This project contains a template for using JPF with Gradle. Particularly, it contains a build script that downloads and configures JPF and its dependencies, and a sample class that can be used to run JPF on a simple Java program.
The structure of the project is as follows:
src/main/java: contains the Java program to be analyzedsrc/main/jpf: contains the JPF configuration filelib: contains the JPF libraries used by the project to analyze the Java program
The gradle build script create a task for each JPF configuration file in the src/main/jpf directory.
The task name is run<ConfigName>Verify, where <ConfigName> is the name of the configuration file.
For instance, src/main/jpf/MyConfig.jpf can be run with the command ./gradle runMyConfigVerify.
After running the analysis, it is possible to clean the container created using the command ./gradle cleanJPF.
If you want to run the analysis using a jpf located in another folder,
you can use the task jpfVerify -Pfile=<path to jpf>.
Internally, it uses the docker image shown in class: gianlucaaguzzi/pcd-jpf:latest
Each task will use the same container in which there is the copy of the current folder,
and then it will run the JPF analysis inside it.
Particularly, the docker container will be created and will mount the current directory.
It will compile your project with java 8 and gradle, and then it will run the JPF analysis.
The first time it will download the gradlew associated with the project, so it could be slow.
The docker container persists after the analysis is completed, so that the user can inspect the results
and can re-run the analysis with different java files and jpf files.
If you change the project structure adding new folder, you need to shut down the container using:
./gradlew cleanJPF
or
docker container ls --quiet | xargs -I{} docker container kill {}