This repository contains the homework for Lesson 6.
Implement a format_range function (in file format/format.h) that formats the provided range into the provided output stream.
The content of the range should be surrounded by {}, each pair of elements should be delimited by ,.
bazel test //format/...
bazel test --config=addrsan //format/...
bazel test --config=ubsan //format/...
Implement a format_range function (in file format_advanced/format.h) that formats the provided range into the provided output stream.
The content of the range should be surrounded by {}.
Each pair of elements should be delimited based on the range type:
,for random access ranges<=>for bidirectional ranges->for forward ranges
bazel test //format_advanced/...
bazel test --config=addrsan //format_advanced/...
bazel test --config=ubsan //format_advanced/...
Implement a compound view trim_whitespace (in the file trim_whitespace/trim.h) that trims the leading and trailing whitespace from a character based range.
The goal is to have the following commands pass without errors:
bazel test //trim_whitespace/...
bazel test --config=addrsan //trim_whitespace/...
bazel test --config=ubsan //trim_whitespace/...
Implement function validate (in file luhn_validation/validate.h) that implements Luhn validation on top of a range of integers representing the digits of a card number.
The goal is to have the following commands pass without errors:
bazel test //luhn_validation/...
bazel test --config=addrsan //luhn_validation/...
bazel test --config=ubsan //luhn_validation/...
If you wish to have a look at the solutions, you can find the commented code in the solutions directory.