Theminion torrent

Roger J Jun 6, FAQ 1. Details Edit. Release date September 26, South Korea. United States Canada. Buena Vista Home Entertainment official site. Box office Edit. Technical specs Edit. Runtime 1 hour 35 minutes. Dolby SR. Related news. Oct 21 Slash Film. Feb 27 Flickeringmyth. Contribute to this page Suggest an edit or add missing content. Top Gap. By what name was The Minion officially released in India in English? See more gaps Learn more about contributing.

Edit page. See the full list. Most Anticipated Movies Coming in Watch the video. I think you just reinvented the bit torrent mainline DHT. If rows were immutable, doesn't that imply that any existing "ranges, searches, indexes, etc" are immutable too?

If you going to the effort of making a decentralized database, why not also decompose all of these parts from one another Basically a something that indexes logs and then something else that takes those indexes and makes the searchable. In fact this is all the rage right now with centralized databases Anyways, I agree with the idea and don't really know enough about decentralized systems to really understand why such a distributed database can't or hasn't already been built.

Your "URL" can now be a public key, and clients will fetch the latest version of the torrent. This is actually really neat I wasn't aware of these BEPs. Do you know of any place where they are being used? That's a real shame, because webtorrent can be used directly from the browser so it would have been very practical to use a single dependency and have pretty much the same functionalities as the article reply. I am also curious if any services or sites are using it yet.

I actually made a system called federalist [1] that uses mutable torrents. Hope you like it! I think it's possible to use IPNS to create a key-value mapping where the value can be changed. My current project can expose a sqlite database over torrent wrapped by the Chrome cache filesystem.

The torrent is merkle-tree based, and for each change in the SQLite memory page it also updates the merkle tree giving you a different torrent infohash at the end.

So as databases are published together with the applications the initial torrent info is the same, so theres a swarm of initial peers. Once it gets updated and the torrent "turns into another", the solution is to use the RPC api that my solution provides over the initial swarm of peers and use some sort of distributed algorithm like raft or gossip to define how to deal with the subsequent changes over the peers.

The important part is that all other changed torrents from all the peers are available to all peers in the network, and with a RPC working as a abstract interface to organize them, it will work for a lot of different scenarios.

That's interesting. Are you aware of the absurd-sql project? It may have some useful stuff that you can leverage. Also, how do peers find each other? And finally, do you intend to open source it? No, thanks for pointing that out, will take a look into it. The idea is to use the torrents as a common shareable resource where given the peers have the same interest in that torrent, lets say the torrents works as a "meta-database" with just enough immutable metadata info, giving the developers of that application a list of peers that will have the same RPC service you designed, with a interface that suits your purpose according to your application goals a distributed Youtube for instance , and giving you know and designed that API yourself whatever you want from each node, lets say a piece of data, be it a file or a database key-value range, you can ask your API for it, combining the torrent peers and whatever distribution combo you need.

The first thing i've tried to get right was the storage layer, and the capacity to use mutable sqlite databases over torrent together with files which are simpler given they are meant to be immutable. I've take care to enable a key-value store over the sqlite btree, so both form of databases are possible, a key-value and a normal SQL database.

Key-values are important for the distributed case where you may want the nodes to have partial data and abstract a SQL layer or whatever on top of the distributed nodes, which is a better solution for distributed storage. For the database distribution, a 64k SQLite memory page maps to a torrent piece of the same size, which can be synchronized over other peers that knows what's the root of the merkle tree of the given database is you can use the RPC layer to coordinate this or use the bit-torrent DHT updating your slot with the new merkle root BTW This is what i'm using to distribute the applications, the DHT which points to a "database torrent" which in turn is a index to other files and database torrents.

The application owner have write permissions over that particular DHT slot and can change the root merkle anytime the application itself changes a new version, or some of the assets. What im finishing right now is exactly the higher level layers that automate this whole thing and make it work "under the hood" without the users or applications distributors need to understand how it is implemented.

Of course the developers will have access to iterating over the peers of a giving torrent to group them over RPC interfaces, and the idea is also to give access to the DHT so solutions that need a access to mutable ever-changing merkle root is also possible even though the torrent based solution cover most if not all of the ground , but the idea is to give the devs the tools to be creative about their solutions.

Thanks, super interesting. When I get time to work on my side project again I'll try it out. I have a server-less frontend app and have been thinking about a way to allow sync of data between users. I had been looking at webrtc, but the need for a stun server makes the UX ugly.

Yes, it can even serve to expose the others WebRTC api's that are meant for media, where you can have a initial RPC booststrap interface, that will call your application service, that in turns its programmed by you to use the WebRTC api to stream audio and video from that peer.

ItsMonkk 18 hours ago root parent prev next [—]. Good luck with this, I've been reading all the various HN posts on this topic and you seem to be the closest to the holy grail. Counter to Moxie's argument[0], I think a lot more people would be willing to host a server, if all they had to do to host a server is to seed a torrent. We already know many people are willing to do that.

I think this would be interesting if the application itself was just a Docker container that could output to a browser, similar to many other local-hosted approaches[1]. What my solution do is that the application have a "service" process that works like daemon to the application, being able to resolve route requests both locally when over IPC and remotely when over RPC.

The routes are meant to serve html or any other content to the UI application which is also another process akin to the Chrome renderer. But the fact that every application might have a ever-running process, means that in some cases it can create other kind of services.

Your application can be docker-based and can be deployed only on Linux. Taraji P. Henson Belle Bottom as Belle Bottom voice. Dolph Lundgren Svengeance as Svengeance voice. Lucy Lawless Nunchuk as Nunchuk voice. Danny Trejo Stronghold as Stronghold voice. Russell Brand Dr. Nefario as Dr. Nefario voice. More like this. Watch options. Storyline Edit. In the heart of the s, amidst a flurry of feathered hair and flared jeans, Gru Steve Carell is growing up in the suburbs. A fanboy of a supervillain supergroup known as the Vicious 6, Gru hatches a plan to become evil enough to join them.

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It doesn't go well to say the least , and only gets worse after Gru outsmarts them and suddenly finds himself the mortal enemy of the apex of evil. On the run, Gru will turn to an unlikely source for guidance, Wild Knuckles, and discover that even bad guys need a little help from their friends. Brace Yourself. Add content advisory.