the server component had a small bug, empty checking the wrong variable before building a list of allowed zones
when using a config without any Fqdns defined this would result in the server refusing the client access to tunnel anything if any zones where about to be used
tup proxies services on the local network to a remote gateway, all traffic between the remote server and the service on the local network is sent through a wireguard tunnel
think of tup as an open source and self-hosted alternative to ngrok and cloudflare tunnel
tupd (the server) can be found at: https://drive.proton.me/urls/GEJM1HT0DW#aOop4p7zxaPA
the tup client can be found at: https://drive.proton.me/urls/63SE9PW020#GFzZrprg9wjZ
I also noticed all file extensions were not inspectable directly in the drive (even though everything is only text files), I apologize for that, I believe transparancy is a very important key factor
I’ve complemented with .diff files generated with diff from GNU diffutils, there are ‘full’ diff files for both tup and tupd (ending with _full.diff), and there is also a diff file for only the changes between tupd-0.5 and tupd-0.6 (tupd-0.6.diff)
the ‘full’ diff files can also be applied to an empty directory with GNU patch like this:
mkdir tupd-0.6
patch --directory=tupd-0.6/ --strip=1 < tupd-0.6_full.diff
Since my project is not uploaded by me to any git service many people didn’t look on how it can be used so I want to give a few examples of the client, more explanations and examples can be found in the README.md and EXAMPLE.md of the client
Syntax: tup [-zone <zone>] [@][host]:[#]<port>
Examples:
tup :8080 this would proxy http://127.0.0.1:8080 onto a random subdomain on default zone, for example: https://xyz123.zone.domain.tld
tup 192.168.1.11:8080 this would proxy http://192.168.1.11:8080 onto a random subdomain on default zone
Syntax: tup -fqdn <domain> [@][host]:[#][@]<port>
Examples:
tup -fqdn sub.domain.tld :8080 this would proxy http://127.0.0.1:8080 directly onto https://sub.domain.tld
tup -fqdn sub.domain.tld 192.168.1.11: this would proxy https://192.168.1.11:8443 directly onto https://sub.domain.tld, skipping caddy and its tls termination on the server, same as a raw tcp proxy / sni proxy
Syntax: tup -udp|-tcp [rport:][@][host]:<port>
Examples:
tup -udp :27015 this would proxy udp://127.0.0.1:27015 onto a random UDP port on the server
tup -udp 27016:27015 this would proxy udp://127.0.0.1:27015 onto UDP port 27016 on the server
tup -udp 27016:192.168.1.11:27015 this would proxy udp://192.168.1.11:27015 onto UDP port 27016 on the server
tup -tcp :3306 this would proxy tcp://127.0.0.1:3306 onto a random TCP port on the server
I also want to clarify that the code is released with the Unlicense template, dedicating my software to the public domain
I like the idea, but may I ask why you don’t use a version control system like Git (or anything else that fits your needs)?
Thanks
I just don’t think I need to use one on every one of my projects, it didn’t add any (or enough) value to me for this project for bringing in another tool into the development or release process
For me this isn’t controversial to skip either, I’m using (and even contributing some to) software all the time with just using folder archives without needing to use any repo tools, historically a lot of software development haven’t need it as well
Github and Gitlab are free, and both even allow private repos for free at this point. Git is practically one of the first tools I install on a dev machine. Likewise, git is the defacto means of package management in golang. It’s so built in that module names are repo URLs.
Yes I know it is built in into the package management in golang and other languages, I’m pulling things into my project that way
I know it is free also and that I can have private repos, it is one of the first tools I also install on dev machines
But I don’t see how that means I always have to use git or any other VCS for every project I make, it is a good tool, but why do I have to use it if it doesn’t help me?
You don’t have to. Absolutely not.
But: As a potential user it provides some additional features your solution lacks. I can easily fork or clone your repo and change things if I need to. If I think it benefits the project I can easily offer these changes back to you, if I don’t I can still profit from future development on your side and incorporate my changes into it. I can very easily check what has changed between two versions without relying (trusting) your changelogs or performing a manual diff.
But most importantly it is a matter of trust. Not so much trust in your intentions and the possibility of malicious code (Git won’t prevent that), but it obfuscates your code unnecessarily making it harder to continue if you at some point decide to stop maintaining it or even detect vulnerabilities as it is not easily accessible without knowing where to look for it.
Sure it might creates some hurdles for potential contributors, and cause some discomfort for users
For the user case I believe downloading the archive or even the diff text and applying it is quite straight forward, there isn’t any more steps in that than if it was in a repo, it is another way of pulling the code, I’m pretty used to handle software this way anyway, but most people aren’t, I even doubt people would have pulled the SVN URL if I had released it on SourceForge for example, they would have downloaded the source archive from the website, so I don’t believe that the fact that I don’t upload it to a git/svn service makes it much harder for a user
It is a lot more work to setup a git repo, create an account somewhere, manage ssh keys, setting up configs, making commits, pushing code etc for me
Offers changes back to me is more a me problem, if you create a git repo and send me the patches or URL I can figure the rest out, anyone doing that can still benefit from my diff files as they can be applied to a git repository as well, or they could create two repositories (or branches), one with just my changes and one with theirs mixed in, and get full three way merge as well
For the easily checking what has changed it is quite the same thing, there is an extra step unfortunately
For the relying and trusting me all I can offer is the transparency, I don’t believe many people would notice when a project get forced pushed either, some developers might use the same directory every time to make a pull, and then it would tell them there’s a mismatch, but it is a legit concern nonetheless
I think using git solves that a bit, you would notice if something was forced pushed, as the auto-updating would fail with an error, but applying patches would also fail the same way, but that is of course a manual operation, having it in a SVN repo feels like it would produce the same problem also
SVN is probably as much of obfuscating as these files because git is what everyone uses, so it is more a problem of not using git than not using a (D)VCS I believe
Yea finding it is hard, there are a lot of other benefits with centralized social development platforms, but there was also a time before all that started, I think this community in particular is about not giving up to centralized platforms
If I ever stop the development, die, go rouge, get hacked or anything else I hope the community figures that out on their own and solves the problem then, anyone who wants should download the text diff files and/or the tar.gz files and take a few different checksums of them so they do not change maliciously at least
I think you have realized that every comment here was about your decision not to use Git. I don’t think there is much more to say about this…
Yes unfortunately most of the comments on my last post was also about me not using git and git platforms, seems very controversial.
I totally understand it, I’ve also wanted to have everything git and social development platform before when it was new