Could Not Find Snakeyaml 2.2 Android Jar

If you see could not find snakeyaml 2.2 android jar, it usually means Gradle is trying to resolve a dependency artifact that does not exist under that exact Android coordinate, or it cannot reach the repository that contains the version you asked for. In most cases, the fix is to check the dependency declaration, verify your repositories, and confirm whether your project actually needs the plain SnakeYAML library instead of an Android-specific jar.

What the error means

This error is a dependency resolution problem, not usually a code problem. Android Studio, via Gradle, tried to download a library named something like SnakeYAML 2.2 for Android, but it could not find a matching artifact file. That can happen for a few different reasons:

• The dependency coordinates are wrong.
• The repository list does not include the place where the artifact is published.
• The artifact name in the error message is not the one that is actually published.
• The library version is incompatible with your project setup.

In plain terms, Android is not saying SnakeYAML itself is broken. It is saying, “I cannot resolve the jar I was asked to download.”

Most common causes

Before changing versions randomly, it helps to identify which kind of failure you have. The same error message can hide several different issues.

Check the dependency coordinates first

The most important thing is to verify the exact dependency declaration. In Gradle, a dependency should be written with the correct group, artifact name, and version. If the error mentions an android jar, that wording may come from a transitive dependency or a mistaken coordinate rather than an actual published artifact.

What to look for in build.gradle

Check whether you have something like this in your dependencies block:

dependencies {
    implementation "org.yaml:snakeyaml:2.2"
}

If you copied a dependency from a blog post, issue thread, or old sample, confirm that the artifact still exists and that the version is valid. A misspelled group name, extra classifier, or an outdated Android-specific notation can trigger this exact problem.

Common mistakes in the dependency line

• Using the wrong group ID.
• Adding a classifier that does not exist.
• Requesting an “android” artifact that was never published.
• Mixing Maven coordinates with a file-based jar reference.

If you are not sure whether the dependency is correct, compare it with the library’s official coordinates in a trusted repository listing. The key point is that the artifact name in Gradle must match what is actually published.

Verify repository access

Even when the coordinates are correct, Gradle still needs a repository that contains the artifact. For most Android projects, that means Maven Central, and sometimes Google’s repository for Android-specific libraries. If repository order is wrong or a repository is missing, dependency resolution can fail.

Typical Android repository setup

repositories {
    google()
    mavenCentral()
}

If your project still uses older repository blocks, check both the project-level and settings-level Gradle configuration. In newer Android builds, repositories are often managed in settings.gradle or settings.gradle.kts instead of only in module files.

Also make sure your build machine can actually reach the repository. Firewall restrictions, proxy configuration, or offline mode in Android Studio can prevent Gradle from downloading the jar.

Android compatibility checks

SnakeYAML is a Java library, but Android is not the same as a standard desktop JVM environment. That matters because Android projects have tighter runtime, packaging, and desugaring constraints.

Here is the practical distinction:

• Repository resolution problem, Gradle cannot find the artifact.
• Compatibility problem, Gradle can find the artifact, but the library may not behave well on Android at runtime or during shrinking.

For SnakeYAML 2.2, the main question is whether your app truly needs the full library and whether your Android toolchain can support the Java APIs it uses. If the build error specifically says it cannot find an Android jar, that often suggests you are looking for a packaging variant that does not exist, not that SnakeYAML 2.2 is universally unavailable.

When compatibility is the real issue

You may be dealing with compatibility rather than resolution if:

• The dependency downloads successfully, but the app crashes or fails at compile time later.
• R8 or ProGuard strips classes that the library needs.
• Your code uses YAML parsing in a place where a smaller or Android-focused parser would be safer.

In those cases, simply changing the version may not solve the underlying problem.

Fixes that usually work

Use this order of troubleshooting. It separates simple resolution failures from deeper project issues.

1. Confirm the exact dependency string. Remove any guessed Android classifier or file-based jar reference unless you know it is valid.
2. Use a standard published coordinate. For SnakeYAML, that is usually the plain Maven artifact rather than an Android-specific jar name.
3. Make sure repositories are declared correctly. At minimum, confirm mavenCentral() is available where your build expects it.
4. Sync Gradle again. A failed sync can leave Android Studio showing stale resolution errors.
5. Refresh dependencies. Try a clean build and, if needed, invalidate caches in Android Studio.
6. Inspect the dependency tree. Check whether another library is forcing a conflicting SnakeYAML version.

Example: refresh and rebuild

./gradlew clean --refresh-dependencies

This does not fix every case, but it is a useful step when a dependency was recently added, updated, or cached incorrectly.

Example: inspect dependency conflicts

./gradlew app:dependencies

This can help you see whether another library is bringing in a different SnakeYAML version or excluding the one you expect.

How to tell whether the jar is actually published

This is where many Android builds go wrong. The library name and the artifact name are not always the same thing. “SnakeYAML 2.2 Android jar” sounds like a valid download target, but that does not mean a repository actually publishes a file under that exact name.

Use this decision tree:

• If the artifact name is wrong, fix the coordinates.
• If the artifact exists but cannot be downloaded, fix repository access.
• If the artifact downloads but fails in Android, look at compatibility, R8, or replacement libraries.

That distinction saves time because the correct fix depends on whether this is a resolution issue or a library support issue.

What to do if another dependency is causing the conflict

Sometimes SnakeYAML is not the problem itself. Another library can pull in a conflicting transitive version, or an exclusion rule can remove the version you need.

Check for these situations:

• A YAML-related library depends on an older SnakeYAML version.
• A BOM or platform declaration is forcing a different version.
• An exclude rule removed the artifact unexpectedly.
• A custom resolution strategy overrides the version.

If you find a conflict, align the versions deliberately rather than letting Gradle pick one at random.

Example of a dependency exclusion to review carefully

dependencies {
    implementation("some.library:dependency:1.0") {
        exclude group: "org.yaml", module: "snakeyaml"
    }
}

This kind of exclusion can be useful, but if your app still expects SnakeYAML at runtime, it will break dependency resolution or cause later failures.

When to switch libraries

If your real requirement is “parse YAML in an Android app,” you may not need SnakeYAML 2.2 specifically. If the library creates too much friction, consider whether a different YAML parser or a lighter integration strategy makes more sense for Android.

Switching libraries is worth considering when:

• The library works on the JVM but creates repeated Android build issues.
• You only need a small subset of YAML features.
• The app is sensitive to method count, binary size, or startup cost.
• Compatibility problems remain after dependency and repository fixes.

That said, if the issue is only a missing artifact declaration, you do not need to replace the library. Fix the coordinates first before changing architecture.

Practical checklist before you change versions

• Confirm the dependency line uses the correct group, artifact, and version.
• Remove any guessed Android-specific jar classifier.
• Verify mavenCentral() or the required repository is present.
• Turn off offline mode if Android Studio is not allowed to download artifacts.
• Run a clean sync and refresh dependencies.
• Inspect the dependency tree for version conflicts.
• Check whether R8 or ProGuard needs keep rules if the build gets past resolution.

Bottom line

could not find snakeyaml 2.2 android jar usually means Gradle is looking for a dependency artifact that is misnamed, missing from your repositories, or not published in the Android-specific form you expected. Start by fixing the coordinates and repository setup, then check for version conflicts. If the artifact resolves but Android still has trouble with it, the issue has moved from dependency resolution to compatibility, and you may need a different packaging strategy or a different YAML library.

Frequently Asked Questions About could not find snakeyaml 2.2 android jar

Why does Android say it could not find snakeyaml 2.2 android jar?

Because Gradle could not resolve the exact artifact name it was asked to download. In many cases, the Android-specific jar name is not actually published, or the repository list does not include the place where the artifact lives.

Is SnakeYAML 2.2 compatible with Android?

It can depend on how your project uses it and which Android APIs and Java features are involved. Even if Gradle resolves the dependency, you still need to confirm runtime and shrinker compatibility.

Which dependency coordinates should I use for SnakeYAML in Gradle?

Use the published Maven coordinates for the library version you need, and avoid guessing an Android classifier unless you have verified that it exists. The safest approach is to copy the exact coordinates from a reliable artifact listing.

How do I fix a missing jar or artifact resolution error in Android Studio?

Check the dependency declaration, verify your repositories, refresh Gradle, and inspect the dependency tree for conflicts. If the artifact still cannot be found, the problem is likely the coordinates or repository configuration rather than Android Studio itself.

Do I need a different repository or a different SnakeYAML version?

Sometimes yes, but not always. If the version is valid and published, repository access is usually the first thing to fix. If the artifact is not published in the form you requested, you may need a different coordinate or, in some projects, a different library altogether.

What is the difference between an artifact name and a library name?

The library name is the human-friendly project name, while the artifact name is the exact file or module Gradle tries to download. Those are not always the same, and that mismatch is a common cause of resolution errors.