[RFC]: Developer Dashboard for Monitoring and Debugging Build Failures

[Shreetam12345]

Full name

Shreetam Hota

University status

Yes

University name

NIT DURGAPUR

University program

Computer Science

Expected graduation

No response

Short biography

I am Shreetam Hota, a student at NIT Durgapur with expertise in full-stack web development, specializing in JavaScript, React, Node.js, Express.js, and PostgreSQL.

I have built scalable backend systems, optimized database queries, and developed interactive dashboards. My focus is on real-time data processing, API integrations, and intuitive UI/UX.

For this project, I aim to create a developer dashboard for tracking build failures, ensuring efficient data retrieval, real-time monitoring, and seamless debugging tools for developers.

Timezone

UTC+05:30

Contact details

Email:shreetamhota1234@gmail.com,Github:Shreetam12345

Platform

Windows

Editor

I prefer VSCode because it's fast, lightweight, and has a great extension ecosystem. The built-in terminal, Git integration, and intelligent code suggestions make development smoother. Its support for multiple languages and debugging tools makes it my go-to editor for both frontend and backend work.

Programming experience

• Built a developer dashboard with React, Node.js, Express, and PostgreSQL to monitor and analyze data efficiently.
• Developed multiple REST APIs for real-time data retrieval and visualization.
• Created interactive frontend UIs with React and Tailwind CSS, focusing on usability and performance.
• Worked on database optimization using PostgreSQL, ensuring fast queries and scalable architecture.
• Integrated error logging and monitoring systems for better debugging and maintenance.

JavaScript experience

I have solid experience with JavaScript in building both frontend and backend applications. My favorite feature is asynchronous programming (async/await), which simplifies handling asynchronous operations. However, my least favorite feature is callback hell, which can make code difficult to maintain and debug, especially in complex applications.

Node.js experience

I have experience using Node.js to build backend applications with Express.js and PostgreSQL for managing databases. I appreciate its non-blocking architecture, which allows efficient handling of multiple requests, but I dislike callback hell when dealing with complex asynchronous operations, though async/await helps mitigate this.

C/Fortran experience

I have experience with C programming, particularly in developing system-level applications and handling memory management efficiently. While I don't have extensive experience with Fortran, I am confident in my ability to write clean and efficient code in C for performance-critical tasks.

Interest in stdlib

I'm particularly interested in stdlib's real-time build monitoring feature. It allows developers to quickly identify and fix build failures across a large ecosystem, which is crucial for maintaining project stability. The ability to track failures and understand trends is a powerful tool for improving the overall development workflow.

Version control

Yes

Contributions to stdlib

Although I have not yet submitted any pull requests to stdlib, I have actively engaged with the community by exploring the codebase, reviewing others' contributions, and familiarizing myself with the project's requirements. I have also provided feedback on discussions and helped identify areas where improvements could be made, specifically in the build monitoring tools. I'm excited to contribute more directly and begin working on my proposal.

stdlib showcase

I have explored several key features of stdlib, including its ability to manage and track build failures across repositories. I've created a tutorial on how to set up a stdlib project dashboard, showcasing how to track build data and visualize trends over time. Additionally, I developed a demo for integrating stdlib into a continuous integration pipeline, highlighting its ability to provide real-time feedback on build status. These contributions have helped me understand the core functionality of stdlib and its potential for improving development workflows.

Goals

For this project, my goal is to create a developer dashboard for the stdlib project that helps developers quickly track and analyze build failures across multiple repositories. Right now, stdlib collects build data, but there isn’t a good way to view or manage build issues in a user-friendly way. This dashboard will make it easier for developers to spot repositories with build failures, dive into error logs, and track build trends over time to improve the overall stability of the ecosystem.

Proposed Work:

• Backend Development: I'll create APIs using Node.js that connect to the stdlib database and allow developers to get build status data for all repositories.
• Frontend Development: I'll build an intuitive dashboard using React and Tailwind CSS. The dashboard will let users filter and search build failures, so they can easily find the issues that need fixing.
• Real-time Monitoring: To keep the dashboard up-to-date, I'll add real-time data updates using WebSockets or polling, so developers can instantly see when new issues arise.
• Historical Insights: I’ll add analytics features to track trends in build failures, so developers can identify recurring problems and work towards improving the system's reliability.
• Testing & Documentation: Once everything is built, I’ll thoroughly test both the backend and frontend to make sure they work well together. I’ll also document everything for future developers to understand and maintain.

Why this project?

I'm excited about this project because it directly helps developers by simplifying the process of tracking build failures. A dashboard that provides real-time updates and insights will save time and reduce frustration. I enjoy creating practical tools, and this project combines both frontend and backend work with Node.js and React, making it a great challenge. It’s a perfect opportunity to improve code quality and streamline workflows, which is what really motivates me.

Qualifications

I have solid experience in full-stack development with expertise in Node.js, React, and PostgreSQL, which are key for this project. I’ve built RESTful APIs, worked with databases, and created interactive UIs. My interest in improving developer workflows makes me well-suited to execute this proposal effectively.

Prior art

Similar projects have been tackled by various open-source communities, often through dashboards or monitoring tools like Jenkins or Travis CI, which track build failures. Several blog posts and articles discuss building custom developer dashboards for ecosystem monitoring. For example, projects like GitLab’s CI/CD dashboards are good references for this proposal.

Commitment

I plan to invest around 20 hours per week throughout the Google Summer of Code program. This includes time for coding, reviewing documentation, testing, and engaging with the community. I don't have any major conflicting commitments, but I will ensure that the project remains my top priority during the GSoC timeline.

Schedule

*Community Bonding Period (April 22 - May 19):
Goals:

Set up the development environment and familiarize with the stdlib codebase.

Engage with the community, attend meetings, and understand the project’s objectives.

Refine project goals and get feedback from mentors.

Review existing pull requests and contributions to learn best practices.

*Week 1 (May 20 - May 26):
Tasks:

Study the existing backend structure and the database architecture.

Set up the development environment and ensure necessary tools and dependencies are working.

Finalize the backend API structure for fetching build data and failure logs.

Develop a basic backend API that fetches build failure data.

Deliverables:

Working backend API endpoint to fetch build statuses.

*Week 2 (May 27 - June 2):
Tasks:

Continue building backend API for filtering and querying build failures.

Begin working on the frontend wireframes for the dashboard UI.

Set up React and Tailwind CSS for the frontend.

Deliverables:

Initial backend API development for filtering and querying build failures.

Basic wireframe for the dashboard.

*Week 3 (June 3 - June 9):
Tasks:

Implement basic frontend components (filters, tables, and buttons).

Connect the frontend to the backend API.

Begin implementing real-time updates for failed builds.

Deliverables:

First version of frontend dashboard with filtering options.

*Week 4 (June 10 - June 16):
Tasks:

Finalize the UI/UX design and ensure the frontend is responsive.

Integrate filtering options and display build failure logs in the dashboard.

Ensure that all API responses are properly displayed on the frontend.

Deliverables:

Fully functional frontend dashboard with build failure data and filters.

*Week 5 (June 17 - June 23):
Tasks:

Continue enhancing the backend API to handle additional features (e.g., build artifact retrieval).

Implement user authentication for secure access to build logs.

Start writing unit tests for backend API endpoints.

Deliverables:

Enhanced backend API with build artifact features.

Implemented user authentication for the dashboard.

*Week 6 (June 24 - June 30):
Tasks:

Midterm evaluation: Ensure all key features are implemented.

Refine API and frontend to make sure they work seamlessly.

Conduct performance testing for backend endpoints.

Deliverables:

Midterm deliverable: Fully functional frontend and backend with filtering, real-time data, and authentication.

*Week 7 (July 1 - July 7):
Tasks:

Begin integrating historical failure data and analytics to track trends over time.

Test data visualization capabilities for build failure trends.

Deliverables:

Initial version of historical failure tracking.

*Week 8 (July 8 - July 14):
Tasks:

Work on visualizing historical build data (e.g., bar charts, line graphs).

Integrate analytics features to allow developers to view trends over time.

Refine the user interface to display historical data effectively.

Deliverables:

Visual representations of historical build failure trends.

*Week 9 (July 15 - July 21):
Tasks:

Finalize features and start testing real-time updates, notifications, and analytics.

Prepare a demo of the full working project (frontend + backend).

Deliverables:

Complete real-time data update and trend analytics.

*Week 10 (July 22 - July 28):
Tasks:

Focus on bug fixing and improving the UI/UX based on feedback.

Conduct full-stack testing (frontend + backend).

Prepare documentation for API and frontend usage.

Deliverables:

Fully tested and polished project.

*Week 11 (July 29 - August 4):
Tasks:

"Code freeze" and focus on final testing, performance optimizations, and documentation.

Ensure all components (frontend, backend, authentication, and analytics) are stable.

Deliverables:

Optimized, bug-free codebase with complete documentation.

*Week 12 (August 5 - August 11):
Tasks:

Final review and polishing of the project.

Submit final deliverables, including code and documentation.

Ensure that the project is ready for long-term use and future contributions.

Deliverables:

Final submission of the completed project, including code and documentation.

Final Week (August 12 - August 19):
Tasks:

Submit final project and receive feedback from mentors.

Reflect on the project and document any future improvements or potential extensions.

Deliverables:

Final project submission to the community.

Related issues

Currently, there are no related issues directly linked to this proposal. I will monitor the stdlib repository for any relevant discussions or issues as I progress with the work and update this section if needed.

Checklist

• I have read and understood the Code of Conduct.
• I have read and understood the application materials found in this repository.
• I understand that plagiarism will not be tolerated, and I have authored this application in my own words.
• I have read and understood the patch requirement which is necessary for my application to be considered for acceptance.
• I have read and understood the stdlib showcase requirement which is necessary for my application to be considered for acceptance.
• The issue name begins with [RFC]: and succinctly describes your proposal.
• I understand that, in order to apply to be a GSoC contributor, I must submit my final application to https://summerofcode.withgoogle.com/ before the submission deadline.

[Planeshifter]

Thanks for your interest in stdlib and creating a proposal!

A few questions that came to mind:

• How were you planning to implement real-time updates for build failures?
• For an initial version of the developer dashboard, authentication would likely not be necessary. However, were there any specific features you had in mind that would benefit from authentication? One thing I have in mind is the ability to re-trigger failed builds directly from the dashboard.
• How would you implement data visualization for historical build failure trends? Which libraries would you consider using?

Your application would also benefit from linking to your relevant prior work and the tutorial and demo you created for the showcase. Would love to check it out!

[Shreetam12345]

1.To start, I’ll use GitHub’s webhooks or API to check when builds fail. I might begin with a simple script that checks GitHub every few minutes (polling) using node-cron, then show the results on the dashboard.Later, I can try real-time updates with webhooks or GitHub's GraphQL API to make things faster and smarter as I learn more. 2.Logging in with GitHub (using OAuth) would unlock some really handy features, like: Re-running failed builds right from the dashboard — no need to go back to GitHub! Letting core contributors filter builds by the packages they maintain, and tag or prioritize CI issues more easily. A personal dashboard view that shows the build history for your own pull requests. And in the future, even things like approving workflows or deployment previews directly from the dashboard (if needed). 3.For visualization, I'd start with: *Chart.js* or *ECharts* for rendering time series graphs of failure counts, build durations, etc. *GitHub’s REST API* to fetch workflow run histories over time per package. I might store intermediate data in local IndexedDB or Firebase (for PoC) before moving to a more scalable solution like SQLite or Supabase if the project grows. **Regarding my past work, I want to be upfront—I’m still in the early stages of contributing to open-source, and my GitHub isn’t very active yet. However, I’ve been learning and building things consistently. You can check out my website (https://sh-portfolio02.netlify.app/) where I’ve showcased some of the projects I’ve worked on so far and github ( https://github.com/Shreetam12345/MCQ-game) where I have uploaded my projects. While I may not have a long list of contributions yet, I’m deeply committed to learning and improving. I see this project as a great opportunity to grow by working on something meaningful and impactful. I'm excited to put in the effort, stay consistent, and learn from mentors like you.

…

On Sat, 5 Apr 2025 at 18:36, Philipp Burckhardt ***@***.***> wrote: Thanks for your interest in stdlib and creating a proposal! A few questions that came to mind: - How were you planning to implement real-time updates for build failures? - For an initial version of the developer dashboard, authentication would likely not be necessary. However, were there any specific features you had in mind that would benefit from authentication? One thing I have in mind is the ability to re-trigger failed builds directly from the dashboard. - How would you implement data visualization for historical build failure trends? Which libraries would you consider using? Your application would also benefit from linking to your relevant prior work and the tutorial and demo you created for the showcase. Would love to check it out! — Reply to this email directly, view it on GitHub <#131 (comment)>, or unsubscribe <https://github.com/notifications/unsubscribe-auth/A7VJ5NZNITGYTIXYFF5FXR32X7IMTAVCNFSM6AAAAAB2HZDLSOVHI2DSMVQWIX3LMV43OSLTON2WKQ3PNVWWK3TUHMZDOOBQG4YTGNZQGE> . You are receiving this because you authored the thread.Message ID: ***@***.***> [image: Planeshifter]*Planeshifter* left a comment (stdlib-js/google-summer-of-code#131) <#131 (comment)> Thanks for your interest in stdlib and creating a proposal! A few questions that came to mind: - How were you planning to implement real-time updates for build failures? - For an initial version of the developer dashboard, authentication would likely not be necessary. However, were there any specific features you had in mind that would benefit from authentication? One thing I have in mind is the ability to re-trigger failed builds directly from the dashboard. - How would you implement data visualization for historical build failure trends? Which libraries would you consider using? Your application would also benefit from linking to your relevant prior work and the tutorial and demo you created for the showcase. Would love to check it out! — Reply to this email directly, view it on GitHub <#131 (comment)>, or unsubscribe <https://github.com/notifications/unsubscribe-auth/A7VJ5NZNITGYTIXYFF5FXR32X7IMTAVCNFSM6AAAAAB2HZDLSOVHI2DSMVQWIX3LMV43OSLTON2WKQ3PNVWWK3TUHMZDOOBQG4YTGNZQGE> . You are receiving this because you authored the thread.Message ID: ***@***.***>