Impervious
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Sockets
Establish a socket connection between Impervious nodes. Trade IP:PORT:PROTOCOL with clients.
Overview
Potential Applications: Out of Band STUN/TURN/ICE for Streaming Video, VoIP, help organize NAT punch-through(UPNP), etc.
S2S allows for two computers to use IMP as a secure third party/rendezvous point for the purpose of trading enough technical data to build an open, clear channel to each other. This is different than the VPN, whereby the VPN builds a NETWORK...S2S helps endpoints which cannot directly talk to each other build a data pipe. This data pipe, could be used for video streaming, VoIP, etc.
S2S only supports UDP, and requires the far end clients to send at least one empty UDP packet from their application for the relay to to stash the source IP and port, then forwarding will begin. This is a REQUIREMENT. Failure to setup the relay with an initial (can be empty) packet, will fail to forward.
Technical bits: NAT/PAT firewalls read and track five items: source IP, destination IP, source port, destination port, and protocol. When one's app transmits a UDP packet toward the relay, the NAT/PAT firewall will track these five items and then performs PAT, which changes the source port just as it exits the WAN interface. The app never knows this, therefore the relay will track this IP:PORT combo so that it can return traffic back towards the user.
The relay does not monitor traffic. I strictly reads IP:PORT for both users, swaps payloads and then forwards back down to the opposite ends.
The API will return the relay's IP, and two UDP port. It is the developer's responsibility to forward this data to the two interested endpoints securely. Perhaps try using the messaging API!
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SECURITY WARNING: The ports are wide open. They can accept injected traffic. Do your best to firewall these ports to just the users one wishes. A creative developer could auto generate firewall rules...
proto/imp/api/socket/socket.proto
Allows for p2p sockets to be established between Impervious nodes
Socket
Socket service allows for p2p sockets to be established between Impervious nodes.
Method Name
Request Type
Response Type
Description
SendSocket
SendSocketRequest
SendSocketResponse
SendSocket sends a socket request to another node.
StartSocket
StartSocketRequest
StartSocketResponse
StartSocket starts the socket on your Impervious node.
StopSocket
StopSocketRequest
StopSocketResponse
StopSocket stops the socket on your Impervious node.
HTTP bindings
Method Name
Method
Pattern
SendSocketPOST/v1/socket/sendRequestStartSocketPOST/v1/socket/startStopSocketPOST/v1/socket/stop SendSocketRequest
Represents a request to send socket connection information to a far end node
Field
Type
Label
Description
pubkey
string
​
The public key of the far end LND node running IMP
SendSocketResponse
Represents a response back from the request to establish a socket
Field
Type
Label
Description
id
string
​
returned message ID
StartSocketRequest
Represents a request to start a socket on an owned IMP node
StartSocketResponse
Represents a response containing socket information from a started socket
Field
Type
Label
Description
protocol
string
​
the protocol of the socket connection
ip
string
​
the ip of the IMP node to connect to
port1
string
​
the first port of the socket connection
port2
string
​
the second port of the socket connection
StopSocketRequest
Represents a request to stop a socket on an owned IMP node
StopSocketResponse
Represents a response back from a stopped socket
Scalar Value Types
.proto Type
C++
Java
Python
Go
C#
PHP
Ruby
double
double
double
float
float64
double
float
Float
float
float
float
float
float32
float
float
Float
int32
int32
int
int
int32
int
integer
Bignum or Fixnum (as required)
int64
int64
long
int/long
int64
long
integer/string
Bignum
uint32
uint32
int
int/long
uint32
uint
integer
Bignum or Fixnum (as required)
uint64
uint64
long
int/long
uint64
ulong
integer/string
Bignum or Fixnum (as required)
sint32
int32
int
int
int32
int
integer
Bignum or Fixnum (as required)
sint64
int64
long
int/long
int64
long
integer/string
Bignum
fixed32
uint32
int
int
uint32
uint
integer
Bignum or Fixnum (as required)
fixed64
uint64
long
int/long
uint64
ulong
integer/string
Bignum
sfixed32
int32
int
int
int32
int
integer
Bignum or Fixnum (as required)
sfixed64
int64
long
int/long
int64
long
integer/string
Bignum
bool
bool
boolean
boolean
bool
bool
boolean
TrueClass/FalseClass
string
string
String
str/unicode
string
string
string
String (UTF-8)
bytes
string
ByteString
str
[]byte
ByteString
string
String (ASCII-8BIT)
Last modified 9mo ago