public void writeLock() { if (_cache == null) return; try { _cache.writeLock(); } catch (RuntimeException re) { throw translate(re); } }
public void writeLock() { if (_cache == null) return; try { _cache.writeLock(); } catch (RuntimeException re) { throw translate(re); } }
public void writeLock() { if (_cache == null) return; try { _cache.writeLock(); } catch (RuntimeException re) { throw translate(re); } }
public void writeLock() { if (_cache == null) return; try { _cache.writeLock(); } catch (RuntimeException re) { throw translate(re); } }
public void writeLock() { if (_cache == null) return; try { _cache.writeLock(); } catch (RuntimeException re) { throw translate(re); } }
cache.writeLock(); try { transformToVersionSafePCDatas(cache, mods.additions);
cache.writeLock(); try { data = cache.get(sm.getObjectId());
private void cacheStateManager(DataCache cache, OpenJPAStateManager sm, DataCachePCData data) { if (sm.isFlushed()) { return; } // make sure that we're not trying to cache an old version cache.writeLock(); try { if (data != null && compareVersion(sm, sm.getVersion(), data.getVersion()) == VERSION_EARLIER) { return; } // cache newly loaded info. It is safe to cache data frorm // initialize() because this method is only called upon // initial load of the data. boolean isNew = data == null; if (isNew) { data = newPCData(sm, cache); } data.store(sm); if (isNew) { cache.put(data); } else { cache.update(data); } } finally { cache.writeUnlock(); } }
private void cacheStateManager(DataCache cache, OpenJPAStateManager sm, DataCachePCData data) { if (sm.isFlushed()) { return; } // make sure that we're not trying to cache an old version cache.writeLock(); try { if (data != null && compareVersion(sm, sm.getVersion(), data.getVersion()) == VERSION_EARLIER) { return; } // cache newly loaded info. It is safe to cache data frorm // initialize() because this method is only called upon // initial load of the data. boolean isNew = data == null; if (isNew) { data = newPCData(sm, cache); } data.store(sm); if (isNew) { cache.put(data); } else { cache.update(data); } } finally { cache.writeUnlock(); } }
private void cacheStateManager(DataCache cache, OpenJPAStateManager sm, DataCachePCData data) { if (sm.isFlushed()) { return; } // make sure that we're not trying to cache an old version cache.writeLock(); try { if (data != null && compareVersion(sm, sm.getVersion(), data.getVersion()) == VERSION_EARLIER) { return; } // cache newly loaded info. It is safe to cache data frorm // initialize() because this method is only called upon // initial load of the data. boolean isNew = data == null; if (isNew) { data = newPCData(sm, cache); } data.store(sm); if (isNew) { cache.put(data); } else { cache.update(data); } } finally { cache.writeUnlock(); } }
private void cacheStateManager(DataCache cache, OpenJPAStateManager sm, DataCachePCData data) { if (sm.isFlushed()) { return; } // make sure that we're not trying to cache an old version cache.writeLock(); try { if (data != null && compareVersion(sm, sm.getVersion(), data.getVersion()) == VERSION_EARLIER) { return; } // cache newly loaded info. It is safe to cache data frorm // initialize() because this method is only called upon // initial load of the data. boolean isNew = data == null; if (isNew) { data = newPCData(sm, cache); } data.store(sm); if (isNew) { cache.put(data); } else { cache.update(data); } } finally { cache.writeUnlock(); } }
cache.writeLock(); try { data = cache.get(sm.getObjectId());
cache.writeLock(); try { data = cache.get(sm.getObjectId());
cache.writeLock(); try { data = cache.get(sm.getObjectId());
return; cache.writeLock(); try { DataCachePCData data = cache.get(oid);
return; cache.writeLock(); try { DataCachePCData data = cache.get(oid);
return; cache.writeLock(); try { DataCachePCData data = cache.get(oid);
return; cache.writeLock(); try { DataCachePCData data = cache.get(oid);
return; cache.writeLock(); try { DataCachePCData data = cache.get(oid);
cache.writeLock(); try { data = cache.get(sm.getObjectId());