Download Packages Gradle [BEST]
Celena Sessler
You can use a personal access token (classic) to authenticate to GitHub Packages or the GitHub API. When you create a personal access token (classic), you can assign the token different scopes depending on your needs. For more information about packages-related scopes for a personal access token (classic), see "About permissions for GitHub Packages."
For more information about GITHUB_TOKEN used in GitHub Actions workflows, see "Automatic token authentication." For more information about using GITHUB_TOKEN with Gradle, see "Publishing Java packages with Gradle."
You can authenticate to GitHub Packages with Gradle using either Gradle Groovy or Kotlin DSL by editing your build.gradle file (Gradle Groovy) or build.gradle.kts file (Kotlin DSL) file to include your personal access token (classic). You can also configure Gradle Groovy and Kotlin DSL to recognize a single package or multiple packages in a repository.
Maven package phase can execute multiple plugin goals that is configured up to the package phase in the lifecycle. The same thing can be achieve with gradle using tasks(and maybe creating task dependencies to integrate them in to default build)
If you only care about running unit tests and creating jar file; gradle way would be gradle build. If other actions are also concern in the maven package phase, additional gradle tasks should be added.
This guide shows you how to create a workflow that publishes Java packages to GitHub Packages and the Maven Central Repository. With a single workflow, you can publish packages to a single repository or to multiple repositories.
The groupId and artifactId fields in the MavenPublication section of the build.gradle file create a unique identifier for your package that registries use to link your package to a registry. This is similar to the groupId and artifactId fields of the Maven pom.xml file. For more information, see the "Maven Publish Plugin" in the Gradle documentation.
The build.gradle file also contains configuration for the distribution management repositories that Gradle will publish packages to. Each repository must have a name, a deployment URL, and credentials for authentication.
You can define a new Maven repository in the publishing block of your build.gradle file that points to your package repository. For example, if you were deploying to the Maven Central Repository through the OSSRH hosting project, your build.gradle could specify a repository with the name "OSSRH".
Runs the gradle/gradle-build-action action with the publish argument to publish to the OSSRH Maven repository. The MAVEN_USERNAME environment variable will be set with the contents of your OSSRH_USERNAME secret, and the MAVEN_PASSWORD environment variable will be set with the contents of your OSSRH_TOKEN secret.
You can define a new Maven repository in the publishing block of your build.gradle that points to GitHub Packages. In that repository configuration, you can also take advantage of environment variables set in your CI workflow run. You can use the GITHUB_ACTOR environment variable as a username, and you can set the GITHUB_TOKEN environment variable with your GITHUB_TOKEN secret.
The GITHUB_TOKEN secret is set to an access token for the repository each time a job in a workflow begins. You should set the permissions for this access token in the workflow file to grant read access for the contents scope and write access for the packages scope. For more information, see "Automatic token authentication."
Runs the gradle/gradle-build-action action with the publish argument to publish to GitHub Packages. The GITHUB_TOKEN environment variable will be set with the content of the GITHUB_TOKEN secret. The permissions key specifies the access that the GITHUB_TOKEN secret will allow.
Runs the gradle/gradle-build-action action with the publish argument to publish to the OSSRH Maven repository and GitHub Packages. The MAVEN_USERNAME environment variable will be set with the contents of your OSSRH_USERNAME secret, and the MAVEN_PASSWORD environment variable will be set with the contents of your OSSRH_TOKEN secret. The GITHUB_TOKEN environment variable will be set with the content of the GITHUB_TOKEN secret. The permissions key specifies the access that the GITHUB_TOKEN secret will allow.
Hey all I am new to gradle and currently trying to port my maven setup to gradle. I encounter issues using the javadocJar task and would like to ask if you can point me in the right direction?
build.gradle: Plugily Paste
project on github (uses maven): Plugily-Projects/ScoreboardLib at development (github.com)
As concrete files to be documented are specified, the JavaDoc tool should not search for packages and thus the option should be irrelevant. And even if packages were given, it seems the tool finds Java files that are in JARs on the classpath, which also does not sound correct per-se. Besides that it is imho a packaging error of that protocol support library, as they package their .java files alongside their .class files.
We know which packages of guava we are using and want to include and shade those with our jar (ie: base, collect, primitives) . In the interest of keeping the jar small we would like to globally exclude the other com.google.common packages entirely.
I want to upload an RPM and a DEB that I built with the nebula-plugins to artifactory.
The artifactory plugin fails to do it, because it messes up the filename.
So I got inspired by this answer: -an-rpm-to-artifactory-from-gradle
Here is the line 10, but not sure, what could go wrong.
Similar lines are above and it looks like they are okay (i assume by the error log)
Only difference is package @react-native/gradle-plugin/package.json
I was trying to remove java, purge gradle, remove it from anywhere and install again. Nothing helps... The most confusing is that this package was working correctly some days earlier without troubles.
In Java you do not have local environment where you can install packages, you use packages directly and they are downloaded on-demand, so install action does not make sense. For the rest see maven central.
I am not sure where your problem is. If you want to know the build/dependency tool for kotlin, it is gradle. The reason for maven support or just some basic build system in IDEs is simple. Maven is supported to make switching from java possible as a lot of Java projects are build using maven. And basic build systems in IDEs just make sense as it makes it a lot easier for people to learn programming without having to learn an entire build system as well.
Java/Kotlin get compiled into packages (JARs, WARs, etc.). The build tools, like Gradle, do dependency management. You use versions in dependencies to prevent version updates from breaking your code. When you do a build, your dependencies get downloaded into a shared repository directory (/.m2/repository by default). When you package up the build for deployment to a server, those dependencies get copied into the package, making it a stand-alone deployment.
Time to connect with Intelij IDEA, creating/importing project. IDEA slowly thinking for a minute, then - regenerates all that gradle garbage again. All the gradle files I manually deleted - are now again in the project. IDEA re-generates that gradle garbage every time I manually delete it.
Ok after asking - some people told me that I need to change setting in IDEA so it will take gradle from predefined location. I changed - and it worked, for couple of minutes, until I updated gradle.build - and suddenly it became red in IDEA, all sorts of errors (still works fine from console).
On 07/07/2017 09:56 AM, Infinite Dao wrote:
>
> Hi
>
> how to do the reverse process of (to remove completely a source
> package):
>
> Code:
> --------------------
> zypper source-install gradle
> --------------------
>
> ?
>
> It seems there is no smart procedure to it:
>
> Code:
> --------------------
> zypper remove --details --clean-deps gradle
> --------------------
Hi @jbvdm ,
If I am not mistaken, then you seem to expect that serverless will take care of building the artifacts.
This, however, is not the case (for Java). You have to build it with gradle and then run serverless deploy.
Serverless will pick up the artifacts (created by gradle) you referenced and deploys them.
So serverless will simply ignore the given include/exclude statements since you or rather gradle built the artifact.
Bintray is a management layer that software projects use to publish and promote packages to JCenter. Bintray also allowed users to create public user-specific repositories that were isolated from JCenter.
Packages that are hosted on JCenter will need to find an alternative repository to provide updates after March 31 2021. Many packages will likely migrate to Maven Central, but some packages may not migrate at all and some may only publish new versions. Abandoned projects could change their coordinates as other maintainers take over. This means the transition from JCenter to another repository will be more difficult than simply using a different repository URL.
If your build can resolve most of its dependencies from another repository, you could continue to use JCenter for the few packages that are only available there. You can prevent new packages that are only available on JCenter from being introduced into your build, by using a content filter. This prevents Gradle from looking in JCenter for all packages.
If you are publishing your plugin to Bintray, you will need to use the com.gradle.plugin-publish plugin to publish new versions of your plugin. The sooner you can do this, the better. We can help if you have questions or problems.
It is published to GitHub packages under these instructions. I had saved personal access token to environment variable on my machine, as well as my username, under GITHUB_TOKEN and GITHUB_ACTOR, respectively.
If you want a GitHub Action to get access to the Maven Repository on GitHub Packages, you need to pass appropriate value to Gradle propeires or System environment variable on the server machine, not on your local PC, as your build.gradle script below requires either of Gradle property or System environment on the runtime envrionment = the server machine where GitHubAction is running:
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