Turing Complete

建议玩，不过游玩前建议先购入《数字电子技术基础》。amazing game

Super cool and challenging way to learn computing from the lowest possible level. I'm not very far into the game as I write this (about 20% of the way through all of the puzzles in the campaign at the time of writing), but I feel like this game is already changing the way I think about computers. Prior to this game, the lowest level of computing I had experience with was assembly language (I can't wait to get to the assembly portion of this game). Prior to this, I knew of logic gates and truth tables as an abstraction, but this game is rewiring my brain to think about it all in a more architecturally modular way.

卡关：难道我不是天才吗？ 过关：难道我不是天才吗？

This game is super cool. Actually, it's rather a 'build your own computer from scratch' simulator. And not only build, but organically figure out how to program this computer, and what, basically, is a program. You clearly will be able to see how complexity of systems bursts, making your progress through campaign. Understanding of how simple logic elements turns into a computer is mind blowing. Highly recommended!

я ненавижу ассемблер.

한글패치입니다. 최초 AI번역으로 시작해서 직접 검수하여 오탈자, 번역오류 잡았습니다. 의역 있을 수 있으나 적어도 플레이하면서 이해가 안 간 점은 없었습니다. 용어는 <밑바닥부터 만드는 컴퓨팅 시스템 2판>을 참고하였습니다. [strike]해당 비공식 패치는 폰트교체 및 언어 옵션에 "한국어" 선택을 추가합니다.[/strike] 링크 만료 및 26.7 업데이트로 파일 수정중입니다.

I think this game should be the practical part of computer architecture in every computer science curriculum. Back then, we had to do the stuff on paper, but it was like putting a spotlight here or there without the continuous approach that Turing Complete provides. If you're teaching Computer Science: take this as your baseline. The game itself of course can't teach you the full picture – it's not a professional computer architecture training course, and I think it doesn't want to be (and doesn't have to be). But it can give you a deeper understanding, the practical experience and the playground if you already know the theoretical cornerstones or have a course or training in parallel (or you're good at self-teaching and doing the detail research on your own). I've played the "classic" version like a year ago and the "save_breaker" this week and finished right with the announcement that the new version will be released officially. Consider that review covering already the version to be released tomorrow ;) The game (currently) covers basic 8- and 32-bit architecture, starting from scratch with the NAND gate and sends you forward step by step. I would appreciate the addtions of FPU instructions in future versions, currently there's just working with integers types in the game. The difficulty of the levels is quite varying, there are some more challenging levels in-between; don't be frustrated if there's a hard nut to crack once in a while, with a bit trying and doing some research you should eventually be able to beat it. More difficult levels (specifically multiplication and division with modulo) are optional, but they feel extremely rewarding if you finally cracked it. (Hint: remember how they tought it in primary school with pen and paper) The "classic" version had some annoying bugs when designing a more complex architecture, which was also required in the endgame levels. In the "save_breaker" (i.e., the version 2.1) none of such occured (up to now at least, which means finishing all the levels). Over the course of the latest playthrough, I met one minor bug (division/modulo cost resetting back to a non-optimzed value), one crash (don't know what I did, it just closed itself, but important: no data loss, not even a single wire, everything is saved instantly!), and one level setup issue that made me scratch my head (a short search in the Discord server gave me a hint then how to "fix" it) – for a whole playthrough that's pretty stable. (I wanted at this point to recommend for everyone to play the save_breaker beta, but the release announcement makes that unnecessary :D) All in all, I can recommend this game to everyone with some basic knowledge who wants to play around with computer architecture; if you're coming from high-level programming languages and want to dive into the binary sea, you really might want to play this. As said in the beginning, it makes the gray theory very colorful. At all, I'm extremely grateful that there's somebody out there to create and maintain such a niche game – thank you for making this <3 Unfortunately, I don't remember anymore how I found this game, but I think I randomly stumbled upon it and the reviews clearly told me: buy it. PS: I somehow missed the story™ in save_breaker and the regular threats to be munched if I don't perform :D

宝藏游戏！ 三生万物，我们对三以后的世界熟悉而对三以前的世界知之甚少。这个游戏研究的是从一到三的过程，从一个与非门构建逻辑，数学，架构，把过程演示的明明白白。 当出现了延时元件的时候，让整个静态的世界产生了时间，出现了变化，让一切都活了起来，你能想象得到我在看到那一刻时激动的心情吗？ 玩到最后看到了几个经典的递归算法，这个出现的恰到好处，让人了解了从一到三的内幕后，又产生了从零到一的思考，玩通关后看这个世界的样子都发生了变化。 感谢所有对科技做出贡献的人，感谢游戏的开发者让人能这么愉快的了解这一切。