Type inference is the process of inferring types for programs automatically, using rules defined by a type system.
In Haskell, it is considered good practice to explicitly declare the type signature of your functions, even though it can (…
syntax types ocaml type-inferenceWhy is type inference not supported for constructors the way it is for generic methods? public class MyType<T&…
c# generics constructor type-inferenceThis program compiles fine in Java 7 (or in Java 8 with -source 7), but fails to compile with Java 8: interface Iface<…
java generics type-inference java-8I would like to understand the key difference between parametric polymorphism such as polymorphism of generic classes/functions in the …
java haskell types polymorphism type-inferenceI am trying to figure out how to define a function that works on multiple types of parameters (e.g. …
generics f# overloading type-inference typeclassThe following program compiles in Java 7 and in Eclipse Mars RC2 for Java 8: import java.util.List; public class Test { …
java compiler-errors java-8 type-inferenceIn the REPL, I define a function. Note the return type. scala> def next(i: List[String]) = i.map {"0" + _} ::: …
string scala types type-inferenceAs I understand it, both decltype and auto will attempt to figure out what the type of something is. If …
c++ type-inferenceI have the following example Object: let foo: Foo = { 'key1': { default: 'foo', fn: (val:string) => val }, 'key2': { …
typescript generics type-inference typescript2.0 typescript-genericsIt seems that auto was a fairly significant feature to be added in C++11 that seems to follow a lot …
c++ c++11 type-inference auto