public Throwable getRollbackCause() throws Exception { // check to see if the runtime is cached if (_runtime == null) getTransactionManager(); if (_runtime != null) return _runtime.getRollbackCause(); return null; }
public void setRollbackOnly(Throwable cause) throws Exception { // check to see if the runtime is cached if (_runtime == null) getTransactionManager(); if (_runtime != null) _runtime.setRollbackOnly(cause); }
public Throwable getRollbackCause() throws Exception { // check to see if the runtime is cached if (_runtime == null) getTransactionManager(); if (_runtime != null) return _runtime.getRollbackCause(); return null; }
public Throwable getRollbackCause() throws Exception { // check to see if the runtime is cached if (_runtime == null) getTransactionManager(); if (_runtime != null) return _runtime.getRollbackCause(); return null; }
public Object getTransactionKey() throws Exception, SystemException { if(_runtime == null) getTransactionManager(); if(_runtime != null ) return _runtime.getTransactionKey(); return null; }
public Throwable getRollbackCause() throws Exception { // check to see if the runtime is cached if (_runtime == null) getTransactionManager(); if (_runtime != null) return _runtime.getRollbackCause(); return null; }
public Object getTransactionKey() throws Exception, SystemException { if(_runtime == null) getTransactionManager(); if(_runtime != null ) return _runtime.getTransactionKey(); return null; }
public void setRollbackOnly(Throwable cause) throws Exception { // check to see if the runtime is cached if (_runtime == null) getTransactionManager(); if (_runtime != null) _runtime.setRollbackOnly(cause); }
public Object getTransactionKey() throws Exception, SystemException { if(_runtime == null) getTransactionManager(); if(_runtime != null ) return _runtime.getTransactionKey(); return null; }
public void setRollbackOnly(Throwable cause) throws Exception { // check to see if the runtime is cached if (_runtime == null) getTransactionManager(); if (_runtime != null) _runtime.setRollbackOnly(cause); }
public Object getTransactionKey() throws Exception, SystemException { if(_runtime == null) getTransactionManager(); if(_runtime != null ) return _runtime.getTransactionKey(); return null; } }
public void setRollbackOnly(Throwable cause) throws Exception { // check to see if the runtime is cached if (_runtime == null) getTransactionManager(); if (_runtime != null) _runtime.setRollbackOnly(cause); }
public Throwable getRollbackCause() throws Exception { // check to see if the runtime is cached if (_runtime == null) getTransactionManager(); if (_runtime != null) return _runtime.getRollbackCause(); return null; }
public void setRollbackOnly(Throwable cause) throws Exception { // check to see if the runtime is cached if (_runtime == null) getTransactionManager(); if (_runtime != null) _runtime.setRollbackOnly(cause); }
public Object getTransactionKey() throws Exception, SystemException { if(_runtime == null) getTransactionManager(); if(_runtime != null ) return _runtime.getTransactionKey(); return null; }
/** * Delegate nonTransactional work to the appropriate managed runtime. If no * managed runtime is found then delegate {@link AbstractManagedRuntime}. */ public void doNonTransactionalWork(Runnable runnable) throws NotSupportedException { // Obtain a transaction manager to initialize the runtime. try { getTransactionManager(); } catch (Exception e) { NotSupportedException nse = new NotSupportedException(_loc .get("tm-unavailable", _runtime).getMessage()); nse.initCause(e); throw nse; } _runtime.doNonTransactionalWork(runnable); } }
/** * Delegate nonTransactional work to the appropriate managed runtime. If no * managed runtime is found then delegate {@link AbstractManagedRuntime}. */ public void doNonTransactionalWork(Runnable runnable) throws NotSupportedException { // Obtain a transaction manager to initialize the runtime. try { getTransactionManager(); } catch (Exception e) { NotSupportedException nse = new NotSupportedException(_loc .get("tm-unavailable", _runtime).getMessage()); nse.initCause(e); throw nse; } _runtime.doNonTransactionalWork(runnable); } }
/** * Delegate nonTransactional work to the appropriate managed runtime. If no * managed runtime is found then delegate {@link AbstractManagedRuntime}. */ public void doNonTransactionalWork(Runnable runnable) throws NotSupportedException { // Obtain a transaction manager to initialize the runtime. try { getTransactionManager(); } catch (Exception e) { NotSupportedException nse = new NotSupportedException(_loc .get("tm-unavailable", _runtime).getMessage()); nse.initCause(e); throw nse; } _runtime.doNonTransactionalWork(runnable); } }
/** * Delegate nonTransactional work to the appropriate managed runtime. If no * managed runtime is found then delegate {@link AbstractManagedRuntime}. */ public void doNonTransactionalWork(Runnable runnable) throws NotSupportedException { // Obtain a transaction manager to initialize the runtime. try { getTransactionManager(); } catch (Exception e) { NotSupportedException nse = new NotSupportedException(_loc .get("tm-unavailable", _runtime).getMessage()); nse.initCause(e); throw nse; } _runtime.doNonTransactionalWork(runnable); } }