private bool IsBlocked(JobBlockingPolicy policy, IMappedTenantJob mappedTenantJob)
{
var job = mappedTenantJob.TenantJob;
switch (policy)
{
case JobBlockingPolicy.BlockNone:
return(false);
case JobBlockingPolicy.BlockAllJobs:
case JobBlockingPolicy.BlockAllNewJobs:
return(true);
case JobBlockingPolicy.BlockNewMaintenanceJob:
return(job.IsRepairJobType());
case JobBlockingPolicy.BlockNewUpdateJob:
return(job.IsUpdateJobType());
case JobBlockingPolicy.BlockNewImpactfulTenantUpdateJobs:
return(job.IsTenantUpdateJobType() && (mappedTenantJob.ImpactedNodeCount > 0));
case JobBlockingPolicy.BlockNewImpactfulPlatformUpdateJobs:
return(job.IsPlatformUpdateJobType() && (mappedTenantJob.ImpactedNodeCount > 0));
case JobBlockingPolicy.BlockNewImpactfulUpdateJobs:
return(job.IsUpdateJobType() && (mappedTenantJob.ImpactedNodeCount > 0));
}
traceType.WriteError("Invalid value for job blocking policy. Not approving any job till this is resolved. Policy: {0}", policy);
return(true);
}
private void ApplyActionPolicy(IMappedTenantJob job, ActionType actionType)
{
if (job.AllowedActions.HasFlag(actionType))
{
var jobType = job.TenantJob.GetImpactAction();
// e.g. Azure.AutoExecute.TenantUpdate=false
string configKey = Constants.ConfigKeys.AutoActionTypeHandlingFormat.ToString(actionType, jobType);
if (!this.config.ReadConfigValue(configKey, true))
{
traceType.WriteInfo(
"Job {0}: automated processing of {1} action for {2} jobs is disallowed by configuration ({3})",
job.Id,
actionType,
jobType,
configKey);
job.DenyActions(this.traceType, actionType);
}
}
}
/// <summary>
/// Tenant job summary for display purposes
/// </summary>
public static JobSummary GetSummary(this IMappedTenantJob mappedTenantJob)
{
if (mappedTenantJob == null)
{
return(null);
}
var jobId = mappedTenantJob.Id;
var tenantJob = mappedTenantJob.TenantJob;
var summary = new JobSummary
{
Id = jobId,
ContextId = tenantJob.ContextStringGivenByTenant,
JobStatus = tenantJob.JobStatus.ToString(),
ImpactAction = tenantJob.GetImpactAction().ToString(),
RoleInstancesToBeImpacted = tenantJob.RoleInstancesToBeImpacted ?? new List <string>(),
CurrentUD = tenantJob.GetJobUD(),
RepairTasks = mappedTenantJob.MatchedTasks,
CorrelationId = tenantJob.CorrelationId,
};
if (tenantJob.JobStep == null || tenantJob.JobStep.CurrentlyImpactedRoleInstances == null)
{
return(summary);
}
summary.AcknowledgementStatus = tenantJob.JobStep.AcknowledgementStatus.ToString();
summary.DeadlineForResponse = tenantJob.JobStep.DeadlineForResponse;
summary.ActionStatus = tenantJob.JobStep.ActionStatus.ToString();
summary.ImpactStep = tenantJob.JobStep.ImpactStep.ToString();
foreach (var roleInstance in tenantJob.JobStep.CurrentlyImpactedRoleInstances)
{
var impactedRoleInstance = new ImpactedRoleInstance
{
Name = roleInstance.RoleInstanceName,
UD = roleInstance.UpdateDomain.ToString(),
};
if (roleInstance.ExpectedImpact != null)
{
var affectedResourceImpact = roleInstance.ExpectedImpact;
if (affectedResourceImpact != null && affectedResourceImpact.ListOfImpactTypes != null)
{
impactedRoleInstance.ImpactTypes =
affectedResourceImpact
.ListOfImpactTypes.Select(e => e.ToString())
.ToList();
}
}
summary.CurrentlyImpactedRoleInstances.Add(impactedRoleInstance);
}
summary.PendingActions = mappedTenantJob.PendingActions.ToString();
summary.AllowedActions = mappedTenantJob.AllowedActions.ToString();
summary.IsActive = mappedTenantJob.IsActive;
if (mappedTenantJob.ImpactedNodeCount >= 0)
{
summary.ImpactedNodeCount = mappedTenantJob.ImpactedNodeCount;
}
return(summary);
}
