Python是一种高级编程语言，它用于创建网页，移动应用程序，脚本和机器学习模型。它拥有强大的类库，允许开发人员快速编写功能强大的应用程序。
Python有许多优点，其中包括：它是相对容易学习和使用的动态编程语言；它拥有丰富的内置库和模块；它拥有广泛的社区支持；它支持跨平台；它可以进行快速原型开发；它可以有效地利用内存；它可以使用C / C ++扩展；它支持大量的开源框架和库；它具有强大的编程能力和可读性；它支持多种编程风格；它可以进行测试驱动开发，以及其他许多优点。
Assignment 3 Semester 1, 2022 CSSE1001/CSSE7030 Due date: 26th May 2023 16:00 GMT+10 1 Introduction In Assignment 3 you will implement a graphical user interface (GUI) for Farm Game. Farm Game is a role-playing video game in which the player runs a farm, planting and harvesting crops, tilling and untilling soil, and buying and selling […]
CSSE1001 CSSE7030 A3 Read More »
Project #2: Brewin++ Interpreter CS131 Spring 2023 Due date: May 21st, 11:59pm Please check Campuswire for clarifications/updates frequently Introduction…………………………………………………………………………………………………………………. 3 Static Typing……………………………………………………………………………………………………………. 3 Default Return Values from Functions…………………………………………………………………………. 4 Local Variables………………………………………………………………………………………………………….4 Inheritance………………………………………………………………………………………………………………. 5 Polymorphism………………………………………………………………………………………………………….. 6 Brewin++ Language Detailed Spec………………………………………………………………………………..7 Static Typing……………………………………………………………………………………………………………. 7 All fields must have a type specified………………………………………………………………………. 7 Methods must now have a
CS131 Brewin++ Interpreter Read More »
# CS 131 Spring 2023: Project Starter Hey there! This is a template repository that contains the necessary boilerplate for [CS 131](https://ucla-cs-131.github.io/spring-23/)’s quarter-long project: making an interpreter. The project specs are as follows: 1. [Project 1 Spec](https://docs.google.com/document/d/1pPQ2qZKbbsbZGBSwvuy1Ir-NZLPMgVt95WPQuI5aPho) 1. [Project 2 Spec](https://docs.google.com/document/d/1simlDMO0TK-YNDPYjkuU1C3fcaBpbIVYRaKD1pdqJj8/edit?usp=sharing) There are three stages to the project; students are currently at the second. Thus,
CS 131 Spring 2023: Project Starter Read More »
The module that brings it all together! We intentionally keep this as small as possible, delegating functionality to various modules. from classv1 import ClassDef from intbase import InterpreterBase, ErrorType from bparser import BParser from objectv1 import ObjectDef class Interpreter(InterpreterBase): Main interpreter class that subclasses InterpreterBase. def __init__(self, console_output=True, inp=None, trace_output=False): super().__init__(console_output, inp) self.trace_output = trace_output
Faculty of Science & Engineering COMP8325 Applications of Artificial Intelligence for Cyber Security Assignment 1 Part 2 Description Total Marks: 12 Weighting: 12% Deadline: Monday, May 29, 11:55 pm. LEARNING OUTCOME This assignment deals with the recovery of digital evidence. On successful completion, you will be able to • Engage with the material learned in
COMP8325 Ass1 Part2 Read More »
Updates (v1) Clarification on number of algorithms to implement. • You need to implement at least three different algorithms in total. • For each of the query task, you need to implement at least two different algorithms so you can make comparisons between different methods for the same query task. • One algorithm (e.g., R-Tree)
Resit Coursework of CNSCC365 Advanced Networking This is the resit coursework for CNSCC365 Advanced Networking. There are two tasks in total: Task A and Task B. Both tasks will be assessed. This task is related to the original Task 1 Create Topology in Mininet, which can be found in the ‘Lab Materials’ section on this
CNSCC365 resit coursework Read More »
Task 1: Create Topology in Mininet In this task, we first introduce the basic commands in Mininet which can be used to test the created topology. Then, students are asked to create a network topology based on the given network diagram, using Mininet and Python. The skeleton code is also given. Objectives of Task 1
Task 2: Create A Controller In this task, the Ryu framework is introduced that allow you to create a controller. In Task 2.1, you will be creating a controller that provides Layer 2 Learning switch functionality to the OpenFlow switch. In Task 2.2, you will expand the switch controller you created, improving it both in
Assignment 2 Introduction Assignment Overview The assignment is an individual assessment. It contributes 40% of your �nal marks. The assignment consists of a programming exercise and a skill-based test (viva). The due date for the programming exercises is on 9 May 2023, 11.59 pm (Sydney time). The skill-based test will be held on weeks 12-13,
Python Assignment 2 Read More »