![]() ![]() Even more importantly, because you use a separate server for building and packaging your application, it will always package everything the same way, every time. As a consequence, you'll quickly see the ever-popular "Well, it builds/works on my machine" excuses.īy having a separate, stable, consistent, known-good server for building your application, you'll easily discover these sorts of problems, and by running builds from every commit, you'll be able to pinpoint when a problem crept into the system. Others will write unit tests that depend upon specific quirks of their environment. Some developers will add source code and data files to the project, but forget to add them to source control. Some will remember to update their complete workspace before building others will only update the part of the project they're developing. Some developers will add new (maybe better) tools, others won't. Some developers will religiously apply all security patches and upgrades, others won't. While the developers may start with a common, consistent development environment (same OS, same patches, same tools, same compilers), over the course of time their environments will diverge. Suppose you have a typical application, with multiple projects and several developers. That's what I do - here's why I do it (and why you should too): Most importantly, we never deliver a build for testing or a customer that wasn't built using the build server. I'll use fine-grained build targets to manage the details, so that any developer can build any part of the system - the Continuous Integration server use the exact same build steps as any developer. I may also add a delivery build that tags the repository and does any additional packaging for a customer delivery. At that point I'll split the builds into continuous builds (run on checkin) that only compile and run unit tests and daily builds that build everything, run all the reports, and build any generated documentation. Then I'll add Continuous Integration ( CruiseControl or CruiseControl.NET) depending upon the platform, then let the other developers loose.Īs the project grows, and the need for reports and documentation grows, eventually the builds will take longer to run. NET: NAnt or MSBuild) and how it will be managed ( Subversion or some other version control). So the first thing I do with a project is establish how it will be built (Java: Ant or Maven. I am a strong believer in build-early, build-often, continuous integration. Sudo echo "deb $(lsb_release -cs) main $(lsb_release -cs)-utils $(lsb_release -cs)-desktop" | sudo tee /etc/apt//armbian.I've been doing build engineering (among other things) for 16 years. Sudo chmod go+r /usr/share/keyrings/armbian.gpg Run this utility on 3rd party Debian based distributions sudo wget -O key Links to documentation, support and sources.toggle kernel headers, RDP service, Thunderbird and LibreOffice (desktop builds).Mayan EDMS (Document management system within Docker).Home Assistant (Smarthome suite within Docker).change timezone, languages and hostname.install support, pair and connect Bluetooth devices.enabling read only root filesystem (Ubuntu).adjusting the display resolution (some boards).toggle desktop and login manager (desktop builds).toggle BASH/ZSH with Oh My ZSH and tmux.select dedicated DTB (Solidrun i.MX6 and Odroid XU4/HC1/HC2 boards).reconfigure board settings with DT overlays or FEX (Allwinner legacy).switching between available kernels and nightly builds.freeze and unfreeze kernel and BSP upgrades.Utility for configuring your board, adjusting services and installing applications. Your input & help is more then welcome! Armbian configuration utility ![]()
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