Contract reference

constructor(
    RailgunSmartWallet _railgun,
    IVerifier _noteRequirementsVerifier,
    address _treasury,
    uint256 _claimWindow
)

struct EntryOrder {
    address   maker;                // who submitted the order
    bytes32   mpk;                  // pool key that must be able to spend the delivered note
    TokenData makingToken;          // token wanted as a shielded note
    uint120   makingAmount;         // total note value wanted
    TokenData takingToken;          // token escrowed as payment
    uint256   takingAmount;         // total escrowed
    uint256   expiry;               // fillable before; cancellable at or after
    bytes32   listProviderPPoIKey;  // recorded and emitted; not read by the contract
    uint256   remainingAmount;      // unallocated escrow; starts at takingAmount
}
 
struct Fill {
    uint256 orderId;
    uint120 amount;      // makingToken delivered in this note
    bytes32 commitment;  // delivered note commitment
    bytes   proof;       // Noir note-requirements proof
}
 
struct PendingPayout {
    uint256 orderId;
    uint256 amount;      // takingToken owed to the filler
    address recipient;
    uint256 deadline;    // last timestamp the filler can claim
    bytes32 commitment;
    uint120 noteAmount;
}

payout = deliveredNoteAmount * order.takingAmount / order.makingAmount

event OrderCreated(uint256 indexed orderId, address indexed maker, bytes32 mpk,
                   TokenData makingToken, uint120 makingAmount, TokenData takingToken,
                   uint256 takingAmount, uint256 expiry, bytes32 listProviderPPoIKey);
event OrderCancelled(uint256 indexed orderId, address indexed maker, uint256 refundedAmount);
event OrderFilled(uint256 indexed payoutId, uint256 indexed orderId, address indexed recipient,
                  uint256 payoutAmount, uint120 noteAmount, bytes32 commitment, uint256 deadline);
event PayoutExecuted(uint256 indexed payoutId, uint256 indexed orderId, address indexed recipient,
                     uint256 payoutAmount, bytes32 commitment, bytes32 random);
event PayoutReclaimed(uint256 indexed payoutId, uint256 indexed orderId, address indexed maker,
                      uint256 amount);