luizzrosario/Programa-Conversor-de-Unidades-em-Linguagem-C
Dec 2024 – Dec 2024
1 Month active
Languages Used
C
Technical Skills
C ProgrammingCode DocumentationEmbedded CEmbedded DevelopmentEmbedded SystemsFull stack development
JoaogSacerdote
PROFILE
Joaogsacerdote
Developed and integrated a comprehensive power unit conversion feature for the luizzrosario/Programa-Conversor-de-Unidades-em-Linguagem-C repository, focusing on interactive conversion between Watts, Kilowatts, and Horsepower. The work involved designing a modular C header (unidadeDeEnergia.h) with constants, prototypes, and a dispatcher pattern to support scalable extension. Emphasized maintainability by updating documentation, code comments, and renaming terminology for clarity throughout the codebase and README. Leveraged C programming, embedded systems knowledge, and code documentation best practices to ensure correctness and future extensibility. No major bugs were addressed, but incremental improvements enhanced readability and set a foundation for additional unit types.
Overall Statistics
Feature vs Bugs
100%Features
Repository Contributions
8Total
Bugs
0
Commits
8
Features
1
Lines of code
230
Activity Months1
Your Network
10 peopleWork History
December 2024
8 Commits • 1 Features
Dec 1, 2024December 2024 monthly summary for the Luizz Rosario unit-converter project. Delivered end-to-end Power unit conversion (potência) feature with an interactive converter, created a dedicated API header, and completed integration into the existing app with documentation updates. Focused on consistency, correctness, and maintainability, enabling scalable extension to additional units. Key outcomes: - Implemented Power unit conversion feature (potência) with interactive converter. - Introduced unidadeDeEnergia.h with constants, prototypes, dispatcher, and a full set of conversion functions (Watts ↔ Kilowatts ↔ Horsepower). - Integrated changes into main.c and updated README/docs, including renaming terminology from energia to potência. - Performed careful documentation and code-comments improvements to support future maintenance. Notes on bugs: - No major bugs fixed this month; several small fixes to unidadeDeEnergia.h and README were completed to improve readability and maintainability. Business value and impact: - Provides precise, user-friendly energy/power conversions, reducing calculation errors and enhancing user experience. - Establishes a modular, extensible API ready for additional unit types and validators, improving long-term project velocity. Technologies/skills demonstrated: - C language header/API design (unidadeDeEnergia.h), modularization, and validation patterns. - Interactive CLI-like converter integration and dispatcher pattern. - Documentation, code-comment hygiene, and README maintenance. - Version-control discipline with incremental commits across the feature lifecycle.
8 Commits • 1 Features
Dec 1, 2024December 2024 monthly summary for the Luizz Rosario unit-converter project. Delivered end-to-end Power unit conversion (potência) feature with an interactive converter, created a dedicated API header, and completed integration into the existing app with documentation updates. Focused on consistency, correctness, and maintainability, enabling scalable extension to additional units. Key outcomes: - Implemented Power unit conversion feature (potência) with interactive converter. - Introduced unidadeDeEnergia.h with constants, prototypes, dispatcher, and a full set of conversion functions (Watts ↔ Kilowatts ↔ Horsepower). - Integrated changes into main.c and updated README/docs, including renaming terminology from energia to potência. - Performed careful documentation and code-comments improvements to support future maintenance. Notes on bugs: - No major bugs fixed this month; several small fixes to unidadeDeEnergia.h and README were completed to improve readability and maintainability. Business value and impact: - Provides precise, user-friendly energy/power conversions, reducing calculation errors and enhancing user experience. - Establishes a modular, extensible API ready for additional unit types and validators, improving long-term project velocity. Technologies/skills demonstrated: - C language header/API design (unidadeDeEnergia.h), modularization, and validation patterns. - Interactive CLI-like converter integration and dispatcher pattern. - Documentation, code-comment hygiene, and README maintenance. - Version-control discipline with incremental commits across the feature lifecycle.
December 2024
Activity
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Quality Metrics
Correctness92.6%
Maintainability92.6%
Architecture90.0%
Performance90.0%
AI Usage20.0%
Skills & Technologies
Programming Languages
C
Technical Skills
C ProgrammingCode DocumentationEmbedded CEmbedded DevelopmentEmbedded SystemsFull stack developmentUnit Conversion
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