It seems possible that the infinite-proxy implementation here could be made compliant with EIP-2535 Diamonds, Multi-Facet Proxy standard. Doing so would add the infinite-proxy implementation to the growing developer base of diamond developers, and make infinite-proxy implementations work with diamond tooling.
Specifically inifinite-proxy would need to implement the Implementation Points, which means adding an implementation contract/facet for the Loupe functions, and emitting the functions that are added/replaced/removed with the DiamondCut event. Note that the diamondCut function for upgrades defined in the standard is optional and other, different methods of upgrade, such as given in infinite-proxy are Okay, as long as the DiamondCut event is emitted, which enables interoperability for tools that show upgrade information for any diamond.
Much information about diamonds has been written and a starting point is here: https://github.com/mudgen/awesome-diamonds
It seems possible that the infinite-proxy implementation here could be made compliant with EIP-2535 Diamonds, Multi-Facet Proxy standard. Doing so would add the infinite-proxy implementation to the growing developer base of diamond developers, and make infinite-proxy implementations work with diamond tooling.
Specifically inifinite-proxy would need to implement the Implementation Points, which means adding an implementation contract/facet for the Loupe functions, and emitting the functions that are added/replaced/removed with the
DiamondCutevent. Note that thediamondCutfunction for upgrades defined in the standard is optional and other, different methods of upgrade, such as given in infinite-proxy are Okay, as long as the DiamondCut event is emitted, which enables interoperability for tools that show upgrade information for any diamond.Much information about diamonds has been written and a starting point is here: https://github.com/mudgen/awesome-diamonds