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Create method to stake your planets to earn reward ERC20s #28

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Gizmotronn opened this issue Jan 10, 2023 · 0 comments
Open

Create method to stake your planets to earn reward ERC20s #28

Gizmotronn opened this issue Jan 10, 2023 · 0 comments
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truffle-ganache Truffle & ganache (npm) related issues

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@Gizmotronn
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Now that users can mint planets on the frontend, let's add some staking in for when they've confirmed planets.

Linear info:
https://linear.app/star-sailors/issue/WB3-9/create-method-to-stake-your-planets-to-earn-reward-erc20s
Id: WB3-9

@Gizmotronn Gizmotronn added the truffle-ganache Truffle & ganache (npm) related issues label Jan 10, 2023
@Gizmotronn Gizmotronn self-assigned this Jan 10, 2023
Gizmotronn added a commit to Signal-K/sytizen that referenced this issue Jan 14, 2023
Also working on building out the frontend for #16 -> see Signal-K/Silfur#28 &
Signal-K/Silfur#26 & Signal-K/Silfur#24 &
Signal-K/Silfur#25 & Signal-K/Silfur#21 &
Signal-K/Silfur#22

Frontend components are being built out on the signal-k/client repo:
Signal-K/client#12

Contract: https://thirdweb.com/0xCdc5929e1158F7f0B320e3B942528E6998D8b25c/PlanetHelper, https://www.notion.so/skinetics/Sample-Planets-Contract-4c3bdcbca4b9450382f9cc4e72e081f7#73801895fc5a421bbf57801a33a775c7

Claiming mints:
```sol
function verifyClaim(
    address _claimer,
    uint256 _tokenId,
    uint256 _quantity
) public view override {
    require (_tokenId == 0, 'Only first NFT is claimable');
    require (_quantity == 1, 'Only 1 NFT can be claimed at a time');
}
```

Multitool base documentation: https://skinetics.notion.site/Planet-Mining-multitool-8310fa1cd188440688bbcc19692b3b67

Contract README:
> # Planets
>
>
> ## Confirmed Planets Contract
>
> Documentation: [https://skinetics.notion.site/Sample-Planets-Contract-4c3bdcbca4b9450382f9cc4e72e081f7](https://www.notion.so/Sample-Planets-Contract-4c3bdcbca4b9450382f9cc4e72e081f7)
>
> - User mints an anomaly that has appeared in their UI (for now, the webapp, later it will be the game as well)
> - API searches for a token that has already been lazy minted with the TIC id of the anomaly (or the identifier of the candidate)
>     - If there is a token id that has the TIC Id, then claim a copy of that to the `msg.sender` (player’s address) so they can manipulate it in-game
>     - If the TIC ID has never been minted before, lazy mint a new one with parameters fetched from the data source and send it to `msg.sender`
>     - Return the IPFS metadata
> - Add some buttons that allow manipulations for the NFT (e.g. viewing (reading) metadata (e.g. image/video files, graphs).
>     - Graphs should be generated in a Jupyter notebook and returned in the Next app.
> - User creates post (proposal [Proposal Board → Migration from Vite](https://www.notion.so/Proposal-Board-Migration-from-Vite-2e3ef95e384d4ac1875e0dbbe9a59337)) with the NFT ID for their anomaly and some extra metadata for their discoveries and proposal, and then users can vote
>
> ## Planet/Node candidates
>
> (Where node refers to any type/class/collection of object that is part of the classification process. E.g. the TESS planets collection, mining/seismic data collection, etc)
> Simple flow: Contract for unconfirmed planet → created via Deepnote flask
> Once confirmed → lazy mint on existing goerli contract
> Mining multitool helper
>
> # PlanetContractAddress
>
> Address for the collection of planets/node candidates that have been confirmed and lazy-minted.
> The process for this in the Star Sailors wrapper is as follows:
>
> 1. Player mints an anomaly, which is an ERC1155 drop that is lazy-minted. The player requests a new planet, a random TIC id is assigned, our Flask API on Deepnote searches for an NFT in the first drop with that TIC ID. If none is found, a new NFT is lazy minted on that collection with data from the Lightkurve python module.
> 2. User/Player then has a candidate (unconfirmed node object) in their wallet and on the web application frontend, they're redirected to a special planet `{...id}` page where they can interact with and view the candidate.
> 3. Once the user has made a decision as to the status of the node candidate, they then create a Proposal (first on the [threaded comments via Supabase](https://www.notion.so/Threaded-Comments-8374255ed9314473b044db150fb13c36) and then on [Lens](https://github.com/signal-k/client)). The contents of this proposal are [outlined here](https://www.notion.so/Threaded-Comments-8374255ed9314473b044db150fb13c36).
> 4. An NFT of this proposal is minted and then a new NFT is lazy minted from [this collection](notion://www.notion.so/skinetics/0xdf35Bb26d9AAD05EeC5183c6288f13c0136A7b43) (**note -> this is a demo. Will be updated). This new lazy-minted NFT will contain a link to the candidate node the proposal was created from, the proposal, and all the traits the user has filled in for the node once they have been cross-referenced with the proposal, voters and the python module that has the dataset (in this case, Lightkurve on Deepnote). This collection is the one referenced to in this contract (`planetNftCollectionAddress`). This planet can then have actions performed on it and rewards/items generated via [the minerals contract](notion://www.notion.so/skinetics/0xE938775F4ee4913470905885c9744C7FAD482991).

Threads docs: https://skinetics.notion.site/Threaded-Comments-8374255ed9314473b044db150fb13c36
Gizmotronn added a commit to Signal-K/sytizen that referenced this issue Jan 20, 2023
…pyter for matplotlib manipulations

https://www.notion.so/skinetics/January-Week-3-8dcc344a601842959a025940a90c1cc4#6b761b8a793041e1972ad2ecba5b93f0

NFT integration:
#18
#6
#1
Signal-K/Silfur#28 -> contract calls

Frontend API interaction:
#16
Signal-K/Silfur#29 -> handled with Supabase in Gizmotronn/comments@9e70ab0
Signal-K/Silfur#26
Signal-K/Silfur#25 -> starting to implement proposals board in Next with Supabase, then will build in contract calls for web3/eth interaction
Signal-K/Silfur#24
Signal-K/Silfur#22 -> minting will now be handled by a minimal UI & the API wrapper in Server/thirdweb_handler & moralis_handler
Signal-K/Silfur#21 -> custom post types and fields are in Signal-K/client@4cff28c & Signal-K/client@5ce80a5 & Signal-K/client@c950d66, so we're starting off with building it on postgres before adding Lens interactions
Signal-K/Silfur#3
Gizmotronn added a commit to Signal-K/client that referenced this issue Feb 19, 2023
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