While many languages support laziness in some form, be it by explicit data types or generators, it is not one of the best understood features. In this live coding session, Jan shows you how to solve FizzBuzz using laziness and without any "x divides y" checks – first using Haskell, which is lazy by default, and then we will adapt the solution to work in other languages.
 
Presenter: Jan van Brügge

While many languages support laziness in some form, be it by explicit data types or generators, it is not one of the best understood features. In this live coding session, Jan shows you how to solve FizzBuzz using laziness and without any "x divides y" checks – first using Haskell, which is lazy by default, and then we will adapt the solution to work in other languages. Presenter: Jan van Brügge

While many languages support laziness in some form, be it by explicit data types or generators, it is not one of the best understood features. In this live coding session, Jan shows you how to solve FizzBuzz using laziness and without any "x divides y" checks – first using Haskell, which is lazy by default, and then we will adapt the solution to work in other languages.
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Presenter: Jan van Brügge

Adventures in Laziness - Solving FizzBuzz without checking x/y

Weekly event at Futurice where developers from all our offices in Finland, Sweden, Norway, Germany and UK are sharing their experience with various frameworks, languages, techniques, services and projects.

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Adventures in Laziness - Solving FizzBuzz without checking x/y

Adventures in Laziness - Solving FizzBuzz without checking x/y