public IEnumerable <ISOCropType> ExportCropTypes(IEnumerable <Crop> adaptCropTypes)
{
ISOProductGroup productGroup = _productGroupMapper.ExportProductGroup("CropType", true);
List <ISOCropType> cropTypes = new List <ISOCropType>();
foreach (Crop crop in adaptCropTypes)
{
ISOCropType isoGroup = ExportCropType(crop, productGroup);
cropTypes.Add(isoGroup);
}
return(cropTypes);
}
public ISOProduct ExportProduct(Product adaptProduct)
{
ISOProduct isoProduct = new ISOProduct();
//ID
string productID = adaptProduct.Id.FindIsoId(XmlPrefix) ?? GenerateId();
isoProduct.ProductId = productID;
if (!ExportIDs(adaptProduct.Id, productID))
{
string preExistingID = TaskDataMapper.InstanceIDMap.GetISOID(adaptProduct.Id.ReferenceId);
if (preExistingID.StartsWith("CVT"))
{
ISOCropVariety cvt = ISOTaskData.ChildElements.OfType <ISOCropType>().SelectMany(c => c.CropVarieties).FirstOrDefault(v => v.CropVarietyId == preExistingID);
if (cvt != null)
{
//Fill the product ID on the variety now that we have one
cvt.ProductIdRef = productID;
}
}
//CVT becomes PDT in the mapping
TaskDataMapper.InstanceIDMap.ReplaceISOID(adaptProduct.Id.ReferenceId, productID);
}
//Designator
isoProduct.ProductDesignator = adaptProduct.Description;
//Product Group
string groupName = Enum.GetName(typeof(ProductTypeEnum), adaptProduct.ProductType);
ISOProductGroup group = _productGroupMapper.ExportProductGroup(groupName, false);
isoProduct.ProductGroupRef = group.ProductGroupId;
//Type
switch (adaptProduct.ProductType)
{
case ProductTypeEnum.Mix:
isoProduct.ProductType = ISOProductType.Mixture;
break;
default:
isoProduct.ProductType = ISOProductType.Single;
break;
}
//Density
if (adaptProduct.Density != null)
{
UnitOfMeasure uom = adaptProduct.Density.Value.UnitOfMeasure;
int value = (int)adaptProduct.Density.Value.Value; //Assumes values are in appropriate units already
if (uom.Code == "mg1l-1")
{
isoProduct.DensityMassPerVolume = value;
}
else if (uom.Code == "g1count-1")
{
isoProduct.DensityMassPerCount = value;
}
else if (uom.Code == "ml1count-1")
{
isoProduct.DensityVolumePerCount = value;
}
}
return(isoProduct);
}
public ISOProduct ExportProduct(Product adaptProduct)
{
ISOProduct isoProduct = new ISOProduct();
//ID
string productID = adaptProduct.Id.FindIsoId(XmlPrefix) ?? GenerateId();
isoProduct.ProductId = productID;
if (!ExportIDs(adaptProduct.Id, productID))
{
string preExistingID = TaskDataMapper.InstanceIDMap.GetISOID(adaptProduct.Id.ReferenceId);
if (preExistingID.StartsWith("CVT"))
{
ISOCropVariety cvt = ISOTaskData.ChildElements.OfType <ISOCropType>().SelectMany(c => c.CropVarieties).FirstOrDefault(v => v.CropVarietyId == preExistingID);
if (cvt != null)
{
//Fill the product ID on the variety now that we have one
cvt.ProductIdRef = productID;
}
}
//CVT becomes PDT in the mapping
TaskDataMapper.InstanceIDMap.ReplaceISOID(adaptProduct.Id.ReferenceId, productID);
}
//Context Items
//The 1.1, etc. convention below for PackagedProduct and PackagedProductInstance is internal to this plugin.
//As LinkList.xml items classified in ManufacturerGLN LGP's, the data carries a proprietary definition that,
//in this case, is internal to the Import/Export methods in this class and serves
//no purpose other than ensuring exported data is reimported in its same form. If in future there is a need to expose
//other product data in this way, we need simply alter these to methods to allow for the same.
ExportContextItems(adaptProduct.ContextItems, productID, "ADAPT_Context_Items:Product");
int packagedProductIndex = 0;
foreach (var packagedProduct in DataModel.Catalog.PackagedProducts.Where(pp => pp.ProductId == adaptProduct.Id.ReferenceId))
{
ExportContextItems(packagedProduct.ContextItems, productID, "ADAPT_Context_Items:PackagedProduct", $"{(++packagedProductIndex).ToString()}.");
int packagedProductInstanceIndex = 0;
foreach (var packagedProductInstance in DataModel.Catalog.PackagedProductInstances.Where(ppi => ppi.PackagedProductId == packagedProduct.Id.ReferenceId))
{
ExportContextItems(packagedProductInstance.ContextItems, productID, "ADAPT_Context_Items:PackagedProductInstance", $"{packagedProductIndex.ToString()}.{(++packagedProductInstanceIndex).ToString()}.");
}
}
//Designator
isoProduct.ProductDesignator = adaptProduct.Description;
//Product Group
string groupName = Enum.GetName(typeof(ProductTypeEnum), adaptProduct.ProductType);
ISOProductGroup group = _productGroupMapper.ExportProductGroup(groupName, false);
isoProduct.ProductGroupRef = group.ProductGroupId;
//Type
switch (adaptProduct.ProductType)
{
case ProductTypeEnum.Mix:
isoProduct.ProductType = ISOProductType.Mixture;
break;
default:
isoProduct.ProductType = ISOProductType.Single;
break;
}
//Density
if (adaptProduct.Density != null)
{
UnitOfMeasure uom = adaptProduct.Density.Value.UnitOfMeasure;
int value = (int)adaptProduct.Density.Value.Value; //Assumes values are in appropriate units already
if (uom.Code == "mg1l-1")
{
isoProduct.DensityMassPerVolume = value;
}
else if (uom.Code == "g1count-1")
{
isoProduct.DensityMassPerCount = value;
}
else if (uom.Code == "ml1count-1")
{
isoProduct.DensityVolumePerCount = value;
}
}
return(isoProduct);
}
