"Well, I don't suppose you have any defensive programming?

Defensive programming is an approach to improve software and source code, in terms of:

Good defensive programming would check for overflow on each character and stop accepting data when the buffer is full up.

Defensive design in software engineering is called defensive programming.

A difference between defensive programming and normal practices is that few assumptions are made by the programmer, who attempts to handle all possible error states.

Revocation of privileges is a technique of defensive programming.

Defensive programming techniques are used especially when a piece of software could be misused mischievously or inadvertently to catastrophic effect.

It is an integral part of the defensive programming paradigm, which attempts to reduce errors before the software is released.

Defensive programming is sometimes referred to as secure programming by computer scientists who state this approach minimizes bugs.

Here are some defensive programming techniques:

Legacy code may not have been designed under a Defensive programming initiative, and might therefore be of much lower quality than newly designed source code.

Defensive programming.

Other notable applications include defensive programming strategies such as EMC aware programming.

Immunity-aware programming is an example of defensive programming and EMC-aware programming.

"Perimeter Security defensive programming prohibits approach within eight light-hours of Planet Birhat without valid identification codes.

His master Louis had commanded him to fight the treacherous alien machines, but DD was unable to access military or defensive programming, incapable of wielding weapons.

This distinguishes it markedly from a related practice known as defensive programming, where the supplier is responsible for figuring out what to do when a precondition is broken.

With the advent of logging libraries and Aspect Oriented Programming, many of the tedious aspects of defensive programming are mitigated.

A programmer practicing defensive programming would not allow the bug, because if the application contains a known bug, Murphy's Law dictates that the bug will occur in use.

Defensive programming is a form of defensive design intended to ensure the continuing function of a piece of software in spite of unforeseeable usage of said software.