This article is intended to be a quick guide for getting you up and running with Artifactory. However, if you’re only here because your code doesn’t work, scroll down to the end — maybe that’s the issue?
We’ve slowly been moving over from Jitpack to Artifactory at work — it’s a more robust, polished solution for corporate environments. As a result, we’ve been changing the way our build process works which has not been without its challenges. This article is intended to be a quick guide for getting you up and running with Artifactory. However, if you’re only here because your code doesn’t work, scroll down to the end — maybe that’s the issue?
If you’re working in the software engineering field, then you’re probably building something. The final output of this something may be a binary file. For example, an Android application is packaged into an APK file. Java applications are packaged into JAR files. Similarly, Android libraries are packaged into AAR files. One can also use JAR files for the last one, however, the convention is to use AAR files since these can include layout files, as well as other resources for consuming Android applications to use.
Artifactory is considered to be the best (and, erhm, perhaps only) solution for corporate package hosting. It’s been around for a while, and the fact that it follows Apache Maven specifications (as well as others, but let’s forget about those for now) makes it easy to build your project, deploy it, and then consume somewhere else as a dependency.
Example dependency inclusion in Gradle
Let’s go over some very basic terms to get everybody on the same page. Right above you can see the dependencies block for a typical Gradle build file. The implementation directive indicates that we are going to need to download whatever (Maven) package is in quotation marks into our project. The syntax of that package is split into 3 parts: the group, the name, and version. All Maven packages follow this convention. Some other examples are androidx.test.espresso:espresso-core:3.3.0 or org.jetbrains.kotlin:kotlin-stdlib:1.4.10.
These terms translate very nicely into the Artifactory UI, as well as the configuration options you specify, so that the build script knows where to push your artifacts to. As a result, this also determines how consumers need to import your projects into their own (which string they will use after their own *implementation *call to download your project).
The name of your artifact becomes the artifactId, the group is the groupId, the version is still…the version. We need to introduce two more things, however: the context URL, and the repoKey. The context URL is the URL of your Artifactory deployment, and the repoKey is the overarching parent for all of your groups. For example, if you have libraryA, libraryB, libraryC, and all of them deal with some kind of network connectivity, you may publish all of those under the network repoKey. Visually, this is what this looks like in the Artifactory web UI:
Network repository key, with myGroupId being the group ID, and multiple libraries under it
Another way of thinking about this is if your whole organization is running on one Artifactory instance (most likely it is, the service costs lots of moolah), you firmware team may use one repository key, cloud team another, mobile apps team another.
This is all you really need to know/understand about how Artifactory works (and how it handles artifact lookup) to start integrating it into your application. Let’s do that now.
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