In this case, the “Module Contributor” setting tells MPS to use the IDEA Plugin class loader to access module classes: One of the most common module contributors is IDEA Plugin. The “Class loader” setting determines whether MPS is responsible for creating a class loader or if classes are loaded by code that contributes a module. If your module is not expected to deliver classes for MPS use, like for a sandbox or a solution that the generated sources are part of another project, use “None”: Still, MPS assumes there are classes for the module in the case when “External Compiler” is selected. “Compilation” determines whether MPS will compile generated sources or if there’s another mechanism that compiles classes and MPS shouldn’t compile anything. The section expands to reveal different settings to control compilation, class loading, and extension for a module: This is how the Java Facet page from Solution Properties looks now, with a collapsed section at the top, where the “Compile In MPS” flag used to be: We’ve exposed the settings for Solution modules only – both Language and Generator modules take the same approach, but have their settings configured implicitly. IDEA Plugin Module Facet has been deprecated and will no longer be used. The Java Facet page for the Solution module was reworked to house all relevant settings and identify common scenarios to help language designers and users easily recognize a module’s intended use. In MPS 2022.3, we’ve brought all these under a single umbrella. To address this range of tasks, MPS relied on a few scattered and confusing flags and settings, like SolutionKind, IDEA Plugin Module Facet, Compile In MPS, and many more (see MPS-20726). MPS modules serve different purposes, ranging from a sandbox to play with your language to an active plugin code to alter MPS or IntelliJ IDEA platform behavior. Instead of the error highlighting the whole node, it can be configured to highlight only a property or a reference. The error message for constraint rules can be targeted for specific nodes’ properties or references.The experimental constraint rules definitions allow logging messages to be specified in the Inspector window for better tracing and debugging.The constraint rules definitions can now be referred to from NodeTestCases.For this release, the Constraint Rules have taken a step forward in improving the usability of the language. The Constraint Rules language was created to address Constraint language deficiencies. The constraint rules update (Client sponsored) Let’s take a look at the new functionality that we prepared for this release or watch our screencast to get better acquainted with the main features. We apologize for any inconvenience that this delay might have caused you. We’re working to make this migration smoother to avoid delays in the future. Sometimes the migration is straightforward, other times not so much. MPS is built on top of the IntelliJ IDEA platform, so every release cycle, we have to migrate to the new version of the platform. This version was supposed to be released last year, but we had to delay the release date because of some technical issues.
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