CSC 230: Assembly Language intro University of Victoria Department of Computer Science CSC 230: Computer Architecture and Assembly Language Assembly Language intro: Slide 1 Assembly Language intro • Setting the stage • MIPS32 model • Machine operation • Machine language • MIPS assembly language, assembler • More on the MIPS32 architecture’s ISA (or Instruction Set […]
.text # $15 – pointer to result # $16 – pointer to current integer # $17 – pointer to number of values # $10 – current sum # $11 – current integer # $12 – current count # initialize pointers la $15, result la $16, nums la $17, count li $10, 0 # our sum
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NOTES FOR DISCUSSION EXERCISE #3 Surprise! We’re now done with Ruby and moving onto a new programming language: OCaml. This discussion will go over OCaml basics, including typing/type inference, lists, tuples, functions, and testing! OCaml Overview Remember that we called Ruby a _dynamically typed, implicitly declared, interpreted_ programming language. In turn, those mean: – dynamically
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CSC 230: Computer Architecture and Assembly Language Dr. Mike Zastre Department of Computer Science University of Victoria Summer 2020 University of Victoria Department of Computer Science CSC 230: Computer Architecture and Assembly Language Overview: Slide 1 Introduction: What this course covers • The architecture of computer systems and instruction sets • The organization and interaction
EE4204 Computer Networks I (Part 1) Socket Programming Assignment Lab Course Material Lecturer : Assoc. Prof. Mohan Gurusamy, HYPERLINK “mailto:elegm@nus.edu.sg” elegm@nus.edu.sg I. C programming in Linux Editing: You can use any editor in Linux to write your source code. Emacs and vi are possible choices of editors. Compilation: You can use the command-line compiler gcc
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SUMMATIVE 2 The questions and marking scheme are designed so that the following holds: 40% third class (pass) 50% lower second, or 2.2 60% upper second, of 2.1 70% first class – The last two questions are deliberately much harder than the other ones. They are designed to get you a first class mark if
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Question 1 In a file called a3q1_composition.scm solve the following problems. • Function composition f ∘ g is an operation that takes two functions f and g and returns a function h such that h(x) = f(g(x)). [2 marks] Define a function (compose f g) that returns a composed function f ∘ g, such that the following usage works as shown. • (define square (lambda(x)(* x x))) • (define double
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Concurrent Programming CS511 1/49 About Erlang Functional language Concurrent/Distributed No shared memory (message passing) No types at compile time Dynamically typed Open source Developed in the 80s in Ericsson by Joe Armstrong, Robert Virding and Mike Williams 2/49 Runtime System Compiled code runs on a virtual machine
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Message Passing CS511 1/61 Message Passing Exceptions Links and Monitors 2/61 Interaction Models Previously Shared memory (low-level, non-structured) Semaphores (low-level, non-structured) Monitors (popular, structured, encapsulate synchronization) So what’s the problem with monitors? Highly centralized (un/blocking processes, maintaining queues of blocked processes, encapsulating data) For modern, distributed architectures, need
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FIT5042 S2 2020 Assignment Spec V1.1 Xiaoxiang Guan and teaching team +- WEB APPLICATION DEVELOPMENT OVERVIEW: 1. Assignment Background and Description FIT5042 Assignment comprises three deliverables: Design Report, Java EE web application, Research Report. These are all individual based deliverables. Assume that you work for a world-wide company (AUSPrintings Pty Ltd) based in Australia. This