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1·Lists resource contention by process and thread.

按进程和线程列出资源争用。

2·Lists resource contention data by source code line.

按源代码行列出资源争用数据。

3·Lists resource contention data by blocked resource.

按阻塞的资源列出资源争用数据。

4·Lists thread and resource contention data by function.

按函数列出线程和资源争用数据。

5·No resource contention means most threading problems go away.

没有资源冲突就意味着大多数线程化问题消失了。

6·Again, this is to avoid potential resource contention issues.

同样，这也是为了避免可能的资源争用问题。

7·To avoid the resource contention problem, a new file name suffix is used.

为避免资源争用问题，可使用新的名称后缀。

8·Does not manage backend (e.g. database) resource contention between policies?

并不管理策略之间的后端(例如数据库)资源争用。

9·By introducing control places, the resource contention problem can be resolved.

控制库所的引入，可消除资源争用冲突。

10·Shared-resource contention becomes an important design consideration when adopting an SOA.

共享资源争用在采用 SOA 时将是一个重要的设计注意事项。