fn foo(x: i32) {
match x {
const { 3.pow(3) } => println!("three cubed"),
_ => {}
}
}
But it looks like inline_const_pat
is still unstable, only inline_const
in expression position is now stabilized.
fn foo(x: i32) {
match x {
const { 3.pow(3) } => println!("three cubed"),
_ => {}
}
}
But it looks like inline_const_pat
is still unstable, only inline_const
in expression position is now stabilized.
It’s because it has to work in pattern contexts as well, which are not expressions.
You can give chisel a try. It tunnels all traffic over http/https, and the client can then create port forwards, just as with ssh, to access other services.
https://linux-tc-notes.sourceforge.net/tc/doc/cls_u32.txt:
The base operation of the u32 filter is actually very simple. It extracts a bit field from a 32 bit word in the packet, and if it is equal to a value supplied by you it has a match. The 32 bit word must lie at a 32 bit boundary.
There is no central naming authority in I2P. All hostnames are local. (Naming and Address Book)
Therefore, if an url doesn’t work, it isn’t in your local address book.
You can add mappings yourself if you know the destination or b32 address, or make use of subscriptions. In this case, add http://i2p-projekt.i2p/hosts.txt and http://notbob.i2p/hosts.txt to your address book subscriptions, the latter contains the destination for mysu.i2p.
https://stackoverflow.com/questions/10602504/how-does-user-js-work-in-firefox-in-detail:
It just looks like a JavaScript file. Once upon a time in Netscape 3 and maybe 4 it actually was, but now it’s just a file with a .js extension and a very restricted syntax that’s parsed by a separate (non-JS) parser and not executed in any way.
Quad9, a Swiss public benefit, not-for-profit foundation. Main address is 9.9.9.9.
We have those on I2P already, see tracker2.postman.i2p for example.
You should not torrent over the tor network, but you can torrent over the I2P network. qBittorrent even has experimental I2P support built in.
I thought about torrents, but found no way to do that privately either.
You can torrent privately using I2P (It’s like Tor but peer-to-peer). The Java router comes with a pre-installed torrent client, accessible from the console. After installing and setting up your browser you can browse the main tracker at tracker2.postman.i2p.
I occasionally experience the same thing. When this happens, it appears the jwt token is not sent with the initial request (thus appearing to be logged out), but it is sent with api requests on the same page (unread_count
, list
, etc.), so the cookie is not lost (document.cookie
also shows it). Sometimes refreshing again fixes it, but I haven’t yet found a good workaround. I’ll experiment a bit next time it happens.
Indeed. This works because direct connections to the tor network are easily censored, but WebRTC is not (not without a lot of collateral damage at least).
The snowflake proxy acts as a bridge to the tor network at the entry side. If by repercussions you mean risk of exit-node traffic, there are none. It might cost a little bit of bandwidth.
You can take the package from the Ubuntu PPA, which is generally updated quickly, and rebuild for Debian using the instructions here.