GDB Debugger Tool

The tool provides a structured environment to perform GDB-based debugging on C/C++ programs. Users supply a language, a binary or source code, and a set of GDB commands or scripts. Conceptually, the system translates user intent into GDB actions such as setting breakpoints, executing the program, and inspecting memory and registers. It captures and formats outputs into a consistent, exportable report. This makes debugging sessions reproducible, auditable, and shareable. Typical use cases include locating segfaults, validating variable states across steps, and verifying control flow in complex optimizations.
Behind the scenes, the tool uses the GDB machine interface or similar remote protocols to issue commands and parse structured results. It normalizes outputs into structured data: breakpoint hits, register dumps, memory windows, and a textual disassembly. It supports both source-based debugging and binary-only targets, with symbol resolution for optimized builds. Optional features include conditional breakpoints, watchpoints, multi-thread inspection, and core-dump analysis. The approach emphasizes reproducibility, per-session logs, and the ability to replay a debugging sequence across environments.
Who benefits are developers in embedded or systems teams, students in computer science labs, and QA engineers performing regression checks. The tool's unique value lies in its combination of multi-field inputs, support for multiple target types, and an outputs-first presentation that surfaces root causes and actionable findings. Core features include language selection, binary/source inputs, command scripting, breakpoint and watchpoint management, stepping, disassembly, register and memory views, and export of logs. Typical use cases include fault localization, verification of fixes, and debugging optimization-related issues across local and remote targets.