Reduced boilerplate
Shorter code paths can reduce overhead in development and review cycles, especially in repeated service patterns.
Performance framing
Execution and authoring efficiency
Shorter execution paths
Compact syntax encourages straightforward control flow structures and fewer wrapper layers for common operations.
Simpler mental model
Consistent delimiters and primitives lower context-switch cost and support maintainable implementation velocity.
Methodology disclaimer
Performance claims on this page are qualitative unless tied to a reproducible benchmark harness with public scripts and input data. Use compare metrics as authoring-efficiency indicators, not runtime absolutes.