This repository contains an application template which you may use to start a new application project based on Zakadabar.
NOTE: This template uses JDK 14, it doesn't work on lower versions.
- Create a new repository from this template (Use this template button).
- Check out the new repository with IDEA.
- Import the gradle project (optional):
- IDEA might show you a bubble to "Load Gradle Config", or
- Right click on
build.gradle.kts
in IDEA and then click onImport Gradle Project
- Edit settings.gradle.kts:
- Change project name.
- Edit build.gradle.kts
- Change
group
andversion
. - Change parameters of the "zakadabar:zkCustomise" task:
- the package you would like to use,
- any other parameters you want to change.
- Change
- Refresh gradle config in IDEA (optional).
- Run the
zakadabar:zkCustomize
gradle task from IDEA or./gradlew zkCustomize
from a shell.
At this point you have the source code of a fully functioning application.
Note You can start the backend and/or the frontend directly from IDEAs Gradle panel. However, there is a bug in the gradle / IDEA combo that sometimes prevents two gradle tasks running at the same time. If your second task does not start, you can: 1) clear the gradle cache 2) open a terminal and issue the gradle command from the project root directory.
Default configuration creates a local H2 database. You can change this in stack.server.yaml.
With H2 the first run creates the database in app/var
.
Default username and password is so
and so
. You can change the default password before database initialization in
lib.accounts.yaml.
Start the backend with:
./gradlew run
Start the frontend with:
./gradlew jsBrowserRun --continuous
The first step starts the backend server. It listens on 8080. The second step starts a webpack devserver. It listens on 3000.
The webpack dev server forwards anything that starts with '/api' to the backend server.
To reload the web page after code changes, add --continuous
to the arguments of the jsBrowserRun run configuration.
Note: You might need to use IDEAs "Use Excluded Files" option in the "Project" panel to see the build
directory.
./gradlew zkBuild
In the build/app
directory you will find:
- a zip file that contains your application
- the content of the zip file extracted
./gradlew zkDocker
In the build/app
directory you will find:
- a zip file that contains your application
- the content of the zip file extracted
- a docker compose file which contains a PostgreSQL server and your application
To sign and publish the artifacts generated by the project to a Maven repository:
- Define the parameters (see below) in gradle properties (~/.gradle/gradle.properties) or in environment variables.
- Check publishing.kt for publication config.
The signing uses gpg from the operating system, check publishing.kt and the signing Gradle plugin for options.
Gradle property | Env variable | Explanation |
---|---|---|
zk.publish |
ZK_PUBLISH |
Configure the "publish" gradle task when not null. |
zk.publish.snapshot.url |
ZK_PUBLISH_SNAPSHOT_URL |
URL of the snapshot repository. |
zk.publish.release.url |
ZK_PUBLISH_RELEASE_URL |
URL of the release repository. |
zk.publish.username |
ZK_PUBLISH_USERNAME |
Username for the repository. |
zk.publish.password |
ZK_PUBLISH_PASSWORD |
Password for the repository. |
signing.gnupg.keyName |
- | Name of the key to sign the produced artifacts. |