IntelliJ IDEA Ultimate

What is IntelliJ IDEA Ultimate?

IntelliJ IDEA Ultimate: Enjoy productive Java All aspects of IntelliJ IDEA are specifically designed to maximize developer productivity. Together, powerful static code analysis and ergonomic design make development not only productive, but also a pleasant experience.

IntelliJ IDEA Ultimate: Deep Intelligence: After IntelliJ IDEA has indexed its source code, it offers a fast and intelligent experience, providing relevant suggestions in all contexts: immediate and intelligent code completion, on-fly code analysis, and reliable refactoring tools.

Out-of-the-box experience: Mission-critical tools, such as integrated version control systems and a wide variety of supported languages and frameworks, are at hand – with no plugins added.

Smart code completion: Although basic completion suggests names of classes, methods, fields, and keywords within the visibility scope, smart completion suggests only the types that are expected in the current context.

Frame-specific assistance: While IntelliJ IDEA is an IDE for Java, it also understands and provides intelligent coding assistance for a wide variety of other languages, such as SQL, JPQL, HTML, JavaScript, even when the language expression is injected into a literal String into your Java Code.

Productivity Boosters: The IDE anticipates your needs and automates tedious and repetitive development tasks so you can focus on the image.

Developer Ergonomics: In all the design and implementation decisions we make, we have in mind the risk of disrupting the developer flow and doing our best to eliminate or minimize it. The IDE follows its context and brings the corresponding tools automatically.

Discrete intelligence: Coding assistance in IntelliJ IDEA is not just about the editor: it helps you stay productive when dealing with your other parts as well: e. Filling in a field, looking for a list of elements; Accessing a tool window; Or switch to a setting.

Deep insight into your code: IntelliJ IDEA analyzes your code, looking for connections between symbols in all project and language files. Using this information, it provides advanced coding assistance, fast navigation, intelligent error analysis and, of course, refactoring.

Smart Completion Ctrl + Shift + Space offers a list of the most relevant symbols applicable in the current context. This and other conclusions are constantly learning you, moving the most used class members and packages to the top of the suggestion list, so you can them faster.

Current Completion: Includes a little more than Smart Completion and lists applicable symbols accessible through methods or getters in the current context. Say that you are looking for a Project value and only have the module declaration of the module. Press Ctrl + Shift + Space twice to get module.getProject () without any additional effort.

Completion of static members: Allows you to use constant methods or constants. Provides a list of symbols that match your entry and automatically adds required import instructions.

Data flow analysis: By offering completion variants, IntelliJ IDEA analyzes the data flow to guess the possible type of runtime symbol and improves choices based on this information by automatically adding class templates.

Language injection: Brings coding assistance to one ed language for string expressions and literals in another, with all the advantages you would normally have. For example, you can inject fragments of SQL, XPath, HTML, CSS, or JavaScript code into Java String literals.

Cross-language refactoring: Knowing all about the uses of a symbol, IntelliJ IDEA offers extremely effective and complete refactorings. For example, when you rename a class within a JPA declaration, it will update everything the JPA entity class to each JPA expression it is used.

Detecting duplicates: Finds duplicate code fragments in real time. Even if you are just about to extract a variable, constant or method, the IntelliJ IDEA will let you know that there is a similar code fragment that can be replaced along with the one you are passing through.

Inspections and quick fixes: Whenever IntelliJ IDEA detects that you are about to make a mistake, a small lamp appears in the editor. Clicking on it or pressing Alt+ Enter opens a list of actions you can take to make things right.

Developer Ergonomics: All aspects of IntelliJ IDEA are designed with ergonomics in mind. IntelliJ IDEA is based on the principle that every minute a developer spends on the stream is a good minute, and the things that break developers with this flow are bad and should be avoided.

Editor-centric environment: Most of your time, the editor (and code) is the only thing visible on the screen, and you don't have to leave it to do something that's not related to coding. Quick popups are useful for checking additional information without leaving the context you're in. When you press Ctrl + Shift + I, it shows the symbol definition on the map. To generate code, you don't have to go through complex wizards or fill out huge forms.

Shortcuts to everything: In IntelliJ IDEA you have dedicated keyboard shortcuts for almost everything, including quick ion and switching between tool windows and the editor. Accessing a tool window through your shortcut moves the input focus to it, so you can use all keyboard commands in your context. When you need to go back to the editor, just click esc. When you are in the Project Tool window, you can not only browse through existing items, but also create new ones using just press Alt + Ins.

Ergonomic user interface: All lists, trees, and pop-ups in IntelliJ IDEA provide a quick search that instantly leads to a set of items that contain the text you're typing in them. The first call of any IDE action should provide the most anticipated results. Need more results? Press the shortcut again and the IDE will go deeper to find what you need.

Inline Debugger: When you debug your code, IntelliJ IDEA shows variable values directly in the source code, next to its uses. You don't even need to move your mouse over the variable or switch to the Variables panel of the Debug tool window. Whenever a variable changes its value, the IDE highlights it with a different color so that you can better understand how the state changes over the code.

Built-in development tools: To simplify workflow, IntelliJ IDEA offers an unbeatable toolset the first start: decompiler, byte viewfinder, FTP, and more.

Version control: IntelliJ IDEA provides a unified interface for major version control systems, including Git, SVN, Mercurial, CVS, Perforce, and TFS. The IDE allows you to navigate the change history, manage branches, merger conflicts, and more.

Build Tools: IntelliJ IDEA supports Maven, Gradle, Ant, Gant, SBT, NPM, Webpack, Grunt, Gulp and other build tools. Transparently integrated, these tools help automate compiling, packaging, testing, deployment, and other activities.

Test and coverage corridor: IntelliJ IDEA allows you to perform unit testing with ease. The IDE includes test brokers and coverage tools for large test frameworks, including JUnit, TestNG, Spock; Cucumber, ScalaTest, spec2 and Karma.

Decompiler: IntelliJ IDEA comes with an internal decomcompiler for Java classes. When you want to take a look inside a library you don't have the source code, you can now – no third-party plugins.

Terminal: The IntelliJ IDEA Ultimate comes with a built-in terminal. Depending on your platform, you can work with command line prompt, Far, powershell, or bash. Invoke the terminal with Alt + F12 and execute any command – without leaving the IDE.

Database tools:

• Take advantage of intelligent coding assistance when editing SQL;
• Connect to live databases;
• Run queries;
• Browse and get specialized data;
• And even manage your schemas in a visual interface – directly the IDE.

IntelliJ IDEA Ultimate application servers:

IIntelliJ IDEA Ultimate supports large application servers: Tomcat, JBoss, WebSphere, WebLogic, Glassfish, and many others. You can deploy your artifacts to application servers and debug applications deployed directly the IDE.

Docker: Through a separate plugin, IntelliJ IDEA Ultimate provides a dedicated tool window that allows you to connect to Docker machines running locally to manage Docker Compose images, containers, and services.

Polyglot experience: In addition to Java, IntelliJ IDEA Ultimate offers first-class support for JVM frameworks and non-JVM and out-of-the-box languages.

First-class support for top frames:

IntelliJ IDEA supports the most popular server-side and front-end frameworks. Enjoy extended coding help for Spring, Java EE, Grails, Play, Android, GWT, Vaadin, Thymeleaf, React, AngularJS and other frameworks.

Many languages – an IntelliJ IDEA Ultimate: While IntelliJ IDEA is an IDE for Java, it also understands many other languages, including Groovy, Kotlin, Scala, JavaScript, TypeScript, and SQL. IntelliJ IDEA is a turnkey solution, but if you need something extra, your rich ecosystem of plugins is here to help you.

System requirements

Hardware requirements 1 GB of minimum RAM

2 GB of RAM recommended

300 MB of hard drive space + at least 1 GB for caches

Minimum screen resolution of 1024×768

Windows Microsoft Windows 10/8/7 / Vista / 2003 / XP (incl.64-bit) To develop Java applications with IntelliJ IDEA, install the JDK version according to the requirements of your project. MacOS 10.5 or higher. Only 64-bit MacOS is supported. To develop Java applications with IntelliJ IDEA, install the JDK version according to your project requirements. Linux OS Linux 64-bit Desktop KDE, GNOME or Unity DE To develop Java applications with IntelliJ IDEA, install the JDK version according to your project requirements. Note that you cannot use jre packaged with IntelliJ IDEA for development, just to run the IDE itself.