Space Missions

Team members

• Alberto Beltran
• Daniel Palma Garcia
• Gabriel Esqueda Guzman
• Manuel Navarro Valadez
• Ronaldo Alejandro Tapia de la Cruz
• Luis Angel Bernal Pérez
• Kevin Brayan Carbajal Sanchez
• Luis Alférez
• Josué Abraham Vázquez Martínez

Week 1

• Created Repository

• Each one of our team members created their own branch and added their commits (currently in tests folder)

• Random mission generator in src folder

• All branches merged together

Week 2

Activities

Week 2: Networking and Web Scripting

1. Task: Develop a Python script that retrieves information about the International Space Station (ISS) using its public API.

2. Implement error handling and logging in the script.

3. Task: Use the retrieved data to create a basic web page that displays the current location of the ISS.

4. Collaboratively integrate the web page into the project repository using Git.

• Created specific branch for this week's updates
• Assigned roles to team members

Week 3

Activities

Week 3: LAMP Stack and Docker

1. Set up a local LAMP stack environment using Docker containers.

2. Task: Create a simple web application that allows users to view and submit space mission ideas.

3. Implement a basic MySQL database to store the submitted mission ideas.

4. Test the web application locally to ensure it works within the LAMP stack environment.

Standup Notes

• Making daily meetings to review WSL and Docker installation processes
• Defined our stack (LAMP [LINUX-APACHE-MySQL-Python])
• Created a schema for our database
• Added new pages to our site (Add and View Space Missions)
• Backend team ramping up on Django

TODOs

• Figure out how to distribute next week's tasks
• Establish our front to back API (JS and Python)
• Finish our database structure
• Create an automated scrpit to configure our stack in a Docker container
• Create a series of tests for deployment

Week 4

Activities

IAAS/SAAS/PAAS and Terraform

1. Explore different IAAS/SAAS/PAAS platforms (e.g., AWS, Azure, Google Cloud).

2. Task: Choose a platform and provision a virtual machine (IAAS) or use a managed service (SAAS/PAAS) to host the web application.

3. Configure the necessary network settings (e.g., security groups, firewall rules) to allow access to the web application.

4. Collaboratively document the deployment process and configurations.

Standup Notes

• Dockerfile created, step by step doc created
• Updated our frontend
• Backend and database implemented in django
• Had issues with a branch merge

TODOs

• Create ANSIBLE yml
• Restructure
• Finish up our frontend
• Ramp up everybody on how to deploy to Azure
• Create wiki page for documentation
• ???
• PROFIT!!