Examples with ServiceSettings com.netflix.spinnaker.halyard.deploy.spinnaker.v1.service.ServiceSettings used on opensource projects

Example 1 with ServiceSettings

use of com.netflix.spinnaker.halyard.deploy.spinnaker.v1.service.ServiceSettings in project halyard by spinnaker.

the class KubernetesV1DistributedService method connectCommand.

default String connectCommand(AccountDeploymentDetails<KubernetesAccount> details, SpinnakerRuntimeSettings runtimeSettings, int localPort) {
    ServiceSettings settings = runtimeSettings.getServiceSettings(getService());
    RunningServiceDetails runningServiceDetails = getRunningServiceDetails(details, runtimeSettings);
    Map<Integer, List<Instance>> instances = runningServiceDetails.getInstances();
    Integer latest = runningServiceDetails.getLatestEnabledVersion();
    String namespace = getNamespace(settings);
    List<Instance> latestInstances = instances.get(latest);
    if (latestInstances.isEmpty()) {
        throw new HalException(Problem.Severity.FATAL, "No instances running in latest server group for service " + getServiceName() + " in namespace " + namespace);
    }
    return Strings.join(KubernetesV1ProviderUtils.kubectlPortForwardCommand(details, namespace, latestInstances.get(0).getId(), settings.getPort(), localPort), " ");
}

Example 2 with ServiceSettings

use of com.netflix.spinnaker.halyard.deploy.spinnaker.v1.service.ServiceSettings in project halyard by spinnaker.

the class KubernetesV1DistributedService method buildContainer.

default KubernetesContainerDescription buildContainer(String name, ServiceSettings settings, List<ConfigSource> configSources, DeploymentEnvironment deploymentEnvironment, DeployKubernetesAtomicOperationDescription description) {
    KubernetesContainerDescription container = new KubernetesContainerDescription();
    KubernetesProbe readinessProbe = new KubernetesProbe();
    KubernetesHandler handler = new KubernetesHandler();
    int port = settings.getPort();
    String healthEndpoint = settings.getHealthEndpoint();
    if (healthEndpoint != null) {
        handler.setType(KubernetesHandlerType.HTTP);
        KubernetesHttpGetAction action = new KubernetesHttpGetAction();
        action.setPath(healthEndpoint);
        action.setPort(port);
        handler.setHttpGetAction(action);
    } else {
        handler.setType(KubernetesHandlerType.TCP);
        KubernetesTcpSocketAction action = new KubernetesTcpSocketAction();
        action.setPort(port);
        handler.setTcpSocketAction(action);
    }
    readinessProbe.setHandler(handler);
    container.setReadinessProbe(readinessProbe);
    applyCustomSize(container, deploymentEnvironment, name, description);
    KubernetesImageDescription imageDescription = KubernetesUtil.buildImageDescription(settings.getArtifactId());
    container.setImageDescription(imageDescription);
    container.setName(name);
    List<KubernetesContainerPort> ports = new ArrayList<>();
    KubernetesContainerPort containerPort = new KubernetesContainerPort();
    containerPort.setContainerPort(port);
    ports.add(containerPort);
    container.setPorts(ports);
    List<KubernetesVolumeMount> volumeMounts = new ArrayList<>();
    for (ConfigSource configSource : configSources) {
        KubernetesVolumeMount volumeMount = new KubernetesVolumeMount();
        volumeMount.setName(configSource.getId());
        volumeMount.setMountPath(configSource.getMountPath());
        volumeMounts.add(volumeMount);
    }
    container.setVolumeMounts(volumeMounts);
    List<KubernetesEnvVar> envVars = new ArrayList<>();
    settings.getEnv().forEach((k, v) -> {
        KubernetesEnvVar envVar = new KubernetesEnvVar();
        envVar.setName(k);
        envVar.setValue(v);
        envVars.add(envVar);
    });
    configSources.forEach(c -> {
        c.getEnv().entrySet().forEach(envEntry -> {
            KubernetesEnvVar envVar = new KubernetesEnvVar();
            envVar.setName(envEntry.getKey());
            envVar.setValue(envEntry.getValue());
            envVars.add(envVar);
        });
    });
    container.setEnvVars(envVars);
    return container;
}

Example 3 with ServiceSettings

use of com.netflix.spinnaker.halyard.deploy.spinnaker.v1.service.ServiceSettings in project halyard by spinnaker.

the class KubernetesV1DistributedService method getServerGroupDescription.

default Map<String, Object> getServerGroupDescription(AccountDeploymentDetails<KubernetesAccount> details, SpinnakerRuntimeSettings runtimeSettings, List<ConfigSource> configSources) {
    DeployKubernetesAtomicOperationDescription description = new DeployKubernetesAtomicOperationDescription();
    SpinnakerMonitoringDaemonService monitoringService = getMonitoringDaemonService();
    ServiceSettings settings = runtimeSettings.getServiceSettings(getService());
    DeploymentEnvironment deploymentEnvironment = details.getDeploymentConfiguration().getDeploymentEnvironment();
    String accountName = details.getAccount().getName();
    String namespace = getNamespace(settings);
    String name = getServiceName();
    Names parsedName = Names.parseName(name);
    description.setNamespace(namespace);
    description.setAccount(accountName);
    description.setApplication(parsedName.getApp());
    description.setStack(parsedName.getStack());
    description.setFreeFormDetails(parsedName.getDetail());
    List<KubernetesVolumeSource> volumeSources = new ArrayList<>();
    for (ConfigSource configSource : configSources) {
        KubernetesVolumeSource volumeSource = new KubernetesVolumeSource();
        volumeSource.setName(configSource.getId());
        volumeSource.setType(KubernetesVolumeSourceType.Secret);
        KubernetesSecretVolumeSource secretVolumeSource = new KubernetesSecretVolumeSource();
        secretVolumeSource.setSecretName(configSource.getId());
        volumeSource.setSecret(secretVolumeSource);
        volumeSources.add(volumeSource);
    }
    description.setVolumeSources(volumeSources);
    description.setPodAnnotations(settings.getKubernetes().getPodAnnotations());
    List<String> loadBalancers = new ArrayList<>();
    loadBalancers.add(name);
    description.setLoadBalancers(loadBalancers);
    List<KubernetesContainerDescription> containers = new ArrayList<>();
    ServiceSettings serviceSettings = runtimeSettings.getServiceSettings(getService());
    KubernetesContainerDescription container = buildContainer(name, serviceSettings, configSources, deploymentEnvironment, description);
    containers.add(container);
    ServiceSettings monitoringSettings = runtimeSettings.getServiceSettings(monitoringService);
    if (monitoringSettings.getEnabled() && serviceSettings.getMonitored()) {
        serviceSettings = runtimeSettings.getServiceSettings(monitoringService);
        container = buildContainer(monitoringService.getServiceName(), serviceSettings, configSources, deploymentEnvironment, description);
        containers.add(container);
    }
    description.setContainers(containers);
    return getObjectMapper().convertValue(description, new TypeReference<Map<String, Object>>() {
    });
}

Example 4 with ServiceSettings

use of com.netflix.spinnaker.halyard.deploy.spinnaker.v1.service.ServiceSettings in project halyard by spinnaker.

the class KubernetesV1DistributedService method connectToInstance.

@Override
default <S> S connectToInstance(AccountDeploymentDetails<KubernetesAccount> details, SpinnakerRuntimeSettings runtimeSettings, SpinnakerService<S> sidecar, String instanceId) {
    ServiceSettings settings = runtimeSettings.getServiceSettings(sidecar);
    String namespace = getNamespace(settings);
    int localPort = SocketUtils.findAvailableTcpPort();
    int targetPort = settings.getPort();
    List<String> command = KubernetesV1ProviderUtils.kubectlPortForwardCommand(details, namespace, instanceId, targetPort, localPort);
    JobRequest request = new JobRequest().setTokenizedCommand(command);
    String jobId = getJobExecutor().startJob(request);
    // Wait for the proxy to spin up.
    DaemonTaskHandler.safeSleep(TimeUnit.SECONDS.toMillis(5));
    JobStatus status = getJobExecutor().updateJob(jobId);
    // This should be a long-running job.
    if (status.getState() == JobStatus.State.COMPLETED) {
        throw new HalException(Problem.Severity.FATAL, "Unable to establish a proxy against " + getServiceName() + ":\n" + status.getStdOut() + "\n" + status.getStdErr());
    }
    return getServiceInterfaceFactory().createService(settings.getScheme() + "://localhost:" + localPort, sidecar);
}

Example 5 with ServiceSettings

use of com.netflix.spinnaker.halyard.deploy.spinnaker.v1.service.ServiceSettings in project halyard by spinnaker.

the class KubernetesV1DistributedService method getLoadBalancerDescription.

default Map<String, Object> getLoadBalancerDescription(AccountDeploymentDetails<KubernetesAccount> details, SpinnakerRuntimeSettings runtimeSettings) {
    ServiceSettings settings = runtimeSettings.getServiceSettings(getService());
    int port = settings.getPort();
    String accountName = details.getAccount().getName();
    KubernetesLoadBalancerDescription description = new KubernetesLoadBalancerDescription();
    String namespace = getNamespace(settings);
    String name = getServiceName();
    Names parsedName = Names.parseName(name);
    description.setApp(parsedName.getApp());
    description.setStack(parsedName.getStack());
    description.setDetail(parsedName.getDetail());
    description.setName(name);
    description.setNamespace(namespace);
    description.setAccount(accountName);
    KubernetesNamedServicePort servicePort = new KubernetesNamedServicePort();
    servicePort.setPort(port);
    servicePort.setTargetPort(port);
    servicePort.setName("http");
    servicePort.setProtocol("TCP");
    KubernetesNamedServicePort monitoringPort = new KubernetesNamedServicePort();
    monitoringPort.setPort(8008);
    monitoringPort.setTargetPort(8008);
    monitoringPort.setName("monitoring");
    monitoringPort.setProtocol("TCP");
    List<KubernetesNamedServicePort> servicePorts = new ArrayList<>();
    servicePorts.add(servicePort);
    servicePorts.add(monitoringPort);
    description.setPorts(servicePorts);
    return getObjectMapper().convertValue(description, new TypeReference<Map<String, Object>>() {
    });
}