Awesome GitHub RepositoriesScript Control Flow

This is an open-source educational website that translates and localizes MIT's Missing Semester course, teaching practical computing skills for computer science students. The curriculum covers developer tooling, shell scripting, version control, security fundamentals, and open-source collaboration, with a focus on core computing skills including data processing pipelines, workflow automation, secure remote access, shell productivity, Vim editing, and Git version control. The project distinguishes itself by teaching command-line mastery, shell scripting, and automation to boost daily developer

This repository is a library of scripts for automating keystroke injection and executing remote payloads via USB HID devices. It provides a collection of pre-written automation sequences that simulate keyboard input to perform complex tasks on target operating systems. The framework supports cross-platform payloads capable of detecting target operating systems and adapting keyboard layouts for accurate character injection across different regions. It utilizes a staged payload method to download and execute external code from remote servers, extending the functionality of initial scripts. The

Dieses Projekt ist eine Bibliothek versionskontrollierter Workflow-Definitionen und eine Sammlung von Groovy-Skripten und Konfigurations-Snippets zur Implementierung von Continuous-Integration- und Delivery-Automatisierung in Jenkins. Es dient als Referenz für den Aufbau automatisierter Pipelines unter Verwendung sowohl deklarativer Syntax als auch skriptbasierter Logik. Das Repository bietet Template-Sammlungen und Implementierungsmuster zur Erstellung von Software-Build- und Deployment-Workflows. Es enthält wiederverwendbare Funktionen und Logikmuster, die darauf ausgelegt sind, das Pipeline-Verhalten zu standardisieren und Code-Duplizierung über mehrere Projekte hinweg durch die Verwendung gemeinsamer Bibliotheken zu eliminieren. Die Abdeckung umfasst das Management von Pipeline-as-Code, die Entwicklung globaler Bibliotheken für organisatorische Konsistenz und die Definition automatisierter Software-Delivery-Lebenszyklen.

This project is a parallel simulation engine and molecular dynamics simulator designed to model the physical movements of atoms and molecules. It functions as an interatomic potential framework for calculating forces between particles and a materials analysis tool for computing thermodynamic, structural, and transport properties of solids and fluids. The engine is distinguished by its high-performance computing capabilities, utilizing spatial-domain decomposition and message-passing interface communication to distribute workloads across processors. It supports multi-backend GPU acceleration v