Learn everything there is to know about the Iterator Design Pattern
The Iterator Design Pattern is a core design pattern in software engineering, widely used to provide a standard way to access elements of a collection sequentially without exposing its underlying structure. This pattern is essential for developers, as it promotes a consistent approach to traversing data structures, improving code readability and flexibility. The Iterator pattern is particularly useful in applications that handle diverse data structures, enabling iteration over complex collections like lists, trees, or graphs. In this course, Amichai Mantinband will teach you everything you need to understand and implement the Iterator pattern, empowering you to create organized, maintainable, and accessible applications.
Curriculum
Course overview (00:41)
Definition (04:03)
Class Diagram (04:27)
Prime Number Iterator Example (04:13)
Iterator, AKA Cursor (02:18)
Section Recap (02:32)
Implementing the Iterator Design Pattern (13:39)
Implementing the Prime Number Iterator Example (12:01)
The Iterator Design Pattern vs .NET Enumerables (06:16)
Section Recap (01:43)
Benefits (03:52)
Drawbacks (02:48)
Conclusion (00:31)
Course Info
Level:
Design Patterns
Duration:
59m
Rating (New):
About the Author
Amichai Mantinband
Amichai Mantinband is a Software Engineer at Microsoft and a .NET content creator.
He works on large-scale, distributed systems within Microsoft Office, serving over 100 million daily users. He is a speaker at official .NET conferences, and within Microsoft, he authors and teaches software architecture courses.
Amichai is the author of NuGet packages ErrorOr & Throw and has a .NET programming YouTube channel covering advanced topics such as design patterns, architecture, and best practices.
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