The video introduces the new C++ comparison operator, known as the spaceship operator, and explains its syntax and nickname. It discusses the challenges of making a struct comparable to other types, highlighting the boilerplate code required in C++. The video addresses compilation issues when comparing structs to integers and using static asserts. It then presents the C++20 solution, which simplifies the process by reducing boilerplate code and allowing the compiler to generate necessary implementations. The video concludes with a preview of future content on using the spaceship operator.

What is the nickname given to the new comparison operator discussed in the video?

• Starship Operator

• Spaceship Operator

• Rocket Operator

• Galaxy Operator

Why is there a lot of boilerplate code when making types comparable in traditional C++?

• Because each type requires a unique syntax

• Due to the need for defining six comparison operators

• Because of the lack of compiler support

• Due to the complexity of integer operations

What is one of the issues faced when using static assertions in traditional comparison methods?

• They are not supported by all compilers

• They increase the execution time

• Comparisons are not declared as constant expressions

• They require additional libraries

How does the spaceship operator in C++20 help in reducing boilerplate code?

• By simplifying the integer operations

• By using a new syntax for each type

• By automatically generating comparison operators

• By eliminating the need for any operators

What additional capability does the spaceship operator provide that was not possible before?

• Using comparisons in static expressions

• Performing arithmetic operations

• Comparing strings with integers

• Compiling faster