Update slides

code/unix-msr2022.links

@@ -59,7 +59,7 @@ fun has(k, kvs) {
 #    An Introduction to Effect Handler Oriented Programming
 #                    Daniel Hillerström
 #       Laboratory for Foundations of Computer Science
-#             The University of Edinburgh
+#         The University of Edinburgh, Scotland, UK
 #
 #           Microsoft Research, Redmond, WA, USA
 #                       RISE Seminar
@@ -70,6 +70,7 @@ fun has(k, kvs) {
 #?
 
 #!
+#
 # What is an effect handler?
 #
 # Operational interpretation
@@ -85,9 +86,11 @@ fun has(k, kvs) {
 #
 # Mathematical interpretation
 #   Homomorphisms between free algebraic models
+#
 #?
 
 #!
+#
 # What is an effect handler?
 #
 # Operational interpretation
@@ -103,6 +106,7 @@ fun has(k, kvs) {
 #
 # Mathematical interpretation
 #   Homomorphisms between free algebraic models
+#
 #?
 
 #!
@@ -125,6 +129,20 @@ fun has(k, kvs) {
 #
 #?
 
+#!
+#
+# Effect handler oriented programming (EHOP)
+#
+# Key characteristics
+#  - Extensive use of effect handlers
+#  - High-degree of modularity
+#  - Extremely compositional
+#
+# Some languages that support EHOP:
+#   C/C++, Eff, Haskell, Koka, Links, Pyro, OCaml, Unison
+#
+#?
+
 #
 #
 # What is an operating system? (very abstractly)
@@ -175,7 +193,7 @@ fun has(k, kvs) {
 #
 # Objectives of this talk
 #
-# - Demonstrate the versatility of effect handler-oriented programming
+# - Demonstrate the versatility of effect handler oriented programming
 # - Explain Ritchie & Thompson's (1974) UNIX as the combination of
 #   textbook effects
 #    + Exceptions: Process termination