Org.gradle.api.uncheckedioexception Cannot Download Published Gradle Versions
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If a Java library is published with Gradle Module Metadata, the information which Java version it supports is encoded in the org.gradle.jvm.version attribute.By default, this attribute was set to what you configured in java.targetCompatibility.If that was not configured, it was set to the current Java version running Gradle.Changing the version of a particular compile task, e.g. javaCompile.targetCompatibility had no effect on that attribute, leading to wrong information if the attribute was not adjusted manually.This is now fixed and the attribute defaults to the setting of the compile task that is associated with the sources from which the published jar is built.
A classpath in a JVM project now explicitly requests the org.gradle.category=library attribute.This leads to clearer error messages if a certain library cannot be used.For example, when the library does not support the required Java version.The practical effect is that now all platform dependencies have to be declared as such.Before, platform dependencies also worked, accidentally, when the platform() keyword was omitted for local platforms or platforms published with Gradle Module Metadata.
If you cannot easily remove the org.gradle.test-retry plugin from your build, you can disable the test retry functionality provided by the Develocity Gradle plugin by setting the system property gradle.enterprise.testretry.enabled to false.
Build scans published to scans.gradle.com are viewable by anyone with the link assigned when publishing the build scan. Links to individual build scans are not discoverable and cannot be guessed, but may be shared.
Describes the dependency constraints of a variant declared in a resolved component's metadata, which typically originate from a component descriptor (Gradle metadata file). This interface can be used to adjust the dependencies of a published component via metadata rules (see org.gradle.api.artifacts.dsl.ComponentMetadataHandler.
Describes the dependencies of a variant declared in a resolved component's metadata, which typically originate from a component descriptor (Gradle metadata file, Ivy file, Maven POM). This interface can be used to adjust the dependencies of a published component via metadata rules (see org.gradle.api.artifacts.dsl.ComponentMetadataHandler.
The #withXml(org.gradle.api.Action) method can be used to modify the descriptor after it has been generated according to the publication data. However, the preferred way to customize the project information to be published is to use the dedicated configuration methods exposed by this class, e.g. #description(Action).
For certain common use cases, it's often sufficient to specify the component to publish, using (#from(org.gradle.api.component.SoftwareComponent). The published component is used to determine which artifacts to publish, and which configurations and dependencies should be listed in the generated ivy descriptor file.
To add additional artifacts to the set published, use the #artifact(Object) and #artifact(Object, org.gradle.api.Action) methods. You can also completely replace the set of published artifacts using #setArtifacts(Iterable). Together, these methods give you full control over the artifacts to be published.
The POM for a Maven publication. The #withXml(org.gradle.api.Action) method can be used to modify the descriptor after it has been generated according to the publication data. However, the preferred way to customize the project information to be published is to use the dedicated properties exposed by this class, e.g. #getDescription(). Please refer to the official POM Reference for detailed information about the individual properties.
A MavenPublication is the representation/configuration of how Gradle should publish something in Maven format. You directly add a named Maven Publication the project's publishing.publications container by providing MavenPublication as the type. publishing { publications { myPublicationName(MavenPublication) { // Configure the publication here } } } The default Maven POM identifying attributes are mapped as follows: _______________________ 1_________________________ 2_________________________ For certain common use cases, it's often sufficient to specify the component to publish, and nothing more (#from(org.gradle.api.component.SoftwareComponent). The published component is used to determine which artifacts to publish, and which dependencies should be listed in the generated POM file.
To add additional artifacts to the set published, use the #artifact(Object) and #artifact(Object, org.gradle.api.Action) methods. You can also completely replace the set of published artifacts using #setArtifacts(Iterable). Together, these methods give you full control over what artifacts will be published.
To customize the metadata published in the generated POM, set properties, e.g. MavenPom#getDescription(), on the POM returned via the #getPom() method or directly by an action (or closure) passed into #pom(org.gradle.api.Action). As a last resort, it is possible to modify the generated POM using the MavenPom#withXml(org.gradle.api.Action) method.
Describes the capabilities of a component in a mutable way. This interface can be used to adjust the capabilities of a published component via metadata rules (see org.gradle.api.artifacts.dsl.ComponentMetadataHandler. 5376163bf9
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