private void DoPrepareDeploymentToStandardEnvironment(EnvironmentInfo environmentInfo, Lazy<string> artifactsBinariesDirPathProvider)
{
Func<CollectedCredentials> collectCredentialsFunc =
() =>
{
EnvironmentUser environmentUser =
environmentInfo.GetEnvironmentUserById(_projectInfo.NtServiceUserId);
string environmentUserPassword =
PasswordCollectorHelper.CollectPasssword(
_passwordCollector,
DeploymentInfo.DeploymentId,
environmentInfo,
environmentInfo.AppServerMachineName,
environmentUser,
OnDiagnosticMessagePosted);
return
new CollectedCredentials(
environmentUser.UserName,
environmentUserPassword);
};
DoPrepareCommonDeploymentSteps(
_projectInfo.NtServiceName,
environmentInfo.AppServerMachineName,
environmentInfo.NtServicesBaseDirPath,
environmentInfo.GetAppServerNetworkPath,
artifactsBinariesDirPathProvider,
collectCredentialsFunc,
true);
}
private void AddTaskConfigurationSteps(EnvironmentInfo environmentInfo, string schedulerServerTasksMachineName, SchedulerAppTask schedulerAppTask, ScheduledTaskDetails taskDetails = null)
{
bool hasSettingsChanged = HasSettingsChanged(taskDetails, schedulerAppTask, environmentInfo);
bool taskExists = taskDetails != null;
EnvironmentUser environmentUser =
environmentInfo.GetEnvironmentUserById(schedulerAppTask.UserId);
string environmentUserPassword = null;
if (!taskExists || hasSettingsChanged)
{
// collect password if not already collected
if (!_collectedPasswordsByUserName.TryGetValue(environmentUser.UserName, out environmentUserPassword))
{
environmentUserPassword =
PasswordCollectorHelper.CollectPasssword(
_passwordCollector,
DeploymentInfo.DeploymentId,
environmentInfo,
schedulerServerTasksMachineName,
environmentUser,
OnDiagnosticMessagePosted);
_collectedPasswordsByUserName.Add(environmentUser.UserName, environmentUserPassword);
}
}
string taskExecutablePath =
GetTaskExecutablePath(schedulerAppTask, environmentInfo);
if (!taskExists)
{
// create a step for scheduling a new app
AddSubTask(
new CreateSchedulerTaskDeploymentStep(
schedulerServerTasksMachineName,
schedulerAppTask.Name,
taskExecutablePath,
environmentUser.UserName,
environmentUserPassword,
schedulerAppTask.ScheduledHour,
schedulerAppTask.ScheduledMinute,
schedulerAppTask.ExecutionTimeLimitInMinutes,
schedulerAppTask.Repetition,
_taskScheduler));
}
else if (hasSettingsChanged)
{
// create a step for updating an existing scheduler app
AddSubTask(
new UpdateSchedulerTaskDeploymentStep(
schedulerServerTasksMachineName,
schedulerAppTask.Name,
taskExecutablePath,
environmentUser.UserName,
environmentUserPassword,
schedulerAppTask.ScheduledHour,
schedulerAppTask.ScheduledMinute,
schedulerAppTask.ExecutionTimeLimitInMinutes,
schedulerAppTask.Repetition,
_taskScheduler));
}
}
private void DoPrepareDeploymentToClusteredEnvironment(EnvironmentInfo environmentInfo, Lazy<string> artifactsBinariesDirPathProvider)
{
string clusterGroupName = environmentInfo.GetFailoverClusterGroupNameForProject(DeploymentInfo.ProjectName);
if (string.IsNullOrEmpty(clusterGroupName))
{
throw new InvalidOperationException(string.Format("There is no cluster group defined for project '{0}' in environment '{1}'.", DeploymentInfo.ProjectName, environmentInfo.Name));
}
string failoverClusterMachineName = environmentInfo.FailoverClusterMachineName;
if (string.IsNullOrEmpty(failoverClusterMachineName))
{
throw new InvalidOperationException(string.Format("Environment '{0}' has no failover cluster machine name defined.", environmentInfo.Name));
}
string currentNodeName =
_failoverClusterManager.GetCurrentNodeName(failoverClusterMachineName, clusterGroupName);
if (string.IsNullOrEmpty(currentNodeName))
{
throw new InvalidOperationException(string.Format("Cluster group '{0}' has no current node in a cluster '{1}' in environment '{2}'.", clusterGroupName, environmentInfo.FailoverClusterMachineName, environmentInfo.Name));
}
PostDiagnosticMessage(string.Format("Current node: '{0}'.", currentNodeName), DiagnosticMessageType.Trace);
List<string> possibleNodeNames =
_failoverClusterManager.GetPossibleNodeNames(failoverClusterMachineName, clusterGroupName)
.ToList();
PostDiagnosticMessage(string.Format("Possible nodes: {0}.", string.Join(", ", possibleNodeNames.Select(n => string.Format("'{0}'", n)))), DiagnosticMessageType.Trace);
if (possibleNodeNames.Count < 2)
{
throw new InvalidOperationException(string.Format("There is only one possible node for cluster group '{0}' in a cluster '{1}' in environment '{2}'.", clusterGroupName, environmentInfo.FailoverClusterMachineName, environmentInfo.Name));
}
// update nt service on all machines other than current owner node
CollectedCredentials cachedCollectedCredentials = null;
Func<string, Func<CollectedCredentials>> collectCredentialsFunc =
machineName =>
() =>
{
// ReSharper disable AccessToModifiedClosure
if (cachedCollectedCredentials != null)
{
return cachedCollectedCredentials;
}
// ReSharper restore AccessToModifiedClosure
EnvironmentUser environmentUser =
environmentInfo.GetEnvironmentUserById(_projectInfo.NtServiceUserId);
string environmentUserPassword =
PasswordCollectorHelper.CollectPasssword(
_passwordCollector,
DeploymentInfo.DeploymentId,
environmentInfo,
machineName,
environmentUser,
OnDiagnosticMessagePosted);
cachedCollectedCredentials =
new CollectedCredentials(
environmentUser.UserName,
environmentUserPassword);
return cachedCollectedCredentials;
};
foreach (string possibleNodeName in possibleNodeNames)
{
string machineName = possibleNodeName;
if (string.Equals(machineName, currentNodeName, StringComparison.OrdinalIgnoreCase))
{
continue;
}
DoPrepareCommonDeploymentSteps(
_projectInfo.NtServiceName,
machineName,
environmentInfo.NtServicesBaseDirPath,
absoluteLocalPath => EnvironmentInfo.GetNetworkPath(machineName, absoluteLocalPath),
artifactsBinariesDirPathProvider,
collectCredentialsFunc(machineName),
false);
}
// move cluster group to another node
string targetNodeName =
possibleNodeNames.FirstOrDefault(nodeName => nodeName != currentNodeName);
PostDiagnosticMessage(string.Format("Target node: '{0}'.", targetNodeName), DiagnosticMessageType.Trace);
if (string.IsNullOrEmpty(targetNodeName))
{
throw new InvalidOperationException(string.Format("There is no node in cluster '{0}' that we can move cluster group '{1}' to.", failoverClusterMachineName, clusterGroupName));
}
AddSubTask(
new MoveClusterGroupToAnotherNodeDeploymentStep(
_failoverClusterManager,
failoverClusterMachineName,
clusterGroupName,
targetNodeName));
// update nt service on the machine that was the previous owner node
string previousMachineName = currentNodeName;
DoPrepareCommonDeploymentSteps(
_projectInfo.NtServiceName,
previousMachineName,
environmentInfo.NtServicesBaseDirPath,
absoluteLocalPath => EnvironmentInfo.GetNetworkPath(previousMachineName, absoluteLocalPath),
artifactsBinariesDirPathProvider,
collectCredentialsFunc(previousMachineName),
false);
}