public void UpdateMaterialByCtList(IList<string> ctList,string stage,string editor,string station,string action,string line)
{
try
{
IMaterialRepository MaterialRepository = RepositoryFactory.GetInstance().GetRepository<IMaterialRepository, Material>();
IUnitOfWork uow = new UnitOfWork();
foreach (string ct in ctList) // For Mantis0000539
{
Material m=MaterialRepository.Find(ct);
MaterialLog mLog = new MaterialLog();
mLog.Status="Collect";
mLog.Line="";
mLog.Stage=stage;
mLog.Editor=editor;
mLog.PreStatus = m.Status;
mLog.Action = "Combine Lot";
m.AddMaterialLog(mLog);
MaterialRepository.Update(m, uow);
}
//MaterialRepository.AddMultiMaterialCurStatusLogDefered
// (uow, ctList, action, stage, line, station, "", editor);
MaterialRepository.UpdateMultiMaterialCurStatusDefered(uow, ctList, station, editor);
uow.Commit();
}
catch (FisException e)
{
logger.Error(e.mErrmsg);
throw e;
}
catch (Exception e)
{
logger.Error(e.Message);
throw e;
}
finally
{
logger.Debug("(CollectionMaterialLot)UpdateMaterialByCtList ");
}
}
public void Save(object part_unit, object part_owner, string station, string key)
{
//return;
if (part_unit == null)
{
throw new ArgumentNullException();
}
if (part_owner == null)
{
throw new ArgumentNullException();
}
//if (part_unit != null)
//{
var product = (Product)part_owner;
Session session = SessionManager.GetInstance.GetSession(product.ProId, Session.SessionType.Product);
if (session == null)
{
throw new InstanceNotFoundException("Can not get Session instance from SessionManager!");
}
string snCpu = ((PartUnit)part_unit).Sn;
string CheckMaterialStatus = session.GetValue("CheckMaterialCpuStatus") as string;
if ("Y".Equals(CheckMaterialStatus))
{
IMaterialRepository MaterialRepository = RepositoryFactory.GetInstance().GetRepository<IMaterialRepository, Material>();
Material mat = session.GetValue("MaterialCpu") as Material;
MaterialLog mlog = new MaterialLog();
mlog.Action = "Combine Key Parts";
mlog.Cdt = DateTime.Now;
mlog.Comment = "";
mlog.Editor = session.Editor;
mlog.Line = session.Line;
mlog.MaterialCT = snCpu;
mlog.PreStatus = mat.Status;
mlog.Stage = "FA";
mlog.Status = "Assembly";
mat.AddMaterialLog(mlog);
mat.PreStatus = mat.Status;
mat.Status = "Assembly";
mat.Udt = DateTime.Now;
MaterialRepository.Update(mat, session.UnitOfWork);
}
session.AddValue("OldCVSN", product.CVSN);
product.CVSN = snCpu;
// var product_part = new ProductPart();
// product_part.BomNodeType = ((PartUnit)part_unit).Type;
// product_part.Iecpn = ((PartUnit)part_unit).IECPn;
// product_part.PartSn = ((PartUnit)part_unit).Sn;
// product_part.PartType = ((PartUnit)part_unit).ValueType;
// product_part.Station = station;
// product_part.CustomerPn = ((PartUnit)part_unit).CustPn;
// product_part.Editor = session.Editor;
// product_part.ValueType = ((PartUnit)part_unit).ValueType;
// product_part.ProductID = ((PartUnit)part_unit).ProductId;
// product_part.PartID = ((PartUnit)part_unit).Pn;
// product.AddPart(product_part);
IProductRepository product_repository = RepositoryFactory.GetInstance().GetRepository<IProductRepository, IProduct>();
product_repository.Update(product, session.UnitOfWork);
////}
////else
////{
//// throw new FisException("CHK174", new string[] { "IMES.CheckItemModule.CPU.Filter.SaveModule.Save" });
////}
}
/// <summary>
///
/// </summary>
/// <param name="executionContext"></param>
/// <returns></returns>
protected internal override ActivityExecutionStatus DoExecute(ActivityExecutionContext executionContext)
{
MB currentMB = (MB)CurrentSession.GetValue(Session.SessionKeys.MB);
string cvsn = (string)CurrentSession.GetValue(Session.SessionKeys.CPUVendorSn);
IPartRepository partRep = RepositoryFactory.GetInstance().GetRepository<IPartRepository, IPart>();
string valCheckMaterialStatus = "";
IList<ConstValueInfo> valueList = partRep.GetConstValueListByType("CheckMaterialStatus");
if (null != valueList)
{
var valueListCpu = (from p in valueList
where p.name == "SACPU"
select p).ToList();
if (valueListCpu != null && valueListCpu.Count > 0)
valCheckMaterialStatus = valueListCpu[0].value;
}
if ("Y" != valCheckMaterialStatus && "N" != valCheckMaterialStatus)
{
// 请联系IE维护是否需要检查CPU状态
throw new FisException("CQCHK0050", new string[] { });
}
bool needCheckMaterialStatus = false;
if ("Y" == valCheckMaterialStatus)
{
needCheckMaterialStatus = true;
IList<ConstValueTypeInfo> lstConstValueType = partRep.GetConstValueTypeList("NoCheckOnBoardCPUStatus_SA");
if (null != lstConstValueType)
{
foreach (ConstValueTypeInfo cvt in lstConstValueType)
{
if (cvt.value == currentMB.Family)
{
needCheckMaterialStatus = false;
break;
}
}
}
}
if (needCheckMaterialStatus)
{
IMaterialRepository MaterialRepository = RepositoryFactory.GetInstance().GetRepository<IMaterialRepository, Material>();
IList<string> lst = new List<string>();
lst.Add(cvsn);
IList<Material> lstMaterials = MaterialRepository.GetMaterialByMultiCT(lst);
if (null == lstMaterials || lstMaterials.Count == 0)
{
// 此CPU:@CPUCT未收集
FisException fex = new FisException("CQCHK0051", new string[] { cvsn });
fex.stopWF = false;
throw fex;
}
Material mat = lstMaterials[0];
if ("Collect" != mat.Status && "Dismantle" != mat.Status)
{
// 此CPU：@CPUCT为不可结合状态
FisException fex = new FisException("CQCHK0052", new string[] { cvsn });
fex.stopWF = false;
throw fex;
}
MaterialLog mlog = new MaterialLog();
mlog.Action = "SA CombineCPU";
mlog.Cdt = DateTime.Now;
mlog.Comment = "";
mlog.Editor = this.Editor;
mlog.Line = this.Line;
mlog.MaterialCT = cvsn;
mlog.PreStatus = mat.Status;
mlog.Stage = "SA";
mlog.Status = "Assembly";
mat.AddMaterialLog(mlog);
mat.PreStatus = mat.Status;
mat.Status = "Assembly";
mat.Udt = DateTime.Now;
MaterialRepository.Update(mat, CurrentSession.UnitOfWork);
}
return base.DoExecute(executionContext);
}
