CS61B Project 3: BYOW Introduction Skeleton Code Phase 1: World Generation Tileset and Tile Rendering Starting Your Program Requirements Design Document Design Document Guidelines Phase 2: Interactivity UI (User Interface) Appearance UI Behavior Saving and Loading Interacting With Input Strings Ambition Score 1080 Point Primary Features 360 Point Secondary Features Requirements Summary Submission and Scoring […]
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# cmpsc473 Project P3 Using File Path Names Securely **_This is an individual project. Do you own work! Due: April 28, 2023 at 11:59pm_** **_See Chapters 39 and 40 in “Operating Systems: Three Easy Pieces” for background. We’ll discuss this in class next week. Read this intro section by Tu._** Perhaps surprisingly, opening a file
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COMP3121/9101 23T1 — Assignment 3 (UNSW Sydney) Due Friday 14th April at 5pm Sydney time In this assignment we apply dynamic programming and associated graph algorithms. There are three problems each worth 20 marks, for a total of 60 marks. Partial credit will be awarded for progress towards a solution. We’ll award one mark for
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EECS 2011 Z, Winter 2023 – Assignment 4 Remember to write your full name and student number prominently on your submission. To avoid suspicions of plagiarism: at the beginning of your submission, clearly state any resources (people, print, electronic) outside of the course materials, and the course staff, that you consulted. You must submit a
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1) Could your program pass all the provided 3 test cases? If not, please give the possible reasons. 2) How you find all the text files under a directory, i.e., the implementation of traverseDir() function. (Hint: You may describe the system calls, the data structures, the header files, and any other functions used in your
Spring 2023 – CSEE W4119 Computer Networks Programming Assignment 2 – Network Protocols Emulation Prof. Gil Zussman due: 4/24/2023, 23:59pm 1 Introduction In this assignment, you will emulate the operation of a link layer and network layer protocol in a small computer network. The program you write should behave like a single node in the
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Assignment 2: Huffman tree compression CSC148 2023 Learning goals Introduction Background Fixed-Length and Variable-Length Codes Goal of Algorithm** Preliminaries Huffman¡¯s Algorithm Building the Tree Compressing Data Writing a Compressed File Decompressing Text Another Function Testing Your Work Thorough testing with pytest Plagiarism Acknowledgment Submission Instructions Learning goals After completing this assignment, you will be able
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#include #include #include #include “friends.h” #define INPUT_BUFFER_SIZE 256 #define INPUT_ARG_MAX_NUM 12 #define DELIM ” \n” * Print a formatted error message to stderr. void error(char *msg) { fprintf(stderr, “Error: %s\n”, msg); * Read and process commands * Return: -1 for quit command * 0 otherwise int process_args(int cmd_argc, char **cmd_argv, User **user_list_ptr) { User *user_list
CSC369 Assignment 5 FUSE File Systems Due Dec 10 by 11:59p.m. Points 9 Available after Nov 23 at 12p.m. Introduction You will be implementing a version of the Very Simple File System (VSFS) from the OSTEP text and lectures. We will be using FUSE to interact with your file system. FUSE allows you to implement
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COMP2017 Week 5 Tutorial Dynamic Memory One of the most important uses of dynamic memory is to create a dynamically sized array at run time. Up until C99 it was impossible to do this without calling malloc. For an array with some length ‘length’, we can create a dynamically sized array as follows: int* my_arr
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