/** * Make callbacks, recording any exceptions in the given collection. */ private void makeCallbacks(Object source, Object related, ClassMetaData meta, int type, Collection<Exception> exceptions) { // make lifecycle callbacks LifecycleCallbacks[] callbacks = meta.getLifecycleMetaData(). getCallbacks(type); for (int i = 0; !_fail && i < callbacks.length; i++) { try { callbacks[i].makeCallback(source, related, type); } catch (Exception e) { exceptions.add(e); if (_failFast) _fail = true; } } }
/** * Make callbacks, recording any exceptions in the given collection. */ private void makeCallbacks(Object source, Object related, ClassMetaData meta, int type, Collection<Exception> exceptions) { // make lifecycle callbacks LifecycleCallbacks[] callbacks = meta.getLifecycleMetaData(). getCallbacks(type); for (int i = 0; !_fail && i < callbacks.length; i++) { try { callbacks[i].makeCallback(source, related, type); } catch (Exception e) { exceptions.add(e); if (_failFast) _fail = true; } } }
/** * Return true if any callbacks are registered for the given source and * event type. */ private boolean hasCallbacks(Object source, ClassMetaData meta, int type) { LifecycleCallbacks[] callbacks = meta.getLifecycleMetaData(). getCallbacks(type); if (callbacks.length == 0) return false; for (int i = 0; i < callbacks.length; i++) if (callbacks[i].hasCallback(source, type)) return true; return false; }
/** * Make callbacks, recording any exceptions in the given collection. */ private void makeCallbacks(Object source, Object related, ClassMetaData meta, int type, Collection<Exception> exceptions) { // make lifecycle callbacks LifecycleCallbacks[] callbacks = meta.getLifecycleMetaData(). getCallbacks(type); for (int i = 0; !_fail && i < callbacks.length; i++) { try { callbacks[i].makeCallback(source, related, type); } catch (Exception e) { exceptions.add(e); if (_failFast) _fail = true; } } }
/** * Make callbacks, recording any exceptions in the given collection. */ private void makeCallbacks(Object source, Object related, ClassMetaData meta, int type, Collection<Exception> exceptions) { // make lifecycle callbacks LifecycleCallbacks[] callbacks = meta.getLifecycleMetaData(). getCallbacks(type); for (int i = 0; !_fail && i < callbacks.length; i++) { try { callbacks[i].makeCallback(source, related, type); } catch (Exception e) { exceptions.add(e); if (_failFast) _fail = true; } } }
/** * Return true if any callbacks are registered for the given source and * event type. */ private boolean hasCallbacks(Object source, ClassMetaData meta, int type) { LifecycleCallbacks[] callbacks = meta.getLifecycleMetaData(). getCallbacks(type); if (callbacks.length == 0) return false; for (int i = 0; i < callbacks.length; i++) if (callbacks[i].hasCallback(source, type)) return true; return false; }
/** * Make callbacks, recording any exceptions in the given collection. */ private void makeCallbacks(Object source, Object related, ClassMetaData meta, int type, Collection exceptions) { // make lifecycle callbacks LifecycleCallbacks[] callbacks = meta.getLifecycleMetaData(). getCallbacks(type); for (int i = 0; !_fail && i < callbacks.length; i++) { try { callbacks[i].makeCallback(source, related, type); } catch (Exception e) { exceptions.add(e); if (_failFast) _fail = true; } } }
/** * Return true if any callbacks are registered for the given source and * event type. */ private boolean hasCallbacks(Object source, ClassMetaData meta, int type) { LifecycleCallbacks[] callbacks = meta.getLifecycleMetaData(). getCallbacks(type); if (callbacks.length == 0) return false; for (int i = 0; i < callbacks.length; i++) if (callbacks[i].hasCallback(source, type)) return true; return false; }
/** * Return true if any callbacks are registered for the given source and * event type. */ private boolean hasCallbacks(Object source, ClassMetaData meta, int type) { LifecycleCallbacks[] callbacks = meta.getLifecycleMetaData(). getCallbacks(type); if (callbacks.length == 0) return false; for (int i = 0; i < callbacks.length; i++) if (callbacks[i].hasCallback(source, type)) return true; return false; }
/** * Return true if any callbacks are registered for the given source and * event type. */ private boolean hasCallbacks(Object source, ClassMetaData meta, int type) { LifecycleCallbacks[] callbacks = meta.getLifecycleMetaData(). getCallbacks(type); if (callbacks.length == 0) return false; for (int i = 0; i < callbacks.length; i++) if (callbacks[i].hasCallback(source, type)) return true; return false; }
supHigh = (_superHigh == null) ? 0 : _superHigh[i]; } else { sups = supMeta.getCallbacks(i); supHigh = (supMeta._high == null) ? 0 : supMeta._high[i];
supHigh = (_superHigh == null) ? 0 : _superHigh[i]; } else { sups = supMeta.getCallbacks(i); supHigh = (supMeta._high == null) ? 0 : supMeta._high[i];
supHigh = (_superHigh == null) ? 0 : _superHigh[i]; } else { sups = supMeta.getCallbacks(i); supHigh = (supMeta._high == null) ? 0 : supMeta._high[i];
supHigh = (_superHigh == null) ? 0 : _superHigh[i]; } else { sups = supMeta.getCallbacks(i); supHigh = (supMeta._high == null) ? 0 : supMeta._high[i];
supHigh = (_superHigh == null) ? 0 : _superHigh[i]; } else { sups = supMeta.getCallbacks(i); supHigh = (supMeta._high == null) ? 0 : supMeta._high[i];