Share
Create bookmark
Programming Scala
Scalability = Functional Programming + Objects
Notes
Please login to add notes
- Table of Contents
- Foreword
- + Preface
-
+
Chapter 1. Zero to Sixty: Introducing Scala
-
+
Chapter 2. Type Less, Do More
- In This Chapter
- Semicolons
- Variable Declarations
- + Method Declarations
- Inferring Type Information
- + Literals
- Tuples
- Option, Some, and None: Avoiding nulls
- Organizing Code in Files and Namespaces
- + Importing Types and Their Members
- Abstract Types And Parameterized Types
- Reserved Words
- Recap and What’s Next
-
+
Chapter 3. Rounding Out the Essentials
- + Chapter 4. Traits
-
+
Chapter 5. Basic Object-Oriented Programming in
Scala
-
+
Chapter 6. Advanced Object-Oriented Programming In Scala
-
+
Overriding Members of Classes and Traits
- Attempting to Override final Declarations
- Overriding Abstract and Concrete Methods
- Overriding Abstract and Concrete Fields
- Overriding Abstract and Concrete Fields in Traits
- Overriding Abstract and Concrete Fields in Classes
- Overriding Abstract Types
- When Accessor Methods and Fields Are Indistinguishable: The Uniform Access Principle
- + Companion Objects
- + Case Classes
- + Equality of Objects
- Recap and What’s Next
-
+
Overriding Members of Classes and Traits
- + Chapter 7. The Scala Object System
-
+
Chapter 8. Functional Programming in Scala
- + What Is Functional Programming?
- + Functional Programming in Scala
- Recursion
- + Tail Calls and Tail-Call Optimization
- + Functional Data Structures
- + Traversing, Mapping, Filtering, Folding, and Reducing
- Pattern Matching
- Partial Functions
- Currying
- + Implicits
- + Implicit Function Parameters
- Call by Name, Call by Value
- Lazy Vals
- Recap: Functional Component Abstractions
-
+
Chapter 9. Robust, Scalable Concurrency with
Actors
- + Chapter 10. Herding XML in Scala
-
+
Chapter 11. Domain-Specific Languages in Scala
-
+
Chapter 12. The Scala Type System
- Reflecting on Types
- + Understanding Parameterized Types
- + Variance Under Inheritance
- + Type Bounds
- Nothing and Null
- + Understanding Abstract Types
- + Path-Dependent Types
- + Value Types
- Self-Type Annotations
- Structural Types
- Existential Types
- Infinite Data Structures and Laziness
- Recap and What’s Next
- + Chapter 13. Application Design
- + Chapter 14. Scala Tools, Libraries, and IDE Support
- Appendix. References
- Glossary
- Index
Learn how to be more productive with Scala, a new multi-paradigm language for the Java Virtual Machine (JVM) that integrates features of both object- oriented and functional programming. With this book, you'll discover why Scala is ideal for highly scalable, component-based applications that support concurrency and distribution.
Programming Scala clearly explains the advantages of Scala as a JVM language. You'll learn how to leverage the wealth of Java class libraries to meet the practical needs of enterprise and Internet projects more easily. Packed with code examples, this book provides useful information on Scala's command-line tools, third-party tools, libraries, and available language-aware plugins for editors and IDEs.
Learn how Scala's succinct and flexible code helps you program faster
Discover the notable improvements Scala offers over Java's object model
Get a concise overview of functional programming, and learn how Scala's support for it offers a better approach to concurrency
Know how to use mixin composition with traits, pattern matching, concurrency with Actors, and other essential features
Take advantage of Scala's built-in support for XML
Learn how to develop domain-specific languages
Understand the basics for designing test-driven Scala applications
<
div>
Test the closed alpha on paperc.com
Book Details
Authors
Categories
Computers > Programming Languages > General
Publishers
Publication year : 2009
License: All rights reserved ©
Times read: 1,628
