private async Task WaitForWorkloadInstallation(WorkloadInstance workloadInstance)
{
if (!await WorkloadInstanceManager.IsWorkloadInstanceInInstallingState(scaleUnitAosClient, workloadInstance))
{
return;
}
Console.WriteLine($"Waiting for the {workloadInstance.VersionedWorkload.Workload.Name} workload initial sync to complete");
int count = 0;
do
{
for (int i = 0; i < 10; i++) // wait 10 seconds before querying the status again.
{
await Task.Delay(TimeSpan.FromSeconds(1));
Console.Write(".");
}
count++;
if (count == 12) // After two minutes
{
Console.WriteLine($"\nThis is taking a long time. Ensure the upload packages, for the {workloadInstance.VersionedWorkload.Workload.Name} workload, haven't failed.");
Console.WriteLine($"Waiting for the {workloadInstance.VersionedWorkload.Workload.Name} workload initial sync to complete");
}
} while (!await WorkloadInstanceManager.IsWorkloadInstanceInReadyState(scaleUnitAosClient, workloadInstance));
Console.WriteLine();
}
public void Sort_MesWesDependOnSys_SysBeforeMesWes()
{
// Arrange
WorkloadInstance w1 = BuildWorkloadInstance(SYS);
List <string> mesDependencies = new List <string> {
SYS
};
WorkloadInstance w2 = BuildWorkloadInstance(MES, mesDependencies);
List <string> wesDependencies = new List <string> {
SYS
};
WorkloadInstance w3 = BuildWorkloadInstance(WES, wesDependencies);
List <WorkloadInstance> workloadInstances = new List <WorkloadInstance>()
{
w2, w3, w1
};
// Act
WorkloadInstanceTopologicalSortUtil topologicalSortUtil = new WorkloadInstanceTopologicalSortUtil(workloadInstances);
List <WorkloadInstance> sortedWorkloadInstances = topologicalSortUtil.Sort();
// Assert
sortedWorkloadInstances[0].Should().Be(w1);
}
private List <WorkloadInstance> GetSYSWorkloadInstancesPerLegalEntity(Workload workload)
{
List <string> uniqueLegalEntityValues = Config.UniqueLegalEntityValues();
List <WorkloadInstance> sysWorkloadInstances = new List <WorkloadInstance>();
List <string> sysWorkloadInstanceIds = Config.SYSWorkloadInstanceIds();
int count = 0;
foreach (string legalEntityValue in uniqueLegalEntityValues)
{
List <DynamicConstraintValue> sysDynamicConstraintValues = new List <DynamicConstraintValue>();
DynamicConstraintValue dynamicConstraintValue = new DynamicConstraintValue()
{
DomainName = "LegalEntity",
Value = legalEntityValue,
};
sysDynamicConstraintValues.Add(dynamicConstraintValue);
WorkloadInstance workloadInstance = new WorkloadInstance()
{
Id = sysWorkloadInstanceIds[count++],
LogicalEnvironmentId = Config.LogicalEnvironmentId,
ExecutingEnvironment = new List <TemporalAssignment>()
{
new TemporalAssignment()
{
EffectiveDate = DateTime.Now,
Environment = new PhysicalEnvironmentReference()
{
Id = Config.ScaleUnitEnvironmentId,
Name = Config.NonHubScaleUnit().ScaleUnitName,
ScaleUnitId = Config.NonHubScaleUnit().ScaleUnitId
},
},
},
VersionedWorkload = new VersionedWorkload()
{
Id = Guid.NewGuid().ToString(),
PlatformPackageId = Guid.NewGuid().ToString(),
ApplicationPackageId = Guid.NewGuid().ToString(),
CustomizationPackageId = Guid.NewGuid().ToString(),
Hash = Config.WorkloadDefinitionHash,
LogicalEnvironmentId = Config.LogicalEnvironmentId,
Workload = workload,
},
DynamicConstraintValues = sysDynamicConstraintValues,
};
sysWorkloadInstances.Add(workloadInstance);
}
return(sysWorkloadInstances);
}
public void Sort_FourElementsWithMultipleDependencies_CorrectSort()
{
const string TEST = "Test";
List <string> sysDependencies = new List <string> {
MES
};
WorkloadInstance w1 = BuildWorkloadInstance(SYS, sysDependencies);
List <string> mesDependencies = new List <string> {
TEST
};
WorkloadInstance w2 = BuildWorkloadInstance(MES, mesDependencies);
List <string> wesDependencies = new List <string> {
SYS, TEST
};
WorkloadInstance w3 = BuildWorkloadInstance(WES, wesDependencies);
WorkloadInstance w4 = BuildWorkloadInstance(TEST);
List <WorkloadInstance> workloadInstances = new List <WorkloadInstance>()
{
w1, w2, w3, w4
};
// Act
WorkloadInstanceTopologicalSortUtil topologicalSortUtil = new WorkloadInstanceTopologicalSortUtil(workloadInstances);
List <WorkloadInstance> sortedWorkloadInstances = topologicalSortUtil.Sort();
// Assert
List <WorkloadInstance> expectedSortedList = new List <WorkloadInstance> {
w4, w2, w1, w3
};
for (int i = 0; i < sortedWorkloadInstances.Count; i++)
{
sortedWorkloadInstances[i].Should().Be(expectedSortedList[i]);
}
}
public void Sort_ThreeWorkloadInstancesInput_SortedListHasAllWorkloadInstances()
{
// Arrange
WorkloadInstance w1 = BuildWorkloadInstance(SYS);
WorkloadInstance w2 = BuildWorkloadInstance(MES);
WorkloadInstance w3 = BuildWorkloadInstance(WES);
List <WorkloadInstance> workloadInstances = new List <WorkloadInstance>()
{
w1, w2, w3
};
// Act
WorkloadInstanceTopologicalSortUtil topologicalSortUtil = new WorkloadInstanceTopologicalSortUtil(workloadInstances);
List <WorkloadInstance> sortedWorkloadInstances = topologicalSortUtil.Sort();
// Assert
sortedWorkloadInstances.Should().HaveCount(workloadInstances.Count);
foreach (var expectedWorkloadInstance in workloadInstances)
{
sortedWorkloadInstances.Should().Contain(expectedWorkloadInstance);
}
}
public static async Task <bool> IsWorkloadInstanceInInstallingState(AOSClient client, WorkloadInstance workloadInstance)
{
WorkloadInstanceStatus status = await GetWorkloadInstanceStatus(client, workloadInstance.Id);
return(status.Health == InstallingState);
}
public async Task <List <WorkloadInstance> > CreateWorkloadInstances()
{
if (Config.WorkloadList() == null || Config.WorkloadList().Any() == false)
{
throw new Exception("No workload is defined in the UserConfig file.");
}
List <Workload> workloads = await client.GetWorkloads();
List <WorkloadInstance> workloadInstances = new List <WorkloadInstance>();
List <WorkloadInstance> sysWorkloadInstances = new List <WorkloadInstance>();
if (!ValidateIfConfigWorkloadsExistOnClient(workloads))
{
throw new Exception("UserConfig file has some workload types which are not found on client.");
}
foreach (Workload workload in workloads)
{
if (workload.Name.Equals("SYS", StringComparison.OrdinalIgnoreCase))
{
sysWorkloadInstances = GetSYSWorkloadInstancesPerLegalEntity(workload);
continue;
}
List <ConfiguredDynamicConstraintValue> configuredDynamicConstraintValues;
foreach (ConfiguredWorkload configuredworkload in Config.WorkloadList())
{
if (configuredworkload.Name.Equals(workload.Name))
{
configuredDynamicConstraintValues = configuredworkload.ConfiguredDynamicConstraintValues;
if (!ValidateDynamicConstraints(configuredworkload.Name, configuredDynamicConstraintValues))
{
throw new Exception("Expected domainNames of dynamic constraints for " + workload.Name + " don't match with what is in UserConfig file.");
}
ScaleUnitInstance scaleUnit = Config.FindScaleUnitWithId(configuredworkload.ScaleUnitId);
WorkloadInstance workloadInstance = new WorkloadInstance()
{
Id = configuredworkload.WorkloadInstanceId,
LogicalEnvironmentId = Config.LogicalEnvironmentId,
ExecutingEnvironment = new List <TemporalAssignment>()
{
new TemporalAssignment()
{
EffectiveDate = DateTime.Now,
Environment = new PhysicalEnvironmentReference()
{
Id = Config.ScaleUnitEnvironmentId,
Name = scaleUnit.ScaleUnitName,
ScaleUnitId = scaleUnit.ScaleUnitId,
},
},
},
VersionedWorkload = new VersionedWorkload()
{
Id = Guid.NewGuid().ToString(),
PlatformPackageId = Guid.NewGuid().ToString(),
ApplicationPackageId = Guid.NewGuid().ToString(),
CustomizationPackageId = Guid.NewGuid().ToString(),
Hash = Config.WorkloadDefinitionHash,
LogicalEnvironmentId = Config.LogicalEnvironmentId,
Workload = workload,
},
DynamicConstraintValues = GetConfiguredDynamicConstraintValues(configuredDynamicConstraintValues),
};
workloadInstances.Add(workloadInstance);
}
}
}
WorkloadInstanceTopologicalSortUtil topologicalSortUtil = new WorkloadInstanceTopologicalSortUtil(sysWorkloadInstances.Concat(workloadInstances).ToList());
return(topologicalSortUtil.Sort());
}
public WorkloadInstanceDFSNode(WorkloadInstance workloadInstance)
{
this.workloadInstance = workloadInstance;
this.inProgress = false;
}
