因为这并不是一个编程问题。
在第一个示例中，我们将处理下述的编程问题。
For the first example, we will take the following programming problem.
这是一个见仁见智的问题，而不是一种编程问题。
秉承着这样的初衷我打算在一个非常基本的水平上讨论关于编程问题。
As such, I intend to discuss programming issues at a very fundamental level.
黑莓的问题在于，像其他智能手机一样，它是可编程装置。
The BlackBerry's problem is that, like any smartphone, it is a programmable device.
这就是编程的主要问题。
从编程角度来看，有一些问题很重要。
在本例中，防御性编程似乎解决了问题。
In this case, defensive programming seems to have done the trick.
问题是你如何在大多数电脑上编程？
Well, it turns out you can write a program on most any computer.
最严重类型的编程错误是程序在语法上正确但无论如何却导致错误结果的产生或者根本无法产生结果。 这种因为逻辑错误无法正确解决问题的错误类型，称为Bug。
The most serious type of programming error is one that is syntactically correct but that
我周二会把这个问题作为主题，也就是系统化编程。
This gets back to my main theme of Tuesday, which is be systematic.
问题是：什么是对这类申请的费用开支进行编程？
Question is: What are the expenses cost for such an application to be programmed?
当我刚开始编程时，我眼前看见的是整个问题乱成一团。
When I first began to program I would see before me the whole problem all in one mass.
计算机编程和解决问题。
但这不是编程的全部，编程的目的是解决问题。
But this is not the the full story. The aim of programming is solving problem.
注意：面向对象体系结构，通常和面向对象编程风格很类似，这是个问题吗？
Note: the object architecture often closely resembles the object programming style. Is this a problem?
最后利用所编程序FEM2D计算了五个问题。
最后利用所编程序FEM2D计算了五个问题。
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