Functional Programming SuSe19 Solution – Exam 12.08.2019 aaProf. Dr. J. Giesl M. Hark Exercise 1 (Programming in Haskell): (6 + 9 + 9 + 14 = 38 points) We use the following data structure Graph a to represent undirected graphs in Haskell by a list of edges, where the nodes are labeled by values of […]
Functional Programming SS16 Solution – Exam 17.08.2016 aaProf. Dr. J. Giesl D. Korzeniewski Exercise 1 (Programming in Haskell): (6 + 6 + 7 + 16 = 35 points) We de�ne a polymorphic data structure Warehouse to represent a warehouse that can contain goods. data Warehouse a = Corridor (Warehouse a) (Warehouse a) | Shelf [a]
Functional Programming SuSe19 Solution – Exam 10.09.2019 aaProf. Dr. J. Giesl M. Hark Exercise 1 (Programming in Haskell): (5 + 12 + 9 + 14 = 40 points) We use the following data structure Tree a to represent binary trees in Haskell. data Tree a = E | N a (Tree a) (Tree a) For
Functional Programming SS16 Solution – Exam 19.09.2016 aaProf. Dr. J. Giesl D. Korzeniewski Exercise 1 (Programming in Haskell): (7 + 7 + 5 + 18 = 37 points) We de�ne a polymorphic data structure Maze to represent a maze (i.e., a labyrinth) that can contain treasures and traps. The data structure Discovery is used to
Functional Programming SS14 Solution – Exam (V3B) 15.09.2014 aaProf. Dr. J. Giesl F. Frohn Exercise 1 (Quiz): (3 + 3 + 3 = 9 points) a) Give a type declaration for f such that (f True) (f 1) is well typed in Haskell or explain why such a type declaration cannot exist. b) Prove or
module LambdaParser where import Parser import Data.Lambda Copyright By PowCoder代写 加微信 powcoder import Data.Builder — You can add more imports if you need them — Remember that you can (and should) define your own functions, types, and — parser combinators. Each of the implementations for the functions below — should be fairly short and concise.
程序代写 module LambdaParser where Read More »
CSC324 Assignment 2: An Interpreter in Haskell In this assignment, we will write an interpreter for a functional language in Haskell called StagShell, similar to the interpreter that we discussed in class. Because Haskell is a strongly typed language, implementing an interpreter in Haskell will help you better-understand the types of objects that are being
b’asn2-starter.tar.gz’ 5 #!/usr/bin/python3 ##################################################### ############# LEAVE CODE BELOW ALONE ############# # Include base directory into path import os, sys sys.path.append(os.path.abspath(os.path.join(os.path.dirname( __file__ ), ‘..’, ‘..’))) # Import tester from tester import failtest, passtest, assertequals, runcmd, preparefile, runcmdsafe ############# END UNTOUCHABLE CODE ############# ##################################################### ################################### # Write your testing script below # ################################### python_bin = sys.executable import
CS计算机代考程序代写 DrRacket scheme python ocaml Lambda Calculus compiler b’asn2-starter.tar.gz’ Read More »
# Desugaring, Promises, Exceptions # This project is the start of a multi-stage ‘nano-pass’ compiler. For the next few projects, you will be starting with an input language defining a set of features you will implement. You will then translate (compile) those features into an output language–sometimes a subset of the language you started with.
Lecture Notes for CSCI 3110: Design and Analysis of Algorithms Travis Gagie Faculty of Computer Science Dalhousie University Summer 2021 Contents 1 “Clink” versus “BOOM” 4 I Divide and Conquer 9 2 Colouring Graphs 10 Assignment 1 20 Solution 22 3 Euclid, Karatsuba, Strassen 25 4 Fast Fourier Transform 33 Assignment 2 38 Solutions 40