/**
 * pop org audit-vetoken — on-chain veToken top-holder probe.
 *
 * Task #383 (HB#442). Closes the methodology gap surfaced in HB#441 when
 * reading argus_prime's Curve DAO audit (task #380, reports/audits/curve-dao.md):
 *
 * The Capture Cluster v1.2 identifies that our Snapshot-based top-voter-share
 * numbers for veToken protocols (Curve, Balancer, Frax, Convex, Beethoven X,
 * Kwenta, likely Prisma / 1inch) are measuring off-chain signaling votes, NOT
 * the binding on-chain veCRV-weighted decisions. The real voter population
 * lives in the VotingEscrow contract: holders hold time-locked positions
 * whose balanceOf() returns a linearly-decaying current voting power. This
 * command reads those balances directly.
 *
 * MVP scope:
 *   - Takes a VotingEscrow address + a list of candidate holder addresses
 *   - Reads balanceOf(holder) for each + totalSupply() for the denominator
 *   - Reports top-N ranked by current veBalance + share-of-supply percentages
 *   - --json output mirrors the AUDIT_DB row shape for downstream consumption
 *
 * Explicitly NOT in this MVP:
 *   - Event-based enumeration of ALL historical holders (paginated getLogs)
 *     — out of scope for the 3h task, flagged as a follow-up. The operator
 *     provides the candidate list for now. Fetching top holders from a block
 *     explorer or the-graph is a separate enhancement.
 *   - GaugeController gauge-weight vote enumeration — this is just the
 *     balance read, not the vote direction. Richer per-proposal data is a
 *     separate follow-up task.
 *   - All-chain support beyond Ethereum mainnet. Curve + Balancer + Frax
 *     all run their VotingEscrow on mainnet, so this is sufficient for the
 *     cluster entries; L2 veToken forks would need their own --chain flag.
 *
 * Usage:
 *
 *   pop org audit-vetoken \
 *     --escrow 0x5f3b5DfEb7B28CDbD7FAba78963EE202a494e2A2 \
 *     --holders 0x989a...,0x7a16...,0xe3c4... \
 *     [--top 10] [--chain 1] [--json]
 *
 * Dogfood against Curve VotingEscrow (mainnet addresses from
 * reports/audits/curve-dao.md) is the acceptance test.
 */
import type { Argv, ArgumentsCamelCase } from 'yargs';
interface AuditVetokenArgs {
    escrow: string;
    holders?: string;
    enumerate?: boolean;
    'enumerate-transfers'?: boolean;
    'verify-top-holder'?: boolean;
    underlying?: string;
    'from-block'?: number;
    'to-block'?: number;
    chunk?: number;
    top?: number;
    chain?: number;
    rpc?: string;
    json?: boolean;
}
export declare const auditVetokenHandler: {
    builder: (yargs: Argv) => Argv<{
        escrow: string;
    } & {
        holders: string | undefined;
    } & {
        enumerate: boolean;
    } & {
        "enumerate-transfers": boolean;
    } & {
        underlying: string | undefined;
    } & {
        "from-block": number | undefined;
    } & {
        "to-block": number | undefined;
    } & {
        chunk: number;
    } & {
        top: number;
    } & {
        chain: number;
    } & {
        rpc: string | undefined;
    }>;
    handler: (argv: ArgumentsCamelCase<AuditVetokenArgs>) => Promise<void>;
};
export {};