00 |
Exercise 00: Megaphone |
Implement a simple program to repeat input in uppercase |
✅ Done |
00 |
Exercise 01: My Awesome PhoneBook |
Create a simple phonebook using classes and object-oriented programming |
✅ Done |
00 |
Exercise 02: The Job Of Your Dreams (Optional) |
Recreate a lost file for a banking application |
⏭ Skipped |
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01 |
Exercise 00: BraiiiiiiinnnzzzZ |
Introduction to memory allocation and class implementation |
✅ Done |
01 |
Exercise 01: Moar brainz! |
More practice with memory allocation and pointers |
✅ Done |
01 |
Exercise 02: HI THIS IS BRAIN |
Advanced memory management techniques |
✅ Done |
01 |
Exercise 03: Unnecessary violence |
Implementing classes with complex behaviors |
✅ Done |
01 |
Exercise 04: Sed is for losers |
More advanced C++ features and file operations |
✅ Done |
01 |
Exercise 05: Harl 2.0 |
Working with advanced class implementations |
✅ Done |
01 |
Exercise 06: Harl filter |
Filtering and managing complex data structures |
✅ Done |
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02 |
Exercise 00: My First Class in Orthodox Canonical Form |
Implementing a class in canonical form |
✅ Done |
02 |
Exercise 01: Towards a more useful fixed-point number class |
Enhancing the fixed-point number class |
✅ Done |
02 |
Exercise 02: Now we're talking |
Implementing advanced features in the fixed-point class |
✅ Done |
02 |
Exercise 03: BSP (Optional) |
Implementing Binary Space Partitioning |
⏭ Skipped |
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03 |
Exercise 00: Aaaaand... OPEN! |
Implementing a basic class with specific attributes and functions |
✅ Done |
03 |
Exercise 01: Serena, my love! |
Creating a derived class with specific constructors and functions |
✅ Done |
03 |
Exercise 02: Repetitive work |
Implementing another derived class with specific attributes and functions |
✅ Done |
03 |
Exercise 03: Now it’s weird! (Optional) |
Creating a complex class that inherits from multiple classes |
⏭ Skipped |
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04 |
Exercise 00: Polymorphism |
Implementing polymorphism in classes |
✅ Done |
04 |
Exercise 01: I don’t want to set the world on fire |
Implementing deep copies and managing dynamic memory |
✅ Done |
04 |
Exercise 02: Abstract class |
Implementing abstract classes to prevent instantiation of base classes |
✅ Done |
04 |
Exercise 03: Interface & recap (Optional) |
Implementing interfaces and ensuring understanding of module concepts |
⏭ Skipped |