circular Dependencies, is suggested to use exports to create an empty object for the module that is available immediately for reference by other modules. I try this code but it seems to do not work. What is wrong? P.S.: read the comments for seeing the output, especially the B module inside setTimeout call. // A module define([ 'b' ], function (b) { console.log('B:', b); // B, Object var A = { boo: 1 }; return A; }); // B module define([ 'a', 'exports' ], function (a, exports) { console.log('A:', a); // A, undefined (as I was expecting)