TEGTO.ServerPulse.EventCommunication.Validators 1.0.1

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Table of Contents

• Description
• Links
• Tech Stack
• Features
• Getting Started
• Contributors
• Screenshots

Description

Server Pulse streamlines the monitoring and visualization of system performance, enabling real-time API metrics collection and display. Designed with simplicity and flexibility in mind, it offers a straightforward alternative to traditional monitoring tools like Prometheus and Grafana, without simple functionality. Server Pulse empowers users with a low-effort setup and intuitive dashboard, ideal for single developers.

Planned Use Cases

1. API Monitoring: Track API performance, latency, and error rates.
2. Real-Time Insights: Provide actionable metrics through an interactive dashboard.
3. Microservice Coordination: Simplify operations in complex, distributed systems.
4. Quick Deployment: Offer an out-of-the-box monitoring solution with minimal configuration.

How It Works

1. Data Collection: Metrics are collected from APIs via middleware or agents.
2. Processing: Metrics are processed in the backend using Kafka for event-driven architecture and Redis for caching.
3. Service Discovery: Consul manages service registrations and discovery within the microservices architecture.
4. Security: JWT authentication ensures secure access to API and frontend.

Why Server Pulse?

Server Pulse offers a lightweight, user-friendly alternative to traditional solutions like Prometheus:

• Ease of Setup: A low-friction onboarding process with minimal configuration.
• Modern Frontend: Angular-powered UI for seamless navigation and real-time insights.
• Integrated Architecture: Microservices-ready, with tools like Kafka, Redis, and SignalR for robust performance.
• All-in-One Solution: Combines monitoring, visualization, and API security in one platform.

Links

• Client nuget package: Nuget Package
  Get started with client SDK.
• Documentation: Docs
  API documentation generated with DocFX.

Tech Stack

• Frontend: Angular with NgRx for state management.
• Backend: ASP.NET Core Web API.
• Database: PostgreSQL with Entity Framework Core.
• Caching: Redis for distributed caching.
• Messaging: Apache Kafka for event-driven messaging.
• Authentication: JWT with Azure Communication Services for email confirmation and OAuth 2.0.
• API Gateway: Ocelot for microservice routing.
• Resilience: Polly for retry policies and fault tolerance.
• Containerization: Docker and Kubernetes for deployment.
• CI/CD: GitHub Actions for automated workflows.
• Testing: NUnit and Jasmine for unit testing; Testcontainers for integration testing.
• Cloud: Azure for cloud architecture.
• Documentation: Swagger, DocFX, and Postman for comprehensive documentation.
• Code Quality: SonarCloud for static code analysis.

Features

• Metric Collection: Gather API metrics efficiently and transmit them to the server.
• Data Visualization: Displays metrics in an intuitive, user-friendly dashboard.
• Microservices Architecture: Modular and scalable architecture design.
• Real-Time Updates: Powered by SignalR for live metric updates.
• Event Processing: Integrates with Apache Kafka for distributed messaging.
• Secure Access: Implements robust JWT authentication, email confirmation, and OAuth 2.0.
• Scalable Deployment: Uses Docker containers and Kubernetes orchestration.
• API Gateway: Employs Ocelot for seamless service endpoint routing and protection.

Getting Started

Kubernetes & Minikube Setup

Prerequisites

Before you begin, ensure you have the following installed on your machine:

1. Docker: For building and running containers. Install Docker.
2. Minikube: A lightweight Kubernetes implementation for local testing. Install Minikube.
3. kubectl: Kubernetes command-line tool to manage clusters. Install kubectl.

1. Clone the repository:

git clone https://github.com/TEGTO/ServerPulse.git

2. Navigate into the Kubernetes folder:

cd ServerPulse/k8/dev

3. Start Minikube:

Open a terminal in the folder and start Minikube:

minikube start

If Minikube is already running, ensure you’re in the correct context:

kubectl config use-context minikube

4. (Optional) Enable OAuth or Email Confirmation Features:

• Open the backend-conf.yml file.
• Set the FeatureManagement__X environment feature variable to true.
• Provide your keys in the secret for a feature.

Deployment Steps

Follow these steps in order:

1. Create the Namespace:

kubectl create namespace server-pulse

2. Configure ConfigMaps and Secrets:

kubectl apply -f backend-conf.yml
kubectl apply -f infrastructure-conf.yml

3. Deploy the Infrastructure: Deploy the database, redis and kafka and wait for them to be fully initialized:

kubectl apply -f kafka.yml
kubectl apply -f infrastructure.yml
kubectl get pods # Verify that the pods are running.

4. Deploy the Backend: Deploy the backend services:

kubectl apply -f backend.yml

5. (Optional) Swagger Open API: Expose and forward the apigateway service using Minikube:

minikube service --namespace=server-pulse apigateway

Go to the swagger documentation page:

<exposed-apigateway-url>/swagger/index.html

6. Deploy the Frontend Deploy the frontend application:

kubectl apply -f frontend.yml

7. Access the Frontend Expose and forward the frontend service using Minikube:

minikube service --namespace=server-pulse frontend

This command will expose and open the frontend in your default web browser or go manually to the exposed url.

Contributors

<a href="https://github.com/TEGTO/ServerPulse/graphs/contributors"> <img src="https://contrib.rocks/image?repo=TEGTO/ServerPulse"/> </a>

Screenshots