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Dan Vega

Are you looking to learn a new language? Learning a new language helps expand your skill set as a developer and make you more marketable to employers. If you aren't learning a new language because it's not the one you use at work, I think you're missing out on the benefits. I often find that seeing how other languages solve problems makes me a better developer with the languages I use on a day to day basis. I am here to tell you all about an awesome dynamic language called Apache Groovy.

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Are you looking to learn a new language? Learning a new language helps expand your skill set as a developer and make you more marketable to employers. If you aren't learning a new language because it's not the one you use at work, I think you're missing out on the benefits. I often find that seeing how other languages solve problems makes me a better developer with the languages I use on a day to day basis. I am here to tell you all about an awesome dynamic language called Apache Groovy.

What is Apache Groovy?

Apache Groovy is a powerful, optionally typed and dynamic language, with static-typing and static compilation capabilities for the Java platform, aimed at improving developer productivity thanks to a concise, familiar and easy to learn syntax. It integrates smoothly with any Java program and immediately delivers to your application powerful features, including scripting capabilities, Domain-Specific Language authoring, runtime and compile-time meta-programming and functional programming.

Who Should Learn Apache Groovy?

I am going to teach you everything you need to know to start using the Groovy programming language. This course is really designed for 2 different types of people and I think you will both benefit from it. If you’re a beginner programmer with a some experience in another language like Python or Ruby, this course is for you. Dynamic languages are generally thought of as easier for total beginners to learn because they’re flexible and fun. If you’re an existing Java Developer (Beginner or Experienced), this course is also for you. You will learn Groovy compliments the Java language and makes some of the complex tasks from Java concise and easy.

Enroll Today

I have spent a lot of time putting together what I think is the most complete course on Groovy on the market today. Please take the time to watch the preview videos and If you like what you see, click that enroll button and I will see you inside.

Enroll now

What's inside

Learning objectives

  • Create groovy applications from scratch
  • Use the groovy console
  • Write groovy applications in intellij
  • Understand the different features of the groovy language
  • Retain information through quizzes and exercizes

Syllabus

In this section we are going to welcome you to the course, talk about what we are going to cover and a little dive into what Groovy is.

Welcome to the complete Apache Groovy Developer Course. My name is Dan Vega and I will be instructor. I have been developing software for over 15 years now and I have a real passion for teaching and helping others. I use Groovy almost every single day and I can honestly tell you that I enjoy working with language and Groovy makes programming fun again.

I want to start off by thanking you for purchasing this course. I spent a lot of time developing what I think is one of the most complete courses on learning Groovy around. In this course we are going to walk through some of the basic fundamentals of the language. After that we are going to cover everything from closures to meta programming, testing, DSLs and so much more. I am taking a very hands on approach in this course. We are going to have a ton of quizzes and exercises to help reinforce the things that we learn in each section. After each exercise we are going to discuss the problem and walk through the solution together.

So I hope you enjoy this journey with me and if you have any questions please don’t hesitate to ask them.

Read more

In this lecture I want to take a few minutes and explain what Groovy is to those of you brand new to the language. If you’re not new to Groovy I still think you might learn a thing or two so let’s jump on in. Apache Groovy is a powerful, optionally typed and dynamic language, with static-typing and static compilation capabilities, for the Java platform aimed at improving developer productivity. The Groovy language is inspired by languages like Python, Ruby, and Smalltalk, making them available to Java developers using a Java-like syntax.

In this lecture we will walk through how to find and download all of the source code for this course. All of the source code for this code is available on Github and broken up into sections to follow along with the course.

In this lecture we will walk through the Groovy Website and look at all of the available resources to us. It is important to know how to find things especially when you are looking for answers. I am going to walk through the website and all of the documentation.

I don't know about you guys but I really like to use as many resources that are available to me as I can when I am trying to learn something. I love courses like this one as well YouTube videos, blogs, articles and even good old fashioned books. I want to spend a couple minutes and talk about a few books that have really helped me out. These are not required for the course by any means but I have read them and I think it would be wise to pick one or all of them up.

Groovy in Action (Second Edition)
Making Java Groovy
Programming Groovy 2

At the end of this course I have a section on additional resources. This will contain some links to websites, books, blogs, podcasts, YouTube videos or anything else I think might be of help to you.

In this lecture we are going to cover how to get the most out of this course. I have taught a few courses and I have taken a ton of them and I think one of the biggest keys to being successful with them is applying what you learn. To me this means you aren't trying to complete this course in a day. You are spending the time to go through the exercises and quizzes. I would even suggest taking this further if you can. Write your own sample scripts or applications to further understand the code that we are going through in each section. When you get comfortable enough create your scripts and applications and upload the github.

In this section we are going to work on getting our local development environment setup. We will also cover some of the basic essential tools that we need

In this lecture we are going to talk about what we cover in this section. This section is all about getting started, setting up your development environment and making sure you know how to use the tools you have at your disposal. 

In this lecture we are going to install Java on Windows. Remember that Groovy compiles down to Java bytecode so we still need to install the JDK
In this lecture we are going to install Java on Mac OS X. Remember that Groovy compiles down to Java bytecode so we still need to install the JDK
Installing Groovy on Windows

In this tutorial we are going to install Groovy on Mac OSX by using one of my favorite tools. The Software Development Kit Manager (SDKMAN) is a great tool for managing parallel versions of software. If you are on Mac OSX you can still install Groovy manually but quite honestly I don't know why you would.

In this lecture we are going to look at groovsh, the Groovy command like shell.
In this lecture we are going to look at running and compiling groovy programs.
In this lecture we are going to look at the Groovy Console. This program is great for writing small Groovy programs and we will use it throughout the course

In this lecture we are going to install IntelliJ and then look at how to create a standard Hello, World project. You can use the community edition for this.

In this exercise you will create 3 different Hello World scripts.

So how do you think you did with that exercise? Now that you have had some time to take a look at it I want to go through a quick review and let you know how I would have solved that problem.

In this lecture we are going to look at the differences from a Java class to a Groovy class. If you have never written a single line of code in Java it is still good to see how much less code you use in Groovy. For all of you Java pros out there if this is your first time seeing this it can be an eye opener.

Time to review what we learned in this section.

In this section we are going to look at some basic concepts that we will use as building blocks for this course.
In this section we are to discuss many of the basic concepts of the Groovy language. A few of the lectures will be short and basic introductions but we we will cover some of the topics in later sections of this course.

In this lecture we are going to talk through how to use import statements to import packages and classes into your program. 

In this lecture we are going to quickly talk about keywords. The Java language defines 50 keywords that are reserved words in your applications. The Groovy language adds an additional 4 bringing us to a grand total of 54 keywords.
In this lecture we will talk about the different options we have for commenting out code. I also want to look at a great blog post that highlights the evolution of a software engineer
In this lecture we are going to take a look at assertions. Assertions (by way of the assert keyword) were added in Java 1.4. An assertion is a statement in the Java programming language that enables you to test your assumptions about your program.
In this lecture we are going to talk about scripts. We have already seen the idea of scripts a little bit in this course but we will cover them a little more here.

In this lecture we are going to introduce classes. Classes are one of the most fundamental concepts of object oriented programming. We could spend hours talking about the building blocks of OOP but what we are going to talk about now is creating objects and using them.

In this lecture you going to create your own class and we are going to have a few rules for you to follow.

In this lecture we are going to review the previous exercise on creating your own class.



In this lecture we are going to talk about numbers in Groovy. In the next section we will talk more about the different data types in Java and Groovy but for now I want to briefly focus on numbers.
In this lecture we are going to talk about control structures in Groovy. Control structures are a basic feature of any programming language.
In this lecture we are going to talk about annotations. You have already seen an annotation in this course and may not have even realized it. In the Java to Groovy demo we showed an example of how we could remove the tostring method and replace it with with a single line above the class. That was the toString annotation.

AST Transformations are awesome. In this exercise we are going practice using a few.

In this lecture we are going to review the exercise on AST Transformations.

In this lecture we are going to look at some of the basic operators that you will come across in Groovy.

In the last lecture we got a quick introduction to annotations. In this lecture we are going to look at a special annotation you may see throughout this course and in examples you come across on the web. The @Grab annotation is used to define external library dependencies in a script.

We are going to cover what we learned in this section

In this section we are going to cover the basic data types in Groovy.

In this lecture I just want to talk briefly about what we are going to learn in this section.

In this lesson we are going to talk about primitive data types in Java. To understand data types in Groovy we need to understand data types in Java

In this lecture we are going to talk more about Groovy data types. In Java every variable needs to be declared with a type and this is one place where Groovy is very different.

All about data types

In this lecture we are going to cover some of scenarios you are going to run into while working with numbers in Groovy.

In this lecture we are going to talk about this concept of Operator Overloading. We are going to look through the documentation and see what operator overloading is available to us and walk through some demos. 

In this exercise we are going to learn how to implement operator overloading on our own classes.

In this lecture we are going to review our operator overloading exercise.

In this lecture we are going to look at working with Strings in Groovy. There are different ways to create Strings based on our needs and we will cover most of them here.

In this lecture we are going to cover the basics of regular expressions. Java has had support for regular expressions (or regex as it's often referred to as) since 1.4. These are a representation of a search pattern used to scan and match for text. While you can use them in Java there are certain situations where the become very complicated. Groovy adds three very helpful methods to the API. In this lecture we are going to cover those, some basics about constructing patterns and a short demo that will bring everything together for us.

In this section we are going to look at the different complex data types available in Groovy.

In the last section we took a look at some basic data types in Java & Groovy. In this section we are going to dive into some complex data types also known as collections. If you have done any Java programming in the past you know that working with collections hasn’t always been easy. In fact Groovy took something complex in Java and made it easy to work with and that is one of the main reasons I took a look at Groovy in the first place. In this section we are going to take a look at ranges which might be new to some developers but they are very useful and easy to work with. We will also look into maps and lists but thanks to some GDK enhancements they also become very easy to work with.

In this lecture we are going to take a look at our first complex data type called a Range. Ranges allow us to define a list or "range" of items and move through them. 

In this lecture we look at another data type called a list. Lists allow us to create lists of things and there is an easy to use API for manipulating these lists. 

In this lecture we are going to look at the final data type of this section called a Map. A map allows us to create key / value pairs of data.

[Exercise] Using Collections

We are going to review the quiz on using collections.

In this section we are going to learn all about Closures. Closures are a very important part of Groovy and we are going to learn what they are and how to use them.

We are going to begin our introduction to closures in this section. You can start to do some really cool things with closures and they are a fundamental concept in learning the Groovy programming language. 

In this section we are finally going to dive into Closures. You aren’t going to get very far in Groovy before you start running into Closures. They are everywhere and a pretty big part of the language. In fact they are probably the key feature that has made Groovy as popular as it today. That is why this section is extremely important to understand and I hope you will take the time to really understand we go over here.

So what is a closure? A closure is just like a method except that it is a first class citizen of the language. When I have a method in a class we give it a name, it takes some arguments and it performs some actions. A closure will do the same thing but unlike a method a closure is an object and can be used or passed around your program.

In this lecture we are going to introduce you to closures. We will walk through how to create them and some of the basic syntax we use to construct closures. 

A closure can accept parameters just like a method can. In this lecture we are going to look at all of the different ways a closure can accept parameters. 

This is a quiz about the basics of using closures.

In this lecture we are going to dive into the documentation and look at some of the different methods we can perform on collections. We are also going to look at how to use a lot of these. These methods should start to make a lot more sense now that we understand how closures work.

In Groovy, currying refers to the concept of partial application. Currying in Groovy will let you set the value of one parameter of a closure, and it will return a new closure accepting one less argument.

In this lecture we look at what scopes are available to us in a Closure. The delegate of a Closure is an important concept and helps set them apart from lambdas. 

In this exercise we are going to put what we learned in this section to the test. We have a bunch of exercises that should help us understand how to use closures a little better. 

In this lecture we are going to review the exercise Using Closures. 

In this section we are going to cover the different control structures available to us in Groovy.

In this lecture we will talk about our introduction into control structures. 

Before we dive into the conditional structures like if, if / else or when we need to understand what the Groovy Truth is. This is because the expressions that are defined in those control structures need to evaluate ot a boolean and there is a fundamental difference how we handle this in Groovy compared to Java.

Understanding how Groovy evaluates expressions as truth is important. In this quiz we are going to give you a bunch of examples and you need to tell me if it evaluates to true or false. 

In this lecture we dive into the conditional structures that you are going to use in Groovy.

  • if
  • if/else
  • if/else if/else
  • ternary / elvis
  • switch
  • in

In this lecture we are going to look at the different looping constructs available to us in Groovy.

In this lecture we are going to get our first introduction to exception handling in Groovy. Exception handling in Groovy is pretty similar to Java with one big fundamental change and its a change I LOVE.

We are going to have a quick exercise to cover what we learned in this section.

Did you like this exercise? It was pretty short and sweet but we are starting to write more complete classes and this is really starting to get fun right? 

In this section we will cover some of the terms and concepts that makeup Object Oriented Programming or OOP for short.

What is Object Oriented Programming (OOP) and why should I care about it? What are some of the concepts that we are going to cover in this section. Please remember that people have written books on this subject alone so we won't cover everything. This is an introduction to the terms and concepts to make you more familiar with them so you can spot them and use them. 

We have talked about classes throughout this course but we really haven't had a chance to dive into the details. In this lecture we talk about how to create a class, declare fields and local variables. 

Now that we have our class created and we know how to created fields it's time to move on to methods. In this lecture we are going to cover how to create and call constructors and methods. 

In this lecture we are going to use IntelliJ and learn all about packages. When we create classes we need a way to organize them so our classes remain maintainable and packages give us that ability. 

We are going to review the basic building blocks for creating classes. 

In this lecture we are going to talk about inheritance. When you have behavior that might be common to many classes we create a class to hold this functionality and extend this "base" class from our other classes. 

Interfaces
Traits

A JavaBean is just a standard

- All properties private (use getters/setters)
- A public no-argument constructor
- Implements Serializable.

    Java provides a mechanism, called object serialization where an object can be represented as a
    sequence of bytes that includes the object's data as well as information about the object's
    type and the types of data stored in the object.

- Create a Java Bean
- Equivalent Groovy Bean
- Look at a Groovy Bean under the hood
- How to use Groovy Beans
- How to write your own getters / setters
- Direct field access

[Exercise] What makes up a class
[Exercise Review] What makes a class
In this section we are going learn all about how we can manipulate our programs at runtime.

Metaprogramming is one of the highlights of Groovy. 

The MOP (Meta Object Protocol) is a really big concept to understand when it comes to MetaProgramming. In this lecture we are going to define the MOP and explain what it is and how it is used. 

Now that we have a little bit of an understanding of what the MOP is it's time to dive in a little further. We are going to learn how to customize the MOP using different hooks. 

Every single class has an associated MetaClass. The MetaClass contains all of the methods & properties your class contains. Where the dynamic nature of Groovy comes into play is by manipulating that MetaClass and not the concrete class. 

Just some basic question about what we are learning in this section.

Using the metaclass to add dynamic capabilities to our program is usually going to be the way to go. Sometimes we might prefer an alternative method that is a little more confined and not so application wide. In this lesson I want to take a look at this problem and show how categories help us solve it. There are also a few built in categories in the language and we will look at a demo of one today.

In this lecture we are going to look at a pattern called the Intercept / Cache / Invoke Pattern. This is a pretty solid performance pattern that we should be taking advantage of when we start dealing with missing methods. 

[Exercise] Runtime Metaprogramming

We are going to review the Runtime Metaprogramming exercise

Compile-time metaprogramming in Groovy allows code generation at compile-time.

Good to know

Know what's good
, what to watch for
, and possible dealbreakers
Covers Apache Groovy, an optional type, dynamic object-oriented programming language, with static-typing capabilities for the Java platform
Taught by Dan Vega, a software developer with over 15 years of experience and recognized for his teaching
Builds a strong foundation for beginners by providing an introduction to the fundamentals of Groovy
Suitable for both novice programmers and experienced Java developers seeking to enhance their skills
Provides real-world examples and exercises to reinforce learning and promote practical application

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Reviews summary

Helpful for getting started

According to students, this course was helpful for getting up to speed with Groovy in a quick amount of time. Learners mention that each section of the course was just the right size so that they could grasp the concept without feeling overwhelmed.
Course was helpful for quickly learning Groovy
"Needed to get up to speed really quickly with Groovy. This course really helped with that."
Course sections were a manageable size
"Each section is big enough to be able to understand the concept, but not so big that you feel overwhelmed by it all."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in The Complete Apache Groovy Developer Course with these activities:
Follow the Groovy tutorial on the official Groovy website
Following the Groovy tutorial on the official Groovy website will help you to learn the basics of the Groovy language and its core features, including closures, concurrency, and metaprogramming.
Browse courses on Groovy
Show steps
  • Go to the Groovy website.
  • Click on the "Tutorial" link.
  • Follow the instructions in the tutorial.
Review your Groovy notes
Reviewing your Groovy notes will help you to refresh your memory on the language and its core features, including closures, concurrency, and metaprogramming.
Browse courses on Groovy
Show steps
  • Gather your Groovy notes.
  • Read through your notes.
  • Answer your Groovy notes.
Read Groovy in Action
Reading Groovy in Action will help you to learn the basics of the Groovy language and its core features, including closures, concurrency, and metaprogramming.
Show steps
  • Read the first few chapters of the book.
  • Work through the examples in the book.
  • Try to apply what you've learned to your own projects.
Five other activities
Expand to see all activities and additional details
Show all eight activities
Write Groovy scripts
Writing Groovy scripts will help you to practice the syntax and semantics of the language and to develop your problem-solving skills.
Browse courses on Groovy
Show steps
  • Choose a problem to solve.
  • Write a Groovy script to solve the problem.
  • Test your script.
  • Refactor your script to improve its performance or readability.
Join a Groovy study group
Joining a Groovy study group will help you to learn from other students and to get help with your coursework.
Browse courses on Groovy
Show steps
  • Find a Groovy study group.
  • Attend the study group meetings.
  • Participate in the study group discussions.
Create a Groovy project
Creating a Groovy project will help you to apply your knowledge of the language and its core features, including closures, concurrency, and metaprogramming.
Browse courses on Groovy
Show steps
  • Choose a project idea.
  • Create a new Groovy project.
  • Write the code for your project.
  • Test your project.
  • Deploy your project.
Write a blog post about Groovy
Writing a blog post about Groovy will help you to share your knowledge of the language and its core features, including closures, concurrency, and metaprogramming.
Browse courses on Groovy
Show steps
  • Choose a topic for your blog post.
  • Write a draft of your blog post.
  • Edit and revise your blog post.
  • Publish your blog post.
Help other students to learn Groovy
Helping other students to learn Groovy will help you to deepen your own understanding of the language and its core features, including closures, concurrency, and metaprogramming.
Browse courses on Groovy
Show steps
  • Find a student who is interested in learning Groovy.
  • Meet with the student regularly to help them with their coursework.
  • Provide the student with feedback on their progress.

Career center

Learners who complete The Complete Apache Groovy Developer Course will develop knowledge and skills that may be useful to these careers:
Software Developer
Software Developers are responsible for designing, developing, and maintaining software applications. They use their knowledge of programming languages and software development tools to create new applications or improve existing ones. This course can help you build a strong foundation in Groovy, a powerful and versatile programming language that is widely used in the software industry. By learning Groovy, you will be able to develop more efficient and maintainable software applications, which can make you a more valuable asset to your team.
Web Developer
Web Developers are responsible for designing, developing, and maintaining websites. They use their knowledge of HTML, CSS, JavaScript, and other web development technologies to create websites that are both visually appealing and functional. This course can help you build a strong foundation in Groovy, a language that is becoming increasingly popular for web development. By learning Groovy, you will be able to develop more dynamic and interactive websites, which can make you a more valuable asset to your team.
Data Scientist
Data Scientists are responsible for collecting, analyzing, and interpreting data to help businesses make better decisions. They use their knowledge of statistics, machine learning, and other data science techniques to extract insights from data. This course can help you build a strong foundation in Groovy, a language that is well-suited for data science tasks. By learning Groovy, you will be able to develop more efficient and accurate data science models, which can make you a more valuable asset to your team.
DevOps Engineer
DevOps Engineers are responsible for bridging the gap between development and operations teams. They use their knowledge of both software development and system administration to ensure that applications are deployed and maintained efficiently and reliably. This course can help you build a strong foundation in Groovy, a language that is well-suited for DevOps tasks. By learning Groovy, you will be able to develop more efficient and reliable DevOps pipelines, which can make you a more valuable asset to your team.
Quality Assurance Analyst
Quality Assurance Analysts are responsible for testing software applications to ensure that they meet the required quality standards. They use their knowledge of testing techniques and tools to identify and fix bugs in software applications. This course can help you build a strong foundation in Groovy, a language that is well-suited for testing tasks. By learning Groovy, you will be able to develop more efficient and effective test scripts, which can make you a more valuable asset to your team.
Cloud Engineer
Cloud Engineers are responsible for designing, deploying, and managing cloud computing environments. They use their knowledge of cloud computing technologies and services to create and maintain scalable and reliable cloud-based applications. This course may be useful for learning Groovy, a language that is becoming increasingly popular for cloud development. By learning Groovy, you may be able to develop more efficient and reliable cloud-based applications, which can make you a more valuable asset to your team.
Systems Administrator
Systems Administrators are responsible for managing and maintaining computer systems. They use their knowledge of operating systems, networking, and other system administration tools to ensure that systems are running smoothly and efficiently. This course may be useful for learning Groovy, a language that is becoming increasingly popular for system administration tasks. By learning Groovy, you may be able to develop more efficient and reliable system administration scripts, which can make you a more valuable asset to your team.
Network Engineer
Network Engineers are responsible for designing, deploying, and maintaining computer networks. They use their knowledge of networking technologies and protocols to ensure that networks are running smoothly and efficiently. This course may be useful for learning Groovy, a language that is becoming increasingly popular for network engineering tasks. By learning Groovy, you may be able to develop more efficient and reliable network engineering scripts, which can make you a more valuable asset to your team.
Database Administrator
Database Administrators are responsible for managing and maintaining databases. They use their knowledge of database technologies and tools to ensure that databases are running smoothly and efficiently. This course may be useful for learning Groovy, a language that is becoming increasingly popular for database administration tasks. By learning Groovy, you may be able to develop more efficient and reliable database administration scripts, which can make you a more valuable asset to your team.
Security Analyst
Security Analysts are responsible for protecting computer systems and networks from security threats. They use their knowledge of security technologies and tools to identify and mitigate security risks. This course may be useful for learning Groovy, a language that is becoming increasingly popular for security analysis tasks. By learning Groovy, you may be able to develop more efficient and reliable security analysis scripts, which can make you a more valuable asset to your team.
Forensic Analyst
Forensic Analysts are responsible for investigating computer crimes and cyberattacks. They use their knowledge of forensic techniques and tools to collect and analyze evidence from computer systems. This course may be useful for learning Groovy, a language that is becoming increasingly popular for forensic analysis tasks. By learning Groovy, you may be able to develop more efficient and reliable forensic analysis scripts, which can make you a more valuable asset to your team.
Business Analyst
Business Analysts are responsible for analyzing business processes and requirements to identify opportunities for improvement. They use their knowledge of business analysis techniques and tools to develop solutions to business problems. This course may be useful for learning Groovy, a language that is becoming increasingly popular for business analysis tasks. By learning Groovy, you may be able to develop more efficient and reliable business analysis scripts, which can make you a more valuable asset to your team.
Project Manager
Project Managers are responsible for planning, executing, and closing projects. They use their knowledge of project management techniques and tools to ensure that projects are completed on time, within budget, and to the required quality standards. This course may be useful for learning Groovy, a language that is becoming increasingly popular for project management tasks. By learning Groovy, you may be able to develop more efficient and reliable project management scripts, which can make you a more valuable asset to your team.
Salesforce Developer
Salesforce Developers are responsible for developing and maintaining Salesforce applications. They use their knowledge of Salesforce development tools and technologies to create and customize Salesforce applications to meet the needs of their customers. This course may be useful for learning Groovy, a language that is becoming increasingly popular for Salesforce development. By learning Groovy, you may be able to develop more efficient and reliable Salesforce applications, which can make you a more valuable asset to your team.
Game Developer
Game Developers are responsible for designing, developing, and testing video games. They use their knowledge of game development tools and technologies to create and publish video games for a variety of platforms. This course may be useful for learning Groovy, a language that is becoming increasingly popular for game development. By learning Groovy, you may be able to develop more efficient and reliable video games, which can make you a more valuable asset to your team.

Reading list

We've selected eight books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in The Complete Apache Groovy Developer Course.
Provides a practical guide to using Groovy to enhance Java applications. It covers topics such as Groovy's syntax, integration with Java, and performance optimization.
Practical guide to using Groovy to enhance Java applications. It covers a wide range of topics, including Groovy syntax, interoperability with Java, and using Groovy for testing and scripting.
Provides a comprehensive guide to using Groovy for functional programming. It covers topics such as lambda syntax, functional programming concepts, and Groovy's support for functional programming.
Provides a comprehensive guide to using lambdas in Java. It covers topics such as lambda syntax, functional programming concepts, and Java 8 stream operations.
Comprehensive guide to the Grails web framework. It covers everything from the basics of Grails to advanced topics such as plugin development and testing.
Comprehensive guide to the Groovy 2 programming language. It covers everything from the basics to advanced topics such as concurrency and metaprogramming.
Provides a comprehensive guide to developing Android applications with Groovy. It covers topics such as Groovy's integration with the Android SDK, UI development, and testing.
Guide to creating your own domain-specific languages (DSLs) using Groovy. It covers the basics of DSLs, as well as how to use Groovy to create DSLs for a variety of purposes.

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