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Update nip-did-name.md
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@ -19,7 +19,7 @@ Consider the following event:
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{
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"pubkey": "npub1p0ew5ln6hq4c20l7zftkwyrnn03php05zl8aydntugg74cu8m28sfk25c6",
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"kind": 0,
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"content": "{\"nipdid\": \"nostr.bit\"}"
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"content": "{\"nipdid\": [\"nostr.bit\"]}"
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}
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```
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@ -50,6 +50,19 @@ For example, if a user clicks a button to follow the profile of `nostr.bit`, whi
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### User set public keys can either be in `NIP-19` npub format or hex format
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Most user can only get their public key in `NIP-19` npub format, so it is difficult to force them to use hex format public key. So we should allow users to set their public key innpub format. As a result, client should consider both hex-format and `NIP-19` format when comparing the value.
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### The value of `nipdid` key is array instead of string
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In an ideal scenario, we should use a single DID name to handle all situations. However, from a practical perspective, many of us will have multiple DID names. Also, considering forward compatibility, the value of 'nipdid' should be an array of string instead of a single string. Currently, the client-side should always take the first string as the primary DID name.
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### The key of 'nipdid' has a higher priority than 'nip05'.
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This is because the authenticity and uniqueness of the DID name are guaranteed by a decentralized network, while the name in NIP-05 is issued by a centralized server, making it relatively less trustworthy than the DID name.
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Therefore, when the user sets both NIP-DID and NIP-05, the client should prioritize the valid NIP-DID field and then use the NIP-05 field.
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### Keys for Nostr in DID Names
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By default, the key of Nostr public key stored in the DID name records should be `nostr`. However, since different DID names have different data storage methods, here are the relevant keys specified:
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- ENS: `nostr`
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- .bit: `profile.nostr`
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- Unstoppable Domain: `nostr`
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- Solana Name Service: `nostr`
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## Terminology
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@ -58,7 +71,7 @@ When different people talk about DID, they are actually referring to different t
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The DID and DID name that we mention here are decentralized, human-readable, and formally similar to domain names.
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Popular DIDs include `.bit`, `ENS`, `Unstoppable Domain`, `SpaceID`, `Bonfida`, etc.
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Popular DIDs include `ENS`, `.bit`, `Unstoppable Domain`, `Bonfida`, etc.
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Each DID has a different suffix. For example, .bit's suffix is directly `.bit`, ENS's suffix is `.eth`, and Bonfida's suffix is `.sol`. Clients can support one or more suffixes (DID) based on their own scenarios.
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@ -66,7 +79,15 @@ Each DID has a different suffix. For example, .bit's suffix is directly `.bit`,
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### DID Data Provider
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The DID Data Provider is responsible for providing the resolution of DID data. Its possible forms include blockchain nodes, specialized service providers, SDKs, etc.
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The Data Provider can support one or more suffixes(DID names) according to their type and purpose.
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It can be a single purpose service resolving only one suffixes. It can also be a unified service resolving all the DID names.
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Here are 2 example of possible Data Providers:
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**SDK for JavaScript Client**
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- [AllDID](https://github.com/dotbitHQ/AllDID)
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**HTTP API**
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- [AllDID-API](https://github.com/dotbitHQ/AllDID-api)
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### SubDID
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