private static OnepNetwork CreateNetworkForLEReset_01()
{
// This network and its corresponding LE Reset is causing
// Deleted object would be re-saved exception
OnepNetwork onepNetwork;
{
onepNetwork = new OnepNetwork()
{
McpProjectId = Guid.NewGuid().ToString(),
Name = "Test 01"
};
var onepFiberTL1 = new OnepFibertl()
{
Name = "FS01_1",
Length = 30,
Loss = 30 * 0.25,
OnepNetwork = onepNetwork
};
var onepFiberTL2 = new OnepFibertl()
{
Name = "FS01_2",
Length = 30,
Loss = 30 * 0.25,
OnepNetwork = onepNetwork
};
onepFiberTL1.OnepTopologicallinkMemberByUniMate = onepFiberTL2;
onepFiberTL2.OnepTopologicallinkMemberByUniMate = onepFiberTL1;
onepNetwork.OnepFibertls.Add(onepFiberTL1);
onepNetwork.OnepFibertls.Add(onepFiberTL2);
/////////
var onepTP1 = new OnepTerminationpoint()
{
Name = "TP 01",
Ptp = 1,
Role = 2,
OnepNetwork = onepNetwork
};
var onepTP2 = new OnepTerminationpoint()
{
Name = "TP 02",
Ptp = 1,
Role = 2,
OnepNetwork = onepNetwork
};
onepNetwork.OnepTerminationpoints.Add(onepTP1);
onepNetwork.OnepTerminationpoints.Add(onepTP2);
onepTP1.OnepTopologicallinksForAEndTP.Add(onepFiberTL1);
onepTP1.OnepTopologicallinksForZEndTP.Add(onepFiberTL2);
onepFiberTL1.OnepTerminationpointByAEndTP = onepTP1;
onepFiberTL2.OnepTerminationpointByAEndTP = onepTP2;
onepTP2.OnepTopologicallinksForAEndTP.Add(onepFiberTL2);
onepTP2.OnepTopologicallinksForZEndTP.Add(onepFiberTL1);
onepFiberTL1.OnepTerminationpointByZEndTP = onepTP2;
onepFiberTL2.OnepTerminationpointByZEndTP = onepTP1;
var onepAmpTP1 = new OnepAmptp()
{
TargetGain = 2.1,
OnepNetwork = onepNetwork,
OnepTerminationpoint = onepTP1
};
onepTP1.OnepAmpRole = onepAmpTP1;
onepNetwork.OnepAmptps.Add(onepAmpTP1);
var onepAmpTP2 = new OnepAmptp()
{
TargetGain = 1.9,
OnepNetwork = onepNetwork,
OnepTerminationpoint = onepTP2
};
onepTP2.OnepAmpRole = onepAmpTP2;
onepNetwork.OnepAmptps.Add(onepAmpTP2);
var onepValidationResult01 = new OnepValidationresult
{
Status = 1,
OnepNetwork = onepNetwork
};
var onepVP01_1 = new OnepValidochpath
{
Name = "VP 01_1",
OnepNetwork = onepNetwork,
Pmd = 2.3,
OnepValidationresult = onepValidationResult01
};
onepNetwork.OnepValidochpaths.Add(onepVP01_1);
var onepVP01_2 = new OnepValidochpath
{
Name = "VP 01_2",
OnepNetwork = onepNetwork,
Pmd = 2.4,
OnepValidationresult = onepValidationResult01
};
onepNetwork.OnepValidochpaths.Add(onepVP01_2);
onepValidationResult01.OnepValidochpaths.Add(onepVP01_1);
onepValidationResult01.OnepValidochpaths.Add(onepVP01_2);
onepNetwork.OnepValidationresults.Add(onepValidationResult01);
// Create another Validation result
var onepValidationResult02 = new OnepValidationresult
{
Status = 1,
OnepNetwork = onepNetwork
};
onepNetwork.OnepValidationresults.Add(onepValidationResult02);
}
return(onepNetwork);
}
public OnepAmptp(OnepAmptp rhs)
{
this._targetGain = rhs._targetGain;
CopyOnepAmptpVolatileProperties(rhs);
}
partial void CopyOnepAmptpVolatileProperties(OnepAmptp rhs);
public async Task <object> Post()
{
OnepNetwork onepNetwork = null;
{
onepNetwork = new OnepNetwork()
{
McpProjectId = Guid.NewGuid().ToString(),
Name = "Test 01"
};
var onepFiberTL1 = new OnepFibertl()
{
Name = "FS01_1",
Length = 30,
Loss = 30 * 0.25,
OnepNetwork = onepNetwork
};
var onepFiberTL2 = new OnepFibertl()
{
Name = "FS01_2",
Length = 30,
Loss = 30 * 0.25,
OnepNetwork = onepNetwork
};
onepFiberTL1.OnepTopologicallinkMemberByUniMate = onepFiberTL2;
onepFiberTL2.OnepTopologicallinkMemberByUniMate = onepFiberTL1;
onepNetwork.OnepFibertls.Add(onepFiberTL1);
onepNetwork.OnepFibertls.Add(onepFiberTL2);
/////////
var onepTP1 = new OnepTerminationpoint()
{
Name = "TP 01",
Ptp = 1,
Role = 2,
OnepNetwork = onepNetwork
};
var onepTP2 = new OnepTerminationpoint()
{
Name = "TP 02",
Ptp = 1,
Role = 2,
OnepNetwork = onepNetwork
};
onepNetwork.OnepTerminationpoints.Add(onepTP1);
onepNetwork.OnepTerminationpoints.Add(onepTP2);
onepTP1.OnepTopologicallinksForAEndTP.Add(onepFiberTL1);
onepTP1.OnepTopologicallinksForZEndTP.Add(onepFiberTL2);
onepFiberTL1.OnepTerminationpointByAEndTP = onepTP1;
onepFiberTL2.OnepTerminationpointByAEndTP = onepTP2;
onepTP2.OnepTopologicallinksForAEndTP.Add(onepFiberTL2);
onepTP2.OnepTopologicallinksForZEndTP.Add(onepFiberTL1);
onepFiberTL1.OnepTerminationpointByZEndTP = onepTP2;
onepFiberTL2.OnepTerminationpointByZEndTP = onepTP1;
var onepAmpTP1 = new OnepAmptp()
{
TargetGain = 2.1,
OnepNetwork = onepNetwork,
OnepTerminationpoint = onepTP1
};
onepTP1.OnepAmpRole = onepAmpTP1;
onepNetwork.OnepAmptps.Add(onepAmpTP1);
var onepAmpTP2 = new OnepAmptp()
{
TargetGain = 1.9,
OnepNetwork = onepNetwork,
OnepTerminationpoint = onepTP2
};
onepTP2.OnepAmpRole = onepAmpTP2;
onepNetwork.OnepAmptps.Add(onepAmpTP2);
}
// TODO : Json serialization not working due to circular references
//var onepNetworkAsJsonString = JsonConvert.SerializeObject(onepNetwork);
//Debug.WriteLine(onepNetworkAsJsonString);
using (var tx = _session.BeginTransaction())
{
try
{
await _session.SaveOrUpdateAsync(onepNetwork).ConfigureAwait(false);
tx.Commit();
}
catch (Exception ex)
{
Debugger.Break();
Debug.WriteLine(ex.ToString());
tx.Rollback();
throw;
}
}
// Simulate LE Run
Debugger.Break();
_session.Close();
var session2 = _sessionFactory.OpenSession();
var onepNetwork_x = session2.Get <OnepNetwork>(onepNetwork.Id);
// Apply object Updates
// Replace TP01 by new TP03, but move the same AmpRole object to TP03
{
var onepTP3 = new OnepTerminationpoint()
{
Name = "TP 03",
Ptp = 1,
Role = 2,
OnepNetwork = onepNetwork_x
};
var onepTP1 = onepNetwork_x.OnepTerminationpoints.Where(p => p.Name == "TP 01").FirstOrDefault();
onepNetwork_x.OnepTerminationpoints.Remove(onepTP1);
onepNetwork_x.OnepTerminationpoints.Add(onepTP3);
var onepFiberTL1 = onepNetwork_x.OnepFibertls.Where(p => p.Name == "FS01_1").FirstOrDefault();
var onepFiberTL2 = onepNetwork_x.OnepFibertls.Where(p => p.Name == "FS01_2").FirstOrDefault();
onepFiberTL1.OnepTerminationpointByAEndTP = null;
onepFiberTL2.OnepTerminationpointByZEndTP = null;
onepTP3.OnepTopologicallinksForAEndTP.Add(onepFiberTL1);
onepTP3.OnepTopologicallinksForZEndTP.Add(onepFiberTL2);
onepFiberTL1.OnepTerminationpointByAEndTP = onepTP3;
onepFiberTL2.OnepTerminationpointByZEndTP = onepTP3;
var onepAmpTP1 = onepTP1.OnepAmpRole;
onepTP3.OnepAmpRole = onepAmpTP1;
//onepTP1.OnepAmpRole = null; // This is not required
//onepTP1.OnepNetwork = null;
//onepTP1.OnepTopologicallinksForAEndTP.Clear();
onepTP1.OnepTopologicallinksForAEndTP = null; // These are required, otherwise we get an exception "deleted entity will be resaved"
//onepTP1.OnepTopologicallinksForZEndTP.Clear();
onepTP1.OnepTopologicallinksForZEndTP = null; // These are required, otherwise we get an exception "deleted entity will be resaved"
}
//{
// var onepTP1 = onepNetwork_x.OnepTerminationpoints.Where(p => p.Name == "TP 01").FirstOrDefault();
// onepNetwork_x.OnepTerminationpoints.Remove(onepTP1);
// var amptp = onepTP1.OnepAmpRole;
// onepNetwork_x.OnepAmptps.Remove(amptp);
//}
Debugger.Break();
session2.Close();
var session3 = _sessionFactory.OpenSession();
using (var tx = session3.BeginTransaction())
{
try
{
await session3.SaveOrUpdateAsync(onepNetwork_x).ConfigureAwait(false);
tx.Commit();
}
catch (Exception ex)
{
Debugger.Break();
Debug.WriteLine(ex.ToString());
tx.Rollback();
throw;
}
}
return(new { Id = onepNetwork.Id });
}