# Project - TODO:

[ ] Create a skeleton protocol
[ ] implement most of the skeleton
	[ ] Create basic TCP server
	[ ] Create basic client that connects to the server
	[ ] Send ping message from client to server
	[ ] Add more items based on skeleton protocol
[ ] Refine protocol using the implementation (and update stuff that got changed in impl)
[ ] Finish implementing the protocol
[ ] Update the protocol file with the latest structs and stuff

## Protocol todo:

[ ] Figure out how a message and message ack payload will look
[ ] Figure out server responses (hopefully manages to be stuck in a 512 bit block as well)


## client todo:

[ ] Check for key when turned on
	[x] generate key and register if no key is preset, and save it after registration is done
	[ ] if key is present, start by establishing connection (which makes sure we are signed in)
[ ] use AES to get basic packets from the server
[ ] use RSA private key to read normal messages

## Server todo:

[ ] Laucnh task for each new connection
[ ] use RSA key to get first message and extract AES key
[ ] verify the user using its public RSA key
	[ ] if it was a register session save the key into the BIG DATA STRUCTURE
[ ] Keep lists of incoming messages 
	(doesnt need to know from who, they are just big blobs of shlomp)
[ ] When user asks for incoming messages, make basic packet and append the incoming messages
	- last byte  is the "how many messages are left" byte
	- each byte in the extra data will be the length of the next message, so
		if there are 3 messages of length 128, 200, 300 bytes it will be
		[128, 200, 300, 0 ...] and the actual position in the payload is easy
		to calculate ([128, 200+128=328, 300+328=628, ...])