Defensive programming Memes

Posts tagged with Defensive programming

Multilevel Security System

Multilevel Security System
Ah, the infamous triple authentication check! Because checking once if a user is authorized wasn't paranoid enough, so let's do it THREE times in nested if statements. It's like telling your crush "Are you sure? Are you really sure? Are you ABSOLUTELY sure?" before believing they actually like you. The funniest part? This code would functionally be identical to a single authorization check. It's the security equivalent of locking your door, then checking it's locked, then checking again... while leaving your windows wide open. Somewhere, a senior developer is having heart palpitations looking at this redundant security theater.

The Redundancy Department Of Redundancy

The Redundancy Department Of Redundancy
First frame: Seeing a ternary operator with an empty string fallback. Second frame: Realizing they wrapped it in a try-catch block that does exactly the same thing if it fails. That face when you discover someone wrote defensive code against their defensive code. It's like wearing a life jacket while sitting inside a lifeboat... that's inside another lifeboat. The redundancy is so beautifully pointless it's almost art.

If Condition Rules In My Org

If Condition Rules In My Org
The subtle yet profound difference between null != domain and domain != null is perfectly captured here! The first check (happy face) follows the defensive programming principle of putting the constant first to avoid accidental assignments. Meanwhile, the second approach (angry face) risks the dreaded NullPointerException if someone mistakenly types = instead of != . This tiny syntax choice literally determines whether your code review ends with approvals or a 47-comment thread about proper null checking conventions. The facial expressions perfectly match the emotions of discovering which style your codebase has standardized on!

Are You A Good Developer ?

Are You A Good Developer ?
Ah yes, the sacred developer survival instinct! Just like checking for cars on a one-way street despite the rules saying they only come from one direction, a real developer never trusts the documentation, API specs, or that "perfectly working" legacy code. Sure, the function says it returns a string—but is it really a string or some unholy string-like object waiting to explode your production server? Trust issues aren't a bug in our profession—they're a feature!