Lambda-Lifting in Quadratic Time
... It is our observation that functions that belong to the same strongly connected component of the call graph must be parameter-lifted with the same set of variables (as was illustrated in Section 1.2). We can thus treat these functions in a uniform fashion, by coalescing the strongly connected compon ...
... It is our observation that functions that belong to the same strongly connected component of the call graph must be parameter-lifted with the same set of variables (as was illustrated in Section 1.2). We can thus treat these functions in a uniform fashion, by coalescing the strongly connected compon ...
abstract class
... Suppose you want to design a generic method to find the larger of two objects. The objects can be students, circles, or cylinders. Since compare methods are different for different types of objects, you need to define a generic compare method to determine the order of the two objects. Then you can t ...
... Suppose you want to design a generic method to find the larger of two objects. The objects can be students, circles, or cylinders. Since compare methods are different for different types of objects, you need to define a generic compare method to determine the order of the two objects. Then you can t ...
of Folding Domain−Specific Languages: Deep and Shallow
... and adds its first input to each of the others. We only consider nonempty circuits, so n must be positive in both cases. Instances of identity and fan of width 4 are shown in Figure 2. Then there are three combinators for circuits. The series or vertical composition, above c d, takes two circuits c ...
... and adds its first input to each of the others. We only consider nonempty circuits, so n must be positive in both cases. Instances of identity and fan of width 4 are shown in Figure 2. Then there are three combinators for circuits. The series or vertical composition, above c d, takes two circuits c ...
Chapter 1 - Gettysburg College Computer Science
... public class FirstProgram { public static void main(String[ ] args) { ...
... public class FirstProgram { public static void main(String[ ] args) { ...
An Overview of Computers and Programming Languages
... 2. Design an algorithm to solve the problem 3. Implement the algorithm in a programming language, such as Java 4. Verify that the algorithm works 5. Maintain the program by using and improving it and modifying it if the problem ...
... 2. Design an algorithm to solve the problem 3. Implement the algorithm in a programming language, such as Java 4. Verify that the algorithm works 5. Maintain the program by using and improving it and modifying it if the problem ...
Functional Programming
... thus, there’s no destructive assignment: a = 1; a = 2; -- illegal Referential transparency: Expressions yield the same value each time they are invoked; helps reasoning. Such expression can be replaced with its value without changing the behavior of a program, for example, y = f x and g = h y y th ...
... thus, there’s no destructive assignment: a = 1; a = 2; -- illegal Referential transparency: Expressions yield the same value each time they are invoked; helps reasoning. Such expression can be replaced with its value without changing the behavior of a program, for example, y = f x and g = h y y th ...
Chapter 15 slides - University of Hawaii
... • Lambda notation is used to specify functions and function definitions. Function applications and data have the same form. e.g., If the list (A B C) is interpreted as data it is a simple list of three atoms, A, B, and C If it is interpreted as a function application, it means that the function name ...
... • Lambda notation is used to specify functions and function definitions. Function applications and data have the same form. e.g., If the list (A B C) is interpreted as data it is a simple list of three atoms, A, B, and C If it is interpreted as a function application, it means that the function name ...
Lisp - University of Connecticut
... • Usually not needed, because the interpreter always displays the result of a function evaluated at the top level (not nested) • Scheme has PRINTF, which is similar to the printf function of C • Note: explicit input and output are not part of the pure functional programming model, because input oper ...
... • Usually not needed, because the interpreter always displays the result of a function evaluated at the top level (not nested) • Scheme has PRINTF, which is similar to the printf function of C • Note: explicit input and output are not part of the pure functional programming model, because input oper ...
Project Three
... function or global variables. Object oriented languages do not have the ability to have local functions, meaning declaring a function inside another function. Object oriented languages have only two types of functions, global and class functions. Class functions are only accessible by objects of th ...
... function or global variables. Object oriented languages do not have the ability to have local functions, meaning declaring a function inside another function. Object oriented languages have only two types of functions, global and class functions. Class functions are only accessible by objects of th ...
Links> Web programming without tiers
... it permits its users to boldly go where no progamming language has gone before. ...
... it permits its users to boldly go where no progamming language has gone before. ...
Structure of Programming Languages – Lecture 6
... to a LISP system, including non-functional loops, assignments, and sequences. Miranda, ML, Haskell: Updated in both syntax (all those parentheses) and semantics (tuples). More purely functional than Common Lisp and Scheme. ...
... to a LISP system, including non-functional loops, assignments, and sequences. Miranda, ML, Haskell: Updated in both syntax (all those parentheses) and semantics (tuples). More purely functional than Common Lisp and Scheme. ...
