某些列(如标识、外键、时间戳和二进制列)不显示数据，因为它们是在生成数据时计算的。
Some columns such as identity, foreign key, timestamp, and binary columns do not display data, because they are computed while the data is generated.
现在对于这同一个二进制，将提取TSD中存储的散列值并与运行时计算的散列值进行匹配。
Now for this same binary, the hash value stored in TSD is extracted and matched with the run-time calculated hash value.
在二进制加载期间，系统加载程序调用te子系统，并使用SHA- 256散列算法来计算散列值。
During binary loading, the te sub system is called by the system loader, which calculates the hash using the SHA-256 hash algorithm.
在上面的示例中，如果使用一个简单的散列图(hashmap)或二进制搜索树就可以轻易地解决问题，但是用XSL实现一个这样的数据结构并不是很方便，并且是不必要的。
In the above example, a simple hashmap or binary search tree could have easily solved the problem, but implementing one of these data structures in XSL would be inconvenient and unnecessary.
这些项目列在表2中，它们已经集成在Geronimo中并且经过测试，某些geronimo二进制发行版包含它们。
These projects, listed in Table 2, are integrated into and tested in Geronimo, and are included with some Geronimo binary distributions.
最后一列是进程的描述，通常是所运行的二进制文件的名称。
The final column is a description of the process, usually the name of the binary that was launched.
使用表的字符大对象（CLOB）或二进制大对象（BLOB）列在关系数据库管理系统（DBMS）中按原样存储XML数据。
Using character or binary large object (CLOB or BLOB) columns of tables to store the XML data intact in a relational database management system (DBMS).
通过BLOB数据类型或使用FORBITdata子句定义的列将以二进制形式从源传递到目标，所使用的代码页是零。
Columns defined with the BLOB data type, or using the FOR BIT data clause will be passed as binary from the source to the target, and the code page used is zero.
表2中的第 1列描述当把二进制文件放到服务器中时，Subversion用户如何存储它们。
The first column in Table 2 describes how the binaries were stored by the Subversion user when they were put into the server.
最后两列显示二进制文件在服务器上的大小，首先使用Subversionimport命令，然后使用Subversion高效签入脚本。
The final two columns show the size of the binaries on the server, first using the Subversion import command, and then using the Subversion efficient check-in script.
当数字列建立索引时，正是这个二进制表示用于索引项中。
It is this binary representation that is used in the index entry when a number column is indexed.
列4显示了三个字节，这三个字节就是数1,234的内部二进制表示。
Column 4 is showing three bytes and these three bytes are the internal binary representation of the number 1,234.
为了实现二进制加法符号替换规律，本文提出了一种简单的光逻辑系统，它仅包括一片二维列阵光学双稳器件。
For realizing symbolic substitution rules of binary addition. This paper proposes a simple optical logic system which includes only one 2-d array of optical bistable device.
为了实现二进制加法符号替换规律，本文提出了一种简单的光逻辑系统，它仅包括一片二维列阵光学双稳器件。
For realizing symbolic substitution rules of binary addition. This paper proposes a simple optical logic system which includes only one 2-d array of optical bistable device.
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