OCTETS and graphic string input.
OCTETS和图形字符串输入。
And all we need to do is go over here now and fill up our octets.
而我们所需要做的就是到这里来,把我们的“八隅体“都填满。
Eight-bit quantities are normally called octets in the networking literature.
八位字节通常被叫做八-比特在网络文献。
OCTETS as a string unit specification does not require any conversion and is more efficient.
OCTETS作为一种字符串单元指定不需要任何转换，而且使用起来更加有效。
Yes. Definitely, because both of these are not anywhere near filling up their octets yet.
应该，肯定的，因为它们两个都还没有,填满它们的“八隅体
The NMETHODS field contains the number of method identifier octets that appear in the METHODS field.
NMETHODS区域包含了出现在METHODS区域中的方法标识符字节的数量。
The same functionality could be derived by using CHARACTER_LENGTH and using OCTETS as string length units.
使用CHARACTER_LENGTH并使用OCTETS作为字符串长度单元时也会产生同样的功能。
This function, as mentioned in SQL standard, returns the length of the input string in octets or bytes.
如SQL标准中所述，此函数返回输入字符串的八位字节长度或字节长度。
An IP address is composed of four octets (Numbers in the range of 0 to 255) separated by decimal points.
IP地址由四个字节(每个字节的取值范围为0到255)组成，字节之间用小数点隔开。
It encodes the data in such a way that the mail transport agent is unlikely to modify the resulting octets.
这种对数据的编码方式使邮件传输代理不可能修改结果八位元。
The first byte defines the number of octets to follow, or if it is 7f or less, it is the value of an ASCII equivalent.
第一个字节定义后面紧跟的八位元数，如果是7f或更小，这就是等价的ascii值。
The four numbers in an IP address are called octets, because they each have eight positions when viewed in binary form.
IP地址中的四个数称为八位位组，因为其二进制形式各有八位。
Also have a look at Figure 15, which shows another LDAP syntax called octet string, which represents a string of octets.
还请看图15，它显示了另一个ldap语法，叫做OctetString，它代表8进制字符串。
When OCTETS is used as the string length unit, the length of a string is determined by simply counting the bytes of the string.
使用OCTETS作为字符串长度单元时，通过简单地计算字符串的字节数即可确定字符串的长度。
So in terms of total numbers that we would need to complete our octets and fill our valence shells, we would need 18 electrons.
因此要填满我们的“八隅体“,排满所有的价壳层，我们总共需要十八个电子。
A packet will then have an IP header (20 octets), a UDP header (8 octets), and an RTP header (12 octets) for a total of 40 octets.
整个IP分组包括一个20字节的IP报头，一个8字节的UDP报头和一个12字节的RTP报头，报头总长度为40个字节。
The ultimate goal of streaming these parameters to a sequence of octets is to produce a basic structure for the exchange of information.
将这些参数转换成八位元序列的根本目的是产生用于信息交换的基本结构。
This coding concept is called UCS-4; four octets of bits are used to represent each character specifying the group, plane, row and cell.
这种编码概念被称为UCS - 4；四个八位元用来表示指定组、平面、行和单元的每个字符。
And if we go on to step three where we figure out how many we would need for full octets, it's just going to be 2 times 8, so we have 16.
而如果我们继续到第三步,判断一下填满所有“八隅体“需要多少个价电子，结果应该就是二乘以八，也就是十六个。
For network code, the consensus solution has been to represent everything as octets (eight-bit values), and just send defined streams of them.
对于网络代码来说，公认的解决方案是将数据都以八位字节(8位值)来表示，从而只发送定义好的数据流。
This BMP, like all UCS planes, contains 256 rows each of 256 cells, and a character is coded at a cell by just the row and cell octets in the BMP.
像所有ucs平面那样，包含了256行，其中每行包含256个单元，字符仅仅按照BMP中的行和单元的八位元在单元中被编码。
Following is a list of printable characters from the US-ASCII coded character set, specifically the octets ranging from 32 to 126 (decimal), that the functions will percent-encode.
下面是US - ASCII编码字符集中这些函数将采用百分号编码的的可打印字符列表，码值为32到126(十进制)。
Following is a list of printable characters from the US-ASCII coded character set, specifically the octets ranging from 32 to 126 (decimal), that the functions will percent-encode.
下面是US - ASCII编码字符集中这些函数将采用百分号编码的的可打印字符列表，码值为32到126(十进制)。
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