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shuttle microservices

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1.0.0

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Shuttle? Abandoned for lack of interest

Despite the fact that the project was abandoned even before the start of productive development, you can pick up something good in this project for yourself

The Shuttle project is a set of microservices mostly based on Spring Boot for controlling a space taxi. Within the framework of this project, various functionality has been implemented for working with space flights and interaction between microservices.

How to Launch a Project

To launch the Shuttle project, follow these steps:

Prerequisites

Ensure you have the following software installed on your system:

Docker and Docker Compose
Java 21 or newer
Gradle 6.8 or newer

Step 1: Setting Up Databases

The project requires PostgreSQL and MongoDB databases. You can either install them manually or set them up using Docker.

Option A: Install Databases Manually

PostgreSQL:
- Download and install PostgreSQL from the official website.
- Start the PostgreSQL service.
MongoDB:
- Download and install MongoDB from the official website.
- Start the MongoDB service.

Option B: Use Docker for Databases

PostgreSQL:

docker pull postgres:latest
docker run --name some-postgres -e POSTGRES_PASSWORD=mysecretpassword -d postgres

MongoDB:

export MONGODB_VERSION=6.0-ubi8
docker run --name mongodb -d mongodb/mongodb-community-server:$MONGODB_VERSION

Step 2: Run Kafka, Zookeeper, Otel-collector, Prometheus, Graphana.

cd docker
docker compose up

Step 3: Publish to Maven Local

cd shared
./gradlew publishToMavenLocal

Step 4: Run Discovery and Config server

cd discovery-server
./gradlew bootRun
cd ../config-server
./gradlew bootRun

Step 5: Run the rest of the microservices one at a time, as it suits you

I apologize for such inconveniences, in the future all microservices will be launched via kybernetes

Microservices

The following list lists the microservices of the project with the status of their implementation (this list may change regularly due to the addition of new features and architecture refactoring):

Pilot Feedback Service and User Feedback Service (Implemented, not tested)✅
Shuttle Information Service (Not implemented)?
Pilot Information Service (Not implemented)?
User Information Service (Not implemented)?
Pilot Rank Service (In progress)?
Trip Path Finder Service (In progress)?
Trip Calculation Service (Not implemented)?
Payment Service (Not implemented)?
Pilot Personal Data Service (In progress)?
Order Service (Not implemented)?
Station Information Service (Not implemented)?

Microservices communicate with each other through Apache Kafka, which provides messaging and rating updates.

Functionality ?

Calculation of the path from one planet to another, taking into account their movement in orbit
Collecting and processing feedback from users and pilots.
Choosing a flight class.
Pilot rank system.
Verification of personal data of pilots.
Calculating the cost of a flight due to the length and complexity of the flight.
Implementation of the payment service taking into account the Shuttle commission (thank you for choosing us!???).
React app for documentation, using React flow (its very beautiful and awesome!!!!)

Possible functionality

Simulation of shuttle breakdowns (WITHOUT ENDANGERING THE LIVES OF PASSENGERS!???).
Implementation in 3D space, so that it would be like NASA: https://eyes.nasa.gov/apps/solar-system/#/home

Architecture

The project uses the following technologies and approaches:

Spring Boot for creating microservices. (There are exceptions, for example, the path finding microservice)
Apache Kafka for message processing.
OpenTelometry, Graphana, Prometheus for monitoring and tracing.
Docker & Kubernetes & GitHub Actions for deploying.
PGSQL, MONGODB, REDIS, CASSANDRA as databases.