This repository contains the homework for Lesson 2.
Implement two functions, one that converts from Celsius to Fahrenheit and one that converts from Fahrenheit to Celsius in celsius/celsius.cc.
The goal is to have the following commands pass without any errors:
bazel test //celsius/...
bazel test --config=addrsan //celsius/...
bazel test --config=ubsan //celsius/...
C++ already offers a standard version of the greatest common divisor algorithm.
As an exercise, implement your own version in gcd/gcd.cc.
Once you have finished, also implement the least common multiple algorithm in gcd/lcm.cc. The build system is already setup to make your GCD implementation available to you when you are implementing least common multiple.
The goal is to have the following commands pass without any errors:
bazel test //gcd/...
bazel test --config=addrsan //gcd/...
bazel test --config=ubsan //gcd/...
Implement a function that returns the n-th fibonacci number in fibonacci/fibonacci.cc.
For the purpose of this exercise, consider the zero-th and first fibonacci numbers: 0, 1.
The goal is to have the following commands pass without any errors:
bazel test //fibonacci/...
bazel test --config=addrsan //fibonacci/...
bazel test --config=ubsan //fibonacci/...
If you desire to have a look at the solutions, you can find the commented code in the solutions directory.