四个字节 英语是什么意思 - 英语翻译

• four bytes

在 中文 中使用 四个字节 的示例及其翻译为 英语

必须提供四个字节，每个LED一个。
We have to provide four bytes, one for each LED.

UTF-16使用二或四个字节为每个字符编码.
UTF-16 uses either 2 or 4 bytes to represent each code point.

如果这样做，您将看到返回地址后的四个字节的值将总是与argc相等。
If you do so, you will see that the value of the four bytes after the return address will always be equal to argc.

这将需要四个字节的存储空间和四个不同的地址来存储该32位数字。
This is going to take four bytes of storage and four different addresses to store that 32-bit number.

该图像本身有一个头部标识。标头宽度为四个字节。典型例子为：00481C01。含义如下：.
Before the image itself there is a header. The header is four bytes wide. A typical example is: 00 48 1C 01.

注意到为str保留了四个字节（它出现在变量super_user开始前12个字节的地方）。
Observe that four bytes are reserved for str(which occurs twelve bytes before the variable super_user begins).

重新组装这四个字节，我们得到0x80484f6，它距离main()的起始点10个字节。
Reassembling these four bytes, we get 0x80484f6, which is 10 bytes past the start of main().

在这些情况下，用四个字节的variant来保持对象引用、或者字符串或数组的指针。
In these cases, four bytes of the Variant are used to hold either an object reference, or a pointer to the string or array.

为什么sizeof（a？true：false）给出了四个字节的输出？?
Why does“sizeof(a? true: false)” give an output of four bytes?

你能够转换两种类型：short(两个字节)和long(四个字节)。
There are two types that you can convert: short(two bytes) and long(four bytes).

UTF-32的主要缺点是每个码位使用四个字节，空间浪费较多。
The main disadvantage of UTF-32 is that it is space-inefficient, using four bytes per code point.

任何Java二进制类（甚至是文件系统中没有出现的类）都需要以这四个字节作为开始。
Every Java binary class, even one that isn't present on the file system, needs to start with these four bytes.

它们的标准格式是ARGB_8888-它用四个字节存储颜色空间。
The standard format they use is ARGB_8888- it has four bytes it uses to store the color space.

在Uno和其他基于ATMEGA的板上，双精度浮点数占用四个字节。
On the Uno and other ATMEGA based boards, Double precision floating-point number occupies four bytes.

用UTF-8表示需要三个字节，而英文单词“tree”包含四个字母，需要四个字节。
This occupies three bytes in UTF-8, whereas the English word"tree" comprises four letters and four bytes.

这里，s会是一个&str，它包含字符串的头四个字节。
Here, s will be a&str that contains the first four bytes of the string.

每个参数四个字节的三亿个参数大约是1.2千兆字节的数据。
Three hundred million parameters, at four bytes per parameter, is roughly 1.2 gigabytes of data.

灯泡包含四个不同的LED，通过更改这四个字节的值，我们可以创建想要的任何颜色。
The lightbulb contains four different LEDs, and by changing the value of each of the four bytes, we can create every single color we want.

真正的UTF-8编码是-每个人都使用，包括你自己-每个字符需要四个字节。
The real UTF-8 encoding- which everybody uses, including you- needs up to four bytes per character.

一个MPLSLSP隧道的开销是一个标签（四个字节）或两个标签（例如，当使用链路保护快速重新路由时）。
An MPLS LSP tunnel has one label(four bytes) or two labels(for example, when using Link Protection Fast reroute) of overhead.

为什么sizeof（a？true：false）给出四个字节的输出？?
Why does“sizeof(a? true: false)” give an output of four bytes?

接下来的四个字节是未使用的和保留以供将来使用。
The remaining three bytes of the Flags field are not used and are reserved for future use.

考虑到上述这些，我们准备了四个字节的数据包，并设置了发送器：.
With all that in mind, we prepared four packages of byte data and set up the transmitter:.

MacBook生成并发送了前四个字节，而iPhone以相同的方式予以响应。
The MacBook generates and sends the first 4 bytes and the iPhone responds the same way.

上面所列的前四种类型是"varlena"（变长）类型（也就是说，开头的四个字节是长度，后面才是数据）。
The first four types above are"varlena" types(i.e., the first four bytes on disk are the length, followed by the data).

这16个字节被排列成四列和四行作为矩阵进行处理。
These 16 bytes are arranged in four columns and four rows for processing as a matrix-.

我们将向您展示如何访问多个字节，如何访问32位值，即使它存在于四个不同的地址，也可以访问它。
And we will show you how you can access multiple bytes, how you can access a 32-bit value, even though it exists a four different addresses.

例如每个class文件必须是以四个同样的字节开始：魔数0xCAFEBABE。
For example, every class file must start with the same four bytes, the magic number: 0xCAFEBABE.

例如，如果你的密码包含四个字节，但你仅使用了数字，那么可能的密码就是10的四次方，即10000个。
For example, if your password consists of 4 digits and you only use numbers, there will be 10 times 4(10,000) possibilities.