private static async Task DeployZippedArtifact(ApplicationManager applicationManager,
RemotePushDeploymentManager deploymentManager,
TestFile[] files,
string type,
string path,
bool isAsync)
{
TestTracer.Trace("Deploying zip");
using (var zipStream = DeploymentTestHelper.CreateZipStream(files))
{
IList<KeyValuePair<string, string>> queryParams = GetOneDeployQueryParams(type, path, isAsync);
var response = await deploymentManager.PushDeployFromStream(zipStream, new ZipDeployMetadata(), queryParams);
response.EnsureSuccessStatusCode();
if (isAsync)
{
await DeploymentTestHelper.WaitForDeploymentCompletionAsync(applicationManager, deployer);
}
}
}
public async Task DiagnosticsDumpTests()
{
string appName = "DiagnosticsDumpTests";
await ApplicationManager.RunAsync(appName, async appManager =>
{
string path = String.Format("dump?marker={0}", Guid.NewGuid());
using (HttpClient client = HttpClientHelper.CreateClient(appManager.ServiceUrl, appManager.DeploymentManager.Credentials))
{
using (var zipStream = new MemoryStream())
{
using (var dump = await client.GetStreamAsync(path))
{
Assert.NotNull(dump);
await dump.CopyToAsync(zipStream);
}
TestTracer.Trace("zipStream lenth={0}", zipStream.Length);
Assert.True(zipStream.Length > 0);
zipStream.Position = 0;
using (var targetStream = new MemoryStream())
{
ZipUtils.Unzip(zipStream, targetStream);
TestTracer.Trace("targetStream lenth={0}", targetStream.Length);
Assert.True(targetStream.Length > 0);
}
}
}
// Ensure trace
string trace = await appManager.VfsManager.ReadAllTextAsync("LogFiles/kudu/trace/");
Assert.Contains("_GET_dump_200_", trace, StringComparison.OrdinalIgnoreCase);
Assert.Contains("s.xml", trace, StringComparison.OrdinalIgnoreCase);
Assert.Contains("_GET_api-vfs-LogFiles-kudu-trace_pending.xml", trace, StringComparison.OrdinalIgnoreCase);
// Test runtime object by checking for one Node version
RuntimeInfo runtimeInfo = await appManager.RuntimeManager.GetRuntimeInfo();
Assert.True(runtimeInfo.NodeVersions.Any(dict => dict["version"] == "0.8.2"));
});
}
public async Task SiteExtensionV2AndV3FeedTests(string feedEndpoint)
{
TestTracer.Trace("Testing against feed: '{0}'", feedEndpoint);
const string appName = "SiteExtensionV2AndV3FeedTests";
const string testPackageId = "bootstrap";
const string testPackageVersion = "3.0.0";
await ApplicationManager.RunAsync(appName, async appManager =>
{
var manager = appManager.SiteExtensionManager;
// list package
TestTracer.Trace("Search extensions by id: '{0}'", testPackageId);
IEnumerable <SiteExtensionInfo> results = await manager.GetRemoteExtensions(
filter: testPackageId,
feedUrl: feedEndpoint);
Assert.True(results.Count() > 0, string.Format("GetRemoteExtensions for '{0}' package result should > 0", testPackageId));
// get package
TestTracer.Trace("Get an extension by id: '{0}'", testPackageId);
SiteExtensionInfo result = await manager.GetRemoteExtension(testPackageId, feedUrl: feedEndpoint);
Assert.Equal(testPackageId, result.Id);
TestTracer.Trace("Get an extension by id: '{0}' and version: '{1}'", testPackageId, testPackageVersion);
result = await manager.GetRemoteExtension(testPackageId, version: testPackageVersion, feedUrl: feedEndpoint);
Assert.Equal(testPackageId, result.Id);
Assert.Equal(testPackageVersion, result.Version);
// install
TestTracer.Trace("Install an extension by id: '{0}' and version: '{1}'", testPackageId, testPackageVersion);
HttpResponseResult <SiteExtensionInfo> richResult = await manager.InstallExtension <SiteExtensionInfo>(testPackageId, version: testPackageVersion, feedUrl: feedEndpoint);
Assert.Equal(testPackageId, richResult.Body.Id);
Assert.Equal(testPackageVersion, richResult.Body.Version);
Assert.False(richResult.Headers.ContainsKey(Constants.SiteOperationHeaderKey)); // only ARM request will have SiteOperation header
// uninstall
TestTracer.Trace("Uninstall an extension by id: '{0}'", testPackageId);
Assert.True(await manager.UninstallExtension(testPackageId));
});
}
private void VerifyTriggeredJobTriggers(ApplicationManager appManager, string jobName, int expectedNumberOfRuns, string expectedStatus, string expectedOutput = null, string expectedError = null, string arguments = null, bool scheduledTriggeredJob = false)
{
if (!scheduledTriggeredJob)
{
appManager.JobsManager.InvokeTriggeredJobAsync(jobName, arguments).Wait();
}
try
{
WaitUntilAssertVerified(
"verify triggered job run",
TimeSpan.FromSeconds(30),
() =>
{
TriggeredJobHistory triggeredJobHistory = appManager.JobsManager.GetTriggeredJobHistoryAsync(jobName).Result;
Assert.NotNull(triggeredJobHistory);
Assert.Equal(expectedNumberOfRuns, triggeredJobHistory.TriggeredJobRuns.Count());
TriggeredJobRun triggeredJobRun = triggeredJobHistory.TriggeredJobRuns.FirstOrDefault();
AssertTriggeredJobRun(appManager, triggeredJobRun, jobName, expectedStatus, expectedOutput, expectedError);
});
}
catch
{
// On error trace the scheduler log if it is a scheduler job
if (scheduledTriggeredJob)
{
try
{
string schedulerLog = appManager.VfsManager.ReadAllText(JobsDataPath + "/triggered/" + jobName + "/job_scheduler.log");
TestTracer.Trace("Scheduler log - " + schedulerLog);
}
catch
{
}
}
throw;
}
}
public void TriggeredJobAcceptsArguments()
{
RunScenario("TriggeredJobAcceptsArguments", appManager =>
{
const string jobName = "job1";
TestTracer.Trace("Copying the script to the triggered job directory");
appManager.JobsManager.CreateTriggeredJobAsync(jobName, "run.cmd", "echo %*").Wait();
var expectedTriggeredJob = new TriggeredJob()
{
Name = jobName,
JobType = "triggered",
RunCommand = "run.cmd"
};
TestTracer.Trace("Trigger the job");
VerifyTriggeredJobTriggers(appManager, jobName, 1, "Success", "echo test arguments", expectedError: null, arguments: "test arguments");
});
}
private async Task AssertUrlContentAsync(ApplicationManager appManager, Uri requestUrl, string expectedContent)
{
if (expectedContent == null)
{
Assert.Null(requestUrl);
return;
}
string address = requestUrl.ToString();
using (var httpClient = HttpClientHelper.CreateClient(address, appManager.JobsManager.Credentials))
{
using (var response = await httpClient.GetAsync(String.Empty))
{
var content = await response.Content.ReadAsStringAsync();
TestTracer.Trace("Request to: {0}\nStatus code: {1}\nContent: {2}", address, response.StatusCode, content);
Assert.True(content.IndexOf(expectedContent, StringComparison.OrdinalIgnoreCase) >= 0, "Expected content: " + expectedContent);
}
}
}
private void WaitUntilAssertVerified(string description, TimeSpan maxWaitTime, Action assertAction)
{
TestTracer.Trace("Waiting for " + description);
Stopwatch waitTime = Stopwatch.StartNew();
while (waitTime.Elapsed < maxWaitTime)
{
try
{
assertAction();
return;
}
catch
{
}
Thread.Sleep(1000);
}
assertAction();
}
public Task TestAsyncZipDeployment()
{
return(ApplicationManager.RunAsync("TestAsyncZipDeployment", async appManager =>
{
// Big enough to require at least a couple polls for status until success
var files = CreateRandomFilesForZip(1000);
var response = await DeployZip(appManager, files, doAsync: true);
response.EnsureSuccessStatusCode();
TestTracer.Trace("Confirming deployment is in progress");
DeployResult result;
do
{
result = await appManager.DeploymentManager.GetResultAsync("latest");
Assert.Equal("Zip-Push", result.Deployer);
await Task.Delay(TimeSpan.FromSeconds(2));
} while (!new[] { DeployStatus.Failed, DeployStatus.Success }.Contains(result.Status));
await AssertSuccessfulDeploymentByFilenames(appManager, files.Select(f => f.Filename).ToArray());
}));
}
public void ContinuousJobStopsWhenDisabledStartsWhenEnabled()
{
RunScenario("ContinuousJobStopsWhenDisabledStartsWhenEnabled", appManager =>
{
using (TestRepository testRepository = Git.Clone("ConsoleWorker"))
{
TestTracer.Trace("Starting ConsoleWorker test, deploying the worker");
PushAndVerifyConsoleWorker(appManager, testRepository, new string[] { ExpectedVerificationFileContent });
TestTracer.Trace("Make sure process is up");
var processes = appManager.ProcessManager.GetProcessesAsync().Result;
var workerProcess = processes.FirstOrDefault(p => String.Equals("ConsoleWorker", p.Name, StringComparison.OrdinalIgnoreCase));
Assert.NotNull(workerProcess);
TestTracer.Trace("Disable this job");
appManager.JobsManager.DisableContinuousJobAsync("deployedJob").Wait();
VerifyContinuousJobDisabled(appManager);
TestTracer.Trace("Enable this job");
appManager.JobsManager.EnableContinuousJobAsync("deployedJob").Wait();
VerifyContinuousJobEnabled(appManager);
TestTracer.Trace("Disable all WebJobs");
appManager.SettingsManager.SetValue(SettingsKeys.WebJobsStopped, "1").Wait();
RestartServiceSite(appManager);
VerifyContinuousJobDisabled(appManager);
TestTracer.Trace("Enable all WebJobs");
appManager.SettingsManager.SetValue(SettingsKeys.WebJobsStopped, "0").Wait();
RestartServiceSite(appManager);
VerifyContinuousJobEnabled(appManager);
}
});
}
public void JobsSettingsSetSuccessfully()
{
RunScenario("JobsSettingsSetSuccessfully", appManager =>
{
const string triggeredJobName = "triggeredJob";
const string continuousJobName = "continuousJob";
const string settingKey = "mysetting";
const string settingValue = "myvalue";
TestTracer.Trace("Creating a triggered job and creating a continuous job");
appManager.JobsManager.CreateTriggeredJobAsync(triggeredJobName, "run.cmd", JobScript).Wait();
appManager.JobsManager.CreateContinuousJobAsync(continuousJobName, "run.cmd", JobScript).Wait();
TestTracer.Trace("Test update of continuous job settings");
JobSettings continuousJobSettings = appManager.JobsManager.GetContinuousJobSettingsAsync(continuousJobName).Result;
Assert.Equal(null, continuousJobSettings.GetSetting <string>(settingKey));
continuousJobSettings.SetSetting(settingKey, settingValue);
appManager.JobsManager.SetContinuousJobSettingsAsync(continuousJobName, continuousJobSettings).Wait();
continuousJobSettings = appManager.JobsManager.GetContinuousJobSettingsAsync(continuousJobName).Result;
Assert.Equal(settingValue, continuousJobSettings.GetSetting <string>(settingKey));
TestTracer.Trace("Test update of triggered job settings");
JobSettings triggeredJobSettings = appManager.JobsManager.GetTriggeredJobSettingsAsync(triggeredJobName).Result;
Assert.Equal(null, triggeredJobSettings.GetSetting <string>(settingKey));
triggeredJobSettings.SetSetting(settingKey, settingValue);
appManager.JobsManager.SetTriggeredJobSettingsAsync(triggeredJobName, triggeredJobSettings).Wait();
triggeredJobSettings = appManager.JobsManager.GetTriggeredJobSettingsAsync(triggeredJobName).Result;
Assert.Equal(settingValue, triggeredJobSettings.GetSetting <string>(settingKey));
});
}
public async Task SiteExtensionShouldDeployWebJobs()
{
const string appName = "SiteExtensionShouldDeployWebJobs";
await ApplicationManager.RunAsync(appName, async appManager =>
{
var manager = appManager.SiteExtensionManager;
await CleanSiteExtensions(manager);
TestTracer.Trace("Install site extension with jobs");
await manager.InstallExtension("filecounterwithwebjobs", null, "https://www.myget.org/F/amitaptest/");
TestTracer.Trace("Verify jobs were deployed");
await OperationManager.AttemptAsync(async() =>
{
var continuousJobs = (await appManager.JobsManager.ListContinuousJobsAsync()).ToArray();
Assert.Equal(1, continuousJobs.Length);
Assert.Equal("filecounterwithwebjobs(cjoba)", continuousJobs[0].Name);
TestTracer.Trace("Job status - {0}", continuousJobs[0].Status);
Assert.Equal("PendingRestart", continuousJobs[0].Status);
}, 100, 500);
var triggeredJobs = (await appManager.JobsManager.ListTriggeredJobsAsync()).ToArray();
Assert.Equal(2, triggeredJobs.Length);
Assert.Equal("filecounterwithwebjobs(tjoba)", triggeredJobs[0].Name);
Assert.Equal("filecounterwithwebjobs(tjobb)", triggeredJobs[1].Name);
TestTracer.Trace("Uninstall site extension with jobs");
await manager.UninstallExtension("filecounterwithwebjobs");
TestTracer.Trace("Verify jobs removed");
var continuousJobs2 = (await appManager.JobsManager.ListContinuousJobsAsync()).ToArray();
Assert.Equal(0, continuousJobs2.Length);
triggeredJobs = (await appManager.JobsManager.ListTriggeredJobsAsync()).ToArray();
Assert.Equal(0, triggeredJobs.Length);
});
}
private static async Task<string> DeployNonZippedArtifact(
ApplicationManager appManager,
string type,
string path,
bool isAsync)
{
TestTracer.Trace("Deploying file");
var testFile = DeploymentTestHelper.CreateRandomTestFile();
using (var fileStream = DeploymentTestHelper.CreateFileStream(testFile))
{
IList<KeyValuePair<string, string>> queryParams = GetOneDeployQueryParams(type, path, isAsync);
var response = await appManager.OneDeployManager.PushDeployFromStream(fileStream, new ZipDeployMetadata(), queryParams);
response.EnsureSuccessStatusCode();
if (isAsync)
{
await DeploymentTestHelper.WaitForDeploymentCompletionAsync(appManager, deployer);
}
}
return testFile.Content;
}
private static async Task AssertSuccessfulDeploymentByContent(ApplicationManager appManager, FileForZip[] files)
{
TestTracer.Trace("Verifying files are deployed and deployment record created.");
var deployment = await appManager.DeploymentManager.GetResultAsync("latest");
Assert.Equal(DeployStatus.Success, deployment.Status);
Assert.Equal(ZipDeployer, deployment.Deployer);
var entries = await appManager.VfsWebRootManager.ListAsync(null);
var deployedFilenames = entries.Select(e => e.Name);
var filenameSet = new HashSet <string>(files.Select(f => f.Filename));
Assert.True(filenameSet.SetEquals(entries.Select(e => e.Name)));
foreach (var file in files)
{
var deployedContent = await appManager.VfsWebRootManager.ReadAllTextAsync(file.Filename);
Assert.Equal(file.Content, deployedContent);
}
}
private async Task VerifyWebHooksCall(IEnumerable <string> hookAddresses, ApplicationManager hookAppManager, params string[] expectedContents)
{
TestTracer.Trace("Verify web hook was called {0} times".FormatCurrentCulture(hookAddresses.Count()));
string webHookCallResponse = await GetWebHookResponseAsync(hookAppManager.SiteUrl);
string[] webHookResults = webHookCallResponse.Split(new char[] { '\n' }, StringSplitOptions.RemoveEmptyEntries);
Assert.Equal(hookAddresses.Count(), webHookResults.Count());
foreach (var hookAddress in hookAddresses)
{
bool found = false;
foreach (var webHookResult in webHookResults)
{
dynamic webHookResultObject = JsonConvert.DeserializeObject(webHookResult);
if (("/" + hookAddress) == (string)webHookResultObject.url)
{
var body = (string)webHookResultObject.body;
found = true;
// Make sure body json
JsonConvert.DeserializeObject(body);
foreach (var expectedContent in expectedContents)
{
Assert.Contains(expectedContent, body, StringComparison.OrdinalIgnoreCase);
}
}
}
Assert.True(found, "Web hook address {0} was not called".FormatCurrentCulture(hookAddress));
}
hookAppManager.VfsWebRootManager.Delete("result.txt");
}
public void PostDeploymentActionsShouldNotBeCalledOnFailedDeployment()
{
string testName = "PostDeploymentActionsShouldNotBeCalledOnFailedDeployment";
string testLine1 = "test script 1 is running";
string testLine2 = "test script 2 is running too";
using (new LatencyLogger(testName))
{
ApplicationManager.Run(testName, appManager =>
{
using (var appRepository = Git.Clone("WarningsAsErrors"))
{
TestTracer.Trace("Add action scripts");
appManager.VfsManager.WriteAllText(
@"site\deployments\tools\PostDeploymentActions\test_script_1.cmd",
@"@echo off
echo " + testLine1);
appManager.VfsManager.WriteAllText(
@"site\deployments\tools\PostDeploymentActions\test_script_2.bat",
@"@echo off
echo " + testLine2);
TestTracer.Trace("Deploy test app");
appManager.GitDeploy(appRepository.PhysicalPath);
TestTracer.Trace("Verify results");
var deploymentResults = appManager.DeploymentManager.GetResultsAsync().Result.ToList();
Assert.Equal(1, deploymentResults.Count);
Assert.Equal(DeployStatus.Failed, deploymentResults[0].Status);
KuduAssert.VerifyLogOutputWithUnexpected(appManager, deploymentResults[0].Id, testLine1, testLine2);
}
});
}
}
private static async Task <HttpResponseMessage> DeployWar(
ApplicationManager appManager,
FileForZip[] files,
ZipDeployMetadata metadata,
string appName = null)
{
TestTracer.Trace("Push-deploying war");
using (var zipStream = CreateZipStream(files))
{
IList <KeyValuePair <string, string> > queryParams = null;
if (!string.IsNullOrWhiteSpace(appName))
{
queryParams = new List <KeyValuePair <string, string> >()
{
new KeyValuePair <string, string>("name", appName)
};
}
return(await appManager.WarDeploymentManager.PushDeployFromStream(
zipStream,
metadata,
queryParams));
}
}
private void CleanupTest(ApplicationManager appManager)
{
WaitUntilAssertVerified(
"clean site for jobs",
TimeSpan.FromSeconds(60),
() =>
{
TestTracer.Trace($"CleanupTest: Delete {JobsBinPath}");
appManager.VfsManager.Delete(JobsBinPath, recursive: true);
TestTracer.Trace($"CleanupTest: Delete {JobsDataPath}");
appManager.VfsManager.Delete(JobsDataPath, recursive: true);
var logFiles = appManager.VfsManager.ListAsync("LogFiles").Result;
foreach (var logFile in logFiles)
{
if (logFile.Name.StartsWith("appSettings.txt", StringComparison.OrdinalIgnoreCase) ||
logFile.Name.StartsWith("verification.txt", StringComparison.OrdinalIgnoreCase))
{
TestTracer.Trace($"CleanupTest: Delete LogFiles/{logFile.Name}");
appManager.VfsManager.Delete("LogFiles/" + logFile.Name);
}
}
foreach (var job in appManager.JobsManager.ListTriggeredJobsAsync().Result)
{
TestTracer.Trace($"CleanupTest: DeleteTriggeredJobAsync {job.Name}");
appManager.JobsManager.DeleteTriggeredJobAsync(job.Name).Wait();
}
foreach (var job in appManager.JobsManager.ListContinuousJobsAsync().Result)
{
TestTracer.Trace($"CleanupTest: DeleteContinuousJobAsync {job.Name}");
appManager.JobsManager.DeleteContinuousJobAsync(job.Name).Wait();
}
});
}
public async Task SiteExtensionShouldNotSeeButAbleToInstallUnlistedPackage()
{
const string appName = "SiteExtensionShouldNotSeeUnlistPackage";
const string externalPackageId = "SimpleSite";
const string unlistedVersion = "3.0.0";
const string latestListedVersion = "2.0.0";
const string externalFeed = "https://www.myget.org/F/simplesvc/";
await ApplicationManager.RunAsync(appName, async appManager =>
{
var manager = appManager.SiteExtensionManager;
await CleanSiteExtensions(manager);
HttpResponseMessage response = await manager.GetRemoteExtension(externalPackageId, feedUrl: externalFeed);
SiteExtensionInfo info = await response.Content.ReadAsAsync <SiteExtensionInfo>();
Assert.NotEqual(unlistedVersion, info.Version);
response = await manager.GetRemoteExtension(externalPackageId, version: unlistedVersion, feedUrl: externalFeed);
info = await response.Content.ReadAsAsync <SiteExtensionInfo>();
Assert.Equal(unlistedVersion, info.Version);
response = await manager.GetRemoteExtensions(externalPackageId, allowPrereleaseVersions: true, feedUrl: externalFeed);
List <SiteExtensionInfo> infos = await response.Content.ReadAsAsync <List <SiteExtensionInfo> >();
Assert.NotEmpty(infos);
foreach (var item in infos)
{
Assert.NotEqual(unlistedVersion, item.Version);
}
response = await manager.InstallExtension(externalPackageId, feedUrl: externalFeed);
info = await response.Content.ReadAsAsync <SiteExtensionInfo>();
Assert.Equal(externalPackageId, info.Id);
Assert.Equal(latestListedVersion, info.Version);
Assert.Equal(externalFeed, info.FeedUrl);
TestTracer.Trace("Should able to installed unlisted package if specify version");
response = await manager.InstallExtension(externalPackageId, version: unlistedVersion, feedUrl: externalFeed);
info = await response.Content.ReadAsAsync <SiteExtensionInfo>();
Assert.Equal(externalPackageId, info.Id);
Assert.Equal(unlistedVersion, info.Version);
Assert.Equal(externalFeed, info.FeedUrl);
UpdateHeaderIfGoingToBeArmRequest(manager.Client, isArmRequest: true);
response = await manager.GetRemoteExtension(externalPackageId, feedUrl: externalFeed);
ArmEntry <SiteExtensionInfo> armInfo = await response.Content.ReadAsAsync <ArmEntry <SiteExtensionInfo> >();
Assert.NotEqual(unlistedVersion, armInfo.Properties.Version);
response = await manager.GetRemoteExtensions(externalPackageId, allowPrereleaseVersions: true, feedUrl: externalFeed);
ArmListEntry <SiteExtensionInfo> armInfos = await response.Content.ReadAsAsync <ArmListEntry <SiteExtensionInfo> >();
Assert.NotEmpty(armInfos.Value);
foreach (var item in armInfos.Value)
{
Assert.NotEqual(unlistedVersion, item.Properties.Version);
}
response = await manager.InstallExtension(externalPackageId, feedUrl: externalFeed);
Assert.Equal(HttpStatusCode.Created, response.StatusCode);
await PollAndVerifyAfterArmInstallation(manager, externalPackageId);
response = await manager.GetLocalExtension(externalPackageId);
armInfo = await response.Content.ReadAsAsync <ArmEntry <SiteExtensionInfo> >();
Assert.Equal(externalPackageId, armInfo.Properties.Id);
Assert.Equal(latestListedVersion, armInfo.Properties.Version);
Assert.Equal(externalFeed, armInfo.Properties.FeedUrl);
response = await manager.InstallExtension(externalPackageId, version: unlistedVersion, feedUrl: externalFeed);
Assert.Equal(HttpStatusCode.Created, response.StatusCode);
await PollAndVerifyAfterArmInstallation(manager, externalPackageId);
response = await manager.GetLocalExtension(externalPackageId);
armInfo = await response.Content.ReadAsAsync <ArmEntry <SiteExtensionInfo> >();
Assert.Equal(externalPackageId, armInfo.Properties.Id);
Assert.Equal(unlistedVersion, armInfo.Properties.Version);
Assert.Equal(externalFeed, armInfo.Properties.FeedUrl);
});
}
public async Task SiteExtensionInstallPackageToWebRootTests()
{
const string appName = "SiteExtensionInstallPackageToWebRootTests";
const string externalPackageId = "SimpleSvc";
const string externalPackageVersion = "1.0.0";
const string externalFeed = "https://www.myget.org/F/simplesvc/";
// site extension 'webrootxdttest' search for xdt files under site extension 'webrootxdttest' folder, and print out xdt content onto page
const string externalPackageWithXdtId = "webrootxdttest";
await ApplicationManager.RunAsync(appName, async appManager =>
{
var manager = appManager.SiteExtensionManager;
await CleanSiteExtensions(manager);
// install/update
TestTracer.Trace("Perform InstallExtension with id '{0}', version '{1}' from '{2}'", externalPackageId, externalPackageVersion, externalFeed);
HttpResponseMessage responseMessage = await manager.InstallExtension(externalPackageId, externalPackageVersion, externalFeed, SiteExtensionInfo.SiteExtensionType.WebRoot);
SiteExtensionInfo result = await responseMessage.Content.ReadAsAsync <SiteExtensionInfo>();
Assert.Equal(externalPackageId, result.Id);
Assert.Equal(externalPackageVersion, result.Version);
Assert.Equal(externalFeed, result.FeedUrl);
TestTracer.Trace("GET request to verify package content has been copied to wwwroot");
HttpClient client = new HttpClient();
responseMessage = await client.GetAsync(appManager.SiteUrl);
string responseContent = await responseMessage.Content.ReadAsStringAsync();
Assert.NotNull(responseContent);
Assert.True(responseContent.Contains(@"<h3>Site for testing</h3>"));
TestTracer.Trace("GetLocalExtension should return WebRoot type SiteExtensionInfo");
responseMessage = await manager.GetLocalExtension(externalPackageId);
result = await responseMessage.Content.ReadAsAsync <SiteExtensionInfo>();
Assert.Equal(SiteExtensionInfo.SiteExtensionType.WebRoot, result.Type);
responseMessage = await manager.GetLocalExtensions(externalPackageId);
var results = await responseMessage.Content.ReadAsAsync <List <SiteExtensionInfo> >();
foreach (var item in results)
{
if (string.Equals(externalPackageId, item.Id, StringComparison.OrdinalIgnoreCase))
{
Assert.Equal(SiteExtensionInfo.SiteExtensionType.WebRoot, item.Type);
}
}
// delete
TestTracer.Trace("Perform UninstallExtension with id '{0}' only.", externalPackageId);
responseMessage = await manager.UninstallExtension(externalPackageId);
bool deleteResult = await responseMessage.Content.ReadAsAsync <bool>();
Assert.True(deleteResult, "Delete must return true");
TestTracer.Trace("GET request to verify package content has been removed wwwroot");
responseMessage = await client.GetAsync(appManager.SiteUrl);
Assert.Equal(HttpStatusCode.Forbidden, responseMessage.StatusCode);
// install package that with xdt file
TestTracer.Trace("Perform InstallExtension with id '{0}' from '{1}'", externalPackageWithXdtId, externalFeed);
responseMessage = await manager.InstallExtension(externalPackageWithXdtId, feedUrl: externalFeed, type: SiteExtensionInfo.SiteExtensionType.WebRoot);
result = await responseMessage.Content.ReadAsAsync <SiteExtensionInfo>();
Assert.Equal(externalPackageWithXdtId, result.Id);
Assert.Equal(externalFeed, result.FeedUrl);
TestTracer.Trace("GET request to verify package content has been copied to wwwroot");
responseMessage = await client.GetAsync(appManager.SiteUrl);
responseContent = await responseMessage.Content.ReadAsStringAsync();
Assert.NotNull(responseContent);
Assert.True(responseContent.Contains(@"1 files"));
Assert.True(responseContent.Contains(@"site\path\shall\not\be\found")); // xdt content
});
}
[InlineData("https://api.nuget.org/v3/index.json", "filecounter")] // v3 endpoint
public async Task SiteExtensionInstallUninstallAsyncTest(string feedEndpoint, string testPackageId)
{
TestTracer.Trace("Testing against feed: '{0}'", feedEndpoint);
const string appName = "SiteExtensionInstallUninstallAsyncTest";
await ApplicationManager.RunAsync(appName, async appManager =>
{
var manager = appManager.SiteExtensionManager;
await CleanSiteExtensions(manager);
// Get the latest package, make sure that call will return right away when we try to update
TestTracer.Trace("Get latest package '{0}' from '{1}'", testPackageId, feedEndpoint);
SiteExtensionInfo latestPackage = await(await manager.GetRemoteExtension(testPackageId, feedUrl: feedEndpoint)).Content.ReadAsAsync <SiteExtensionInfo>();
Assert.Equal(testPackageId, latestPackage.Id);
// install from non-default endpoint
UpdateHeaderIfGoingToBeArmRequest(manager.Client, true);
TestTracer.Trace("Install package '{0}'-'{1}' fresh from '{2}' async", testPackageId, latestPackage.Version, feedEndpoint);
HttpResponseMessage responseMessage = await manager.InstallExtension(id: testPackageId, version: latestPackage.Version, feedUrl: feedEndpoint);
ArmEntry <SiteExtensionInfo> armResult = await responseMessage.Content.ReadAsAsync <ArmEntry <SiteExtensionInfo> >();
Assert.Equal(string.Empty, armResult.Location); // test "x-ms-geo-location" header is empty, same value should be assign to "Location"
Assert.Equal(HttpStatusCode.Created, responseMessage.StatusCode);
Assert.True(responseMessage.Headers.Contains(Constants.RequestIdHeader));
TestTracer.Trace("Poll for status. Expecting 200 response eventually with site operation header.");
responseMessage = await PollAndVerifyAfterArmInstallation(manager, testPackageId);
armResult = await responseMessage.Content.ReadAsAsync <ArmEntry <SiteExtensionInfo> >();
// after successfully installed, should return SiteOperationHeader to notify GEO to restart website
Assert.True(responseMessage.Headers.Contains(Constants.SiteOperationHeaderKey));
Assert.Equal(feedEndpoint, armResult.Properties.FeedUrl);
Assert.Equal(latestPackage.Version, armResult.Properties.Version);
Assert.Equal(HttpStatusCode.OK, responseMessage.StatusCode);
Assert.True(responseMessage.Headers.Contains(Constants.RequestIdHeader));
TestTracer.Trace("Get '{0}' again. Expecting 200 response without site operation header", testPackageId);
responseMessage = await manager.GetLocalExtension(testPackageId);
armResult = await responseMessage.Content.ReadAsAsync <ArmEntry <SiteExtensionInfo> >();
// get again shouldn`t see SiteOperationHeader anymore
Assert.False(responseMessage.Headers.Contains(Constants.SiteOperationHeaderKey));
Assert.Equal(feedEndpoint, armResult.Properties.FeedUrl);
Assert.Equal(latestPackage.Version, armResult.Properties.Version);
Assert.Equal(HttpStatusCode.OK, responseMessage.StatusCode);
Assert.True(responseMessage.Headers.Contains(Constants.RequestIdHeader));
TestTracer.Trace("Try to update package '{0}' without given a feed", testPackageId);
// Not passing feed endpoint will default to feed endpoint from installed package
// Update should return right away, expecting code to look up from feed that store in local package
// since we had installed the latest package, there is nothing to update.
// We shouldn`t see any site operation header value
// And there is no polling, since it finished within 15 seconds
responseMessage = await manager.InstallExtension(testPackageId);
armResult = await responseMessage.Content.ReadAsAsync <ArmEntry <SiteExtensionInfo> >();
Assert.Equal(string.Empty, armResult.Location); // test "x-ms-geo-location" header is empty, same value should be assign to "Location"
Assert.Equal(latestPackage.Id, armResult.Properties.Id);
Assert.Equal(feedEndpoint, armResult.Properties.FeedUrl);
Assert.Equal(HttpStatusCode.OK, responseMessage.StatusCode);
Assert.True(responseMessage.Headers.Contains(Constants.RequestIdHeader));
// no installation operation happened, shouldn`t see SiteOperationHeader return
Assert.False(responseMessage.Headers.Contains(Constants.SiteOperationHeaderKey));
TestTracer.Trace("Uninstall '{0}' async", testPackageId);
responseMessage = await manager.UninstallExtension(testPackageId);
armResult = await responseMessage.Content.ReadAsAsync <ArmEntry <SiteExtensionInfo> >();
Assert.Null(armResult);
Assert.Equal(HttpStatusCode.OK, responseMessage.StatusCode);
Assert.True(responseMessage.Headers.Contains(Constants.RequestIdHeader));
TestTracer.Trace("Get '{0}' again. Expecting 404.", testPackageId);
var ex = await KuduAssert.ThrowsUnwrappedAsync <HttpUnsuccessfulRequestException>(async() =>
{
await manager.GetLocalExtension(testPackageId);
});
Assert.Equal(HttpStatusCode.NotFound, ex.ResponseMessage.StatusCode);
});
}
public async Task SiteExtensionGetArmTest()
{
const string appName = "SiteExtensionGetAsyncTest";
const string externalPackageId = "filecounter";
const string externalFeed = "https://api.nuget.org/v3/index.json";
const string installationArgument = "arg0";
await ApplicationManager.RunAsync(appName, async appManager =>
{
var manager = appManager.SiteExtensionManager;
await CleanSiteExtensions(manager);
UpdateHeaderIfGoingToBeArmRequest(manager.Client, true);
TestTracer.Trace("GetRemoteExtensions with Arm header, expecting site extension info will be wrap inside Arm envelop");
HttpResponseMessage responseMessage = await manager.GetRemoteExtensions(externalPackageId, true, externalFeed);
ArmListEntry <SiteExtensionInfo> armResultList = await responseMessage.Content.ReadAsAsync <ArmListEntry <SiteExtensionInfo> >();
Assert.Equal(HttpStatusCode.OK, responseMessage.StatusCode);
Assert.NotNull(armResultList);
Assert.NotEmpty(armResultList.Value);
Assert.NotNull(armResultList.Value.Where(item => string.Equals(externalPackageId, item.Properties.Id, StringComparison.OrdinalIgnoreCase)));
Assert.True(responseMessage.Headers.Contains(Constants.RequestIdHeader));
TestTracer.Trace("GetRemoteExtension with Arm header, expecting site extension info will be wrap inside Arm envelop");
responseMessage = await manager.GetRemoteExtension(externalPackageId, feedUrl: externalFeed);
ArmEntry <SiteExtensionInfo> armResult = await responseMessage.Content.ReadAsAsync <ArmEntry <SiteExtensionInfo> >();
Assert.Equal(HttpStatusCode.OK, responseMessage.StatusCode);
Assert.NotNull(armResult);
Assert.Equal(externalPackageId, armResult.Properties.Id);
Assert.True(responseMessage.Headers.Contains(Constants.RequestIdHeader));
UpdateHeaderIfGoingToBeArmRequest(manager.Client, false);
responseMessage = await manager.InstallExtension(externalPackageId, feedUrl: externalFeed, installationArgs: installationArgument);
SiteExtensionInfo syncResult = await responseMessage.Content.ReadAsAsync <SiteExtensionInfo>();
Assert.Equal(externalPackageId, syncResult.Id);
Assert.True(responseMessage.Headers.Contains(Constants.RequestIdHeader));
UpdateHeaderIfGoingToBeArmRequest(manager.Client, true);
TestTracer.Trace("GetLocalExtensions (no filter) with Arm header, expecting site extension info will be wrap inside Arm envelop");
responseMessage = await manager.GetLocalExtensions();
armResultList = await responseMessage.Content.ReadAsAsync <ArmListEntry <SiteExtensionInfo> >();
Assert.Equal(HttpStatusCode.OK, responseMessage.StatusCode);
Assert.NotNull(armResultList);
Assert.NotEmpty(armResultList.Value);
Assert.NotNull(armResultList.Value.Where(item => string.Equals(externalPackageId, item.Properties.Id, StringComparison.OrdinalIgnoreCase)));
Assert.Equal(Constants.SiteExtensionProvisioningStateSucceeded, armResultList.Value.First <ArmEntry <SiteExtensionInfo> >().Properties.ProvisioningState);
Assert.True(responseMessage.Headers.Contains(Constants.RequestIdHeader));
foreach (var item in armResultList.Value)
{
Assert.Equal(Constants.SiteExtensionProvisioningStateSucceeded, item.Properties.ProvisioningState);
Assert.Equal(installationArgument, item.Properties.InstallationArgs);
}
TestTracer.Trace("GetLocalExtensions (with filter) with Arm header, expecting site extension info will be wrap inside Arm envelop");
responseMessage = await manager.GetLocalExtensions(externalPackageId);
armResultList = await responseMessage.Content.ReadAsAsync <ArmListEntry <SiteExtensionInfo> >();
Assert.Equal(HttpStatusCode.OK, responseMessage.StatusCode);
Assert.NotNull(armResultList);
Assert.NotEmpty(armResultList.Value);
Assert.NotNull(armResultList.Value.Where(item => string.Equals(externalPackageId, item.Properties.Id, StringComparison.OrdinalIgnoreCase)));
Assert.True(responseMessage.Headers.Contains(Constants.RequestIdHeader));
foreach (var item in armResultList.Value)
{
Assert.Equal(Constants.SiteExtensionProvisioningStateSucceeded, item.Properties.ProvisioningState);
Assert.Equal(installationArgument, item.Properties.InstallationArgs);
}
});
}
public virtual async Task RunIntegrationTest()
{
string dir = Guid.NewGuid().ToString("N");
string dirAddress = BaseAddress + _segmentDelimiter + dir;
string dirAddressWithTerminatingSlash = dirAddress + _segmentDelimiter;
// The %2520 is there to test that we can accept those characters. Here, %2520 is the URL encoded form,
// and the actual file name has %20 (and not a space character!)
string file = Guid.NewGuid().ToString("N") + "%2520" + ".txt";
string fileAddress = dirAddressWithTerminatingSlash + file;
string fileAddressWithTerminatingSlash = fileAddress + _segmentDelimiter;
string query = "?foo=bar";
string baseAddressWithQuery = BaseAddress + _segmentDelimiter + query;
string dirAddressWithQuery = dirAddressWithTerminatingSlash + query;
string fileAddressWithQuery = fileAddress + query;
string deploymentFileAddress = null;
string customDeploymentFileAddress = null;
if (DeploymentClient != null)
{
deploymentFileAddress = string.Format("{0}{1}site{1}wwwroot{1}{2}{1}{3}", DeploymentBaseAddress, _segmentDelimiter, dir, file);
customDeploymentFileAddress = string.Format("{0}{1}site{1}wwwroot{1}test{1}{2}{1}{3}", DeploymentBaseAddress, _segmentDelimiter, dir, file);
}
TestTracer.Trace("Starting RunIntegrationTest");
TestTracer.Trace("Dir - {0}", dirAddress);
TestTracer.Trace("File - {0}", fileAddress);
TestTracer.Trace("DeploymentFileAddress - {0}", deploymentFileAddress);
HttpResponseMessage response;
// Check not found file responses
TestTracer.Trace("==== Check not found file responses");
response = await HttpGetAsync(dirAddress);
Assert.Equal(HttpStatusCode.NotFound, response.StatusCode);
response = await HttpGetAsync(dirAddressWithTerminatingSlash);
Assert.Equal(HttpStatusCode.NotFound, response.StatusCode);
response = await HttpGetAsync(fileAddress);
Assert.Equal(HttpStatusCode.NotFound, response.StatusCode);
response = await HttpGetAsync(fileAddressWithTerminatingSlash);
Assert.Equal(HttpStatusCode.NotFound, response.StatusCode);
// Check create file results in 201 response with etag
TestTracer.Trace("==== Check create file results in 201 response with etag");
response = await HttpPutAsync(fileAddress, CreateUploadContent(_fileContent0));
await VerifyDeploymentAsync(deploymentFileAddress, HttpStatusCode.OK, _fileContent0);
Assert.Equal(HttpStatusCode.Created, response.StatusCode);
EntityTagHeaderValue originalEtag = response.Headers.ETag;
Assert.NotNull(originalEtag);
DateTimeOffset?lastModified = response.Content.Headers.LastModified;
if (!_isScmEditorTest)
{
Assert.NotNull(lastModified);
}
// Check query string
TestTracer.Trace("==== Check handle query string");
response = await HttpGetAsync(baseAddressWithQuery);
Assert.Equal(HttpStatusCode.OK, response.StatusCode);
response = await HttpGetAsync(dirAddressWithQuery);
Assert.Equal(HttpStatusCode.OK, response.StatusCode);
response = await HttpGetAsync(fileAddressWithQuery);
Assert.Equal(HttpStatusCode.OK, response.StatusCode);
// Check that we get a 200 (OK) on created file with the correct etag
TestTracer.Trace("==== Check that we get a 200 (OK) on created file with the correct etag");
response = await HttpGetAsync(fileAddress);
Assert.Equal(HttpStatusCode.OK, response.StatusCode);
Assert.Equal(originalEtag, response.Headers.ETag);
Assert.Equal(lastModified, response.Content.Headers.LastModified);
Assert.Equal(_fileMediaType, response.Content.Headers.ContentType);
// Check that we get a 200 (OK) on created file using HEAD with the correct etag
TestTracer.Trace("==== Check that we get a 200 (OK) on created file using HEAD with the correct etag");
using (HttpRequestMessage headReq = new HttpRequestMessage())
{
headReq.Method = HttpMethod.Head;
headReq.RequestUri = new Uri(fileAddress);
response = await Client.SendAsync(headReq);
Assert.Equal(HttpStatusCode.OK, response.StatusCode);
Assert.Equal(originalEtag, response.Headers.ETag);
Assert.Equal(_fileMediaType, response.Content.Headers.ContentType);
}
// Check that we get a 304 (Not Modified) response if matching If-None-Match
TestTracer.Trace("==== Check that we get a 304 (Not Modified) response if matching If-None-Match");
using (HttpRequestMessage ifNoneMatchReq = new HttpRequestMessage())
{
ifNoneMatchReq.RequestUri = new Uri(fileAddress);
ifNoneMatchReq.Headers.IfNoneMatch.Add(originalEtag);
response = await HttpSendAsync(ifNoneMatchReq);
Assert.Equal(HttpStatusCode.NotModified, response.StatusCode);
Assert.Equal(originalEtag, response.Headers.ETag);
}
// Check that we get a 200 (OK) response if not matching If-None-Match
TestTracer.Trace("==== Check that we get a 200 (OK) response if not matching If-None-Match");
using (HttpRequestMessage ifNoneMatchReqBadEtag = new HttpRequestMessage())
{
ifNoneMatchReqBadEtag.RequestUri = new Uri(fileAddress);
ifNoneMatchReqBadEtag.Headers.IfNoneMatch.Add(new EntityTagHeaderValue("\"NotMatching\""));
response = await HttpSendAsync(ifNoneMatchReqBadEtag);
Assert.Equal(HttpStatusCode.OK, response.StatusCode);
Assert.Equal(originalEtag, response.Headers.ETag);
}
// Check that If-Range request with range returns 206 (Partial Content)
TestTracer.Trace("==== Check that If-Range request with range returns 206 (Partial Content)");
using (HttpRequestMessage ifRangeReq = new HttpRequestMessage())
{
ifRangeReq.RequestUri = new Uri(fileAddress);
ifRangeReq.Headers.IfRange = new RangeConditionHeaderValue(originalEtag);
ifRangeReq.Headers.Range = new RangeHeaderValue(0, 0)
{
Unit = "bytes"
};
response = await HttpSendAsync(ifRangeReq);
Assert.Equal(HttpStatusCode.PartialContent, response.StatusCode);
Assert.Equal(originalEtag, response.Headers.ETag);
Assert.Equal(1, response.Content.Headers.ContentLength);
Assert.Equal(new ContentRangeHeaderValue(0, 0, _fileContent0.Length), response.Content.Headers.ContentRange);
}
// Check that If-Range request with no range returns 200 (OK)
TestTracer.Trace("==== Check that If-Range request with no range returns 200 (OK)");
using (HttpRequestMessage ifRangeReqNoRange = new HttpRequestMessage())
{
ifRangeReqNoRange.RequestUri = new Uri(fileAddress);
ifRangeReqNoRange.Headers.IfRange = new RangeConditionHeaderValue(originalEtag);
response = await HttpSendAsync(ifRangeReqNoRange);
Assert.Equal(HttpStatusCode.OK, response.StatusCode);
Assert.Equal(originalEtag, response.Headers.ETag);
}
// Check that If-Range request with bad range returns 416 (Requested Range Not Satisfiable)
// including a Content-Range header
TestTracer.Trace("==== Check that If-Range request with bad range returns 416 (Requested Range Not Satisfiable)");
using (HttpRequestMessage ifRangeReqBadRange = new HttpRequestMessage())
{
ifRangeReqBadRange.RequestUri = new Uri(fileAddress);
ifRangeReqBadRange.Headers.IfRange = new RangeConditionHeaderValue(originalEtag);
ifRangeReqBadRange.Headers.Range = new RangeHeaderValue(100, 100)
{
Unit = "bytes"
};
response = await HttpSendAsync(ifRangeReqBadRange);
Assert.Equal(HttpStatusCode.RequestedRangeNotSatisfiable, response.StatusCode);
Assert.Equal(_fileContentRange, response.Content.Headers.ContentRange);
}
// Check that we get a root directory view
TestTracer.Trace("==== Check that we get a root directory view");
response = await HttpGetAsync(BaseAddress);
Assert.Equal(_dirMediaType, response.Content.Headers.ContentType);
// Check that we get a directory view from folder
TestTracer.Trace("==== Check that we get a directory view from folder");
response = await HttpGetAsync(dirAddress);
Assert.Equal(_dirMediaType, response.Content.Headers.ContentType);
// Check various redirects between files and folders
HttpClientHandler redirectHandler = HttpClientHelper.CreateClientHandler(BaseAddress, KuduClient.Credentials);
redirectHandler.AllowAutoRedirect = false;
using (HttpClient redirectClient = HttpClientHelper.CreateClient(BaseAddress, KuduClient.Credentials, redirectHandler))
{
// Ensure that requests to root without slash is redirected to one with slash
TestTracer.Trace("==== Ensure that requests to root without slash is redirected to one with slash");
response = await HttpGetAsync(BaseAddress, redirectClient);
Assert.Equal(HttpStatusCode.TemporaryRedirect, response.StatusCode);
Assert.Equal(BaseAddress + _segmentDelimiter, response.Headers.Location.AbsoluteUri);
// Ensure that requests to directory without slash is redirected to one with slash
TestTracer.Trace("==== Ensure that requests to directory without slash is redirected to one with slash");
response = await HttpGetAsync(dirAddress, redirectClient);
Assert.Equal(HttpStatusCode.TemporaryRedirect, response.StatusCode);
Assert.Equal(dirAddressWithTerminatingSlash, response.Headers.Location.AbsoluteUri);
// Ensure that requests to file with slash is redirected to one without slash
TestTracer.Trace("==== Ensure that requests to file with slash is redirected to one without slash");
response = await HttpGetAsync(fileAddressWithTerminatingSlash, redirectClient);
Assert.Equal(HttpStatusCode.TemporaryRedirect, response.StatusCode);
Assert.Equal(fileAddress, response.Headers.Location.AbsoluteUri);
}
// Check that 2nd create attempt fails
TestTracer.Trace("==== Check that 2nd create attempt fails");
response = await HttpPutAsync(fileAddress, CreateUploadContent(_fileContent0));
Assert.Equal(HttpStatusCode.PreconditionFailed, response.StatusCode);
Assert.Equal(originalEtag, response.Headers.ETag);
// Check that we can't update a directory
TestTracer.Trace("==== Check that we can't update a directory");
response = await HttpPutAsync(dirAddress, CreateUploadContent(_fileContent0));
Assert.Equal(HttpStatusCode.Conflict, response.StatusCode);
// Check that we can't delete a non-empty directory
TestTracer.Trace("==== Check that we can't delete a non-empty directory");
response = await HttpDeleteAsync(dirAddress);
Assert.Equal(HttpStatusCode.Conflict, response.StatusCode);
EntityTagHeaderValue updatedEtag;
if (_testConflictingUpdates)
{
// Update file with first edit based on original etag
TestTracer.Trace("==== Update file with first edit based on original etag");
using (HttpRequestMessage update1 = new HttpRequestMessage())
{
update1.Method = HttpMethod.Put;
update1.RequestUri = new Uri(fileAddress);
update1.Headers.IfMatch.Add(originalEtag);
update1.Content = CreateUploadContent(_fileContent1);
response = await HttpSendAsync(update1);
await VerifyDeploymentAsync(deploymentFileAddress, HttpStatusCode.OK, _fileContent1);
Assert.Equal(HttpStatusCode.NoContent, response.StatusCode);
Assert.NotNull(response.Headers.ETag);
Assert.NotEqual(originalEtag, response.Headers.ETag);
updatedEtag = response.Headers.ETag;
}
// Update file with second edit based on original etag (non-conflicting merge)
TestTracer.Trace("==== Update file with second edit based on original etag (non-conflicting merge)");
using (HttpRequestMessage update2 = new HttpRequestMessage())
{
update2.Method = HttpMethod.Put;
update2.RequestUri = new Uri(fileAddress);
update2.Headers.IfMatch.Add(originalEtag);
update2.Content = CreateUploadContent(_fileContent2);
response = await HttpSendAsync(update2);
await VerifyDeploymentAsync(deploymentFileAddress, HttpStatusCode.OK, _fileContent3);
Assert.Equal(HttpStatusCode.OK, response.StatusCode);
Assert.NotNull(response.Headers.ETag);
Assert.NotEqual(updatedEtag, response.Headers.ETag);
Assert.Equal(_fileMediaType, response.Content.Headers.ContentType);
updatedEtag = response.Headers.ETag;
}
// Update file with third edit based on original etag (non-conflicting merge)
TestTracer.Trace("==== Update file with third edit based on original etag (non-conflicting merge)");
using (HttpRequestMessage update3 = new HttpRequestMessage())
{
update3.Method = HttpMethod.Put;
update3.RequestUri = new Uri(fileAddress);
update3.Headers.IfMatch.Add(originalEtag);
update3.Content = CreateUploadContent(_fileContent3);
response = await HttpSendAsync(update3);
await VerifyDeploymentAsync(deploymentFileAddress, HttpStatusCode.OK, _fileContent3);
Assert.Equal(HttpStatusCode.OK, response.StatusCode);
Assert.NotNull(response.Headers.ETag);
Assert.Equal(updatedEtag, response.Headers.ETag);
Assert.Equal(_fileMediaType, response.Content.Headers.ContentType);
updatedEtag = response.Headers.ETag;
}
// Update file with forth edit based on original etag (conflicting)
TestTracer.Trace("==== Update file with forth edit based on original etag (conflicting)");
using (HttpRequestMessage update4 = new HttpRequestMessage())
{
update4.Method = HttpMethod.Put;
update4.RequestUri = new Uri(fileAddress);
update4.Headers.IfMatch.Add(originalEtag);
update4.Content = CreateUploadContent(_fileContent4);
response = await HttpSendAsync(update4);
await VerifyDeploymentAsync(deploymentFileAddress, HttpStatusCode.OK, _fileContent3);
Assert.Equal(HttpStatusCode.Conflict, response.StatusCode);
Assert.Equal(_conflictMediaType, response.Content.Headers.ContentType);
Assert.Null(response.Headers.ETag);
string content = await response.Content.ReadAsStringAsync();
Assert.True(Regex.IsMatch(content, _conflict));
}
// Update file with fifth edit based on invalid etag
TestTracer.Trace("==== Update file with fifth edit based on invalid etag");
using (HttpRequestMessage update5 = new HttpRequestMessage())
{
update5.Method = HttpMethod.Put;
update5.RequestUri = new Uri(fileAddress);
update5.Headers.IfMatch.Add(new EntityTagHeaderValue("\"invalidetag\""));
update5.Content = CreateUploadContent(_fileContent1);
response = await HttpSendAsync(update5);
await VerifyDeploymentAsync(deploymentFileAddress, HttpStatusCode.OK, _fileContent3);
Assert.Equal(HttpStatusCode.PreconditionFailed, response.StatusCode);
Assert.Equal(updatedEtag, response.Headers.ETag);
}
// Check that update with wildcard etag succeeds
TestTracer.Trace("==== Check that update with wildcard etag succeeds");
using (HttpRequestMessage update6 = new HttpRequestMessage())
{
update6.Method = HttpMethod.Put;
update6.RequestUri = new Uri(fileAddress);
update6.Headers.IfMatch.Add(EntityTagHeaderValue.Any);
update6.Content = CreateUploadContent(_fileContent1);
response = await HttpSendAsync(update6);
await VerifyDeploymentAsync(deploymentFileAddress, HttpStatusCode.OK, _fileContent1);
Assert.Equal(HttpStatusCode.NoContent, response.StatusCode);
Assert.NotNull(response.Headers.ETag);
Assert.NotEqual(originalEtag, response.Headers.ETag);
updatedEtag = response.Headers.ETag;
}
TestTracer.Trace("==== Check that concurrent updates work");
List <Task <HttpResponseMessage> > concurrentUpdates = new List <Task <HttpResponseMessage> >();
for (int cnt = 0; cnt < 16; cnt++)
{
HttpRequestMessage concurrentRequest = new HttpRequestMessage()
{
Method = HttpMethod.Put,
RequestUri = new Uri(fileAddress + "?nodeploy"),
Content = CreateUploadContent(_fileContent2)
};
concurrentRequest.Headers.IfMatch.Add(EntityTagHeaderValue.Any);
concurrentUpdates.Add(HttpSendAsync(concurrentRequest));
}
await Task.WhenAll(concurrentUpdates);
IEnumerable <HttpResponseMessage> concurrentResponses = concurrentUpdates.Select(update => update.Result);
foreach (HttpResponseMessage concurrentResponse in concurrentResponses)
{
// NoContent is the expected success case.
// PreConditionFailed can happen due to race condition between LibGit2Sharp cleanup and lock acquisition and release.
// In PreConditionFailed case, nothing is written and the repo isn't updated or corrupted.
// This is an edge case for a legacy feature
Assert.True(
concurrentResponse.StatusCode == HttpStatusCode.NoContent ||
concurrentResponse.StatusCode == HttpStatusCode.PreconditionFailed,
$"Status code expected to be either {HttpStatusCode.NoContent} or {HttpStatusCode.PreconditionFailed} but got {concurrentResponse.StatusCode}");
}
TestTracer.Trace("==== Check that 'nodeploy' doesn't deploy and that the old content remains.");
using (HttpRequestMessage request = new HttpRequestMessage())
{
request.Method = HttpMethod.Put;
request.RequestUri = new Uri(fileAddress + "?nodeploy");
request.Headers.IfMatch.Add(EntityTagHeaderValue.Any);
request.Content = CreateUploadContent(_fileContent2);
response = await HttpSendAsync(request);
await VerifyDeploymentAsync(deploymentFileAddress, HttpStatusCode.OK, _fileContent1);
Assert.Equal(HttpStatusCode.NoContent, response.StatusCode);
Assert.NotNull(response.Headers.ETag);
Assert.NotEqual(originalEtag, response.Headers.ETag);
updatedEtag = response.Headers.ETag;
}
TestTracer.Trace("==== Check passing custom commit message.");
using (HttpRequestMessage request = new HttpRequestMessage())
{
request.Method = HttpMethod.Put;
request.RequestUri = new Uri(fileAddress + "?message=helloworld");
request.Headers.IfMatch.Add(EntityTagHeaderValue.Any);
request.Content = CreateUploadContent(_fileContent3);
response = await HttpSendAsync(request);
await VerifyDeploymentAsync(deploymentFileAddress, HttpStatusCode.OK, _fileContent3);
Assert.Equal(HttpStatusCode.NoContent, response.StatusCode);
Assert.NotNull(response.Headers.ETag);
Assert.NotEqual(originalEtag, response.Headers.ETag);
updatedEtag = response.Headers.ETag;
}
TestTracer.Trace("==== Check that custom deployment script works");
using (HttpRequestMessage update7 = new HttpRequestMessage())
{
// Upload custom deployment scripts
TestTracer.Trace("==== Upload custom deployment scripts");
updatedEtag = await UploadCustomDeploymentScripts();
// Upload content and validate that it gets deployed
TestTracer.Trace("==== Upload content and validate that it gets deployed");
update7.Method = HttpMethod.Put;
update7.RequestUri = new Uri(fileAddress);
update7.Headers.IfMatch.Add(updatedEtag);
update7.Content = CreateUploadContent(_fileContent2);
response = await HttpSendAsync(update7);
await VerifyDeploymentAsync(customDeploymentFileAddress, HttpStatusCode.OK, _fileContent2);
Assert.Equal(HttpStatusCode.NoContent, response.StatusCode);
Assert.NotNull(response.Headers.ETag);
Assert.NotEqual(originalEtag, response.Headers.ETag);
updatedEtag = response.Headers.ETag;
// Remove custom deployment scripts
TestTracer.Trace("==== Remove custom deployment scripts");
updatedEtag = await RemoveCustomDeploymentScripts();
}
// Check that delete with invalid etag fails
TestTracer.Trace("==== Check that delete with invalid etag fails");
using (HttpRequestMessage deleteRequest = new HttpRequestMessage())
{
deleteRequest.Method = HttpMethod.Delete;
deleteRequest.RequestUri = new Uri(fileAddress);
deleteRequest.Headers.IfMatch.Add(new EntityTagHeaderValue("\"invalidetag\""));
response = await HttpSendAsync(deleteRequest);
await VerifyDeploymentAsync(deploymentFileAddress, HttpStatusCode.OK, _fileContent2);
Assert.Equal(HttpStatusCode.PreconditionFailed, response.StatusCode);
Assert.Equal(updatedEtag, response.Headers.ETag);
}
// Check that delete with conflict fails
TestTracer.Trace("==== Check that delete with conflict fails");
using (HttpRequestMessage deleteRequest = new HttpRequestMessage())
{
deleteRequest.Method = HttpMethod.Delete;
deleteRequest.RequestUri = new Uri(fileAddress);
deleteRequest.Headers.IfMatch.Add(originalEtag);
response = await HttpSendAsync(deleteRequest);
await VerifyDeploymentAsync(deploymentFileAddress, HttpStatusCode.OK, _fileContent2);
Assert.Equal(HttpStatusCode.Conflict, response.StatusCode);
}
// Check that delete with valid etag succeeds
TestTracer.Trace("==== Check that delete with valid etag succeeds");
using (HttpRequestMessage deleteRequest = new HttpRequestMessage())
{
deleteRequest.Method = HttpMethod.Delete;
deleteRequest.RequestUri = new Uri(fileAddress);
deleteRequest.Headers.IfMatch.Add(updatedEtag);
response = await HttpSendAsync(deleteRequest);
await VerifyDeploymentAsync(deploymentFileAddress, HttpStatusCode.NotFound, null);
Assert.Equal(HttpStatusCode.OK, response.StatusCode);
}
// Check that 2nd delete attempt fails
TestTracer.Trace("==== Check that 2nd delete attempt fails");
using (HttpRequestMessage deleteRequest = new HttpRequestMessage())
{
deleteRequest.Method = HttpMethod.Delete;
deleteRequest.RequestUri = new Uri(fileAddress);
deleteRequest.Headers.IfMatch.Add(updatedEtag);
response = await HttpSendAsync(deleteRequest);
await VerifyDeploymentAsync(deploymentFileAddress, HttpStatusCode.NotFound, null);
Assert.Equal(HttpStatusCode.NotFound, response.StatusCode);
}
}
else
{
// Check that update with correct etag generates 204 Response with new etag
TestTracer.Trace("==== Check that update with correct etag generates 204 Response with new etag");
using (HttpRequestMessage updateRequest = new HttpRequestMessage())
{
updateRequest.Method = HttpMethod.Put;
updateRequest.RequestUri = new Uri(fileAddress);
updateRequest.Headers.IfMatch.Add(originalEtag);
updateRequest.Content = CreateUploadContent(_fileContent1);
response = await HttpSendAsync(updateRequest);
Assert.Equal(HttpStatusCode.NoContent, response.StatusCode);
Assert.NotNull(response.Headers.ETag);
Assert.NotEqual(originalEtag, response.Headers.ETag);
updatedEtag = response.Headers.ETag;
}
// Check that 2nd create attempt fails
TestTracer.Trace("==== Check that 2nd create attempt fails");
using (HttpRequestMessage updateRequest = new HttpRequestMessage())
{
updateRequest.Method = HttpMethod.Put;
updateRequest.RequestUri = new Uri(fileAddress);
updateRequest.Headers.IfMatch.Add(originalEtag);
updateRequest.Content = CreateUploadContent(_fileContent2);
response = await HttpSendAsync(updateRequest);
Assert.Equal(HttpStatusCode.PreconditionFailed, response.StatusCode);
Assert.Equal(updatedEtag, response.Headers.ETag);
}
// Check that update with invalid etag fails
TestTracer.Trace("==== Check that update with invalid etag fails");
using (HttpRequestMessage updateRequest = new HttpRequestMessage())
{
updateRequest.Method = HttpMethod.Put;
updateRequest.RequestUri = new Uri(fileAddress);
updateRequest.Headers.IfMatch.Add(new EntityTagHeaderValue("\"invalidetag\""));
updateRequest.Content = CreateUploadContent(_fileContent1);
response = await HttpSendAsync(updateRequest);
Assert.Equal(HttpStatusCode.PreconditionFailed, response.StatusCode);
Assert.Equal(updatedEtag, response.Headers.ETag);
}
// Check that update with wildcard etag succeeds
TestTracer.Trace("==== Check that update with wildcard etag succeeds");
using (HttpRequestMessage updateRequest = new HttpRequestMessage())
{
updateRequest.Method = HttpMethod.Put;
updateRequest.RequestUri = new Uri(fileAddress);
updateRequest.Headers.IfMatch.Add(EntityTagHeaderValue.Any);
updateRequest.Content = CreateUploadContent(_fileContent1);
response = await HttpSendAsync(updateRequest);
Assert.Equal(HttpStatusCode.NoContent, response.StatusCode);
Assert.NotNull(response.Headers.ETag);
Assert.NotEqual(originalEtag, response.Headers.ETag);
updatedEtag = response.Headers.ETag;
}
// Check that delete with invalid etag fails
TestTracer.Trace("==== Check that delete with invalid etag fails");
using (HttpRequestMessage deleteRequest = new HttpRequestMessage())
{
deleteRequest.Method = HttpMethod.Delete;
deleteRequest.RequestUri = new Uri(fileAddress);
deleteRequest.Headers.IfMatch.Add(new EntityTagHeaderValue("\"invalidetag\""));
response = await HttpSendAsync(deleteRequest);
Assert.Equal(HttpStatusCode.PreconditionFailed, response.StatusCode);
Assert.Equal(updatedEtag, response.Headers.ETag);
}
// Check that delete with valid etag succeeds
TestTracer.Trace("==== Check that delete with valid etag succeeds");
using (HttpRequestMessage deleteRequest = new HttpRequestMessage())
{
deleteRequest.Method = HttpMethod.Delete;
deleteRequest.RequestUri = new Uri(fileAddress);
deleteRequest.Headers.IfMatch.Add(updatedEtag);
response = await HttpSendAsync(deleteRequest);
Assert.Equal(HttpStatusCode.OK, response.StatusCode);
}
// Check that 2nd delete attempt fails
TestTracer.Trace("==== Check that 2nd delete attempt fails");
using (HttpRequestMessage deleteRequest = new HttpRequestMessage())
{
deleteRequest.Method = HttpMethod.Delete;
deleteRequest.RequestUri = new Uri(fileAddress);
deleteRequest.Headers.IfMatch.Add(updatedEtag);
response = await HttpSendAsync(deleteRequest);
Assert.Equal(HttpStatusCode.NotFound, response.StatusCode);
}
// Check that we can delete an empty directory
TestTracer.Trace("==== Check that we can delete an empty directory");
response = await HttpDeleteAsync(dirAddress);
Assert.Equal(HttpStatusCode.OK, response.StatusCode);
}
}
public async Task HandleAutoSwapTests()
{
string deploymentId = Guid.Empty.ToString();
var deploymentSettingsMock = new Mock <IDeploymentSettingsManager>();
var enviromentMock = new Mock <IEnvironment>();
var deploymentStatusManagerMock = new Mock <IDeploymentStatusManager>();
var tracerMock = new Mock <ITracer>();
var deploymentContextMock = new DeploymentContext()
{
Logger = Mock.Of <ILogger>(),
Tracer = tracerMock.Object
};
enviromentMock.Setup(e => e.LocksPath).Returns(@"x:\foo");
deploymentStatusManagerMock.Setup(d => d.ActiveDeploymentId).Returns(deploymentId);
var handler = new AutoSwapHandler(
deploymentStatusManagerMock.Object,
enviromentMock.Object,
deploymentSettingsMock.Object,
Mock.Of <ITraceFactory>());
TestTracer.Trace("Autoswap will not happen, since it is not enabled.");
await handler.HandleAutoSwap(deploymentId, deploymentContextMock);
TestTracer.Trace("Autoswap will not happen, since there is no JWT token.");
System.Environment.SetEnvironmentVariable(Constants.SiteRestrictedJWT, null);
deploymentSettingsMock.Setup(
s => s.GetValue(It.Is <string>(v => "WEBSITE_SWAP_SLOTNAME".StartsWith(v)), It.IsAny <bool>())
).Returns("someslot");
handler = new AutoSwapHandler(
deploymentStatusManagerMock.Object,
enviromentMock.Object,
deploymentSettingsMock.Object,
Mock.Of <ITraceFactory>());
var fileSystemMock = new Mock <IFileSystem>();
var fileInfoMock = new Mock <IFileInfoFactory>();
var fileInfoBaseMock = new Mock <FileInfoBase>();
FileSystemHelpers.Instance = fileSystemMock.Object;
fileSystemMock.Setup(f => f.FileInfo).Returns(fileInfoMock.Object);
fileInfoMock.Setup(f => f.FromFileName(It.IsAny <string>())).Returns(fileInfoBaseMock.Object);
fileInfoBaseMock.Setup(f => f.Exists).Returns(true);
fileInfoBaseMock.Setup(f => f.LastWriteTimeUtc).Returns(DateTime.UtcNow);
await handler.HandleAutoSwap(deploymentId, deploymentContextMock);
try
{
string jwtToken = Guid.NewGuid().ToString();
string hostName = "foo.scm.bar";
System.Environment.SetEnvironmentVariable(Constants.SiteRestrictedJWT, jwtToken);
System.Environment.SetEnvironmentVariable(Constants.HttpHost, hostName);
TestTracer.Trace("Autoswap will not happen, since there deploymet id not changed");
await handler.HandleAutoSwap(deploymentId, deploymentContextMock);
tracerMock.Verify(l => l.Trace("AutoSwap is not enabled", It.IsAny <IDictionary <string, string> >()), Times.Once);
tracerMock.Verify(l => l.Trace("AutoSwap is not enabled", It.IsAny <IDictionary <string, string> >()), Times.Once);
tracerMock.Verify(l =>
l.Trace(string.Format(CultureInfo.InvariantCulture, "Deployment haven't changed, no need for auto swap: {0}", deploymentId),
It.IsAny <IDictionary <string, string> >()),
Times.Once);
TestTracer.Trace("Autoswap will be triggered");
string newDeploymentId = Guid.NewGuid().ToString();
string autoSwapRequestUrl = null;
string bearerToken = null;
OperationClient.ClientHandler = new TestMessageHandler((HttpRequestMessage requestMessage) =>
{
autoSwapRequestUrl = requestMessage.RequestUri.AbsoluteUri;
bearerToken = requestMessage.Headers.GetValues("Authorization").First();
return(new HttpResponseMessage(HttpStatusCode.OK));
});
await handler.HandleAutoSwap(newDeploymentId, deploymentContextMock);
Assert.NotNull(autoSwapRequestUrl);
Assert.True(autoSwapRequestUrl.StartsWith("https://foo.scm.bar/operations/autoswap?slot=someslot&operationId=AUTOSWAP"));
Assert.NotNull(bearerToken);
Assert.Equal("Bearer " + jwtToken, bearerToken);
}
finally
{
System.Environment.SetEnvironmentVariable(Constants.SiteRestrictedJWT, null);
System.Environment.SetEnvironmentVariable(Constants.HttpHost, null);
OperationClient.ClientHandler = null;
}
}
public async Task ProcessApiTests()
{
string appName = "ProcessApiTests";
await ApplicationManager.RunAsync(appName, async appManager =>
{
// Test current process
var process = await appManager.ProcessManager.GetCurrentProcessAsync();
int currentId = process.Id;
DateTime startTime = process.StartTime;
Assert.NotNull(process);
Assert.Contains("w3wp", process.Name);
Assert.Contains("/diagnostics/processes/" + currentId, process.Href.AbsoluteUri);
// Test get process by id
process = await appManager.ProcessManager.GetProcessAsync(currentId);
Assert.NotNull(process);
Assert.Contains("w3wp", process.Name);
Assert.Contains("/diagnostics/processes/" + currentId, process.Href.AbsoluteUri);
// Test get not running process id
var notfound = await KuduAssert.ThrowsUnwrappedAsync <HttpUnsuccessfulRequestException>(() => appManager.ProcessManager.GetProcessAsync(99999));
Assert.Equal(HttpStatusCode.NotFound, notfound.ResponseMessage.StatusCode);
Assert.Contains("is not running", notfound.ResponseMessage.ExceptionMessage);
// Test process list
var processes = await appManager.ProcessManager.GetProcessesAsync();
Assert.True(processes.Count() >= 1);
Assert.True(processes.Any(p => p.Id == currentId));
// Test process dumps
foreach (var format in new[] { "raw", "zip", "diagsession" })
{
if (format != "diagsession")
{
TestTracer.Trace("Test minidump format={0}", format);
using (var stream = new MemoryStream())
{
using (var minidump = await appManager.ProcessManager.MiniDump(format: format))
{
Assert.NotNull(minidump);
await minidump.CopyToAsync(stream);
}
TestTracer.Trace("Test minidump lenth={0}", stream.Length);
Assert.True(stream.Length > 0);
}
}
if (ProcessExtensions.SupportGCDump)
{
TestTracer.Trace("Test gcdump format={0}", format);
using (var stream = new MemoryStream())
{
using (var gcdump = await appManager.ProcessManager.GCDump(format: format))
{
Assert.NotNull(gcdump);
await gcdump.CopyToAsync(stream);
}
TestTracer.Trace("Test gcdump lenth={0}", stream.Length);
Assert.True(stream.Length > 0);
}
}
}
// Test kill process
await KuduAssert.ThrowsUnwrappedAsync <HttpRequestException>(() => appManager.ProcessManager.KillProcessAsync(currentId));
HttpUtils.WaitForSite(appManager.SiteUrl, delayBeforeRetry: 10000);
process = await appManager.ProcessManager.GetCurrentProcessAsync();
Assert.NotEqual(startTime, process.StartTime);
});
}
public async Task SiteExtensionBasicTests()
{
const string appName = "SiteExtensionBasicTests";
await ApplicationManager.RunAsync(appName, async appManager =>
{
var manager = appManager.SiteExtensionManager;
// list
List <SiteExtensionInfo> results = (await manager.GetRemoteExtensions()).ToList();
Assert.True(results.Any(), "GetRemoteExtensions expects results > 0");
// pick site extension
var expectedId = _galleryInstalledExtensions.Keys.ToArray()[new Random().Next(_galleryInstalledExtensions.Count)];
var expected = results.Find(ext => String.Equals(ext.Id, expectedId, StringComparison.OrdinalIgnoreCase));
TestTracer.Trace("Testing Against Site Extension {0}", expectedId);
// get
var result = await manager.GetRemoteExtension(expectedId);
Assert.Equal(expected.Id, result.Id);
Assert.Equal(expected.Version, result.Version);
// clear local extensions
results = (await manager.GetLocalExtensions()).ToList();
foreach (var ext in results)
{
Assert.True(await manager.UninstallExtension(ext.Id), "Delete must return true");
}
// install/update
HttpResponseResult <SiteExtensionInfo> richResult = await manager.InstallExtension <SiteExtensionInfo>(expected.Id);
Assert.Equal(expected.Id, richResult.Body.Id);
Assert.Equal(expected.Version, richResult.Body.Version);
// list
results = (await manager.GetLocalExtensions()).ToList();
Assert.True(results.Any(), "GetLocalExtensions expects results > 0");
// get
result = await manager.GetLocalExtension(expected.Id);
Assert.Equal(expected.Id, result.Id);
// delete
var deleted = await manager.UninstallExtension(expected.Id);
Assert.True(deleted, "Delete must return true");
// list installed
results = (await manager.GetLocalExtensions()).ToList();
Assert.False(results.Exists(ext => ext.Id == expected.Id), "After deletion extension " + expected.Id + " should not exist.");
// install from non-default endpoint
richResult = await manager.InstallExtension <SiteExtensionInfo>("bootstrap", version: "3.0.0", feedUrl: "http://www.nuget.org/api/v2/");
Assert.Equal("bootstrap", richResult.Body.Id);
Assert.Equal("3.0.0", richResult.Body.Version);
Assert.Equal("http://www.nuget.org/api/v2/", richResult.Body.FeedUrl);
// update site extension installed from non-default endpoint
richResult = await manager.InstallExtension <SiteExtensionInfo>("bootstrap");
Assert.Equal("bootstrap", richResult.Body.Id);
Assert.Equal("http://www.nuget.org/api/v2/", richResult.Body.FeedUrl);
});
}
public async Task ProcessApiTests()
{
string appName = "ProcessApiTests";
await ApplicationManager.RunAsync(appName, async appManager =>
{
// Test current process
var process = await appManager.ProcessManager.GetCurrentProcessAsync();
int currentId = process.Id;
var currentUser = process.UserName;
DateTime startTime = process.StartTime;
Assert.NotNull(process);
Assert.Contains("w3wp", process.Name);
Assert.Contains("/api/processes/" + currentId, process.Href.AbsoluteUri);
// Test get process by id
process = await appManager.ProcessManager.GetProcessAsync(currentId);
Assert.NotNull(process);
Assert.Contains("w3wp", process.Name);
Assert.Contains("/api/processes/" + currentId, process.Href.AbsoluteUri);
// Test get not running process id
var notfound = await KuduAssert.ThrowsUnwrappedAsync <HttpUnsuccessfulRequestException>(() => appManager.ProcessManager.GetProcessAsync(99999));
Assert.Equal(HttpStatusCode.NotFound, notfound.ResponseMessage.StatusCode);
Assert.Contains("is not running", notfound.ResponseMessage.ExceptionMessage);
// Test process list
var processes = await appManager.ProcessManager.GetProcessesAsync();
Assert.True(processes.Count() >= 1);
Assert.True(processes.Any(p => p.Id == currentId));
Assert.True(processes.All(p => p.UserName == currentUser));
// Test all-users process list
var allProcesses = await appManager.ProcessManager.GetProcessesAsync(allUsers: true);
Assert.True(allProcesses.Count() >= processes.Count());
Assert.True(allProcesses.Any(p => p.Id == currentId));
Assert.True(allProcesses.Any(p => p.UserName == currentUser));
// Test process dumps
foreach (var format in new[] { "raw", "zip" })
{
TestTracer.Trace("Test minidump format={0}", format);
using (var stream = new MemoryStream())
{
using (var minidump = await appManager.ProcessManager.MiniDump(format: format))
{
Assert.NotNull(minidump);
await minidump.CopyToAsync(stream);
}
TestTracer.Trace("Test minidump lenth={0}", stream.Length);
Assert.True(stream.Length > 0);
}
}
//Test Handles
process = await appManager.ProcessManager.GetCurrentProcessAsync();
Assert.NotNull(process);
Assert.True(
process.OpenFileHandles.Any(
h => h.IndexOf("kudu.core.dll", StringComparison.InvariantCultureIgnoreCase) != -1));
//Test Modules
process = await appManager.ProcessManager.GetCurrentProcessAsync();
Assert.NotNull(process);
Assert.True(
process.Modules.Any(h => h.FileName.Equals("ntdll.dll", StringComparison.InvariantCultureIgnoreCase)));
// Test kill process
await KuduAssert.ThrowsUnwrappedAsync <HttpRequestException>(() => appManager.ProcessManager.KillProcessAsync(currentId));
HttpUtils.WaitForSite(appManager.SiteUrl, delayBeforeRetry: 10000);
process = await appManager.ProcessManager.GetCurrentProcessAsync();
Assert.NotEqual(startTime, process.StartTime);
});
}
public async Task SiteExtensionInstallPackageToWebRootAsyncTests()
{
const string appName = "SiteExtensionInstallPackageToWebRootAsyncTests";
const string externalPackageId = "SimpleSvc";
const string externalPackageVersion = "1.0.0";
const string externalFeed = "https://www.myget.org/F/simplesvc/";
// site extension 'webrootxdttest' search for xdt files under site extension 'webrootxdttest' folder, and print out xdt content onto page
const string externalPackageWithXdtId = "webrootxdttest";
await ApplicationManager.RunAsync(appName, async appManager =>
{
var manager = appManager.SiteExtensionManager;
await CleanSiteExtensions(manager);
// install/update
TestTracer.Trace("Perform InstallExtension with id '{0}', version '{1}' from '{2}'", externalPackageId, externalPackageVersion, externalFeed);
UpdateHeaderIfGoingToBeArmRequest(manager.Client, true);
HttpResponseMessage responseMessage = await manager.InstallExtension(externalPackageId, externalPackageVersion, externalFeed, SiteExtensionInfo.SiteExtensionType.WebRoot);
ArmEntry <SiteExtensionInfo> armResult = null;
if (responseMessage.StatusCode == HttpStatusCode.OK)
{
TestTracer.Trace("Installation done within 15 seconds, no polling needed.");
armResult = await responseMessage.Content.ReadAsAsync <ArmEntry <SiteExtensionInfo> >();
}
else
{
Assert.Equal(HttpStatusCode.Created, responseMessage.StatusCode);
responseMessage = await PollAndVerifyAfterArmInstallation(manager, externalPackageId);
armResult = await responseMessage.Content.ReadAsAsync <ArmEntry <SiteExtensionInfo> >();
}
// shouldn`t see restart header since package doesn`t come with XDT
Assert.False(responseMessage.Headers.Contains(Constants.SiteOperationHeaderKey), "Must not contain restart header");
Assert.Equal(externalFeed, armResult.Properties.FeedUrl);
Assert.Equal(externalPackageVersion, armResult.Properties.Version);
Assert.Equal(HttpStatusCode.OK, responseMessage.StatusCode);
TestTracer.Trace("GET request to verify package content has been copied to wwwroot");
HttpClient client = new HttpClient();
responseMessage = await client.GetAsync(appManager.SiteUrl);
string responseContent = await responseMessage.Content.ReadAsStringAsync();
Assert.NotNull(responseContent);
Assert.True(responseContent.Contains(@"<h3>Site for testing</h3>"));
TestTracer.Trace("GetLocalExtension should return WebRoot type SiteExtensionInfo");
responseMessage = await manager.GetLocalExtension(externalPackageId);
armResult = await responseMessage.Content.ReadAsAsync <ArmEntry <SiteExtensionInfo> >();
Assert.Equal(SiteExtensionInfo.SiteExtensionType.WebRoot, armResult.Properties.Type);
responseMessage = await manager.GetLocalExtensions(externalPackageId);
var results = await responseMessage.Content.ReadAsAsync <ArmListEntry <SiteExtensionInfo> >();
foreach (var item in results.Value)
{
if (string.Equals(externalPackageId, item.Properties.Id, StringComparison.OrdinalIgnoreCase))
{
Assert.Equal(SiteExtensionInfo.SiteExtensionType.WebRoot, item.Properties.Type);
}
}
// delete
TestTracer.Trace("Perform UninstallExtension with id '{0}' only.", externalPackageId);
responseMessage = await manager.UninstallExtension(externalPackageId);
armResult = await responseMessage.Content.ReadAsAsync <ArmEntry <SiteExtensionInfo> >();
Assert.Null(armResult);
Assert.Equal(HttpStatusCode.OK, responseMessage.StatusCode);
TestTracer.Trace("GET request to verify package content has been removed wwwroot");
responseMessage = await client.GetAsync(appManager.SiteUrl);
Assert.Equal(HttpStatusCode.Forbidden, responseMessage.StatusCode);
// install package that with xdt file
TestTracer.Trace("Perform InstallExtension with id '{0}' from '{1}'", externalPackageWithXdtId, externalFeed);
responseMessage = await manager.InstallExtension(externalPackageWithXdtId, feedUrl: externalFeed, type: SiteExtensionInfo.SiteExtensionType.WebRoot);
Assert.Equal(HttpStatusCode.Created, responseMessage.StatusCode);
Assert.True(responseMessage.Headers.Contains(Constants.RequestIdHeader));
// package come with XDT, which would require site restart
TestTracer.Trace("Poll for status. Expecting 200 response eventually with site operation header.");
responseMessage = await PollAndVerifyAfterArmInstallation(manager, externalPackageWithXdtId);
armResult = await responseMessage.Content.ReadAsAsync <ArmEntry <SiteExtensionInfo> >();
// after successfully installed, should return SiteOperationHeader to notify GEO to restart website
Assert.True(responseMessage.Headers.Contains(Constants.SiteOperationHeaderKey));
Assert.Equal(externalFeed, armResult.Properties.FeedUrl);
Assert.Equal(HttpStatusCode.OK, responseMessage.StatusCode);
TestTracer.Trace("GET request to verify package content has been copied to wwwroot");
responseMessage = await client.GetAsync(appManager.SiteUrl);
responseContent = await responseMessage.Content.ReadAsStringAsync();
Assert.NotNull(responseContent);
Assert.True(responseContent.Contains(@"1 files"));
Assert.True(responseContent.Contains(@"site\path\shall\not\be\found")); // xdt content
});
}
public void ContinuousJobStartsAfterGoingDown()
{
RunScenario("ContinuousJobStartsAfterGoingDown", appManager =>
{
TestTracer.Trace("Copying the script to the continuous job directory");
appManager.JobsManager.CreateContinuousJobAsync("basicJob1", "run.cmd", JobScript).Wait();
var expectedContinuousJob = new ContinuousJob()
{
Name = "basicJob1",
JobType = "continuous",
Status = "PendingRestart",
RunCommand = "run.cmd"
};
WaitUntilAssertVerified(
"verify continuous job",
TimeSpan.FromSeconds(60),
() =>
{
ContinuousJob deployedJob = appManager.JobsManager.GetContinuousJobAsync("basicJob1").Result;
AssertContinuousJob(expectedContinuousJob, deployedJob);
});
TestTracer.Trace("Waiting for verification file to have 2 lines (which means it ran twice)");
var expectedVerificationFileContents = new List <string>();
expectedVerificationFileContents.Add(ExpectedVerificationFileContent);
expectedVerificationFileContents.Add(ExpectedVerificationFileContent);
WaitUntilAssertVerified(
"verification file",
TimeSpan.FromSeconds(30),
() => VerifyVerificationFile(appManager, expectedVerificationFileContents.ToArray()));
TestTracer.Trace("Verify continuous job settings and set it to isSingleton: true");
JobSettings continuousJobSettings =
appManager.JobsManager.GetContinuousJobSettingsAsync(expectedContinuousJob.Name).Result;
Assert.False(continuousJobSettings.IsSingleton);
continuousJobSettings.SetSetting("is_singleton", true);
appManager.JobsManager.SetContinuousJobSettingsAsync(expectedContinuousJob.Name, continuousJobSettings).Wait();
expectedVerificationFileContents.Add(ExpectedVerificationFileContent);
expectedVerificationFileContents.Add(ExpectedVerificationFileContent);
WaitUntilAssertVerified(
"verification file",
TimeSpan.FromSeconds(30),
() => VerifyVerificationFile(appManager, expectedVerificationFileContents.ToArray()));
TestTracer.Trace("Verify continuous job settings and set it to isSingleton: false");
continuousJobSettings =
appManager.JobsManager.GetContinuousJobSettingsAsync(expectedContinuousJob.Name).Result;
Assert.True(continuousJobSettings.GetSetting <bool>("is_singleton"));
continuousJobSettings.SetSetting("is_singleton", false);
appManager.JobsManager.SetContinuousJobSettingsAsync(expectedContinuousJob.Name, continuousJobSettings).Wait();
expectedVerificationFileContents.Add(ExpectedVerificationFileContent);
expectedVerificationFileContents.Add(ExpectedVerificationFileContent);
WaitUntilAssertVerified(
"verification file",
TimeSpan.FromSeconds(30),
() => VerifyVerificationFile(appManager, expectedVerificationFileContents.ToArray()));
});
}
public async Task SiteExtensionBasicTests()
{
const string appName = "SiteExtensionBasicTests";
const string installationArgument = "arg0";
await ApplicationManager.RunAsync(appName, async appManager =>
{
var manager = appManager.SiteExtensionManager;
await CleanSiteExtensions(manager);
// list
List <SiteExtensionInfo> results = await(await manager.GetRemoteExtensions()).Content.ReadAsAsync <List <SiteExtensionInfo> >();
Assert.True(results.Any(), "GetRemoteExtensions expects results > 0");
// pick site extension
var expectedId = _galleryInstalledExtensions.Keys.ToArray()[new Random().Next(_galleryInstalledExtensions.Count)];
var expectedInstallationArgs = installationArgument;
var expected = results.Find(ext => string.Equals(ext.Id, expectedId, StringComparison.OrdinalIgnoreCase));
Assert.True(expected != null, string.Format(CultureInfo.InvariantCulture, "Should able to find {0} from search result", expectedId));
TestTracer.Trace("Testing Against Site Extension '{0}' - '{1}'", expectedId, expected.Version);
// get
TestTracer.Trace("Perform GetRemoteExtension with id '{0}' only", expectedId);
HttpResponseMessage responseMessage = await manager.GetRemoteExtension(expectedId);
SiteExtensionInfo result = await responseMessage.Content.ReadAsAsync <SiteExtensionInfo>();
Assert.Equal(expected.Id, result.Id);
Assert.True(responseMessage.Headers.Contains(Constants.RequestIdHeader));
// clear local extensions
TestTracer.Trace("Clear all installed extensions.");
results = await(await manager.GetLocalExtensions()).Content.ReadAsAsync <List <SiteExtensionInfo> >();
HttpResponseMessage deleteResponseMessage = null;
foreach (var ext in results)
{
deleteResponseMessage = await manager.UninstallExtension(ext.Id);
Assert.True(await deleteResponseMessage.Content.ReadAsAsync <bool>(), "Delete must return true");
Assert.True(deleteResponseMessage.Headers.Contains(Constants.RequestIdHeader));
}
// install/update
TestTracer.Trace("Perform InstallExtension with id '{0}' and installationArgs '{1}'", expectedId, installationArgument);
responseMessage = await manager.InstallExtension(expected.Id, installationArgs: installationArgument);
result = await responseMessage.Content.ReadAsAsync <SiteExtensionInfo>();
Assert.Equal(expected.Id, result.Id);
Assert.Equal(expected.Version, result.Version);
Assert.Equal(expectedInstallationArgs, result.InstallationArgs);
Assert.True(responseMessage.Headers.Contains(Constants.RequestIdHeader));
// list
TestTracer.Trace("Perform GetLocalExtensions with no parameter");
results = await(await manager.GetLocalExtensions()).Content.ReadAsAsync <List <SiteExtensionInfo> >();
Assert.True(results.Any(), "GetLocalExtensions expects results > 0");
// get
TestTracer.Trace("Perform GetLocalExtension with id '{0}' only.", expectedId);
responseMessage = await manager.GetLocalExtension(expected.Id);
result = await responseMessage.Content.ReadAsAsync <SiteExtensionInfo>();
Assert.Equal(expected.Id, result.Id);
Assert.Equal(expectedInstallationArgs, result.InstallationArgs);
Assert.True(responseMessage.Headers.Contains(Constants.RequestIdHeader));
// delete
TestTracer.Trace("Perform UninstallExtension with id '{0}' only.", expectedId);
responseMessage = await manager.UninstallExtension(expected.Id);
bool deleteResult = await responseMessage.Content.ReadAsAsync <bool>();
Assert.True(deleteResult, "Delete must return true");
Assert.True(responseMessage.Headers.Contains(Constants.RequestIdHeader));
// list installed
TestTracer.Trace("Verify only '{0}' is installed", expectedId);
results = await(await manager.GetLocalExtensions()).Content.ReadAsAsync <List <SiteExtensionInfo> >();
Assert.False(results.Exists(ext => ext.Id == expected.Id), "After deletion extension " + expected.Id + " should not exist.");
// install from non-default endpoint
responseMessage = await manager.InstallExtension("filecounter", version: "1.0.19", feedUrl: "https://www.nuget.org/api/v2/", installationArgs: installationArgument);
result = await responseMessage.Content.ReadAsAsync <SiteExtensionInfo>();
Assert.Equal("filecounter", result.Id);
Assert.Equal("1.0.19", result.Version);
Assert.Equal("https://www.nuget.org/api/v2/", result.FeedUrl);
Assert.Equal(expectedInstallationArgs, result.InstallationArgs);
Assert.True(responseMessage.Headers.Contains(Constants.RequestIdHeader));
// update site extension installed from non-default endpoint with no installation arguments
responseMessage = await manager.InstallExtension("filecounter");
result = await responseMessage.Content.ReadAsAsync <SiteExtensionInfo>();
Assert.Equal("filecounter", result.Id);
Assert.Equal("https://www.nuget.org/api/v2/", result.FeedUrl);
Assert.True(string.IsNullOrWhiteSpace(result.InstallationArgs));
Assert.True(responseMessage.Headers.Contains(Constants.RequestIdHeader));
// update site extension installed using installation arguments
responseMessage = await manager.InstallExtension("filecounter", installationArgs: installationArgument);
result = await responseMessage.Content.ReadAsAsync <SiteExtensionInfo>();
Assert.Equal("filecounter", result.Id);
Assert.Equal("https://www.nuget.org/api/v2/", result.FeedUrl);
Assert.Equal(expectedInstallationArgs, result.InstallationArgs);
Assert.True(responseMessage.Headers.Contains(Constants.RequestIdHeader));
});
}
public void TestZipController()
{
ApplicationManager.Run("TestZip", appManager =>
{
string tempDirectory = Path.Combine(Path.GetTempPath(), Path.GetRandomFileName());
Directory.CreateDirectory(tempDirectory);
string tempZip1Path = Path.Combine(Path.GetTempPath(), Path.GetRandomFileName());
string tempZip2Path = Path.Combine(Path.GetTempPath(), Path.GetRandomFileName());
string foundContent;
try
{
var siteRoot = "site";
var wwwRoot = "wwwroot";
var testFile1Name = "TestFile1." + System.Guid.NewGuid().ToString("N") + ".txt";
var testFile1Content = "Hello World\n" + System.Guid.NewGuid().ToString("N");
var testFile1LocalPath = Path.Combine(tempDirectory, wwwRoot, testFile1Name);
TestTracer.Trace("Creating first test file {0} is on the server.", testFile1Name);
appManager.VfsWebRootManager.WriteAllText(testFile1Name, testFile1Content);
TestTracer.Trace("Verifying first file {0} is in downloaded.", testFile1Name);
using (var zipFile = new ZipArchive(appManager.ZipManager.GetZipStream(siteRoot)))
{
zipFile.ExtractToDirectory(tempDirectory);
foundContent = File.ReadAllText(testFile1LocalPath);
Assert.Equal(testFile1Content, foundContent);
}
var testFile2Name = "TestFile2." + System.Guid.NewGuid().ToString("N") + ".txt";
var testFile2LocalPath = Path.Combine(tempDirectory, wwwRoot, testFile2Name);
var testFile2InitialContent = "Hello World with a guid\n" + System.Guid.NewGuid().ToString("N");
var testFile2UpdatedContent = "Hello World without a guid";
// Make sure our second version of the file is smaller so we can see bugs in file overwrite.
Assert.True(testFile2UpdatedContent.Length < testFile2InitialContent.Length);
TestTracer.Trace("Uploading second file {0}.", testFile2Name);
File.WriteAllText(testFile2LocalPath, testFile2InitialContent);
ZipFile.CreateFromDirectory(tempDirectory, tempZip1Path);
appManager.ZipManager.PutZipFile(siteRoot, tempZip1Path);
TestTracer.Trace("Verifying second file {0} is in uploaded.", testFile2Name);
foundContent = appManager.VfsWebRootManager.ReadAllText(testFile2Name);
Assert.Equal(testFile2InitialContent, foundContent);
TestTracer.Trace("Uploading zip with modified second file and missing first file.", testFile2UpdatedContent);
File.Delete(testFile1LocalPath);
File.WriteAllText(testFile2LocalPath, testFile2UpdatedContent);
ZipFile.CreateFromDirectory(tempDirectory, tempZip2Path);
appManager.ZipManager.PutZipFile(siteRoot, tempZip2Path);
TestTracer.Trace("Verifying second file is in uploaded and modified correctly.");
foundContent = appManager.VfsWebRootManager.ReadAllText(testFile2Name);
Assert.Equal(testFile2UpdatedContent, foundContent);
// This is expected because our zip controller does not delete files
// that are missing from the zip if they are already existing on the server.
TestTracer.Trace("Verifying first file still on server.");
foundContent = appManager.VfsWebRootManager.ReadAllText(testFile1Name);
Assert.Equal(testFile1Content, foundContent);
}
finally
{
Directory.Delete(tempDirectory, recursive: true);
File.Delete(tempZip1Path);
File.Delete(tempZip2Path);
}
});
}
