public boolean isAssignableTo(Type type) { if (resolved != null) return type.isAssignableFrom(resolved); if (Type.OBJECT.equals(type)) return true; if (potentialClass != null && !type.isAssignableFrom(potentialClass)) potentialClass = null; Map map = mergeMultiAndSingle(this, type); if (map.size() == 1 && potentialClass == null) { // Update previous merge paths to the same resolved type resolved = Type.get((CtClass) map.values().iterator().next()); propogateResolved(); return true; } // Keep all previous merge paths up to date if (map.size() >= 1) { interfaces = map; propogateState(); return true; } if (potentialClass != null) { resolved = potentialClass; propogateResolved(); return true; } return false; }
public void testGetType() { assertEquals("Ljava/lang/String;", Type.get(String.class).getName()); assertEquals("[Ljava/lang/String;", Type.get(String[].class).getName()); assertEquals("[[Ljava/lang/String;", Type.get(String[][].class).getName()); assertEquals("I", Type.get(int.class).getName()); assertEquals("[I", Type.get(int[].class).getName()); assertEquals("[[I", Type.get(int[][].class).getName()); }
public SimpleRangePart(String rep, boolean hasLetters, boolean hasNumbers) { _rep = rep; _type = Type.get(hasLetters, hasNumbers); }
public T get(ResultSet resultSet) throws SQLException { return type.get(resultSet, indexIn(resultSet)); }
public Type merge(Type type) { if (this == type) return this; if (type == UNINIT) return this; if (type == BOGUS) return BOGUS; if (type == null) return this; if (resolved != null) return resolved.merge(type); if (potentialClass != null) { Type mergePotential = potentialClass.merge(type); if (!mergePotential.equals(potentialClass) || mergePotential.popChanged()) { potentialClass = Type.OBJECT.equals(mergePotential) ? null : mergePotential; changed = true; } } Map merged; if (type instanceof MultiType) { MultiType multi = (MultiType) type; if (multi.resolved != null) { merged = mergeMultiAndSingle(this, multi.resolved); } else { merged = mergeMultiInterfaces(multi, this); if (!inMergeSource(multi)) mergeSource = multi; } } else { merged = mergeMultiAndSingle(this, type); } // Keep all previous merge paths up to date if (merged.size() > 1 || (merged.size() == 1 && potentialClass != null)) { // Check for changes if (merged.size() != interfaces.size()) { changed = true; } else if (changed == false) { Iterator iter = merged.keySet().iterator(); while (iter.hasNext()) if (!interfaces.containsKey(iter.next())) changed = true; } interfaces = merged; propogateState(); return this; } if (merged.size() == 1) { resolved = Type.get((CtClass) merged.values().iterator().next()); } else if (potentialClass != null) { resolved = potentialClass; } else { resolved = OBJECT; } propogateResolved(); return resolved; }