Media Summary: How to infer the type of `if` expressions in HM The "unification" algorithm is how a set of equations is How to infer the type of anonymous functions (lambdas) in HM

A Worked Example Of Type Inference Ocaml Programming Chapter 9 Video 45 - Detailed Analysis & Overview

How to infer the type of `if` expressions in HM The "unification" algorithm is how a set of equations is How to infer the type of anonymous functions (lambdas) in HM Achieving polymorphism for `let` expressions in HM Compilers translate code from one language to another. Interpreters execute code. Virtual machines and just-in-time compilation ... How to infer the types of constants and names in HM

How to infer the type of function applications in HM How to add inference of `let` expressions to HM A comparison of big-step vs. small-step semantics, and substitution model vs. environment model Textbook: ... A "closure" is a data structure containing the code for a function, as well as the environment that "closes" off its free variables. Small- and big-step evaluation relations are themselves related: the big-step is an abstraction of the small-step Textbook: ...

Photo Gallery

A Worked Example of Type Inference | OCaml Programming | Chapter 9 Video 45
Inference of Ifs | OCaml Programming | Chapter 9 Video 40
Hindley-Milner Type Inference | OCaml Programming | Chapter 9 Video 37
The Value Restriction | OCaml Programming | Chapter 9 Video 49
Finishing Type Inference | OCaml Programming | Chapter 9 Video 46
Unification Algorithm | OCaml Programming | Chapter 9 Video 44
Type Inference Relation | OCaml Programming | Chapter 9 Video 38
Inference of Functions | OCaml Programming | Chapter 9 Video 41
Let Polymorphism | OCaml Programming | Chapter 9 Video 48
Compilers and Interpreters | OCaml Programming | Chapter 9 Video 1
Inference of Constants and Names | OCaml Programming | Chapter 9 Video 39
Inference of Applications | OCaml Programming | Chapter 9 Video 42
View Detailed Profile
A Worked Example of Type Inference | OCaml Programming | Chapter 9 Video 45

A Worked Example of Type Inference | OCaml Programming | Chapter 9 Video 45

Putting together the entire HM

Inference of Ifs | OCaml Programming | Chapter 9 Video 40

Inference of Ifs | OCaml Programming | Chapter 9 Video 40

How to infer the type of `if` expressions in HM

Hindley-Milner Type Inference | OCaml Programming | Chapter 9 Video 37

Hindley-Milner Type Inference | OCaml Programming | Chapter 9 Video 37

The Hindley-Milner

The Value Restriction | OCaml Programming | Chapter 9 Video 49

The Value Restriction | OCaml Programming | Chapter 9 Video 49

HM

Finishing Type Inference | OCaml Programming | Chapter 9 Video 46

Finishing Type Inference | OCaml Programming | Chapter 9 Video 46

What happens when HM

Unification Algorithm | OCaml Programming | Chapter 9 Video 44

Unification Algorithm | OCaml Programming | Chapter 9 Video 44

The "unification" algorithm is how a set of equations is

Type Inference Relation | OCaml Programming | Chapter 9 Video 38

Type Inference Relation | OCaml Programming | Chapter 9 Video 38

The HM

Inference of Functions | OCaml Programming | Chapter 9 Video 41

Inference of Functions | OCaml Programming | Chapter 9 Video 41

How to infer the type of anonymous functions (lambdas) in HM

Let Polymorphism | OCaml Programming | Chapter 9 Video 48

Let Polymorphism | OCaml Programming | Chapter 9 Video 48

Achieving polymorphism for `let` expressions in HM

Compilers and Interpreters | OCaml Programming | Chapter 9 Video 1

Compilers and Interpreters | OCaml Programming | Chapter 9 Video 1

Compilers translate code from one language to another. Interpreters execute code. Virtual machines and just-in-time compilation ...

Inference of Constants and Names | OCaml Programming | Chapter 9 Video 39

Inference of Constants and Names | OCaml Programming | Chapter 9 Video 39

How to infer the types of constants and names in HM

Inference of Applications | OCaml Programming | Chapter 9 Video 42

Inference of Applications | OCaml Programming | Chapter 9 Video 42

How to infer the type of function applications in HM

SimPL Type Checker Part 1 | OCaml Programming | Chapter 9 Video 34

SimPL Type Checker Part 1 | OCaml Programming | Chapter 9 Video 34

Implementing the

Naive Inference of Let | OCaml Programming | Chapter 9 Video 47

Naive Inference of Let | OCaml Programming | Chapter 9 Video 47

How to add inference of `let` expressions to HM

Recap of All Models | OCaml Programming | Chapter 9 Video 30

Recap of All Models | OCaml Programming | Chapter 9 Video 30

A comparison of big-step vs. small-step semantics, and substitution model vs. environment model Textbook: ...

Closures | OCaml Programming | Chapter 9 Video 27

Closures | OCaml Programming | Chapter 9 Video 27

A "closure" is a data structure containing the code for a function, as well as the environment that "closes" off its free variables.

Evaluation Relations | OCaml Programming | Chapter 9 Video 14

Evaluation Relations | OCaml Programming | Chapter 9 Video 14

Small- and big-step evaluation relations are themselves related: the big-step is an abstraction of the small-step Textbook: ...

SimPL Type System | OCaml Programming | Chapter 9 Video 32

SimPL Type System | OCaml Programming | Chapter 9 Video 32

Defining the

Environment Model Example | OCaml Programming | Chapter 9 Video 24

Environment Model Example | OCaml Programming | Chapter 9 Video 24

An

SimPL Type Checker Part 2 | OCaml Programming | Chapter 9 Video 35

SimPL Type Checker Part 2 | OCaml Programming | Chapter 9 Video 35

Implementing the