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  • Book Overview & Buying Mastering Swift 5.3
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Mastering Swift 5.3

Mastering Swift 5.3

By : Jon Hoffman
3.7 (15)
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Mastering Swift 5.3

Mastering Swift 5.3

3.7 (15)
By: Jon Hoffman

Overview of this book

Over the years, Mastering Swift has proven itself among developers as a popular choice for an in-depth and practical guide to the Swift programming language. This sixth edition comes with the latest features, an overall revision to align with Swift 5.3, and two new chapters on building swift from source and advanced operators. From the basics of the language to popular features such as concurrency, generics, and memory management, this in-depth guide will help you develop your expertise and mastery of the language. As you progress, you will gain practical insights into some of the most sophisticated elements in Swift development, including protocol extensions, error handling, and closures. The book will also show you how to use and apply them in your own projects. In later chapters, you will understand how to use the power of protocol-oriented programming to write flexible and easier-to-manage code in Swift. Finally, you will learn how to add the copy-on-write feature to your custom value types, along with understanding how to avoid memory management issues caused by strong reference cycles. By the end of this Swift book, you will have mastered the Swift 5.3 language and developed the skills you need to effectively use its features to build robust applications.
Table of Contents (23 chapters)
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21
Other Books You May Enjoy
22
Index

Endianness

In computer terms, the endianness of an architecture is the order in which bits are stored in the memory. Endianness is expressed as big-endian or little-endian. In an architecture that is considered little-endian, the least significant bit is stored in the lowest memory address, while in architectures that are considered big-endian, the most significant bit is stored in the lowest memory address.

When working with the Swift standard library, and for the most part when working solely within the Swift language itself, you do not need to worry about how the bits are stored. If you need to work with low-level C libraries, across multiple architectures, then you may need to understand how information is stored within the system because you may be dealing with pointers to memory locations.

For the times when you need to worry about the endianness of the architecture, like when we need to interact with low-level C libraries, Swift does have built-in instance properties...

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