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  • Book Overview & Buying Scala for Data Science
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Scala for Data Science

Scala for Data Science

By : Bugnion
4.6 (5)
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Scala for Data Science

Scala for Data Science

4.6 (5)
By: Bugnion

Overview of this book

Scala is a multi-paradigm programming language (it supports both object-oriented and functional programming) and scripting language used to build applications for the JVM. Languages such as R, Python, Java, and so on are mostly used for data science. It is particularly good at analyzing large sets of data without any significant impact on performance and thus Scala is being adopted by many developers and data scientists. Data scientists might be aware that building applications that are truly scalable is hard. Scala, with its powerful functional libraries for interacting with databases and building scalable frameworks will give you the tools to construct robust data pipelines. This book will introduce you to the libraries for ingesting, storing, manipulating, processing, and visualizing data in Scala. Packed with real-world examples and interesting data sets, this book will teach you to ingest data from flat files and web APIs and store it in a SQL or NoSQL database. It will show you how to design scalable architectures to process and modelling your data, starting from simple concurrency constructs such as parallel collections and futures, through to actor systems and Apache Spark. As well as Scala’s emphasis on functional structures and immutability, you will learn how to use the right parallel construct for the job at hand, minimizing development time without compromising scalability. Finally, you will learn how to build beautiful interactive visualizations using web frameworks. This book gives tutorials on some of the most common Scala libraries for data science, allowing you to quickly get up to speed with building data science and data engineering solutions.
Table of Contents (17 chapters)
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16
Index

Modular JavaScript through RequireJS

The simplest way of injecting JavaScript libraries into the namespace is to add them to the HTML framework via <script>...</script> tags in the HTML header. For instance, to add JQuery, we would add the following line to the head of the document:

<script [email protected]("lib/jquery/jquery.js") type="text/javascript"></script>

While this works, it does not scale well to large applications, since every library gets imported into the global namespace. Modern client-side JavaScript frameworks such as AngularJS provide an alternative way of defining and loading modules that preserve encapsulation.

We will use RequireJS. In a nutshell, RequireJS lets us encapsulate JavaScript modules through functions. For instance, if we wanted to write a module example that contains a function for hiding a div, we would define the module as follows:

// example.js
define(["jquery", "underscore"], function...
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Scala for Data Science
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