安全文件共享锁定了一台笔记本电脑，桌上型电脑，外部驱动器或usb闪存驱动器的全部内容，包括引导扇区，系统和交换文件。
Secure file sharing locks down the entire contents of a laptop, desktop, external drive, or USB flash drive, including boot sectors, system, and swap files.
由于共享资源被锁定、使用或耗尽，脆弱的SOA可能会直接或间接地影响其他服务和子系统。
A brittle SOA can directly or indirectly affect peer services and subsystems, as Shared resources are locked, consumed, or exhausted.
在使用完善的文件共享和锁定语义来防止冲突的同时，CIFS允许多个客户端对同一个文件进行访问和更新。
CIFS allows multiple clients to access and update the same file, while preventing conflicts with sophisticated file sharing and locking semantics.
在阻塞的情况下，托管任务将继续持有其在调度期间获得的所有共享资源(例如，存储资源、任务级别的资源和互斥锁定)。
While blocked, the managed task continues to hold any Shared resources it acquired during the course of its dispatch (for example, storage resources, task-level resources, and mutex locks).
为了实现文件共享和锁定机制，我们创建了一个名为WalrusVirtualBlockManager的类。
To implement file sharing and locking mechanism we have created a class called WalrusVirtualBlockManager.
现在您已了解如何在集群中安装Eucalyptus，以及如何修改Walrus源代码来实现或改进云中的文件共享和文件锁定机制。
Now you know how to install Eucalyptus in a cluster and how to modify the Walrus source code to implement or improve the file-sharing and file-locking mechanism on the cloud.
学习如何修改walrus源代码，以及如何重编译及运行，以改进Eucalyptus环境中的文件共享和文件锁定机制。
Learn how to modify the Walrus source code, and how to recompile and run it, in order to improve the file-sharing and file-locking mechanisms in the Eucalyptus environment.
此通信通常用于协调多个线程或进程的活动，通常通过锁定和取消锁定资源控制对共享资源的访问。
This communication is usually used to coordinate the activities of multiple threads or processes, typically by controlling access to a Shared resource by locking and unlocking the resource.
此通信通常用于协调多个线程或进程的活动，通常通过锁定和取消锁定资源控制对共享资源的访问。
This communication is usually used to coordinate the activities of multiple threads or processes, typically by controlling access to a Shared resource by locking and unlocking the resource.
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