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Context Dart Sass 2.0+ deprecates @import in favor of @use with explicit namespaces. While @use prevents global namespace collisions and enables @forward for curated APIs, it introduces a hard constraint: @extend only resolves within the same module scope. A %placeholder defined in _a.scss cannot be extended from _b.scss when _a is loaded via @use . Trade-of
When using the Sass module system with @use, members are public by default unless they begin with a hyphen or underscore. Teams can also control exposure through a central entrypoint that uses @forward with explicit show lists to re‑export only intended members. The project must decide whether to rely solely on the naming‑based privacy mechanism, to adopt th
Goal The objective is to integrate a Ceylon 1.3.3 module into a Java application by compiling the module to Java bytecode and wiring it into a standard Maven or Gradle build. The integration must preserve semantic versioning, avoid class‑loader isolation issues, and eliminate the requirement for the Ceylon runtime at runtime. Constraints and Uncertainty Ceyl
The Sass module system uses the @use and @forward rules to manage namespaces and member visibility. By convention, members prefixed with an underscore are treated as private, ensuring they are not exposed when a module is loaded via @use . A specific constraint exists when using @forward to re-export members from one module to another. While public members a
Dependency Resolution Strategy When designing an extensible application in Racket, developers must choose between static imports using (require ...) and the dynamic capabilities provided by the module form and runtime loading. Static requirements are resolved during compilation, which enables aggressive optimization and ensures interface consistency before t
sass
java
racket