AbstractBatchController

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Functions:

• setBatchStorage()

• pause()

• unpause()

• grantClientAccess()

• acceptClientAccess()

• setStaking()

• setSlippage()

• setProcessingThreshold()

• depositForMint()

• depositForRedeem()

• withdrawFromBatch()

• withdrawFromBatch()

• claimAndStake()

• claimForAndStake()

• claim()

• moveUnclaimedIntoCurrentBatch()

Events:

• ProcessingThresholdUpdated

• SlippageUpdated

• StakingUpdated

• WithdrawnFromBatch

• Claimed

• Deposit

• DepositedUnclaimedSetTokenForRedeem

• Withdrawal

Graphs:

• Dependency Graph

• Inheritance Graph

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Function Definitions:

setBatchStorage()

setBatchStorage(contract AbstractBatchStorage _address) external 

All function with the modifer whenNotPaused cant be called anymore. Namly deposits and mint/redeem

pause()

pause() external 

All function with the modifer whenNotPaused cant be called anymore. Namly deposits and mint/redeem

unpause()

unpause() external 

All function with the modifer whenNotPaused cant be called anymore. Namly deposits and mint/redeem

grantClientAccess()

grantClientAccess(address newClient) external 

acceptClientAccess()

acceptClientAccess(address owner) external 

setStaking()

setStaking(address _staking) external 

setSlippage()

setSlippage(uint256 _mintSlippage, uint256 _redeemSlippage) external 

Parameter Name	Type	Description
_mintSlippage	uint256	amount in bps (e.g. 50 = 0.5%)
_redeemSlippage	uint256	amount in bps (e.g. 50 = 0.5%)

setProcessingThreshold()

setProcessingThreshold(uint256 _cooldown, uint256 _mintThreshold, uint256 _redeemThreshold) external 

The cooldown is the same for redeem and mint batches

Parameter Name	Type	Description
_cooldown	uint256	Cooldown in seconds
_mintThreshold	uint256	Amount of MIM necessary to mint immediately
_redeemThreshold	uint256	Amount of 3X necessary to mint immediately

depositForMint()

depositForMint(uint256 amount, address depositFor) external 

Parameter Name	Type	Description
amount	uint256	Amount of DAI to use for minting
depositFor	address	User that gets the shares attributed to (for use in zapper contract)

depositForRedeem()

depositForRedeem(uint256 amount) external 

Parameter Name	Type	Description
amount	uint256	amount of 3X to be redeemed

withdrawFromBatch()

withdrawFromBatch(bytes32 _batchId, uint256 _amountToWithdraw, address _withdrawFor, address _recipient) external  returns (uint256)

Parameter Name	Type	Description
_batchId	bytes32	From which batch should funds be withdrawn from
_amountToWithdraw	uint256	Amount of 3X or DAI to be withdrawn from the queue (depending on mintBatch / redeemBatch)
_withdrawFor	address	User that gets the shares attributed to (for use in zapper contract)

withdrawFromBatch()

withdrawFromBatch(bytes32 _batchId, uint256 _amountToWithdraw, address _withdrawFor) external  returns (uint256)

Parameter Name	Type	Description
_batchId	bytes32	From which batch should funds be withdrawn from
_amountToWithdraw	uint256	Amount of 3X or DAI to be withdrawn from the queue (depending on mintBatch / redeemBatch)
_withdrawFor	address	User that gets the shares attributed to (for use in zapper contract)

claimAndStake()

claimAndStake(bytes32 _batchId) external 

Parameter Name	Type	Description
_batchId	bytes32	Id of batch to claim from

claimForAndStake()

claimForAndStake(bytes32 _batchId, address _claimFor) public 

claim()

claim(bytes32 batchId, address _claimFor) external  returns (uint256)

Parameter Name	Type	Description
batchId	bytes32	Id of batch to claim from
_claimFor	address	User that gets the shares attributed to (for use in zapper contract)

moveUnclaimedIntoCurrentBatch()

moveUnclaimedIntoCurrentBatch(bytes32[] batchIds, uint256[] shares, bool mint) external 

Since our output token is not the same as our input token we would need to swap the output token via 2 hops into out input token. If we want to do so id prefer to create a second function to do so as it would also require a slippage parameter and the swapping logic

Parameter Name	Type	Description
batchIds	bytes32[]	the ids of each batch where targetToken should be moved from
shares	uint256[]	how many shares should be claimed in each of the batches
mint	bool	should move token into the currentMintBatch vs currentRedeemBatch

Events

ProcessingThresholdUpdated

ProcessingThresholdUpdated(struct AbstractBatchController.ProcessingThreshold prevThreshold, struct AbstractBatchController.ProcessingThreshold newTreshold)

SlippageUpdated

SlippageUpdated(struct AbstractBatchController.Slippage prev, struct AbstractBatchController.Slippage current)

StakingUpdated

StakingUpdated(address beforeAddress, address afterAddress)

WithdrawnFromBatch

WithdrawnFromBatch(bytes32 batchId, uint256 amount, address to)

Claimed

Claimed(address account, enum BatchType batchType, uint256 shares, uint256 claimedToken)

Deposit

Deposit(address from, uint256 deposit)

DepositedUnclaimedSetTokenForRedeem

DepositedUnclaimedSetTokenForRedeem(uint256 amount, address account)

Withdrawal

Withdrawal(address to, uint256 amount)

Graphs

Dependency Graph

Dependency Graph

Inheritance Graph

Inheritance Graph