Dibs

[zeddie888]

Edward

• Pointers
• Unique pointers
• Shared pointers
• Copy constructor
• Copy-assignment
• Virtual/non-virtual methods
• Iterators

Tri

• Binary/Hexdecimal
• Primitive Types
• Structs/Enums/etc.
• Memory management
• Compiling
  • Header Files
• Functions
  • Operator Overload
  • Lambda Functions
• STL Library

[markasoftware]

Also should cover

• Virtual vs non-virtual methods
• References (and differences from pointers)
• Understanding hpp vs cpp files (maybe this is included in "compiling"?)
• Copy constructors
• Operator overloading
• RAII (probably included in "memory management"). It's just as important for people to know when things will get automatically deallocated as to know how to manually allocate memory.
• Iterators, including how pointers are technically iterators.

(Basically anything commonly used that's different from java)

[zeddie888]

Unclaimed:

• STL
  • Vectors
  • Data Structures (Maps, Sets, Trees, etc.)
  • Casting Operators
• Functions
  • Templates
  • Lambda expressions
• Variables
  • Qualifiers (const, extern, etc.)
  • Move semantics
• Classes
  • Constructors
  • Destructors
  • Qualifiers (const, virtual, etc.)
  • Inheritance
  • Operator Overloading
  • Templates
  • Move Semantics
• Casting
• Make a reference back to the table of Contents at the End

[nguy8tri]

Let's build an overall structure to this:

1. Basics of C++
   • Hex/Binary
   • STL
2. Variables
   • Primitives
   • C/C++ Unique
3. Functions (Need to think more)
4. Pointers
   • Smart Pointers
   • Iterators
   • Function Pointers
5. Memory
   • Compilation
   • Memory Format
6. Classes (Lots to include)

This structure is a bit off. There are some circular sections (i.e. Section1 requires Section2, which requires Section1 -> Think of graphs and cycles) with how we've written these sections, or maybe its just me. We can just keep on writing, and restructure afterwards.