She often had to act as a buffer between father and son.
她常常不得不在父子之间扮演调解人角色。
Increase the buffer pool size.
增加缓冲池大小。
That is a massive safety buffer.
这是极为庞大的安全缓冲。
Proper size for the buffer pool.
为缓冲池设置适当的大小。
A buffer zone was clearly needed.
显而易见，现在急需一个缓冲区。
Why are buffer overflows so common?
为什么缓冲区溢出如此常见？
The crisis has depleted that buffer.
经济危机摧毁了缓冲存货。
日志缓冲区满了。
The minimum buffer size is 1 megabyte.
缓冲区大小最少也要达到 1 兆字节。
It is the parameter for the log buffer.
它是用于日志缓冲区的参数。
它可能是缓冲液。
一点儿缓冲区都没有。
处理这个缓冲区。
Create buffer pool BP 5000 page, size 16k.
创建缓冲池BP 5000个页面，大小16K。
A table space can only use one buffer pool.
一个表空间只能使用一个缓冲池。
If lost, you must redraw the entire buffer.
如果丢失该项，则必须重新绘制整个缓冲区。
Why are buffer overflows a security problem?
为什么缓冲区溢位是安全性问题？
This attack may also lead to buffer overruns.
这种攻击可能还会导致缓冲区溢出。
This changes the state of the buffer to FULL.
这样就把缓冲的状态变成FULL。
Why not allocate a bigger buffer pool instead?
为什么不分配一个更大的缓冲池呢？
That should have given companies a bigger buffer.
这应当会给大公司更多的缓冲。
Otherwise, data is staged through a driver buffer.
否则，数据会通过驱动器缓冲被分段。
Begin today to build a buffer around your schedule.
从今天开始在你的日程表里建立一个缓冲区间。
You want to know the current target buffer end.
获取目标缓冲区的当前指针。
Only a small buffer is needed to read or write data.
它只需要使用一个很小的缓冲区来读写数据。
Let's start with a quick review of buffer overflows.
现在让我们快速回顾一下缓冲区溢出问题。
On the other hand, do not flush the buffer too often.
另一方面，不要太频繁地刷新缓冲区。
Buffer overflows are the cause of many a security bug.
缓冲区溢出是许多安全性问题的起因。
Create a new table space that USES the new buffer pool.
创建一个使用这个新缓存池的新表格空间。
Now the data is stored in the user address space buffer.
现在数据被储存在用户地址空间缓冲区。
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