— CPSC 312 – 2021 – Lazy Computation in Haskell module Lazy where — To run it, try: — ghci — :load Lazy add1y x y = y+1 add1x x y = x+1 — foldr add1y 0 [7..9] m x y = x*y inf = 1+inf inlst = 1:inlst — try: — take 20 inlst […]
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— CPSC 312 – 2021 – Binary Search Trees in Haskell — Copyright D. Poole 2021 released under the GPL. module BSTree where — To run it, try: — ghci — :load BSTree — a binary search tree data BSTree k v = Empty | Node k v (BSTree k v) (BSTree k v) deriving
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“Learn at least a half dozen programming languages. Include one language that emphasizes class abstractions (like Java or C++), one that emphasizes functional ab- straction (like Lisp or ML or Haskell), one that supports syntactic abstraction (like Lisp), one that supports declar- ative specifications (like Prolog or C++ templates), and one that emphasizes parallelism (like
Announcements Midterm #2 next Monday ¡ª see the course web site for more details (same format as Midterm 1, including you can write up to 24 hours early) Watch Pizza for booking project demos One must learn by doing the thing; for though you think you know it, you have no certainty until you try.
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— CPSC 312 – 2021 – Lists in Haskell module Lists4 where — To run it, try: — ghci — :load Lists4 — myappend [a1,a2,..,an] [b1,b2,..,bm] = [a1,a2,..,an,b1,b2,..,bm] myappend l1 l2 = foldr (:) l2 l1 — append with infix operator l1 ++++ l2 = foldr (:) l2 l1 — [1,2,4,6] ++++ [11,23,45,56] — dotprod
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— CPSC 312 – 2021 – Games in Haskell —– Same as Magic_sum except that the state has ordered lists module MagicSum_ord_hash where import Hash — To run it, try: — ghci — :load MagicSum_ord_hash data State = State InternalState [Action] — internal_state available_actions deriving (Ord, Eq, Show) data Result = EndOfGame Double State —
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— CPSC 312 – 2019 – Binary Search Tree Dictionaries in Haskell module TreeDict (Dict, emptyDict, — Dict k v getval, — (Ord k) => k -> Dict k v -> Maybe v insertval, — (Ord k) => k -> v -> Dict k v -> Dict k v update_tree, — (Ord k) => k
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— CPSC 312 – 2021 – Lists in Haskell module Lists where — To run it, try: — ghci — :load Lists — myappend l1 l2 returns the list containing the elements of l1 followed by the elements of l2 myappend [] l2 = l2 myappend (h:t) l2 = h : myappend t l2 —
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Challenge description Construct the language-transformer function slice defined as Zw’ € L, where w is w’ with every second symbol removed Copyright By PowCoder代写 加微信 powcoder where L is a regular language. Language slice(L) contains all strings obtained from the strings of L by removing every second For example: if I = {a, ab, bc,
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0/23 Questions Answered Mid-Semester Exam I Repeat STUDENT NAME Search students by name or email… ” Q1 Instructions 0 Points You must acknowledge the following integrity pledge before proceeding. Please read carefully and check all the boxes. I am committed to being a person of integrity. I pledge, as a member of the Australian National
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