Click the expand icon to the left of the MBLOG option to show the different object types in the database (Buffer Pools, Groups, and so on).
单击MBLOG选项左边的展开按钮显示数据库中的不同对象类型(BufferPools和Groups等等)。
First the user space data buffer and sense buffer should be allocated and made to point to the sg_io_hdr object.
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。
This object determines the language being parsed from the project's nature and builds a character buffer from the WorkingCopy's text.
此对象根据对象的性质确定要解析的语言并从 WorkingCopy 的文本中构建一个字符缓冲区。
But as a result, the buffer is never released because it is always reachable by the program (unless the LeakyChecksum object is garbage collected).
但是结果是，缓冲区永远不会被释放，因为它对程序来说总是可及的(除非leakychecksum对象被垃圾收集了)。
All output is flushed while all input is buffered. Each object contains its own input buffer.
所有的输入在缓冲的同时所有的输出都将被清空，每一个对象都有自己的输入缓冲。
The fmemopen() function gives you a stdio FILE * object that refers to a buffer in memory. Replacing the open of test.jpg with a single call to fmemopen solves half the problem
fmemopen()函数提供了一个stdioFILE *对象，该对象表示内存中的一个缓冲区。
An invalid shape discard mode object was found in the QOS provider specific buffer.
在QOS提供程序特定缓冲区中发现一个无效的波形丢弃模式对象。
This can potentially result in buffer copying and object churn on every I/O, which are exactly the sorts of things we'd like to avoid.
这会潜在地在每个I/O导致缓冲区拷贝和对象粗制滥造，这确实是我们喜欢避免的五花八门的事情。但，依赖于实现，事情或许没这么糟糕。
Each thread (not processor) has a thread Local allocation Buffer (TLAB) so that object allocation is cheap and thread-safe.
每一个线程(不处理)有一个线程本地分配缓冲区(TLAB)，分配对象是廉价的，线程安全的。
This paper presents the common method and algorithm of automatic buffer generation for an arbitrary single object through the research of buffer generation for single object.
通过对单一目标缓冲区的生成进行研究，给出了单一目标缓冲区自动生成的一般方法和算法。
Presents the implementation technique of keeping a non-fixed-page object buffer for each complex object, which avoids the drawback of the traditional fixed-page buffering mechanism.
在复杂对象的缓冲技术方面，提出并实现了对每一个复杂对象维持一个非定长页面的对象缓冲区的方法，避开了传统定长负面缓冲机制的缺陷。
The completion of a receive operation indicates that the receive buffer contains the received message, the receiver is now free to access it, and that the status object is set.
一个接收操作的完成意味着接收缓冲区包含有被接收函数，接收端现在可以随意使用它，并且状态对象被设置。
In the other process, another special object (called a stub object) receives this buffer, unpacks the parameters again, and calls the function that the caller meant to call in the first place.
在其它进程里，另外特殊的对象(叫做存根对象)接收这个缓冲，解包出来参数，调用参数第一位置里指定的函数。
According to characteristics of 3d visualization, we analyze some methods for optimal performance and discuss dynamic buffer management technique on 3d object.
针对三维可视化的特点，本文分析了该集成机制的性能优化方法，并讨论了基于三维对象的动态缓冲管理技术。
For instance, they may return a message object that references property entries and body values that reside in an internal message buffer rather than being forced to make a copy.
例如，他们可能会返回一个引用驻留在一个内部消息缓冲区而不是被迫进行复印属性条目和身体值的报文对象。
As we know Serialization is the process of saving an object in a storage medium (such as a file, or a memory buffer) or to transmit it over a network connection in binary form.
我们知道序列化的过程将对象保存在一个存储介质(如一个文件或内存缓冲区)或传输二进制形式通过网络连接。
Normally, the data is read from the parser buffer into the string object, which is then pushed to the client buffer.
数据通常从分析器缓冲区读入字符串对象，然后，字符串对象被推送到客户端缓冲区。
At last, this paper discussed the method of buffer creation for special objects, for example, self-intersect of object and that contains several holes.
文末对特殊目标如目标本身自交情况和目标内含有若干孔洞的情况进行了讨论。
The method distinguishes elements by Object-Buffer, and has been used during the development of CAD system.
该方法通过建立对象缓冲区来识别所要拾取的元素，目前已在CAD软件开发过程中予以应用。
In normal application of a GIS buffer zone analysis, we always need to pick an object in that specific spatial area.
在一般GIS环域分析的应用中，成果在于如何利用环域成果进行空间上的选取操作。
In normal application of a GIS buffer zone analysis, we always need to pick an object in that specific spatial area.
在一般GIS环域分析的应用中，成果在于如何利用环域成果进行空间上的选取操作。
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