}
}

// Expose OSGi jars to the test environment.
val osgiTestDeploy: Configuration by configurations.creating

val test = tasks.named("test")
val copyOsgiTestDeployment = tasks.register<Copy>("copyOsgiTestDeployment") {
  from(osgiTestDeploy)
  into(layout.buildDirectory.dir("resources/test/okhttp3/osgi/deployments"))
}

test.configure {
  dependsOn(copyOsgiTestDeployment)
}

dependencies {

		// callhome cannot be enabled if license is not registered yet, throw an error.
		if cfg.Enabled() && !globalSubnetConfig.Registered() {
			return errors.New("Deployment is not registered with SUBNET. Please register the deployment via 'mc license register ALIAS'")
		}
	case config.DriveSubSys:
		if _, err := drive.LookupConfig(s[config.DriveSubSys][config.Default]); err != nil {
			return err
		}
	case config.PolicyOPASubSys:

So, you can keep raising **FastAPI**'s `HTTPException` as normally in your code.

But when you register an exception handler, you should register it for Starlette's `HTTPException`.

This way, if any part of Starlette's internal code, or a Starlette extension or plug-in, raises a Starlette `HTTPException`, your handler will be able to catch and handle it.

            dependencies {
                androidStudioRuntime("android-studio:android-studio:$androidStudioVersion@$androidStudioFileName")
            }

            tasks.register(UNPACK_ANDROID_STUDIO_TASK_NAME, ExtractAndroidStudioTask::class) {
                this.androidStudioRuntime.setFrom(androidStudioRuntime)
                outputDir.set(layout.buildDirectory.dir(ANDROID_STUDIO_INSTALL_PATH))

    // This is the case for kotlin-dsl integration tests.
    if (testType == TestType.INTEGRATION && groovySourceDir != null) {
        val autoTestedSamplesTest = tasks.register<GenerateAutoTestedSamplesTestTask>("generateAutoTestedSamplesTest") {
            mainSources.from(main.java)
            generateAutoTestedSamplesTest.set(project.the<IntegrationTestExtension>().generateDefaultAutoTestedSamplesTest)

	atomic.StoreUint64(&ps.types, uint64(combined))
	if wg != nil {
		wg.Add(1)
	}
	go func() {
		defer func() {
			if wg != nil {
				wg.Done()
			}
			// Clean up and de-register the subscriber
			ps.Lock()
			defer ps.Unlock()
			var remainTypes Mask
			for i, s := range ps.subs {
				if s == sub {
					ps.subs = append(ps.subs[:i], ps.subs[i+1:]...)
				} else {

            dependsOn("signGradleDistributionPublication")
        }
    }
}

/**
 * Tasks that are called by the (currently separate) promotion build running on CI.
 */
tasks.register("promotionBuild") {
    description = "Build production distros, smoke test them and publish"
    group = "publishing"
    dependsOn(":packageBuild", "publish")

	VPGATHERQQ Y0, (R13)(Y1*1), Y2          // c4c2fd91540d00
	VPGATHERQQ Y0, 16(R13)(Y1*1), Y2        // c4c2fd91540d10
	VPGATHERQQ Y0, 512(R13)(Y1*1), Y2       // c4c2fd91940d00020000
	// Test low-8 register for /is4 "hr" operand.
	VPBLENDVB X0, (BX), X1, X2              // c4e3714c1300
	// <XMM0>/Yxr0 tests.
	SHA256RNDS2 X0, (BX), X2   // 0f38cb13
	SHA256RNDS2 X0, (R11), X2  // 410f38cb13

                pluginArtifactsCache.put(cacheKey, e);
                pluginArtifactsCache.register(project, cacheKey, recordArtifacts);
                throw new PluginManagerException(plugin, e.getMessage(), e);
            }
        }
        pluginArtifactsCache.register(project, cacheKey, recordArtifacts);

        // create and cache extensions realms

Ele alcança algo um tanto similar ao que pode ser feito com Flask-apispec.

Ele tem um sistema de injeção de dependência integrado, inspirado pelo Angular 2. É necessário fazer o pré-registro dos "injetáveis" (como todos os sistemas de injeção de dependência que conheço), então, adiciona verbosidade e repetição de código.