zlandorf

@SpringBootTest
@AutoConfigureMockMvc
class AxonIntegrationTest(@Autowired val mockMvc: MockMvc) {
    @Test
    fun `some test`() {
        // ...
    }
    // ...
}

zlandorf

axon.axonserver.enabled: false

zlandorf

dependencies {
    // ...
    implementation("org.axonframework:axon-spring-boot-starter:4.3.5")
    // ...
}

configurations {
    testImplementation.get().exclude(group = "org.axonframework", module = "axon-server-connector")
}

zlandorf

dependencies {
    // ...
    implementation("org.axonframework:axon-spring-boot-starter:4.3.5") {
        exclude(group = "org.axonframework", module = "axon-server-connector")
    }
    // ...
}

zlandorf

@SpringBootTest
@AutoConfigureMockMvc
@Testcontainers
class AxonIntegrationTest(@Autowired val mockMvc: MockMvc) {

    companion object {
        @Container val axon = AxonServerContainer
    }

    @Test

zlandorf

object AxonServerContainer : GenericContainer<AxonServerContainer>("axoniq/axonserver") {
    init {
        withExposedPorts(8024, 8124)
        waitingFor(forLogMessage(".*Started AxonServer.*\\n", 1))
    }

    override fun start() {
        super.start()
        System.setProperty("axon.axonserver.servers", "localhost:${getMappedPort(8124)}")
    }

zlandorf

@SpringBootTest
@AutoConfigureMockMvc
@Testcontainers
class AxonIntegrationTest(@Autowired val mockMvc: MockMvc) {

    companion object {
        @Container val axon = AxonServerContainer

        @JvmStatic
        @DynamicPropertySource

zlandorf

// defined as a singleton in kotlin
object AxonServerContainer : GenericContainer<AxonServerContainer>("axoniq/axonserver") {
    init {
        withExposedPorts(8024, 8124)
        // the container is ready when the below log message is posted
        waitingFor(forLogMessage(".*Started AxonServer.*\\n", 1))
    }

    // this will allow us to know which host/port to connect to
    val servers: String get() = "localhost:${getMappedPort(8124)}"

zlandorf

data class Person(val name: String, val age: Int)

zlandorf

val treeSet = TreeSet<Int>()
val treeSetDescending = TreeSet<Int>(Collections.reverseOrder())
val hashSet = HashSet<Int>()
val random = Random()
repeat(10) {
    val number = random.nextInt(100)
    treeSet.add(number)
    treeSetDescending.add(number)
    hashSet.add(number)
}