protected HashMap<String, ArrayList<String>> CollectSingleTableData(
UserData data, String struct) {
LinkedHashSet<String> s;
List<String> tmp;
MetaType mt = data.getUserDataType();
s = new LinkedHashSet<String>(data.getUserData().keySet());
HashMap<String, ArrayList<String>> tableVales = new HashMap<String, ArrayList<String>>();
tmp = new ArrayList<String>();
/* strip [] from userdata */
for (String key : s) {
String newKey = mt.removeIndicesFromStruct(key, struct);
tmp.add(newKey);
if (tableVales.containsKey(newKey)) {
ArrayList<String> tmpVal = tableVales.get(newKey);
tmpVal.add(data.getUserData().get(key));
tableVales.put(newKey, tmpVal);
} else {
ArrayList<String> tmpVal = new ArrayList<String>();
tmpVal.add(data.getUserData().get(key));
tableVales.put(newKey, tmpVal);
}
}
return tableVales;
}
/**
* Creates a plain text representation of a typedef union.
*
* @param field The 'typedeffed' union.
* @param indent The indentation to draw.
* @param type The complete type.
*/
private void drawTypedefUnion(MetaUnion field, String indent, MetaType type) {
String typedefName = type.getFieldTypedefName(field.getDiscriminator());
if (typedefName != null) {
writer.write(
indent + "union " + field.getTypeName() + " switch(" + typedefName + ") {" + newLine);
} else {
writer.write(
indent
+ "union "
+ field.getTypeName()
+ " switch("
+ field.getDiscriminator().getTypeName()
+ ") {"
+ newLine);
}
MetaUnionCase[] cases = field.getCases();
ArrayList labels;
for (int i = 0; i < cases.length; i++) {
labels = cases[i].getLabels();
for (int j = 0; j < labels.size(); j++) {
if ("".equals(labels.get(j))) {
writer.write(indent + tab + "default :" + newLine);
} else {
writer.write(indent + tab + "case " + labels.get(j) + ":" + newLine);
}
}
this.drawMetaField(cases[i].getField(), indent + tab + tab, type);
}
writer.write(indent + "}");
}
/**
* Creates a plain text representation of a primitive.
*
* @param field The primitive to create the plain text representation of.
* @param indent The indentation to draw.
* @param type The complete type.
*/
private void drawPrimitive(MetaPrimitive field, String indent, MetaType type) {
String typedefName = type.getFieldTypedefName(field);
if (typedefName != null) {
writer.write(indent + typedefName + " " + field.getName() + ";" + newLine + separator);
} else {
writer.write(
indent + field.getTypeName() + " " + field.getName() + ";" + newLine + separator);
}
}
/**
* Creates an plain text representation of the supplied type.
*
* @param type The type to create a plain text representation of.
*/
private void setUserDataType(MetaType type) {
curValue = (String) typeCache.get(type);
if (curValue == null) {
MetaField field = type.getRootField();
writer = new StringWriter();
this.drawTypedefs(type);
this.drawMetaField(field, "", type);
writer.flush();
curValue = writer.toString();
typeCache.put(type, curValue);
}
}
/**
* Creates a plain text representation of a structure.
*
* @param field The structure to create the plain text representation of.
* @param indent The indentation to draw.
* @param type The complete type.
*/
private void drawStruct(MetaStruct field, String indent, MetaType type) {
String typedefName = type.getFieldTypedefName(field);
if (typedefName != null) {
writer.write(indent + typedefName + " " + field.getName() + ";" + newLine + separator);
} else {
writer.write(indent + "struct " + field.getTypeName() + " {" + newLine);
MetaField[] fields = field.getFields();
for (int i = 0; i < fields.length; i++) {
this.drawMetaField(fields[i], indent + tab, type);
}
writer.write(indent + "} " + field.getName() + ";" + newLine + separator);
}
}
public void participantRegisterType(Participant participant, MetaType type)
throws CommunicationException {
this.checkConnection();
try {
String xmlEntity = entitySerializer.serializeEntity(participant);
String xmlType = type.toXML();
String result = this.jniRegisterType(xmlEntity, xmlType);
this.checkConnection();
if (!("<result>OK</result>".equals(result))) {
throw new CommunicationException(result.substring(8, result.length() - 9));
}
} catch (TransformationException e) {
throw new CommunicationException("Could not register type.");
}
}
/**
* Creates a plain text representation of a enumeration.
*
* @param field The enumeration to create the plain text representation of.
* @param indent The indentation to draw.
* @param type The complete type.
*/
private void drawEnum(MetaEnum field, String indent, MetaType type) {
String typedefName = type.getFieldTypedefName(field);
if (typedefName != null) {
writer.write(indent + typedefName + " " + field.getName() + ";" + newLine + separator);
} else {
writer.write(indent + "enum " + field.getTypeName() + " {" + newLine);
String[] posValues = field.getPosValues();
for (int i = 0; i < posValues.length; i++) {
if (i != (posValues.length - 1)) {
writer.write(indent + tab + posValues[i] + ", " + newLine);
} else {
writer.write(indent + tab + posValues[i] + newLine);
}
}
writer.write(indent + "} " + field.getName() + ";" + newLine + separator);
}
}
/**
* Creates a plain text representation of the typedefs in the type.
*
* @param type The type to extract the typedefs from.
*/
private void drawTypedefs(MetaType type) {
MetaField field;
String typedefName;
LinkedHashMap typedefs = type.getTypedefs();
Iterator iter = typedefs.keySet().iterator();
HashSet finished = new HashSet();
while (iter.hasNext()) {
field = (MetaField) (iter.next());
typedefName = (String) (typedefs.get(field));
if (!(finished.contains(typedefName))) {
writer.write("typedef ");
this.drawTypedefMetaField(field, "", type);
writer.write(" " + typedefName + ";" + newLine + newLine + separator);
finished.add(typedefName);
}
}
}
