A library providing an ACN (Anonymous Communication Network) abstraction and a tor (for now) implementation.
Sarah Jamie Lewis
98b15bd105
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Reviewed-on: #33 |
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testing | ||
tor | ||
.drone.yml | ||
.gitignore | ||
LICENSE | ||
README.md | ||
acn.go | ||
error_acn.go | ||
go.mod | ||
go.sum | ||
localProvider.go | ||
proxy_acn.go |
README.md
connectivity
A library providing an ACN (Anonymous Communication Network ) networking abstraction
Supported ACNs
- Tor v3 Onion Services
Requirements for ACN Support
- Reference an EndPoint via a string / hostname
- Maintain an endpoint via a PublicKey (the underlying crypto is the responsibility of the implementation)
Using
Each ACN implementation provides a specific start function that takes in the required parameters to e.g. find a specific binary on the system, attempt to talk to a specific system service or launch an in-memory networking manager:
acn, err := NewTorACN(".", "", 9051, HashedPasswordAuthenticator{"examplehasedpassword"})
if err != nil {
t.Error(err)
return
}
At this point the ACN is responsible for setting up the networking interface, the result of which can be checked via the Status callback:
acn.SetStatusCallback(getStatusCallback(progChan))
progress := 0
for progress < 100 {
progress = <-progChan
}
Once initialized the ACN can be used to open new connections:
conn,err := acn.Open(hostname);
Or host a service on the ACN:
ls,err := acn.Listen(identity, port) ;
We also provide closing and restart functionality for managing the networking service:
acn.Restart()
and
acn.Close()