Slide Update Recommendations
This document provides recommendations for updating the course PowerPoint slides to include modern C++ features and improve content organization.
Current Slide Decks
- cpp-part1.pptx - C++ Fundamentals (Weeks 1-6)
- cpp-part2.pptx - Advanced C++ and OOP (Weeks 7-14)
Priority Updates
High Priority Topics to Add
1. Template Specialization
Slide Location: cpp-part2.pptx (Templates section)
Content to Add:
- Introduction to template specialization
- Full template specialization
- Partial template specialization
- Use cases and examples
- Performance considerations
Sample Code:
// Full specialization
template<typename T>
class Container { /* generic implementation */ };
template<>
class Container<bool> { /* specialized for bool */ };
// Partial specialization
template<typename T>
class Container<T*> { /* specialized for pointers */ };
2. lvalue, rvalue, and Move Semantics
Slide Location: cpp-part2.pptx (New section after Rule of Three)
Content to Add:
- Value categories: lvalue vs rvalue
- Move constructors
- Move assignment operators
- std::move utility
- std::forward and perfect forwarding
- Rule of Five (extend Rule of Three)
Visual Aids:
- Memory diagrams showing move vs copy
- Performance comparison charts
- Step-by-step move operation visualization
Sample Code:
class MyClass {
public:
// Move constructor
MyClass(MyClass&& other) noexcept
: data(std::move(other.data)) {
other.data = nullptr;
}
// Move assignment
MyClass& operator=(MyClass&& other) noexcept {
if (this != &other) {
delete data;
data = other.data;
other.data = nullptr;
}
return *this;
}
private:
int* data;
};
3. Smart Pointers (Expanded)
Slide Location: cpp-part2.pptx (Memory Management section)
Current Status: Basic coverage exists
Improvements Needed:
- More detailed
unique_ptrexamples - Shared ownership with
shared_ptr - Weak references with
weak_ptr - Custom deleters
- Performance implications
- When to use which type
Content to Add:
unique_ptr:
auto ptr = std::make_unique<int>(42);
// Automatic cleanup, no copies, movable
shared_ptr:
auto ptr1 = std::make_shared<int>(42);
auto ptr2 = ptr1; // Reference count = 2
// Automatic cleanup when last reference goes away
weak_ptr:
std::shared_ptr<int> shared = std::make_shared<int>(42);
std::weak_ptr<int> weak = shared;
// Doesn't affect reference count
Visual Aids:
- Reference counting diagrams
- Memory ownership charts
- Decision tree: which smart pointer to use
4. Scoped Enums (enum class)
Slide Location: cpp-part2.pptx (Types and enumerations section)
Content to Add:
- Problems with traditional enums
- Scoped enum syntax
- Type safety benefits
- No implicit conversions
- Scope resolution
Comparison:
// Traditional enum (unscoped)
enum Color { black, white, red };
Color c = black; // No scope needed
int value = black; // Implicit conversion
// Scoped enum (enum class)
enum class Color { black, white, red };
Color c = Color::black; // Scope required
// int value = Color::black; // Error! No implicit conversion
auto white = false; // OK - white doesn't pollute namespace
Medium Priority Updates
5. Lambda Expressions (Enhanced)
Slide Location: cpp-part2.pptx (Lambda section)
Improvements:
- More complex capture examples
- Generic lambdas (auto parameters)
- Mutable lambdas
- Return type deduction
- Common use cases with STL algorithms
6. C++11/14/17/20 Feature Overview
Slide Location: cpp-part2.pptx (New section or expanded existing)
Topics to Cover:
C++11:
- auto and decltype
- nullptr
- Range-based for loops
- constexpr
- Uniform initialization
- Move semantics
- Lambda expressions
- Smart pointers
C++14:
- Generic lambdas
- Return type deduction for functions
- Binary literals
- std::make_unique
C++17:
- Structured bindings
- if/switch with initializers
- std::optional
- std::variant
- std::string_view
- Fold expressions
C++20 (Preview):
- Concepts
- Ranges
- Coroutines
- Modules
7. Virtual Functions and Polymorphism (Enhanced)
Slide Location: cpp-part2.pptx (OOP/Polymorphism section)
Add Example from Course Outline:
#include <iostream>
using namespace std;
struct Base {
virtual void hi() { cout << "a"; }
};
struct Derived : Base {
void hi() override { cout << "b"; }
};
void foo(Base &b) {
b.hi(); // Polymorphic call
}
int main() {
Derived x;
foo(x); // Outputs: b
Base y;
foo(y); // Outputs: a
}
Visual Aids:
- Virtual table (vtable) diagrams
- Polymorphic call resolution
- Override vs overload
Low Priority Improvements
8. Exception Handling (Enhanced)
- Exception safety guarantees
- RAII and exception safety
- noexcept specifier
- Custom exception classes
9. Const Correctness
- const member functions
- const references
- const pointers vs pointer to const
- mutable keyword
10. Type Traits and SFINAE
- Basic type traits
- Compile-time type checking
- SFINAE basics
- Concepts as modern alternative
Organizational Recommendations
Slide Numbering
- Use consistent numbering scheme
- Add slide numbers to all slides
- Include total slide count
Section Organization
Recommended Structure for cpp-part1.pptx:
- Introduction and Setup
- Basic Syntax and Types
- Control Structures
- Functions
- Arrays and Pointers
- References
Recommended Structure for cpp-part2.pptx:
- OOP Fundamentals
- Constructors and Destructors
- Rule of Three/Five
- Inheritance
- Polymorphism
- Templates
- STL
- Modern C++ Features
- Move Semantics
- Smart Pointers
Visual Design Guidelines
Consistency
- Use consistent fonts across all slides
- Maintain color scheme
- Standardize code block formatting
- Use similar diagram styles
Code Examples
- Syntax highlighting for readability
- Line numbers for reference
- Comments for explanation
- Clear, concise examples
Diagrams
- Memory layouts for pointer concepts
- Class hierarchy diagrams for inheritance
- Flowcharts for algorithms
- UML diagrams where appropriate
Best Practices
- One concept per slide (where possible)
- Avoid text walls
- Use bullet points effectively
- Include visual aids
- Provide real-world examples
Code Examples to Incorporate
From Repository
- code-examples/basic/pointers.cpp
- code-examples/file-handling/
- code-examples/bmp/
- Examples from lecture Gists
To Create
- Move semantics demonstrations
- Smart pointer usage patterns
- Template specialization examples
- Modern C++ feature showcases
Interactive Elements
Recommendations
- Add quiz slides for key concepts
- Include “Try it yourself” exercises
- Provide links to online compilers (godbolt.org, compiler explorer)
- Reference course GitHub repository
- Link to video demonstrations
Accessibility
Guidelines
- High contrast text and backgrounds
- Readable font sizes (minimum 18pt for body text)
- Alt text for images
- Clear diagram labels
- Avoid relying solely on color coding
Version Control
Recommendations
- Version number on title slide
- Change log in notes section
- Date of last update
- Track major revisions
Format: v[Major].[Minor].[Patch] - YYYY-MM-DD
Example: v2.1.0 - 2026-01-24
Testing and Validation
Before Finalizing Updates
- All code examples compile
- Code examples demonstrate intended concepts
- Diagrams are clear and accurate
- Links work correctly
- Slides flow logically
- No spelling/grammar errors
- Technical accuracy verified
- Peer review completed
Implementation Priority
Phase 1 (High Priority)
- Add move semantics section
- Expand smart pointers coverage
- Add template specialization
- Include scoped enums
Phase 2 (Medium Priority)
- Enhance lambda expression coverage
- Add C++11/14/17 feature overview
- Improve polymorphism examples
- Update visual consistency
Phase 3 (Low Priority)
- Add exception safety content
- Include const correctness section
- Add type traits basics
- Improve accessibility
Resources for Slide Creation
Reference Materials
- C++ Core Guidelines
- cppreference.com
- Scott Meyers’ Effective C++ books
- Course COURSE_OUTLINE.md
Tools
- Mermaid for diagrams
- Carbon for code screenshots
- Python Tutor for visualizations
- Compiler Explorer for assembly comparisons
Last Updated: January 2026
Next Review: Start of next semester
Maintainer: Course Instructor
Note: These are recommendations. Actual implementation should be discussed with the teaching team.