| 1. | Creating a valid connection string using shared memory protocol
使用shared memory协议创建有效的连接字符串 |
| 2. | For the named pipes and shared memory protocols , there can only be one endpoint per instance
对于named pipes和shared memory协议，每个实例只能有一个端点。 |
| 3. | For all installations , shared memory protocol is enabled to allow local connections to the server
对于所有的安装，将启用shared memory协议以允许本地到服务器的连接。 |
| 4. | Sql native client accepts any of the following formats to connect locally using the shared memory protocol
Sql native client接受下列任一格式来使用shared memory协议进行本地连接： |
| 5. | Use the shared memory protocol for troubleshooting when you suspect the other protocols are configured incorrectly
如果怀疑其他协议配置有误，请使用shared memory协议进行故障排除。 |
| 6. | The shared memory protocol is also available if the client is connecting to an instance of the database engine on the same computer
如果客户端要连接到同一计算机上的数据库引擎实例，则也可以使用共享内存协议。 |
| 7. | The shared memory protocol is enabled by default on all installations , but can only be used to connect to database engine from a client application on the same computer
（默认情况下，所有安装都启用shared memory协议，但只用于从同一计算机上客户端应用程序连接到数据库引擎。 |
| 8. | Because clients using the shared memory protocol can only connect to a sql server instance running on the same computer , it is not useful for most database activity
由于使用shared memory协议的客户端仅可以连接到同一台计算机上运行的sql server实例，因此它对于大多数数据库活动而言是没用的。 |
| 9. | When you connect to the database engine from a local client the client application and sql server are on the same computer , the connection uses shared memory protocol by default
从本地客户端（客户端应用程序和sql server位于同一台计算机上）连接到数据库引擎时，该连接将默认使用shared memory协议。 |
| 10. | In this paper , a new distributed shared memory protocol that could effectively avoid the false sharing problem is presented , which is implemented via c under linux environment
本文针对这一个问题，提出了基于宿主存储结构的懒惰释放一致性协议。然后在linux下实现了这个协议，并用测试出的实验数据验证了其正确性和有效性。 |
