电脑程序还有一些残留问题。
There are still a few residual problems with the computer program.
如果程序使用的是一些其他流程，那么也不会有任何问题。
就程序问题还有任何争议吗？
当前的服务器程序有什么问题？
我还遇到了另一个问题：这个程序不接受无密码连接。
I also met another problem: the program wouldn't accept a password-less connection.
对于这个拷贝程序有什么问题么？
这样可以处理大部分程序的问题。
要回答这些问题，我们需要看看应用程序代码本身。
To answer those questions, we have to take a look at the application code itself.
每次在应用程序中出现问题时，都需要重复此过程。
The process had to be repeated every time any problem occurred in an application.
很显然，如果程序不能运行，将是一个问题。
sdo避免了这个问题；使用SDO编写的应用程序不必改变。
SDO avoids this problem; an application written with SDO need not change.
相反，您可以通过一个每周状态会议，或者正常的程序来解决问题。
Instead, just roll it into a weekly status meeting or other normal procedure.
坦白地说，这些限制对多数非程序员来说算不上大问题。
To be fair, these limitations aren't a big deal for most non-programmers.
你可以解决一个问题，但你破坏了其它的程序。
That's a big issue. You can fix one thing, you break something else.
他们也讨论了入境程序问题。
例如这个问题，“这个程序能不能完整执行？”
For instance, take the question, "does this program complete?"
如何为特定问题找到完美的程序员呢？
部分问题在于程序员在传统上比设计师更有支配权。
Part of the problem is that programmers have traditionally had more power than designers.
另一个问题是这个应用程序太一般了。
对于这些解决方案来说，最大的问题就在于程序员未使用它们。
The biggest problem with these solutions is that programmers don't use them.
对于应用程序的每个实例来说，这个问题更加重要。
With every instance of the application, this issue becomes more important.
和上面描述的场景一样，假定您在尝试解决应用程序挂起的问题。
As in the scenario described above, suppose you are trying to resolve an application hang.
对于这类情况，需要重新设计应用程序才能避免问题。
For such cases, you want to redesign the application to avoid the problem.
有时，您可能会看到虚拟机中的驱动程序有问题。
On occasion, you may see problems with the driver within the virtual machine.
在实时应用程序中，还有安全问题，即谁能做哪些操作。
In a real-time application, there is security on who can do which operation.
在实时应用程序中，还有安全问题，即谁能做哪些操作。
In a real-time application, there is security on who can do which operation.
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