README.adoc

School Timetabling (Java, Spring Boot, Maven or Gradle)

Assign lessons to timeslots and rooms to produce a better schedule for teachers and students.

• Run the application

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/spring-boot-integration

2. Start the application with Maven:

   $ mvn spring-boot:run

   or with Gradle:

   $ gradle bootRun

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

4. Click on the Solve button.

Run the application with Timefold Solver Enterprise Edition

For high-scalability use cases, switch to Timefold Solver Enterprise Edition, our commercial offering. Contact Timefold to obtain the credentials required to access our private Enterprise Maven repository.

1. Configure the Enterprise Edition Maven repository:

   Maven

   Create .m2/settings.xml in your home directory with the following content:

   <settings>
     ...
     <servers>
       <server>
         <!-- Replace "my_username" and "my_password" with credentials obtained from a Timefold representative. -->
         <id>timefold-solver-enterprise</id>
         <username>my_username</username>
         <password>my_password</password>
       </server>
     </servers>
     ...
   </settings>

   See Settings Reference for more information on Maven settings.

   Gradle

   Add the following in your build.gradle:

   repositories {
     mavenCentral()
     maven {
       url "https://timefold.jfrog.io/artifactory/releases/"
       credentials { // Replace "my_username" and "my_password" with credentials obtained from a Timefold representative.
           username "my_username"
           password "my_password"
       }
       authentication {
           basic(BasicAuthentication)
       }
     }
   }

   See Settings Reference for more information on Gradle settings.

2. Start the application with Maven:

   $ mvn spring-boot:run -Denterprise

   or with Gradle:

   $ gradle bootRun -Denterprise=true

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

4. Click on the Solve button.

Run the packaged application

When you’re ready to deploy the application, package the project to run as a conventional jar file.

1. Build it with Maven:

   $ mvn package

   or with Gradle:

   $ gradle clean build

2. Run the Maven output:

   $ java -jar target/spring-boot-school-timetabling-1.0-SNAPSHOT.jar

   or the Gradle output:

   $ java -jar build/libs/spring-boot-school-timetabling-1.0-SNAPSHOT.jar

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

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

4. Click on the Solve button.

Create a native image

Important

The solver runs considerably slower in a native image.

If you want faster startup times or need to deploy to an environment without a JVM, you can build a native image.

Build using Docker

1. Build a Docker image with Maven:

   $ mvn -Pnative spring-boot:build-image

   or with Gradle:

   $ gradle bootBuildImage

2. Start the built Docker image using docker run:

   $ docker run --rm -p 8080:8080 docker.io/library/spring-boot-school-timetabling:1.0-SNAPSHOT

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

4. Click on the Solve button.

Build using locally installed GraalVM

1. Build it with Maven:

   $ mvn -Pnative native:compile

   or with Gradle:

   $ gradle nativeCompile

2. Run the Maven output:

   $ ./target/spring-boot-school-timetabling

   or the Gradle output:

   $ ./build/native/nativeCompile/java-spring-boot

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

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

4. Click on the Solve button.

More information

Visit timefold.ai.