WildcatArchController.sol

The WildcatArchcontroller is the contract that determines which addresses are capable of deploying controllers (and thereafter markets through these controllers).

Controllers must be deployed through a controller factory, which must be registered with the archcontroller.

The addresses of all deployed controllers, factories and markets are logged by the archcontroller in its capacity as a registry: these are used for access control.

registerBorrower

function registerBorrower(address borrower)
  external onlyOwner;

Permits a borrower address to deploy controllers and markets.

Reverts if:

• Not called by the owner of the archcontroller.

Events:

• BorrowerAdded

removeBorrower

function removeBorrower(address borrower)
  external onlyOwner; 

Prevents a borrower address from deploying any further controllers or markets.

Reverts if:

• Not called by the owner of the archcontroller.

Events:

• BorrowerRemoved

isRegisteredBorrower

function isRegisteredBorrower(address borrower)
  external view returns (bool);

Boolean lookup for whether an address is currently a registered borrower.

getRegisteredBorrowers

function getRegisteredBorrowers() 
   external view returns (address[] memory);

function getRegisteredBorrowers(
    uint256 start,
    uint256 end
  ) external view returns (address[] memory arr);

Returns either the entire array of currently registered borrower addresses, or a slice of the array given start and end indices.

registerControllerFactory

function registerControllerFactory(address factory)
  external onlyOwner;

Registers a new market controller factory smart contract, allowing borrowers to deploy new controllers and markets through it.

Reverts if:

• The controller factory has already been registered.

Events:

• ControllerFactoryAdded

removeControllerFactory

function removeControllerFactory(address factory)
  external onlyOwner

Removes a market controller factory, preventing borrowers from deploying any further controllers and markets through it.

Reverts if:

• The controller factory address does not exist or has been removed.

Events:

• ControllerFactoryRemoved

isRegisteredControllerFactory

function isRegisteredControllerFactory(address factory)
  external view returns (bool)

getRegisteredControllerFactories

function getRegisteredControllerFactories()
  external view returns (address[] memory);
  
function getRegisteredControllerFactories(
    uint256 start,
    uint256 end
  ) external view returns (address[] memory arr);

getRegisteredControllerFactoriesCount

function getRegisteredControllerFactoriesCount()
  external view returns (uint256);

registerController

function registerController(address controller)
  external onlyControllerFactory;

removeController

function removeController(address controller)
  external onlyOwner;

isRegisteredController

function isRegisteredController(address controller)
  external view returns (bool);

getRegisteredControllers

 function getRegisteredControllers()
   external view returns (address[] memory);
   
 function getRegisteredControllers(
    uint256 start,
    uint256 end
  ) external view returns (address[] memory arr);

getRegisteredControllersCount

 function getRegisteredControllersCount()
   external view returns (uint256);

registerMarket

 function registerMarket(address market)
   external onlyController;

removeMarket

function removeMarket(address market)
  external onlyOwner;

isRegisteredMarket

function isRegisteredMarket(address market)
  external view returns (bool);

getRegisteredMarkets

 function getRegisteredMarkets()
   external view returns (address[] memory);
 
 function getRegisteredMarkets(
    uint256 start,
    uint256 end
  ) external view returns (address[] memory arr);

getRegisteredMarketsCount

 function getRegisteredMarketsCount()
   external view returns (uint256);