Leo switched to . One of the killer features in this version—the ability to step into decompiled code as if it were original source. He attached the debugger to the running Windows service, set a breakpoint on GetApproximateRoadDistance , and watched the stack trace unwind. The method was returning straight-line Euclidean distance, then multiplying by 1.6. "Approximate," indeed.
The tree view exploded: namespaces, classes, methods. He clicked on the OptimizeDeliverySequence method. In the right pane, the decompiled source code materialized like a ghost writing itself. .NET Reflector Professional v11.1.0.2169 -Win- ...
Later that night, he sent a Slack message to the team: “Found Gerald’s hidden Euclidean bug. Also, never trust a TODO comment from 2016.” Leo switched to
public List<DeliveryStop> OptimizeDeliverySequence(List<DeliveryStop> rawStops) { // TODO: Replace with actual A* implementation // Gerald's note: Use Manhattan distance for city grid if (rawStops.Count < 3) return rawStops; var optimized = new List<DeliveryStop>(); // ... 200 lines of cryptic logic ... return optimized; } Leo squinted. Manhattan distance? Their trucks ran across rural Montana, not New York. That explained the bizarre fuel overages last quarter. He clicked on the OptimizeDeliverySequence method
Your evaluation of .NET Reflector Professional v11.1.0.2169 (Win) ends in 3 days.
Leo, a senior backend engineer at a midsized logistics firm, sighed. Three days. He’d been putting this off for weeks. His team maintained a monolithic Windows service that routed shipping data between a 2008-era SQL Server and a modern Azure Functions fleet. The original developer, a man named Gerald who had retired to a sailboat in the Bahamas, had left no documentation. And the source code repository? Corrupted during a botched migration to Git.