Main repository with the code for the libraries and daemons

Bareos (Backup Archiving Recovery Open Sourced) is a reliable, cross-network open source software for backup, archiving and recovery of data for all well-established operating systems. Features of Bareos include amongst others:. The source code of Bareos is available on https://github.com/bareos/ under the AGPL v3 license. Additionally Bareos offers binary package repositories for the major Linux distributions as well as for MacOS and Windows. True open source software; no open-core or other restrictions; License AGPLv3 network based backends include Ceph, Gluster, S3 multiple clients and storages possible; Active / passive clients possible Backup Clients ('Bareos-FD') available on Linux, Windows, MacOS, Solaris, HP-UX, AIX, BSD Python plugin interface SAN-Backups using NDMP (with DAR/DDAR); NDMP tape support Always Incremental Backup scheme VMWare Plugin Encryption Scriptable CLI web based graphical interface (webui) Role-based ACL support for commands and objects 

Welcome to the development repository of Cell, an open-source OpenGL graphics engine aimed to serve as an educational repository for learning how a larger graphics engine can be structured and organized. A large focus of Cell is building an engine that is both easy to use and read. Cell also aims to provide both flexible and properly maintainable code. Note that this project is not finished, so code may still be vague nor are there proper build files yet. The engine will be heavily commented and documented from within the source code itself, to motivate new graphics programmers to take a look at any of its inner workings, without feeling too overwhelming. Fully functioning (custom) math library (vectors, matrices, transformations, utility functions):  Linear algebra: n-dimensional vectors, nxn-dimensional matrices, transformations, utility. Trigonemetry: unit circle utility functions, radian/degree conversions. Utility functions: lerp, step, smoothstep, smootherstep, clamp etc. Engine utility namespace:  High-precision performance analysis and measurement. Random numbers. Configure and enable debugging and logging utility. Shader object w/ custom pre-processor (defines, includes):  Include other shader files. Parse active vertex attributes and uniform variables, retrieve location and store in shader object. Easy to use state configuration per shader. Support multiple build paths. Material pipeline; configure render state in materials, together with shader, uniform configuration and samplers used.  Allow for easy access of materials and storage; include set of default materials (default material, glass material etc.) Define Mesh object and encompassing Model class.  Define set of basic shape mesh generation; plane, cube, disk, sphere, cylinder, torus (donut) Load artist defined 3D models w/ Assimp.  Note: Assimp is built as a static library that is statically linked/merged with Cell. I also built the static zlib library for the ingration to work properly with Assimp (both 32 bit). Flexible Framebuffer configuration utility:  Including CubeMap use and generation (reflection probes, point shadow-maps) Post-processing. Create Render Buffer, draw commands encapsulated in push to render buffer w/ relevant state:  Define list of render push commands (material, mesh) Collect all render commands and seperate by pass. Sort render commands per pass; execute (batch where necessary) to minimize state changes. Configure Deferred rendering pipeline:  Configure render buffer w/ geometry pass. Build fully functional shaders w/ Blinn-Phong (now PBR) lighting. Normal mapping. Environment lighting. Environment reflection support. Directional shadows Number of lights optimization. Per-object motion blur. Functioning PBR render pipeline.  Calculate diffuse integral and store into cubemap. Prefilter environment map w/ integral and store into cubemap as diffuse integral. Pre-calculate active BRDF in 2D LUT (approach by Unreal for split sum approximation). Irradiance reflection probe(s): pre-calculate environment lighting approximation at any scene location. Post-processing  HDR/Gamma/Tone-mapping Bloom SSR Vignette SSAO Optimization:  Store material-independent uniforms in UBO; together with barely changing shader parameters. Per-object Frustum culling. Cache GL state. GUI  IMGUI 

UI test automation library for QtQuick/QML Apps

Spix is a minimally invasive UI testing library that enables your Qt/QML app's UI to be controlled either via c++ code, or through an http RPC interface. UI elements are referenced through names and paths which are robust against design changes. To click on a button you write. Send mouse events (click, move, drag/drop) Drop mime data from external apps Enter text Check existence and visibility of items Get property values of items (text, position, color, ...) Take and save a screenshot Quit the app Remote control, also of embedded devices / iOS 

SkyUnit is a Testing Framework for Skyrim

SkyUnit is a Unit Testing framework for Skyrim. C++ test support Papyrus test support Skyrim Platform test support Beautiful UI test runner All tests run inside of Skyrim 

This library, Test, contains tools for unit testing, recovering from segfaults/sigaborts/crashes, and some minor tools for faciliting manual testing. This library can also emit JUnit style test results in XML that tools like Jenkins can use to produce reports on your test results. Currently this does not include tools for automated User interface testing or mocking, but that could be possible in the future. 