static void WriteXml(Args _args)
{
XmlDocument xmlDoc;
XmlElement xmlRoot;
XmlElement xmlField;
XmlElement xmlRecord;
XMLWriter xmlWriter;
CarTable carTable;
DictTable dTable = new DictTable(tablenum(CarTable));
DictField dField;
int i, fieldId;
str value;
#CarsXmlTags
;
// Create a new object of the XmlDocument class
xmlDoc = XmlDocument::newBlank();
// Create the root node
xmlRoot = xmlDoc.createElement(#CarRootNode);
// Loop through all the records in the carTable
while select carTable
{
// Create a XmlElement (record) to hold the
// contents of the current record.
xmlRecord = xmlDoc.createElement(#CarRecords);
// Loop through all the fields in the record
for (i=1; i<=dTable.fieldCnt(); i++)
{
// Get the fieldId from the field-count
fieldId = dTable.fieldCnt2Id(i);
// Find the DictField object that matches
// the fieldId
dField = dTable.fieldObject(fieldId);
// Skip system fields
if (dField.isSystem())
continue;
// Create a new XmlElement (field) and
// have the name equal to the name of the
// dictField
xmlField = xmlDoc.createElement(dField.name());
// Convert values to string. I have just added
// a couple of conversion as an example.
// Use tableName.(fieldId) instead of fieldname
// to get the content of the field.
switch (dField.baseType())
{
case Types::Int64 :
value = int642str(carTable.(fieldId));
break;
case Types::Integer :
value = int2str(carTable.(fieldId));
break;
default :
value = carTable.(fieldId);
break;
}
// Set the innerText of the XmlElement (field)
// to the value from the table
xmlField.innerText(value);
// Append the field as a child node to the record
xmlRecord.appendChild(xmlField);
}
// Add the record as a child node to the root
xmlRoot.appendChild(xmlRecord);
}
// Add the root to the XmlDocument
xmlDoc.appendChild(xmlRoot);
// Create a new object of the XmlWriter class
// in order to be able to write the xml to a file
xmlWriter = XMLWriter::newFile(@"c:\temp\cars.xml");
// Write the content of the XmlDocument to the
// file as specified by the XmlWriter
xmlDoc.writeTo(xmlWriter);
