💻 Algo_programming-pt.3

📖 About This Repository

This repository contains a fully documented, multi-language collection of academic lab assignments for the course Algorithms and Data Structures. Each lab showcases algorithmic thinking, data processing, and systems-level logic, implemented across C, C++, and Rust — with clear formatting, modular functions, and that unmistakable Artem touch 💡

Labs are organized by language and topic, demonstrating key CS concepts through practical, well-commented code. This includes:

• C labs:

  • Mastery of conditionals, loops, arrays, and pointers
  • Switch-case logic, input/output operations, and dynamic memory
  • Multidimensional matrix manipulations and structured function calls

• C++ labs:

  • Function-based power series approximation
  • Matrix transposition, dynamic allocation, and memory-safe addition
  • String parsing, character analysis, and modular formatting

• Rust labs:

  • Analytical function evaluation using Taylor series
  • Fixed-size array slicing, iteration via .iter() and .enumerate()
  • Algorithmic search and accumulation using safe, idiomatic patterns

Each lab is paired with a detailed Markdown assignment sheet under /docs, describing task goals, code structure, algorithms used, and sample outputs — so that reviewers, instructors, or future-you can follow the logic and admire the polish.

---

🗂 Repository Structure

├── docs/                    # Markdown assignment descriptions for each lab
│   ├── lab_1_assignment.md     # C: Basic types and formatted I/O
│   ├── lab_2_assignment.md     # C: Conditionals, switch, loop basics
│   ├── lab_3_assignment.md     # C: Iteration control, nested loops
│   ├── lab_4_assignment.md     # C: Arrays, pointers, string manipulation
│   ├── lab_5_assignment.md     # C: Multidimensional and dynamic arrays
│   ├── lab_6_assignment.md     # C++: Power series via functions
│   ├── lab_7_assignment.md     # C++: Matrix operations & transposition
│   ├── lab_8_assignment.md     # C++: String analysis and character functions
│   ├── lab_9_assignment.md     # Rust: Power series approximation
│   ├── lab_10_assignment.md    # Rust: Array traversal and analysis

├── src_code/
│   ├── lab_1/              # C
│   ├── lab_2/              # C
│   ├── lab_3/              # C
│   ├── lab_4/              # C
│   ├── lab_5/              # C
│   ├── lab_6/              # C++
│   ├── lab_7/              # C++
│   ├── lab_8/              # C++
│   ├── lab_9/              # Rust
│   ├── lab_10/             # Rust
│   └── README.md           # Language-specific lab instructions (optional)

├── .gitignore
├── LICENSE
└── README.md               # You're reading it

---

🚀 Technologies Used

Language	Highlights
C	Pointers, arrays, loops, switch-case, memory access
C++	Functions, string manipulation, matrix logic, dynamic memory
Rust	Series approximation, slicing, safe memory handling

Markdown used throughout for docs.

---

📎 Lab Index

Lab	Subject	Language	Topic
Lab 1	Algorithms & Data Structures	C	Types, I/O
Lab 2	Algorithms & Data Structures	C	Conditionals, Switch
Lab 3	Algorithms & Data Structures	C	Loop control
Lab 4	Algorithms & Data Structures	C	Arrays & Pointers
Lab 5	Algorithms & Data Structures	C	Multidimensional Arrays
Lab 6	Algorithms & Data Structures	C++	Power Series Functions
Lab 7	Algorithms & Data Structures	C++	Matrix Ops
Lab 8	Algorithms & Data Structures	C++	String Logic
Lab 9	Algorithms & Data Structures	Rust	Power Series
Lab 10	Algorithms & Data Structures	Rust	Array Slicing & Sum

---

✍️ How to Use

1. Clone the repo

   git clone https://github.com/.../Algo-programing-pt.3.git

2. Navigate to a lab folder

   cd src_code/lab_6

3. Compile or run the script depending on language:

   • C: gcc task_2.c -o task_2 && ./task_2
   • C++: g++ task_1.cpp -o task_1 && ./task_1
   • Rust: cargo run or rustc task.rs && ./task

4. Open the corresponding lab description

   docs/lab_6_assignment.md
   

---

👨‍🎓 Attribution

All code authored and maintained by Artem Sokol
Feel free to fork or reference, but give credit where due 🙌
Educational purpose only.

© 2023–2024 Artem. All loops unrolled, all rights respected.