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Project Job Scheduling (Java, Quarkus, Maven)

Assign jobs for execution to produce a better schedule for project job allocations.

Project Job Scheduling Screenshot

Constraints

Name Level Description
Non-renewable resource capacity Hard The total use of each non-renewable resource must not exceed its capacity.
Renewable resource capacity Hard The use of each renewable resource at any given time must not exceed its capacity.
Total project delay Medium Minimize the total delay across all projects.
Total makespan Soft Minimize the overall project completion time.

Prerequisites

  1. Install Java and Maven, for example with Sdkman:

    $ sdk install java
$ sdk install maven

Run the application

  1. Git clone the timefold-quickstarts repo and navigate to this directory:

    $ git clone https://github.com/TimefoldAI/timefold-quickstarts.git
...
$ cd timefold-quickstarts/java/project-job-scheduling

  2. (Optional) If you want to run a licensed edition (Plus / Enterprise), set up your license key first. See the Timefold license tool for instructions.

  3. Start the application with Maven:

    1. Community Edition

      $ mvn quarkus:dev

    2. Plus / Enterprise Edition: The profile sets up the correct Maven artifacts to run the licensed version. See the pom.xml for the implementation details.

      $ mvn quarkus:dev -Denterprise

  4. Visit http://localhost:8080 in your browser.

  5. Click on the Solve button.

Then try live coding:

  • Make some changes in the source code.
  • Refresh your browser (F5).

Notice that those changes are immediately in effect.

Run the packaged application

When you're done iterating in quarkus:dev mode, package the application to run as a conventional jar file.

  1. Build it with Maven:

    $ mvn package

  2. Run the Maven output:

    $ java -jar ./target/quarkus-app/quarkus-run.jar

    Note To run it on port 8081 instead, add -Dquarkus.http.port=8081.

  3. Visit http://localhost:8080 in your browser.

  4. Click on the Solve button.

Run the application in a container

  1. Build a container image:

    $ mvn package -Dcontainer

  2. Run a container:

    $ docker run -p 8080:8080 --rm $USER/project-job-scheduling:1.0-SNAPSHOT

Run it native

To increase startup performance for serverless deployments, build the application as a native executable:

  1. Install GraalVM and gu install the native-image tool.

  2. Compile it natively. This takes a few minutes:

    $ mvn package -Dnative

  3. Run the native executable:

    $ ./target/*-runner

  4. Visit http://localhost:8080 in your browser.

  5. Click on the Solve button.

More information

Visit timefold.ai.