import { type IInst, Tag, type Expr } from '.';
export declare class Sha3 extends Tag {
    readonly offset: Expr;
    readonly size: Expr;
    readonly args?: Expr[] | undefined;
    readonly tag = "Sha3";
    constructor(offset: Expr, size: Expr, args?: Expr[] | undefined);
    eval(): Sha3;
    children(): Expr[];
}
export declare class Create extends Tag {
    readonly value: Expr;
    readonly offset: Expr;
    readonly size: Expr;
    readonly bytecode: Uint8Array | null;
    readonly tag = "Create";
    readonly type = "address";
    /**
     * Creates a new account with associated code.
     *
     * @param value Value in _wei_ to send to the new account.
     * @param offset Byte offset in the memory in bytes, the initialisation code for the new account.
     * @param size Byte size to copy (size of the initialisation code).
     * @param bytecode
     */
    constructor(value: Expr, offset: Expr, size: Expr, bytecode?: Uint8Array | null);
    eval(): Expr;
}
export declare class Call extends Tag {
    readonly gas: Expr;
    readonly address: Expr;
    readonly value: Expr;
    readonly argsStart: Expr;
    readonly argsLen: Expr;
    readonly retStart: Expr;
    readonly retLen: Expr;
    readonly tag = "Call";
    throwOnFail: boolean;
    constructor(gas: Expr, address: Expr, value: Expr, argsStart: Expr, argsLen: Expr, retStart: Expr, retLen: Expr);
    eval(): Expr;
}
export declare class ReturnData extends Tag {
    readonly retOffset: Expr;
    readonly retSize: Expr;
    readonly tag = "ReturnData";
    readonly type = "bytes";
    readonly wrapped = false;
    constructor(retOffset: Expr, retSize: Expr);
    eval(): Expr;
}
export declare class CallCode extends Tag {
    readonly gas: Expr;
    readonly address: Expr;
    readonly value: Expr;
    readonly memoryStart: Expr;
    readonly memoryLength: Expr;
    readonly outputStart: Expr;
    readonly outputLength: Expr;
    readonly tag = "CallCode";
    constructor(gas: Expr, address: Expr, value: Expr, memoryStart: Expr, memoryLength: Expr, outputStart: Expr, outputLength: Expr);
    eval(): Expr;
}
export declare class Create2 extends Tag {
    readonly offset: Expr;
    readonly size: Expr;
    readonly value: Expr;
    readonly tag = "Create2";
    constructor(offset: Expr, size: Expr, value: Expr);
    eval(): Expr;
}
export declare class StaticCall extends Tag {
    readonly gas: Expr;
    readonly address: Expr;
    readonly memoryStart: Expr;
    readonly memoryLength: Expr;
    readonly outputStart: Expr;
    readonly outputLength: Expr;
    readonly tag = "StaticCall";
    constructor(gas: Expr, address: Expr, memoryStart: Expr, memoryLength: Expr, outputStart: Expr, outputLength: Expr);
    eval(): Expr;
}
export declare class DelegateCall extends Tag {
    readonly gas: Expr;
    readonly address: Expr;
    readonly memoryStart: Expr;
    readonly memoryLength: Expr;
    readonly outputStart: Expr;
    readonly outputLength: Expr;
    readonly tag = "DelegateCall";
    constructor(gas: Expr, address: Expr, memoryStart: Expr, memoryLength: Expr, outputStart: Expr, outputLength: Expr);
    eval(): Expr;
}
export declare class Stop implements IInst {
    readonly name = "Stop";
    eval(): this;
}
export declare class Return implements IInst {
    readonly offset: Expr;
    readonly size: Expr;
    readonly args?: Expr[] | undefined;
    readonly name = "Return";
    /**
     * Exits the current context successfully.
     *
     * @param offset Byte offset in the memory in bytes, to copy what will be the return data of this context.
     * @param size Byte size to copy (size of the return data).
     * @param args
     */
    constructor(offset: Expr, size: Expr, args?: Expr[] | undefined);
    eval(): Return;
}
/**
 *
 */
export interface IReverts {
    [selector: string]: {
        /**
         *
         */
        sig?: string;
    };
}
export declare class Revert implements IInst {
    readonly offset: Expr;
    readonly size: Expr;
    readonly selector?: string | undefined;
    readonly sig?: {
        /**
         *
         */
        sig?: string;
    } | undefined;
    readonly args?: Expr[] | undefined;
    readonly name = "Revert";
    static readonly ERROR = "08c379a0";
    static readonly PANIC = "4e487b71";
    /**
     * Stop the current context execution, revert the state changes (see `STATICCALL` for a list
     * of state changing opcodes) and return the unused gas to the caller.
     *
     * It also reverts the gas refund to its value before the current context.
     * If the execution is stopped with `REVERT`, the value 0 is put on the stack of the calling context,
     * which continues to execute normally.
     * The return data of the calling context is set as the given chunk of memory of this context.
     *
     * @param offset byte offset in the memory in bytes. The return data of the calling context.
     * @param size byte size to copy (size of the return data).
     * @param args
     */
    constructor(offset: Expr, size: Expr, selector?: string | undefined, sig?: {
        /**
         *
         */
        sig?: string;
    } | undefined, args?: Expr[] | undefined);
    eval(): Revert;
    /**
     * https://docs.soliditylang.org/en/latest/control-structures.html#panic-via-assert-and-error-via-require
     */
    static isRequireOrAssert(selector: string | undefined): boolean;
    isRequireOrAssert(): boolean;
}
export declare class Invalid implements IInst {
    readonly opcode: number;
    readonly name = "Invalid";
    constructor(opcode: number);
    eval(): this;
}
export declare class SelfDestruct implements IInst {
    readonly address: Expr;
    readonly name = "SelfDestruct";
    constructor(address: Expr);
    eval(): this;
}