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cs-self-learning/docs/编程入门/AUT1400.en.md
Yinmin Zhong af9526f8c2
[Translation] Finish all the remaining translation (#544) 
* GFW translation

* translate usage

* [FIX] Fix giscus plugin (#543)

* [Translate] translate CS188/Docker/GUN_Make (#540)

* complete eng_version for deep learning folder

* fix typo

* add english version for machine learning systems

* Update AICS.en.md

Adjust indentation

* [ADD]add translation for CS188

* [ADD]add translation for Docker

* [UPDATE]update file name

* [ADD]add translation for GNU_Make

* [FIX]fix typo

* [FIX]fix spacing error

* translate github

* translate thesis writing

* translate tools

* translate NJUOS

* translate CS122

* translate CS346

* translate 15799

* translate CS148

* translate games101

* translate games202

* translate games103

* translate advanced ML

* translate CS plan

* nits

* translate scoop

* translate CA

* translate information retrieval

* translate Decal && AUT

* translate workflow

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Co-authored-by: nzomi <jly14@tsinghua.org.cn>
2023-12-16 12:15:13 +08:00

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Amirkabir University of Technology 1400-2: Advanced Programming Course

Course Introduction

  • Affiliated University: Amirkabir University of Technology
  • Prerequisites: None
  • Programming Language: C++
  • Course Difficulty: 🌟🌟🌟🌟🌟
  • Estimated Study Time: 50 hours

This is an accidentally discovered C++ course. The quality of the homework assignments is outstanding, with each being independently structured and simple, complemented by comprehensive unit tests, making it highly suitable for learning C++ programming. The course includes a total of 7 homework assignments, as follows:

  1. Implement a Matrix class and related functions.

  2. Implement a program that simulates the operation of a cryptocurrency client/server.

  3. Implement a Binary Search Tree (BST).

  4. Implement SharedPtr and UniquePtr smart pointers in C++.

  5. Use inheritance and polymorphism to implement multiple classes.

  6. Solve 4 problems using the STL library.

  7. There's a Python project, for those interested.

The course homepage was not found, but the source code for the homework (named AP1400-2-HW) can be found on GitHub.

Course Resources