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Keep in mind you may need to delegate to another function if an accumulator is required.
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We've installed the [Benchee](https://github.com/bencheeorg/benchee) project in this livebook.
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Benchmark your solution against the existing `Enum` module. Is yours faster or slower? Keep in mind that the `Enum` module contains implementations for all enumerables, not just lists.
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Benchmark your solution against the existing [Enum](https://hexdocs.pm/elixir/Enum.html) module. Is yours faster or slower? Keep in mind that the [Enum](https://hexdocs.pm/elixir/Enum.html) module contains implementations for all enumerables, not just lists.
Copy file name to clipboardExpand all lines: exercises/fibonacci_challenge.livemd
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end
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```
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Use `Benchee` to benchmark the performance of `FastFib.sequence/1` function. The student in the class with the fastest `FastFib` time wins.
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Use [Benchee](https://hexdocs.pm/benchee/Benchee.html) to benchmark the performance of `FastFib.sequence/1` function. The student in the class with the fastest `FastFib` time wins.
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```elixir
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Benchee.run(
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Did using `Stream` improve the performance of you solution? Use `Benchee` to find out. Ensure you benchmark your solution with a large and varied data set. We've included the [Faker](https://hexdocs.pm/faker/readme.html) project to make this easier.
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Did using [Stream](https://hexdocs.pm/elixir/Stream.html) improve the performance of you solution? Use [Benchee](https://hexdocs.pm/benchee/Benchee.html) to find out. Ensure you benchmark your solution with a large and varied data set. We've included the [Faker](https://hexdocs.pm/faker/readme.html) project to make this easier.
Copy file name to clipboardExpand all lines: exercises/lucas_numbers.livemd
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Lucas.sequence(10)
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```
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To avoid recomputing lucas numbers over and over, we can implement `sequence/1` using `Enum.reduce/3` instead.
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To avoid recomputing lucas numbers over and over, we can implement `sequence/1` using [Enum.reduce/3](https://hexdocs.pm/elixir/Enum.html#reduce/3) instead.
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