March 2026 — web-infra-dev/rslint monthly performance summary: Delivered substantial enhancements to TypeScript linting, React linting coverage, diagnostics reliability, and filesystem performance, plus clear release readiness. The work centers on expanding linting coverage, improving feedback loops, and strengthening maintainability for large TypeScript/React codebases.

February 2026 performance highlights across web-infra-dev/rslint and web-infra-dev/rspack. Delivered a new Playground Inspector Panel with caching and lazy loading for inspecting AST, types, symbols, signatures, and control flow; strengthened linting capabilities through TypeScript rule porting and enhancements; fixed a duplicate fix insertion bug in the linter when multiple tsconfigs match the same file; enhanced CI/build and release workflows with improved manifest generation, permissions, and dependencies; upgraded core linting engine and ESLint rule configurations to improve code quality and consistency across the stack.

January 2026 highlights across web-infra-dev/rslint and web-infra-dev/rspack. Delivered the Rslint 0.2.0 release with multi-platform npm distribution for @rslint/tsgo, core/package restructuring, and TS-Go packaging, plus CI/release workflow improvements for more reliable automation. Implemented wasm bundle optimization by gzip-compressing rslint.wasm to reduce download size and improve load times. Ported ESLint rule no-array-constructor and provided migration tooling/docs to ease transition to Rslint. Enhanced TypeScript compatibility and linting support, including llts integration with TypeScript-Go for better TS developer experience. Strengthened code quality across repos by upgrading @rslint/core to 0.2.0 in rspack to enforce default-param-last rule and unify linting standards. These contributions boost business value by faster time-to-market, smaller distribution footprints, and smoother adoption for TS-centric projects.

December 2025 monthly summary for web-infra-dev/rslint: Focused on reliability across environments and improving rule robustness. Delivered cross-version VSCode compatibility testing for the extension and fixed a crash in the no-misused-new rule with enhanced error reporting for invalid class/interface definitions. These efforts reduce runtime failures, improve developer feedback, and strengthen cross-environment reliability, contributing to higher extension adoption and fewer support incidents.