/** {@inheritDoc} */ @Override protected void orderItems() { int sz = classDefs.size(); int idx = 0; orderedDefs = new ArrayList<ClassDefItem>(sz); /* * Iterate over all the classes, recursively assigning an * index to each, implicitly skipping the ones that have * already been assigned by the time this (top-level) * iteration reaches them. */ for (Type type : classDefs.keySet()) { idx = orderItems0(type, idx, sz - idx); } }
/** {@inheritDoc} */ @Override protected void orderItems() { int sz = classDefs.size(); int idx = 0; orderedDefs = new ArrayList<ClassDefItem>(sz); /* * Iterate over all the classes, recursively assigning an * index to each, implicitly skipping the ones that have * already been assigned by the time this (top-level) * iteration reaches them. */ for (Type type : classDefs.keySet()) { idx = orderItems0(type, idx, sz - idx); } }
/** {@inheritDoc} */ @Override protected void orderItems() { int sz = classDefs.size(); int idx = 0; orderedDefs = new ArrayList<ClassDefItem>(sz); /* * Iterate over all the classes, recursively assigning an * index to each, implicitly skipping the ones that have * already been assigned by the time this (top-level) * iteration reaches them. */ for (Type type : classDefs.keySet()) { idx = orderItems0(type, idx, sz - idx); } }
/** {@inheritDoc} */ @Override protected void orderItems() { int sz = classDefs.size(); int idx = 0; orderedDefs = new ArrayList<ClassDefItem>(sz); /* * Iterate over all the classes, recursively assigning an * index to each, implicitly skipping the ones that have * already been assigned by the time this (top-level) * iteration reaches them. */ for (Type type : classDefs.keySet()) { idx = orderItems0(type, idx, sz - idx); } }
/** {@inheritDoc} */ @Override protected void orderItems() { int sz = classDefs.size(); int idx = 0; orderedDefs = new ArrayList<ClassDefItem>(sz); /* * Iterate over all the classes, recursively assigning an * index to each, implicitly skipping the ones that have * already been assigned by the time this (top-level) * iteration reaches them. */ for (Type type : classDefs.keySet()) { idx = orderItems0(type, idx, sz - idx); } }
/** {@inheritDoc} */ @Override protected void orderItems() { int sz = classDefs.size(); int idx = 0; orderedDefs = new ArrayList<ClassDefItem>(sz); /* * Iterate over all the classes, recursively assigning an * index to each, implicitly skipping the ones that have * already been assigned by the time this (top-level) * iteration reaches them. */ for (Type type : classDefs.keySet()) { idx = orderItems0(type, idx, sz - idx); } }
/** {@inheritDoc} */ @Override protected void orderItems() { int sz = classDefs.size(); int idx = 0; orderedDefs = new ArrayList<ClassDefItem>(sz); /* * Iterate over all the classes, recursively assigning an * index to each, implicitly skipping the ones that have * already been assigned by the time this (top-level) * iteration reaches them. */ for (Type type : classDefs.keySet()) { idx = orderItems0(type, idx, sz - idx); } }
/** {@inheritDoc} */ @Override protected void orderItems() { int sz = classDefs.size(); int idx = 0; orderedDefs = new ArrayList<ClassDefItem>(sz); /* * Iterate over all the classes, recursively assigning an * index to each, implicitly skipping the ones that have * already been assigned by the time this (top-level) * iteration reaches them. */ for (Type type : classDefs.keySet()) { idx = orderItems0(type, idx, sz - idx); } }
if (superclassCst != null) { Type superclass = superclassCst.getClassType(); idx = orderItems0(superclass, idx, maxDepth); int sz = interfaces.size(); for (int i = 0; i < sz; i++) { idx = orderItems0(interfaces.getType(i), idx, maxDepth);
if (superclassCst != null) { Type superclass = superclassCst.getClassType(); idx = orderItems0(superclass, idx, maxDepth); int sz = interfaces.size(); for (int i = 0; i < sz; i++) { idx = orderItems0(interfaces.getType(i), idx, maxDepth);
if (superclassCst != null) { Type superclass = superclassCst.getClassType(); idx = orderItems0(superclass, idx, maxDepth); int sz = interfaces.size(); for (int i = 0; i < sz; i++) { idx = orderItems0(interfaces.getType(i), idx, maxDepth);
if (superclassCst != null) { Type superclass = superclassCst.getClassType(); idx = orderItems0(superclass, idx, maxDepth); int sz = interfaces.size(); for (int i = 0; i < sz; i++) { idx = orderItems0(interfaces.getType(i), idx, maxDepth);
if (superclassCst != null) { Type superclass = superclassCst.getClassType(); idx = orderItems0(superclass, idx, maxDepth); int sz = interfaces.size(); for (int i = 0; i < sz; i++) { idx = orderItems0(interfaces.getType(i), idx, maxDepth);
if (superclassCst != null) { Type superclass = superclassCst.getClassType(); idx = orderItems0(superclass, idx, maxDepth); int sz = interfaces.size(); for (int i = 0; i < sz; i++) { idx = orderItems0(interfaces.getType(i), idx, maxDepth);
if (superclassCst != null) { Type superclass = superclassCst.getClassType(); idx = orderItems0(superclass, idx, maxDepth); int sz = interfaces.size(); for (int i = 0; i < sz; i++) { idx = orderItems0(interfaces.getType(i), idx, maxDepth);
if (superclassCst != null) { Type superclass = superclassCst.getClassType(); idx = orderItems0(superclass, idx, maxDepth); int sz = interfaces.size(); for (int i = 0; i < sz; i++) { idx = orderItems0(interfaces.getType(i), idx, maxDepth);