} //threadCallBack()
private void _generateCTab(CswNbtResources CswNbtResources, CswPrimaryKey NodePK)
{
CswNbtSdBlobData sdBlobData = new CswNbtSdBlobData(CswNbtResources);
CswNbtNode node = CswNbtResources.Nodes.GetNode(NodePK);
foreach (CswNbtNodePropWrapper molProp in node.Properties[(CswEnumNbtFieldType)CswEnumNbtFieldType.MOL])
{
CswNbtNodePropMol AsMol = molProp.AsMol;
string href;
string error;
string formatted;
sdBlobData.saveMol(AsMol.getMol(), new CswPropIdAttr(node, AsMol.NodeTypeProp).ToString(), out href, out formatted, out error);
}
}
public static void SaveMolPropFile(ICswResources CswResources, MolDataReturn Return, MolData ImgData)
{
CswNbtResources NBTResources = (CswNbtResources)CswResources;
string Href;
CswNbtSdBlobData SdBlobData = new CswNbtSdBlobData(NBTResources);
string FormattedMolString;
string errorMsg;
SdBlobData.saveMol(ImgData.molString, ImgData.propId, out Href, out FormattedMolString, out errorMsg);
ImgData.molString = FormattedMolString;
ImgData.href = Href;
ImgData.errorMsg = errorMsg;
Return.Data = ImgData;
}
/// <summary>
/// Add values to the NodeType Properties of a Node.
/// </summary>
/// <param name="Node">The Node whose properties are being filled in.</param>
/// <param name="CurrentIndex">The current index in the ProductSize array in a CswC3Product object. This is ONLY needed for Size Nodes.</param>
public void addNodeTypeProps(CswNbtNode Node, int CurrentIndex = 0)
{
CswNbtMetaDataNodeType NodeType = _CswNbtResources.MetaData.getNodeType(Node.NodeTypeId);
foreach (CswNbtMetaDataNodeTypeProp NTP in NodeType.getNodeTypeProps())
{
if (null != Node.Properties[NTP] && _Mappings.ContainsKey(NTP.PropName))
{
C3Mapping C3Mapping = _Mappings[NTP.PropName];
switch (Node.Properties[NTP].getFieldTypeValue())
{
case CswEnumNbtFieldType.MOL:
if (false == string.IsNullOrEmpty(C3Mapping.C3ProductPropertyValue))
{
string propAttr = new CswPropIdAttr(Node, NTP).ToString();
string molData = C3Mapping.C3ProductPropertyValue;
CswNbtSdBlobData SdBlobData = new CswNbtSdBlobData(_CswNbtResources);
MolecularGraph Mol = MoleculeBuilder.CreateMolFromString(molData);
if (false == Mol.ContainsInvalidAtom())
{
string Href;
string FormattedMolString;
string errorMsg;
SdBlobData.saveMol(molData, propAttr, out Href, out FormattedMolString, out errorMsg, Node: Node);
}
else
{
_CswNbtResources.logMessage("Failed to save the MOL file for product with ProductId " + _ProductToImport.ProductId + " during the C3 import process because it contained an invalid atom.");
}
}
break;
default:
CswNbtSubField SubField = NTP.getFieldTypeRule().SubFields[(CswEnumNbtPropColumn)C3Mapping.NBTSubFieldPropColName];
if (null != SubField)
{
Node.Properties[NTP].SetSubFieldValue(SubField, C3Mapping.C3ProductPropertyValue);
}
break;
}
} //if( null != Node.Properties[NTP] && _Mappings.ContainsKey( NTP.PropName ) )
} //foreach( CswNbtMetaDataNodeTypeProp NTP in NodeType.getNodeTypeProps() )
} //addNodeTypeProps()