This repository contains the homework for Lesson 3.
Implement two functions translate_x and translate_y (in file point/point.cc) that translate a point (first argument) by the given amount (second argument) on the corresponding axis.
The goal is to have the following commands pass without any errors:
bazel test //point/...
bazel test --config=addrsan //point/...
bazel test --config=ubsan //point/...
Implement the function is_palindrome (in file palindrome/palindrome.cc).
This function should return true if the provided string is a palindrome
(it reads the same from front and back) and false if it isn't.
The check should be case-sensitive and should not skip over special characters.
The goal is to have the following commands pass without any errors:
bazel test //palindrome/...
bazel test --config=addrsan //palindrome/...
bazel test --config=ubsan //palindrome/...
Implement a function filter_circles (in file filter_circles/circles.cc).
This function should return a std::vector<Circle> where the elements of
the vector are those circles that have an area (strictly) larger than the specified threshold.
Use std::numbers::pi from the <numbers> header.
The goal is to have the following commands pass without any errors:
bazel test //filter_circles/...
bazel test --config=addrsan //filter_circles/...
bazel test --config=ubsan //filter_circles/...
Implement a function to_words (in file words/words.cc) that returns a std::vector<std::string> of words that are obtained by splitting the single-line text provided as the argument into words (by space).
The goal is to have the following commands pass without any errors:
bazel test //words/...
bazel test --config=addrsan //words/...
bazel test --config=ubsan //words/...
If you desire to have a look at the solutions, you can find the commented code in the solutions directory.