new-calcmark-feature

Adding a new language feature using TDD requires writing failing tests before production code across the CalcMark stack. You must modify specific files and follow testing procedures across multiple packages to ensure correctness.

Test-driven development is enforced to ensure robustness and correctness across all system layers. You write failing tests first, then implement the production code across the lexer, parser, semantic spec, and interpreter to guarantee feature stability.

Yes, this approach supports adding new functions, keywords, operators, or types end-to-end. It guides file modifications and testing procedures across the lexer, parser, classifier, detector, semantic spec, and interpreter layers for successful integration.

When extending language capabilities, you must modify files across the lexer, parser, classifier, detector, semantic spec, and interpreter layers. Changes must also integrate with TUI autosuggest to complete the 8-layer stack modification.

Yes, implementing a new feature requires modifying specific files and running testing procedures across multiple packages. This ensures the new function, keyword, operator, or type is robustly integrated across all architectural layers.

Your feature may fail if updates are not applied across the classifier, detector, semantic spec, and interpreter layers. Following the detailed TDD execution steps ensures all necessary files are modified and tested correctly across the stack.