A fully abstract semantics for a higher
... We can show that the denotational semantics is fully abstract for the operational semantics using a variant of Abramsky (1989) and Ong’s (1988) lazy lambda-calculus and Abramsky’s (1991) domain theory in logical form. This is similar to Ong’s (1993) use of a program logic for the untyped λ-calculus, ...
... We can show that the denotational semantics is fully abstract for the operational semantics using a variant of Abramsky (1989) and Ong’s (1988) lazy lambda-calculus and Abramsky’s (1991) domain theory in logical form. This is similar to Ong’s (1993) use of a program logic for the untyped λ-calculus, ...
CS 112 Introduction to Programming - Zoo
... System.out.println("Cream the butter and sugar."); System.out.println("Beat in the eggs."); System.out.println("Stir in the dry ingredients."); // Step 3a: Bake cookies (first batch). System.out.println("Set the timer for 8 min."); System.out.println("Place a batch of cookies into the oven."); Syste ...
... System.out.println("Cream the butter and sugar."); System.out.println("Beat in the eggs."); System.out.println("Stir in the dry ingredients."); // Step 3a: Bake cookies (first batch). System.out.println("Set the timer for 8 min."); System.out.println("Place a batch of cookies into the oven."); Syste ...
statement - Yale "Zoo"
... System.out.println("Cream the butter and sugar."); System.out.println("Beat in the eggs."); System.out.println("Stir in the dry ingredients."); // Step 3a: Bake cookies (first batch). System.out.println("Set the timer for 8 min."); System.out.println("Place a batch of cookies into the oven."); Syste ...
... System.out.println("Cream the butter and sugar."); System.out.println("Beat in the eggs."); System.out.println("Stir in the dry ingredients."); // Step 3a: Bake cookies (first batch). System.out.println("Set the timer for 8 min."); System.out.println("Place a batch of cookies into the oven."); Syste ...
Exceptions
... you usually can’t do much about them. What’s more, you will never send one of these exceptions yourself. These exceptions are sent only by the system. What you need to be concerned with are Exception exceptions (good name, is it not?) and their subclasses—both for sending and for handling. You have ...
... you usually can’t do much about them. What’s more, you will never send one of these exceptions yourself. These exceptions are sent only by the system. What you need to be concerned with are Exception exceptions (good name, is it not?) and their subclasses—both for sending and for handling. You have ...
Comparison of Erlang Runtime System and Java Virtual Machine
... runtime optimisations. More specifically I’ll look at the HotSpot JVM provided by Oracle and the default BEAM implementation open sourced by Ericsson. ...
... runtime optimisations. More specifically I’ll look at the HotSpot JVM provided by Oracle and the default BEAM implementation open sourced by Ericsson. ...
Chapter 14
... because the second catch clause can never be used. The code contained in the (optional) finally clause is executed whether an exception is thrown in the try construct or not. This is useful for “cleanup” code (closing files, other freeing of resources, ...) that must always be executed. Binding of e ...
... because the second catch clause can never be used. The code contained in the (optional) finally clause is executed whether an exception is thrown in the try construct or not. This is useful for “cleanup” code (closing files, other freeing of resources, ...) that must always be executed. Binding of e ...
Lecture 4: Functional Programming Languages (SML)
... • Functional programs are made up of functions applied to data • We write expressions rather than commands • Pure functional languages have no side effects • ML is not a pure language – reference variables – commands – I/O ...
... • Functional programs are made up of functions applied to data • We write expressions rather than commands • Pure functional languages have no side effects • ML is not a pure language – reference variables – commands – I/O ...
Functional Programming in Haskell
... All must have the same type. It uses the first one that matches the actual parameters. The formal parameters are patterns that need to be matched by the actual parameters. ...
... All must have the same type. It uses the first one that matches the actual parameters. The formal parameters are patterns that need to be matched by the actual parameters. ...