Functional Programming in Scheme Functional Programming
... - Implicit storage management (garbage collection) - Lexical scoping - Earlier LISPs did not do that (dynamic) ...
... - Implicit storage management (garbage collection) - Lexical scoping - Earlier LISPs did not do that (dynamic) ...
Web Application Development
... boolean someCondition = true; do { // Do something } while (someCondition); ...
... boolean someCondition = true; do { // Do something } while (someCondition); ...
JBoss and Aspects for Middlware Components
... Users want “hooks” in different places of the application so that they can trigger things specific to their particular deployment If hooks are provided using OOP, it becomes tough to redesign or change API. By using pointcuts, the application designer provides logical names to pointcut express ...
... Users want “hooks” in different places of the application so that they can trigger things specific to their particular deployment If hooks are provided using OOP, it becomes tough to redesign or change API. By using pointcuts, the application designer provides logical names to pointcut express ...
Notes for Ch.1 - cse.sc.edu - University of South Carolina
... – abstraction of virtual machine---way of specifying what you want the hardware to do without getting down into the bits • languages from the implementor's point of view Copyright © 2009 Elsevier ...
... – abstraction of virtual machine---way of specifying what you want the hardware to do without getting down into the bits • languages from the implementor's point of view Copyright © 2009 Elsevier ...
Principle of structural induction for fp
... – uses a set of “typical” examples, – symbolic testing, – may find errors, but cannot show absents of errors, – “easy” to do. • Proving correctness – establishes properties of programs by a mathematical proof, • failure error in the program • success program is correct – difficult enterprise. Te ...
... – uses a set of “typical” examples, – symbolic testing, – may find errors, but cannot show absents of errors, – “easy” to do. • Proving correctness – establishes properties of programs by a mathematical proof, • failure error in the program • success program is correct – difficult enterprise. Te ...
1. 6810 Session 1 a. Background to 6810 Computational Physics
... direction of the >>’s in each case. The cout command doesn’t include a carriage return at the end of the output line. You can add it with << endl. [Note: if we didn’t declare using namespace std, we would call these functions std::cin and std::cout.] You should also be familiar with the printf synta ...
... direction of the >>’s in each case. The cout command doesn’t include a carriage return at the end of the output line. You can add it with << endl. [Note: if we didn’t declare using namespace std, we would call these functions std::cin and std::cout.] You should also be familiar with the printf synta ...
An introduction to Python
... - range(N,M): return list of integers from N to M-1 - eval(string): evaluate a string as a Python expression ‣ eval(’C*x**n’, {’C’:10.,‘x’:2.0, ‘n’:3}) - str(object): convert obj to its string representation - zip(seq1, seq2, ...): return “zipped” list of tuples ...
... - range(N,M): return list of integers from N to M-1 - eval(string): evaluate a string as a Python expression ‣ eval(’C*x**n’, {’C’:10.,‘x’:2.0, ‘n’:3}) - str(object): convert obj to its string representation - zip(seq1, seq2, ...): return “zipped” list of tuples ...
Introduction to Functional Programming Using Haskell
... The class methods defined by a Haskell class correspond to virtual functions in a C++ class. Each instance of a class provides its own definition for each method; class defaults correspond to default definitions for a virtual function in the base class. Haskell classes are roughly similar to a Java ...
... The class methods defined by a Haskell class correspond to virtual functions in a C++ class. Each instance of a class provides its own definition for each method; class defaults correspond to default definitions for a virtual function in the base class. Haskell classes are roughly similar to a Java ...
function
... applied lambda calculus with constant values and functions built in. • Some evaluate all function arguments at call time (eager evaluation) and some do not (lazy evaluation). • Some functions can’t be safely defined using eager evaluation: (if (= x 0) 1 (/ 1 x)) • Haskell uses lazy evaluation while ...
... applied lambda calculus with constant values and functions built in. • Some evaluate all function arguments at call time (eager evaluation) and some do not (lazy evaluation). • Some functions can’t be safely defined using eager evaluation: (if (= x 0) 1 (/ 1 x)) • Haskell uses lazy evaluation while ...
Recursion
... • The recursion here says that the sum of the squares of the integers in the range m:n can be obtained by adding the sum of the squares of the left half range, m:middle, to the sum of the squares of the right half range, middle+1:n. • We stop when we reach the base case that occurs when the range co ...
... • The recursion here says that the sum of the squares of the integers in the range m:n can be obtained by adding the sum of the squares of the left half range, m:middle, to the sum of the squares of the right half range, middle+1:n. • We stop when we reach the base case that occurs when the range co ...
A taste of Haskell
... All this pure stuff is very well, but sooner or later we have to talk to X11, whose interface is not at all pure do input/output (other programs) Configuration data Events (mouse, kbd, client) ...
... All this pure stuff is very well, but sooner or later we have to talk to X11, whose interface is not at all pure do input/output (other programs) Configuration data Events (mouse, kbd, client) ...
bYTEBoss control
... • Function representing the rest of the program • Generalized form of tail recursion • Used in Lisp and ML compilation, some OS projects, web application development, … ...
... • Function representing the rest of the program • Generalized form of tail recursion • Used in Lisp and ML compilation, some OS projects, web application development, … ...
Functional Languages
... – a polymorphic function that has a return type of bool, • assumes only that its two arguments are of the same type and can have the equality operator applied to them. ...
... – a polymorphic function that has a return type of bool, • assumes only that its two arguments are of the same type and can have the equality operator applied to them. ...
Towards CNC Programming Using Haskell
... Laziness. Haskell follows a lazy evaluation model [1, 16], which means that functions are evaluated on demand. This is particularly useful when dealing with infinite data structures. For instance, consider a robot hand which performs a specific movement each time a piece is under it. Thanks to lazi ...
... Laziness. Haskell follows a lazy evaluation model [1, 16], which means that functions are evaluated on demand. This is particularly useful when dealing with infinite data structures. For instance, consider a robot hand which performs a specific movement each time a piece is under it. Thanks to lazi ...
Chapter 2
... principal The amount of money being invested, in dollars apr The annual percentage rate expressed as a decimal number. Output The value of the investment 5 years in the future Relatonship Value after one year is given by principal * (1 + apr). This needs to be done 5 ...
... principal The amount of money being invested, in dollars apr The annual percentage rate expressed as a decimal number. Output The value of the investment 5 years in the future Relatonship Value after one year is given by principal * (1 + apr). This needs to be done 5 ...
Logic programming and Prolog Relation vs mapping The logic
... The logic programming paradigm • This paradigm considers a program as describing a relation between input and output. The functional paradigm says that programs are mappings (functions). Both are (more or less) declarative! • Since relations are more general than mappings logic programming may be re ...
... The logic programming paradigm • This paradigm considers a program as describing a relation between input and output. The functional paradigm says that programs are mappings (functions). Both are (more or less) declarative! • Since relations are more general than mappings logic programming may be re ...
InfoWorld Home > Application Development > Languages and Standards > 7...
... 7 programming languages on the rise By Peter Wayner Created 2010-10-25 03:00AM In the world of enterprise programming, the mainstream is broad and deep. Code is written predominantly in one of a few major languages. For some shops, this means Java [1]; for others, it's C# or PHP [2]. Sometimes, ente ...
... 7 programming languages on the rise By Peter Wayner Created 2010-10-25 03:00AM In the world of enterprise programming, the mainstream is broad and deep. Code is written predominantly in one of a few major languages. For some shops, this means Java [1]; for others, it's C# or PHP [2]. Sometimes, ente ...
A Course in Haskell-Based Software Testing
... The curriculum of the one-year Master of Science Programme in Software Engineering at the University of Amsterdam1 starts with a course in Haskell-based software testing. Other courses in the curriculum focus on software construction, software evolution, software architecture, software process, and ...
... The curriculum of the one-year Master of Science Programme in Software Engineering at the University of Amsterdam1 starts with a course in Haskell-based software testing. Other courses in the curriculum focus on software construction, software evolution, software architecture, software process, and ...
C Sharp (programming language)
C# (pronounced as see sharp) is a multi-paradigm programming language encompassing strong typing, imperative, declarative, functional, generic, object-oriented (class-based), and component-oriented programming disciplines. It was developed by Microsoft within its .NET initiative and later approved as a standard by Ecma (ECMA-334) and ISO (ISO/IEC 23270:2006). C# is one of the programming languages designed for the Common Language Infrastructure.C# is intended to be a simple, modern, general-purpose, object-oriented programming language. Its development team is led by Anders Hejlsberg. The most recent version is C# 6.0, which was released on July 20, 2015.