@atomiqlabs/base

import { ChainSwapType } from "./ChainSwapType"; import { StorageObject } from "../storage/StorageObject"; /** * Represents full escrow swap data and parameters * * @category Chains */ export declare abstract class SwapData implements StorageObject { /** * A mapping of deserializers for different escrow swap data types coming from different smart chain implementations */ static deserializers: { [type: string]: new (serialized: any) => any; }; /** * Deserializer parsing the chain-specific escrow swap data from a JSON-compatible object representation * * @param data */ static deserialize<T extends SwapData>(data: any): T; /** * Gets the offerer, which funds the escrow */ abstract getOfferer(): string; /** * Sets the offerer to fund the escrow * * @param newOfferer */ abstract setOfferer(newOfferer: string): void; /** * Checks whether the provided address is an offerer for this escrow * * @param address */ abstract isOfferer(address: string): boolean; /** * Gets the claim, which receives funds from the escrow */ abstract getClaimer(): string; /** * Sets the claimer which receives funds from the escrow * * @param newClaimer */ abstract setClaimer(newClaimer: string): void; /** * Checks whether the provided address is a claimer for this escrow * * @param address */ abstract isClaimer(address: string): boolean; /** * @inheritDoc */ abstract serialize(): any; /** * Returns the type of this escrow */ abstract getType(): ChainSwapType; /** * Gets the amount of token deposited into the vault by the offerer */ abstract getAmount(): bigint; /** * Gets the address of the deposited token in a vault */ abstract getToken(): string; /** * Checks whether the provided token address is the actual token used by this escrow * * @param token */ abstract isToken(token: string): boolean; /** * Returns the expiration time of this escrow, after the timeout an offerer is able to refund unilaterally. * taking back funds from the escrow */ abstract getExpiry(): bigint; /** * Whether this escrow will pay out the claimer, when `true` it pays out normally to the claimer's address, when * `false` it instead keeps the funds inside the contract and assigns them to the claimer's vault inside the * contract */ abstract isPayOut(): boolean; /** * Whether this escrow will be funded from the offerer's wallet or from the offerer's vault inside the contract, * when `true` it takes funds normally from the offerer's address, when `false` it pulls the funds from the * offerer's vault inside the contract */ abstract isPayIn(): boolean; /** * Whether the outcome of this escrow should be used to track reputation of the claimer */ abstract isTrackingReputation(): boolean; /** * Returns the claim hash of the escrow, this specifies a condition that needs to be satisfied to claim * the funds from the escrow */ abstract getClaimHash(): string; /** * Returns a unique hash of this escrow */ abstract getEscrowHash(): string; /** * Returns a random variable sequence of this vault, used to ensure the escrow hash is always different */ abstract getSequence(): bigint; /** * Gets the extraneous data specified when creating this escrow, this provides helpers for 3rd party claimers */ abstract getExtraData(): string | null; /** * Retrieves required number of confirmations as a hint from the extra data provided, or `null` if no extra * data has been provided when creating the escrow */ abstract getConfirmationsHint(): number | null; /** * Retrieves the PrTLC transaction nonce as a hint from the extra data provided, or `null` if no extra * data has been provided when creating the escrow */ abstract getNonceHint(): bigint | null; /** * Retrieves the PrTLC transaction txo (transaction output) hash as a hint from the extra data provided, * or `null` if no extra data has been provided when creating the escrow */ abstract getTxoHashHint(): string | null; /** * Retrieves a hint providing an HTLC hash from the extra data provided, or `null` if no extra data * has been provided when creating the escrow */ getHTLCHashHint(): string | null; /** * Sets the extra data with hints for this escrow * * @param extraData */ abstract setExtraData(extraData: string): void; /** * Gets the security deposit, which is an amount of native tokens deposited by the caller (initiator) on * escrow initialization to guarantee the execution, this acts as a compensation for offerer if he has * to refund the escrow, otherwise it is returned back to claimer after a successful claim of the escrow */ abstract getSecurityDeposit(): bigint; /** * Gets the claimer bounty, an amount of native tokens deposited by the caller (initiator) on escrow * initialization, that is paid out to a caller which claims the escrow as a reward, otherwise * returned to the claimer if escrow is refunded */ abstract getClaimerBounty(): bigint; /** * Returns the total deposit in native token to be deposited by the caller (initiator) on escrow initialization, * due to how claimer bounty and security deposits work, this is basically a max(claimer bounty, security deposit), * because either a swap is claimed (and claimer bounty is paid) or a swap is refunded (and security deposit is paid), * never both! */ abstract getTotalDeposit(): bigint; /** * Returns the token used for the deposit (security deposit & claimer bounty) (usually a native token of the * underlying smart chain) */ abstract getDepositToken(): string; /** * Checks whether a provided token is used as a deposit token (security deposit & claimer bounty) for the escrow * * @param token */ abstract isDepositToken(token: string): boolean; /** * Checks equality between 2 swap data objects * * @param other */ abstract equals(other: SwapData): boolean; /** * Checks whether the escrow contains an execution action (swap+) */ hasSuccessAction(): boolean; /** * Returns the JSON-serialization safe representation of the underlying swap escrow struct committed (or * to-be-committed) on-chain */ getEscrowStruct(): any; }