GSG Transform Plugin FULL VERSION .rar
Eleanore Bansmer
It seems to me from this page that the 6.13.0 version was published 14 hours ago. However, npm install babel-plugin-transform-decorators installs the previous version of that package (6.8.0). Isn't the 6.13.0 available yet?
This is where the @babel/plugin-transform-runtime plugin comes in: all of the helpers will reference the module @babel/runtime to avoid duplication across your compiled output. The runtime will be compiled into your build.
Another purpose of this transformer is to create a sandboxed environment for your code. If you directly import core-js or @babel/polyfill and the built-ins it provides such as Promise, Set and Map, those will pollute the global scope. While this might be ok for an app or a command line tool, it becomes a problem if your code is a library which you intend to publish for others to use or if you can't exactly control the environment in which your code will run.
When enabled, the transform will use helpers that do not get run through@babel/plugin-transform-modules-commonjs. This allows for smaller builds in modulesystems like webpack, since it doesn't need to preserve commonjs semantics.
This allows users to run transform-runtime broadly across a whole project. By default, transform-runtime imports from @babel/runtime/foo directly, but that only works if @babel/runtime is in the node_modules of the file that is being compiled. This can be problematic for nested node_modules, npm-linked modules, or CLIs that reside outside the user's project, among other cases. To avoid worrying about how the runtime module's location is resolved, this allows users to resolve the runtime once up front, and then insert absolute paths to the runtime into the output code.
By default transform-runtime assumes that @babel/run...@7.0.0 is installed. If you have later versions of@babel/runtime (or their corejs counterparts e.g. @babel/runtime-corejs3) installed or listed as a dependency, transform-runtime can use more advanced features.
Usually Babel will place helpers at the top of your file to do common tasks to avoidduplicating the code around in the current file. Sometimes these helpers can get alittle bulky and add unnecessary duplication across files. The runtimetransformer replaces all the helper calls to a module.
Aggregating classes/resources from several artifacts into one uber JAR is straight forward as long as there is no overlap. Otherwise, some kind of logic to merge resources from several JARs is required. This is where resource transformers kick in.
With Plugin Tools 3.0 annotations have been introduced. Now references to classes are no longer classnames as String, but the actual Class reference. When you wanted to relocate classes, you had to maintain the META-INF/maven/plugin.xml by hand, but now this can be done with the PluginXmlResourceTransformer
Since plugin version 1.3.1, the XmlAppendingTransformer will by default not load DTDs, thereby avoiding network access. The potential downside of this mode is that external entities cannot be resolved which could fail the transformation, e.g. when using the Crimson XML parser as used in some JRE 1.4. If the transformed resource uses external entities, DTD resolution can either be turned back on or a plugin dependency on xerces:xercesImpl:2.9.1 is added to the POM.
Some plugins will break with this new version of Gradle, for example because they use internal APIs that have been removed or changed.The previous step will help you identify potential problems by issuing deprecation warnings when a plugin does try to use a deprecated part of the API.
A deprecated configureDocumentationVariantWithArtifact method of the JvmPluginsHelper class which did not require a FileResolver has been removed.This was an internal API, but may have been accessed by plugins.Supply a FileResolver to the overloaded version of this method instead.
The deprecated testSourceDirs and testResourceDirs properties of the IdeaModule type have been removed.This affects the org.gradle.plugins.ide.idea.model.IdeaModule type, not the org.gradle.tooling.model.idea.IdeaModule type.Use the testSources and testResources properties instead.
Previously, the base plugin configured thedestinationDirectory ofJar, War, andEar tasks to the directory specified byBasePluginExtension#getLibsDirectory.In Gradle 8.0, java-base handles this configuration.No changes are required for projects that already apply thejava-base plugin directly or indirectly through the java, application, java-library, or other JVM ecosystem plugins.
The Upload task remains deprecated and is now scheduled for removal in Gradle 9.0.Although this type remains, it is no longer functional and will throw an exception upon running.It is preserved solely to avoid breaking plugins.Use the tasks in the maven-publish or ivy-publish plugins instead.
Gradle 8 no longer supports the pluginBundle extension.Its functionality has been merged into the gradlePlugin block.These changes require recent versions of the Plugin Publish plugin (1.0.+).Documentation on configuring plugin publication can be found both on the Portal and in the user manual.
Back in Gradle 7.1 the :generatePrecompiledScriptPluginAccessors task responsible for the accessors generation has been marked as non-cacheable by default.The org.gradle.kotlin.dsl.precompiled.accessors.strict system property was introduced in order to offer an opt-in to a stricter mode of operation that fails the build when a plugin application fails, and enable the build cache for that task.
Starting with Gradle 7.6, non-strict accessors generation for Kotlin DSL precompiled script plugins has been deprecated.This will change in Gradle 8.0.Strict accessor generation will become the default.To opt in to the strict behavior, set the 'org.gradle.kotlin.dsl.precompiled.accessors.strict' system property to true.
Project dependencies defined in test configurations get the test=true classpath attribute.All source sets and dependencies defined by the JVM Test Suite plugin are also marked as test code by default.You can now customize test source sets and dependencies via the eclipse plugin DSL:
If you are developing Gradle plugins, ProjectBuilder relies on reflection in the java.base/java.lang module.Gradle will automatically add the appropriate --add-opens flag to tests when the java-gradle-plugin plugin is applied.
Gradle used to have two ways of publishing artifacts.Now, the situation has been cleared and all build should use the maven-publish plugin.The last remaining artifact of the old way of publishing is the Upload task that has been deprecated and scheduled for removal in Gradle 8.0.Existing clients should migrate to the maven-publish plugin.
Some core Gradle plugins declare configurations that are used by the plugin itself and are not meant to bepublished or consumed by another subproject directly.Gradle did not explicitly prohibit this.Gradle 7.1 deprecates consumption of those configurations and this will become an error in Gradle 8.0.
When Gradle first introduced artifact transforms, it used the base class ArtifactTransform for implementing them.Gradle 5.3 introduced the interface TransformAction for implementing artifact transforms, replacing the previous class ArtifactTransform and addressing various shortcomings.Using the registration method DependencyHandler.registerTransform(Action) for ArtifactTransform has been deprecated.Migrate your artifact transform to use TransformAction and use DependencyHandler.registerTransform(Class, Action) instead.See the user manual for more information on implementing TransformAction.
This page contains guidelines on migrating an existing version 1 plugin to the Atlassian Plugin Framework 2. Version 2 and later of the plugin framework is based on OSGi.css-1wits42display:inline-block;-webkit-flex-shrink:0;-ms-flex-negative:0;flex-shrink:0;line-height:1;width:16px;height:16px;.css-1wits42 >svgoverflow:hidden;pointer-events:none;max-width:100%;max-height:100%;color:var(--icon-primary-color);fill:var(--icon-secondary-color);vertical-align:bottom;.css-1wits42 >svg stopstop-color:currentColor;@media screen and (forced-colors: active).css-1wits42 >svg-webkit-filter:grayscale(1);filter:grayscale(1);--icon-primary-color:CanvasText;--icon-secondary-color:Canvas;.css-1wits42 >svgwidth:16px;height:16px; and Spring Dynamic Modules. The plugin framework has all the advantages of OSGi, plus it will be included into all Atlassian applications. This means that writing plugins for different applications will be more consistent.
Plugins that were written for the old framework will continue to work, but to leverage the new functionality you will need to convert your plugin to the new framework. This page describes how to migrate an existing plugin to the new plugin framework.
First upgrade the host application to a version which supports version 2 of the plugin framework. For example, upgrade to Confluence 2.10 or later, or JIRA 4.0 or later. See the Plugin Framework Version Matrix.
The plugin framework handles all the OSGi requirements, such as bundle instructions, manifest, etc. See Going from Plugin to OSGi Bundle. For more complex plugins, you may find it useful to do more complex configuration, such as supplying complete Spring configuration files.
OSGi plugins - plugins with 'plugins-version' set to 2 - are subject to certain restrictions. In particular, an OSGi plugin can access only those external classes that the host application (or other plugins) explicitly exposes. This means that you can no longer assume that all classes on the application's classpath will be accessible to your plugin.
Refer to the list of packages that your host application exposes, and ensure that all classes used by your plugin are covered by this list. Inside the application, this list is configured as a parameter to the packageScanningConfiguration component in the pluginServiceContext.xml file.
With the plugin framework, the required packages are imported transparently for OSGi plugins. You do not need to do anything to have required packages imported, but it may help to understand how this works.
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