lila
unikraft
lila | unikraft | |
---|---|---|
796 | 26 | |
14,746 | 2,413 | |
1.1% | 5.2% | |
10.0 | 9.8 | |
about 9 hours ago | 7 days ago | |
Scala | C | |
GNU Affero General Public License v3.0 | GNU General Public License v3.0 or later |
Stars - the number of stars that a project has on GitHub. Growth - month over month growth in stars.
Activity is a relative number indicating how actively a project is being developed. Recent commits have higher weight than older ones.
For example, an activity of 9.0 indicates that a project is amongst the top 10% of the most actively developed projects that we are tracking.
lila
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Creating a chess.com/lichess clone using Go and Vue
A simplified version of chess.com or lichess.org, that works like this:
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How to make a Lichess bot in Python
Once you’re finished, we’re going to set up a lichess bot account. Head over to https://lichess.org/ and create a new account.
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Lessons from Open-Source Game Projects
Lichess - Online Chess Server. Scala, TypeScript
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Avoid blundering: 80% of a winning strategy
> the player who committed more blunders lost 86% of the time
In some sense this is almost tautological. While finding an exact definition for a chess blunder isn't straightforward, here is one example from the Lichess UI:
https://github.com/lichess-org/lila/blob/b527746b179cdde6438...
Basically, if you make a move which decreases your winning probability more than 14% over the best move, that's a blunder. But winning probability is a nonlinear function of stockfish centipawns. A drop in 100 centipawns when you're up 15 points isn't a blunder. When the game was equal, it is.
Point is, by the time you know it's a blunder you already know something about the outcome of that move, that it swung the winning probability by more than 14%. So the analysis is kind of just measuring some function of winning probability and saying that it is highly correlated with winning probability.
- How I hacked chess.com with a rookie exploit
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So bad at chess that it’s genuinely upsetting at this point, I need some hope
If you want to improve make it your goal to play the best chess you can, not increase an arbitrary number. Watch YouTube series like John Bartholomew's "Climb the Rating Ladder" for some general insight into what you might be doing wrong. Read Irving Chernev's "Logical Chess: Move By Move" to see the thinking process of high level players. Do lots of puzzles (I like lichess.org for puzzles). And always analyze your games. When you analyze make it your goal to find at least two things you could have improved.
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Humans vs. Stockfish’s eval function
The easiest way to play against Stockfish is perhaps on https://lichess.org/, but it's not the only chess engine that evaluates positions with a neural network.
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Venruki’s take on the current issues with PvP
Lichess.com
- Death wants to take you, but you can challenge it to a game (virtual or not) to stay. what do you play?
- Ask HN: What fuel for my data furnace?
unikraft
- KraftCloud
- Mirage – A programming framework for building type-safe, modular systems
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Building a unikernel that runs WebAssembly – part 1
You should also probably check out Unikraft (https://unikraft.org) , supports many languages/apps, x86/ARM64 and QEMU/Firecracker. Is also able to run an ELF built under Linux as a unikernel (see https://unikraft.org/guides/bincompat). Discord is at https://unikraft.org/discord .
- Unikraft is a fast, secure and open-source Unikernel Development Kit
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What Is a Unikernel?
>"For performance-oriented UDP-based apps, much of the OS networking stack is useless:
the app could simply use the driver API, much like DPDK-style applications already do.
There is currently no way to easily remove just the network stack but not the entire network sub-system from standard OSes."
This page is a great read for any current or future OS developer...
Related:
"Unikraft is a fast, secure and open-source Unikernel Development Kit":
https://unikraft.org/
"Unikraft is an automated system for building specialized OSes known as unikernels."
https://github.com/unikraft/unikraft
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Build Your Own Docker with Linux Namespaces, Cgroups, and Chroot
unikernel is not the same microkernel.
I've found these after some quick googling:
https://unikraft.org/
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I don't believe in the success of wasm
Check out https://github.com/unikraft/unikraft
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A future without containers? ( thoughts )
Wow, just now seeing this topic. I work for a cloud company hosted in AWS. We started out, Netflix/Spotify style microservices. We were all on ec2 images generate by packer (and later with AWS Image Factory). When Docker hit, we kicked the tires but never did anything with it beyond using it for running unit tests, and later, infrastructure tests. 5 years ago, during a hackathon, our little group began experimenting with Unikernels, or library operating systems. Interestingly enough, these Unikernels were all stripped down BSD kernels. OSv is FreeBSD based, and Rumprun is NetBSD based. Services running in EC2 on Unikernels would spin up and start sending and receiving traffic before the AWS EC2 healthchecks completed. They are blazing fast! Only problem in 2017, was the tooling. It would have taken too much effort to use Unikernals with our infrastructure. As soon as they start making Unikernels that can run Java bytecode like native code, the fate of containerization will be sealed, IMO. We could get basic JVM webservers running on OSv, but not Cassandra, not Kafka, not yet. OSv now runs on Firecracker, but I have not tried it out, yet. Some links if you are interested: OSv: https://osv.io Rumprun: https://github.com/rumpkernel/rumprun We used this tooling during the Hackathon, but doesn't look like it has been touched in 3 years: https://github.com/solo-io/unik Unikraft Unikernel Dev kit: https://unikraft.org/ And don't forget Firecracker running in Kubernetes https://www.weave.works/oss/firekube/ And of course, being a FreeBSD subreddit, let's not forget FreeBSD on Firecracker https://www.daemonology.net/blog/2022-10-18-FreeBSD-Firecracker.html
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Linux as single app ?
and Unikraft
What are some alternatives?
listudy - Listudy - chess training server
nanos - A kernel designed to run one and only one application in a virtualized environment
Anki-Chess-2.0 - An interactive chess template for anki.
mirage - MirageOS is a library operating system that constructs unikernels
Mindustry - The automation tower defense RTS
unik - The Unikernel & MicroVM Compilation and Deployment Platform
katrain - Improve your Baduk skills by training with KataGo!
linuxkit - A toolkit for building secure, portable and lean operating systems for containers
monkeytype - The most customizable typing website with a minimalistic design and a ton of features. Test yourself in various modes, track your progress and improve your speed.
distroless - 🥑 Language focused docker images, minus the operating system.
logseq - A local-first, non-linear, outliner notebook for organizing and sharing your personal knowledge base. Use it to organize your todo list, to write your journals, or to record your unique life.
riscv-rust - RISC-V processor emulator written in Rust+WASM