🚀Migrating code from C++98 to C++17 requires careful consideration of language features and improvements.
🏗️Simplification is possible by utilizing new features like string_view and constexpr.
🔧Rational Numbers can be simplified using tools like the Greatest Common Divisor and Least Common Multiple.
🧪Fuzz testing can help identify bugs and improve code quality.
🐛Bug fixing is an essential part of the code migration process.
What are the main challenges of migrating code from C++98 to C++17?
—The main challenges include understanding new language features, updating deprecated code, and ensuring compatibility with the new standard.
How does simplification contribute to code optimization?
—Simplification reduces code complexity, improves readability, and can lead to performance optimizations.
What are Rational Numbers?
—Rational Numbers are numbers that can be expressed as a fraction or ratio of two integers.
How are Rational Numbers simplified using the Greatest Common Divisor and Least Common Multiple?
—The Greatest Common Divisor helps in reducing the numerator and denominator to their simplest form, while the Least Common Multiple is used to find a common denominator for operations like addition and subtraction.
Why is fuzz testing important?
—Fuzz testing helps identify and fix bugs by generating random or mutated inputs to stress test the program.
00:00Introduction and overview of the code migration process.
03:00Using string_view and constexpr to simplify and optimize code.
09:20Introduction to Rational Numbers and their simplification using the Greatest Common Divisor and Least Common Multiple.
14:30Testing and bug fixing using fuzz testing.
