FIT9131 Week 1 Welcome to Programming Foundations FIT9131 1 Week 1: Introduction FIT9131 Week 1 Unit Lecturers Mon 1-3pm in C1 Clayton Judy Sheard Tel: 9903 2701 Room: H6.46 Caulfield Campus judy.sheard@monash.edu In Malaysia: Ong Huey Fang ong.hueyfang@monash.edu 2 FIT9131 Week 1 Lecture 1 outline 3 • Introduction and expectations • What is a computer? […]
Exercise 1 Property Based Testing Proofs and Tests Homework Consultations 1 Software System Design and Implementation Property Based Testing Practice Curtis Millar CSE, UNSW (and Data61) 17 June 2020 Exercise 1 Property Based Testing Proofs and Tests Homework Consultations 2 Exercise 1 Exercise 1 Property Based Testing Proofs and Tests Homework Consultations 3 1 Simple
Effects State IO QuickChecking Effects 1 Software System Design and Implementation Effects and State Liam O’Connor CSE, UNSW (and Data61) Term 2 2019 Effects State IO QuickChecking Effects Effects Effects Effects are observable phenomena from the execution of a program. Example (Memory effects) Example (IO) int *p = … … // read and write *p
Part of Speech Tagging¶ Several corpora with manual part of speech (POS) tagging are included in NLTK. For this exercise, we’ll use a sample of the Penn Treebank corpus, a collection of Wall Street Journal articles. We can access the part-of-speech information for either the Penn Treebank or the Brown as follows. We use sentences
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Effects State IO QuickChecking Effects 1 Software System Design and Implementation Effects and State Liam O’Connor CSE, UNSW (and Data61) Term 2 2019 Effects State IO QuickChecking Effects Effects Effects 2 Effects are observable phenomena from the execution of a program. Effects State IO QuickChecking Effects Effects Effects Effects are observable phenomena from the execution
Recap: Logic Typed Lambda Calculus Algebraic Type Isomorphism Polymorphism and Parametricity 1 Software System Design and Implementation Theory of Types Liam O’Connor University of Edinburgh LFCS (and UNSW) Term 2 2020 Recap: Logic Typed Lambda Calculus Algebraic Type Isomorphism Polymorphism and Parametricity Natural Deduction Logic We can specify a logical system as a deductive system
FIT9131 Week 2 Programming Foundations FIT9131 1 Defining a class Week 2 FIT9131 Week 2 Lecture outline • review of OO concepts from last week • defining a class • fields • assignments • expressions • constructors • methods and method signatures • parameter passing, return values • “accessor” and “mutator” methods • data types
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Candidate Number THE UNIVERSITY OF SUSSEX BSc SECOND YEAR EXAMINATION January 2019 (A1) Compilers and Computer Architecture Assessment Period: January 2019 (A1) G5035 DO NOT TURN OVER UNTIL INSTRUCTED TO BY THE LEAD INVIGILATOR Candidates should answer TWO questions out of THREE. If all three questions are attempted only the first two answers will be
Tutorial Week 8 Introduction. The purpose of this week’s lab is to get more familiar with assembly programming. Task 1. For all the programs below, given in pseudo-code, produce an assembler program (using the stack-machine see here) that implements the same functionality. In each case, we assume that various variables (named x, a, …) sit
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Recap Applicative Functors Monads 1 Software System Design and Implementation Functors, Applicatives, and Monads Liam O¡¯Connor University of Edinburgh LFCS (and UNSW) Term 2 2020 Recap Applicative Functors Monads 2 We¡¯ll be looking at three very common abstractions: used in functional programming and, increasingly, in imperative programming as well. Motivation Recap Applicative Functors Monads 3
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