public CorrosionStudyResponseDTO Create(CorrosionStudyRequestDTO CorrosionStudyRequestDTO)
{
using (var transaction = _context.Database.BeginTransaction())
{
try
{
CorrosionStudy tempObj = (from s in _unitOfWork.CorrosionStudy.GenerateEntityAsIQueryable()
where s.LoopNo == CorrosionStudyRequestDTO.CorrosionStudyDTO.LoopNo
select s).FirstOrDefault();
if (tempObj == null)
{
CorrosionStudy CorrosionStudy = _mapper.Map <CorrosionStudy>(CorrosionStudyRequestDTO.CorrosionStudyDTO);
CorrosionStudy.ID = 0;
CorrosionStudy.CreatedDate = DateTime.Now;
CorrosionStudy.CreatedBy = "SYSADMIN";
CorrosionStudy cr = _unitOfWork.CorrosionStudy.CreateWithReturnEntity(CorrosionStudy);
foreach (COFMasterDTO cofMasterDTO in CorrosionStudyRequestDTO.COFMasterDTOList)
{
COFMaster cofMaster = _mapper.Map <COFMaster>(cofMasterDTO);
cofMaster.ID = 0;
cofMaster.CorrosionStudyID = cr.ID;
cofMaster.LoopNo = CorrosionStudyRequestDTO.CorrosionStudyDTO.LoopNo;
cofMaster.CreatedDate = DateTime.Now;
cofMaster.CreatedBy = "SYSADMIN";
_unitOfWork.COFMaster.Create(cofMaster);
}
foreach (IOWDTO iowDTO in CorrosionStudyRequestDTO.IOWDTOList)
{
IOW iow = _mapper.Map <IOW>(iowDTO);
iow.ID = 0;
iow.CorrosionStudyID = cr.ID;
iow.LoopNo = CorrosionStudyRequestDTO.CorrosionStudyDTO.LoopNo;
iow.CreatedDate = DateTime.Now;
iow.CreatedBy = "SYSADMIN";
_unitOfWork.IOW.Create(iow);
}
foreach (PipeClusterPOFDTO pipeClusterPOFDTO in CorrosionStudyRequestDTO.PipeClusterPOFDTOList)
{
foreach (DMGuideDTO dmGuide in pipeClusterPOFDTO.DMGuideList)
{
// PipeClusterPOF pipeClusterPOF = _mapper.Map<PipeClusterPOF>(pipeClusterPOFDTO);
PipeClusterPOF pipeClusterPOF = new PipeClusterPOF();
pipeClusterPOF.ID = 0;
pipeClusterPOF.CorrosionStudyID = cr.ID;
pipeClusterPOF.CreatedDate = DateTime.Now;
pipeClusterPOF.CreatedBy = "SYSADMIN";
pipeClusterPOF.ClusterNo = pipeClusterPOFDTO.ClusterNo;
pipeClusterPOF.MinPressure = pipeClusterPOFDTO.MinPressure;
pipeClusterPOF.MaxPressure = pipeClusterPOFDTO.MaxPressure;
pipeClusterPOF.MinTemperature = pipeClusterPOFDTO.MinTemperature;
pipeClusterPOF.MaxTemperature = pipeClusterPOFDTO.MaxTemperature;
pipeClusterPOF.MaterialCode = pipeClusterPOFDTO.MaterialCode;
pipeClusterPOF.Fluid = pipeClusterPOFDTO.Fluid;
pipeClusterPOF.DMCode = dmGuide.DMCode;
pipeClusterPOF.DMDescription = dmGuide.DMDescription;
pipeClusterPOF.DMRate = dmGuide.DMRate;
pipeClusterPOF.DMSeverity = dmGuide.DMSeverity;
pipeClusterPOF.DMSuceptability = dmGuide.DMSuceptability;
pipeClusterPOF.DMType = dmGuide.DMType;
pipeClusterPOF.DMGuideDocument = dmGuide.DMGuideDocument;
_unitOfWork.PipeClusterPOF.Create(pipeClusterPOF);
}
}
_unitOfWork.SaveChanges();
transaction.Commit();
return(new CorrosionStudyResponseDTO
{
LoopNo = CorrosionStudyRequestDTO.CorrosionStudyDTO.LoopNo,
Status = true,
StatusMessage = "Successfully created",
StatusCode = 200
});
}
else
{
return(new CorrosionStudyResponseDTO
{
LoopNo = CorrosionStudyRequestDTO.CorrosionStudyDTO.LoopNo,
Status = false,
StatusMessage = "Error - Duplicate Loop No - " + CorrosionStudyRequestDTO.CorrosionStudyDTO.LoopNo,
StatusCode = 200
});
}
}
catch (Exception ex)
{
transaction.Rollback();
return(new CorrosionStudyResponseDTO()
{
Status = false,
StatusMessage = ex.Message,
StatusCode = 200
});
}
}
}
public CorrosionStudyResponseDTO Update(CorrosionStudyRequestDTO CorrosionStudyRequestDTO)
{
using (var transaction = _context.Database.BeginTransaction())
{
try
{
CorrosionStudy tempObj = _unitOfWork.CorrosionStudy.FindById(CorrosionStudyRequestDTO.CorrosionStudyDTO.ID);
if (tempObj != null)
{
tempObj.ModifiedBy = "SYSADMIN";
tempObj.ModifiedDate = DateTime.Now;
_unitOfWork.CorrosionStudy.Update(tempObj);
foreach (COFMasterDTO cofMasterDTO in CorrosionStudyRequestDTO.COFMasterDTOList)
{
COFMaster cofMaster = new COFMaster();
if (cofMasterDTO.ID > 0)
{
cofMaster = _unitOfWork.COFMaster.FindById(cofMasterDTO.ID);
cofMaster.DetectionRating = cofMasterDTO.DetectionRating;
cofMaster.ToxicFluidFraction = cofMasterDTO.ToxicFluidFraction;
cofMaster.ToxicReferenceFluid = cofMasterDTO.ToxicReferenceFluid;
cofMaster.RefresentativeFluid = cofMasterDTO.RefresentativeFluid;
cofMaster.MitigationFactor = cofMasterDTO.MitigationFactor;
cofMaster.IsolationRating = cofMasterDTO.IsolationRating;
cofMaster.ModifiedBy = "SYSADMIN";
cofMaster.ModifiedDate = DateTime.Now;
_unitOfWork.COFMaster.Update(cofMaster);
}
else
{
cofMaster = _mapper.Map <COFMaster>(cofMasterDTO);
cofMaster.ID = 0;
cofMaster.LoopNo = CorrosionStudyRequestDTO.CorrosionStudyDTO.LoopNo;
cofMaster.CorrosionStudyID = tempObj.ID;
cofMaster.CreatedDate = DateTime.Now;
cofMaster.CreatedBy = "SYSADMIN";
_unitOfWork.COFMaster.Create(cofMaster);
}
}
foreach (IOWDTO iowDTO in CorrosionStudyRequestDTO.IOWDTOList)
{
IOW iow = new IOW();
if (iowDTO.ID > 0)
{
iow.Unit = iowDTO.Unit;
iow.IOWNo = iowDTO.IOWNo;
iow.Min = iowDTO.Min;
iow.Max = iowDTO.Max;
iow.Parameter = iowDTO.Parameter;
iow.TagNo = iowDTO.TagNo;
iow.RelatedUnitNo = iowDTO.RelatedUnitNo;
iow.ModifiedBy = "SYSADMIN";
iow.ModifiedDate = DateTime.Now;
_unitOfWork.IOW.Update(iow);
}
else
{
iow = _mapper.Map <IOW>(iowDTO);
iow.ID = 0;
iow.LoopNo = CorrosionStudyRequestDTO.CorrosionStudyDTO.LoopNo;
iow.CorrosionStudyID = tempObj.ID;
iow.CreatedDate = DateTime.Now;
iow.CreatedBy = "SYSADMIN";
_unitOfWork.IOW.Create(iow);
}
}
foreach (PipeClusterPOFDTO pipeClusterPOFDTO in CorrosionStudyRequestDTO.PipeClusterPOFDTOList)
{
foreach (DMGuideDTO dmGuide in pipeClusterPOFDTO.DMGuideList)
{
PipeClusterPOF pipeClusterPOF = new PipeClusterPOF();
if (dmGuide.DMGuideID.HasValue && dmGuide.DMGuideID.Value > 0)
{
pipeClusterPOF = _unitOfWork.PipeClusterPOF.FindById(dmGuide.DMGuideID.Value);
pipeClusterPOF.MinPressure = pipeClusterPOFDTO.MinPressure;
pipeClusterPOF.MaxPressure = pipeClusterPOFDTO.MaxPressure;
pipeClusterPOF.MinTemperature = pipeClusterPOFDTO.MinTemperature;
pipeClusterPOF.MaxTemperature = pipeClusterPOFDTO.MaxTemperature;
pipeClusterPOF.MaterialCode = pipeClusterPOFDTO.MaterialCode;
pipeClusterPOF.Fluid = pipeClusterPOFDTO.Fluid;
pipeClusterPOF.DMCode = dmGuide.DMCode;
pipeClusterPOF.DMDescription = dmGuide.DMDescription;
pipeClusterPOF.DMRate = dmGuide.DMRate;
pipeClusterPOF.DMSeverity = dmGuide.DMSeverity;
pipeClusterPOF.DMSuceptability = dmGuide.DMSuceptability;
pipeClusterPOF.DMType = dmGuide.DMType;
pipeClusterPOF.DMGuideDocument = dmGuide.DMGuideDocument;
pipeClusterPOF.ModifiedDate = DateTime.Now;
pipeClusterPOF.ModifiedBy = "SYSADMIN";
_unitOfWork.PipeClusterPOF.Update(pipeClusterPOF);
}
else
{
pipeClusterPOF.ID = 0;
pipeClusterPOF.CorrosionStudyID = tempObj.ID;
pipeClusterPOF.CreatedDate = DateTime.Now;
pipeClusterPOF.CreatedBy = "SYSADMIN";
pipeClusterPOF.ClusterNo = pipeClusterPOFDTO.ClusterNo;
pipeClusterPOF.MinPressure = pipeClusterPOFDTO.MinPressure;
pipeClusterPOF.MaxPressure = pipeClusterPOFDTO.MaxPressure;
pipeClusterPOF.MinTemperature = pipeClusterPOFDTO.MinTemperature;
pipeClusterPOF.MaxTemperature = pipeClusterPOFDTO.MaxTemperature;
pipeClusterPOF.MaterialCode = pipeClusterPOFDTO.MaterialCode;
pipeClusterPOF.Fluid = pipeClusterPOFDTO.Fluid;
pipeClusterPOF.DMCode = dmGuide.DMCode;
pipeClusterPOF.DMDescription = dmGuide.DMDescription;
pipeClusterPOF.DMRate = dmGuide.DMRate;
pipeClusterPOF.DMSeverity = dmGuide.DMSeverity;
pipeClusterPOF.DMSuceptability = dmGuide.DMSuceptability;
pipeClusterPOF.DMType = dmGuide.DMType;
pipeClusterPOF.DMGuideDocument = dmGuide.DMGuideDocument;
_unitOfWork.PipeClusterPOF.Create(pipeClusterPOF);
}
}
}
_unitOfWork.SaveChanges();
transaction.Commit();
return(new CorrosionStudyResponseDTO
{
LoopNo = tempObj.LoopNo,
Status = true,
StatusMessage = "Successfully created",
StatusCode = 200
});
}
else
{
return(new CorrosionStudyResponseDTO
{
LoopNo = CorrosionStudyRequestDTO.CorrosionStudyDTO.LoopNo,
Status = false,
StatusMessage = "Error - Duplicate Loop No - " + CorrosionStudyRequestDTO.CorrosionStudyDTO.LoopNo,
StatusCode = 200
});
}
}
catch (Exception ex)
{
transaction.Rollback();
return(new CorrosionStudyResponseDTO()
{
Status = false,
StatusMessage = ex.Message,
StatusCode = 200
});
}
}
}
public CorrosionStudyResponseDTO GetByLoopNo(string LoopNo)
{
CorrosionStudyResponseDTO response = new CorrosionStudyResponseDTO();
try
{
CorrosionStudy corrosionStudy = (from s in _unitOfWork.CorrosionStudy.GenerateEntityAsIQueryable()
where s.LoopNo == LoopNo
select s).FirstOrDefault();
if (corrosionStudy != null)
{
// Corrosion Study
response.CorrosionStudyDTO = _mapper.Map <CorrosionStudyDTO>(corrosionStudy);
// Pipe Cluster POF
List <PipeClusterPOF> pipeClusterPOFList = (from s in _unitOfWork.PipeClusterPOF.GenerateEntityAsIQueryable()
where s.CorrosionStudyID == corrosionStudy.ID
select s).ToList();
if (pipeClusterPOFList != null && pipeClusterPOFList.Count > 0)
{
response.PipeClusterPOFDTOList = new List <PipeClusterPOFDTO>();
List <string> clusters = pipeClusterPOFList.Select(c => c.ClusterNo).Distinct().ToList();
foreach (string cluster in clusters)
{
PipeClusterPOFDTO pipeClusterPOFDTO = new PipeClusterPOFDTO();
List <PipeClusterPOF> tempPipeClusterPOFList = pipeClusterPOFList.Where(c => c.ClusterNo == cluster).ToList();
if (tempPipeClusterPOFList != null && tempPipeClusterPOFList.Count > 0)
{
pipeClusterPOFDTO.ID = tempPipeClusterPOFList[0].ID;
pipeClusterPOFDTO.Fluid = tempPipeClusterPOFList[0].Fluid;
pipeClusterPOFDTO.ClusterNo = cluster;
pipeClusterPOFDTO.CorrosionStudyID = tempPipeClusterPOFList[0].CorrosionStudyID;
pipeClusterPOFDTO.MaterialCode = tempPipeClusterPOFList[0].MaterialCode;
pipeClusterPOFDTO.MinPressure = tempPipeClusterPOFList[0].MinPressure;
pipeClusterPOFDTO.MaxPressure = tempPipeClusterPOFList[0].MaxPressure;
pipeClusterPOFDTO.MinTemperature = tempPipeClusterPOFList[0].MinTemperature;
pipeClusterPOFDTO.MaxTemperature = tempPipeClusterPOFList[0].MaxTemperature;
List <DMGuideDTO> dmGuideList = new List <DMGuideDTO>();
foreach (PipeClusterPOF pof in tempPipeClusterPOFList)
{
DMGuideDTO dmGuide = new DMGuideDTO();
dmGuide.DMGuideID = pof.ID;
dmGuide.DMCode = pof.DMCode;
dmGuide.DMDescription = pof.DMDescription;
dmGuide.DMRate = pof.DMRate;
dmGuide.DMSeverity = pof.DMSeverity;
dmGuide.DMType = pof.DMType;
dmGuide.DMSuceptability = pof.DMSuceptability;
dmGuideList.Add(dmGuide);
}
pipeClusterPOFDTO.DMGuideList = dmGuideList;
response.PipeClusterPOFDTOList.Add(pipeClusterPOFDTO);
}
}
}
else
{
response.PipeClusterPOFDTOList = new List <PipeClusterPOFDTO>();
}
// IOW
List <IOW> iowList = (from s in _unitOfWork.IOW.GenerateEntityAsIQueryable()
where s.CorrosionStudyID == corrosionStudy.ID
select s).ToList();
if (iowList != null && iowList.Count > 0)
{
response.IOWDTOList = new List <IOWDTO>();
foreach (IOW iow in iowList)
{
IOWDTO iowDTO = _mapper.Map <IOWDTO>(iow);
response.IOWDTOList.Add(iowDTO);
}
}
else
{
response.IOWDTOList = new List <IOWDTO>();
}
// COFMaster
List <COFMaster> COFMasterList = (from s in _unitOfWork.COFMaster.GenerateEntityAsIQueryable()
where s.CorrosionStudyID == corrosionStudy.ID
select s).ToList();
if (COFMasterList != null && COFMasterList.Count > 0)
{
response.COFMasterDTOList = new List <COFMasterDTO>();
foreach (COFMaster COFMaster in COFMasterList)
{
COFMasterDTO COFMasterDTO = _mapper.Map <COFMasterDTO>(COFMaster);
response.COFMasterDTOList.Add(COFMasterDTO);
}
}
else
{
response.COFMasterDTOList = new List <COFMasterDTO>();
}
response.LoopNo = corrosionStudy.LoopNo;
response.Status = true;
response.StatusMessage = "";
response.StatusCode = 200;
return(response);
}
else
{
return(new CorrosionStudyResponseDTO
{
LoopNo = LoopNo,
Status = false,
StatusMessage = "Report donot exist - " + LoopNo,
StatusCode = 200
});
}
}
catch (Exception ex)
{
return(new CorrosionStudyResponseDTO()
{
LoopNo = LoopNo,
Status = false,
StatusMessage = ex.Message,
StatusCode = 200
});
}
}
