-
-
Notifications
You must be signed in to change notification settings - Fork 31
New issue
Have a question about this project? Sign up for a free GitHub account to open an issue and contact its maintainers and the community.
By clicking “Sign up for GitHub”, you agree to our terms of service and privacy statement. We’ll occasionally send you account related emails.
Already on GitHub? Sign in to your account
connection from a LAN machine to WAN machine trouble #84
Comments
Is there any update on this? |
Hey! Sorry for the late response. |
No still the same issues, my friend. Maybe you could give me some examples of how you are able to test it across WAN and LAN in that maybe I am doing something wrong here. Any thoughts or suggestions would be greatly appreciated. |
What are you using to test this out? Are you running this tool: https://github.com/matrix-org/pinecone/blob/main/cmd/pinecone/main.go or something else? It looks like we don't have it configured to allow the tcp port through to the container right now, so trying to connect via tcp to that server won't work. For a lot more context about how the p2p matrix demo apps work: The cmd/pinecone/main.go app does exactly the same thing, it just skips the Android & Dendrite bits by calling |
Hello, Sorry for the extremely late reply to this as I had gotten side tracked with my day job and some other research areas. Recently, I have had a chance to really start digging in on my P2P effort since I want to make a number of P2P services but still have not settled on the underlying core framework and had been looking at Pinecone (overlay), Yggdrasil (TUN/TAP), NKN (https://nkn.org) as well as a number of other blockchains in this area. Of course, and probably like you folks over at Matrix, I am seeking very low latency, routing mesh network, which ultra-high scalability, and written in Golang for cross-platform capabilities. My efforts are to write and roll out a number of P2P analog competitors to centralized services like Google/Bing Search, YouTube, Amazon, and others but in a P2P design so that users can also control their own private information as well as have their local commodity system interact and support the P2P network. Pinecone seems most suited since it is an overlay but Yggdrasil seems to be pretty stable and functional as with a large number of users while NKN has some 60K users but is blockchain based and I am not completely sure I want the project to be crypto based at this point. For pinecone, I was able to get 2 nodes on the same LAN to see each other and make a connection. Now I want to look into message passing between the 2 nodes while I also will expand to 3 or 4 LAN nodes for testing (Windows and Linux nodes), but need to see how that can be done once the connections have been made. Thanks again and have a great day |
Forgot to ask, but is there an API and some SDK's perhaps to interface local applications (Golang, etc.) with the local Pinecone node once it has connected to the mesh network? If it was a TUN/TAP system then applications could talk through the local TUN/TAP device like Yggdrasil, but as Pinecone is an overlay network, I was thinking that maybe there is some type of API for communications through the network as well as to interface for information and metrics from the local Pinecone network as well. |
Hello,
I am testing pinecone connections at the moment on a Windows (LAN) machine and a Linux (WAN) vps with public IP.
Up till now, I have been able to connect multiple local Windows LAN <-> Windows LAN machines with no trouble, but when connecting
Linux LAN<->Windows LAN
and
Windows LAN<->Linux WAN
systems then pinecone does not seem to connect.
Any thoughts
The text was updated successfully, but these errors were encountered: