Standard naming convention for commit messages
I am a dedicated and skilled Software Engineer specializing in mobile app development, backend systems, and creating secure APIs. With extensive experience in both SQL and NoSQL databases, I have a proven track record of delivering robust and scalable solutions.
Key Expertise:
Mobile App Development: I make high-quality apps for Android and iOS, ensuring they are easy to use and work well.
Backend Development: Skilled in designing and implementing backend systems using various frameworks and languages to support web and mobile applications.
Secure API Creation: Expertise in creating secure APIs, ensuring data integrity and protection across platforms.
Database Management: Experienced with SQL databases such as MySQL, and NoSQL databases like Firebase, managing data effectively and efficiently.
Technical Skills: Programming Languages: Java, Dart, Python, JavaScript, Kotlin, PHP
Frameworks: Angular, CodeIgniter, Flutter, Flask, Django
Database Systems: MySQL, Firebase
Cloud Platforms: AWS, Google Cloud Console
I love learning new things and taking on new challenges. I am always eager to work on projects that make a difference.
The standard naming convention for commit messages often follows the Conventional Commits specification. It helps to keep commit messages consistent and readable, especially when generating changelogs or tracking changes in a project.
Here are the common types of commit messages used in the Conventional Commits convention:
feat: A new feature or functionality.
- Example:
feat: add user authentication flow
- Example:
fix: A bug fix.
- Example:
fix: correct header alignment issue on mobile
- Example:
docs: Changes to documentation.
- Example:
docs: update README with installation instructions
- Example:
style: Changes that do not affect the meaning of the code (white-space, formatting, missing semi-colons, etc.).
- Example:
style: format code using prettier
- Example:
refactor: Code change that neither fixes a bug nor adds a feature (e.g., code cleanup or restructuring).
- Example:
refactor: restructure user service logic
- Example:
perf: Changes that improve performance.
- Example:
perf: improve database query performance
- Example:
test: Adding or updating tests.
- Example:
test: add unit tests for login component
- Example:
chore: Changes to the build process, tooling, or other non-functional updates (e.g., package updates).
- Example:
chore: update dependencies
- Example:
build: Changes that affect the build system or external dependencies (example scopes: gulp, broccoli, npm).
- Example:
build: configure Webpack for production
- Example:
ci: Changes to Continuous Integration (CI) configuration files and scripts.
- Example:
ci: add Travis CI configuration
- revert: Revert a previous commit.
- Example:
revert: revert commit 12345abc
- fix! or feat!: Breaking changes in a fix or feature. The
!indicates a breaking change.
- Example:
feat!: drop support for Node.js 8
- merge: For merging branches, though less commonly used if the merge commits are automatically created by Git.
- Example:
merge: merge feature branch into main
Structure of Commit Message:
<type>(<scope>): <short summary>
Type: What type of change it is (e.g.,
feat,fix,docs).Scope: A module or file the commit is related to (optional, but can be useful for large projects).
Short Summary: Brief description of what was done (in imperative mood, e.g., "add feature", "fix bug").
Example Commit Messages:
feat(authentication): add JWT-based user authenticationfix(user-profile): resolve issue with profile picture uploaddocs(api): update API usage documentationrefactor(utils): clean up redundant helper functions
This style helps maintain clean and clear commit history, making it easier for teams to understand what each commit achieves.




