Spotbugs Plugin Download

Are you looking for additional security detectors for SpotBugs? We suggest you to check the Find Security Bugs a SpotBugs plugin for security audits of Java web and Android applications. It can detect 138 different vulnerability types, including SQL/HQL Injection, Command Injection, XPath Injection, and Cryptography weaknesses.

For anyone stumbling across this thread, and not satisfied with the above answer (you should question anytime you see "this works" without a "because ..."), note that if you're using an external buildscript file like the OP, and trying to configure the tasks, the real problem is that the script plugin ClassLoader is isolated from the project buildscript ClassLoader, the java.lang.Class instances representing the type com.github.spotbugs.SpotBugsTask are different, thus thewithType call doesn't match anything.

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SpotBugs Eclipse Plugin integrates SpotBugs seamlessly with the most popular Java IDE and allows to run SpotBugs analysis incrementally on changed files or on demand per project. A quick plugin introduction is available at and a short video demo is available on YouTube.

I cannot imagine to seriously develop Java software without SpotBugs Eclipse plugin anymore. For those who knows Ant , Maven, Hudson or Jenkins: of course, they also have plugins for SpotBugs, so that you can use same tool as in your IDE to analyze your software during automated tests.

I understand that the reportPaths property is a list of filePaths so does the configuration need to change in my build.gradle file for sonarqube to understand?

FYI the workflow looks as follows:

I run the command ./gradlew check (this generates the spotbugs reports for me for all modules)

Then I run the following command:

./gradlew sonarqube -Dsonar.verbose=true -Dsonar.java.spotbugs.reportPaths=build/reports/spotbugs/main.html

When the spotbugs analysis checks are increased, they often report new issues that need to be resolved or suppressed.Spotbugs checks are included in the Apache Maven verify step.Run the spotbugs analysis checks as part of the Apache Maven verify step with the command:

It is generally preferred to fix a spotbugs warning rather than suppress the warning message.However, in those cases where a spotbugs message is incorrect or is infeasible to fix, it can be suppressed with the SuppressFBWarnings annotation.A suppression might look like this:

Sometimes the number of spotbugs exclusions make it inconvenient or tedious to place the exclusions in the source files.In those cases, a spotbugs exclusions file can be used to list the spotbugs warnings that are being excluded and the classes, methods, and fields involved.

A good example of the spotbugs exclusions file and its configuration is available from Jenkins core.See the src/spotbugs/excludesFilter.xml source file for examples.The exclusions in the filter file are enabled automatically with recent versions so long as the exclusion file is named src/spotbugs/excludesFilter.xml.

Next, you will see that I'm creating something called SpotBugsTask in ext. This is a quirk in the Spotbugs plugin, the class name isn't findable in the separate ./spotbugs.gradle file unless you define classpath "gradle.plugin.com.github.spotbugs.snom:spotbugs-gradle-plugin:4.3.0" there (which also means providing the repository for it). As this is meant to reduce the amount of code you need to write, I included this workaround to allow the ./spotbugs.gradle file to use the SpotBugsTask without the need for copying all of that into another place. Hacky? A bit. Better than the alternative? Yes.

Finally, you can see that I'm applying the ./spotbugs.gradle in the subprojects section. This will (when we create the file) apply it to all sub-projects of our root project, but not the root project itself.

As you can see it is a pretty standard implementation of Spotbugs. Our old friend ./variants.gradle shows up right off the bat, then we actually apply the plugin. Next we find each task that the plugin made for us and update its group and description... why those are missing, I'll never know. I set up the reports I care about... html.enabled = true. The last run of the mill things I do is set some plugin-wide parameters, like effort and reportLevel.

Last but not least, we setup a listener for when new plugins are added to this project. When the plugin gets added we see if it is either an apply plugin: com.android.application or apply plugin: com.android.library and we make ./variants.gradle earn its keep by finding the root level tasks we made in ./build.gradle and having them depend on the new Spotbugs tasks we just created by applying the plugin above.

You might be asking why go through the hassle of waiting for new plugins to be added before setting this up? Well we need to know if we care about flavors for the module, and it is a best practice to keep the idea of flavors out of your Android Library Modules if you can, this results in the need to set them up differently than the Application Module. Next, gradle throws some ordering issues your way. Everything in the ./build.gradle is run before the sub-projects' equivalent. Meaning, the Android Application and Library plugins haven't even been applied yet when we call from the root ./build.gradle, so you can't tell what version of dependencies you need to set up.

Now everything is set up and you should be able to run your Java through Spotbugs and view the HTML reports in your multi-module, flavored, Android Project. You can either do this by calling individual spotbugs tasks on each project, or you can use the rolled up root level ones we created to run them efficiently on the whole project. In this example, lets say I had an :app module for the Android Application and a :my-android-library module as an Android Library. I could call ./gradlew spotbugsBlackberryDebug and the following would run...

SpotBugs also has a few plugins, my favorite being "Find Security Bugs", and as you might guess, it helps you detect security issues like weak hash functions, file/path traversals, untrusted inputs, and many more.

In contrast to other plugins, spotbugs plugin is not bundled with gradle,but quality plugin will bring it as a dependency (v 1.6.1) and activate automatically.To use newer spotbugs plugin version simply enable plugin manually (in plugins section).

Find Security Bugs is a SpotBugs plugin for security audits of Java web applications and Android applications. It can detect 128 different vulnerability types including Command Injection, XPath Injection, SQL/HQL Injection, XXE and Cryptography weaknesses. SpotBugs is a static analysis tool that targets Java but also works with Groovy, Scala and Kotlin projects.

In our basic example, SpotBugs will scan for all possible Bug Patterns across all categories. To introduce a filter to these options you can use an XML Filter file. For, example the following plugin configuration introduces an inclusion filter and an exclusion filter for your project:

To build the SpotBugs plugin for Eclipse, you'll need to create the file eclipsePlugin/local.properties, containing a property eclipseRoot.dir that points to an Eclipse installation's root directory (see .travis.yml for an example), then run the build.To prepare Eclipse environment only, run ./gradlew eclipse. See also detailed steps.

From the use case above, we have identified that we have two types of projects - generic Java projects and public libraries.We can model this use case by layering two separate plugins that each define the type of project that applies them:

myproject.java-conventions - configures conventions that are generic for any Java project in the organization.It applies the core java and checkstyle plugins as well as an external com.github.spotbugs plugin, configures commoncompiler options as well as code quality checks.

Note how applying a convention plugin to a subproject effectively declares its type.By applying myproject.java-conventions plugin we state: this is a "Java" project.By applying myproject.library-conventions plugin we state: this is a "Library" project.

spotBugsGoal - The goal for the spotbugs plugin

string. Optional. Use when spotBugsAnalysisEnabled = true. Allowed values: spotbugs ("spotbugs" - Creates a report on found bugs), check ("check" - Pipeline fails if bugs were detected). Default value: spotbugs.