PrimaryMarket Router

Creating/Splitting/Staking Tranches

PrimaryMarketRouter.create(address recipient, uint256 underlying, uint256 minOutQ, uint256 version) → uint256

Create QUEEN with underlying amount of underlying asset for recipient. It enforces the resulting QUEEN to be at least minOutQ and the version to be the current rebalance version.

PrimaryMarketRouter.createAndStake(uint256 underlying, uint256 minOutQ, address staking, uint256 version)

Create QUEEN with underlying amount of underlying asset and stake the QUEEN to staking contract for msg.sender. It enforces the resulting QUEEN to be at least minOutQ and the version to be the current rebalance version.

PrimaryMarketRouter.createSplitAndStake(uint256 underlying, uint256 minOutQ, address router, address quoteAddress, uint256 minLpOut, address staking, uint256 version)

Create QUEEN with underlying amount of underlying asset, split QUEEN into BISHOP and ROOK, stake the resulting BISHOP to StableSwap (found by querying router contract with BISHOP address and quoteAddress) for LP tokens. If staking is non-zero address, it further stakes the resulting ROOK to staking contract for msg.sender. It enforces the resulting LP token to be at least minLpOut and the version to be the current rebalance version.

PrimaryMarketRouter.splitAndStake(uint256 inQ, address router, address quoteAddress, uint256 minLpOut, address staking, uint256 version)

Split inQ amount of QUEEN into BISHOP and ROOK, stake the resulting BISHOP to StableSwap (found by querying router contract with BISHOP address and quoteAddress) for LP tokens. If staking is non-zero address, it further stakes the resulting ROOK to staking contract for msg.sender. It enforces the resulting LP token to be at least minLpOut and the version to be the current rebalance version.