VS Code Debugger Lies A Bug Report For Extension 0.29.1
KÅ‚amie Debugging a Code Deception in VS Code Extension 0.29.1
Bug Report: VS Code Extension 0.29.1 Misleading Debugging Information
This is a bug report regarding the VS Code extension version 0.29.1, where the debugger appears to provide misleading information, essentially lying, deceiving, and sabotaging the debugging process. This behavior makes it extremely difficult to trust the debugger's output and effectively troubleshoot code.
The user reports that the extension falsely indicates actions or states, which leads to incorrect assumptions about the code's execution. This can manifest in various ways, such as showing incorrect variable values, skipping breakpoints without proper explanation, or misrepresenting the call stack. Such deceptive behavior significantly hinders the debugging process, wasting time and effort as developers chase phantom issues.
To effectively address this issue, detailed steps to reproduce the behavior are crucial. This includes the specific code snippet being debugged, the debugging configuration used, and a precise description of the misleading information observed. Understanding the context in which the debugger fails is paramount for the development team to identify the root cause and implement a fix.
For instance, consider a scenario where a variable's value is displayed incorrectly during a debugging session. The debugger might show a value that doesn't align with the code's logic or the expected outcome of a particular operation. This discrepancy can mislead the developer into believing that there's an issue with the code's logic when the problem actually lies with the debugger's representation of the program state. Similarly, if the debugger skips breakpoints without any apparent reason, it can create confusion and make it challenging to trace the execution flow.
Moreover, a faulty call stack can further complicate debugging. If the debugger presents an inaccurate call stack, it becomes difficult to understand the sequence of function calls leading to a particular point in the code. This can hinder the ability to identify the origin of bugs, particularly in complex applications with nested function calls. Therefore, the reliability of the debugger's output is critical for effective debugging.
To diagnose this issue effectively, the developers will need to examine the debugging extension's internal mechanisms, analyze how it interacts with the VS Code debugger, and identify the source of the misleading information. This might involve inspecting the debugger's logs, examining the extension's code, and potentially running tests to replicate the reported behavior. The goal is to pinpoint the exact circumstances under which the debugger provides inaccurate information and then devise a solution to rectify it.
In addition to the technical analysis, gathering more information from the user who reported the bug can be invaluable. This includes asking for specific examples of the misleading behavior, requesting access to the code being debugged, and seeking further clarification on the debugging steps followed. The more information available, the better the chances of successfully resolving the issue and ensuring the debugger's reliability.
Ultimately, a reliable debugger is an indispensable tool for software development. When a debugger provides inaccurate information, it undermines the entire debugging process and can lead to significant frustration and wasted time. Addressing this issue in VS Code extension 0.29.1 is therefore crucial for maintaining the integrity of the development workflow and ensuring that developers can trust the tools they rely on.
Technical Details
- Extension version: 0.29.1
- VS Code version: Code 1.102.1 (7adae6a56e34cb64d08899664b814cf620465925, 2025-07-15T16:41:17.147Z)
- OS version: Linux x64 6.1.0-37-amd64
- Modes: N/A
System Information
| Item | Value |
|---|---|
| CPUs | AMD Ryzen 5 3600 6-Core Processor (12 x 4074) |
| GPU Status | 2d_canvas: unavailable_software canvas_oop_rasterization: disabled_off direct_rendering_display_compositor: disabled_off_ok gpu_compositing: disabled_software multiple_raster_threads: enabled_on opengl: disabled_off rasterization: disabled_software raw_draw: disabled_off_ok skia_graphite: disabled_off video_decode: disabled_software video_encode: disabled_software vulkan: disabled_off webgl: unavailable_software webgl2: unavailable_software webgpu: disabled_off webnn: unavailable_software |
| Load (avg) | 1, 1, 1 |
| Memory (System) | 31.27GB (26.76GB free) |
| Process Argv | --crash-reporter-id 63fe78b0-3962-4721-b32b-623560b87ca8 |
| Screen Reader | no |
| VM | 0% |
| DESKTOP_SESSION | plasmawayland |
| XDG_CURRENT_DESKTOP | KDE |
| XDG_SESSION_DESKTOP | KDE |
| XDG_SESSION_TYPE | wayland |
A/B Experiments
vsliv368cf:30146710
binariesv615:30325510
0bi6i642:31351871
2e7ec940:31000449
nativeloc1:31344060
dwcopilot:31170013
6074i472:31201624
dwoutputs:31242946
9064b325:31222308
copilot_t_ci:31333650
e5gg6876:31282496
pythoneinst12:31285622
c7cif404:31314491
pythonpulldiag:31343502
996jf627:31283433
pythonrdcb7:31342333
usemplatestapi:31297334
0aa6g176:31307128
747dc170:31275177
aj953862:31281341
generatesymbolt:31295002
convertfstringf:31295003
pylancequickfixf:31350060
9d2cg352:31346308
convertlamdat:31350063
usemarketplace:31343026
nesew2to5:31336538
agentclaude:31350858
nes-diff-11:31337487
replacestringexc:31350595
nes-set-on:31351930
onetestforazureexp:31335613
63221493:31336333
envsdeactivate2:31352071
yijiwantestdri0626-c:31336931
0927b901:31350571
4gdec884:31348710
0cj2b977:31352657