闭包rMultiply 是个局部应用程序，通过使用一个不变的第二操作数，把二元乘法改变成一元闭包。
The closure rMultiply is a partial application that adapts the binary multiplication to be a unary closure by using a constant second operand.
它将第二个操作数内的寄存器与第三个操作数内的常量加在一起，并将结果存储在第一个操作数内指定的寄存器中。
It adds together the register in the second operand with the constant in the third operand, and stores the result in the register specified in the first operand.
步骤4：所有的操作符都是二元的，也就是说第一个操作数位于操作符之前，第二个操作符位于操作符之后。
Step 4: All operators are binary, which means that the first operand is positioned before the operator, and the second operand is positioned after the operator.
我们需要的第二件事情是，我们需要一种，能给予计算机指令，以操作数据的方式。
And the second thing we're going to need, is we're going to need a way to give instructions to the computer to manipulate that data.
第一个操作数是目标寄存器，第二个操作数是要加载的D -Form地址。
"The first operand is the destination register and the second is the D-Form address to load."
因为在重载的上下文中，他们失去了左操作数的赋值在第二个之前的保证，而且之间也会有顺序点。
In the overloaded context they lose the guarantee that the left operand is evaluated before the second and that there is a sequence point inbetween.
因为在重载的上下文中，他们失去了左操作数的赋值在第二个之前的保证，而且之间也会有顺序点。
In the overloaded context they lose the guarantee that the left operand is evaluated before the second and that there is a sequence point inbetween.
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