radareorg/radare2
Feb 2025 – Jun 2026
16 Months active
Languages Used
CJavaScriptMakeShellcMakefileMesonPython
Technical Skills
Build SystemC ProgrammingReverse EngineeringAPI DesignCode OrganizationRefactoring
pancake
PROFILE
Pancake
Over a 16-month period, contributed extensively to the radareorg/radare2 repository, delivering 231 features and resolving 123 bugs across binary analysis, reverse engineering, and core tooling. Work focused on architectural refactoring, plugin development, and cross-platform enhancements, using C and Python to modernize APIs, improve memory management, and streamline build automation. Implemented new analysis features, expanded filesystem and architecture support, and enhanced scripting and UI customization. Emphasized maintainability and performance by introducing vectorized data structures, optimizing concurrency, and hardening security. The approach combined deep codebase understanding with rigorous testing, resulting in a more robust, scalable, and developer-friendly reverse engineering platform.
Overall Statistics
Feature vs Bugs
65%Features
Repository Contributions
463Total
Bugs
123
Commits
463
Features
231
Lines of code
191,226
Activity Months16
Your Network
84 peopleShared Repositories
84
Work History
June 2026
8 Commits • 4 Features
Jun 1, 2026June 2026 monthly summary for radare2 development focused on architecture, stability, and usability improvements across the core toolchain. Consolidated work in the radare2 repository (radareorg/radare2) delivered tangible business value by broadening architecture support, hardening critical paths, and simplifying configuration and usage scenarios for developers and analysts.
8 Commits • 4 Features
Jun 1, 2026June 2026 monthly summary for radare2 development focused on architecture, stability, and usability improvements across the core toolchain. Consolidated work in the radare2 repository (radareorg/radare2) delivered tangible business value by broadening architecture support, hardening critical paths, and simplifying configuration and usage scenarios for developers and analysts.
June 2026
May 2026
19 Commits • 14 Features
May 1, 2026May 2026 monthly highlights for radare2 (radareorg/radare2). Delivered a broad set of features across filesystem integration, disassembly UX, scripting, analysis, UI customization, and cross-architecture CI. Focused on business value through automation, security hardening, interoperability, and performance improvements. Key features delivered: - Plan 9 and 9P filesystem integration: Adds 9P filesystem support and integration for Plan 9 Fossil FileSystem, enabling mounting and interacting with remote/local filesystems from the tool. Commits: b6dba58e2e4bea8bdf879eaf120ef7157537ffe9; 9ae3d1b816596c8f4e6fdc5f8d2a2e7b71992b11. - Disassembly UX improvements and annotation: UTF-8 cursor support, descriptive enum hints for immediates, and enhanced assembly block handling via the disassembly API. Commits: c98397bbde03ad4a079f90cbe19f01904a8bc909; 69456c0b5b8c4dee0d577ce2979e140eb0fa70e6; aabe65ff15da4658f7af132f727e4f828652dedf. - Conditional CLI scripting improvements: Introduces conditional execution of commands based on expression evaluation to enhance scripting and automation. Commit: ceffb218852d24b14392a3276f5ae2a55018776b. - Switch dependency tracking in analysis: Add dependency tracking for switch cases to improve control-flow analysis. Commit: b68dd32583fe1e6732054aee8008f0c932da57c1. - Plugin management enhancements: Prompts users to rebuild outdated plugins, tracks mismatches, and improves plugin compatibility and user experience. Commit: 94c8725ca7005c628d637ea17b2137ab71e617e2. - Font rendering customization: Allows users to specify different font styles for various text elements to improve readability and customization of the UI. Commit: cbce1baf57bcc74ccc30a2fc0817d26327ecd214. - Binary analysis enhancements: Integrates class methods into the symbol table for better representation and storage optimizations; RBinStrings storage moved from list to vector. Commits: ff8239525bab5fa87a795b919e784900fb52bd2c; 9819cf82b3f14e01a59f7dceb472e3f77cc0b64b. - Cross-language CC retrieval: Implements retrieving calling convention information across multiple languages (dotnet, Java, DEX, Python, WebAssembly). Commit: 38982ec18a173456898f4b2c8c804de39a8fce8d. - Security and file handling hardening: Library/file handling sanitization and base64 filename handling to improve security and flexibility. Commit: 35c3385b4fa03df6de471fe4a9a8d78fe6756385. - Virtual registers and architecture work: Virtual registers management improvements and consolidation of vregs banks; ISVM default calling convention introduced. Commits: e472dc4be800e8f3ad743d8ae89444b8beab44e7; 28588d0e0a93d905aa44842866ad85989dc7e7f6; 564ed95dacdd50746eb02d5df16055bc6b9a1b2c. - Performance optimizations: Analysis variable handling refactor to RVec and Mach-O handling performance optimizations. Commits: cade98dd4704bbc41b3057c6f3f152e55032d8d7; 03ef55b0087d6f15ecf8558158abcb678c0d0ead. - CI and cross-architecture build/test support (MIPS big-endian): Adds CI support and toolchain/configuration for MIPS big-endian builds. Commit: e994de5e5b7102b0bb6a3a034952b1ff0660fd20. Major bugs fixed: - Security hardening: Fix crash-related issues by sanitizing library names and handling base64-encoded filenames (#25992). Commit: 35c3385b4fa03df6de471fe4a9a8d78fe6756385. - No other discrete bug fixes documented in this month beyond the security hardening noted above. Overall impact and accomplishments: - Broad feature delivery across core areas (filesystem integration, disassembly UX, scripting, analysis, UI, and CI), driving automation, reliability, and interoperability. - Notable performance and memory improvements (RBinStrings vectorization, RVec-based var APIs, optimized Mach-O handling). - Improved developer experience and onboarding through plugin compatibility prompts and cross-language tooling support. - Strengthened security posture with sanitization and safer I/O handling. Technologies and skills demonstrated: - C and multi-language tool integration; cross-language CC retrieval across dotnet, Java, DEX, Python, and WebAssembly. - UTF-8 and Unicode handling in UI/UX; dynamic font rendering customization. - Advanced program analysis enhancements (switch-case dependency tracking, RVec usage, virtual registers consolidation). - API-driven disassembly workflows and scripting capabilities with conditional execution. - CI/CD automation for multi-arch (MIPS big-endian) environments.
May 2026
19 Commits • 14 Features
May 1, 2026May 2026 monthly highlights for radare2 (radareorg/radare2). Delivered a broad set of features across filesystem integration, disassembly UX, scripting, analysis, UI customization, and cross-architecture CI. Focused on business value through automation, security hardening, interoperability, and performance improvements. Key features delivered: - Plan 9 and 9P filesystem integration: Adds 9P filesystem support and integration for Plan 9 Fossil FileSystem, enabling mounting and interacting with remote/local filesystems from the tool. Commits: b6dba58e2e4bea8bdf879eaf120ef7157537ffe9; 9ae3d1b816596c8f4e6fdc5f8d2a2e7b71992b11. - Disassembly UX improvements and annotation: UTF-8 cursor support, descriptive enum hints for immediates, and enhanced assembly block handling via the disassembly API. Commits: c98397bbde03ad4a079f90cbe19f01904a8bc909; 69456c0b5b8c4dee0d577ce2979e140eb0fa70e6; aabe65ff15da4658f7af132f727e4f828652dedf. - Conditional CLI scripting improvements: Introduces conditional execution of commands based on expression evaluation to enhance scripting and automation. Commit: ceffb218852d24b14392a3276f5ae2a55018776b. - Switch dependency tracking in analysis: Add dependency tracking for switch cases to improve control-flow analysis. Commit: b68dd32583fe1e6732054aee8008f0c932da57c1. - Plugin management enhancements: Prompts users to rebuild outdated plugins, tracks mismatches, and improves plugin compatibility and user experience. Commit: 94c8725ca7005c628d637ea17b2137ab71e617e2. - Font rendering customization: Allows users to specify different font styles for various text elements to improve readability and customization of the UI. Commit: cbce1baf57bcc74ccc30a2fc0817d26327ecd214. - Binary analysis enhancements: Integrates class methods into the symbol table for better representation and storage optimizations; RBinStrings storage moved from list to vector. Commits: ff8239525bab5fa87a795b919e784900fb52bd2c; 9819cf82b3f14e01a59f7dceb472e3f77cc0b64b. - Cross-language CC retrieval: Implements retrieving calling convention information across multiple languages (dotnet, Java, DEX, Python, WebAssembly). Commit: 38982ec18a173456898f4b2c8c804de39a8fce8d. - Security and file handling hardening: Library/file handling sanitization and base64 filename handling to improve security and flexibility. Commit: 35c3385b4fa03df6de471fe4a9a8d78fe6756385. - Virtual registers and architecture work: Virtual registers management improvements and consolidation of vregs banks; ISVM default calling convention introduced. Commits: e472dc4be800e8f3ad743d8ae89444b8beab44e7; 28588d0e0a93d905aa44842866ad85989dc7e7f6; 564ed95dacdd50746eb02d5df16055bc6b9a1b2c. - Performance optimizations: Analysis variable handling refactor to RVec and Mach-O handling performance optimizations. Commits: cade98dd4704bbc41b3057c6f3f152e55032d8d7; 03ef55b0087d6f15ecf8558158abcb678c0d0ead. - CI and cross-architecture build/test support (MIPS big-endian): Adds CI support and toolchain/configuration for MIPS big-endian builds. Commit: e994de5e5b7102b0bb6a3a034952b1ff0660fd20. Major bugs fixed: - Security hardening: Fix crash-related issues by sanitizing library names and handling base64-encoded filenames (#25992). Commit: 35c3385b4fa03df6de471fe4a9a8d78fe6756385. - No other discrete bug fixes documented in this month beyond the security hardening noted above. Overall impact and accomplishments: - Broad feature delivery across core areas (filesystem integration, disassembly UX, scripting, analysis, UI, and CI), driving automation, reliability, and interoperability. - Notable performance and memory improvements (RBinStrings vectorization, RVec-based var APIs, optimized Mach-O handling). - Improved developer experience and onboarding through plugin compatibility prompts and cross-language tooling support. - Strengthened security posture with sanitization and safer I/O handling. Technologies and skills demonstrated: - C and multi-language tool integration; cross-language CC retrieval across dotnet, Java, DEX, Python, and WebAssembly. - UTF-8 and Unicode handling in UI/UX; dynamic font rendering customization. - Advanced program analysis enhancements (switch-case dependency tracking, RVec usage, virtual registers consolidation). - API-driven disassembly workflows and scripting capabilities with conditional execution. - CI/CD automation for multi-arch (MIPS big-endian) environments.
April 2026
33 Commits • 19 Features
Apr 1, 2026April 2026 monthly summary for radare2 (radareorg/radare2). This month focused on delivering user-visible features, hardening security and improving performance, while enhancing observability and maintainability across the codebase. Key features were shipped to improve project handling in the Pi view, advance analysis capabilities, and performance of core subsystems. We also made architectural and plugin improvements to support preanalysis hooks and caching, while addressing critical security and stability issues across multiple platforms. Deliveries improved business value by speeding up project workflows, increasing reliability, and reducing risk from vulnerabilities.
33 Commits • 19 Features
Apr 1, 2026April 2026 monthly summary for radare2 (radareorg/radare2). This month focused on delivering user-visible features, hardening security and improving performance, while enhancing observability and maintainability across the codebase. Key features were shipped to improve project handling in the Pi view, advance analysis capabilities, and performance of core subsystems. We also made architectural and plugin improvements to support preanalysis hooks and caching, while addressing critical security and stability issues across multiple platforms. Deliveries improved business value by speeding up project workflows, increasing reliability, and reducing risk from vulnerabilities.
April 2026
March 2026
67 Commits • 27 Features
Mar 1, 2026March 2026 (2026-03) delivered substantial core improvements, robustness, and cross-platform readiness for radare2. The team combined architectural refinements, expanded fuzzing coverage, and targeted memory-safety fixes with enhancements to UI printing, visualization, and analysis tooling. Notable outcomes include performance and stability gains in key subsystems, improved cross-architecture CI/CD pipelines, and enhanced developer productivity through refactors and modernized APIs. The work positions radare2 for broader platform support, faster debugging cycles, and stronger resilience in production use.
March 2026
67 Commits • 27 Features
Mar 1, 2026March 2026 (2026-03) delivered substantial core improvements, robustness, and cross-platform readiness for radare2. The team combined architectural refinements, expanded fuzzing coverage, and targeted memory-safety fixes with enhancements to UI printing, visualization, and analysis tooling. Notable outcomes include performance and stability gains in key subsystems, improved cross-architecture CI/CD pipelines, and enhanced developer productivity through refactors and modernized APIs. The work positions radare2 for broader platform support, faster debugging cycles, and stronger resilience in production use.
February 2026
35 Commits • 21 Features
Feb 1, 2026February 2026 monthly summary for radare2 development. Focused on memory efficiency, stability, and maintainability across core components. Implemented memory leak fixes identified by unit tests; achieved major memory reductions for DEX loading; introduced vectorization for ELF imports and RBinImports to reduce allocations and improve locality; refactored key architectural components to simplify maintenance; prepared the codebase for future improvements with JSON build refactor and cleanup.
35 Commits • 21 Features
Feb 1, 2026February 2026 monthly summary for radare2 development. Focused on memory efficiency, stability, and maintainability across core components. Implemented memory leak fixes identified by unit tests; achieved major memory reductions for DEX loading; introduced vectorization for ELF imports and RBinImports to reduce allocations and improve locality; refactored key architectural components to simplify maintenance; prepared the codebase for future improvements with JSON build refactor and cleanup.
February 2026
January 2026
45 Commits • 15 Features
Jan 1, 2026January 2026: Major feature delivery, reliability hardening, and cross-cutting refactors across RMuta, IO, CI, and platform support for radare2. The work delivers tangible business value through more capable crypto/file tooling, stronger build/test pipelines, and improved API stability for plugin authors and end users.
January 2026
45 Commits • 15 Features
Jan 1, 2026January 2026: Major feature delivery, reliability hardening, and cross-cutting refactors across RMuta, IO, CI, and platform support for radare2. The work delivers tangible business value through more capable crypto/file tooling, stronger build/test pipelines, and improved API stability for plugin authors and end users.
December 2025
39 Commits • 17 Features
Dec 1, 2025Concise monthly summary for 2025-12 highlighting business value and technical achievements across the radare2 codebase. The month focused on expanding disk-image analysis capabilities, stabilizing cross-platform builds, improving plugin architecture and tooling, and delivering measurable quality improvements.
39 Commits • 17 Features
Dec 1, 2025Concise monthly summary for 2025-12 highlighting business value and technical achievements across the radare2 codebase. The month focused on expanding disk-image analysis capabilities, stabilizing cross-platform builds, improving plugin architecture and tooling, and delivering measurable quality improvements.
December 2025
November 2025
47 Commits • 16 Features
Nov 1, 2025November 2025 (2025-11) monthly summary for radare2: Focused on stability, performance, and expanding analysis capabilities across core binary tooling, with significant improvements in memory management, scripting workflows, and new format support. Delivered PD subcommand automation via r2ghidra, enhanced floating-point and filesystem capabilities, and strengthened build/quality practices.
November 2025
47 Commits • 16 Features
Nov 1, 2025November 2025 (2025-11) monthly summary for radare2: Focused on stability, performance, and expanding analysis capabilities across core binary tooling, with significant improvements in memory management, scripting workflows, and new format support. Delivered PD subcommand automation via r2ghidra, enhanced floating-point and filesystem capabilities, and strengthened build/quality practices.
October 2025
6 Commits • 3 Features
Oct 1, 2025Month 2025-10 — Summary of development work in radare2 focusing on reliability, performance, and maintainability improvements that enable faster, more scalable analyses and easier developer workflows. Key features delivered: - RCoreTasks multi-mode execution (cooperative, thread, and fork): Enables parallel/job-based analysis with configurable task modes, improves task handling and robustness of task listing/number parsing. Commits: 26f6bd4769cd35b2fbfb5b8b65cc8d4b9b758b18; 0a02dcbacc44dd75c6b26957c0ee108182d3f780. - Core memory management refactor: centralizes block reading via r_core_readblock to improve memory management and code clarity; adjustments to history initialization and block size handling in printing/analysis. Commit: bdf521a06b03a2f17f6dffcff809f68d0bfcc748. - Code formatting tooling: clang-format-radare2 integration with embedded .clang-format config; simplifies formatting rules and improves consistency across the codebase. Commits: ab4aa3b3bd7eeaebe5f34261cb6c655da85a24d8; 69d1f4c22e418f369cd3cc01442d58a8dbdf044c. Major bugs fixed: - RThreads stability: increased default stack size from 1MB to 8MB to prevent overflow during complex analyses, improving reliability of long-running analyses. Commit: 608034255fee6b49d035b134f1681f85a2dc185b. Overall impact and accomplishments: - Improved reliability and scalability of analysis workflows (through multi-mode task execution and larger stack for heavy analyses). - Enhanced memory management and code clarity, reducing maintenance burden and potential memory-related issues. - Streamlined developer experience and consistency with embedded formatting tooling, accelerating onboarding and contributing to higher-quality code. Technologies/skills demonstrated: - C/C++ refactoring, multi-threading and fork-mode support, and memory management optimizations. - Codebase tooling and automation (Python-based formatting tooling integration) and build-system enhancements. - Use of task listing and robust number parsing patterns (RTable integration) and centralized IO helpers (r_core_readblock).
6 Commits • 3 Features
Oct 1, 2025Month 2025-10 — Summary of development work in radare2 focusing on reliability, performance, and maintainability improvements that enable faster, more scalable analyses and easier developer workflows. Key features delivered: - RCoreTasks multi-mode execution (cooperative, thread, and fork): Enables parallel/job-based analysis with configurable task modes, improves task handling and robustness of task listing/number parsing. Commits: 26f6bd4769cd35b2fbfb5b8b65cc8d4b9b758b18; 0a02dcbacc44dd75c6b26957c0ee108182d3f780. - Core memory management refactor: centralizes block reading via r_core_readblock to improve memory management and code clarity; adjustments to history initialization and block size handling in printing/analysis. Commit: bdf521a06b03a2f17f6dffcff809f68d0bfcc748. - Code formatting tooling: clang-format-radare2 integration with embedded .clang-format config; simplifies formatting rules and improves consistency across the codebase. Commits: ab4aa3b3bd7eeaebe5f34261cb6c655da85a24d8; 69d1f4c22e418f369cd3cc01442d58a8dbdf044c. Major bugs fixed: - RThreads stability: increased default stack size from 1MB to 8MB to prevent overflow during complex analyses, improving reliability of long-running analyses. Commit: 608034255fee6b49d035b134f1681f85a2dc185b. Overall impact and accomplishments: - Improved reliability and scalability of analysis workflows (through multi-mode task execution and larger stack for heavy analyses). - Enhanced memory management and code clarity, reducing maintenance burden and potential memory-related issues. - Streamlined developer experience and consistency with embedded formatting tooling, accelerating onboarding and contributing to higher-quality code. Technologies/skills demonstrated: - C/C++ refactoring, multi-threading and fork-mode support, and memory management optimizations. - Codebase tooling and automation (Python-based formatting tooling integration) and build-system enhancements. - Use of task listing and robust number parsing patterns (RTable integration) and centralized IO helpers (r_core_readblock).
October 2025
September 2025
27 Commits • 14 Features
Sep 1, 2025September 2025 performance snapshot for radare2 (radareorg/radare2): Delivered substantial enhancements to dynamic analysis, flag-space capabilities, and automation workflows, along with IO integration and UX improvements. Key features delivered include groundwork and initial support for dynamic function prefixes, new flagspace APIs, autoflagspaces, and import of the process_vm IO plugin, plus R2 Mandir display support (-H). These changes are complemented by targeted bug fixes to improve stability, safety, and maintainability (see commits below).
September 2025
27 Commits • 14 Features
Sep 1, 2025September 2025 performance snapshot for radare2 (radareorg/radare2): Delivered substantial enhancements to dynamic analysis, flag-space capabilities, and automation workflows, along with IO integration and UX improvements. Key features delivered include groundwork and initial support for dynamic function prefixes, new flagspace APIs, autoflagspaces, and import of the process_vm IO plugin, plus R2 Mandir display support (-H). These changes are complemented by targeted bug fixes to improve stability, safety, and maintainability (see commits below).
August 2025
40 Commits • 25 Features
Aug 1, 2025August 2025 monthly summary for radare2 (radareorg/radare2). This period focused on delivering foundational capabilities in the IO subsystem, data modeling, core task orchestration, and automation interfaces, while stabilizing the build and portability footprint. The work lays groundwork for scalable workflows, automated analysis pipelines, and easier extension points for future features.
40 Commits • 25 Features
Aug 1, 2025August 2025 monthly summary for radare2 (radareorg/radare2). This period focused on delivering foundational capabilities in the IO subsystem, data modeling, core task orchestration, and automation interfaces, while stabilizing the build and portability footprint. The work lays groundwork for scalable workflows, automated analysis pipelines, and easier extension points for future features.
August 2025
July 2025
23 Commits • 14 Features
Jul 1, 2025July 2025: Delivered stability, quality, and modularization improvements across radare2. Key work touched core subsystems (PDC, r2r, mmap IO), introduced plugin-based modularization for TinyCC, and tightened default behaviors (new C parser, HTTPS upgrades). The changes reduce risk in memory management and out-of-bounds scenarios, improve error paths, and lay groundwork for faster future iterations.
July 2025
23 Commits • 14 Features
Jul 1, 2025July 2025: Delivered stability, quality, and modularization improvements across radare2. Key work touched core subsystems (PDC, r2r, mmap IO), introduced plugin-based modularization for TinyCC, and tightened default behaviors (new C parser, HTTPS upgrades). The changes reduce risk in memory management and out-of-bounds scenarios, improve error paths, and lay groundwork for faster future iterations.
June 2025
51 Commits • 31 Features
Jun 1, 2025June 2025 monthly summary for radare2 development focusing on delivering high-value features, performance improvements, and codebase health across the binary analysis and visualization subsystems. Highlights include new commands, graph rendering robustness improvements, and ongoing RKons transition work, along with targeted build/tooling and documentation cleanups to improve discoverability and maintainability.
51 Commits • 31 Features
Jun 1, 2025June 2025 monthly summary for radare2 development focusing on delivering high-value features, performance improvements, and codebase health across the binary analysis and visualization subsystems. Highlights include new commands, graph rendering robustness improvements, and ongoing RKons transition work, along with targeted build/tooling and documentation cleanups to improve discoverability and maintainability.
June 2025
May 2025
21 Commits • 10 Features
May 1, 2025May 2025 highlights include a large-scale refactor of the RCons/Cons subsystem, integration of RKons APIs across the Info subcommands, and meaningful CI/build stability improvements, complemented by API modernization and targeted bug fixes that improve reliability and usability for developers and users.
May 2025
21 Commits • 10 Features
May 1, 2025May 2025 highlights include a large-scale refactor of the RCons/Cons subsystem, integration of RKons APIs across the Info subcommands, and meaningful CI/build stability improvements, complemented by API modernization and targeted bug fixes that improve reliability and usability for developers and users.
April 2025
1 Commits • 1 Features
Apr 1, 2025April 2025 monthly summary for radareorg/radare2: Delivered the Unified Console API (r_kons) with an instance-based interface to unify console interactions, improving maintainability and scalability of the console subsystem. Initial commit 2b5f9d8115191e8570a16bab0c712b45cc3ccb49 introduced RKons and established a foundation for future enhancements.
1 Commits • 1 Features
Apr 1, 2025April 2025 monthly summary for radareorg/radare2: Delivered the Unified Console API (r_kons) with an instance-based interface to unify console interactions, improving maintainability and scalability of the console subsystem. Initial commit 2b5f9d8115191e8570a16bab0c712b45cc3ccb49 introduced RKons and established a foundation for future enhancements.
April 2025
February 2025
1 Commits
Feb 1, 2025February 2025 focused on ensuring Capstone API compatibility across updated Capstone versions for the radare2 project. The work involved updating Capstone subprojects and the sdb component, adjusting BPF and Ethereum Virtual Machine (EVM) instruction handling to align with API changes, and refreshing build configuration. Changes were implemented through a targeted commit updating Capstone next/v5 and sdb subprojects, with makefile and wrapper updates to reflect the new revisions.
February 2025
1 Commits
Feb 1, 2025February 2025 focused on ensuring Capstone API compatibility across updated Capstone versions for the radare2 project. The work involved updating Capstone subprojects and the sdb component, adjusting BPF and Ethereum Virtual Machine (EVM) instruction handling to align with API changes, and refreshing build configuration. Changes were implemented through a targeted commit updating Capstone next/v5 and sdb subprojects, with makefile and wrapper updates to reflect the new revisions.
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Quality Metrics
Correctness89.2%
Maintainability83.6%
Architecture84.0%
Performance80.8%
AI Usage22.2%
Skills & Technologies
Programming Languages
CC++DockerfileJSONJavaJavaScriptLuaMakeMakefileMarkdown
Technical Skills
.NET assembly parsingAPI DesignAPI DevelopmentAPI DocumentationAPI IntegrationAPI RefactoringAPI StandardizationAPI UsageAPI designAPI developmentAPI integrationARM architectureARM64Agent DevelopmentAlgorithm Optimization
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