For sport, one of my fellow classmates decided to keep a piece of paper taped to her desk.

为了检验这一点，我的一位同学决定把一张纸贴在自己的桌子上。

Programs were stored and fed into the computer on punched paper tape.

程序通过穿孔纸带存储并输入计算机。

INTRO The earliest computer storage was paper punch cards, and its close cousin, punched paper tape.

INTRO 最早的计算机存储是纸质穿孔卡，它的近亲是穿孔纸带。

Most early recorders employed steel tape to record in, which made them heavy and difficult to use, or paper tape, which was easier to use but often broke.

大多数早期录音机使用钢带录音，这使得它们既重又难以使用，而纸带易于使用但容易损坏。

A close cousin to punch cards was punched paper tape, which is basically the same idea, but continuously instead of being on individual cards.

穿孔卡片的近亲是穿孔纸带，这基本上是相同的想法，但连续而不是在单独的卡片上。

Atlas' engineers doubled down on this idea, and outfitted their computer with 4 paper tape readers, 4 paper tape punches, and up to 8 magnetic tape drives.

Atlas 的工程师加倍考虑这个想法，并为他们的计算机配备了 4 个纸带阅读器、4 个纸带打孔器和多达 8 个磁带驱动器。

Within about 50 years, software grew in complexity from machine code punched by hand onto paper tape, to object oriented programming languages, compiled in integrated development environments.

在大约 50 年的时间里，软件的复杂性从手工打到纸带上的机器代码发展到在集成开发环境中编译的面向对象的编程语言。

There was a loose leaf sheet of paper taped to the front window that had the address to hopefully open centers that he might be able to go to.

前窗上贴着一张活页纸，上面写着他可能会去的希望开放中心的地址。

And they then wrote code, usually machine code, sometimes binary code, which was then sent by mail to a data center to be punched onto paper tape or card and then re-punched, in order to verify it.

然后她们写代码，通常是写机器代码，偶尔写二进制代码，这些代码通过邮件，被寄到数据中心，打在纸带或卡片上， （那时的程序是通过在纸带上的孔来让计算机读取的）反复打孔，确保无误。