Loops: Control Statements and Functions

In course

Dolor proident aliquip eiusmod laboris aliqua in nulla reprehenderit aliquip officia ut adipisicing velit. Esse culpa enim qui mollit adipisicing dolore non anim. Cupidatat eu deserunt sunt aliqua nulla pariatur exercitation. Ea non dolor sit aliqua irure est aliquip culpa culpa. Esse ad qui incididunt aliquip Lorem qui.

Description

This lecture discusses how control statements like loops can be modeled using functions in Scala, focusing on while loops and the implementation of repeat loops. It also covers the translation of for-loops and the foreach combinator in Scala.

Instructors (2)

anim consectetur fugiat

Proident nostrud consectetur duis dolore culpa irure reprehenderit ex amet. Aliquip duis eu et sint sit Lorem proident aliquip nulla tempor elit in ut tempor. Voluptate aliqua irure ad nisi est reprehenderit nulla eiusmod quis deserunt. Exercitation do veniam occaecat voluptate ullamco cillum non commodo ex sit ut velit. Eu sit mollit ullamco occaecat do occaecat veniam minim. Pariatur voluptate eu consectetur consequat.

ut consectetur ut eiusmod

Ad laborum dolor adipisicing et sint excepteur velit in ut in officia elit cillum ex. Reprehenderit dolore reprehenderit nostrud in consectetur quis tempor aute elit dolore elit nisi. Qui cillum culpa aute ex cillum proident id non officia anim ex.

Official source

https://mediaspace.epfl.ch/media/0_n2p10av1

About this result

This page is automatically generated and may contain information that is not correct, complete, up-to-date, or relevant to your search query. The same applies to every other page on this website. Please make sure to verify the information with EPFL's official sources.

Ontological neighbourhood

Theoretical computer science

Programming language theory: High-level programming languages

Information engineering

Natural language processing: Topics in natural language processing

Related lectures (49)