To fix this, the ugins attribute of your project should contain the IDs of all plugins you depend on. The bad news is that source compatibility is broken – your plugin can’t be rebuilt as-is anymore.
![appcode 2020.3 appcode 2020.3](https://sos-software.com/wp-content/uploads/Jetbrains_Appcode_1.png)
We tried not to move classes to different packages here, so your existing plugins should stay backward-compatible. This would work as a dependency on the new “CLion” plugin, as this module is now defined by. If you don’t have one, you’re probably not using any CLion-specific classes and are therefore not affected by this change. You probably have a line somewhere in your plugin.xml.
![appcode 2020.3 appcode 2020.3](https://www.jetbrains.com/objc/whatsnew/img/2020.3/change_signature@2x.png)
What does this mean for you as a plugin developer?įirst, the good news. There’s a more detailed list of the bundled plugins at the end of this post.
#Appcode 2020.3 code#
To address these drawbacks, we’ve moved some code from the “core IDE” to newly introduced bundled plugins – and a bunch of other plugins it depends on. This was inconvenient for various reasons, mostly related to internal CLion development for example, it made it harder for us to share code between CLion and other JetBrains IDEs. Previously, CLion (and AppCode) had all its code in the “core IDE”, or “platform” (which can be thought of as the root of the plugin dependency tree). You’ll find useful advice as well as a few sample plugins that will help you get started. If you have an idea about building a plugin for CLion or any other IntelliJ-based IDEs, please refer to the documentation, which will be updated shortly to reflect the contents of this post.
![appcode 2020.3 appcode 2020.3](https://resources.jetbrains.com/help/img/idea/2020.3/ac_structure_tool_window.png)
We’re very grateful to the authors for their efforts. While CLion doesn’t provide any public plugin API for C/C++-related subsystems, a number of great plugins have been made using the limited API available. This functionality is provided through a JavaScript Debug run configuration, so technically, AppCode creates separate run configurations for the server-side and the client-side code, but you specify all your settings in one. Allow synthesis of Equatable and Hashable in conditional conformances (see the SE-0185 amendment). In this tab, configure the behaviour of the browser and enable debugging the client-side code of the application. The following Swift changes are now supported in AppCode: SE-0279, SE-0286: Multiple trailing closure syntax.
#Appcode 2020.3 update#
It explains what has changed during the 2020.3 release cycle and how you need to adjust your plugin. Welcome our third update this year AppCode 2020.3 Download AppCode 2020.3. This post is intended for CLion plugin authors.