What you would learn in Intellij IDE Productivity and Debugging Techniques with Java course?
Intellij is the standard for every Java developer. Any novice or experienced user using Java Java programming language who wants to boost their productivity by using the top IDEs available for Java will benefit significantly from the Intellij productivity as well as the Debugging Methods course. Intellij has intelligent code completion codes, code inspections on the fly, highlighter of errors and quick fixes, automated code refactoring, and rich live templates. This course will make sure that you know how to master all of these abilities.
IntelliJ is one of Java's most popular and robust Integrated Development Environments (IDE). It is maintained and developed through JetBrains and is available in Ultimate Edition and Community Edition. This feature-rich IDE allows rapid development and aids in improving the quality of code.
What's IDE, and what are its advantages?
IDE is Integrated Development Environment. It's a mix of several tools that facilitate the development of software as well as more robust and less prone to errors. It provides the following advantages over a plain text editor:
Integration with helpful tools such as compiler debugger, debugger, and version control system Build tools, different frameworks, applications profilers, and many more.
It supports code navigation and code completion. It also supports code Refactoring and code generation capabilities which help speed up the development processes.
Supports unit testing Integration testing, unit testing, and code coverage through plugins.
It offers a wide range of plugins that can enhance the IDE capabilities further.
The features of IntelliJ
IntelliJ IDEA has some top practical Java code completion tools. Its predictive algorithm can identify what a coder is trying to type and then completes the task for him, even if the coder doesn't know the exact name of the class, member, or another resource.
IntelliJ IDEA understands and provides profound insight into your program and the overall environment of the coder; that is what makes it stand out in comparison to the other Java IDEs.
Smart Code Completion - It allows context-based code completion based on context. It lists the most pertinent symbols to use in the present context.
Code completion chain It's an advanced feature for code completion that lists the relevant symbols available through methods or getters within the present context.
Completing a static member permits users to use standard methods and constants. It automatically adds the declarations to import them to avoid compiler errors.
Detecting duplicates - It finds the duplicate code fragments on the fly and gives the user a notification/suggestions about it.
Inspections and quick fixes - Every time IntelliJ recognizes you're about to commit an error, a slight light bulb alert appears simultaneously. If you click on it, it will show the suggestion list.
IntelliJ IDEA is designed around the idea that coders are allowed to write their code without distractions they can. This is the reason why in this instance, editors are the sole thing that appears on the screen, and there are specific shortcuts for the other non-coding functions.
A user-centered environment Quick pop-ups assist in searching for additional information without leaving the current context.
Shortcuts for all things The keyboard shortcuts for everything IntelliJ IDEA has keyboard shortcuts for almost everything, including fast selection and switching between windows and more.
Inline debugger - Inline debugger allows you to debug applications in IDE itself, and it helps make the process of developing and debugging effortless.
Inbuilt Developer Tools
To aid developers in organizing how they work, IntelliJ IDEA offers them an impressive set of tools that includes a decompiler, support for Docker, bytecode viewer FTP, and a host of additional tools.
Control of version Version control in HTML0 IntelliJ supports most of the most popular version control systems like Git, Subversion, Mercurial, CVS, Perforce, and TFS.
Tools for building HTML - IntelliJ supports Java and other build tools such as Maven, Gradle, Ant, Gant, SBT, NPM, Webpack, Grunt, and Gulp.
Test runners, as well as code coverage and Test runner IntelliJ IDEA, allow you to perform unit testing efficiently. The IDE has test runners and coverage tools for all major test frameworks, such as JUnit, TestNG, Spock, Cucumber, ScalaTest, Karma, and spec2. Karma.
The decompiler - IntelliJ has an in-built decompiler for Java classes. If you'd like to have a look inside the library that does not contain access to the code source, you can do so without the use of third-party plugins.
Terminal IntelliJ offers an integrated terminal. Based on the platform you are using, it is possible to use terminal commands such as PowerShell and Bash.
Tools for databases - IntelliJ offers tools that let you connect to live databases to run queries; browse and edit data, and manage schemas using a visual interface accessible from the IDE itself.
HTML0 IntelliJ supports the most popular application servers like Tomcat, JBoss, WebSphere, WebLogic, Glassfish, and many more. It is possible to deploy your artifacts onto servers for application development and test the applications you deploy inside the IDE.
Docker Support for Docker through an additional plugin, IntelliJ offers a separate tool window that allows you to connect to locally running Docker devices.
This course covers these areas:
Section 3: Here, you will be taught the Java basics and the best way you can install Java and Intellij on your device. These sections provide a no-cost introduction to Core Java concepts such as Java data types classes, methods declarations, and more.
4. This section will examine the different files in one IntelliJ project. Intellij will generate default files that contain state, configuration, and preferences as an enhanced IDE. This section will review some of the files IntelliJ creates as part of the project.
5th Section: You will learn advanced code generation by using the all-search Intellij search engine to locate actions, classes, and more. You will learn to create code using autopilot to increase the speed of your coding.
Section 6 This refers to the inspection of code. Here you will discover how to spot bugs in your code and identify solutions proposed by Intellij. You will be able to solve mistakes, warnings, and typos.
Section 7: You will learn about automatic code refactoring using Intellij. Refactoring is the process of writing and improving source code quality to make it more readable without altering its behavior. Clean, tidy, and easy-to-read codes are preferred over messy, complicated, messy, and confusing codes, making the code much easier to maintain and expand. This section will tell you'll learn, discuss and explain how IntelliJ allows refactoring to be simple.
Section 8 Within this chapter, you will be taught how to utilize IntelliJ Live Templates. Live templates can add commonly used constructs in your code, like loops, conditions, different declarations, and print statements.
Section 9: You will learn how to utilize the IntelliJ IDEA debugger for Java code. Depending on the plugins installed/enabled and the plugins you have installed, you can analyze code written in different languages. During the Debugging session, you start your program using the connected debugger. The goal of the debugger is to disrupt the program's execution and provide details of what's going on the under the hood. This makes it easier to find and fix any bugs within your program.
Section 10:IntelliJ supports various version control systems, such as Git, Subversion, Mercurial, CVS, GitHub, and TFS. It is possible to perform actions related to version control using IntelliJ's IDE itself. Within this chapter, you'll discover Git and GitHub integration using Intellij.
Section 11 This part will go over the various types of testing available that can be done in Java as well as how you can optimize them using the Intellij IDE. The JUnit framework for creating an entire test case that incorporates unit tests.
Chapter 12. You can learn to develop UI applications using JavaFX by integrating it with Intellij. The course will make use of Scene Builder to generate Maven code and then build your application visually automatically.
Content of the Course:
- Create an elementary Java project using Intellij
- Discover Intellij Project Builder and file
- Learn to optimize KeyMat and utilize Intellij Short Cuts
- Master project Tools windows, TODOs, and editors for code
- Learn how to automate code and file inspection
- Remove methods and shift members' variables
- Implement the code structure and change signature
- Learn how to use, demonstrate, edit and design IntelliJ Live Templates
- Learn all Java error types, including debugging, breakpoints, and debugging
- Integration of GitHub and Git Integrate Git and GitHub with Intellij. Learn how to create, commit and merge code, and manage branches.
- Mester Java test code through Integrating JUnit as well as Intellij
- Create JavaFX apps and develop scenes