public boolean getMultithreaded() { try { return _broker.getMultithreaded(); } catch (RuntimeException re) { throw translate(re); } }
public boolean getMultithreaded() { try { return _broker.getMultithreaded(); } catch (RuntimeException re) { throw translate(re); } }
public boolean getMultithreaded() { try { return _broker.getMultithreaded(); } catch (RuntimeException re) { throw translate(re); } }
public boolean getMultithreaded() { try { return _broker.getMultithreaded(); } catch (RuntimeException re) { throw translate(re); } }
public boolean getMultithreaded() { try { return _broker.getMultithreaded(); } catch (RuntimeException re) { throw translate(re); } }
/** * Constructor. * * @param broker the owning broker * @param type the candidate class * @param subs whether subclasses are included in the extent */ ExtentImpl(Broker broker, Class<T> type, boolean subs, FetchConfiguration fetch) { _broker = broker; _type = type; _subs = subs; if (fetch != null) _fc = fetch; else _fc = (FetchConfiguration) broker.getFetchConfiguration().clone(); _ignore = broker.getIgnoreChanges(); if (broker.getMultithreaded()) _lock = new ReentrantLock(); else _lock = null; }
/** * Constructor. * * @param broker the owning broker * @param type the candidate class * @param subs whether subclasses are included in the extent */ ExtentImpl(Broker broker, Class<T> type, boolean subs, FetchConfiguration fetch) { _broker = broker; _type = type; _subs = subs; if (fetch != null) _fc = fetch; else _fc = (FetchConfiguration) broker.getFetchConfiguration().clone(); _ignore = broker.getIgnoreChanges(); if (broker.getMultithreaded()) _lock = new ReentrantLock(); else _lock = null; }
/** * Constructor. * * @param broker the owning broker * @param type the candidate class * @param subs whether subclasses are included in the extent */ ExtentImpl(Broker broker, Class<T> type, boolean subs, FetchConfiguration fetch) { _broker = broker; _type = type; _subs = subs; if (fetch != null) _fc = fetch; else _fc = (FetchConfiguration) broker.getFetchConfiguration().clone(); _ignore = broker.getIgnoreChanges(); if (broker.getMultithreaded()) _lock = new ReentrantLock(); else _lock = null; }
/** * Constructor. * * @param broker the owning broker * @param type the candidate class * @param subs whether subclasses are included in the extent */ ExtentImpl(Broker broker, Class type, boolean subs, FetchConfiguration fetch) { _broker = broker; _type = type; _subs = subs; if (fetch != null) _fc = fetch; else _fc = (FetchConfiguration) broker.getFetchConfiguration().clone(); _ignore = broker.getIgnoreChanges(); if (broker.getMultithreaded()) _lock = new ReentrantLock(); else _lock = null; }
/** * Constructor. * * @param broker the owning broker * @param type the candidate class * @param subs whether subclasses are included in the extent */ ExtentImpl(Broker broker, Class<T> type, boolean subs, FetchConfiguration fetch) { _broker = broker; _type = type; _subs = subs; if (fetch != null) _fc = fetch; else _fc = (FetchConfiguration) broker.getFetchConfiguration().clone(); _ignore = broker.getIgnoreChanges(); if (broker.getMultithreaded()) _lock = new ReentrantLock(); else _lock = null; }
sm, idxs, opts.getAccessUnloaded(), broker.getMultithreaded())); return true;
sm, idxs, opts.getAccessUnloaded(), broker.getMultithreaded())); return true;
sm, idxs, opts.getAccessUnloaded(), broker.getMultithreaded())); return true;
sm, idxs, opts.getAccessUnloaded(), broker.getMultithreaded())); return true;
public Executor newDataStoreExecutor(ClassMetaData meta, boolean subs) { boolean parallel = !getContext().getStoreContext().getBroker() .getMultithreaded(); ParallelExecutor ex = new ParallelExecutor(this, meta, parallel); for (StoreQuery q : _queries) { ex.addExecutor(q.newDataStoreExecutor(meta, subs)); } return ex; }
public Executor newDataStoreExecutor(ClassMetaData meta, boolean subs) { boolean parallel = !getContext().getStoreContext().getBroker() .getMultithreaded(); ParallelExecutor ex = new ParallelExecutor(this, meta, parallel); for (StoreQuery q : _queries) { ex.addExecutor(q.newDataStoreExecutor(meta, subs)); } return ex; }
public Executor newDataStoreExecutor(ClassMetaData meta, boolean subs) { boolean parallel = !getContext().getStoreContext().getBroker() .getMultithreaded(); ParallelExecutor ex = new ParallelExecutor(this, meta, parallel); for (StoreQuery q : _queries) { ex.addExecutor(q.newDataStoreExecutor(meta, subs)); } return ex; }
public Executor newDataStoreExecutor(ClassMetaData meta, boolean subs) { boolean parallel = !getContext().getStoreContext().getBroker() .getMultithreaded(); ParallelExecutor ex = new ParallelExecutor(this, meta, subs, _parser, ctx.getCompilation(), parallel); for (StoreQuery q : _queries) { ex.addExecutor(q.newDataStoreExecutor(meta, subs)); } return ex; }
public Executor newDataStoreExecutor(ClassMetaData meta, boolean subs) { boolean parallel = !getContext().getStoreContext().getBroker() .getMultithreaded(); ParallelExecutor ex = new ParallelExecutor(this, meta, subs, _parser, ctx.getCompilation(), parallel); for (StoreQuery q : _queries) { ex.addExecutor(q.newDataStoreExecutor(meta, subs)); } return ex; }
public Executor newDataStoreExecutor(ClassMetaData meta, boolean subs) { boolean parallel = !getContext().getStoreContext().getBroker() .getMultithreaded(); ParallelExecutor ex = new ParallelExecutor(this, meta, subs, _parser, ctx.getCompilation(), parallel); for (StoreQuery q : _queries) { ex.addExecutor(q.newDataStoreExecutor(meta, subs)); } return ex; }