NetBeans vs PyCharm Professional Edition

NetBeans is a free, GPL-licensed IDE. It can run on any computer with a Java virtual machine. If a computer has a Java virtual machine (JVM), Netbeans can run on it. Netbeans can, therefore, run on a variety of operating systems such as Windows, *nix, and Mac OS. Being open source means that developers can contribute changes to the code to have the IDE better serve them.

Has built-in support for the most popular revision control systems

Supports synchronization with projects stored remotely through FTP or SFTP.

You can run Linux terminal inside the IDE.

Supports Symfony1, Symfony2,Yii2 & Zend frameworks.

There's a built-in local history that lets you compare code changes and revert to a specific revision. Helpful when source code file accidentally overwritten.

PHPUnit is a testing framework. You can create test classes, run and see the code coverage directly from IDE interface.

Git commits/local diff comparison is best

NetBeans can be extended beyond the basic tool that you get out of the box through community made custom plugins.

The most used composer commands can be done directly from IDE.

Netbeans not only debugs your code, and points out errors but also gives you hints on which sections of your code could be further optimized.

Supports Smarty Template Engine right out of the box.

NetBeans provides code completion and documentation for all Twig elements.

Supports documentation generation through ApiGen and PHPDoc.

Supports static code analysis with phpstan

ApiGen allows automatically generating documentation from specifically formatted comments. It's easy to use, supports traits, allows fuzzy searching for classes and highlighting docblocks using Markdown.

PyCharm has CVS, Git, Subversion and Mercurial integration.

PyCharm can leverage run-time information when running your application with the built-in debugger to figure out what types can possibly be passed to which functions, etc.

PyCharm has two types of autocompletion: structural completion and word expansion.

Structural autocompletion makes predictions based on its understanding of Python and JavaScript objects, while the latter tries to predict the word currently being typed based on previously typed words. Word expansion also works in comments and docstrings and it's similar to vim's omnicompletion.

Both types of autocompletion work extremely well, have little to no problems and are quite fast even when loading suggestions on the go.

PyCharm offers great pip integration. When opening a project it automatically checks for a requirements.txt file in the root of the project. If it's found, it checks if all the libraries are available in the interpreter. If one or more libraries are missing, it issues a warning and asks whether you want to install any missing libraries.

There's a community edition (with limited features) that's free to use. You can also get a 30-day trial of the Professional edition.

All the debugging can be done inside the IDE. Breakpoints in the code can be added using keyboard shortcuts or the mouse. When the code is executed through the debugger a toolbar pops up with all the relevant context needed for the debugging process.

The whole process is smooth and painless and you don't even have to switch windows to do the debugging.

There are many refactoring options including renaming and changing signature across entire projects. It also includes the an ability to preview changes before committing and exclude anything unwanted.

With a valid .edu address students can register to use the Professional edition and enjoy all the perks of the full paid version for free.

Though it should be mentioned that the with the free student acess you cannot use PyCharm for any commercial purposes, even accepting donations for an open source project.

IdeaVim supports motion keys, insert mode commands, marks, registers, visual mode commands, vim regexps, key mapping, macros, digraphs, some ex and :set commands. You can find a full comparison in the IdeaVim reference manual.

PyCharm has amazing code navigation implementations. It supports both goto symbol and goto declaration. The former finds classes, variables, functions, etc by name. While the latter is used by moving the cursor on top of a symbol and by using the mouse or a keyboard combination it finds the declaration of that symbol and takes you there.

Both of these features are extremely helpful when consulting large code-bases and when trying to understand an API written by someone else.

PyCharm, based on what method or class the cursor rests, can figure out what tests to run and perform them with a keyboard shortcut or two, without breaking up the flow and need to switch to a command line interface.

Pycharm has excellent django support, from templating to management commands, it has it all.

If you have a yappi profiler installed on your interpreter, PyCharm starts the profiling session with it by default, otherwise it uses the standard cProfile profiler.

The professional version allows remote debugging over ssh, which together with automatic deployment creates a streamlined workflow.

No need to go to the command line to download a new package, PyCharm has an easy system to browse, download, and update third party packages.

PyCharm offers a high variety of plugins like Pylin, Mypy etc. covering all the above mentioned. Plus it has a built-in support to detect wrong formatted/named things (inspection).

Pycharm supports SQLlite, PostgresQL, Mysql, etc out of the box and is integrated very nicely with Pycharm. Making database modifications could never have been easier as changing a cell value and committing the changes straight from pycharm.