Incremental Program Analysis Framework
The fastest way to build a language
language verification, construction, and analysis
MetaR takes advantage of Language Workbench Technology to facilitate data analysis with the R language.
Intentional human-machine interfacing through fusion of (keyboard-driven) syntax-based editing and ladder typing.
Semantic substrate for programming languages
A modular framework and toolkit for designing and implementing languages in TypeScript.
TransParadigm (tpc) — configuration-driven language pipeline: grammar in TOML, generic engine skeleton + formatter/linter
Langium generator plugin that derives Zod validation schemas from grammar definitions
Web-native tooling for the Rune DSL — Langium-based LSP, graph view, and form editor for CDM and DRR models
Language workbench for a Domain-Specific Language aimed at expressing Salsa dancing footwork.
Implementing Scheme (R6RS) in Jetbrains' MPS (MetaProgramming)
Browser-native workbench for building your own programming language, one pass at a time
Semantic software substrate: composable, hash-addressed language fragments with parsers/printers, evaluators, checked proofs, and multi-host projections, backed by a content-addressed store and a PoA ledger.
JetBrains MPS Calculator-language tutorial project — early steps of a projectional DSL (2018).
A language-agnostic rewriter and expression evaluator: a .mx file declares its own grammar in its header and is then read with it, in one pass, with neither the language read nor the language written built in. C11 and POSIX regex, nothing else.
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