Discover @wagnerjfr Open Source projects

Wagner Franchin (@wagnerjfr)

wagnerjfr

Stars
145
Global Rank 157,773 (Top 6 %)
Followers 14
Following 1
Registered almost 9 years ago
Most used languages

Java
62.5 %

Shell
25.0 %

Dockerfile
12.5 %
Location 🇵🇹 Portugal
Country Total Rank 530
Country Ranking

Dockerfile
20

Shell
37

Java
134

mysql-group-replication-docker-compose

The below steps show how to setup MySQL Group Replication with Docker Compose using mysql/mysqlserver:8.0 Docker images.

mysql-innodb-cluster

Setting up MySQL InnoDB Cluster with MySQL Shell (plus MySQL Router) using just Docker containers.

mysql-master-slaves-replication-docker

Setting up MySQL Replication (M ⭢ S1) and (M ⭢ S2) with Docker MySQL images

mysql-group-replication-docker

Setting up Group Replication with Docker MySQL images.

springboot-crypto-kafka-docker

In order to deploy Confluent Kafka in the machine, the project starts 4 Docker containers (ZooKeeper, Kafka, Kafka-REST-Proxy and Kafka-Topics-UI). It also starts 3 other containers (1 Producer and 2 Consumers) to emulate message publish/consume using crypto currencies JSON data.

orchestrator-mysql-replication-docker

Setting up Orchestrator and MySQL Replication (M ⭢ S1 / M ⭢ S2) using Docker.

oracle-mysql-operator-innodb-kubernetes

Deploying MySQL High Available solution (InnoDB Cluster + Group Replication) inside Kubernetes using the Oracle MySQL Operator.

orchestrator-raft-mysql

Orchestrator/Raft (with MySQL backend) on a 3 node setup using Docker containers.

java_concurrency_algorithms

Java algorithms examples using concurrency

orchestrator-raft-sqlite

Orchestrator/Raft (using embedded SQLite) on a 3 node setup using Docker containers.

kafka-cluster-docker-compose

This project installs Kafka on Ubuntu 16.04 Docker image and use Docker-Compose to start the Kafka cluster.

yugabytedb-docker-sample

Setting up a YugabyteDB cluster with a replication factor of 3 that allows a fault tolerance of 1. This means the cluster will remain available for both reads and writes even if one node fails.

yugabytedb-5-nodes-cluster-docker-sample

We will create (locally with Docker) a YugabyteDB cluster with a replication factor of 5 that allows a fault tolerance of 2. This means the cluster will remain available for both reads and writes even if two nodes fail.

docker-proxysql-mysql

Using Docker containers to setup ProxySQL + MySQL Replication

springboot-rest-mysql

Simple example of a REST API developed using SpringBoot.

kubernetes-cluster-environment-vm-vagrant

Manually install Kubernetes cluster on Oracle Linux 7 Virtual Boxes on your laptop computer in minutes and with few commands with Vagrant

springboot-rest-elastic

SpringBoot REST Elasticsearch/Kibana Example

space-invaders-lwjgl

UFO Invasion (Free Web Game) is a better version of the traditional "Space Invaders".

java_algorithms_data_structures

Collection of programs with all kinds of algorithms and data structures using Java

sample-java-mysql-connector

Sample Java applications which show how to use MySQL Server Community (8.0.20) and MySQL Connector/J (8.0.20) to set up a replication topology (master ⭢ slave)

crypto-kafka-cli-docker

Simple example to take Bitcoin and Litecoin JSON data from Bitstamp API, publish them in different Kafka topics and read the values in different consumers. Basic steps for deploying Kafka along with Confluent Platform components in a Docker environment are also provided.

docker-machine-master-slave-mysql-replication

MySQL Replication using containers deployed in different Hosts (VirtualBoxes) created by docker-machine

libgdx-samples

Sample games from books, websites and developed by me. Ready to run!

mysql-multi-source-replication-docker

Setting up MySQL Multi-Source Replication (M1 ⭢ S and M2 ⭢ S) with Docker MySQL images

run-external

This project builds a library with classes which better handle running external programs using Java.

web-http-socket-server-task-manager-docker

This project aims to create two kinds of multi-threaded web servers (with thread-pooling) for executing simple tasks. There are three tasks implemented and the user can add more. The web servers receive the command and the parameter(s) for running a task through terminal command.