@NotNull
public ValueContainerImpl<Value> copy() {
ValueContainerImpl<Value> container = new ValueContainerImpl<Value>();
if (myInputIdMapping instanceof THashMap) {
final THashMap<Value, Object> mapping = (THashMap<Value, Object>) myInputIdMapping;
final THashMap<Value, Object> newMapping = new THashMap<Value, Object>(mapping.size());
container.myInputIdMapping = newMapping;
mapping.forEachEntry(
new TObjectObjectProcedure<Value, Object>() {
@Override
public boolean execute(Value key, Object val) {
if (val instanceof ChangeBufferingList) {
newMapping.put(key, ((ChangeBufferingList) val).clone());
} else {
newMapping.put(key, val);
}
return true;
}
});
} else {
container.myInputIdMapping = myInputIdMapping;
container.myInputIdMappingValue =
myInputIdMappingValue instanceof ChangeBufferingList
? ((ChangeBufferingList) myInputIdMappingValue).clone()
: myInputIdMappingValue;
}
return container;
}
private void removeValue(int inputId, Value value) {
final Object input = getInput(value);
if (input == null) {
return;
}
if (input instanceof ChangeBufferingList) {
final ChangeBufferingList changesList = (ChangeBufferingList) input;
changesList.remove(inputId);
if (!changesList.isEmpty()) return;
} else if (input instanceof Integer) {
if (((Integer) input).intValue() != inputId) {
return;
}
}
if (!(myInputIdMapping instanceof THashMap)) {
myInputIdMapping = null;
myInputIdMappingValue = null;
} else {
THashMap<Value, Object> mapping = (THashMap<Value, Object>) myInputIdMapping;
mapping.remove(value);
if (mapping.size() == 1) {
myInputIdMapping = mapping.keySet().iterator().next();
myInputIdMappingValue = mapping.get((Value) myInputIdMapping);
}
}
}
public SortResult sort(
List<Library> libraries,
File outFile,
Condition<String> isExternal,
boolean returnDefinitionMap)
throws IOException {
final THashMap<CharSequence, Definition> definitionMap =
new THashMap<>(libraries.size() * 128, AbcTranscoder.HASHING_STRATEGY);
final List<LibrarySetItem> unsortedItems = collectItems(libraries, definitionMap, isExternal);
final AbcMerger abcMerger = new AbcMerger(definitionMap, outFile, definitionProcessor);
try {
final ArrayList<Library> resourceOrStyleHolders = new ArrayList<>(unsortedItems.size());
for (LibrarySetItem item : unsortedItems) {
if (!item.hasDefinitions()) {
if (item.library.hasResourceBundles()) {
resourceOrStyleHolders.add(item.library);
}
continue;
}
if (item.library.hasResourceBundles() || item.library.isStyleOwner()) {
resourceOrStyleHolders.add(item.library);
}
abcMerger.process(item.library);
}
if (definitionMapProcessor != null) {
definitionMapProcessor.process(definitionMap, abcMerger);
}
final List<Decoder> decoders = new ArrayList<>(definitionMap.size());
final String[] singleStringArray = new String[1];
definitionMap.forEachValue(
new TObjectProcedure<Definition>() {
@Override
public boolean execute(Definition definition) {
if (definition.doAbcData != null
&& (definition.resolved == ResolvedState.YES
|| (definition.resolved == ResolvedState.UNKNOWN
&& processDependencies(
decoders, definition, definitionMap, singleStringArray)))) {
decoders.add(createDecoder(definition));
}
return true;
}
});
abcMerger.end(decoders, new Encoder());
return new SortResult(returnDefinitionMap ? definitionMap : null, resourceOrStyleHolders);
} finally {
abcMerger.close();
}
}
public int size() {
return myRegularMap.size() + myForeignMap.size() + myOtherMap.size();
}
