/// <summary>
/// Sets the value of this field
/// </summary>
/// <param name="id"></param>
/// <param name="value"></param>
/// <returns></returns>
public override SimpleField SetField(IElementDef id, SifSimpleType value)
{
// verify the parameter values
if (id == null || !(CommonDTD.PARTIALDATETYPE.Name.Equals(id.Name)))
{
throw new ArgumentException("ElementDef must be CommonDTD.PARTIALDATETYPE");
}
if (value != null && value.DataType != SifDataType.String)
{
throw new ArgumentException("Value type must be SIFDataType.STRING");
}
// Allow any datatype to be set, but convert it to a string
// This is important, because the value of this could be set to
// an int from mappings, because it was an int in SIF 1.5
if (value != null && value.DataType != SifDataType.String)
{
value = new SifString(value.ToString());
}
// Parse the text value into its representative parts
SimpleField returnValue = base.SetField(id, value);
parseTextValue();
return(returnValue);
}
public void TestxsiNill_SDOObjectXML()
{
LearnerPersonal lp = new LearnerPersonal();
// Add a null UPN
SifString str = new SifString(null);
lp.SetField(LearnerDTD.LEARNERPERSONAL_UPN, str);
// Add a null AlertMsg
AlertMsg msg = new AlertMsg(AlertMsgType.DISCIPLINE, null);
lp.AlertMsgList = new AlertMsgList(msg);
msg.SetField(CommonDTD.ALERTMSG, new SifString(null));
// Write the object to a file
Console.WriteLine("Writing to file...");
using (Stream fos = File.Open("SifWriterTest.Temp.xml", FileMode.Create, FileAccess.Write))
{
SifWriter writer = new SifWriter(fos);
lp.SetChanged(true);
writer.Write(lp);
writer.Flush();
fos.Close();
}
// Parse the object from the file
Console.WriteLine("Parsing from file...");
SifParser p = SifParser.NewInstance();
using (Stream fis = File.OpenRead("SifWriterTest.Temp.xml"))
{
lp = (LearnerPersonal)p.Parse(fis, null);
}
SimpleField upn = lp.GetField(LearnerDTD.LEARNERPERSONAL_UPN);
Assert.IsNotNull(upn);
SifString rawValue = (SifString)upn.SifValue;
Assert.IsNotNull(rawValue);
Assert.IsNull(rawValue.Value);
Assert.IsNull(upn.Value);
AlertMsgList alertMsgs = lp.AlertMsgList;
Assert.IsNotNull(alertMsgs);
Assert.IsTrue(alertMsgs.Count == 1);
msg = (AlertMsg)alertMsgs.GetChildList()[0];
Assert.IsNull(msg.Value);
SifSimpleType msgValue = msg.SifValue;
Assert.IsNotNull(msgValue);
Assert.IsNull(msgValue.RawValue);
}
/**
* Sets the text value of this element from its representative date parts.
* This is called any time one of the integral components of the date is set,
* overwriting any previous text value
*/
private void calculateTextValue()
{
// Do not call setField( ElementDef, SIFSimplyType ) because it would cause
// the integral components to have to be re-parsed
if (fDate[0] == null)
{
// No year component
RemoveField(CommonDTD.PARTIALDATETYPE);
}
else
{
String textValue = null;
if (fDate[1] == null)
{
// Year only
textValue = String.Format("{0:0000}", fDate[0].Value);
}
else if (fDate[2] == null)
{
// Year-month only
textValue = String.Format("{0:0000}-{1:00}", fDate[0].Value, fDate[1].Value);
}
else
{
textValue = String.Format("{0:0000}-{1:00}-{2:00}", fDate[0].Value, fDate[1].Value, fDate[2].Value);
}
SifString value = new SifString(textValue);
SimpleField field = value.CreateField(this, CommonDTD.PARTIALDATETYPE);
SetField(field);
}
}
/**
* Sets the text value of this element from its representative date parts.
* This is called any time one of the integral components of the date is set,
* overwriting any previous text value
*/
private void calculateTextValue()
{
// Do not call setField( ElementDef, SIFSimplyType ) because it would cause
// the integral components to have to be re-parsed
if( fDate[0] == null )
{
// No year component
RemoveField( CommonDTD.PARTIALDATETYPE );
}
else
{
String textValue = null;
if( fDate[1] == null ){
// Year only
textValue = String.Format( "{0:0000}", fDate[0].Value );
} else if ( fDate[2] == null ){
// Year-month only
textValue = String.Format( "{0:0000}-{1:00}", fDate[ 0 ].Value, fDate[ 1 ].Value );
} else {
textValue = String.Format( "{0:0000}-{1:00}-{2:00}", fDate[ 0 ].Value, fDate[ 1 ].Value, fDate[ 2 ].Value );
}
SifString value = new SifString( textValue );
SimpleField field = value.CreateField( this, CommonDTD.PARTIALDATETYPE );
SetField( field );
}
}
/// <summary>
/// Sets the value of this field
/// </summary>
/// <param name="id"></param>
/// <param name="value"></param>
/// <returns></returns>
public override SimpleField SetField( IElementDef id, SifSimpleType value)
{
// verify the parameter values
if( id == null || !(CommonDTD.PARTIALDATETYPE.Name.Equals( id.Name ))){
throw new ArgumentException("ElementDef must be CommonDTD.PARTIALDATETYPE" );
}
if( value != null && value.DataType != SifDataType.String ){
throw new ArgumentException( "Value type must be SIFDataType.STRING" );
}
// Allow any datatype to be set, but convert it to a string
// This is important, because the value of this could be set to
// an int from mappings, because it was an int in SIF 1.5
if( value != null && value.DataType != SifDataType.String ){
value = new SifString( value.ToString() );
}
// Parse the text value into its representative parts
SimpleField returnValue = base.SetField(id, value);
parseTextValue();
return returnValue;
}
internal void MapOutbound(
SifXPathContext context,
IFieldAdaptor adaptor,
SifElement dataObject,
ICollection<FieldMapping> fields,
IValueBuilder valueBuilder,
SifVersion version)
{
#if PROFILED
if( BuildOptions.PROFILED ){
ProfilerUtils.profileStart( String.valueOf( com.OpenADK.sifprofiler.api.OIDs.ADK_OUTBOUND_TRANSFORMATIONS ), dataObject.getElementDef(), null );
}
#endif
SifFormatter textFormatter = Adk.TextFormatter;
FieldMapping lastRule = null;
try
{
foreach (FieldMapping fm in fields)
{
lastRule = fm;
String fieldName = fm.Alias;
if (fieldName == null)
{
fieldName = fm.FieldName;
}
if (fieldName == null || fieldName.Length == 0)
{
throw new AdkMappingException(
"Mapping rule for " + dataObject.ElementDef.Name + "[" + fm.FieldName +
"] must specify a field name", null);
}
if (adaptor.HasField(fieldName) || fm.HasDefaultValue)
{
//
// For outbound mapping operations, only process
// XPathRules. All other rule types, like OtherIdRule,
// are only intended to be used for inbound mappings.
//
if (fm.fRule is XPathRule)
{
XPathRule rule = (XPathRule) fm.fRule;
// Lookup or create the element/attribute referenced by the rule
String ruledef = rule.XPath;
if (ruledef == null || ruledef.Trim().Length == 0)
{
throw new AdkMappingException(
"Mapping rule for " + dataObject.ElementDef.Name + "[\"" + fieldName +
"\"] must specify a path to an element or attribute", null);
}
// TT 199 If the FieldMapping has an "ifnull" value of "suppress",
// don't render a result
// Determine if this element should be created before attempting to create it
// If the value resolves to null and the IFNULL_SUPPRESS flag is set, the element
// should not be created. That's why we have to look up the ElementDef first
TypeConverter typeConverter = null;
IElementDef def = rule.LookupTargetDef(dataObject.ElementDef);
if (def != null)
{
typeConverter = def.TypeConverter;
}
if (typeConverter == null)
{
typeConverter = SifTypeConverters.STRING;
// TODO: Perhaps the following exception should be thrown when
// in STRICT mode
// throw new ADKMappingException( "Element {" + def.name() +
// "} from rule \"" + ruledef + "\" does not have a data type definition.", null );
}
SifSimpleType mappedValue;
mappedValue = adaptor.GetSifValue(fieldName, typeConverter, fm);
// Perform a valueset translation, if applicable
if (mappedValue != null &&
mappedValue is SifString &&
fm.ValueSetID != null)
{
String textValue = mappedValue.ToString();
// Perform automatic ValueSet translation
ValueSet vs = GetValueSet(fm.ValueSetID, true);
if (vs != null)
{
// TT 199. Perform a more detailed valueset translation.
// If there is a default value for this field, use it if there is
// no match found in the value set
textValue = vs.Translate(textValue, fm.DefaultValue);
}
mappedValue = new SifString(textValue);
}
bool usedDefault = false;
if (mappedValue == null || mappedValue.RawValue == null)
{
// If the FieldMapping has a Default value, use that, unless
// it is explicitly suppressed
if (fm.NullBehavior != MappingBehavior.IfNullSuppress && fm.HasDefaultValue)
{
mappedValue = fm.GetDefaultValue(typeConverter, textFormatter);
usedDefault = true;
}
else
{
continue;
}
}
if (!usedDefault)
{
String valueExpression = rule.ValueExpression;
if (valueExpression != null)
{
// This XPath rule has a value assignment expression at the end of it
String value = valueBuilder.Evaluate(valueExpression);
mappedValue = typeConverter.Parse(textFormatter, value);
}
}
// If we have a null value to assign at this point, move on to the next rule
if (mappedValue == null || mappedValue.RawValue == null)
{
continue;
}
// At this point, mappedValue should not be null. We are committeed
// to building out the path and setting the value.
INodePointer pointer = rule.CreatePath(context, version);
// If the element/attribute does not have a value, assign one.
// If it does have a value, it was already assigned by the XPath
// rule in the lookupByXPath method above and should not be
// changed.
//
if (pointer != null)
{
Element pointedElement = (Element) pointer.Value;
SifSimpleType elementValue = pointedElement.SifValue;
if (elementValue == null || elementValue.RawValue == null)
{
if (mappedValue is SifString)
{
// Now that we have the actual element, we may need to create convert the
// data if we were unable to resolve the TypeConverter above. This only happens
// in cases involving surrogates where the rule.lookupTargetDef( dataObject.getElementDef() );
// fails to find the target ElementDef
TypeConverter converter = pointedElement.ElementDef.TypeConverter;
if (converter != null && converter.DataType != mappedValue.DataType)
{
mappedValue = converter.Parse(textFormatter, mappedValue.ToString());
}
}
// This check for null should really not be necessary,
// however keepingit in for now
if (mappedValue != null)
{
pointedElement.SifValue = mappedValue;
}
}
}
}
}
}
}
catch (Exception e)
{
if (lastRule != null)
{
throw new AdkMappingException(
"Unable to evaluate field rule: " + lastRule.fRule + " : " + e.Message, null, e);
}
throw new AdkMappingException(e.ToString(), null, e);
}
#if PROFILED
finally
{
if( BuildOptions.PROFILED )
ProfilerUtils.profileStop();
}
#endif
}
internal void MapInbound(
SifXPathContext xpathContext,
IFieldAdaptor results,
SifElement inboundObject,
ICollection<FieldMapping> fields,
SifVersion version)
{
#if PROFILED
if( BuildOptions.PROFILED ){
ProfilerUtils.profileStart( String.valueOf( com.OpenADK.sifprofiler.api.OIDs.ADK_INBOUND_TRANSFORMATIONS ), inboundObject.getElementDef(), null );
}
#endif
FieldMapping lastRule = null;
try
{
foreach (FieldMapping rule in fields)
{
lastRule = rule;
if (!results.HasField(rule.FieldName))
{
SifSimpleType val = rule.Evaluate(xpathContext, version, true);
if (val != null)
{
if (rule.ValueSetID != null &&
val is SifString)
{
String currentValue = val.ToString();
// Perform automatic ValueSet translation
// TT 199. Perform a more detailed valueset translation.
// If there is a default value set, use it if there is
// no match found in the value set
ValueSet vs = GetValueSet(rule.ValueSetID, true);
if (vs != null)
{
currentValue = vs.TranslateReverse(currentValue, rule.DefaultValue);
}
val = new SifString(currentValue);
}
results.SetSifValue(rule.FieldName, val, rule);
}
}
}
}
catch (Exception e)
{
if (lastRule != null)
{
throw new AdkMappingException(
"Unable to evaluate field rule: " + lastRule.fRule + " : " + e.Message, null, e);
}
throw new AdkMappingException(e.ToString(), null, e);
}
}
