Julia as a Second Language
- 8h 33m 52s
- Erik Engheim
- Manning Publications
- 2024
Learn the awesome Julia programming language by building fun projects like a rocket launcher, a password keeper, and a battle simulator.
Julia as a Second Language covers:
- Data types like numbers, strings, arrays, and dictionaries
- Immediate feedback with Julia’s read-evaluate-print-loop (REPL)
- Simplify code interactions with multiple dispatch
- Sharing code using modules and packages
- Object-oriented and functional programming styles
Julia as a Second Language introduces Julia to readers with a beginning-level knowledge of another language like Python or JavaScript. You’ll learn by coding engaging hands-on projects that encourage you to apply what you’re learning immediately. Don’t be put off by Julia’s reputation as a scientific programming language—there’s no data science or numerical computing knowledge required. You can get started with what you learned in high school math classes.
About the technology
Originally designed for high-performance data science, Julia has become an awesome general purpose programming language. It offers developer-friendly features like garbage collection, dynamic typing, and a flexible approach to concurrency and distributed computing. It is the perfect mix of simplicity, flexibility and performance.
About the book
Julia as a Second Language introduces Julia by building on your existing programming knowledge. You’ll see Julia in action as you create a series of interesting projects that guide you from Julia’s basic syntax through its advanced features. Master types and data structures as you model a rocket launch. Use dictionaries to interpret Roman numerals. Use Julia’s unique multiple dispatch feature to send knights and archers into a simulated battle. Along the way, you’ll even compare the object-oriented and functional programming styles–Julia supports both!
About the Author
Erik Engheim is a writer, conference speaker, video course author, and software developer.
In this Audiobook
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Chapter 1 - Why Julia?
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Chapter 2 - Julia as a calculator
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Chapter 3 - Control flow
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Chapter 4 - Julia as a spreadsheet
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Chapter 5 - Working with text
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Chapter 6 - Storing data in dictionaries
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Chapter 7 - Understanding types
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Chapter 8 - Building a rocket
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Chapter 9 - Conversion and promotion
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Chapter 10 - Representing unknown values
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Chapter 11 - Working with strings
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Chapter 12 - Understanding Julia collections
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Chapter 13 - Working with sets
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Chapter 14 - Working with vectors and matrices
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Chapter 15 - Functional programming in Julia
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Chapter 16 - Organizing and modularizing your code
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Chapter 17 - Input and output
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Chapter 18 - Defining parametric types
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Appendix A: Installing and configuring the Julia environment
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Appendix B: Numerics
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