![]() The user is required to reassign the read method to call another function,įor example, the write method of another stream. read isįor data coming out of the stream, and write is for data going in. Weird-stream have two methods - read and write. #PACKETSTREAM FULL#Means that the entire implementation could fit into 100 lines,Ĭorrection 200 lines now that there is full error checking, and close More normal streams and using simple message oriented streams write ( 'open - write to stream' ) weird streams Var packets = require ( 'packet-stream' ) var A = packets ( stream. To how the user thinks - like muxrpc Example This is a low level module that implements the core logic necessary for an rpcĪnd multiplexing module - it is intended to be wrapped in something closer So therefore packet-stream provides messages as the fundamental building block,Īnd implements request/response (async+callback) and streams (a sequence of messages) Shouldn't tcp be implemented on top of packets?Īny useful node api needs streams, but also needs callbacks and maybe events too. Is tcp implemented on top of tcp, but is this really the right approach? ![]() Modules are implemented, rpc or multiplexer, you'll see one thing:įramed messages are sent over a stream. Which had better support for binary, as was later wrapped to a moreīut something still wasn't right. This worked pretty well, although it felt like a messy glue job. Which used mux-demux and rpc-stream to create remote access to a leveldb instance. When leveldb came around, juliangruber wrote multilevel Unfortunately, mux-demux used json encoding, and so did not support binary very well. You could now stream many different things through one connection. Which supported streams but not callbacks. Than dnode, but could be piped over any node stream - this soon came to dnode. Was first - which supported async callbacks, but not streams. Many approaches to rpc and to multiplexing. Over the course of streams and so on with node, there have been Our best strategy to protect ourselves and Packeters is to comply with law enforcement requests if they ever occur so we can explain how PacketStream works and give them info to conclude their investigations.A simpler approach to rpc/multiplexing proir work Several courts have ruled that an IP address doesn't identify a person, and you can't be liable for something that happens on your data line unless there's proof that it was you. ![]() #PACKETSTREAM SOFTWARE#If our software misses anything we won't hesitate to hand over information to law-enforcement investigators. We have automated processes to terminate accounts if illegitimate activity is detected. The last thing we want to do is risk our own business or the safety of a Packeter. Data on the PacketStream ecosystem passes through our servers before getting processed by Packeters. #PACKETSTREAM CODE#Please PM me or reply to this post for the beta invite code and we'll send it over to get you started.įor more info please visit our site PacketStream.io Our private beta was originally going to be closed to 500 beta users, but with our success we are looking to grow to 10,000 users now. PacketStream already has paying customers lined up, and we've slowly been on-boarding them, but we can't scale until we have more Packeters! Therefore there might be a slight delay of a few days in our private beta until you see accumulated revenue in your account dashboard. Packetstream Cashout Payment Proof Completely Passive IncomeIn today's video we will be cashing out over 20 in paypal from packetstream.I earn roughly. ![]() Packeters share their bandwidth with other PacketStream network users and because Packeters are a vital part of our network, we pay them for sharing their bandwidth. The PacketStream network is powered by Packeters. PacketStream is the first peer-to-peer powered privacy network. We're big fans of Beer Money and thought this would be the perfect community for our awesome new product. Last week we launched a private beta to PacketStream ( Packetstream.io) on r/BeerMoneyGlobal with huge success! ![]()
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