Ecdar is an abbreviation of Environment for Compositional Design and Analysis of Real Time Systems. This repo contains the source code for the graphical user interface. In order to run queries you will need the j-ecdar and revaal executables.
ℹ️ If the goal is to use ECDAR, please goto the main ECDAR repository, which contains releases for all supported platforms. These releases contain all dependencies, including the engines and a JRE.
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This project is a hard fork of https://github.com/ulriknyman/H-Uppaal.
This section covers what dependencies are currently needed by the GUI.
As with all Java applications, a working JVM is required to run the project.
You will need Java version 11 containing JavaFX. We suggest downloading Azul's Java 11 from https://www.azul.com/downloads/?version=java-11-lts&package=jdk-fx, as this is the version used by the main development team.
This repository utilizes the Ecdar-ProtoBuf repository for the communication with the engines. This dependency is implemented as a submodule that needs to be pulled and updated. If you have not yet cloned the code from this repository (the GUI), you can clone both the GUI and the submodule containing the ProtoBuf repository by running the following command:
git clone --recurse-submodules [email protected]:Ecdar/Ecdar-GUI.gitIf you have already cloned this repository, you can clone the ProtoBuf submodule by running the following command from a terminal in the GUI repository directory:
git submodule update --init --recursiveIn order to use the model-checking capabilities of the system, it is necessary to download at least one engine for the used operating system and place it in the lib directory.
ℹ️ The latest version of each engine can be downloaded from:
The engines can then be configured in the GUI as described in Engine Configuration.
After having retrieved the code and acquired all the dependencies mentioned in Dependencies, the GUI can be started using the following command:
./gradlew runℹ️ All Gradle commands in this document are Unix specific, for Windows users, replace
./gradlewwith./gradlew.bat.
In order to utilize the model-checking capabilities of the system, at least one engine must be configured.
The distributions available at ECDAR will automatically load the default engines on startup, but this is currently not working when running the GUI through Gradle.
For the same reason, the Reset Engines button will clear the engines but will not be able to load the packaged once.
An engine can be added through the configurator found under Options > Engines Options in the menubar, which opens the pop-up shown below.
ℹ️ If you accidentally removed or changed an engine, these changes can be reverted be pressing
Cancelor by clicking outside the pop-up. Consequently, if any changes should be saved, MAKE SURE TO PRESSSave
The Address is either the address of a server running the engine (for remote execution) or a path to a local engine binary (for this, the Local checkbox must be checked).
The GUI uses gRPC for the communication with the engines and will therefore need at least one free port. This range directly limits the number of instances of the engine that will be started.
⚠️ Make sure AT LEAST one port is free within the specified range. For instance, the default port range for Reveaal is 5032 - 5040.
If an engine is marked with Default, all added queries will be assigned that engine.
To get started and get an idea of what the system can be used for, multiple examples can be found in the examples directory.
These projects include preconfigured models and queries to execute against them.
For the theoretical background and what the tool can be used for, please check out the latest research links at here.
If you are interested in contributing to the project, please read the contributing file. Here you will find guides on how to create issues and commit changes to the repository.