![]() You can run the S3Mock from the sources by either of the following methods: To use the JUnit4 Rule, use the following Maven artifact in test scope: The example S3MockRuleTest demonstrates the usage of the S3MockRule, which can be configured through a builder. See also the Java section below Start using the JUnit4 Rule See also issues labelled "dependency-problem". S3Mock dependencies are updated regularly, any update could break any number of projects. This is the opposite of what software engineers are trying to achieve when thoroughly testing code in continuous integration. This is especially problematic if the tested application itself is a Spring (Boot) application, as both applications will load configurations based on availability of certain classes in the classpath, leading to unpredictable runtime behaviour. To unpredictable and undesired effects such as class conflicts or dependency version conflicts. The S3Mock during a JUnit test, classpaths of the tested application and of the S3Mock are merged, leading S3Mock is built using Spring Boot, if projects use S3Mock by adding the dependency to their project and starting Using the Docker image is encouraged to insulate both S3Mock and your application at runtime. Using the Java libraries is discouraged, see explanation below S3Mock Java libraries are released and published to the Sonatype Maven Repository and subsequently published to To use the S3MockContainer, use the following Maven artifact in test scope: Testcontainers provides integrations for JUnit 4, JUnit 5 and Spock.įor more information, visit the Testcontainers website. The example S3MockContainerManualTest demonstrates the usage with plain Java. The example S3MockContainerJupiterTest demonstrates the usage with JUnit 5. Environment variables can be set on startup. The S3MockContainer is a Testcontainer implementation that comes pre-configured exposing HTTP and HTTPS ports. This way, one can easily switch between calling the S3Mock or the real S3 endpoint and this doesn't add any additional Java dependencies to the project. See AmazonClientUploadIT how it's used in the code. During the Maven build, the Docker image is started using the docker-maven-plugin and the corresponding ports are passed to the JUnit test through the maven-failsafe-plugin. Our integration tests are using the Amazon S3 Client to verify the server functionality against the S3Mock. Start using the Fabric8 Docker-Maven-Plugin The port 9090 is for HTTP, port 9191 is for HTTPS. Start using the command-lineĭocker run -p 9090:9090 -p 9191:9191 -t adobe/s3mock The container is lightweight, built on top of the official Linux Alpine image. The S3Mock Docker container is the recommended way to use S3Mock. Default is false, all files are removed if S3Mock shuts down. retainFilesOnExit: set to true to let S3Mock keep all files that were created during its lifetime.trace: set to true to enable Spring Boot's trace output.debug: set to true to enable Spring Boot's debug output.root: the base directory to place the temporary files exposed by the mock. ![]()
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