Description

Here is the short plan we follow:

1. Initial assessment: Assess the current web application architecture and resource requirements.
2. Dockerization strategy: Develop a strategy for containerizing the web application using Docker.
3. Dockerfile creation: Create Dockerfiles for each component of the web application.
4. Docker image building: Build Docker images using the Dockerfiles.
5. Image registry setup: Set up a Docker image registry for storing and managing the Docker images.
6. Testing and validation: Conduct thorough testing of the Dockerized web application images.
7. Image deployment: Deploy the Dockerized web application images to the desired environment.
8. Monitoring and logging: Set up monitoring and logging for the Dockerized web application containers.
9. Documentation and training: Provide documentation and training on managing and maintaining the Dockerized web application containers.
10. Post-conversion support: Offer ongoing support for the Dockerized web application containers.

Note: This is a high-level outline, and the specific details of each step may vary depending on your web application requirements. 

Which info we might ask from you:

🗂️ 1. Application Information

• 📝 What is the application’s main purpose?
  • Description of the application’s functionality and primary use cases.
• 🏗️ What is the application’s architecture?
  • Information on whether it’s a monolithic application or follows a microservices architecture.
• 🔧 What are the primary components of the application?
  • List of services, databases, middleware, and other dependencies.

🖥️ 2. Environment Details

• 🖥️ What operating system is the application currently running on?
  • Details about the OS version and distribution (e.g., Ubuntu 20.04, CentOS 7).
• ⚙️ What are the hardware requirements?
  • Information on CPU, memory, storage, and any specific hardware dependencies.

📦 3. Dependencies

• 🛠️ What programming languages and versions does the application use?
  • List of languages (e.g., Python 3.8, Node.js 14) and their specific versions.
• 🌐 What runtime or framework is the application based on?
  • Details such as .NET Core, Spring Boot, Django, etc.
• 📚 What third-party libraries or packages does the application depend on?
  • List of libraries and package managers used (e.g., pip, npm, Maven).

⚙️ 4. Configuration Details

• 🌍 What are the environment variables required by the application?
  • List of all environment variables and their default values.
• 🗂️ Does the application need configuration files?
  • Provide any configuration files (e.g., .env, config.yml) and their paths.
• 🛠️ How is the application currently configured?
  • Description of the configuration process, including files and directories involved.

🌐 5. Networking Requirements

• 🔌 What ports need to be exposed?
  • List of ports that the application uses (e.g., 80 for HTTP, 443 for HTTPS).
• 📡 Are there any specific network configurations or dependencies?
  • Information on DNS settings, required network interfaces, etc.

💾 6. Data and Storage

• 🗃️ Does the application require persistent storage?
  • Details about volumes or data directories that need to be persistent.
• 🗄️ Are there any specific databases the application interacts with?
  • Type of database (e.g., MySQL, PostgreSQL) and connection details.

🔐 7. Security and Authentication

• 🔑 Does the application require authentication or secret management?
  • Information on handling API keys, OAuth tokens, or any other secrets.
• 🛡️ What are the security requirements?
  • Information on encryption, certificates, or other security measures needed.

🚀 8. Build and Deployment

• 🏗️ How is the application currently built and deployed?
  • Details of the build process (e.g., using CI/CD pipelines, manual deployment).
• 🔧 Are there any specific build tools or scripts?
  • Information on build tools (e.g., Makefile, Gradle, Dockerfile).
• ☁️ Do you need the Docker container to be compatible with any specific orchestration tool?
  • Information on Kubernetes, Docker Swarm, etc.

📊 9. Monitoring and Logging

• 📈 How do you monitor the application’s health?
  • Details on monitoring tools and endpoints.
• 📝 How does the application handle logging?
  • Information on log files, logging levels, and any log management tools used.

✅ 10. Testing and Validation

• 🔍 Do you have any specific test cases or scenarios?
  • Test scripts or criteria for validating the Dockerized application.
• 📉 What are the expected performance benchmarks?
  • Information on performance expectations or SLAs.

🛠️ 11. Post-Deployment Support

• 🔄 Do you require any post-deployment support?
  • Information on ongoing support needs, such as monitoring, updates, or scaling.

🧩 12. Additional Information

• ❓ Is there any other information we should know?
  • Anything else that could impact the Dockerization process, such as licensing restrictions, organizational policies, etc.

📜 Information the Customer Should Provide:

• 💻 Source Code: Access to the application’s source code (either directly or via a repository).
• 📚 Dependencies List: Documentation of all dependencies (e.g., requirements.txt, package.json).
• 🗂️ Configuration Files: Access to any required configuration files.
• 🔧 Build and Deployment Scripts: Any existing scripts used in the build and deployment process.
• 📊 Database Schema: If applicable, the database schema or migration scripts.
• 📖 Documentation: Any existing documentation related to the application, including setup instructions.
• 🔐 Access Credentials: Any credentials required to access services or databases during the Dockerization process.