Over time, Assemblers gained new features that made programming even easier.

随着时间的推移，汇编获得了使编程变得更加容易的新特性。

The way you do this is, you throw this into this assembler.

你这样做的方法是，你把它扔进这个汇编中。

You have to go through every single function and look at the assembler code.

您必须遍历每个函数并查看汇编代码。

And the assembler still forces programmers to think about which registers and memory locations they will use.

而且汇编程序仍然迫使程序员考虑他们将使用哪些和内置。

The latest model will be shipped out by Foxconn, a major iPhone assembler whose buildings are on the outside of Chennai, a city in southern India.

新款iPhone将由富士康发货，富士康是一家主要的iPhone组装商，其厂房于印度南部城市金奈郊外。

When this program is passed into the assembler, it does the work of figuring out all of the jump addresses.

当这个程序被传递到汇编时，它会计算出所有的跳转地址。

And so an assembler does away with raw jump addresses, and lets you insert little labels that can be jumped to.

因此，汇编程序取消了原始跳转地址，并允许您插入可以跳转到的小标签。

However, even with nifty assembler features like auto-linking JUMPs to labels, Assembly Languages are still a thin veneer over machine code.

然而，即使有漂亮的汇编程序功能，如自动将 JUMP 链接到标签，汇编语言仍然只是机代码的一层薄薄的外表。

With more power at our disposal, humans may produce technology once synonymous with  science fiction, like the molecular assembler, an atom-manipulating nanomachine that can  build objects molecule by molecule.

随着我们拥有更多的力量， 人类可能会创造出曾经与科幻小说同义的技术，比如分子组装机， 一种原子操纵的纳米机， 可以逐个分子地构建物体。