private static async Task <string> WaitForServicePublicIpAddressAsync(string name, Action waitingCallback, KubectlContext kubectlContext)
{
DateTime start = DateTime.Now;
TimeSpan actualTime = DateTime.Now - start;
while (actualTime < s_newServiceIpTimeout)
{
waitingCallback();
var service = await KubectlWrapper.GetServiceAsync(name, kubectlContext);
var ingress = service?.Status?.LoadBalancer?.Ingress?.FirstOrDefault();
if (ingress != null)
{
string ipAddress = null;
if (ingress.TryGetValue("ip", out ipAddress))
{
Debug.WriteLine($"Found service IP address: {ipAddress}");
return(ipAddress);
}
}
Debug.WriteLine("Waiting for service to be public.");
await Task.Delay(s_pollingDelay);
actualTime = DateTime.Now - start;
}
Debug.WriteLine("Timeout while waiting for the ip address.");
return(null);
}
private static async Task <string> WaitForServiceClusterIpAddressAsync(string name, KubectlContext context)
{
var service = await KubectlWrapper.GetServiceAsync(name, context);
return(service?.Spec?.ClusterIp);
}
/// <summary>
/// Start the publish operation.
/// </summary>
public override async void Publish()
{
if (!ValidateInput())
{
Debug.WriteLine("Invalid input cancelled the operation.");
return;
}
var project = _publishDialog.Project;
try
{
var verifyGCloudTask = VerifyGCloudDependencies();
_publishDialog.TrackTask(verifyGCloudTask);
if (!await verifyGCloudTask)
{
Debug.WriteLine("Aborting deployment, no kubectl was found.");
return;
}
var gcloudContext = new GCloudContext
{
CredentialsPath = CredentialsStore.Default.CurrentAccountPath,
ProjectId = CredentialsStore.Default.CurrentProjectId,
AppName = GoogleCloudExtensionPackage.ApplicationName,
AppVersion = GoogleCloudExtensionPackage.ApplicationVersion,
};
var kubectlContextTask = GCloudWrapper.GetKubectlContextForClusterAsync(
cluster: SelectedCluster.Name,
zone: SelectedCluster.Zone,
context: gcloudContext);
_publishDialog.TrackTask(kubectlContextTask);
using (var kubectlContext = await kubectlContextTask)
{
var deploymentExistsTask = KubectlWrapper.DeploymentExistsAsync(DeploymentName, kubectlContext);
_publishDialog.TrackTask(deploymentExistsTask);
if (await deploymentExistsTask)
{
if (!UserPromptUtils.ActionPrompt(
String.Format(Resources.GkePublishDeploymentAlreadyExistsMessage, DeploymentName),
Resources.GkePublishDeploymentAlreadyExistsTitle,
actionCaption: Resources.UiUpdateButtonCaption))
{
return;
}
}
var options = new GkeDeployment.DeploymentOptions
{
Cluster = SelectedCluster.Name,
Zone = SelectedCluster.Zone,
DeploymentName = DeploymentName,
DeploymentVersion = DeploymentVersion,
ExposeService = ExposeService,
GCloudContext = gcloudContext,
KubectlContext = kubectlContext,
Replicas = int.Parse(Replicas),
WaitingForServiceIpCallback = () => GcpOutputWindow.OutputLine(Resources.GkePublishWaitingForServiceIpMessage)
};
GcpOutputWindow.Activate();
GcpOutputWindow.Clear();
GcpOutputWindow.OutputLine(String.Format(Resources.GkePublishDeployingToGkeMessage, project.Name));
_publishDialog.FinishFlow();
GkeDeploymentResult result;
using (var frozen = StatusbarHelper.Freeze())
using (var animationShown = StatusbarHelper.ShowDeployAnimation())
using (var progress = StatusbarHelper.ShowProgressBar(Resources.GkePublishDeploymentStatusMessage))
using (var deployingOperation = ShellUtils.SetShellUIBusy())
{
result = await GkeDeployment.PublishProjectAsync(
project.FullPath,
options,
progress,
GcpOutputWindow.OutputLine);
}
if (result != null)
{
GcpOutputWindow.OutputLine(String.Format(Resources.GkePublishDeploymentSuccessMessage, project.Name));
if (result.DeploymentUpdated)
{
GcpOutputWindow.OutputLine(String.Format(Resources.GkePublishDeploymentUpdatedMessage, options.DeploymentName));
}
if (result.DeploymentScaled)
{
GcpOutputWindow.OutputLine(String.Format(Resources.GkePublishDeploymentScaledMessage, options.DeploymentName, options.Replicas));
}
if (result.WasExposed)
{
if (result.ServiceIpAddress != null)
{
GcpOutputWindow.OutputLine(
String.Format(Resources.GkePublishServiceIpMessage, DeploymentName, result.ServiceIpAddress));
}
else
{
GcpOutputWindow.OutputLine(Resources.GkePublishServiceIpTimeoutMessage);
}
}
StatusbarHelper.SetText(Resources.PublishSuccessStatusMessage);
if (OpenWebsite && result.WasExposed && result.ServiceIpAddress != null)
{
Process.Start($"http://{result.ServiceIpAddress}");
}
}
else
{
GcpOutputWindow.OutputLine(String.Format(Resources.GkePublishDeploymentFailureMessage, project.Name));
StatusbarHelper.SetText(Resources.PublishFailureStatusMessage);
}
}
}
catch (Exception ex) when(!ErrorHandlerUtils.IsCriticalException(ex))
{
GcpOutputWindow.OutputLine(String.Format(Resources.GkePublishDeploymentFailureMessage, project.Name));
StatusbarHelper.SetText(Resources.PublishFailureStatusMessage);
_publishDialog.FinishFlow();
}
}
/// <summary>
/// Publishes the ASP.NET Core app using the <paramref name="options"/> to produce the right deployment
/// and service (if needed).
/// </summary>
/// <param name="project">The project.</param>
/// <param name="options">The options to use for the deployment.</param>
/// <param name="progress">The progress interface for progress notifications.</param>
/// <param name="toolsPathProvider">Provides the path to the publish tools.</param>
/// <param name="outputAction">The output callback to invoke for output from the process.</param>
/// <returns>Returns a <seealso cref="GkeDeploymentResult"/> if the deployment succeeded null otherwise.</returns>
public static async Task <GkeDeploymentResult> PublishProjectAsync(
IParsedProject project,
DeploymentOptions options,
IProgress <double> progress,
IToolsPathProvider toolsPathProvider,
Action <string> outputAction)
{
var stageDirectory = Path.Combine(Path.GetTempPath(), Path.GetRandomFileName());
Directory.CreateDirectory(stageDirectory);
progress.Report(0.1);
using (var cleanup = new Disposable(() => CommonUtils.Cleanup(stageDirectory)))
{
var appRootPath = Path.Combine(stageDirectory, "app");
var buildFilePath = Path.Combine(stageDirectory, "cloudbuild.yaml");
if (!await ProgressHelper.UpdateProgress(
NetCoreAppUtils.CreateAppBundleAsync(project, appRootPath, toolsPathProvider, outputAction),
progress,
from: 0.1, to: 0.3))
{
Debug.WriteLine("Failed to create app bundle.");
return(null);
}
NetCoreAppUtils.CopyOrCreateDockerfile(project, appRootPath);
var image = CloudBuilderUtils.CreateBuildFile(
project: options.GCloudContext.ProjectId,
imageName: options.DeploymentName,
imageVersion: options.DeploymentVersion,
buildFilePath: buildFilePath);
if (!await ProgressHelper.UpdateProgress(
GCloudWrapper.BuildContainerAsync(buildFilePath, appRootPath, outputAction, options.GCloudContext),
progress,
from: 0.4, to: 0.7))
{
Debug.WriteLine("Failed to build container.");
return(null);
}
progress.Report(0.7);
string publicIpAddress = null;
string clusterIpAddress = null;
bool deploymentUpdated = false;
bool deploymentScaled = false;
bool serviceExposed = false;
bool serviceUpdated = false;
bool serviceDeleted = false;
// Create or update the deployment.
var deployments = await KubectlWrapper.GetDeploymentsAsync(options.KubectlContext);
var deployment = deployments?.FirstOrDefault(x => x.Metadata.Name == options.DeploymentName);
if (deployment == null)
{
Debug.WriteLine($"Creating new deployment {options.DeploymentName}");
if (!await KubectlWrapper.CreateDeploymentAsync(
name: options.DeploymentName,
imageTag: image,
replicas: options.Replicas,
outputAction: outputAction,
context: options.KubectlContext))
{
Debug.WriteLine($"Failed to create deployment {options.DeploymentName}");
return(null);
}
progress.Report(0.8);
}
else
{
Debug.WriteLine($"Updating existing deployment {options.DeploymentName}");
if (!await KubectlWrapper.UpdateDeploymentImageAsync(
options.DeploymentName,
image,
outputAction,
options.KubectlContext))
{
Debug.WriteLine($"Failed to update deployemnt {options.DeploymentName}");
return(null);
}
deploymentUpdated = true;
// If the deployment already exists but the replicas number requested is not the
// same as the existing number we will scale up/down the deployment.
if (deployment.Spec.Replicas != options.Replicas)
{
Debug.WriteLine($"Updating the replicas for the deployment.");
if (!await KubectlWrapper.ScaleDeploymentAsync(
options.DeploymentName,
options.Replicas,
outputAction,
options.KubectlContext))
{
Debug.WriteLine($"Failed to scale up deployment {options.DeploymentName}");
return(null);
}
deploymentScaled = true;
}
}
// Expose the service if requested and it is not already exposed.
var services = await KubectlWrapper.GetServicesAsync(options.KubectlContext);
var service = services?.FirstOrDefault(x => x.Metadata.Name == options.DeploymentName);
if (options.ExposeService)
{
var requestedType = options.ExposePublicService ?
GkeServiceSpec.LoadBalancerType : GkeServiceSpec.ClusterIpType;
if (service != null && service?.Spec?.Type != requestedType)
{
Debug.WriteLine($"The existing service is {service?.Spec?.Type} the requested is {requestedType}");
if (!await KubectlWrapper.DeleteServiceAsync(options.DeploymentName, outputAction, options.KubectlContext))
{
Debug.WriteLine($"Failed to delete serive {options.DeploymentName}");
}
service = null; // Now the service is gone, needs to be re-created with the new options.
serviceUpdated = true;
}
if (service == null)
{
// The service needs to be exposed but it wasn't. Expose a new service here.
if (!await KubectlWrapper.ExposeServiceAsync(
options.DeploymentName,
options.ExposePublicService,
outputAction,
options.KubectlContext))
{
Debug.WriteLine($"Failed to expose service {options.DeploymentName}");
return(null);
}
clusterIpAddress = await WaitForServiceClusterIpAddressAsync(options.DeploymentName, options.KubectlContext);
if (options.ExposePublicService)
{
publicIpAddress = await WaitForServicePublicIpAddressAsync(
options.DeploymentName,
options.WaitingForServiceIpCallback,
options.KubectlContext);
}
serviceExposed = true;
}
}
else
{
// The user doesn't want a service exposed.
if (service != null)
{
if (!await KubectlWrapper.DeleteServiceAsync(options.DeploymentName, outputAction, options.KubectlContext))
{
Debug.WriteLine($"Failed to delete service {options.DeploymentName}");
return(null);
}
}
serviceDeleted = true;
}
return(new GkeDeploymentResult(
publicIpAddress: publicIpAddress,
privateIpAddress: clusterIpAddress,
serviceExposed: serviceExposed,
serviceUpdated: serviceUpdated,
serviceDeleted: serviceDeleted,
deploymentUpdated: deploymentUpdated,
deploymentScaled: deploymentScaled));
}
}
/// <summary>
/// Publishes the ASP.NET Core app using the <paramref name="options"/> to produce the right deployment
/// and service (if needed).
/// </summary>
/// <param name="projectPath">The full path to the project.json file of the startup project.</param>
/// <param name="options">The options to use for the deployment.</param>
/// <param name="progress">The progress interface for progress notifications.</param>
/// <param name="outputAction">The output callback to invoke for output from the process.</param>
/// <returns>Returns a <seealso cref="GkeDeploymentResult"/> if the deployment succeeded null otherwise.</returns>
public static async Task <GkeDeploymentResult> PublishProjectAsync(
string projectPath,
DeploymentOptions options,
IProgress <double> progress,
Action <string> outputAction)
{
if (!File.Exists(projectPath))
{
Debug.WriteLine($"Cannot find {projectPath}, not a valid project.");
return(null);
}
var stageDirectory = Path.Combine(Path.GetTempPath(), Path.GetRandomFileName());
Directory.CreateDirectory(stageDirectory);
progress.Report(0.1);
using (var cleanup = new Disposable(() => CommonUtils.Cleanup(stageDirectory)))
{
var appRootPath = Path.Combine(stageDirectory, "app");
var buildFilePath = Path.Combine(stageDirectory, "cloudbuild.yaml");
var projectName = CommonUtils.GetProjectName(projectPath);
if (!await ProgressHelper.UpdateProgress(
NetCoreAppUtils.CreateAppBundleAsync(projectPath, appRootPath, outputAction),
progress,
from: 0.1, to: 0.3))
{
Debug.WriteLine("Failed to create app bundle.");
return(null);
}
NetCoreAppUtils.CopyOrCreateDockerfile(projectPath, appRootPath);
var image = CloudBuilderUtils.CreateBuildFile(
project: options.GCloudContext.ProjectId,
imageName: options.DeploymentName,
imageVersion: options.DeploymentVersion,
buildFilePath: buildFilePath);
if (!await ProgressHelper.UpdateProgress(
GCloudWrapper.BuildContainerAsync(buildFilePath, appRootPath, outputAction, options.GCloudContext),
progress,
from: 0.4, to: 0.7))
{
Debug.WriteLine("Failed to build container.");
return(null);
}
progress.Report(0.7);
string ipAddress = null;
bool deploymentUpdated = false;
bool deploymentScaled = false;
bool serviceExposed = false;
// Create or update the deployment.
var deployments = await KubectlWrapper.GetDeploymentsAsync(options.KubectlContext);
var deployment = deployments?.FirstOrDefault(x => x.Metadata.Name == options.DeploymentName);
if (deployment == null)
{
Debug.WriteLine($"Creating new deployment {options.DeploymentName}");
if (!await KubectlWrapper.CreateDeploymentAsync(
name: options.DeploymentName,
imageTag: image,
replicas: options.Replicas,
outputAction: outputAction,
context: options.KubectlContext))
{
Debug.WriteLine($"Failed to create deployment {options.DeploymentName}");
return(null);
}
progress.Report(0.8);
}
else
{
Debug.WriteLine($"Updating existing deployment {options.DeploymentName}");
if (!await KubectlWrapper.UpdateDeploymentImageAsync(
options.DeploymentName,
image,
outputAction,
options.KubectlContext))
{
Debug.WriteLine($"Failed to update deployemnt {options.DeploymentName}");
return(null);
}
deploymentUpdated = true;
// If the deployment already exists but the replicas number requested is not the
// same as the existing number we will scale up/down the deployment.
if (deployment.Spec.Replicas != options.Replicas)
{
Debug.WriteLine($"Updating the replicas for the deployment.");
if (!await KubectlWrapper.ScaleDeploymentAsync(
options.DeploymentName,
options.Replicas,
outputAction,
options.KubectlContext))
{
Debug.WriteLine($"Failed to scale up deployment {options.DeploymentName}");
return(null);
}
deploymentScaled = true;
}
}
// Expose the service if requested and it is not already exposed.
if (options.ExposeService)
{
var services = await KubectlWrapper.GetServicesAsync(options.KubectlContext);
var service = services?.FirstOrDefault(x => x.Metadata.Name == options.DeploymentName);
if (service == null)
{
if (!await KubectlWrapper.ExposeServiceAsync(options.DeploymentName, outputAction, options.KubectlContext))
{
Debug.WriteLine($"Failed to expose service {options.DeploymentName}");
return(null);
}
}
ipAddress = await WaitForServiceAddressAsync(
options.DeploymentName,
options.WaitingForServiceIpCallback,
options.KubectlContext);
serviceExposed = true;
}
return(new GkeDeploymentResult(
serviceIpAddress: ipAddress,
wasExposed: serviceExposed,
deploymentUpdated: deploymentUpdated,
deploymentScaled: deploymentScaled));
}
}
