Fixing V1.9.73 GitHub Action Build Failure

Aug 8, 2025 by Viktoria Ivanova 43 views

V1.9.73 GitHub Action Build Failure: A Deep Dive into Compilation Errors

# V1.9.73 GitHub Action Build Failure: Troubleshooting Compilation Errors

Hey guys! We've got a situation on our hands – a build failure in the V1.9.73 GitHub Action, and it looks like we need to roll up our sleeves and dive into the details. This article will break down the error, what it means, and how we can potentially fix it. We'll focus on making this super clear and helpful, so you can tackle similar issues in the future. Let's get started!

## Understanding the Build Failure

The **build failure** stems from a compilation error, specifically within the `:coinbase_mobile-wallet-protocol-host:compileDebugKotlin` task. This means the Kotlin code for the Coinbase mobile wallet protocol host module isn't compiling correctly. The error message `Compilation error. See log for more details` indicates a deeper problem that requires closer inspection of the logs. Let's break down the key parts of the error message:

FAILURE: Build failed with an exception.

What went wrong: Execution failed for task ':coinbase_mobile-wallet-protocol-host:compileDebugKotlin'.

A failure occurred while executing org.jetbrains.kotlin.compilerRunner.GradleCompilerRunnerWithWorkers$GradleKotlinCompilerWorkAction Compilation error. See log for more details


This snippet tells us the **root cause**: a compilation error during the execution of the Kotlin compiler. The `GradleKotlinCompilerWorkAction` is the specific action that failed, pointing to an issue with the Kotlin compilation process itself. We need to dig deeper into the logs to uncover the precise reason for this failure. Understanding the **execution flow** is crucial here. Gradle tasks are executed in a specific order, and this failure indicates a problem in one of the core steps of building the application.

### Diving Deeper into the Exception

The stack trace provides a detailed path of the error, showing how the exception propagated through the build process. Examining this trace can help pinpoint the exact location in the code or build configuration where the error originated. This can be daunting at first, but breaking it down step-by-step makes it manageable. Here's a snippet of the stack trace:

org.gradle.api.tasks.TaskExecutionException: Execution failed for task ':coinbase_mobile-wallet-protocol-host:compileDebugKotlin'. at org.gradle.api.internal.tasks.execution.ExecuteActionsTaskExecuter.lambda$executeIfValid $1(ExecuteActionsTaskExecuter.java:148) at org.gradle.internal.Try$ Failure.ifSuccessfulOrElse(Try.java:282) at org.gradle.api.internal.tasks.execution.ExecuteActionsTaskExecuter.executeIfValid(ExecuteActionsTaskExecuter.java:146)


The `TaskExecutionException` is the top-level exception, indicating that a task failed during execution. The subsequent lines in the stack trace show the chain of method calls that led to this exception. This information is invaluable for tracing the error back to its source. Understanding the **Gradle task execution model** is key to interpreting these stack traces effectively. Each line represents a step in the execution process, and identifying the failing step is the first step to resolution.

### Identifying the Compilation Error

The most crucial part of the error message is the `Caused by` section, which reveals the underlying exception that triggered the build failure. In this case, it's a `CompilationErrorException`:

Caused by: org.jetbrains.kotlin.gradle.tasks.CompilationErrorException: Compilation error. See log for more details at org.jetbrains.kotlin.gradle.tasks.TasksUtilsKt.throwExceptionIfCompilationFailed(tasksUtils.kt:20) at org.jetbrains.kotlin.compilerRunner.GradleKotlinCompilerWork.run(GradleKotlinCompilerWork.kt:141)


This confirms that the issue is indeed a compilation error within the Kotlin code. The message `See log for more details` is a call to action – we need to examine the detailed logs to understand the specific compilation errors. Analyzing the **compiler output** is critical for identifying syntax errors, unresolved references, and other compilation issues. These logs often contain line numbers and specific error messages that pinpoint the exact location of the problem in the code.

## Unresolved References: A Common Culprit

Looking at the provided logs, a recurring error is `Unresolved reference: BuildConfig`. This error indicates that the `BuildConfig` class, which is automatically generated by the Android build system, is not accessible during compilation. This can occur due to various reasons, such as incorrect Gradle configurations, missing dependencies, or issues with the build environment.

e: file:///home/runner/work/rainbow-1.9.73/rainbow-1.9.73/node_modules/@coinbase/mobile-wallet-protocol-host/android/src/main/java/com/coinbase/mobilewalletprotocolhost/MobileWalletProtocolHostModule.kt:32:25 Unresolved reference: BuildConfig


This specific error message pinpoints the exact file and line number where the `BuildConfig` reference is unresolved. This level of detail is incredibly helpful for debugging. **Unresolved reference errors** are common in software development, and understanding how to diagnose and resolve them is a valuable skill. In this case, the `BuildConfig` class is a key part of the Android build process, and its absence suggests a deeper configuration issue.

### The Impact on Expo Modules Core

The `Unresolved reference: BuildConfig` error isn't limited to the `coinbase_mobile-wallet-protocol-host` module. It also appears in the `expo-modules-core` module, suggesting a systemic issue rather than a localized problem.

e: file:///home/runner/work/rainbow-1.9.73/rainbow-1.9.73/node_modules/expo-modules-core/android/src/main/java/expo/modules/core/logging/Logger.kt:4:21 Unresolved reference: BuildConfig


This broader impact indicates that the root cause likely affects multiple modules within the project. This is a crucial observation because it narrows down the scope of the problem. Instead of focusing on individual modules, we need to look for a **global configuration issue** that affects the entire build process. Expo Modules Core is a fundamental part of the Expo ecosystem, so issues here can have far-reaching consequences.

## React Native Palette Full: Dependency Resolution Failure

Another significant error is the failure to resolve dependencies for the `react-native-palette-full` module. The error message indicates that the build system cannot find the `com.facebook.react:react-native` dependency, which is essential for React Native projects.

Could not find any matches for com.facebook.react:react-native:+ as no versions of com.facebook.react:react-native are available.


This **dependency resolution failure** is a critical issue, as it prevents the module from being compiled and linked correctly. The `+` in the dependency declaration is a wildcard, meaning it's trying to find the latest version. This can sometimes lead to issues if the latest version is not compatible or if the repository is not configured correctly. The error message also lists several locations where the build system searched for the dependency, which can help diagnose repository configuration problems. **Dependency management** is a core aspect of modern software development, and understanding how dependency resolution works is essential for troubleshooting build failures.

### Investigating Repository Configurations

The error message lists various repositories where the build system searched for the `react-native` dependency. This list includes Google's Maven repository, Maven Central, and JitPack, among others. If the dependency is not found in these standard repositories, it suggests a potential misconfiguration in the project's `build.gradle` file or in the global Gradle settings. **Repository configuration** is a critical aspect of Gradle builds, and ensuring that the correct repositories are declared is essential for successful dependency resolution. Each repository listed has its own purpose, and understanding their roles is key to diagnosing repository-related issues.

## Potential Solutions and Troubleshooting Steps

Now that we've dissected the errors, let's explore potential solutions and troubleshooting steps. Here's a structured approach to tackle these issues:

### 1. **Sync Gradle with Project Files**

Sometimes, the Gradle build system can get out of sync with the project files, especially after making changes to dependencies or build configurations. Syncing the Gradle project can resolve these inconsistencies.

*   **Action:** In Android Studio, go to `File > Sync Project with Gradle Files`. This forces Gradle to re-evaluate the project structure and dependencies.

### 2. **Clean and Rebuild the Project**

A clean build removes all previously compiled files, ensuring that the next build starts from a clean state. This can eliminate issues caused by corrupted or outdated build artifacts.

*   **Action:** In Android Studio, go to `Build > Clean Project` followed by `Build > Rebuild Project`.

### 3. **Check and Update Dependencies**

Ensure that all dependencies are correctly declared in the `build.gradle` files and that the versions are compatible with each other. Conflicts between dependencies can lead to compilation errors.

*   **Action:** Open the `build.gradle` files for the project and each module. Verify that the `react-native` dependency is declared correctly and that the version is appropriate. Consider using a specific version instead of `+` to avoid potential compatibility issues.

### 4. **Verify Repository Configurations**

Check the `repositories` block in the `build.gradle` files to ensure that all necessary repositories are included. If a required repository is missing, the build system won't be able to resolve dependencies.

*   **Action:** Open the `build.gradle` files and examine the `repositories` block. Ensure that `mavenCentral()`, `google()`, and any other necessary repositories are included.

### 5. **Inspect the `BuildConfig` Generation**

The `BuildConfig` class is generated automatically by the Android Gradle plugin. If it's not being generated correctly, there might be an issue with the build configuration. Check the `build.gradle` files for any customizations that might be interfering with the `BuildConfig` generation.

*   **Action:** Look for any custom configurations in the `build.gradle` files that might affect the `BuildConfig` generation. Ensure that the `applicationId` is correctly set and that there are no conflicting build configurations.

### 6. **Gradle Daemon Issues**

The error message mentions a single-use Daemon process. While this is informational, sometimes Gradle Daemons can cause issues. Try stopping the Gradle Daemon and rebuilding the project.

*   **Action:** Run `gradle --stop` in the terminal to stop the Gradle Daemon. Then, rebuild the project.

### 7. **Java Version Compatibility**

Ensure that the Java version used for compiling the project is compatible with the Android Gradle plugin and the Kotlin compiler. Inconsistencies in Java versions can lead to compilation errors.

*   **Action:** Check the `JAVA_HOME` environment variable and the project's Gradle settings to ensure that the correct Java version is being used. The logs mention `/usr/lib/jvm/openjdk-17`, which should be compatible, but it's worth verifying.

## Addressing the Specific Errors

Let's focus on the specific errors we identified and tailor our solutions:

### Resolving `Unresolved reference: BuildConfig`

1.  **Clean and Rebuild:** This is the first step to ensure no stale build files are causing the issue.
2.  **Check `build.gradle`:** Verify that the `applicationId` is correctly set in the `build.gradle` file. The `BuildConfig` class is generated based on this ID.
3.  **Inspect Build Variants:** If the project uses build variants (e.g., debug, release), ensure that the `BuildConfig` is being generated for the correct variant.
4.  **Invalidate Caches and Restart:** In Android Studio, go to `File > Invalidate Caches / Restart` to clear cached data that might be causing the issue.

### Fixing `Could not find any matches for com.facebook.react:react-native:+`

1.  **Specify React Native Version:** Instead of using `+`, specify a concrete version of React Native in the `build.gradle` file. This ensures that the build system fetches a specific, tested version.

    ```gradle
    dependencies {
        implementation "com.facebook.react:react-native:0.72.0" // Example version
    }
    ```

2.  **Check Repository Order:** The order of repositories in the `build.gradle` file matters. Ensure that the repositories containing React Native (e.g., Maven Central, Google's Maven repository) are listed before any potentially conflicting repositories.

3.  **Maven Local Repository:** If React Native is available in a local Maven repository, ensure that the path is correctly configured in the `build.gradle` file.

## Final Thoughts: A Proactive Approach

Build failures can be frustrating, but they're also opportunities to learn and improve our development processes. By systematically analyzing error messages, stack traces, and logs, we can pinpoint the root causes of these issues and implement effective solutions. This case highlights the importance of understanding Gradle, dependency management, and the Android build process. 

**Proactive measures** can significantly reduce the occurrence of build failures. Regular dependency updates, thorough testing, and clear communication within the development team can prevent many common issues. Also, consider using **Continuous Integration (CI)** tools to automate the build process and catch errors early in the development cycle.

By following these steps, we can resolve the build failure in the V1.9.73 GitHub Action and ensure a smoother development workflow. Keep calm and build on, guys!