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 1 2 3 Simple Picture: add the chimney and smoke Moving Objects: implement movePictureObject Generating […]
Overview Haskell Practice Homework 1 Software System Design and Implementation Functional Programming Practice Curtis Millar CSE, UNSW (and Data61) Term 2 2020 Overview Haskell Practice Homework Recap: What is this course? Software must be high quality: Software must developed correct, safe and secure. cheaply and quickly 2 Overview Haskell Practice Homework 3 Recall: Safety-critical Applications
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Exercise 5 GADTs TypeSafe printf More on Vectors Administrivia 1 Software System Design and Implementation GADTs Practice Curtis Millar CSE, UNSW (and Data61) 22 July 2020 Exercise 5 GADTs TypeSafe printf More on Vectors Administrivia 2 Parse a series of tokens. Stack push and pop. Evaluate a sequence of tokens. Calculate a string. Exercise 5
Exercise 4 State & IO Higher Kinds More Examples Administrivia 1 Software System Design and Implementation Functors, Applicatives, and Monads Practice Curtis Millar CSE, UNSW (and Data61) 15 July 2020 Exercise 4 State & IO Higher Kinds More Examples Administrivia 2 Capitalise all characters in the input file. Sum all the numbers in the input
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COMP3141 Software System Design and Implementation SAMPLE EXAM Term 2, 2020 Total Number of Parts: 5. Total Number of Marks: 125 All parts are of equal value. Answer all questions. Excessively verbose answers may lose marks Failure to make the declaration or making a false declaration results in a 100% mark penalty. Ensure you are
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Compilers and Computer Architecture (G5035)  Introduction. Compilers are programs that translate programs from a source language to a target language. Typically, the target language is low level, for example x86 or RISC-V machine code, and directly executable on a processor or a virtual machine. In contrast, the source language is usually high-level (e.g. Java,
Compilers and computer architecture: Realistic code generation Martin Berger 1 November 2019 1Email: M.F.Berger@sussex.ac.uk, Office hours: Wed 12-13 in Chi-2R312 1/1 Recall the function of compilers 2/1 Recall the structure of compilers Source program Lexical analysis Intermediate code generation Optimisation Syntax analysis Semantic analysis, e.g. type checking Code generation Translated program 3/1 Introduction We have
Compilers and computer architecture: introduction Martin Berger 1 September 2019 1Email: M.F.Berger@sussex.ac.uk, Office hours: Wed 12-13 in Chi-2R312 1/41 Administrative matters: lecturer Name:MartinBerger Email: M.F.Berger@sussex.ac.uk Web: http://users.sussex.ac.uk/~mfb21/compilers Lecturenotesetc:http://users.sussex.ac.uk/ ~mfb21/compilers/material.html Linked from Canvas Officehour:aftertheWednesdayslectures,andon request (please arrange by email, see http://users.sussex.ac.uk/~mfb21/cal for available time-slots) Myroom:ChichesterII,312 2/41 Administrative matters: dates, times
Compilers and computer architecture: Semantic analysis Martin Berger 1 October / November 2019 1Email: M.F.Berger@sussex.ac.uk, Office hours: Wed 12-13 in Chi-2R312 1/1 Recall the function of compilers 2/1 Recall the structure of compilers Source program Lexical analysis Intermediate code generation Optimisation Syntax analysis Semantic analysis, e.g. type checking Code generation Translated program 3/1 Semantic analysis
Compilers and computer architecture: Parsing Martin Berger 1 October 2019 1Email: M.F.Berger@sussex.ac.uk, Office hours: Wed 12-13 in Chi-2R312 1/1 Recall the function of compilers 2/1 Recall we are discussing parsing Source program Lexical analysis Intermediate code generation Optimisation Syntax analysis Semantic analysis, e.g. type checking Code generation Translated program 3/1 Key steps Remember we need: