Welcome to my GCP Resume Challenge project! This is a serverless resume, showcasing my skills and experiences in cloud technologies, particularly within the Google Cloud Platform. Here, I'll take you through what I did, how I did it, and why I made certain decisions both in terms of what to do and how to execute it.
This project involves the creation of a serverless, dynamic resume hosted on GCP. It's not just a static display of my professional journey, but also a testament to my skills in cloud architecture, serverless technologies, and modern web development practices.
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Created a Static Web Resume:
- Designed and developed a resume in HTML/CSS, showcasing my professional background.
- Integrated JavaScript to add interactive elements like a visitor counter.
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Implemented Serverless Backend:
- Used Google Cloud Functions to handle backend processes such as retrieving and updating the visitor count.
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Data Storage with Firestore:
- Chose Google Cloud's Firestore for storing and managing the visitor count data.
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Infrastructure as Code:
- Utilized Terraform for defining and deploying all the cloud infrastructure in a codified and version-controlled manner.
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CI/CD Pipeline:
- Configured GitHub and Google Cloud Build for continuous integration and deployment, ensuring updates and changes are automatically and safely deployed to production.
- HTML/CSS: Crafted a clean, responsive design to present my resume.
- JavaScript: Wrote a script for dynamically displaying the visitor count.
- Python: Chose Python for Cloud Functions due to its simplicity and efficiency.
- Firestore Integration: Used Google Cloud Client Libraries in Python for interacting with Firestore.
- Defined the entire cloud infrastructure needed for this project in Terraform, including Cloud Functions, Firestore, and necessary permissions.
- Integrated GitHub with Google Cloud Build to automate the testing and deployment process.
- GCP and Serverless: Opted for GCP to showcase my expertise in this cloud platform and serverless to demonstrate the ability to build scalable, efficient applications.
- Terraform: Chose IaC for its ability to manage infrastructure in a reproducible way, making the deployment process transparent and efficient.
- Python: Selected for backend logic due to its wide acceptance and ease of use in cloud environments.
- Static Site with Dynamic Elements: This approach balances simplicity with interactivity, ensuring the site is easy to host and manage while still being engaging.
- Firestore for Real-Time Data: Enables real-time visitor count updates, showcasing real-time data handling capabilities.
This project is more than a digital resume; it's a reflection of my skills in cloud-based development and my understanding of modern web technologies. It demonstrates my ability to leverage GCP's serverless architecture to build a scalable, responsive web application.
Feel free to explore the site and see how the visitor count changes with each visit, which is a small yet powerful demonstration of real-time data processing and serverless backend capabilities.
Thank you for taking the time to explore my GCP Resume Challenge project!