The purpose of this small utility on top of the Structurizr Client for Java and its Export Library is to provide a bit more structure especially for bigger workspaces.
If you follow the instructions of the default library, you easily end up with classes with 100s of lines of code without any structure. We use Spring Boot here in order to
This will give you a step-by-step tutorial how to embed this library:
First thing you need to do is to
add this library to your
project. With Gradle this is as easy as adding that to your build.gradle
:
repositories {
mavenCentral()
}
dependencies {
implementation("io.cloudflight.structurizr:structurizr-autoconfigure:1.0.1")
}
In your folder src/main/resources
create a file called application.yml
.
structurizr:
workspace:
name: My project name
description: My project description
We recommend to use Kotlin to create those architecture models.
Last step is to create your main class, it's as easy as that, simply start the Spring Boot application.
package io.cloudflight.architecture
import io.cloudflight.architecture.structurizr.SpringStructurizr
import org.springframework.boot.SpringApplication
@SpringBootApplication
class Architecture
fun main(args: Array<String>) {
SpringStructurizr.run(Architecture::class.java)
}
Then you can create Spring Components to populate your model. The Structurizr classes Workspace
and Model
are
available in the ApplicationContext
,
thus can be injected. Inside your src
-folder, create a file called Personas.kt
:
@Component
class Personas(model: Model) {
val customer = model.addPerson("Customer", "Wants to buy articles");
val admin = model.addPerson("Admin", "Maintains the system");
}
You might then inject those components into other components:
@Component
class WebShop(model: Model, personas: Personas) {
val webShop = model.addSoftwareSystem("WebShop", "") {
usedBy(personas.admin, "maintains the articles")
usedBy(personas.customer, "buys articles", Technology.Browser)
}
}
You might noticed that we connected personas already with our webshop software system. Populate your model as described in the official library.
Implement the interface ViewProvider
to create views as soon as your model has been created.
@Component
class WebShop(model: Model, personas: Personas) {
val webShop = model.addSoftwareSystem("WebShop", "") {
usedBy(personas.admin, "maintains the articles")
usedBy(personas.customer, "buys articles", Technology.Browser)
}
override fun createViews(viewSet: ViewSet) {
viewSet.createContainerView(webShop, "webshop", "WebSatalog Containers").addAllContainersAndInfluencers()
}
}
Now that we have the model and the view, we should export and/or render it. There are two built-in options here, but you
are free to define your own io.cloudflight.architecture.structurizr.WorkspaceExportService
.
If you want to send your workspace to a Structurizr Web Server, then configure your app in the application.yaml
:
structurizr:
workspace:
name: My project name
description: My project description
export:
structurizr:
enabled: true
id: xxx
key: "any"
secret: "any"
This will configure a StructurizrClient
as described in the docs.
Take the id
, key
and secret
from Structurizr.
Then run your application, your workspace will be synced to Structurizr.
No need to create and configure a StructurizrClient
on your own.
If you don't want to use the Structurizr Web Server, you can also export your workspace as PlantML files using
Structurizr Export for C4PlantUML. All you need to do is to
enable the export in your application.yaml
:
structurizr:
workspace:
name: My project name
description: My project description
export:
c4-plant-uml:
enabled: true
This will create one .puml
-file per view into your folder build/c4PlantUml
with help of the C4-PlantUML.
Use PlantUML to transform those files into images.