CS 61A Structure and Interpretation of Computer Programs Spring 2016 Final Examination (with corrections) INSTRUCTIONS • This exam should have 18 pages. You have 3 hours to complete the exam. • The exam is open book, open notes, closed computer, closed calculator. The official CS 61A midterm 1, 2, and final study guides will be […]
CS 61A Structure and Interpretation of Computer Programs Spring 2015 INSTRUCTIONS Midterm 2 Solutions • You have 2 hours to complete the exam. • The exam is closed book, closed notes, closed computer, closed calculator, except one hand-written 8.5” × 11” crib sheet of your own creation and the official 61A midterm 1 study guide
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CS 61A Structure and Interpretation of Computer Programs Spring 2015 INSTRUCTIONS Midterm 1 Solutions • You have 2 hours to complete the exam. • The exam is closed book, closed notes, closed computer, closed calculator, except one hand-written 8.5” × 11” crib sheet of your own creation and the official 61A midterm 1 study guide
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CS 61A Structure and Interpretation of Computer Programs Spring 2019 INSTRUCTIONS • You have 55 minutes to complete the exam. Midterm 1 Solutions • The exam is closed book, closed notes, closed computer, closed calculator, except one hand-written 8.5″ × 11″ crib sheet of your own creation and the official CS 61A midterm 1 study
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# User defined data types – part 1 ## Level of difficulty of this handout This handout includes material of easy, medium, hard and advanced level. If some of the material feels difficult, it is probably because it is difficult rather than your fault. This means you have to work hard if you want to
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# Implementing a small imperative language A video on this section can be found [here](https://bham.cloud.panopto.eu/Panopto/Pages/Viewer.aspx?id=c37094a4-9a88-4803-8f73-ac85012eb81b). We implement an [interpreter](https://en.wikipedia.org/wiki/Interpreter_(computing)) for a small imperative programming language. ## Example This is the sample file [fibonacci.xy](fibonacci.xy): “`java { y := 0; z := 1; while (x > 0) { x := x – 1; t := y +
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Software Design and Construction 1 SOFT2201 / COMP9201 Introduction to Design Patterns Dr. Grane School of Computer Science The University of 1 Copyright warning COMMONWEALTH OF AUSTRALIA Copyright Regulations 1969 WARNING This material has been reproduced and communicated to you by or on behalf of the University of Sydney pursuant to Part VB of the
OS and Unix Overview CSci4061: Introduction to Operating Systems September 9, 2021 Computer Science & Engineering, University of Minnesota 1 Some announcements • Another TA: , Lab 24 • • 11:00am-noon Fridays • Per the department, facial shield in not considered a mask • In-class quizzes: Kahoot! • Need a permission number? • Contact for
# Runxy A video on this section can be found [here](https://bham.cloud.panopto.eu/Panopto/Pages/Viewer.aspx?id=42bd0989-17ef-484d-bdf2-ac85012f0075). This command line interface allows to run e.g. “` $ runhaskell Runxy.hs factorial.xy 5 120 “` for the file [factorial.xy](factorial.xy). The usage is “` runhaskell Runxy.hs “` Alternatively, for faster execution time, you can compile `Runxy.hs` with “` $ ghc –make Runxy.hs “` and
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OS and Unix Overview CSci4061: Introduction to Operating Systems September 9, 2021 Computer Science & Engineering, University of Minnesota 1 Some announcements • Another TA: , Lab 24 • • 11:00am-noon Fridays • Per the department, facial shield in not considered a mask • In-class quizzes: Kahoot! • Need a permission number? • Contact for