#Intellij plugin install#
#Intellij plugin software#
#Intellij plugin code#
#Intellij plugin series#

This not only allows us to create custom metrics, but also to define the threshold values, which can then be used to only show values that pass a certain threshold. By clicking the ellipsis next to the Metrics dropdown, we can access the Metric Profiles windows. In addition to the built-in metrics, we can also define our own selection of metrics.

#Intellij plugin software#

You can find more information about these metrics under Software package Metrics. These metrics are mostly related to class and package coupling, providing information such as Afferent and Efferent couplings between classes, abstractness, instability and distance from main sequence. Uncle Bob, mentions in his book Agile Software Development: Principles, Patterns and Practices.

#Intellij plugin series#

Refers to the series of metrics that Robert C. The six metrics under the MOOD umbrella, including Method Hiding factor, Attribute Inheritance, Method Hiding, Method Inheritance, and Polymorphism factor.

#Intellij plugin code#

Much like classes, it provides a total count of lines of code as well as production versus test code distribution. Simple count of the number of lines of Javadoc. Provide information on the number of JUnit test assertions and methods.

Details of cyclomatic complexity, essential complexity, and extended cyclomatic dependencies of methods. It provides information about cyclic dependencies and transitive dependencies of classes, as well as dependents on each class. those that are not part of tests, and classes that are part of the testing code. Provides information on the number of total classes, product classes, i.e. Information on object coupling, inheritance depth, cohesion between methods (or thereof lack of), number of subclasses amongst other metrics introduced by Chidamber and Kemerer. In terms of the actual types of metrics, we can calculate: It even provides us with the ability to filter out our tests. Metrics can be run for an entire project, a specific module, uncommitted files, current file, or a even a custom scope, making it extremely flexible in terms of what it is we want to analyze. Once installed, it provides us with a menu option under Analyze|Calculate Metrics. The plugin itself is OSS and the source code is available on GitHub. From cyclomatic complexity to class cohesion, it really offers good insight into our project structure. Metrics Reloaded is a neat plugin that provides us with a wealth of metrics about our project. You can browse the JetBrains plugin repository or add custom ones.

#Intellij plugin install#

WeРІР‚в„ўll look at the forgotten ones!Р”Р„lso, remember that the easiest way to install plugins (and search for them) is via IntelliJ IDEA (or sister IDEs) directly, under Plugins. WeРІР‚в„ўll be focusing on plugins that arenРІР‚в„ўt bundled and active out of the box. Starting with this issue, weРІР‚в„ўre going to look at some different plugins that are available. For each entry we get information about the vendor, rating, number of downloads, etc. Plugins in the repository are categorized by functionality, although the easiest way to find something weРІР‚в„ўre looking for is to just search in free form text. In fact, did you know that, as of writing this post, there are 1182 plugins available in our plugin repository? IРІР‚в„ўm sure there are even a few around the net that havenРІР‚в„ўt been published yet. In addition to all the built-in plugins by JetBrains, there are tons of other functionality and features available in the form of plugins. WebStorm for instance focuses on HTML, JavaScript, Node.js, etc. Each smaller IDE in turn is pretty much a cut-down tailored version of IntelliJ IDEA targeting a specific set of functionality. IntelliJ IDEA Ultimate has all the functionality our other IDEs have (with the exception of iOS/OSX-targeted functionality in AppCode). IntelliJ IDEA is a platform on to which most functionality is provided in the form of plugins.