Channel Payload Specs
Creating a channel requires sending a JSON payload containing information about the channel to a decentralized storage. This JSON payload is uploaded to a decentralized storage solution (IPFS at the time of writing) which is emitted on chain to ensure that channel meta data can be constructed from the said decentralized storage.
Uploading the payload is easily taken care by our dApp or any frontend solutions. While provisions to do it on smart contract directly exists (with pre-filled IPFS hash), it's recommended to do it on frontend due to it being a one time process.

Channel JSON Payload

Parameter
Description
name
Your Channel name (Recommended Limit: 40 Chars)
info
Short Description of your channel (Recommended Limit: 240 Chars)
url
Your Channel's website (Recommended Limit: 160 Chars)
icon
Base64 encoded image (Recommended Limit 128x128)

Example

1
{
2
"name": "ENS (Ethereum Name Service)",
3
"info": "ENS offers a secure & decentralised way to address resources both on and off the blockchain using simple, human-readable names.",
4
"url": "https://ens.domains/",
5
"icon": "data:image/png;base64,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"
6
}
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The hash / pointer of the payload is recorded on-chain along with the payload type. This payload type defines how to interpret what storage solution is used and how to retrieve its content on frontend.
Last modified 1yr ago