The only information added in the process was some descriptive names for fields, but that could have also been specified in a single header line of less than a hundred bytes.
此过程中添加的唯一信息是一些字段的描述名称，但那本来也可以使用不超过一百个字节的、简单的标题行指定。
The MTI (4 bytes long) follows this header, and then a Primary Bitmap (8 bytes long), and then finally the core part of the message containing the Data Fields.
该头部之后是MTI(长度为4个字节)，然后是主位图(8个字节长)，最后是包含数据字段的最主要的消息部分。
We take the result and add a record header byte "0x14" to indicate "finished" and length bytes "00 00 0c" to indicate that we're sending 12 bytes of verify data.
我们在这个结果的前面加上一个记录头字节“0x14”指明“完成”和长度字节“00 00 0c”指明我们将发送12字节的“verify data”。
"If we xor these bytes with the unencrypted header and verify message bytes of" 14 00 00 0c 98 F0 AE CB C4...
如果我们用这些字节和未加密的消息头经查证，该消息的字节为“400 000c 98F0AE CB C4…”。
A small transport overhead (the fixed-length header is just 2 bytes), and protocol exchanges minimised to reduce network traffic.
小型传输，开销很小(固定长度的头部是2字节)，协议交换最小化，以降低网络流量。
This structure has the useful property that if you allocate space for (sizeof(struct header) + 10) bytes, you can treat data as being an array of 10 bytes.
这种结构体的有用之处在于，如果您分配 (sizeof(structheader) +10)字节的空间，您可以像处理一个 10 字节的数组一样来处理数据。
The most common server protocol is a packet based protocol where the first X bytes represent a header and the header contains details of the length of the complete packet.
大多数服务器协议是一个包，这个包的基础是第一个X位的描述头，它包含了完整包的长度等详细信息。
The first 10 bytes of each file are read and compared with the predefined header information.
第一个10字节的每个文件的阅读和预定义的头信息进行比较。
Header.jsp - Similar to the common Header.jsp except that it includes additional calculations to determine the bytes consumed by the header markup.
jsp—与公共Header . jsp类似，不同在于它包含附加计算，通过计算确定Header标记占用的字节数。
A discrete collection of bytes comprising at least one header and optional user data.
一个离散的字节集合，包含至少一个头部和用户选项数据。
For each non-NULL variable-length field, the record header contains the length of the column in one or two bytes.
对于每个非空的变长字段，记录头使用一或两个字节包含了列的长度。
The most common server protocol is a packet based protocol where the first X bytes represent a header and the header contains details of the length of the complete packet.
最常见的服务器协议是一个基于包的协议的第一个X字节代表了标题和标题包含细节的篇幅完整的数据包。
When the last header is handled, the buffer overflow occurs and the memory after the 0x2000 bytes buffer is overwritten with the content of the last header.
当最后的头球攻门，处理，和记忆缓冲区溢出发生在0x2000字节缓冲区的内容覆盖的最后的标题。
To reliably exploit this vulnerability, an attacker has to fill the 0x2000 bytes buffer until 3 bytes are left before the last header is copied into the 0x2000 bytes buffer.
有效地利用这种危险，一个攻击者必须满足的缓冲区字节0x2000直到3字节正在左前最后头是复制到0x2000字节缓冲区。
Dedicated packet triggering allows triggering on the ENTIRE packet header plus up to 9 bytes of data.
专用的封包触发可在整个封包标题触发，外加最多9个位元组的资料。
Dedicated packet triggering allows triggering on the ENTIRE packet header plus up to 9 bytes of data.
专用的封包触发可在整个封包标题触发，外加最多9个位元组的资料。
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