void convert(DipData &dipData, VariablePtr DPEValue, const CharString & tagName) const{
DynVar * vals = (DynVar *)(DPEValue);
if (!vals){
throw BadTypeConversionException(BadTypeConversionException::BADTYPE);
}
if (vals->isA() != DYNTEXT_VAR){
throw BadTypeConversionException(BadTypeConversionException::BADTYPE);
}
unsigned int size = vals->getArrayLength();
if (size == 0){
return;
}
const char ** array = new const char*[size];
for (unsigned int i = 0; i < size; i++){
Variable * value = vals->getAt(i);
array[i] = ((TextVar *)(value))->getValue();
}
if (tagName.len() == 0){
dipData.insert(array, size);
} else {
dipData.insert(array, size, tagName);
}
delete []array;
}
void convert(DipData &dipData, VariablePtr DPEValue, const CharString & tagName) const{
TextVar * val = (TextVar *)DPEValue;
if (!val){
throw BadTypeConversionException(BadTypeConversionException::BADTYPE);
}
if (tagName.len() == 0){
dipData.insert((char *)val->getValue());
} else {
dipData.insert((char *)val->getValue(), tagName);
}
}
void convert(DipData &dipData, VariablePtr DPEValue, const CharString & tagName) const{
CharVar * val = (CharVar *)DPEValue;
if (!val){
throw BadTypeConversionException(BadTypeConversionException::BADTYPE);
}
char stringifiedChar[2]={0,0};
stringifiedChar[0] = val->getValue();
if (tagName.len() == 0){
dipData.insert(stringifiedChar);
} else {
dipData.insert(stringifiedChar, tagName);
}
}