LunarG/gfxreconstruct
Apr 2025 – Oct 2025
4 Months active
Languages Used
C++Python
Technical Skills
API designC++ developmentDebuggingSoftware architectureDirectX 12Graphics Debugging
Dustin Graves
PROFILE
Dustin Graves
David Graves contributed to the LunarG/gfxreconstruct project by enhancing the reliability and fidelity of DirectX replay workflows. Over four months, he focused on stabilizing D3D12 and D3D API callback replay, addressing crash risks and improving resource management. His work included validating function pointers, implementing debug logging, and introducing two-pass processing for ID3D10Blob replay to ensure correct ordering. David also expanded support for shared resources and guarded against null dereferences in conversion utilities. Using C++, Python, and DirectX 12, he delivered targeted bug fixes and a feature, demonstrating depth in debugging, graphics programming, and software architecture within complex replay systems.
Overall Statistics
Feature vs Bugs
20%Features
Repository Contributions
6Total
Bugs
4
Commits
6
Features
1
Lines of code
492
Activity Months4
Your Network
217 peopleSame Organization
@qti.qualcomm.com172
Work History
October 2025
2 Commits • 1 Features
Oct 1, 2025Month 2025-10: Focused on hardening the D3D12 workflow in gfxreconstruct and expanding replay capabilities for shared resources. Delivered targeted bug fixes and feature work that improve reliability and fidelity of capture/replay scenarios for DirectX workloads.
2 Commits • 1 Features
Oct 1, 2025Month 2025-10: Focused on hardening the D3D12 workflow in gfxreconstruct and expanding replay capabilities for shared resources. Delivered targeted bug fixes and feature work that improve reliability and fidelity of capture/replay scenarios for DirectX workloads.
October 2025
August 2025
1 Commits
Aug 1, 2025August 2025: Key bug fix and reliability improvements for gfxreconstruct focusing on ID3D10Blob replay processing. Implemented a two-pass processing order (root signature blobs first, then cached PSO blobs) to ensure correct ordering and prevent premature writes of cached PSOs, improving replay accuracy across captures and reducing debugging effort.
August 2025
1 Commits
Aug 1, 2025August 2025: Key bug fix and reliability improvements for gfxreconstruct focusing on ID3D10Blob replay processing. Implemented a two-pass processing order (root signature blobs first, then cached PSO blobs) to ensure correct ordering and prevent premature writes of cached PSOs, improving replay accuracy across captures and reducing debugging effort.
May 2025
2 Commits
May 1, 2025May 2025 monthly summary for LunarG/gfxreconstruct: focused on stabilizing the D3D12 replay path and improving robustness in swapchain handling. Delivered two targeted fixes that directly reduce crash risk and repair swapchain replay paths, enhancing reliability for developers reproducing and debugging graphics issues.
2 Commits
May 1, 2025May 2025 monthly summary for LunarG/gfxreconstruct: focused on stabilizing the D3D12 replay path and improving robustness in swapchain handling. Delivered two targeted fixes that directly reduce crash risk and repair swapchain replay paths, enhancing reliability for developers reproducing and debugging graphics issues.
May 2025
April 2025
1 Commits
Apr 1, 2025April 2025 (LunarG/gfxreconstruct): Delivered stability improvement for D3D API callback replay by validating/correcting function pointers and adding debug logging when callbacks are invoked. The change reduces replay crashes on complex D3D workflows and improves diagnosability without impacting existing replay behavior. Prepared groundwork for broader D3D callback coverage and reinforced the reliability of the D3D replay pipeline.
April 2025
1 Commits
Apr 1, 2025April 2025 (LunarG/gfxreconstruct): Delivered stability improvement for D3D API callback replay by validating/correcting function pointers and adding debug logging when callbacks are invoked. The change reduces replay crashes on complex D3D workflows and improves diagnosability without impacting existing replay behavior. Prepared groundwork for broader D3D callback coverage and reinforced the reliability of the D3D replay pipeline.
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Quality Metrics
Correctness96.6%
Maintainability80.0%
Architecture81.6%
Performance80.0%
AI Usage40.0%
Skills & Technologies
Programming Languages
C++Python
Technical Skills
API ReplayAPI designC++C++ developmentCode GenerationCode RefactoringDebuggingDirectX 12Graphics DebuggingPythonReplay SystemsResource ManagementSoftware architectureState TrackingWindows API
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