public void TestGetDropletResponse()
{
string json = @"{
""guid"": ""1a527fb7-0ab7-4b2f-8e90-90f9a51e1941"",
""state"": ""STAGED"",
""error"": ""example error"",
""lifecycle"": {
""type"": ""buildpack"",
""data"": {
""buildpack"": ""name-2441"",
""stack"": ""name-2442""
}
},
""memory_limit"": null,
""disk_limit"": null,
""result"": {
""buildpack"": ""http://buildpack.git.url.com"",
""stack"": null,
""process_types"": null,
""hash"": {
""type"": ""sha1"",
""value"": null
},
""execution_metadata"": null
},
""environment_variables"": {
""cloud"": ""foundry""
},
""created_at"": ""2016-07-07T09:17:17Z"",
""updated_at"": null,
""links"": {
""self"": {
""href"": ""/v3/droplets/28722cfd-25ed-4549-b8bd-d95ed61da888""
},
""package"": {
""href"": ""/v3/packages/10dbd5a6-b25e-4f19-ba94-122094f4734f""
},
""app"": {
""href"": ""/v3/apps/81134907-8a13-497a-ac16-1cbf9c1f9dab""
},
""assign_current_droplet"": {
""href"": ""/v3/apps/81134907-8a13-497a-ac16-1cbf9c1f9dab/current_droplet"",
""method"": ""PUT""
}
}
}";
GetDropletResponse obj = Utilities.DeserializeJson <GetDropletResponse>(json);
Assert.AreEqual("1a527fb7-0ab7-4b2f-8e90-90f9a51e1941", TestUtil.ToTestableString(obj.Guid), true);
Assert.AreEqual("STAGED", TestUtil.ToTestableString(obj.State), true);
Assert.AreEqual("example error", TestUtil.ToTestableString(obj.Error), true);
Assert.AreEqual("", TestUtil.ToTestableString(obj.MemoryLimit), true);
Assert.AreEqual("", TestUtil.ToTestableString(obj.DiskLimit), true);
Assert.AreEqual("2016-07-07T09:17:17Z", TestUtil.ToTestableString(obj.CreatedAt), true);
Assert.AreEqual("", TestUtil.ToTestableString(obj.UpdatedAt), true);
}
public void TestGetDropletResponse()
{
string json = @"{
""guid"": ""guid-b9c83258-f33e-43f0-b0f0-89ad602aa71a"",
""state"": ""STAGING"",
""hash"": null,
""buildpack_git_url"": null,
""failure_reason"": ""example failure reason"",
""detected_start_command"": ""run -c all_the_things"",
""procfile"": null,
""environment_variables"": {
""cloud"": ""foundry""
},
""created_at"": ""2015-06-30T07:10:59Z"",
""updated_at"": null,
""_links"": {
""self"": {
""href"": ""/v3/droplets/guid-b9c83258-f33e-43f0-b0f0-89ad602aa71a""
},
""package"": {
""href"": ""/v3/packages/guid-ec95b507-e7d0-4ab8-9dbc-3353a29dfe8c""
},
""app"": {
""href"": ""/v3/apps/guid-49fd9afd-a945-45c4-827e-552956a08477""
}
}
}";
GetDropletResponse obj = Utilities.DeserializeJson <GetDropletResponse>(json);
Assert.AreEqual("guid-b9c83258-f33e-43f0-b0f0-89ad602aa71a", TestUtil.ToTestableString(obj.Guid), true);
Assert.AreEqual("STAGING", TestUtil.ToTestableString(obj.State), true);
Assert.AreEqual("", TestUtil.ToTestableString(obj.Hash), true);
Assert.AreEqual("", TestUtil.ToTestableString(obj.BuildpackGitUrl), true);
Assert.AreEqual("example failure reason", TestUtil.ToTestableString(obj.FailureReason), true);
Assert.AreEqual("run -c all_the_things", TestUtil.ToTestableString(obj.DetectedStartCommand), true);
Assert.AreEqual("", TestUtil.ToTestableString(obj.Procfile), true);
Assert.AreEqual("2015-06-30T07:10:59Z", TestUtil.ToTestableString(obj.CreatedAt), true);
Assert.AreEqual("", TestUtil.ToTestableString(obj.UpdatedAt), true);
}
/// <summary>
/// Pushes an application to the cloud.
/// <remarks>
/// This method is only available on the .NET 4.5 framework.
/// Calling this method from a Windows Phone App or a Windows App will throw a <see cref="NotImplementedException"/>.
/// </remarks>
/// </summary>
/// <exception cref="NotImplementedException"></exception>
/// <param name="appGuid">Application guid</param>
/// <param name="appPath">Path of origin from which the application will be deployed</param>
/// <param name="stack">The name of the stack the app will be running on</param>
/// <param name="buildpackGitUrl">Git URL of the buildpack</param>
/// <param name="startApplication">True if the app should be started after upload is complete, false otherwise</param>
/// <param name="diskLimit">Memory limit used to stage package</param>
/// <param name="memoryLimit">Disk limit used to stage package</param>
public async Task Push(Guid appGuid, string appPath, string stack, string buildpackGitUrl, bool startApplication, int memoryLimit, int diskLimit)
{
if (appPath == null)
{
throw new ArgumentNullException("appPath");
}
IAppPushTools pushTools = new AppPushTools(appPath);
int usedSteps = 1;
// Step 1 - Check if application exists
this.TriggerPushProgressEvent(usedSteps, "Checking if application exists");
GetAppResponse app = await this.Client.AppsExperimental.GetApp(appGuid);
usedSteps += 1;
// Step 2 - Create package
CreatePackageRequest createPackage = new CreatePackageRequest();
createPackage.Type = "bits";
CreatePackageResponse packageResponse = await this.Client.PackagesExperimental.CreatePackage(appGuid, createPackage);
Guid packageId = new Guid(packageResponse.Guid.ToString());
if (this.CheckCancellation())
{
return;
}
usedSteps += 1;
// Step 3 - Zip all needed files and get a stream back from the PushTools
this.TriggerPushProgressEvent(usedSteps, "Creating zip package ...");
using (Stream zippedPayload = await pushTools.GetZippedPayload(this.Client.CancellationToken))
{
if (this.CheckCancellation())
{
return;
}
usedSteps += 1;
// Step 4 - Upload zip to CloudFoundry ...
this.TriggerPushProgressEvent(usedSteps, "Uploading zip package ...");
await this.Client.PackagesExperimental.UploadBits(packageId, zippedPayload);
bool uploadProcessed = false;
while (!uploadProcessed)
{
GetPackageResponse getPackage = await this.Client.PackagesExperimental.GetPackage(packageId);
switch (getPackage.State)
{
case "FAILED":
{
throw new Exception(string.Format(CultureInfo.InvariantCulture, "Upload failed: {0}", getPackage.Data["error"]));
}
case "READY":
{
uploadProcessed = true;
break;
}
default: continue;
}
if (this.CheckCancellation())
{
return;
}
Task.Delay(500).Wait();
}
usedSteps += 1;
}
// Step 5 - Stage application
StagePackageRequest stagePackage = new StagePackageRequest();
stagePackage.Lifecycle = new Dictionary <string, dynamic>();
Dictionary <string, string> data = new Dictionary <string, string>();
data["buildpack"] = buildpackGitUrl;
data["stack"] = stack;
stagePackage.Lifecycle["data"] = data;
stagePackage.Lifecycle["type"] = "buildpack";
stagePackage.MemoryLimit = memoryLimit;
stagePackage.DiskLimit = diskLimit;
StagePackageResponse stageResponse = await this.Client.PackagesExperimental.StagePackage(packageId, stagePackage);
if (this.CheckCancellation())
{
return;
}
usedSteps += 1;
if (startApplication)
{
bool staged = false;
while (!staged)
{
GetDropletResponse getDroplet = await this.Client.DropletsExperimental.GetDroplet(new Guid(stageResponse.Guid.ToString()));
switch (getDroplet.State)
{
case "FAILED":
{
throw new Exception(string.Format(CultureInfo.InvariantCulture, "Staging failed: {0}", getDroplet.Error));
}
case "STAGED":
{
staged = true;
break;
}
default: continue;
}
if (this.CheckCancellation())
{
return;
}
Task.Delay(500).Wait();
}
// Step 6 - Assign droplet
AssignDropletAsAppsCurrentDropletRequest assignRequest = new AssignDropletAsAppsCurrentDropletRequest();
assignRequest.DropletGuid = stageResponse.Guid;
AssignDropletAsAppsCurrentDropletResponse assignDroplet = await this.AssignDropletAsAppsCurrentDroplet(appGuid, assignRequest);
if (this.CheckCancellation())
{
return;
}
usedSteps += 1;
// Step 7 - Start Application
StartingAppResponse response = await this.Client.AppsExperimental.StartingApp(appGuid);
if (this.CheckCancellation())
{
return;
}
usedSteps += 1;
}
// Step 8 - Done
this.TriggerPushProgressEvent(usedSteps, "Application {0} pushed successfully", app.Name);
}
