• 3 Posts
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Joined 1 year ago
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Cake day: June 28th, 2023

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  • AI’s not bad, it just doesn’t save me time. For quick, simple things, I can do it myself faster than the AI. For more big, complex tasks, I find myself rigorously checking the AI’s code to make sure no new bugs or vulnerabilities are introduced. Instead of reviewing that code, I’d rather just write it myself and have the confidence that there are no glaring issues. Beyond more intelligent autocomplete, I don’t really have much of a need for AI when I program.



  • They’re both pretty on par for the most part. If it’s too much of a hassle, there’s no real need to switch.

    Now that Gitea is owned by a for-profit company, people are afraid that they’ll be making anti-user changes. This, Forgejo was born. It pulls from Gitea weekly, so it’s not missing anything. It’s also got some of its own features on top, but they’re currently pretty minor. Also, most of the features end up getting backported back to Gitea, so they’re mostly on par with each other. However, many features find themselves in Forgejo first, as they don’t have the copyright assignment for code that Gitea does. Additionally, security vulnerabilities tend to get fixed faster on Forgejo. They are working on federation plans, however, so we’ll see how that pans out.

    Overall, there’s no downside of switching to Forgejo, and you’ll probably be protected if Gitea Ltd. makes some stupid decisions in the future. However, at the moment, there’s no immediate advantage to switching, so you can stick with Gitea if you’d like.








  • Well, think microkernels as the bare minimum. They give you just enough to write your own OS on top of that: only the bare essentials run in kernel space, whilst everything else runs in user space and has to communicate with the kernel. Compare this to a monolithic kernel, like the Linux kernel: here, the whole operating system is run in kernel space, which means that data doesn’t need to be moved between user and kernel space: this makes the OS faster, but at the cost of modularity. Redox doesn’t use the Linux kernel, it uses its own microkernel written in Rust.

    Edit: A good example would be driver. In a microkernel, these run separately from the kernel and interact with it when needed. In a monolithic kernel, these drivers would be included in the kernel itself. They both have their pros and cons: if you’re interested, feel free to look it up.