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Fixing typos

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Vitor Pamplona 2024-05-09 16:18:41 -04:00
parent 0311220eae
commit 5de95955c1
1 changed files with 22 additions and 21 deletions
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68.md
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@ -13,18 +13,18 @@ Every shared replaceable MUST be signed with its own private key. The event owns
The event's private key MUST be shared with all editors through `p` tags. The key is [NIP-44](44.md)-encrypted to each editor and placed as the 4th element in a regular `p` tag.
```js
val edittingKeyPair = nostr.generateKeyPair()
val editingKeyPair = nostr.generateKeyPair()
{
"pubkey": edittingKeyPair.publicKey
"pubkey": editingKeyPair.publicKey
"kind": 3xxxx or 1xxxx,
"tags": [
["d", "<unique identifier>"]
["p", "<pubkey 1>", "<relay url>", nip44Encrypt(edittingKeyPair.privateKeyHex, edittingKeyPair.privateKey, "<pubkey 1>") ]
["p", "<pubkey 2>", "<relay url>", nip44Encrypt(edittingKeyPair.privateKeyHex, edittingKeyPair.privateKey, "<pubkey 2>") ]
["p", "<pubkey 1>", "<relay url>", nip44Encrypt(editingKeyPair.privateKeyHex, editingKeyPair.privateKey, "<pubkey 1>") ]
["p", "<pubkey 2>", "<relay url>", nip44Encrypt(editingKeyPair.privateKeyHex, editingKeyPair.privateKey, "<pubkey 2>") ]
],
"content": "",
"sig": signWith(edittingKeyPair.privateKey)
"sig": signWith(editingKeyPair.privateKey)
// ...
}
```
@ -47,20 +47,20 @@ Both keys are shared as encrypted `p` tags between the editing key and each user
The `.content` is then encrypted from the editing private key to the viewing public key.
```js
val edittingKeyPair = nostr.generateKeyPair()
val editingKeyPair = nostr.generateKeyPair()
val viewingKeyPair = nostr.generateKeyPair()
{
"pubkey": edittingKeyPair.publicKey
"pubkey": editingKeyPair.publicKey
"kind": 3xxxx or 1xxxx,
"tags": [
["d", "<unique identifier>"]
["p", "<pubkey 1>", "<relay url>", nip44Encrypt(edittingKeyPair.privateKeyHex, edittingKeyPair.privateKey, "<pubkey 1>") ]
["p", "<pubkey 2>", "<relay url>", nip44Encrypt(edittingKeyPair.privateKeyHex, edittingKeyPair.privateKey, "<pubkey 2>") ]
["p", "<pubkey 3>", "<relay url>", nip44Encrypt(viewingKeyPair.privateKeyHex, edittingKeyPair.privateKey, "<pubkey 3>") ] // view only
["p", "<pubkey 1>", "<relay url>", nip44Encrypt(editingKeyPair.privateKeyHex, editingKeyPair.privateKey, "<pubkey 1>") ]
["p", "<pubkey 2>", "<relay url>", nip44Encrypt(editingKeyPair.privateKeyHex, editingKeyPair.privateKey, "<pubkey 2>") ]
["p", "<pubkey 3>", "<relay url>", nip44Encrypt(viewingKeyPair.privateKeyHex, editingKeyPair.privateKey, "<pubkey 3>") ] // view only
],
"content": nip44Encrypt("some text", edittingKeyPair.privateKey, viewingKeyPair.publicKey),
"sig": signWith(edittingKeyPair.privateKey)
"content": nip44Encrypt("some text", editingKeyPair.privateKey, viewingKeyPair.publicKey),
"sig": signWith(editingKeyPair.privateKey)
// ...
}
```
@ -71,30 +71,31 @@ To decrypt the event, all receivers MUST:
3. calculate the public key of the shared key.
4. if the public key is the same as `.pubkey`, this is an editing key, if not this is the viewing key
5. if it is the editing key, decrypt all the other `p`-tag keys and find the viewing key
6. once both keys are known, decrypt the `.content` with `nip44Decrypt(event.content, viewingKeyPair.privatekey, event.pubkey)`
6. once the viewing key is known, decrypt the `.content` with `nip44Decrypt(event.content, viewingKeyPair.privatekey, event.pubkey)`
7. use the editing key to sign if known
### Special Case: No Viewing Keys
If the group if users that only have viewing permissions is empty there won't be a `p`-tag to host the viewing key. In those cases, the `.content` MUST then be encrypted to the editing public key.
When the group of users with viewing permissions is empty, there won't be a `p`-tag to host the viewing key. In those cases, the `.content` MUST be encrypted to the editing public key.
```js
val edittingKeyPair = nostr.generateKeyPair()
val editingKeyPair = nostr.generateKeyPair()
{
"pubkey": edittingKeyPair.publicKey
"pubkey": editingKeyPair.publicKey
"kind": 3xxxx or 1xxxx,
"tags": [
["d", "<unique identifier>"]
["p", "<pubkey 1>", "<relay url>", nip44Encrypt(edittingKeyPair.privateKeyHex, edittingKeyPair.privateKey, "<pubkey 1>") ]
["p", "<pubkey 2>", "<relay url>", nip44Encrypt(edittingKeyPair.privateKeyHex, edittingKeyPair.privateKey, "<pubkey 2>") ]
["p", "<pubkey 1>", "<relay url>", nip44Encrypt(editingKeyPair.privateKeyHex, editingKeyPair.privateKey, "<pubkey 1>") ]
["p", "<pubkey 2>", "<relay url>", nip44Encrypt(editingKeyPair.privateKeyHex, editingKeyPair.privateKey, "<pubkey 2>") ]
],
"content": nip44Encrypt("some text", edittingKeyPair.privateKey, edittingKeyPair.publicKey),
"sig": signWith(edittingKeyPair.privateKey)
"content": nip44Encrypt("some text", editingKeyPair.privateKey, editingKeyPair.publicKey),
"sig": signWith(editingKeyPair.privateKey)
// ...
}
```
Similarly, when decrypting the `.content`, if the receiver client can't find a viewing key, it SHOULD use the editing key to decrypt: `nip44Decrypt(event.content, edittingKeyPair.privateKey, edittingKeyPair.publcKey)`
Similarly, if the receiving client can't find a viewing key, it SHOULD use the editing public key to decrypt: `nip44Decrypt(event.content, editingKeyPair.privateKey, editingKeyPair.publcKey)`
## Final Considerations