| 1. | Are discarded and the low - order empty bits are zero - filled
的高序位被放弃，低序空位用0填充。 |
| 2. | Gets or sets the high - order word of the file position at which to start the transfer
获取或设置启动传输的文件位置的高序位字。 |
| 3. | High - order word
高序位文字 |
| 4. | Replicates the high order bit on each shift , preserving the sign of the original value in the
复制每一移位上的高序位，并将原始值的符号保留在 |
| 5. | The high - order bits of first operand are discarded and the low - order empty bits are zero - filled
第一个操作数的高序位被放弃，低序空位用0填充。 |
| 6. | The least significant bit is called the low - order bit ; the most significant bit is called the high - order bit
最低有效位称为低序位，最高有效位称为高序位。 |
| 7. | If overflow occurs converting one integer type to another , the high order bits are truncated
如果在将一个整数类型转换为另一个整数类型时发生溢出，则截断高序位字节。 |
| 8. | Each type of securable object maps these bits to a set of its standard and object - specific access rights
每一可保护对象类型都将这四个高序位映射到一组其标准和对象特定的访问权限。 |
| 9. | The high - order two bytes represent the major version number , and the low - order two bytes represent the minor version number
高序位的两个字节表示主版本号，低序位的两个字节表示次版本号。 |
| 10. | In an unchecked context , the result is truncated by discarding any high - order bits that do not fit in the destination type
在未检查的上下文中，计算的结果被截断，放弃不适合目标类型的任何高序位。 |
