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Graph/dependency-compatibility-mismatch

AntiPattern

Dependency Compatibility Mismatch

dependency-compatibility-mismatch

Tooling fails because introduced dependencies/plugins target incompatible runtimes or aren’t wired into the correct classloading/descriptor configuration, causing Gradle/Javac/Kotlin compilation and plugin startup to break or artifacts to resolve from the wrong repository.

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Updated6/24/2026

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30 linked nodes

MATCHESSolution

Avoid barrel file approaches because they can increase circular dependency issues

MATCHESSolution

Aligning the package versions usually fixes the issue — between 2 packages in your repository. Tension: a different version of the "zod" dependency. Outcome: either manually or by using a tool like ncu. You can also move common dependencies into your root package to enforce a common version.

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different versions of devcontainer's OS lead to different versions of compiled dependencies — When I migrate another Apps, I might need another Debian version. Tension: this would lead to the packages land in the sam. Outcome: I figured out later.

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Outcome: strict-peer-dependencies=false.

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multiple dependencies in a project require esbuild. Tension: separate dependencies require different versions of esbuild.

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Configure Bitrise to use JDK 17 (e.g., add the `set-java-version@1` step with `set_java_version: '17'` in `bitrise.yaml` before Android build steps). Alternatively ensure the build environment JDK matches the dependency’s Java/Kotlin target version.

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Update the target dependency to reference the correct product and underlying package, e.g. `.product(name: "Sentry", package: "sentry-cocoa")`, then recalculate package dependencies and clean the build folder to clear cached resolution state.

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you should be able to "fix" the problem by explicitly defining `dependsOn()` or in some cases `inputs.files()` — newer Gradle versions. Tension: the file might not be present, because another gradle task is providing it.

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Adding `determine` in the list of dependency. Tension: the environment is not resolved here. Outcome: should solve your issue.

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kotlinOptions.jvmTarget = "17" — kotlinOptions { tasks.withType(org.jetbrains.kotlin.gradle.tasks.KotlinCompile).configureEach {. Tension: Try changing. Outcome: so that the target is set for all tasks.

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Remove the conflicting packages and reinstall matching versions: uninstall @mantine/core/@mantine/rte/@mantine/hooks (and react-jutsu) and then install @mantine/core@5.10.5, @mantine/rte@5.10.5, and @mantine/hooks@5.10.5. Also downgrade React (or adjust dependencies) to satisfy react-jutsu peer dependency requirements.

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The issue was fixed in it — You can always override the dependency by specifying the version to be greater than 32.0.1. Outcome: Add the dependency in your pom.xml.

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Set `android.disableMinifyLocalDependenciesForLibraries=false` in `gradle.properties` (and ensure the project uses the correct Hilt/R8 configuration for the AGP version). Then rebuild so the required Hilt-generated classes are retained across modules.

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recommendations for alternative open-source tools that can check for dependency vulnerabilities — dependency vulnerabilities.

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Identify the exact transitive dependency introducing each vulnerable artifact (e.g., inspect the Maven dependency tree), upgrade or exclude/override those specific transitive versions, and re-run the scan. Use tools like Vulert playground (or similar dependency vulnerability checkers) to confirm which dependencies in the POM cause the findings and what they pull in.

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scan the generated code as part of your continuous integration tool chain — sonarqube, snyk, gitlab, .. Outcome: scan vulnerable dependencies (maven owasp dependency plugin, ...).

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What’s the correct way to bundle JavaFX dependencies into an executable `.jar` (or `.exe`) file — so that it runs on any system without requiring external JavaFX setup. Tension: the `.jar` fails to run independently. Outcome: Used IntelliJ’s “Build Artifacts → JAR → From modules with dependencies”.

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Kotlin `2.2.10` should be used. — In fact, this does not need to be added explicitly. Tension: even after testing different versions of the Kotlin standard library. Outcome: org.jetbrains.kotlin:kotlin-stdlib:2.2.10.

MATCHESSolution

implementation("org.jetbrains.kotlin:kotlin-stdlib-jdk8:1.9.24") — fixed dependencies block. Tension: the most recent stable version of the Kotlin libraries is 1.9.24. Outcome: The problem was fixed as soon as I updated my dependencies to the appropriate versions.

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The use of Reflection or a Kotlin Wrapper might work — classes from the library. Tension: further tests required. Outcome: making it impossible to import those classes in Java.

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Disabling the restart function didn't work for me — spring-boot-devtools which has a restart function. Tension: the restart class loader couldn't find the classes. Outcome: I simply removed devtools from Maven.

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Use a JAR-in-JAR packaging approach (e.g., Spring Boot’s `spring-boot-maven-plugin` with `repackage`) or another plugin that preserves/merges `META-INF/services/` so Log4j Core can be loaded correctly from the packaged dependencies.

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It's a bug in the gradle plugin. Outcome: https://github.com/microsoft/vscode-gradle/issues/1651.

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Upgrade to at least Gradle 8.12. — This build uses Gradle 8.11.1. Tension: Plugin net.fabricmc:fabric-loom:1.10-SNAPSHOT:20250225.144903-2 requires at least Gradle 8.12. Outcome: Downgrade plugin net.fabricmc:fabric-loom:1.10-SNAPSHOT.

MATCHESSolution

I upgraded android studio to lady bug then I upgraded android gradle plugin to the latest version 8.8.1 — adding health connect dependency in android studio. Tension: dk version, and downgrading the dependency. Outcome: I was then able to compile and run my code with the dependency.

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exclude group: 'com.google.errorprone', module: 'error_prone_annotations' — configurations.all {. Tension: To fix this, I added the following code inside the dependencies block in my build.gradle file.

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Version of java source and target that you want maven compiler plugin to support.

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Also you should not need the plugin at the end. Tension: wrong dependency artifactId lombok-maven-plugin.

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Align all Spring Boot/Spring Security/Authorization Server dependency versions (e.g., upgrade the Spring Boot plugin to the same version and remove hardcoded version overrides), and prefer using org.springframework.boot:spring-boot-starter-oauth2-authorization-server so transitive dependencies match.

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You will need to add `maven-processor-plugin` to `the pom.xml` — To ensure the generated classes are created before compilation. Tension: This plugin runs annotation processors like those required for Lombok and Hibernate JPA model generation during the generate-sources phase. Outcome: To ensure the generated classes are created before compilation.

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