The second parameter is a bitmask of the desired sensors.
第二个参数是所需传感器的位掩码。
The actual breeding is accomplished with a random 8-bit bitmask.
实际上实现繁殖的是一个随机的8位位掩码。
Otherwise, it contains a bitmask for each available processor.
否则，它将包含针对每个可用处理器准备的位掩码。
This bitmask represents which CPUs should process a given interrupt.
这个位掩码表示应该处理给定中断的CPU。
You'll also find support for bitmask operations with the atomic API.
原子 API还支持位掩码（bitmask）操作。
This method takes a bitmask flag of the acceptable states, of which there are four.
这种方法使用可接受状态(共4种)的位掩码标志。
For example, to bind processing of IRQ number 177 to CPUs 4 through 7 (bitmask 11110000), issue.
例如，以下命令将IR q号为177的中断的处理绑定到CPU4到CPU7(位掩码11110000)。
You provide a value and the bitmask upon which the operation is to be performed, as shown in Listing 4.
使用这些操作前，需要提供一个值和将要进行操作的位掩码，如清单4 所示。
A bitmask is the same as the netmask, but instead of indicating four decimal values, you simply count the bits starting from the left.
比特掩码和网路掩码的作用是一样的，不同于网路掩码给定四组十进制数，它从网路掩码的左端开始计入比特数。
To bind an interrupt to a CPU or group of CPUs, first determine which CPUs should process the interrupt and lay out the bitmask accordingly.
为了将一个中断绑定到某个或某组cpu，首先要决定应该让哪些CPU处理这个中断，然后相应地编写位掩码。
The use of bitmask atomic operations is slightly different than arithmetic because only two operations are available (set mask and clear mask).
位掩码原子操作的使用跟算术操作存在细微的差别，因为其中只有两个可用的操作(设置掩码和清除掩码)。
For example, processor affinity, which determines which processors a thread can run on, is expressed as a 32 - or 64-bit integer acting as a bitmask.
例如，处理器的亲缘性(affinity)决定了一个线程能够运行在哪个处理器上，它被表示为32位或64位整数的位掩码。
For example, processor affinity, which determines which processors a thread can run on, is expressed as a 32 - or 64-bit integer acting as a bitmask.
例如，处理器的亲缘性(affinity)决定了一个线程能够运行在哪个处理器上，它被表示为32位或64位整数的位掩码。
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