Commit ea28092e by Yann REGIS-GIANAS

Update part 3 syllabus.

parent 61142fa2
...@@ -50,10 +50,15 @@ reasoning by induction on the structure of types. Finally, we introduce ...@@ -50,10 +50,15 @@ reasoning by induction on the structure of types. Finally, we introduce
subtyping, row polymorphism, and illustrate the problems induced by subtyping, row polymorphism, and illustrate the problems induced by
side effects (references) and the need for the value restriction. side effects (references) and the need for the value restriction.
The third part of the course describes more advanced features of type The third part of the course introduces "rich" type systems designed
systems: exceptions and effect handlers, including their typechecking and to guarantee extra properties in addition to safety: principality,
static analyses: type inference, data flow and control flow analyses. information hiding, modularity, extensionality, purity, control of
Finally, it introduces dependent types and refinement types. effects, algorithmic invariants, complexity, resource usage, or full
functional correctness. The expressivity of these systems sometimes
endangers the tractability, or even the feasibility, of type checking
and type inference: a common thread between these lectures discusses
the tradeoffs made on the design of these systems to balance
expressivity and tractability.
The last part focuses on the use of dependent types for programming: The last part focuses on the use of dependent types for programming:
effectful programming with monads and algebraic effects; tagless effectful programming with monads and algebraic effects; tagless
...@@ -131,13 +136,14 @@ We also show the limits of dependently-typed functional programming. ...@@ -131,13 +136,14 @@ We also show the limits of dependently-typed functional programming.
* See exercises in [course notes](http://gallium.inria.fr/~remy/mpri/cours.pdf) * See exercises in [course notes](http://gallium.inria.fr/~remy/mpri/cours.pdf)
### Advanced Aspects of Type Systems ### Rich types, tractable typing
* Exceptions and effect handlers. (Compiled away via CPS.) * Type inference
* Typechecking exceptions and handlers. * Subtyping
* Type inference. (ML. Bidirectional. Elaboration.) * Effects and resources
* Data/control flow analysis. * Modules
* Functional correctness. Intro to dependent/refinement types. * Dependent types
* Functional correctness
### Dependently-typed Functional Programming ### Dependently-typed Functional Programming
......
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