什么是屏幕缓冲区和窗口的大小和有什么区别？
What is screen buffer and window size and what is the difference?
保护区划分了三个功能区，即核心区、缓冲区和实验区。
The Reserve has divided three function areas, namely core, buffer and experimental area.
资料录集是编辑缓冲区和 动态集和快照集间的差异性。
The recordset as an edit buffer and the differences between dynasets and snapshots.
控制台有两个关系紧密的功能，也就是屏幕缓冲区和控制台窗口。
Two closely related features of the console are the screen buffer and the console window.
使用关键切割机，钻，锯，缓冲区和磨床，主要仪表和锁匠工具。
Use key cutting machines, drills, saws, buffers and grinders, key gauges and locksmith tools.
这样将保护程序代码避免堆栈、缓冲区和函数指针溢出，而且全都不需重新编译。
This protects against stack, buffer, and function pointer overflows, all without recompilation.
建立三种不同的保护区(划定区，缓冲区和景观区)，受特殊规定纳入规划之中。
Three different protection areas have been established (a nominated area, a buffer zone and a landscape zone), subject to special regulations incorporated into the planning instruments.
数据在被最终传入到应用程序前，在磁盘、内核缓冲区和用户缓冲区中被拷贝了多次。
The data gets copied multiple times among the disk, kernel buffer, and user buffer before it is finally delivered to the application.
首先必须分配用户空间数据缓冲区和检测缓冲区，并将它们指向sg_io_hdr对象。
First the user space data buffer and sense buffer should be allocated and made to point to the sg_io_hdr object.
这意味着DB 2将根据监视器堆、审计缓冲区和FCM缓冲区的大小计算当前配置所需的实例内存数量。
This means DB2 will calculate the amount of instance memory needed for the current configuration, based on the sizes of the monitor heap, audit buffer and the FCM buffers.
数据可能在寄存器，处理器缓冲区和主内存中以不同的次序移动，而不是按照程序指定的顺序。
Data may be moved between registers, processor caches, and main memory in different order than specified by the program.
使用直接缓冲区和非直接缓冲区直接的性能权衡可能随着JVM，操作系统和代码设计变化很大。
The performance tradeoffs of using direct versus non direct buffers can vary widely by JVM, operating system, and code design.
事实证明存在许多防止缓冲区溢出的不同技术，但它们都可划分为以下两种方法：静态分配的缓冲区和动态分配的缓冲区。
It turns out that there are many different techniques to countering buffer overflows, but they can be divided into two approaches: statically allocated buffers and dynamically allocated buffers.
下一行告诉我们尽管有 231MB 内存正在使用，但是应用程序只使用了其中的 86MB；缓冲区和高速缓存使用了其余的内存。
The next line shows us that while 231MB is being used, only 86MB of this is actually being used by applications; the rest is being used for buffers and cache.
mytop还提供了一个有关关键字缓冲区和查询缓存效率的实时数据和历史数据，以及有关正在运行的查询的统计信息。
mytop also provides real-time and historical data about key-buffer and query-cache efficiency, and statistics about the queries being run.
这个参数确定缓冲区的大小，用于在例程和发出调用的应用程序之间传递参数。
This parameter determines the size of the buffer used for passing parameters between the routine and the calling application.
任何允许外部实体来输入数据的程序都容易受到恶意的攻击，例如缓冲区溢出和嵌入式控制字符。
Any program that allows an external entity to input data is vulnerable to malicious activity, such as buffer overflows and embedded control characters.
存储方面的增长将依赖于缓冲区的大小和其应用到的队列的数量。
The increase in storage depends on the size of the buffers and the number of queues to which it applies.
要设置大小适当的目录缓存器、包缓存器和日志缓冲区以提高性能。
Set the catalog cache, package cache, and log buffer size to an appropriate size to improve performance.
根据跟踪量、缓冲区大小和输出设备的带宽，可以将多个缓冲区分配给给定的线程，从而与生成跟踪数据的速度相匹配。
Depending on trace volume, buffer size, and the bandwidth of the output device, multiple buffers might be allocated to a given thread to keep pace with trace data that is being generated.
为了说明这一情况，让我们研究一个简单示例，该示例演示了从同一个缓冲区读和写一个字符。
Having said that, let's examine a quick example to demonstrate writing and reading a char from the same buffer.
我们将在缓冲区溢位的第三和第四专栏中详细讨论堆叠的摧毁。
We'll go into the details of stack smashing in our third and fourth columns on buffer overflows.
假设发现缓冲区大小和提供实际的数据都需要执行相同的算法。
Assume that discovering the buffer sizes and providing the actual data require the execution of the same algorithm.
另一个问题是如何在同一缓冲区上调度PUT和GET而不造成冲突。
Another question is how to schedule a PUT and a GET on the same buffer without causing conflicts.
缓冲区缓存会缓存文件系统和相关块设备之间的请求。
The buffer cache buffers requests between the file systems and the block devices that they manipulate.
这个所谓的缓冲区是格鲁吉亚和分离地区南奥塞梯之间的地带。
The so-called buffer zone is a strip of land that borders Georgia and its breakaway region of South Ossetia.
后面四个配置项增加TCP发送和接收缓冲区。
The next four configuration items increase the TCP send and receive buffers.
您还会了解只能通过NIO 来完成的工作，如异步I/O和直接缓冲区。
You'll also learn about things you can only do with NIO, such as asynchronous I/O and direct buffers.
顺序扫描数、以及缓冲区等待数和闭锁等待数已经失控。
The number of sequential scans is out of control as are the buffer waits and latch waits.
顺序扫描数、以及缓冲区等待数和闭锁等待数已经失控。
The number of sequential scans is out of control as are the buffer waits and latch waits.
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