1、For integral types, & computes the logical bitwise AND of its operands.
對(duì)于整型，&計(jì)算操作數(shù)的邏輯按位“與”。

2、The bitwise operator for all except is.
這個(gè)位操作符就是（~）。

3、Performs a bitwise exclusive or on two expressions, and assigns the result to the first argument.
在兩個(gè)運(yùn)算式上執(zhí)行位元互斥or，并將結(jié)果指派給第一個(gè)引數(shù)。

4、Performs a bitwise and on two expressions, and assigns the result to the first argument.
在兩個(gè)運(yùn)算式上執(zhí)行位元AND，并將結(jié)果指派給第一個(gè)引數(shù)。

5、Performs a bitwise NOT on an expression.
對(duì)一個(gè)表達(dá)式執(zhí)行按位“取非”（求非）運(yùn)算。

6、Coercion By Bitwise Operators.
按位運(yùn)算符強(qiáng)制。

7、However, bitwise operators and shift operators never cause overflow.
然而，按位運(yùn)算符和移位運(yùn)算符永遠(yuǎn)不會(huì)導(dǎo)致溢出。

8、Bitwise logic is complex for ordinary programmers and analysts.
按位邏輯對(duì)于普通程序員和分析人員非常復(fù)雜。

9、The first is to use bitwise operations instead of pure mathematical operations.
首先可以用位運(yùn)算符替代純數(shù)學(xué)操作。

10、Performs a bitwise or on two expressions, and assigns the result to the first argument.
在兩個(gè)運(yùn)算式上執(zhí)行位元OR，并將結(jié)果指派給第一個(gè)引數(shù)。

11、This allows you to perform bitwise logical and, or, XOR, and NOT comparisons.
這樣便可以執(zhí)行逐位的邏輯AND、OR、XOR和NOT比較。

12、Describes the rules that govern the coercion of the operands of bitwise operators.
描述控制位運(yùn)算符的操作數(shù)強(qiáng)制的規(guī)則。

13、Spu_eqv is a bitwise equivalency operation, not a per-element equivalency operation.
spu_eqv是針對(duì)位的相等操作，而不是針對(duì)每個(gè)元素的相等操作。

14、The conditional operator has lower precedence than bitwise operators.
條件運(yùn)算符的優(yōu)先級(jí)比按位運(yùn)算符的優(yōu)先級(jí)低。

15、You may perform the usual C language arithmetic, logical, and bitwise operations.
可以執(zhí)行C語言中常見的算術(shù)、邏輯和位操作。

bitwise翻譯