First pass at key features with icons. Pulled from Ocaml Strengths
Type inference: Automatic inference makes the code less verbose and developers more efficient.
Algebraic data types: Powerful tools to define and manipulate complex data structures with ease.
Strong support for immutable programming: No need to make destructive updates to data structures or risk unintended consequences through mutation.
Static typing: Increased performance and reduced runtime errors.
Parametric polymorphism: Allows the construction of abstractions that work across different data types, like generics do in Java and templates do in C++
First class functions: Can be passed like any value, used as arguments, and returned from other functions.
First pass at key features with icons. Pulled from Ocaml Strengths
Type inference: Automatic inference makes the code less verbose and developers more efficient.
Algebraic data types: Powerful tools to define and manipulate complex data structures with ease.
Strong support for immutable programming: No need to make destructive updates to data structures or risk unintended consequences through mutation.
Static typing: Increased performance and reduced runtime errors.
Parametric polymorphism: Allows the construction of abstractions that work across different data types, like generics do in Java and templates do in C++
First class functions: Can be passed like any value, used as arguments, and returned from other functions.