- images
- video
- audio
- images
- video
- audio
- images
- video
- audio
1. Hit the
/api/v1/upload endpoint with a valid token and media_file as a Form URL encoded payload.2. Hit the Task endpoint you get back until
status=complete3. Use the URI once complete
1. Hit the
/api/v1/upload endpoint with a valid token and media_file as a Form URL encoded payload.2. Hit the Task endpoint you get back until
status=complete3. Use the URI once complete
1. Hit the
/api/v1/upload endpoint with a valid token and media_file as a Form URL encoded payload.2. Hit the Task endpoint you get back until
status=complete3. Use the URI once complete
$ curl -F media_file=@gitea.png -H "Token: $YARND_TOKEN" https://twtxt.net/api/v1/upload
{"Type":"taskURI","Path":"https://twtxt.net/task/FiBmMQbNF7bicLSZsWybmN"}
$ curl https://twtxt.net/task/FiBmMQbNF7bicLSZsWybmN | jq '.'
{
"state": "complete",
"error": "",
"data": {
"mediaURI": "https://twtxt.net/media/rhkm36YACemg7TBmG7d2Q6.png"
}
}
$ curl -F media_file=@gitea.png -H "Token: $YARND_TOKEN" https://twtxt.net/api/v1/upload
{"Type":"taskURI","Path":"https://twtxt.net/task/FiBmMQbNF7bicLSZsWybmN"}
$ curl https://twtxt.net/task/FiBmMQbNF7bicLSZsWybmN | jq '.'
{
"state": "complete",
"error": "",
"data": {
"mediaURI": "https://twtxt.net/media/rhkm36YACemg7TBmG7d2Q6.png"
}
}
$ curl -F media_file=@gitea.png -H "Token: $YARND_TOKEN" https://twtxt.net/api/v1/upload
{"Type":"taskURI","Path":"https://twtxt.net/task/FiBmMQbNF7bicLSZsWybmN"}
$ curl https://twtxt.net/task/FiBmMQbNF7bicLSZsWybmN | jq '.'
{
"state": "complete",
"error": "",
"data": {
"mediaURI": "https://twtxt.net/media/rhkm36YACemg7TBmG7d2Q6.png"
}
}
Important bit: The machine has no access to the internet, there are hardly any standard tools on it, etc. So I have to get something to it "air gapped". I have terminal access to it, so I can do interesting things like, base64 encode a static binary to my clipboard and paste it to a file, then base64 decode it and execute. That's about the only mechanisms I have.
Important bit: The machine has no access to the internet, there are hardly any standard tools on it, etc. So I have to get something to it "air gapped". I have terminal access to it, so I can do interesting things like, base64 encode a static binary to my clipboard and paste it to a file, then base64 decode it and execute. That's about the only mechanisms I have.
Important bit: The machine has no access to the internet, there are hardly any standard tools on it, etc. So I have to get something to it "air gapped". I have terminal access to it, so I can do interesting things like, base64 encode a static binary to my clipboard and paste it to a file, then base64 decode it and execute. That's about the only mechanisms I have.
codellama or codellama (See Models), or whether I'm expecting far too much out of these "glorified" token prediction machines, but all this seems to be good for is banging out repetitive keystrokes.The darn thing is just so well umm, fucking stupid and just umm clueless?! π€¦ββοΈ I'm not really sure what to think of any of this anymore... It's been so heavily hyped up over the past couple of years, but why? LIke you can't really get these models to do much for you, even its "summarize this ..." is kind of garbage really π
codellama or codellama (See Models), or whether I'm expecting far too much out of these "glorified" token prediction machines, but all this seems to be good for is banging out repetitive keystrokes.The darn thing is just so well umm, fucking stupid and just umm clueless?! π€¦ββοΈ I'm not really sure what to think of any of this anymore... It's been so heavily hyped up over the past couple of years, but why? LIke you can't really get these models to do much for you, even its "summarize this ..." is kind of garbage really π
codellama or codellama (See Models), or whether I'm expecting far too much out of these "glorified" token prediction machines, but all this seems to be good for is banging out repetitive keystrokes.The darn thing is just so well umm, fucking stupid and just umm clueless?! π€¦ββοΈ I'm not really sure what to think of any of this anymore... It's been so heavily hyped up over the past couple of years, but why? LIke you can't really get these models to do much for you, even its "summarize this ..." is kind of garbage really π
/32(s) as Tunnel IP(s) for Peers and being a bit more thoughtful about the AllowedIPs π€ I'm only playing around with 3 devices right now, my core router (RouterOS), an Ubuntu 22.04 VM over at Vultr and my iPhone.
/32(s) as Tunnel IP(s) for Peers and being a bit more thoughtful about the AllowedIPs π€ I'm only playing around with 3 devices right now, my core router (RouterOS), an Ubuntu 22.04 VM over at Vultr and my iPhone.
/32(s) as Tunnel IP(s) for Peers and being a bit more thoughtful about the AllowedIPs π€ I'm only playing around with 3 devices right now, my core router (RouterOS), an Ubuntu 22.04 VM over at Vultr and my iPhone.
> In other words, when sending packets, the list of allowed IPs behaves as a sort of routing table, and when > receiving packets, the list of allowed IPs behaves as a sort of access control list.
>
> This is what we call a Cryptokey Routing Table: the simple association of public keys and allowed IPs.
> In other words, when sending packets, the list of allowed IPs behaves as a sort of routing table, and when > receiving packets, the list of allowed IPs behaves as a sort of access control list.
>
> This is what we call a Cryptokey Routing Table: the simple association of public keys and allowed IPs.
> In other words, when sending packets, the list of allowed IPs behaves as a sort of routing table, and when > receiving packets, the list of allowed IPs behaves as a sort of access control list.
>
> This is what we call a Cryptokey Routing Table: the simple association of public keys and allowed IPs.