/* eslint-disable */

// @ts-nocheck

// This file was automatically generated by @icp-sdk/bindgen@0.3.0.
// You should NOT make any changes in this file as it will be overwritten.
// Additionally, you should also exclude this file from your linter and/or formatter to prevent it from being checked or modified.

import type { ActorMethod } from '@icp-sdk/core/agent';
import type { IDL } from '@icp-sdk/core/candid';
import type { Principal } from '@icp-sdk/core/principal';

export interface AddErc20Arg {
  'contract' : Erc20Contract,
  'ledger_init_arg' : LedgerInitArg,
}
export interface CanisterStatusResponse {
  'status' : CanisterStatusType,
  'memory_size' : bigint,
  'cycles' : bigint,
  'settings' : DefiniteCanisterSettings,
  'query_stats' : QueryStats,
  'idle_cycles_burned_per_day' : bigint,
  'module_hash' : [] | [Uint8Array],
  'reserved_cycles' : bigint,
}
export type CanisterStatusType = { 'stopped' : null } |
  { 'stopping' : null } |
  { 'running' : null };
export interface CyclesManagement {
  /**
   * Number of cycles to add to a canister managed by the orchestrator whose cycles balance is running low.
   */
  'cycles_top_up_increment' : bigint,
  /**
   * Number of cycles when creating a new ICRC1 ledger canister.
   */
  'cycles_for_ledger_creation' : bigint,
  /**
   * Number of cycles when creating a new ICRC1 archive canister.
   */
  'cycles_for_archive_creation' : bigint,
  /**
   * Number of cycles when creating a new ICRC1 index canister.
   */
  'cycles_for_index_creation' : bigint,
}
export interface DefiniteCanisterSettings {
  'freezing_threshold' : bigint,
  'controllers' : Array<Principal>,
  'reserved_cycles_limit' : bigint,
  'log_visibility' : LogVisibility,
  'wasm_memory_limit' : bigint,
  'memory_allocation' : bigint,
  'compute_allocation' : bigint,
}
export interface Erc20Contract { 'chain_id' : bigint, 'address' : string }
export interface InitArg {
  /**
   * Controls the cycles management of the canisters managed by the orchestrator.
   */
  'cycles_management' : [] | [CyclesManagement],
  /**
   * All canisters that will be spawned off by the orchestrator will be controlled by the orchestrator
   * and *additionally* by the following controllers.
   */
  'more_controller_ids' : Array<Principal>,
  /**
   * Canister ID of the minter that will be notified when new ERC-20 tokens are added.
   */
  'minter_id' : [] | [Principal],
}
export interface InstalledCanister {
  'canister_id' : Principal,
  'installed_wasm_hash' : string,
}
export interface InstalledLedgerSuite {
  /**
   * Token symbol on the ledger
   */
  'token_symbol' : string,
  /**
   * Ledger canister
   */
  'ledger' : InstalledCanister,
  /**
   * Index canister
   */
  'index' : InstalledCanister,
  /**
   * List of archive canister ids
   */
  'archives' : [] | [Array<Principal>],
}
/**
 * ICRC1 ledger initialization argument that will be used when the orchestrator spawns a new ledger canister.
 * Other fields, such as `archive_options`, needed to initialize a new ledger will be set by the orchestrator.
 */
export interface LedgerInitArg {
  'decimals' : number,
  'token_symbol' : string,
  'transfer_fee' : bigint,
  'token_logo' : string,
  'token_name' : string,
}
export interface LedgerSuiteVersion {
  /**
   * Hexadecimal encoding of the SHA2-256 archive compressed wasm hash, e.g.,
   * "e59ec306ef67d0ec2e8919e8f6366aff31c666346e238d07d52f616bef61ccab".
   */
  'archive_compressed_wasm_hash' : string,
  /**
   * Hexadecimal encoding of the SHA2-256 ledger compressed wasm hash, e.g.,
   * "3148f7a9f1b0ee39262c8abe3b08813480cf78551eee5a60ab1cf38433b5d9b0".
   * This exact version will be used to spawn off a new ledger canister when an ERC-20 token is added.
   */
  'ledger_compressed_wasm_hash' : string,
  /**
   * Hexadecimal encoding of the SHA2-256 index compressed wasm hash, e.g.,
   * "3a6d39b5e94cdef5203bca62720e75a28cd071ff434d22b9746403ac7ae59614".
   * This exact version will be used to spawn off a new index canister when an ERC-20 token is added.
   */
  'index_compressed_wasm_hash' : string,
}
export type LogVisibility = { 'controllers' : null } |
  { 'public' : null } |
  { 'allowed_viewers' : Array<Principal> };
export interface ManagedCanisterIds {
  'ledger' : [] | [Principal],
  'index' : [] | [Principal],
  'archives' : Array<Principal>,
}
export type ManagedCanisterStatus = {
    /**
     * Canister created with the given principal but wasm module is not yet installed.
     */
    'Created' : { 'canister_id' : Principal }
  } |
  {
    /**
     * Canister created and wasm module installed.
     * The wasm_hash reflects the installed wasm module by the orchestrator
     * but *may differ* from the one being currently deployed (if another controller did an upgrade)
     */
    'Installed' : { 'canister_id' : Principal, 'installed_wasm_hash' : string }
  };
export interface ManagedCanisters {
  /**
   * Corresponding ERC20 contract
   */
  'erc20_contract' : Erc20Contract,
  /**
   * Status of the ledger canister
   */
  'ledger' : [] | [ManagedCanisterStatus],
  /**
   * Status of the index canister
   */
  'index' : [] | [ManagedCanisterStatus],
  /**
   * List of archive canister ids
   */
  'archives' : Array<Principal>,
  /**
   * ckERC20 Token symbol
   */
  'ckerc20_token_symbol' : string,
}
export interface ManagedLedgerSuite {
  /**
   * Token symbol
   */
  'token_symbol' : string,
  /**
   * Status of the ledger canister
   */
  'ledger' : [] | [ManagedCanisterStatus],
  /**
   * Status of the index canister
   */
  'index' : [] | [ManagedCanisterStatus],
  /**
   * List of archive canister ids
   */
  'archives' : Array<Principal>,
}
export type OrchestratorArg = { 'UpgradeArg' : UpgradeArg } |
  { 'InitArg' : InitArg } |
  { 'AddErc20Arg' : AddErc20Arg };
export interface OrchestratorInfo {
  /**
   * Cycle management parameters.
   */
  'cycles_management' : CyclesManagement,
  /**
   * List of managed canisters data for each ERC20 contract.
   */
  'managed_canisters' : Array<ManagedCanisters>,
  /**
   * List of managed ledger suites that were not initially installed by the orchestrator.
   * Those ledger suites are *NOT* necessarily ckERC20 tokens.
   */
  'managed_pre_existing_ledger_suites' : [] | [Array<ManagedLedgerSuite>],
  /**
   * Additional controllers that new canisters will be spawned with.
   */
  'more_controller_ids' : Array<Principal>,
  /**
   * Ledger suite version that will be used to spawn off a new ledger suite (ledger and index canisters) when an ERC-20 token is added.
   */
  'ledger_suite_version' : [] | [LedgerSuiteVersion],
  /**
   * ckETH minter canister id.
   */
  'minter_id' : [] | [Principal],
}
export interface QueryStats {
  'response_payload_bytes_total' : bigint,
  'num_instructions_total' : bigint,
  'num_calls_total' : bigint,
  'request_payload_bytes_total' : bigint,
}
export interface UpdateCyclesManagement {
  /**
   * Change the number of cycles to add to a canister managed by the orchestrator whose cycles balance is running low.
   */
  'cycles_top_up_increment' : [] | [bigint],
  /**
   * Change the number of cycles when creating a new ICRC1 ledger canister.
   * Previously created canisters are not affected.
   */
  'cycles_for_ledger_creation' : [] | [bigint],
  /**
   * Change the number of cycles when creating a new ICRC1 archive canister.
   * Previously created canisters are not affected.
   */
  'cycles_for_archive_creation' : [] | [bigint],
  /**
   * Change the number of cycles when creating a new ICRC1 index canister.
   * Previously created canisters are not affected.
   */
  'cycles_for_index_creation' : [] | [bigint],
}
export interface UpgradeArg {
  /**
   * Add already installed ledger suites to the canisters managed by the orchestrator.
   * Those ledger suites are *NOT* necessarily ckERC20 tokens.
   * This assumes that the orchestrator is a controller of all the canisters in the list.
   */
  'manage_ledger_suites' : [] | [Array<InstalledLedgerSuite>],
  /**
   * Update the cycles management of the canisters managed by the orchestrator.
   */
  'cycles_management' : [] | [UpdateCyclesManagement],
  /**
   * Hexadecimal encoding of the SHA2-256 archive compressed wasm hash, e.g.,
   * "b24812976b2cc64f12faf813cf592631f3062bfda837334f77ab807361d64e82".
   * This exact version will be used for upgrading all existing archive canisters managed by the orchestrator.
   * Leaving this field empty will not upgrade the archive canisters.
   */
  'archive_compressed_wasm_hash' : [] | [string],
  /**
   * Hexadecimal encoding of the SHA-1 git commit hash used for this upgrade, e.g.,
   * "51d01d3936498d4010de54505d6433e9ad5cc62b", corresponding to a git revision in the
   * [IC repository](https://github.com/dfinity/ic).
   * If this field is present, the orchestrator will register all embedded wasms (ledger, index, and archive) in its stable memory,
   * so that those exact wasms can be used to upgrade managed canisters as specified below.
   */
  'git_commit_hash' : [] | [string],
  /**
   * Hexadecimal encoding of the SHA2-256 ledger compressed wasm hash, e.g.,
   * "3148f7a9f1b0ee39262c8abe3b08813480cf78551eee5a60ab1cf38433b5d9b0".
   * This exact version will be used for upgrading all existing ledger canisters managed by the orchestrator.
   * Leaving this field empty will not upgrade the ledger canisters.
   */
  'ledger_compressed_wasm_hash' : [] | [string],
  /**
   * Hexadecimal encoding of the SHA2-256 index compressed wasm hash, e.g.,
   * "3a6d39b5e94cdef5203bca62720e75a28cd071ff434d22b9746403ac7ae59614".
   * This exact version will be used for upgrading all existing index canisters managed by the orchestrator.
   * Leaving this field empty will not upgrade the index canisters.
   */
  'index_compressed_wasm_hash' : [] | [string],
}
export interface _SERVICE {
  /**
   * Managed canister IDs for a given ERC20 contract
   */
  'canister_ids' : ActorMethod<[Erc20Contract], [] | [ManagedCanisterIds]>,
  /**
   * Retrieve the status of the canister.
   */
  'get_canister_status' : ActorMethod<[], CanisterStatusResponse>,
  /**
   * Return internal orchestrator parameters
   */
  'get_orchestrator_info' : ActorMethod<[], OrchestratorInfo>,
}
export declare const idlService: IDL.ServiceClass;
export declare const idlInitArgs: IDL.Type[];
export declare const idlFactory: IDL.InterfaceFactory;
export declare const init: (args: { IDL: typeof IDL }) => IDL.Type[];