Overview
As a developer building a PIB token, I'd like a reference implementation, interfaces, and abstract classes so that I can quickly iterate on my dApp PIB token implementation.
Reference
Questions
- HMW scale a Shared Royalty Token and allow for virtually unlimited franchisors?
- Gas prices on transfer will likely increase drastically on
transfer function if math is in there preventing sale after a certain number
- How do we handle withdraw?
- Is there an ERC standard for handling this allowing for rounding error?
- Likely there is something to do with the first question here. 🤷♂️
- Is 721 the correct abstraction?
Assumptions
Acceptance
- Shared Royalty Token
- A Shared Royalty Token interface
ISharedRoyaltyToken
- An abstract contract SRT
AbstractSharedRoyaltyToken.
- Contains common SRT implmentations
SharedRoyaltyTokenEnumerable enumerable
- Interface
ISharedRoyaltyTokenEnumerable
- Implemented
SharedRoyaltyTokenEnumerable for extending
PIBBookendToken
- Implements abstract class and
transferPayoutByFranchisorIndex to match bookend model
Story Draft
Overview
As a developer building a PIB token, I'd like a reference implementation, interfaces, and abstract classes so that I can quickly iterate on my dApp PIB token implementation.
Reference
Questions
transferfunction if math is in there preventing sale after a certain numberAssumptions
Acceptance
ISharedRoyaltyTokenAbstractSharedRoyaltyToken.SharedRoyaltyTokenEnumerableenumerableISharedRoyaltyTokenEnumerableSharedRoyaltyTokenEnumerablefor extendingPIBBookendTokentransferPayoutByFranchisorIndexto match bookend modelStory Draft
ISharedRoyaltyToken(pib interface)ISharedRoyaltyTokenEnumerable(Enumerable interface)AbstractSharedRoyaltyTokenSharedRoyaltyTokenEnumerableSharedRoyaltyBookendToken