Languages Benchmarks

Important

• Don't cheat, create a real algorithm that solves the requested problem.
• Use all the resources provided by the language and its standard library, including concurrency and multithreading.
  • It's allowed to use official packages if the standard library doesn't have the needed feature.
• FFI is not allowed; use only the native language features.
• Compute the answer using brute force; don't use divide and conquer. However, splitting the algorithm into chunks is allowed, which is useful for threading.

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Note

To add another language, create a new folder and a branch with the language's name. If the name contains symbols, like C#, use an alternative like csharp.

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Organize your subproject so that each challenge has its own executable file. For example:

language/
  challenge-1/
    developer-1/
      main.lang
    developer-2/
      main.lang
  challenge-2/
    developer-1/
      main.lang

Benchmarks

Important

The minimum python version supported is 3.12

Note

The benchmark statistics will be exported to the bench.md file

To run the benchmarks, execute the command from the repository's root directory

python -m bench

The output will be similar to the following, where 5/0/0/0 indicates successes/fails/timeouts/skips.

Advent of Code - Year 2015 - Day 4
  5 zeros
     go by el-garro       - mean ± σ     20.3ms ± 426.4μs
        5 runs - 5/0/0/0     min … max   19.8ms …  20.9ms

    zig by MoskitoSantana - mean ± σ     15.3ms ±   2.7ms
        5 runs - 5/0/0/0     min … max   10.8ms …  18.1ms

    Summary
      zig by MoskitoSantana ran
        1.3 ±  0.7 times faster than go by el-garro

Advent of Code - Year 2015 - Day 4

The program must accept two positional arguments

• the first, a string representing the secret key
• the second, an integer between 5 and 7 representing the number of zeros

Try locally with the inputs provided on the challenge page

Just compute the requested number and print it

Advent of Code - Year 2020 - Day 15

The program must accept positional arguments in the below way

• the first, an integer representing nth number spoken to determine
• the rest, a list of integers representing the starting numbers

Try locally with the inputs provided on the challenge page

Just compute the requested number and print it