mikeyDev's repositories
Vehicle-Counting
Video-based vehicle counting system built with OpenCV and a pre-trained YOLO model.
CuteVirusCollection
A Collection of Cute But Deadly Viruses (small-unharmful-annoying-harmless-funny-malware-virus-worm-windows-xp-7-10)
django-photo-gallery
Responsive Django Image Gallery Site Sample optimized for performance and mobile devices
DownloadThisVideo
Twitter bot for easily downloading videos/GIFs off tweets
django-cms-explorer
django CMS explorer theme example
jwt-handbook-samples
JWT Handbook code samples
kernel_exploit_world
Tutorial for writing kernel exploits
laravel
A PHP Framework For Web Artisans
TinyGPSPlus
A new, customizable Arduino NMEA parsing library
Chat-API
The php WhatsApp library
snapchat
Nodejs client for the unofficial Snapchat API
latest-Burpsuite-Pro-v1.7.03-cracked-version
latest Burpsuite Pro v1.7.03 introduced and cracked version download
PHTRS
Laravel PHP Pothole Track and Repair System
Traffic-Track-with-GPS-module-for-Arduino-and-Android-app-through-RESTful-webservices
The project consists in the tracking of the user's location through an ARDUINO board that communicates with a remote database (MySQL) through RESTful webservices built with JAVA Enterprise 7 (using the Glassfish 4 application server) and Android APP. The ARDUINO with GPS module allows you to capture and collect, with various options, the datas about user's current location. The app can also show the map with the routes created with the points stored in the remote database. The routes are created with different color according to the speed for traffic monitoring. The communication between the app and the webservices is done with messages formatted according to the JSON standard. The app runs with default preferences that the user can change. Options are divided into two groups: Network: •Automatic map update Map: •Default zoom level •Map Mode (Map, Earth, Hybrid) This project was developed by Alessio Oglialoro and Daniele Saitta.
Arduino-Tutorial-Series
These are the supporting materials for my popular series of Tutorials on the Arduino Microcontroller Platform.