internal static bool IsValidResolution(this AttributeName attributeName, ResolutionTypeEnum resolutionType)
{
return(attributeName.DefectType.GetValidResolutions().Contains(resolutionType));
}
public static bool UpdateLot(Lot newLot, SerializableLot deserialized, bool tested, out List <LotAttributeDefect> attributeDefects)
{
if (deserialized == null)
{
newLot.Attributes = new List <LotAttribute>();
newLot.LotDefects = new List <LotDefect>();
attributeDefects = new List <LotAttributeDefect>();
return(false);
}
if (deserialized.LotIdentifiable != null)
{
newLot.EmployeeId = deserialized.LotIdentifiable.EmployeeKey.EmployeeKeyId;
newLot.TimeStamp = deserialized.LotIdentifiable.TimeStamp;
}
var newAttributeDefects = new List <LotAttributeDefect>();
var attributeNameKeyParser = new AttributeNameKey();
var employeeKeyParser = new EmployeeKey();
newLot.Hold = deserialized.HoldType;
newLot.HoldDescription = deserialized.HoldDescription;
newLot.Attributes = deserialized.Attributes.Select(a =>
{
var nameKey = attributeNameKeyParser.Parse(a.NameKey);
var employeeKey = employeeKeyParser.Parse(a.EmployeeKey);
return(new LotAttribute
{
Lot = newLot,
TimeStamp = a.TimeStamp,
EmployeeId = employeeKey.EmployeeKey_Id,
LotDateCreated = newLot.LotDateCreated,
LotDateSequence = newLot.LotDateSequence,
LotTypeId = newLot.LotTypeId,
AttributeShortName = nameKey.AttributeNameKey_ShortName,
AttributeValue = a.Value,
AttributeDate = a.DateTested.Date,
Computed = a.Computed ?? !tested
});
}).ToList();
var defectId = 0;
newLot.LotDefects = deserialized.Defects.Select(d =>
{
DefectTypeEnum defectType;
if (!DefectTypeEnum.TryParse(d.DefectType, out defectType))
{
throw new Exception(string.Format("Could not parse DefectTypeEnum[{0}]", d.DefectType));
}
var resolutionType = default(ResolutionTypeEnum);
if (d.DefectResolution != null)
{
if (!ResolutionTypeEnum.TryParse(d.DefectResolution.ResolutionType, out resolutionType))
{
throw new Exception(string.Format("Could not parse ResolutionTypeEnum[{0}]", d.DefectResolution.ResolutionType));
}
}
defectId += 1;
var defect = new LotDefect
{
LotDateCreated = newLot.LotDateCreated,
LotDateSequence = newLot.LotDateSequence,
LotTypeId = newLot.LotTypeId,
DefectId = defectId,
DefectType = defectType,
Description = d.Description,
Resolution = d.DefectResolution == null ? null : new LotDefectResolution
{
EmployeeId = employeeKeyParser.Parse(d.DefectResolution.EmployeeKey).EmployeeKey_Id,
TimeStamp = d.DefectResolution.TimeStamp,
LotDateCreated = newLot.LotDateCreated,
LotDateSequence = newLot.LotDateSequence,
LotTypeId = newLot.LotTypeId,
DefectId = defectId,
ResolutionType = resolutionType,
Description = d.DefectResolution.Description,
}
};
if (d.AttributeDefect != null)
{
var nameKey = attributeNameKeyParser.Parse(d.AttributeDefect.NameKey);
newAttributeDefects.Add(new LotAttributeDefect
{
LotDateCreated = newLot.LotDateCreated,
LotDateSequence = newLot.LotDateSequence,
LotTypeId = newLot.LotTypeId,
DefectId = defectId,
AttributeShortName = nameKey.AttributeNameKey_ShortName,
OriginalAttributeValue = d.AttributeDefect.Value,
OriginalAttributeMinLimit = d.AttributeDefect.Min,
OriginalAttributeMaxLimit = d.AttributeDefect.Max,
LotDefect = defect
});
}
return(defect);
}).ToList();
attributeDefects = newAttributeDefects;
return(true);
}
public static bool IsValidResolution(this LotAttribute attribute, ResolutionTypeEnum resolutionType)
{
return(attribute.AttributeName.IsValidResolution(resolutionType));
}
