CObject(CLibrary library, String name, boolean isProtocol) {
super(name);
this.library = library;
this.isProtocol = isProtocol;
genericsCount = Advisor.genericsSupport(name);
this.cClassName = library.getPackagename().replace(".", "_") + "_" + name;
}
public void finalizeObject() {
/*
* Fix Constructors
*/
CConstructor base, running;
String basesig;
Set<CConstructor> doubles = new HashSet<CConstructor>();
for (int i = 0; i < constructors.size() - 1; i++) {
base = constructors.get(i);
basesig = base.getSignature(name);
for (int j = i + 1; j < constructors.size(); j++) {
running = constructors.get(j);
if (!doubles.contains(running) && running.getSignature(name).equals(basesig)) {
base.updateEnum(
basesig); // The enumaration definition happens HERE, because we want to finish with
// typedefs first and be sure that an override REALLY exists
if (base.isOverloaded()) {
if (base.getEnum() != null) // Might be overloaded but we don't support this in Java
hasConstructorEnums = true;
for (String def : running.getDefinitions()) base.addDefinition(def);
doubles.add(running);
} else
Reporter.UNKNOWN_OVERRIDE.report(
"constructor " + basesig,
base.getDefinitions().iterator().next()
+ " ## "
+ running.getDefinitions().iterator().next());
}
}
}
for (CConstructor obs : doubles) constructors.remove(obs);
/*
* Fix Methods
*/
// Search if this is a delegate, so that the selector name aggregator will be more aggressive
boolean isDelegate = false;
for (String pattern : Advisor.getDelegatePatterns()) isDelegate |= name.matches(pattern);
Map<String, List<CMethod>> maps = new HashMap<String, List<CMethod>>();
List<CMethod> toRemove = new ArrayList<CMethod>();
// Put methods in order
for (CMethod m : methods) {
String givenName =
Advisor.getMethodCanonical((m.isStatic() ? "+" : "-") + m.getSignature(name));
if (givenName != null)
if (givenName.equals("")) toRemove.add(m);
else m.setCanonicalName(givenName);
else {
String key =
isDelegate
? m.getNameParts().get(0)
: m.getSignature(
""); // if it is a delegate, group by first type, to minimize namespace
// pollution
List<CMethod> list = maps.get(key);
if (list == null) {
list = new ArrayList<CMethod>();
maps.put(key, list);
}
list.add(m);
}
m.setMandatory(AdvisorMediator.methodIsMandatoryForObject(m.getSelectorName(), this.name));
}
// find conflicting methods
for (List<CMethod> conflict : maps.values()) // get a list of all methods in categorized format
if (conflict.size() > 1) { // only affect methods with conflict
List<List<String>> parts = new ArrayList<List<String>>(); // aggregate parameter names
List<Boolean> statics = new ArrayList<Boolean>();
for (CMethod meth : conflict) {
parts.add(meth.getNameParts());
statics.add(meth.isStatic());
}
List<String> newnames =
Oracle.findUniqueNames(parts, statics, isDelegate); // find new names
String cname;
for (int i = 0; i < conflict.size(); i++) {
cname = newnames.get(i);
if (cname == null) methods.remove(conflict.get(i));
else conflict.get(i).setCanonicalName(newnames.get(i));
}
}
// Remove methods which are not valid
for (CMethod m : toRemove) methods.remove(m);
if (AdvisorMediator.objectHasMandatoryMethods(this.name)) hasMandatoryMethods = true;
}
