全部

1·Get operands and perform the operation.

获取操作数并执行运算。

2·Fetches the required operands from the operand stack.

从操作数堆栈获取所需的操作数。

3·In postfix notation, the operator comes after its operands.

在后缀表示法中，操作符位于操作数后面。

4·In prefix notation, the operator is written before its operands.

前缀表示法中，操作符写在操作数的前面。

5·The solution is to cast one of the operands to its 64-bit type.

解决方案是将一个操作数强制转换成 64 位的类型。

6·Operands can be variables or decimal, hexadecimal, octal, or binary Numbers.

操作数可以是变量，还可以是十进制、十六进制、八进制或二进制数。

7·These instructions perform element-by-element comparisons of their two operands.

这两条指令对自己的两个操作数逐元素进行比较。

8·However, the intrinsic operation returns a value of the same type as the operands.

然而，intrinsic操作会返回与操作数相同类型的值。

9·The input operands are the C expressions that serve as input operands to the instructions.

输入操作数是充当指令输入操作数使用的 C 表达式。

10·Where and other operands that express the query do not actually cause the query to execute.

where和其他表达查询的操作数并不会真正引起查询语句被执行。

操作数

1·Get operands and perform the operation.

获取操作数并执行运算。

2·These instructions perform element-by-element comparisons of their two operands.

这两条指令对自己的两个操作数逐元素进行比较。

3·Now let's take a look at how to specify individual registers as constraints for the operands.

现在让我们看一下如何将个别寄存器作为操作数的约束指定。

4·If the character is an operator, pop two operands, perform the appropriate operation, and then push the result onto the stack.

如果字符是个操作符，弹出两个操作数，执行恰当操作，然后把结果压入堆栈。

5·This will cause the other operands to be promoted to 64-bits and no further conversion is needed when the expression is assigned.

这会导致其他操作数也被转换成64位的类型，这样在对表达式进行赋值时就不需要再进行转换了。