/** Creates the location definitions */
private void createLocations() {
ArrayList<DictionaryFileRef> files = new ArrayList<DictionaryFileRef>();
LocationStore.startLocations();
for (TraceGroup group : dictionaryFile.getOwner().getModel()) {
for (Trace trace : group) {
writeLocation(files, trace);
}
}
// Build XML and assign ID's to refs
Collections.sort(files, new FileRefComparator());
String lastpath = null;
for (DictionaryFileRef ref : files) {
if (!ref.path.equals(lastpath)) {
if (lastpath != null) {
LocationStore.endPath();
}
LocationStore.startPath(ref.path);
lastpath = ref.path;
}
LocationStore.writeFile(++fileref, ref.file);
ref.refid = fileref;
}
if (lastpath != null) {
LocationStore.endPath();
}
LocationStore.endLocations();
}
/**
* Writes the data type definitions
*
* @param typeList the list of data types
*/
private void writeTypeDefinitions(ArrayList<String> typeList) {
for (String type : typeList) {
DataType dt = mapTypeToDataType(type);
if (dt != null) {
// Normal parameters
int size = mapParameterTypeToSize(type);
String formatChar = SourceUtils.mapNormalTypeToFormat(type);
if (formatChar != null && formatChar.length() > 1 && formatChar.charAt(0) == '%') {
formatChar = formatChar.substring(1);
TypeDefStore.writeTypeDef(type, size, formatChar, dt);
// Write alternative format characters
writeAlternativeFormatChars(formatChar, type, size, dt);
} else {
TypeDefStore.writeTypeDef(type, size, null, dt);
}
} else {
// Enum parameters
TraceModel model = dictionaryFile.getOwner().getModel();
TraceConstantTable table = model.findConstantTableByName(type);
if (table != null) {
TypeDefStore.startTypeDef(
table.getName(), mapParameterTypeToSize(table.getType()), null, DataType.ENUM);
for (TraceConstantTableEntry entry : table) {
TypeDef.writeTypeMember(entry.getID(), entry.getName(), null);
}
TypeDefStore.endTypeDef();
}
}
}
}
/** Creates the trace definitions */
private void createDefs() {
// This should check for duplicates
TraceDataStore.startDataStore();
TraceModel model = dictionaryFile.getOwner().getModel();
TraceProjectAPI api = model.getExtension(TraceProjectAPI.class);
for (TraceGroup group : model) {
for (Trace trace : group) {
trace.addExtension(new DictionaryDefRef(++defref));
TraceFormatFlags flags = new TraceFormatFlags();
flags.isFormattingSupported = true;
String data = api.formatTraceForExport(trace, flags);
data = replaceUnescapeQuotes(data);
TraceDataStore.writeData(defref, DataType.STRING, data);
}
}
TraceDataStore.endDataStore();
}
/**
* Builds the list of parameter types
*
* @return the list of types found from the model
*/
private ArrayList<String> buildTypeList() {
TraceModel model = dictionaryFile.getOwner().getModel();
ArrayList<String> typeList = new ArrayList<String>();
for (TraceGroup group : model) {
for (Trace trace : group) {
for (TraceParameter parameter : trace) {
if ((parameter.getExtension(HiddenTraceObjectRule.class) == null)
|| (parameter.getExtension(FillerParameterRule.class) != null)) {
String type = parameter.getType();
if (!typeList.contains(type)) {
typeList.add(type);
}
}
}
}
}
return typeList;
}
/** Creates the component definition */
private void createComponent() {
TraceModel model = dictionaryFile.getOwner().getModel();
int compid = model.getID();
// Component prefix and suffix are in property file.
// If not there, the default values are used
String prefix = TraceObjectUtils.findProperty(model, PropertyNames.PREFIX);
if (prefix == null || prefix.length() == 0) {
prefix = FormattingUtils.getDefaultComponentPrefix(model);
}
String suffix = TraceObjectUtils.findProperty(model, PropertyNames.SUFFIX);
if (suffix == null || suffix.length() == 0) {
suffix = FormattingUtils.getDefaultComponentSuffix(model);
}
Dictionary.startComponent(compid, dictionaryFile.getProjectName(), prefix, suffix);
for (TraceGroup group : model) {
createGroup(group);
}
Dictionary.endComponent();
}