Java Puzzlers

This document discusses F# and FParsec. It provides examples of parsing expressions in FParsec using lazy evaluation and references, as opposed to NParsec which uses bindings. FParsec allows defining recursive parsers in a natural way in F#.

Here I link up up some very useful material by Robert Norris (@tpolecat) and Martin Odersky (@odersky) to introduce Monad laws and reinforce the importance of checking the laws. E.g. while Option satisfies the laws, Try is not a lawful Monad: it trades the left identity law for the bullet-proof principle. * ERRATA * 1) on the first slide the Kleisli composition signature appears three times, but one of the occurrences is incorrect in that it is (>=>)::(a->mb)->(b->mb)->(a->mc) whereas is should be (>=>)::(a->mb)->(b->mc)->(a->mc) - thank you Jules Ivanic.

(download for best quality slides) Gain a deeper understanding of why right folds over very large and infinite lists are sometimes possible in Haskell. See how lazy evaluation and function strictness affect left and right folds in Haskell. Learn when an ordinary left fold results in a space leak and how to avoid it using a strict left fold. This version eliminates some minor imperfections and corrects the following two errors: slide 15: "as sharing is required" should be "as sharing is not required" slide 43: 푠푓표푙푑푙 (⊕) 푎 should be 푠푓표푙푑푙 (⊕) 푒

Understand the expression problem See Haskell and Scala code illustrating the problem Learn how FP typeclasses can be used to solve the problem See the Haskell solution to the problem and a translation into Scala Part 2

Complete Information till 2D arrays. In this slides you can also find information about loops and control decision.... Best slides for beginners who wants to learn about C programming language..

First part of this presentation explains basics and advantages of using functional programming approaches with lambda calculus. Second part of this presentation explains how can we use lambda calculus in C# 3.0

The document provides an introduction to the CLIPS expert system shell. It discusses CLIPS' components like facts, rules, and the inference engine. It explains how CLIPS uses forward chaining to match facts to rules and fire actions. The objectives are to understand rule-based expert system concepts and apply them using CLIPS.

This PDF contains notes about control flow and functions in problem solving and python programming (as per Anna university syllabus)

The document discusses various Java operators including assignment, arithmetic, relational, logical, bitwise, and shift operators. It provides examples of using each operator type on primitive data types like int and boolean. Key points include: - Assignment (=), arithmetic (+ - * / %), relational (>, <, ==, !=), logical (&&, ||, !) and bitwise (& | ^ ~) operators in Java. - Implicit type promotions and casts that occur with arithmetic and relational operators. - Short-circuit evaluation behavior of logical && and || operators. - Using shift operators (<< >> >>>) to manipulate bits in binary representations of integers.

The document discusses different parameter passing techniques in programming languages, including pass by value, pass by reference, and pass by result/value-result. It provides examples in languages like C, C++, Java, C#, Pascal, Ada to illustrate how each technique works and the differences between them. It also covers topics like parameter modes (in, out, in-out), parameter arrays, and variable arguments.

This document contains sample questions and explanations for the OCP Java SE 8 exam related to lambda expressions and functional interfaces. It includes multiple choice questions testing knowledge of valid lambda expression syntax, lambda behavior and scoping, and proper usage of the @FunctionalInterface annotation. The explanations provide detailed reasoning for the correct answers and why the other options are incorrect.

The document provides documentation on various functions available in the Ring programming language standard library (stdlib). It describes functions for generating permutations, reading lines from a file, finding substrings, changing substrings, sleeping, checking if a file is the main source file, checking if a directory exists, making directories, getting file sizes, trimming strings, getting the epoch time, executing system commands, listing all files in a folder, and more. It also provides details on classes in the stdlib like the String, List, Stack, Queue, HashTable, Tree, Math, DateTime, File, and other classes along with their methods.

This slide deck is my homage to SICP, the book which first introduced me to the Functional Programming triad of map, filter and fold. It was during my Computer Science degree that a fellow student gave me a copy of the first edition, not long after the book came out. I have not yet come across a better introduction to these three functions. The upcoming slides are closely based on the second edition of the book, a free online copy of which can be found here: https://mitpress.mit.edu/sites/default/files/sicp/full-text/book/book.html. Download for original image quality. Errata: slide 20: the Clojure map function is in fact the Scheme one repeated - see code below for correction. Scheme code: https://github.com/philipschwarz/the-fp-triad-of-map-filter-and-fold-scheme Clojure code: https://github.com/philipschwarz/the-fp-triad-of-map-filter-and-fold-clojure

Lecture 4 of compiler construction course on program transformation by means of strategic term rewriting in Stratego

Scope graphs are used to represent the binding information in programs. They provide a language-independent representation of name resolution that can be used to conduct and represent the results of name resolution. Separating the representation of resolved programs from the declarative rules that define name binding allows language-independent tooling to be developed for name resolution and other tasks.