Microsoft PowerPoint – 2_Unix_Linux_Intro_to_C O SU C SE 2 42 1 J.E.Jones CSE 2421 O SU C SE 2 42 1 J.E.Jones Developed from 1969-1971 at AT&T Bell Laboratories (Ken Thompson/Dennis Ritchie/Brian Kernighan/Douglas McIIroy/Joe Ossanna) Written largely in C (some assembly language code as well) C was originally developed as a programming […]
Slide 1 Operating Systems CSCI-GA.2250-001 Introduction Hubertus Franke .edu Components of a Modern Computer – One or more processors – Main memory – Disks – Printers – Keyboard – Mouse – Display – Network interfaces – I/O devices Media Player emails Games Word Processing Media Player emails Games Word Processing Does a programmer need to
Slide 1 Operating Systems Hubertus Franke .edu CSCI-GA.2250-001 Concurrency && Deadlocks For illustration purpose only Potential Deadlock I need quad A and B I need quad B and C I need quad C and D I need quad D and A Actual Deadlock HALT until B is free HALT until C is free HALT until
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Lab 4: Basic Dataflow Analysis CIS 547: Software Analysis Lab 4: Basic Dataflow Analysis (Summer 2021) Synopsis Building a “division-by-zero” static analysis for a subset of the C language that includes branches and loops. Objective In this lab, you will build a static analyzer that detects potential divide-by-zero errors in C programs at compile-time. You
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Lab 2: Dynamic Analysis CIS 547: Software Analysis Lab 2: Dynamic Analysis (Summer 2021) Synopsis Building a “division-by-zero” dynamic analyzer for the C language using the LLVM framework. Objective In this lab, you will build a dynamic analyzer to check for division-by-zero errors in C programs at runtime. You will create an LLVM pass that
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COMP2521 Data Structures & Algorithms Week 1.3 Compilation & Makefiles 1 In this lecture Why? Compilation in the real world isn’t as straightforward as you were led to believe in 1511 What? GCC compilation make & Makefiles 2 Compilers Compilers are programs that: convert program source code to executable form “executable” might be machine
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CIS 547: Software Analysis Lab 1: LLVM and Analysis Tools (Summer 2021) Synopsis Understanding the LLVM IR and applying analysis tools AFL and IKOS to small C programs. Objective The objective of this lab is two-fold: · Understanding the representation of C programs that we will use in all the labs. Called LLVM IR, it
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Building Program Reasoning Tools using LLVM and Z3 Elizabeth Dinella, Pardis Pashakhanloo, Anthony Canino, Mayur Naik POPL’20 Tutorial – January 20, 2020 ‹#› Tutorial Overview Learn to build program reasoning tools using LLVM and Z3 via three examples: A Static Dataflow Analyzer A Symbolic Execution Engine A Static Assertion Verifier These examples capture the core
01 Introduction Introduction ECS713 : Functional Programming Week 01 Prof. Edmund Robinson Dr Paulo Oliva Week 1: Lecture Plan 1. Student Online Survey 2. ECS713 Module Structure 3. History of Functional Programming 4. Using Jupyter Hub / Haskell stack 5. Core Haskell: Definitions, Types, Tuples, Lists 6. Student Quiz 7. First Haskell Program CloudSurvey.co.uk LearnOuts.com
ECS713-week06 Dr. Paulo Oliva / Prof. Edmund Robinson Week 6: Input/Output in Haskell ECS713 Functional Programming Core Haskell / Types / IO Actions / Haskell “stack” Tool / Parsing Core Haskell: Working with modules – import modules using the “import” keyword – organise your code into modules using the “module” keyword Types: The “unit” type () – understand
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