/**
 * Actions namespace — pure calldata builders for the Vault contract.
 *
 * Each function returns the encoded calldata (or an array of calldatas for
 * composite "instant*" actions). They can be passed to `vault.multicall(...)`
 * to batch many operations into a single transaction.
 *
 * Roles are organisational (autocomplete + docs); all actions hit the same
 * underlying contract surface. The vault's `multicall` uses `delegatecall`,
 * so the caller (`msg.sender`) must hold the relevant role for each action.
 */
import type { MarketParams } from "./clients/adapters";
/**
 * An action is either a single calldata or an array of calldatas (for
 * composite actions like `instantX` which expands to `[submit(set), set]`).
 * `vault.multicall(...)` flattens arrays automatically.
 */
export type Action = string | readonly string[];
export type IdType = "this" | "collateralToken" | "this/marketParams";
/**
 * Build the `idData` blob the vault hashes to derive a cap id.
 *
 * Three flavours, matching the buckets returned by
 * `MorphoMarketV1AdapterV2.ids(marketParams)`:
 * - `this` — single-id adapters; also the adapter-wide bucket on Morpho V1
 *   (= `keccak256(abi.encode("this", adapter))`).
 * - `collateralToken` — per-collateral cap, shared across adapters/markets.
 * - `this/marketParams` — per-market cap under this adapter.
 *
 * For `this/marketParams` the contract encodes the `MarketParams` struct
 * **inline** (not bytes-wrapped); we mirror that here so the round-trip
 * `keccak256(idData(...))` matches the adapter's bucket id exactly. See
 * `idHash` below.
 */
export declare function idData(type: "this", adapter: string): string;
export declare function idData(type: "collateralToken", token: string): string;
export declare function idData(type: "this/marketParams", adapter: string, marketParams: MarketParams): string;
/**
 * Compute the bytes32 id the vault stores caps and allocations under for a
 * given `idData` flavour — i.e. `keccak256(idData(type, ...))`.
 *
 * Useful for matching vault ids against expected buckets without rebuilding
 * the encoding by hand.
 */
export declare function idHash(type: "this", adapter: string): string;
export declare function idHash(type: "collateralToken", token: string): string;
export declare function idHash(type: "this/marketParams", adapter: string, marketParams: MarketParams): string;
export type MorphoFlavour = "this" | "this/marketParams" | "collateralToken" | "unknown";
/**
 * Label a Morpho V1 vault id by which `idData` flavour produced it.
 *
 * Each match is a positive hash check against `idHash`, the single source
 * of truth for the contract-side encoding (see
 * https://docs.morpho.org/get-started/resources/contracts/morpho-market-v1-adapter-v2/).
 * Anything that doesn't match returns `unknown`, so a future 4th bucket
 * is flagged instead of silently mislabelled.
 */
export declare function classifyMorphoFlavour(id: string, adapterAddress: string, adapterId: string | undefined, marketParams: MarketParams | undefined): MorphoFlavour;
export type TimelockFunction = "abdicate" | "addAdapter" | "removeAdapter" | "increaseTimelock" | "decreaseTimelock" | "increaseAbsoluteCap" | "increaseRelativeCap" | "setIsAllocator" | "setAdapterRegistry" | "setReceiveSharesGate" | "setSendSharesGate" | "setReceiveAssetsGate" | "setSendAssetsGate" | "setPerformanceFee" | "setPerformanceFeeRecipient" | "setManagementFee" | "setManagementFeeRecipient" | "setForceDeallocatePenalty";
export declare function timelockSelector(fn: TimelockFunction): string;
/**
 * Every timelocked vault function, in declaration order. Derived from
 * `TIMELOCK_SELECTORS` so it can never drift from the selector table:
 * iterate this to read all timelock durations off a vault.
 */
export declare const TIMELOCK_FUNCTIONS: TimelockFunction[];
export declare const Actions: {
    readonly owner: {
        readonly setOwner: (newOwner: string) => string;
        readonly setCurator: (newCurator: string) => string;
        readonly setIsSentinel: (account: string, is: boolean) => string;
        readonly setName: (name: string) => string;
        readonly setSymbol: (symbol: string) => string;
    };
    readonly curator: {
        readonly submit: (inner: string) => string;
        readonly revoke: (data: string) => string;
        readonly addAdapter: (adapter: string) => string;
        readonly removeAdapter: (adapter: string) => string;
        readonly increaseAbsoluteCap: (idData: string, cap: bigint) => string;
        readonly decreaseAbsoluteCap: (idData: string, cap: bigint) => string;
        readonly increaseRelativeCap: (idData: string, cap: bigint) => string;
        readonly decreaseRelativeCap: (idData: string, cap: bigint) => string;
        readonly setIsAllocator: (account: string, is: boolean) => string;
        readonly setReceiveSharesGate: (gate: string) => string;
        readonly setSendSharesGate: (gate: string) => string;
        readonly setReceiveAssetsGate: (gate: string) => string;
        readonly setSendAssetsGate: (gate: string) => string;
        readonly setAdapterRegistry: (registry: string) => string;
        readonly setPerformanceFee: (fee: bigint) => string;
        readonly setManagementFee: (fee: bigint) => string;
        readonly setPerformanceFeeRecipient: (r: string) => string;
        readonly setManagementFeeRecipient: (r: string) => string;
        readonly setForceDeallocatePenalty: (adapter: string, penalty: bigint) => string;
        readonly increaseTimelock: (fn: TimelockFunction, duration: bigint) => string;
        readonly decreaseTimelock: (fn: TimelockFunction, duration: bigint) => string;
        readonly abdicate: (fn: TimelockFunction) => string;
        readonly instantAddAdapter: (adapter: string) => readonly [string, string];
        readonly instantRemoveAdapter: (adapter: string) => readonly [string, string];
        readonly instantIncreaseAbsoluteCap: (idData: string, cap: bigint) => readonly [string, string];
        readonly instantIncreaseRelativeCap: (idData: string, cap: bigint) => readonly [string, string];
        readonly instantSetIsAllocator: (account: string, is: boolean) => readonly [string, string];
        readonly instantSetReceiveSharesGate: (gate: string) => readonly [string, string];
        readonly instantSetSendSharesGate: (gate: string) => readonly [string, string];
        readonly instantSetReceiveAssetsGate: (gate: string) => readonly [string, string];
        readonly instantSetSendAssetsGate: (gate: string) => readonly [string, string];
        readonly instantSetAdapterRegistry: (registry: string) => readonly [string, string];
        readonly instantSetPerformanceFee: (fee: bigint) => readonly [string, string];
        readonly instantSetManagementFee: (fee: bigint) => readonly [string, string];
        readonly instantSetPerformanceFeeRecipient: (r: string) => readonly [string, string];
        readonly instantSetManagementFeeRecipient: (r: string) => readonly [string, string];
        readonly instantSetForceDeallocatePenalty: (adapter: string, penalty: bigint) => readonly [string, string];
        readonly instantIncreaseTimelock: (fn: TimelockFunction, duration: bigint) => readonly [string, string];
        readonly instantDecreaseTimelock: (fn: TimelockFunction, duration: bigint) => readonly [string, string];
    };
    readonly allocator: {
        readonly allocate: (adapter: string, data: string, assets: bigint) => string;
        readonly deallocate: (adapter: string, data: string, assets: bigint) => string;
        readonly setLiquidityAdapterAndData: (adapter: string, data: string) => string;
        readonly setMaxRate: (rate: bigint) => string;
    };
    readonly user: {
        readonly deposit: (assets: bigint, onBehalf: string) => string;
        readonly mint: (shares: bigint, onBehalf: string) => string;
        readonly withdraw: (assets: bigint, receiver: string, onBehalf: string) => string;
        readonly redeem: (shares: bigint, receiver: string, onBehalf: string) => string;
        readonly transfer: (to: string, shares: bigint) => string;
        readonly transferFrom: (from: string, to: string, shares: bigint) => string;
        readonly approve: (spender: string, shares: bigint) => string;
        readonly permit: (owner: string, spender: string, shares: bigint, deadline: bigint, v: number, r: string, s: string) => string;
        readonly forceDeallocate: (adapter: string, data: string, assets: bigint, onBehalf: string) => string;
        readonly accrueInterest: () => string;
    };
};
/**
 * Flatten an array of actions (which may contain string or string[]) into
 * a flat string[] suitable for the contract's `multicall(bytes[])` arg.
 */
export declare function flattenActions(actions: readonly Action[]): string[];