雙語暢銷書《艾倫圖靈傳》第9章:退隱山林(17)
Geoff Tootill had already introduced extra symbols for these, the zero of the base-32 notation being represented by a stroke '/'.
The result was that pages of programs were covered with strokes-an effect which at Cambridge was said to reflect the Manchester rain lashing at the windows.
其結果就是，他們的程序紙上佈滿了大量的“/”，人們都說，這就像是雨打在窗戶上的感覺。By October 1949, the machine was ready, bar some details, for Ferranti to manufacture.
1949年10月，這臺機器全部就緒，並交付給弗蘭蒂公司進行生產。
The idea was to use the time to write an operations manual and basic programs ready to use on the computer (the Mark I, it would be called), when it arrived.
他們打算利用這段時間，爲這臺計算機（它將被稱爲"曼徹斯特馬克1號"）編寫操作手冊，以及一些基本的程序，以便製造完成後，很快就可以用起來。This was Alan's next job, and he must have spent a great deal of time in checking the operation of every single function on the prototype, arguing over their efficiency with the engineers.
這就是圖靈的下一項工作，他要花很多時間，逐項地檢查這個原型機上的每一項功能，並與工程師們討論這些功能的效率問題。By October, he had written out an input routine: that is,
10月時，他寫了一個輸入流程，a mean to persuade the machine when first switched on and empty of instructions, to read in new instructions from a tape, to store them in the right place, and to begin executing them.
即首先打開開關，並清空指令，再從紙帶上加載新的指令，將它們存儲在正確的位置上，然後開始執行。But this was low-level work; and on this level the Programmers' Handbook7 that he wrote, though full of helpful and practical advice, involved few new ideas.
這是一項很低級的工作；而且在他編寫的《編程人員手冊》中，雖然考慮了很多實踐建議，但卻幾乎沒有什麼新的想法。Indeed, it had nothing as sophisticated as the routines he had devised at the NPL for floating-point numbers, Nor did he do anything inspired in connection with the organisation of sub-routines.
沒有像他在國家物理實驗室提出的關於浮點數的那樣精巧的想法，也沒有提到關於子程序庫的組織結構問題。This, in the Manchester development, was dominated by the existence of two kinds of storage.
在曼徹斯特的項目中，這些都被兩種存儲器取代了。on the Ferranti-built machine this would amount to eight cathode ray tubes each with their 1,280 digits, and the magnetic drum promising no fewer than 655,360 digits, arranged in 256 tracks of 2,560 digits each.
在弗蘭蒂公司製造的機器上，共有八條陰極射線管，每條可存儲1280個數字，另外還有磁鼓可以存儲655360個數字，安排在256個磁道上，每個磁道存儲2560個數字注。Programming revolved around the process of 'bringing down' data and instructions from the drum to the tubes, and sending them back again.
編程完全圍繞着把數據和指令從磁鼓取到射線管的過程，以及再把它們送回去。
