dependency-management

问题 I am running a big m-file that I didn't write myself and that depends on certain subfunctions. I want to know if anywhere in all nested functions a particular function (in my case the function eig.m (to calculate eigenvalues) ) is used. Is there a quick way to do this? kind regards, Koen 回答1: You can use the semi-documented function getcallinfo (see Yair Altman's blog for more information about it): getcallinfo Returns called functions and their first and last lines This function is

问题 Recently we had a version mismatch problem with a class org.apache.commons.beanutils.PropertyUtilsBean . We thought that mismatch is just between some dependency that brings commons-beanutils in versions 1.8 and 1.9.3 but after tracking and excluding each transitive dependency we were still facing an issue. It turns out that the the PropertyUtilsBean was also packed inside the commons-digester3-3.2-with-deps instead declared as dependency to commons-beanutils . Is it possible in gradle to

问题 I am installing lots of pip packages on a debootstrap 'd Debian which is understandably quite bare bones and lacks a ton of packages that you'd usually expect on a regular installation. Naturally, pip installations are failing because the OS doesn't have the libraries they depend on. Instead of individually digging for dependencies I need to install, is there a way to let pip resolve apt dependencies? 回答1: No. pip is a portable tool designed to be run on many operating systems. But on every

问题 This is my parent pom <modelVersion>4.0.0</modelVersion> <groupId>com.github.fish56</groupId> <artifactId>MavenModules</artifactId> <version>1.0-SNAPSHOT</version> <modules> <module>dao</module> </modules> <packaging>pom</packaging> <dependencies> <dependency> <groupId>junit</groupId> <artifactId>junit</artifactId> <version>4.12</version> </dependency> </dependencies> <dependencyManagement> <dependencies> <dependency> <groupId>org.projectlombok</groupId> <artifactId>lombok</artifactId>

问题 We use Ivy for dependency management. In order to guarantee stability and traceability, we fix version numbers for all dependencies in our ivy files, plus we use transitive=false to avoid dependency trees to grow uncontrolled. The second has only the disadvantage that it may require a few tests to complete the ivy file. Since we fix version numbers, we don't get updated about the existence of a later version of a package. What we don't want is to get the freshest version of a dependency at

问题 I've got a project that depends on a library that I maintain called microservices-common. The microservices-common library in turn depends on commons-codec:1.11 . However, when I attempt to use microservices-common in my project, commons-codec:1.10 ends up on my classpath, and my code fails to compile, because microservices-common is attempting to use a org.apache.commons.codec.digest.DigestUtils constructor that was added to commons-codec:1.11 , but isn't present in commons-codec:1.10 . Here

问题 I have two pairs of projects that I develop in NetBeans, both of which have a GUI project, and a library project, where the GUI project depends on the library one. In one of them, NetBeans recognizes that the dependency is local, and indicates as such with an Ma symbol, as seen below, with the dependency project in green: This provides some nice functionality, most notably that the "Navigate to" (ctrl+click) functionality from the GUI project takes me to the source code in the library project

问题 I have a complex maven project with a lot of managed dependencies, and have a little problem tracing versions of these dependencies. For example, spring libraries' version is guided by a property value {spring.version} - but I have no idea which project this property is coming from. Using mvn dependency:tree I can see the final result where all versions are resolved, but it does not go deep into detail to tell me where the winning dependency version is coming from, and why that version is a

问题 I've tested various ways to manage my project dependencies in Python so far: Installing everything global with pip (saves spaces, but sooner or later gets you in trouble) pip & venv or virtualenv (a bit of a pain to manage, but ok for many cases) pipenv & pipfile (a little bit easier than venv/virtualenv, but slow and some vendor-lock, virtual envs hide somewhere else than the actual project folder) conda as package and environment manager (great as long as the packages are all available in

问题 I need to exclude a specific dependency from springBoots bootJar gradle task (similar to the provided scope in maven). I tried a custom configuration, but the dependency-which-should-not-be-in-bootJar is still included in the resulting jar. configurations{ provided implementation.extendsFrom provided } dependencies { // ... provided "dependency-which-should-not-be-in-bootJar" } jar { from configurations.compile - configurations.provided from configurations.runtime } bootJar { from