Final Project COMP 302 Programming Languages and Paradigms Due Date: 30 April 2021 1 Introduction In this project, you will implement a language called MiniML, in OCaml. This will allow you to work with a larger code base, make use of many of the concepts that you have seen in class throughout the semester, and […]
CS计算机代考程序代写 ocaml interpreter algorithm Final Project Read More »
CS 461 Subroutines and Control Abstraction Activation Record and Tail Recursion Yanling Wang Computer Science and Engineering Penn State University Carnegie Mellon 1 Outline ¢ Last Lecture – Parameter Passing Mode § Call-By-Value-Result (Ada’s in out parameter) § Call-By-Sharing (Call-By-Value in Java/Python where value is a reference) § Call-By-Value/Sharing (C array’s value is a reference/pointer
CS计算机代考程序代写 ocaml python scheme compiler Java CS 461 Read More »
CS 461 Subroutines and Control Abstraction Tail Recursion Exception Handling Yanling Wang Computer Science and Engineering Penn State University Carnegie Mellon 1 Outline ¢ This Lecture – Activation Record and Tail Recursion ¢ This Lecture – Exception Handling Carnegie Mellon 2 TAIL RECURSION Carnegie Mellon 3 Review of Storage Layout High address Carnegie Mellon Stack
CS计算机代考程序代写 c++ ocaml scheme compiler Java CS 461 Read More »
CS 461 Lambda Calculus 7: Functional Programming in Racket Yanling Wang Computer Science and Engineering Penn State University Carnegie Mellon 1 How to encode things in 𝝀-Calculus ¢ Booleans (lecture 18/19) § True, False § Boolean operations: and, or, … § if expression: if condition then-expr else-expr ¢ Natural Numbers (lecture 18/19) § Natural numbers
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Compile and run your code: ¶ code in src/assignment3.ml and src/eval.ml . Use make to compile the code. Then, use ./imp to excute it. Submission: , cd into the directory which contains src . You should write your Please submit a zip file including assignment3.ml and eval.ml only. 1/12 Library functions: You can use any
== Small-Step Semantics == Create folder “interpreter” in the main directory of the project (not in the folder interpreter_bigstep) Create the file interpreter.ml with the following data type: type exp = | True | False | If of exp * exp * exp | Num of int | IsZero of exp | Plus of exp
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== Type System == Augment interpreter.ml with the following data type type typ = TBool | TInt and exception exception Type_error and create the function: type_check : exp -> typ let rec type_check (e : exp) = … insert code … The function type_check takes in input an expression and returns the type of that
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== Big-Step Semantics == Augment interpreter_bigstep.ml with the exception exception Eval_error and the function: eval : exp -> exp let rec eval (e : exp) = … insert code … The function evaluates the expressions of the language, and returns a value, or raises the OCaml exception Eval_error if the computation fails. Test eval with
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3/13/2021 assignment3 Important notes about grading: 1. Compiler errors: Programs that cannot be compiled will receive an automatic zero. If you are having trouble getting your assignment to compile, please visit recitation or office hours. 2. Late assignments: Please carefully review the course website’s policy on late assignments, as all assignments handed in after the
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CSci 2041 Computer Laboratory 7 Computer Laboratory 7 CSCI 2041: Advanced Programming Principles March 9, 2021 0. Introduction. In this laboratory assignment, you will write functions that implement a hash table which resolves collisions by chaining. (You may have discussed such hash tables in a data structures course before CSCI 2041.) It is similar to
CS计算机代考程序代写 chain ocaml data structure CSci 2041 Computer Laboratory 7 Read More »