I don't exactly know where they are in RAM, but I know if I've got 2 gigabytes of RAM, zero is here, byte 1 is here, byte 2 is here, dot, dot, dot so maybe byte 123 is over here and 456 is here.
我不知道他们在内存中哪个地方,但是我知道如果我有2 G内存,零在这里,字节1在这里,字节2在这里,等等等,所以可能123字节在这里,456字节在这里。
If the number of ones in a byte is already odd, you will set its least significant bit to a zero.
如果一个字节中1的个数已经为奇数,那么就将它的最低位设置为零。
If a server anticipates handling a very high number of concurrent clients, the server can post a single zero byte receive on each connection.
如果一个服务器能够预先估计可能会产生的最大并发连接数,服务器可以投递一个使用零缓冲区的receive在每一个连接上。
Only the operating system has controlling of byte zero NULL in the computer's RAM and so if a function ever returns null, aka zero, well, something must have gone wrong because that can't possibly belong to me that memory because by human convention zero is owned by the operating system; not by a program I wrote.
只用操作系统在内存中能够控制,字节0,并且如果一个函数返回,或者说0,好的,可能出错了,因为那可能是不属于我的内存,因为惯例上,0是由操作系统拥有的,而不是由我的程序拥有的。
I don't exactly know where they are in RAM, but I know if I've got 2 gigabytes of RAM, zero is here, byte 1 is here, byte 2 is here, dot, dot, dot so maybe byte 123 is over here and 456 is here.
我不知道他们在内存中哪个地方,但是我知道如果我有2G内存,零在这里,字节1在这里,字节2在这里,等等等,所以可能123字节在这里,456字节在这里。
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