public System.Threading.Tasks.Task SavePackageAsync(Package package, CancellationToken cancellationToken)
{
if (package.Id > 0)
{
throw new InvalidOperationException("Only new package can be saved.");
}
var collection = GetPackages();
var newId = collection.Count == 0 ? 1 : collection.Max(t => t.Id) + 1;
var packageDoc = new PackageDoc
{
Id = newId,
Description = package.Description,
ComponentId = package.ComponentId,
PackageType = package.PackageType,
ReleaseDate = package.ReleaseDate,
ExecutionDate = package.ExecutionDate,
ExecutionResult = package.ExecutionResult,
ComponentVersion = package.ComponentVersion,
ExecutionError = package.ExecutionError,
Manifest = package.Manifest,
};
package.Id = newId;
collection.Insert(packageDoc);
RepositoryVersionInfo.Reset();
return(System.Threading.Tasks.Task.CompletedTask);
}
private static void SavePackage(Manifest manifest, ExecutionContext executionContext, bool successful, Exception execError)
{
var executionResult = successful ? ExecutionResult.Successful : ExecutionResult.Faulty;
var isAppPack = manifest.Type == PackageType.Application;
RepositoryVersionInfo.Reset();
var oldPacks = isAppPack
? RepositoryVersionInfo.Instance.InstalledPackages
.Where(p => p.AppId == manifest.AppId && p.ApplicationVersion == manifest.VersionControl.Target)
.OrderBy(p => p.ExecutionDate).ToList()
: RepositoryVersionInfo.Instance.InstalledPackages
.Where(p => p.AppId == manifest.AppId && p.SenseNetVersion == manifest.VersionControl.Target)
.OrderBy(p => p.ExecutionDate).ToList();
var oldPack = oldPacks.LastOrDefault();
if (oldPack == null)
{
var newPack = CreatePackage(manifest, executionResult, execError);
DataProvider.Current.SavePackage(newPack);
}
else
{
UpdatePackage(oldPack, manifest, executionResult, execError);
DataProvider.Current.UpdatePackage(oldPack);
}
}
internal static void SavePackage(Manifest manifest, ExecutionResult executionResult, Exception execError)
{
RepositoryVersionInfo.Reset();
var oldPacks = RepositoryVersionInfo.Instance.InstalledPackages;
if (manifest.PackageType == PackageType.Tool)
{
oldPacks = oldPacks
.Where(p => p.ComponentId == manifest.ComponentId && p.PackageType == PackageType.Tool &&
p.ExecutionResult == ExecutionResult.Unfinished);
}
else
{
oldPacks = oldPacks
.Where(p => p.ComponentId == manifest.ComponentId && p.ComponentVersion == manifest.Version);
}
oldPacks = oldPacks.OrderBy(p => p.ExecutionDate).ToArray();
var oldPack = oldPacks.LastOrDefault();
if (oldPack == null)
{
var newPack = CreatePackage(manifest, executionResult, execError);
Storage.SavePackageAsync(newPack, CancellationToken.None).GetAwaiter().GetResult();
}
else
{
UpdatePackage(oldPack, manifest, executionResult, execError);
Storage.UpdatePackageAsync(oldPack, CancellationToken.None).GetAwaiter().GetResult();
}
}
private static void SavePackage(Manifest manifest, ExecutionContext executionContext, bool successful, Exception execError)
{
var executionResult = successful ? ExecutionResult.Successful : ExecutionResult.Faulty;
RepositoryVersionInfo.Reset();
var oldPacks = RepositoryVersionInfo.Instance.InstalledPackages;
if (manifest.PackageType == PackageType.Tool)
{
oldPacks = oldPacks
.Where(p => p.ComponentId == manifest.ComponentId && p.PackageType == PackageType.Tool &&
p.ExecutionResult == ExecutionResult.Unfinished);
}
else
{
oldPacks = oldPacks
.Where(p => p.ComponentId == manifest.ComponentId && p.ComponentVersion == manifest.Version);
}
oldPacks = oldPacks.OrderBy(p => p.ExecutionDate).ToArray();
var oldPack = oldPacks.LastOrDefault();
if (oldPack == null)
{
var newPack = CreatePackage(manifest, executionResult, execError);
Storage.SavePackage(newPack);
}
else
{
UpdatePackage(oldPack, manifest, executionResult, execError);
Storage.UpdatePackage(oldPack);
}
}
/* ==================================================================================== Package deletion */
public async Task Packaging_DeleteOne()
{
await PackagingTestAsync(async() =>
{
await SavePackage("C1", "1.0", "00:00", "2016-01-01", PackageType.Install, ExecutionResult.Unfinished);
await SavePackage("C1", "1.0", "01:00", "2016-01-01", PackageType.Install, ExecutionResult.Faulty);
await SavePackage("C1", "1.0", "02:00", "2016-01-01", PackageType.Install, ExecutionResult.Successful);
await SavePackage("C1", "1.1", "03:00", "2016-01-03", PackageType.Patch, ExecutionResult.Faulty);
await SavePackage("C1", "1.1", "04:00", "2016-01-03", PackageType.Patch, ExecutionResult.Faulty);
await SavePackage("C1", "1.1", "05:00", "2016-01-06", PackageType.Patch, ExecutionResult.Successful);
await SavePackage("C1", "1.2", "06:00", "2016-01-07", PackageType.Patch, ExecutionResult.Unfinished);
await SavePackage("C1", "1.2", "07:00", "2016-01-08", PackageType.Patch, ExecutionResult.Unfinished);
await SavePackage("C1", "1.2", "08:00", "2016-01-09", PackageType.Patch, ExecutionResult.Faulty);
await SavePackage("C1", "1.2", "09:00", "2016-01-09", PackageType.Patch, ExecutionResult.Faulty);
await SavePackage("C1", "1.2", "10:00", "2016-01-09", PackageType.Patch, ExecutionResult.Successful);
// action: delete all faulty and unfinished
var packs = RepositoryVersionInfo.Instance.InstalledPackages
.Where(p => p.ExecutionResult != ExecutionResult.Successful);
foreach (var package in packs)
{
await PackageManager.Storage.DeletePackageAsync(package, CancellationToken.None);
}
RepositoryVersionInfo.Reset();
// check
var actual = string.Join(" | ", RepositoryVersionInfo.Instance.InstalledPackages
.OrderBy(p => p.ComponentVersion)
.Select(p => $"{p.PackageType.ToString()[0]}:{p.ComponentVersion}-{p.ExecutionDate.Hour}")
.ToArray());
var expected = "I:1.0-2 | P:1.1-5 | P:1.2-10";
Assert.AreEqual(expected, actual);
}).ConfigureAwait(false);
}
private void CheckPrerequisits(PackageParameter[] packageParameters, bool forcedReinstall, bool log, bool editConnectionString)
{
if (log)
{
Logger.LogMessage("ComponentId: {0}", this.ComponentId);
Logger.LogMessage("PackageType: " + this.PackageType);
Logger.LogMessage("Package version: " + this.Version);
if (SystemInstall)
{
Logger.LogMessage(forcedReinstall ? "FORCED REINSTALL" : "SYSTEM INSTALL");
}
}
if (SystemInstall && editConnectionString)
{
EditConnectionString(this.Parameters, packageParameters);
RepositoryVersionInfo.Reset();
}
var versionInfo = RepositoryVersionInfo.Instance;
var existingComponentInfo = versionInfo.Components.FirstOrDefault(a => a.ComponentId == ComponentId);
if (PackageType == PackageType.Install)
{
if (!(forcedReinstall && SystemInstall) && existingComponentInfo != null)
{
// Install packages can be executed multiple times only if it is
// allowed in the package AND the version in the manifest is the
// same as in the db.
if (!this.MultipleExecutionAllowed || existingComponentInfo.Version != this.Version)
{
throw new PackagePreconditionException(
string.Format(SR.Errors.Precondition.CannotInstallExistingComponent1, this.ComponentId),
PackagingExceptionType.CannotInstallExistingComponent);
}
}
}
else if (PackageType != PackageType.Tool)
{
if (existingComponentInfo == null)
{
throw new PackagePreconditionException(string.Format(SR.Errors.Precondition.CannotUpdateMissingComponent1, this.ComponentId),
PackagingExceptionType.CannotUpdateMissingComponent);
}
if (existingComponentInfo.Version >= this.Version)
{
throw new PackagePreconditionException(string.Format(SR.Errors.Precondition.TargetVersionTooSmall2, this.Version, existingComponentInfo.Version),
PackagingExceptionType.TargetVersionTooSmall);
}
}
if (log && this.Dependencies.Any())
{
Logger.LogMessage("Dependencies:");
}
foreach (var dependency in this.Dependencies)
{
CheckDependency(dependency, versionInfo, log);
}
}
internal static PackagingResult ExecutePhase(XmlDocument manifestXml, int phase, RepositoryStartSettings settings = null)
{
var manifest = Manifest.Parse(manifestXml, phase, true, new PackageParameter[0]);
// Fill context with indexing folder, repo start settings, providers and other
// parameters necessary for on-the-fly steps to run.
var executionContext = ExecutionContext.Create("packagePath", "targetPath",
new string[0], "sandboxPath", manifest, phase, manifest.CountOfPhases,
null, null, settings);
PackagingResult result;
try
{
result = ExecuteCurrentPhase(manifest, executionContext);
}
finally
{
if (Repository.Started())
{
SnTrace.System.Write("PackageManager: stopping repository ... ");
Repository.Shutdown();
}
}
RepositoryVersionInfo.Reset();
return(result);
}
protected PackagingResult ExecutePhase(XmlDocument manifestXml, int phase, TextWriter console = null)
{
var manifest = Manifest.Parse(manifestXml, phase, true, new PackageParameter[0]);
var executionContext = ExecutionContext.CreateForTest("packagePath", "targetPath", new string[0], "sandboxPath", manifest, phase, manifest.CountOfPhases, null, console);
var result = PackageManager.ExecuteCurrentPhase(manifest, executionContext);
RepositoryVersionInfo.Reset();
return(result);
}
private void InitializePackagingTest(RepositoryBuilder builder)
{
_log = new StringBuilder();
var loggers = new[] { new PackagingTestLogger(_log) };
var loggerAcc = new TypeAccessor(typeof(SenseNet.Packaging.Logger));
loggerAcc.SetStaticField("_loggers", loggers);
RepositoryVersionInfo.Reset();
}
private async Task PackagingTestAsync(Func <Task> callback)
{
await NoRepoIntegrationTestAsync(async() =>
{
await Providers.Instance.DataProvider
.GetExtension <IPackagingDataProviderExtension>()
.DeleteAllPackagesAsync(CancellationToken.None)
.ConfigureAwait(false);
RepositoryVersionInfo.Reset();
await callback().ConfigureAwait(false);
}).ConfigureAwait(false);
}
/* ==================================================================================== TOOLS */
private void PackagingTest(Action callback)
{
NoRepoIntegrationTest(() =>
{
Providers.Instance.DataProvider
.GetExtension <IPackagingDataProviderExtension>()
.DeleteAllPackagesAsync(CancellationToken.None)
.ConfigureAwait(false).GetAwaiter().GetResult();
RepositoryVersionInfo.Reset();
callback();
});
}
public void SavePackage(Package package)
{
if (package.Id > 0)
{
throw new InvalidOperationException("Only new package can be saved.");
}
package.Id = ++_id;
Storage.Add(ClonePackage(package, true));
RepositoryVersionInfo.Reset();
}
public void PrepareTest()
{
// preparing logger
_log = new StringBuilder();
var loggers = new[] { new PackagingTestLogger(_log) };
var loggerAcc = new PrivateType(typeof(Logger));
loggerAcc.SetStaticField("_loggers", loggers);
var unused = CreateRepositoryBuilderForTestInstance();
RepositoryVersionInfo.Reset();
}
public Task SavePackageAsync(Package package, CancellationToken cancellationToken)
{
if (package.Id > 0)
{
throw new InvalidOperationException("Only new package can be saved.");
}
package.Id = ++_id;
Storage.Add(ClonePackage(package, true));
RepositoryVersionInfo.Reset();
return(Task.CompletedTask);
}
public void PrepareTest()
{
// preparing logger
_log = new StringBuilder();
var loggers = new[] { new PackagingTestLogger(_log) };
var loggerAcc = new TypeAccessor(typeof(Logger));
loggerAcc.SetStaticField("_loggers", loggers);
var builder = CreateRepositoryBuilderForTest();
builder.UsePackagingDataProviderExtension(new InMemoryPackageStorageProvider());
RepositoryVersionInfo.Reset();
}
public void PrepareTest()
{
// preparing logger
_log = new StringBuilder();
var loggers = new[] { new PackagingTestLogger(_log) };
var loggerAcc = new PrivateType(typeof(Logger));
loggerAcc.SetStaticField("_loggers", loggers);
var storage = new TestPackageStorageProvider();
_packageStorageProviderFactoryBackup = PackageManager.StorageFactory;
PackageManager.StorageFactory = new TestPackageStorageProviderFactory(storage);
RepositoryVersionInfo.Reset();
}
public void PrepareTest()
{
// preparing logger
_log = new StringBuilder();
var loggers = new[] { new PackagingTestLogger(_log) };
var loggerAcc = new TypeAccessor(typeof(Logger));
loggerAcc.SetStaticField("_loggers", loggers);
var builder = CreateRepositoryBuilderForTest(TestContext, services =>
{
services.AddSingleton <IPackagingDataProvider, InMemoryPackageStorageProvider>();
});
RepositoryVersionInfo.Reset();
}
private void InitializePackagingTest(RepositoryBuilder builder)
{
_log = new StringBuilder();
var loggers = new[] { new PackagingTestLogger(_log) };
var loggerAcc = new TypeAccessor(typeof(SenseNet.Packaging.Logger));
loggerAcc.SetStaticField("_loggers", loggers);
using (var ctx = new MsSqlDataContext(ConnectionStrings.ConnectionString, DataOptions.GetLegacyConfiguration(), CancellationToken.None))
{
DropPackagesTable(ctx);
InstallPackagesTable(ctx);
}
RepositoryVersionInfo.Reset();
}
/*================================================= tools */
protected async Task SavePackage(string id, string version, string execTime, string releaseDate, PackageType packageType, ExecutionResult result)
{
var package = new Package
{
ComponentId = id,
ComponentVersion = Version.Parse(version),
Description = $"{id}-Description",
ExecutionDate = DateTime.Parse($"2017-03-30 {execTime}"),
ReleaseDate = DateTime.Parse(releaseDate),
ExecutionError = null,
ExecutionResult = result,
PackageType = packageType,
};
await PackageManager.Storage.SavePackageAsync(package, CancellationToken.None);
RepositoryVersionInfo.Reset();
}
public void InitializeTest()
{
// preparing logger
_log = new StringBuilder();
var loggers = new[] { new PackagingTestLogger(_log) };
var loggerAcc = new PrivateType(typeof(Logger));
loggerAcc.SetStaticField("_loggers", loggers);
// preparing database
ConnectionStrings.ConnectionString = ConnectionString;
var proc = DataProvider.CreateDataProcedure("DELETE FROM [Packages]");
proc.CommandType = CommandType.Text;
proc.ExecuteNonQuery();
proc = DataProvider.CreateDataProcedure("DBCC CHECKIDENT ('[Packages]', RESEED, 1)");
proc.CommandType = CommandType.Text;
proc.ExecuteNonQuery();
RepositoryVersionInfo.Reset();
}
internal static void SavePackage(Manifest manifest, ExecutionResult executionResult, Exception execError, bool insertOnly = false)
{
// Ensure consistency of local version-info before determining the installed packages.
RepositoryVersionInfo.Reset(true);
var oldPacks = RepositoryVersionInfo.Instance.InstalledPackages;
if (manifest.PackageType == PackageType.Tool)
{
oldPacks = oldPacks
.Where(p => p.ComponentId == manifest.ComponentId && p.PackageType == PackageType.Tool &&
p.ExecutionResult == ExecutionResult.Unfinished);
}
else
{
oldPacks = oldPacks
.Where(p => p.ComponentId == manifest.ComponentId && p.ComponentVersion == manifest.Version);
}
oldPacks = oldPacks.OrderBy(p => p.ExecutionDate).ToArray();
var oldPack = oldPacks.LastOrDefault();
if (oldPack == null || insertOnly)
{
var newPack = CreatePackage(manifest, executionResult, execError);
Storage.SavePackageAsync(newPack, CancellationToken.None).GetAwaiter().GetResult();
}
else
{
UpdatePackage(oldPack, manifest, executionResult, execError);
Storage.UpdatePackageAsync(oldPack, CancellationToken.None).GetAwaiter().GetResult();
}
// Ensure consistency of local version-info after persisting every executed package.
RepositoryVersionInfo.Reset(true);
}
private static void PatchAndCheck(string componentId,
Version[] packageVersions,
Version[] successfulPatchVersions,
Version[] failedPatchVersions,
Version expectedVersion)
{
Version initialVersion = null;
// install mock packages
if (packageVersions?.Any() ?? false)
{
// the first should be an install package, Patch packages will follow
var install = true;
foreach (var packageVersion in packageVersions)
{
PackageManager.Storage.SavePackage(new Package
{
ComponentId = componentId,
ComponentVersion = packageVersion,
ExecutionResult = ExecutionResult.Successful,
PackageType = install ? PackageType.Install : PackageType.Patch
});
install = false;
}
RepositoryVersionInfo.Reset();
initialVersion = packageVersions.Last();
}
var installedComponent = RepositoryVersionInfo.Instance.Components.Single(c => c.ComponentId == componentId);
if (installedComponent != null)
{
Assert.AreEqual(initialVersion, installedComponent.Version);
}
var assemblyComponent = RepositoryVersionInfo.GetAssemblyComponents()
.Single(c => c.ComponentId == componentId);
// ACTION
var results = PackageManager.ExecuteAssemblyPatches(assemblyComponent);
// reload version info
installedComponent = RepositoryVersionInfo.Instance.Components.Single(c => c.ComponentId == componentId);
if (successfulPatchVersions?.Any() ?? false)
{
// the component was successfully upgraded
foreach (var patchVersion in successfulPatchVersions)
{
Assert.IsTrue(results[patchVersion].Successful);
}
}
if (failedPatchVersions?.Any() ?? false)
{
// there should be failed patch results
foreach (var patchVersion in failedPatchVersions)
{
Assert.IsFalse(results[patchVersion].Successful);
}
}
if (!(successfulPatchVersions?.Any() ?? false) && !(failedPatchVersions?.Any() ?? false))
{
// no patch is expected
Assert.IsFalse(results?.Keys.Any() ?? false);
}
if (installedComponent != null)
{
Assert.AreEqual(expectedVersion, installedComponent.Version);
}
}
internal static PackagingResult ExecuteCurrentPhase(Manifest manifest, ExecutionContext executionContext)
{
var sysInstall = manifest.SystemInstall;
var currentPhase = executionContext.CurrentPhase;
if (0 == currentPhase - (sysInstall ? 1 : 0))
{
SaveInitialPackage(manifest);
}
var stepElements = manifest.GetPhase(executionContext.CurrentPhase);
var stopper = Stopwatch.StartNew();
Logger.LogMessage("Executing steps");
Exception phaseException = null;
var successful = false;
try
{
var maxStepId = stepElements.Count;
for (int i = 0; i < maxStepId; i++)
{
var stepElement = stepElements[i];
var step = Step.Parse(stepElement, i, executionContext);
var stepStopper = Stopwatch.StartNew();
Logger.LogStep(step, maxStepId);
step.Execute(executionContext);
stepStopper.Stop();
Logger.LogMessage("-------------------------------------------------------------");
Logger.LogMessage("Time: " + stepStopper.Elapsed);
if (executionContext.Terminated)
{
LogTermination(executionContext);
break;
}
}
stopper.Stop();
Logger.LogMessage("=============================================================");
Logger.LogMessage("All steps were executed.");
Logger.LogMessage("Aggregated time: " + stopper.Elapsed);
Logger.LogMessage("Errors: " + Logger.Errors);
successful = true;
}
catch (Exception e)
{
phaseException = e;
}
var finished = executionContext.Terminated || (executionContext.CurrentPhase == manifest.CountOfPhases - 1);
if (successful && !finished)
{
return new PackagingResult {
NeedRestart = true, Successful = true, Errors = Logger.Errors
}
}
;
if (executionContext.Terminated && executionContext.TerminationReason == TerminationReason.Warning)
{
successful = false;
phaseException = new PackageTerminatedException(executionContext.TerminationMessage);
}
try
{
SavePackage(manifest, executionContext, successful, phaseException);
}
catch (Exception e)
{
if (phaseException != null)
{
Logger.LogException(phaseException);
}
throw new PackagingException("Cannot save the package.", e);
}
finally
{
RepositoryVersionInfo.Reset();
// we need to shut down messaging, because the line above uses it
if (!executionContext.Test)
{
DistributedApplication.ClusterChannel.ShutDown();
}
else
{
Diagnostics.SnTrace.Test.Write("DistributedApplication.ClusterChannel.ShutDown SKIPPED because it is a test context.");
}
}
if (!successful && !executionContext.Terminated)
{
throw new ApplicationException(String.Format(SR.Errors.PhaseFinishedWithError_1, phaseException.Message), phaseException);
}
return(new PackagingResult {
NeedRestart = false, Successful = successful, Terminated = executionContext.Terminated && !successful, Errors = Logger.Errors
});
}
private static PackagingResult ExecuteCurrentPhase(Manifest manifest, ExecutionContext executionContext)
{
if (executionContext.CurrentPhase == 0)
{
SaveInitialPackage(manifest);
}
var steps = manifest.GetPhase(executionContext.CurrentPhase);
var stopper = Stopwatch.StartNew();
Logger.LogMessage("Executing steps");
Exception phaseException = null;
var successful = false;
try
{
var maxStepId = steps.Count();
foreach (var step in steps)
{
var stepStopper = Stopwatch.StartNew();
Logger.LogStep(step, maxStepId);
step.Execute(executionContext);
stepStopper.Stop();
Logger.LogMessage("-------------------------------------------------------------");
Logger.LogMessage("Time: " + stepStopper.Elapsed);
}
stopper.Stop();
Logger.LogMessage("=============================================================");
Logger.LogMessage("All steps were executed.");
Logger.LogMessage("Aggregated time: " + stopper.Elapsed);
Logger.LogMessage("Errors: " + Logger.Errors);
successful = true;
}
catch (Exception e)
{
phaseException = e;
}
if (successful && (executionContext.CurrentPhase < manifest.CountOfPhases - 1))
{
return new PackagingResult {
NeedRestart = true, Successful = true, Errors = Logger.Errors
}
}
;
try
{
if (Logger.Level <= LogLevel.Default)
{
SavePackage(manifest, executionContext, successful, phaseException);
}
}
finally
{
RepositoryVersionInfo.Reset();
//we need to shut down messaging, because the line above uses it
DistributedApplication.ClusterChannel.ShutDown();
}
if (!successful)
{
throw new ApplicationException(String.Format(SR.Errors.PhaseFinishedWithError_1, phaseException.Message), phaseException);
}
return(new PackagingResult {
NeedRestart = false, Successful = true, Errors = Logger.Errors
});
}
private static PackagingResult ExecuteCurrentPhase(Manifest manifest, ExecutionContext executionContext)
{
if (manifest.Type == PackageType.Product && manifest.Level == PackageLevel.Install)
{
// In case of product install create initial entry at the beginning of the
// second phase, after the new db was created in the first phase.
if (executionContext.CurrentPhase == 1)
{
SaveInitialPackage(manifest);
}
}
else
{
if (executionContext.CurrentPhase == 0)
{
SaveInitialPackage(manifest);
}
}
var stepElements = manifest.GetPhase(executionContext.CurrentPhase);
var stopper = Stopwatch.StartNew();
Logger.LogMessage("Executing steps");
Exception phaseException = null;
var successful = false;
try
{
var maxStepId = stepElements.Count();
for (int i = 0; i < maxStepId; i++)
{
var stepElement = stepElements[i];
var step = Step.Parse(stepElement, i);
executionContext.SubstituteParameters(step);
var stepStopper = Stopwatch.StartNew();
Logger.LogStep(step, maxStepId);
step.Execute(executionContext);
stepStopper.Stop();
Logger.LogMessage("-------------------------------------------------------------");
Logger.LogMessage("Time: " + stepStopper.Elapsed);
if (executionContext.Terminated)
{
LogTermination(executionContext);
break;
}
}
stopper.Stop();
Logger.LogMessage("=============================================================");
Logger.LogMessage("All steps were executed.");
Logger.LogMessage("Aggregated time: " + stopper.Elapsed);
Logger.LogMessage("Errors: " + Logger.Errors);
successful = true;
}
catch (Exception e)
{
phaseException = e;
}
var finished = executionContext.Terminated || (executionContext.CurrentPhase == manifest.CountOfPhases - 1);
if (successful && !finished)
{
return new PackagingResult {
NeedRestart = true, Successful = true, Errors = Logger.Errors
}
}
;
if (executionContext.Terminated && executionContext.TerminationReason == TerminationReason.Warning)
{
successful = false;
phaseException = new PackageTerminatedException(executionContext.TerminationMessage);
}
try
{
SavePackage(manifest, executionContext, successful, phaseException);
}
finally
{
RepositoryVersionInfo.Reset();
//we need to shut down messaging, because the line above uses it
DistributedApplication.ClusterChannel.ShutDown();
}
if (!successful && !executionContext.Terminated)
{
throw new ApplicationException(String.Format(SR.Errors.PhaseFinishedWithError_1, phaseException.Message), phaseException);
}
return(new PackagingResult {
NeedRestart = false, Successful = successful, Terminated = executionContext.Terminated && !successful, Errors = Logger.Errors
});
}
