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This free online converter lets you convert code from SQL to Grain in a click of a button. To use this converter, take the following steps -
| Characteristic | SQL | Grain |
|---|---|---|
| Syntax | Declarative, uses statements like SELECT, INSERT, UPDATE, DELETE; English-like and table-oriented. | Functional, inspired by OCaml; uses indentation and type annotations; more similar to modern programming languages. |
| Paradigm | Declarative; focuses on what data to retrieve or manipulate, not how. | Functional and statically typed; supports functional programming concepts and immutability. |
| Typing | Dynamically typed at runtime; types are defined per column but not enforced at query level. | Statically typed; type errors are caught at compile time, with strong type inference. |
| Performance | Performance depends on the database engine, indexing, and query optimization. | Compiled to WebAssembly; performance is generally high for compute tasks, but not designed for database operations. |
| Libraries and frameworks | Extensive ecosystem of tools, connectors, and extensions for various databases. | Smaller ecosystem; some libraries for WebAssembly and functional programming, but limited compared to mainstream languages. |
| Community and support | Very large, mature, and active community with decades of resources and support. | Small and emerging community; support mainly from core developers and early adopters. |
| Learning curve | Relatively easy for basic queries; advanced features and optimization can be complex. | Steeper learning curve due to functional paradigm and new syntax, especially for those unfamiliar with OCaml-like languages. |