import * as $ from '@manahippo/move-to-ts';
import { AptosDataCache, AptosParserRepo, AptosLocalCache } from '@manahippo/move-to-ts';
import { U8, U64, U128 } from '@manahippo/move-to-ts';
import { TypeParamDeclType, FieldDeclType } from '@manahippo/move-to-ts';
import { StructTag, TypeTag } from '@manahippo/move-to-ts';
import { HexString, AptosClient } from 'aptos';
import * as Stdlib from '../stdlib';
export declare const packageName = "Econia";
export declare const moduleAddress: HexString;
export declare const moduleName = "avl_queue";
export declare const ASCENDING: boolean;
export declare const BITS_PER_BYTE: U8;
export declare const BIT_FLAG_ASCENDING: U8;
export declare const BIT_FLAG_TREE_NODE: U8;
export declare const DECREMENT: boolean;
export declare const DESCENDING: boolean;
export declare const E_EVICT_EMPTY: U64;
export declare const E_EVICT_NEW_TAIL: U64;
export declare const E_INSERTION_KEY_TOO_LARGE: U64;
export declare const E_INVALID_HEIGHT: U64;
export declare const E_TOO_MANY_LIST_NODES: U64;
export declare const E_TOO_MANY_TREE_NODES: U64;
export declare const HI_128: U128;
export declare const HI_64: U64;
export declare const HI_BIT: U8;
export declare const HI_BYTE: U64;
export declare const HI_HEIGHT: U8;
export declare const HI_INSERTION_KEY: U64;
export declare const HI_NODE_ID: U64;
export declare const INCREMENT: boolean;
export declare const LEFT: boolean;
export declare const MAX_HEIGHT: U8;
export declare const NIL: U8;
export declare const N_NODES_MAX: U64;
export declare const PREDECESSOR: boolean;
export declare const RIGHT: boolean;
export declare const SHIFT_ACCESS_LIST_NODE_ID: U8;
export declare const SHIFT_ACCESS_SORT_ORDER: U8;
export declare const SHIFT_ACCESS_TREE_NODE_ID: U8;
export declare const SHIFT_CHILD_LEFT: U8;
export declare const SHIFT_CHILD_RIGHT: U8;
export declare const SHIFT_HEAD_KEY: U8;
export declare const SHIFT_HEAD_NODE_ID: U8;
export declare const SHIFT_HEIGHT_LEFT: U8;
export declare const SHIFT_HEIGHT_RIGHT: U8;
export declare const SHIFT_INSERTION_KEY: U8;
export declare const SHIFT_LIST_HEAD: U8;
export declare const SHIFT_LIST_STACK_TOP: U8;
export declare const SHIFT_LIST_TAIL: U8;
export declare const SHIFT_NODE_TYPE: U8;
export declare const SHIFT_PARENT: U8;
export declare const SHIFT_SORT_ORDER: U8;
export declare const SHIFT_TAIL_KEY: U8;
export declare const SHIFT_TAIL_NODE_ID: U8;
export declare const SHIFT_TREE_STACK_TOP: U8;
export declare const SUCCESSOR: boolean;
export declare class AVLqueue {
    typeTag: TypeTag;
    static moduleAddress: HexString;
    static moduleName: string;
    __app: $.AppType | null;
    static structName: string;
    static typeParameters: TypeParamDeclType[];
    static fields: FieldDeclType[];
    bits: U128;
    root_lsbs: U8;
    tree_nodes: Stdlib.Table_with_length.TableWithLength;
    list_nodes: Stdlib.Table_with_length.TableWithLength;
    values: Stdlib.Table.Table;
    constructor(proto: any, typeTag: TypeTag);
    static AVLqueueParser(data: any, typeTag: TypeTag, repo: AptosParserRepo): AVLqueue;
    static makeTag($p: TypeTag[]): StructTag;
    loadFullState(app: $.AppType): Promise<void>;
}
export declare class ListNode {
    typeTag: TypeTag;
    static moduleAddress: HexString;
    static moduleName: string;
    __app: $.AppType | null;
    static structName: string;
    static typeParameters: TypeParamDeclType[];
    static fields: FieldDeclType[];
    last_msbs: U8;
    last_lsbs: U8;
    next_msbs: U8;
    next_lsbs: U8;
    constructor(proto: any, typeTag: TypeTag);
    static ListNodeParser(data: any, typeTag: TypeTag, repo: AptosParserRepo): ListNode;
    static getTag(): StructTag;
    loadFullState(app: $.AppType): Promise<void>;
}
export declare class TreeNode {
    typeTag: TypeTag;
    static moduleAddress: HexString;
    static moduleName: string;
    __app: $.AppType | null;
    static structName: string;
    static typeParameters: TypeParamDeclType[];
    static fields: FieldDeclType[];
    bits: U128;
    constructor(proto: any, typeTag: TypeTag);
    static TreeNodeParser(data: any, typeTag: TypeTag, repo: AptosParserRepo): TreeNode;
    static getTag(): StructTag;
    loadFullState(app: $.AppType): Promise<void>;
}
export declare function borrow_(avlq_ref: AVLqueue, access_key: U64, $c: AptosDataCache, $p: TypeTag[]): any;
export declare function borrow_head_(avlq_ref: AVLqueue, $c: AptosDataCache, $p: TypeTag[]): any;
export declare function borrow_head_mut_(avlq_ref_mut: AVLqueue, $c: AptosDataCache, $p: TypeTag[]): any;
export declare function borrow_mut_(avlq_ref_mut: AVLqueue, access_key: U64, $c: AptosDataCache, $p: TypeTag[]): any;
export declare function borrow_tail_(avlq_ref: AVLqueue, $c: AptosDataCache, $p: TypeTag[]): any;
export declare function borrow_tail_mut_(avlq_ref_mut: AVLqueue, $c: AptosDataCache, $p: TypeTag[]): any;
export declare function contains_active_list_node_id_(avlq_ref: AVLqueue, access_key: U64, $c: AptosDataCache, $p: TypeTag[]): boolean;
export declare function get_access_key_insertion_key_(access_key: U64, $c: AptosDataCache): U64;
export declare function get_head_key_(avlq_ref: AVLqueue, $c: AptosDataCache, $p: TypeTag[]): Stdlib.Option.Option;
export declare function get_height_(avlq_ref: AVLqueue, $c: AptosDataCache, $p: TypeTag[]): Stdlib.Option.Option;
export declare function get_tail_key_(avlq_ref: AVLqueue, $c: AptosDataCache, $p: TypeTag[]): Stdlib.Option.Option;
export declare function has_key_(avlq_ref: AVLqueue, key: U64, $c: AptosDataCache, $p: TypeTag[]): boolean;
export declare function insert_(avlq_ref_mut: AVLqueue, key: U64, value: any, $c: AptosDataCache, $p: TypeTag[]): U64;
export declare function insert_check_eviction_(avlq_ref_mut: AVLqueue, key: U64, value: any, critical_height: U8, $c: AptosDataCache, $p: TypeTag[]): [U64, U64, Stdlib.Option.Option];
export declare function insert_check_head_tail_(avlq_ref_mut: AVLqueue, key: U64, list_node_id: U64, $c: AptosDataCache, $p: TypeTag[]): void;
export declare function insert_evict_tail_(avlq_ref_mut: AVLqueue, key: U64, value: any, $c: AptosDataCache, $p: TypeTag[]): [U64, U64, any];
export declare function insert_list_node_(avlq_ref_mut: AVLqueue, anchor_tree_node_id: U64, value: any, $c: AptosDataCache, $p: TypeTag[]): U64;
export declare function insert_list_node_assign_fields_(avlq_ref_mut: AVLqueue, last: U64, next: U64, value: any, $c: AptosDataCache, $p: TypeTag[]): U64;
export declare function insert_list_node_get_last_next_(avlq_ref: AVLqueue, anchor_tree_node_id: U64, $c: AptosDataCache, $p: TypeTag[]): [U64, U64];
export declare function insert_tree_node_(avlq_ref_mut: AVLqueue, key: U64, parent: U64, solo_node_id: U64, new_leaf_side: Stdlib.Option.Option, $c: AptosDataCache, $p: TypeTag[]): U64;
export declare function insert_tree_node_update_parent_edge_(avlq_ref_mut: AVLqueue, tree_node_id: U64, parent: U64, new_leaf_side: Stdlib.Option.Option, $c: AptosDataCache, $p: TypeTag[]): void;
export declare function is_ascending_(avlq_ref: AVLqueue, $c: AptosDataCache, $p: TypeTag[]): boolean;
export declare function is_ascending_access_key_(access_key: U64, $c: AptosDataCache): boolean;
export declare function is_empty_(avlq_ref: AVLqueue, $c: AptosDataCache, $p: TypeTag[]): boolean;
export declare function is_local_tail_(avlq_ref: AVLqueue, access_key: U64, $c: AptosDataCache, $p: TypeTag[]): boolean;
export declare function new___(sort_order: boolean, n_inactive_tree_nodes: U64, n_inactive_list_nodes: U64, $c: AptosDataCache, $p: TypeTag[]): AVLqueue;
export declare function pop_head_(avlq_ref_mut: AVLqueue, $c: AptosDataCache, $p: TypeTag[]): any;
export declare function pop_tail_(avlq_ref_mut: AVLqueue, $c: AptosDataCache, $p: TypeTag[]): any;
export declare function remove_(avlq_ref_mut: AVLqueue, access_key: U64, $c: AptosDataCache, $p: TypeTag[]): any;
export declare function remove_list_node_(avlq_ref_mut: AVLqueue, list_node_id: U64, $c: AptosDataCache, $p: TypeTag[]): [any, Stdlib.Option.Option, Stdlib.Option.Option];
export declare function remove_list_node_update_edges_(avlq_ref_mut: AVLqueue, last: U64, next: U64, last_is_tree: boolean, next_is_tree: boolean, last_node_id: U64, next_node_id: U64, $c: AptosDataCache, $p: TypeTag[]): [Stdlib.Option.Option, Stdlib.Option.Option];
export declare function remove_tree_node_(avlq_ref_mut: AVLqueue, node_x_id: U64, $c: AptosDataCache, $p: TypeTag[]): void;
export declare function remove_tree_node_follow_up_(avlq_ref_mut: AVLqueue, node_x_id: U64, node_x_parent: U64, new_subtree_root: U64, retrace_node_id: U64, retrace_side: boolean, $c: AptosDataCache, $p: TypeTag[]): void;
export declare function remove_tree_node_with_children_(avlq_ref_mut: AVLqueue, node_x_height_left: U8, node_x_height_right: U8, node_x_parent: U64, node_l_id: U64, node_r_id: U64, $c: AptosDataCache, $p: TypeTag[]): [U64, U64, boolean];
export declare function remove_update_head_(avlq_ref_mut: AVLqueue, new_list_head: U64, ascending: boolean, tree_node_id: U64, $c: AptosDataCache, $p: TypeTag[]): void;
export declare function remove_update_tail_(avlq_ref_mut: AVLqueue, new_list_tail: U64, ascending: boolean, tree_node_id: U64, $c: AptosDataCache, $p: TypeTag[]): void;
export declare function retrace_(avlq_ref_mut: AVLqueue, node_id: U64, operation: boolean, side: boolean, $c: AptosDataCache, $p: TypeTag[]): void;
export declare function retrace_prep_iterate_(avlq_ref_mut: AVLqueue, parent_id: U64, node_id: U64, new_subtree_root: U64, height: U8, height_old: U8, $c: AptosDataCache, $p: TypeTag[]): [TreeNode, boolean, boolean, U8];
export declare function retrace_rebalance_(avlq_ref_mut: AVLqueue, node_x_id: U64, node_z_id: U64, node_x_left_heavy: boolean, $c: AptosDataCache, $p: TypeTag[]): [U64, U8];
export declare function retrace_rebalance_rotate_left_(avlq_ref_mut: AVLqueue, node_x_id: U64, node_z_id: U64, tree_2_id: U64, node_z_height_left: U8, $c: AptosDataCache, $p: TypeTag[]): [U64, U8];
export declare function retrace_rebalance_rotate_left_right_(avlq_ref_mut: AVLqueue, node_x_id: U64, node_z_id: U64, node_y_id: U64, node_z_height_left: U8, $c: AptosDataCache, $p: TypeTag[]): [U64, U8];
export declare function retrace_rebalance_rotate_right_(avlq_ref_mut: AVLqueue, node_x_id: U64, node_z_id: U64, tree_2_id: U64, node_z_height_right: U8, $c: AptosDataCache, $p: TypeTag[]): [U64, U8];
export declare function retrace_rebalance_rotate_right_left_(avlq_ref_mut: AVLqueue, node_x_id: U64, node_z_id: U64, node_y_id: U64, node_z_height_right: U8, $c: AptosDataCache, $p: TypeTag[]): [U64, U8];
export declare function retrace_update_heights_(node_ref_mut: TreeNode, side: boolean, operation: boolean, delta: U8, $c: AptosDataCache): [U8, U8, U8, U8];
export declare function search_(avlq_ref: AVLqueue, seed_key: U64, $c: AptosDataCache, $p: TypeTag[]): [U64, Stdlib.Option.Option];
export declare function traverse_(avlq_ref: AVLqueue, start_node_id: U64, target: boolean, $c: AptosDataCache, $p: TypeTag[]): [U64, U64, U64];
export declare function would_update_head_(avlq_ref: AVLqueue, key: U64, $c: AptosDataCache, $p: TypeTag[]): boolean;
export declare function would_update_tail_(avlq_ref: AVLqueue, key: U64, $c: AptosDataCache, $p: TypeTag[]): boolean;
export declare function loadParsers(repo: AptosParserRepo): void;
export declare class App {
    client: AptosClient;
    repo: AptosParserRepo;
    cache: AptosLocalCache;
    constructor(client: AptosClient, repo: AptosParserRepo, cache: AptosLocalCache);
    get moduleAddress(): HexString;
    get moduleName(): string;
    get AVLqueue(): typeof AVLqueue;
    get ListNode(): typeof ListNode;
    get TreeNode(): typeof TreeNode;
}
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