COMP2521 23T2 Assignment 1

// Main program for testing the multiset ADT // COMP2521 23T2 Assignment 1 #include #include #include #include #include “Mset.h” // These functions are deliberately not static to make testing more // convenient. void testMsetInsert(void); void testMsetInsertMany(void); void testMsetSize(void); void testMsetTotalCount(void); void testMsetGetCount(void); void testMsetShow(void); void testMsetUnion(void); void testMsetIntersection(void); void testMsetSum(void); void testMsetDifference(void); void testMsetIncluded(void); void

COMP2521 23T2 Assignment 1 Read More »

analysis

======================================================================== Complexity Analysis ======================================================================== – Your time complexities should be in big-O notation. – For MsetUnion, MsetIntersection, MsetIncluded and MsetEquals, your time complexities should be in terms of n and m, where n and m are the number of distinct elements in each of the multisets respectively. – For MsetMostCommon, your time complexity should be

analysis Read More »

Agent

// Interface to the Agent ADT // !!! DO NOT MODIFY THIS FILE !!! #ifndef AGENT_H #define AGENT_H #include “Map.h” // Constants to represent search strategies used by the agents #define STATIONARY -1 // Useful for debugging #define RANDOM 0 #define CHEAPEST_LEAST_VISITED 1 #define DFS 2 typedef struct agent *Agent; struct move { int staminaCost;

Agent Read More »

LINE 100

// game.c – the client program. // This reads in data from a file to create a map of cities and roads, // then reads in data to create 5 agents: 4 detectives and a thief. // It then runs a simulation where the thief and detectives move // through the cities. // !!! DO

LINE 100 Read More »

Java RMI

The marks awarded for this assignment are worth 10% of the total mark for DS. PLEASE NOTE: If your code does not compile and run the awarded mark is an automatic zero. Our expectation is that you are able to code and submit a tested and working copy of your code. There will not be

Java RMI Read More »

good

The data set includes trades from orients between the middle of March and early June 2023 We want to better understand how clients trade and identify those that are not trading their full interest. Analysis project: For each client, compute the autocorrelation in the direction of their trades per currency pair. Clients with highly auto-correlated

good Read More »

Solidity Project

Project Execution: In this project, you are required to build a distributed English auction application and submit a 5-page written report (with an uncapped appendix). You need to deploy your application to a test-net and host its front-end on an online server. Required functionality: You should start your implementation by following this tutorial: https://www.youtube.com/watch?v=ZeFiGJpzI7E In

Solidity Project Read More »

Solidity代写

什么是Solidity? Solidity是一种编程语言,用于在以太坊区块链上编写智能合约。它是一种静态类型语言,旨在实现智能合约的安全和可靠性。Solidity类似于JavaScript,并具有类似的语法和结构。 通过使用Solidity,开发者可以编写智能合约,这些合约是在以太坊区块链上执行的自动化程序。智能合约可以用于实现各种功能,例如数字货币的创建、去中心化应用程序(DApps)的开发以及通过智能合约进行的电子投票。 Solidity编写的智能合约可以由多个参与方执行,并在区块链上进行验证和记录。这意味着智能合约具有高度的透明度、不可篡改性和自动执行的特性。 总结来说,Solidity是一种用于编写以太坊区块链上智能合约的编程语言,旨在实现安全和可靠的智能合约功能。 适用于Solidity的IDE编程工具? Solidity可以使用多种编程工具和集成开发环境(IDE)来进行开发。以下是一些适合编写Solidity的IDE的例子: 除了以上提到的IDE,还有一些其他的IDE和编辑器也提供了Solidity的支持,例如Atom、Ethereum Studio等。您可以根据自己的偏好和需求选择适合您的Solidity编程工具和IDE。 如何测试Solidity智能合约? 测试Solidity智能合约可以通过以下几种方法进行: 使用上述方法之一或结合使用多种方法,您可以有效地测试和验证Solidity智能合约的功能和逻辑。测试是确保合约安全和可靠性的重要步骤,在部署到实际网络之前应进行充分的测试。

Solidity代写 Read More »