pion | Pion Network Library | HTTP library

I will try to demonstrate the issue in some bullet points, so let me know if they are not clear enough.

• After the compiling process ends and your page load, there are no listeners attached to the game elements.
• In the first hover iteration, your code will initialize the event listener dynamically but will not execute it.
• After that, you have a listener attached to your element and will fire its callback function from now on.
• So, for every hover event after that, your code will work as expected

SOLUTION

We need to attach the event listener to all game elements statically not dynamically. so here is the JS code we need.

These statistics are not implemented yet. https://bugs.chromium.org/p/webrtc/issues/detail?id=13216 is tracking the implementation for libwebrtc's new sctp stack which may end up exposing them.

The issue is that Pion (or any WebRTC implementation) is only aware of IP address it is listening on. It can't be aware of all the address that map/forward to it. People will also call this the Public IP or NAT Mapping. So when Pion emits it candidates they will probably look like 10.10.0.* and the remote peer will be unable to contact that.

What you should do is use the SettingEngine and set SetNat1To1IPs. If you know the public IP of the host it will rewrite the candidates with the public IP.

ICE is a tricky process. To understand it conceptually WebRTC for the Curious#Networking may be helpful. Will make sure to answer any follow up questions on SO quickly!

The problem in the end was an inaccuracy in the Sleep time caused by issue #44343 in Go itself. It caused the samples not to be sent at a constant rate, but at a rate that randomly was between 5 and 15ms off, resulting in a choppy stream.

Sean DuBois and me fixed this in the latest play-from-disk and play-from-disk-h264 examples in the Pion repository by replacing the for-loop and Sleep() with a Ticker, which is more accurate.

There was a simple error in my Android app. When receiving an ice candidate from the signaling server I did the following:

I just figured it out myself:

dup2() creates a duplicate of the connection's file descriptor into STDIN_FILENO, leaving it open only in stdin after close(), thus reading stdin with getch, getchar or any other functions was basically waiting for the client to send something.

Removing both solved my problem: getch() now works properly.

There is a very high probability that you're reading in CR characters from a CRLF delimited file, assuming it is just LF delimited, and printing them, where the carriage return will slam the cursor to the left and write over existing text.

You will need to either read this as CRLF or strip out any CR or LF characters.

You can also force a newline:

mediadevices currently uses cgo to give us access to camera/microphone and codecs. Cross-compiling in cgo is possible but you would very likely need to cross-compile mmal codec as a static library yourself, but this requires access to the source code.

Unfortunately, mmal is not an open-source library. Therefore, the only option left is to compile the library on the raspberry pi since mmal should be installed on your system already.

Note: I'm the mediadevices author 😃.

I would recommend breaking this down into two steps.

1. Find all pairs of elements (where order matters).
2. Find all combinations of pairs (where order does not matter).

I put together a example program if you want to analyze it.

First thing I did was make a simple Pair class to track the pairs, compare values, and print them: