// Auto-generated via `yarn polkadot-types-from-chain`, do not edit
/* eslint-disable */

// import type lookup before we augment - in some environments
// this is required to allow for ambient/previous definitions
import '@pezkuwi/api-base/types/storage';

import type { ApiTypes, AugmentedQuery, QueryableStorageEntry } from '@pezkuwi/api-base/types';
import type { BTreeMap, BTreeSet, Bytes, Null, Option, Struct, U8aFixed, Vec, bool, u128, u16, u32, u64, u8 } from '@pezkuwi/types-codec';
import type { AnyNumber, ITuple } from '@pezkuwi/types-codec/types';
import type { AccountId32, H160, H256, Perbill, Percent } from '@pezkuwi/types/interfaces/runtime';
import type { AssetHubDicleRuntimeRuntimeParametersKey, AssetHubDicleRuntimeRuntimeParametersValue, AssetHubDicleRuntimeSessionKeys, AssetHubDicleRuntimeStakingNposCompactSolution24, BpXcmBridgeHubRouterBridgeState, PezcumulusPezpalletTeyrchainSystemRelayStateSnapshotMessagingStateSnapshot, PezcumulusPezpalletTeyrchainSystemTeyrchainInherentInboundMessageId, PezcumulusPezpalletTeyrchainSystemUnincludedSegmentAncestor, PezcumulusPezpalletTeyrchainSystemUnincludedSegmentSegmentTracker, PezcumulusPezpalletXcmpQueueOutboundChannelDetails, PezcumulusPezpalletXcmpQueueQueueConfigData, PezcumulusPrimitivesCoreAggregateMessageOrigin, PezframeElectionProviderSupportBoundedSupports, PezframeSupportDispatchPerDispatchClassWeight, PezframeSupportTokensMiscIdAmountRuntimeFreezeReason, PezframeSupportTokensMiscIdAmountRuntimeHoldReason, PezframeSystemAccountInfo, PezframeSystemCodeUpgradeAuthorization, PezframeSystemEventRecord, PezframeSystemLastRuntimeUpgradeInfo, PezframeSystemPhase, PezkuwiCorePrimitivesOutboundHrmpMessage, PezkuwiPrimitivesV8AbridgedHostConfiguration, PezkuwiPrimitivesV8PersistedValidationData, PezkuwiPrimitivesV8UpgradeGoAhead, PezkuwiPrimitivesV8UpgradeRestriction, PezkuwiRuntimeCommonClaimsEthereumAddress, PezkuwiRuntimeCommonClaimsStatementKind, PezkuwiRuntimeCommonImplsVersionedLocatableAsset, PezpalletAhMigratorBalancesBefore, PezpalletAhMigratorMigrationStage, PezpalletAssetConversionPoolInfo, PezpalletAssetsApproval, PezpalletAssetsAssetAccount, PezpalletAssetsAssetDetails, PezpalletAssetsAssetMetadata, PezpalletBagsListListBag, PezpalletBagsListListNode, PezpalletBalancesAccountData, PezpalletBalancesBalanceLock, PezpalletBalancesReserveData, PezpalletBountiesBounty, PezpalletChildBountiesChildBounty, PezpalletCollatorSelectionCandidateInfo, PezpalletConvictionVotingVoteVoting, PezpalletDelegatedStakingAgentLedger, PezpalletDelegatedStakingDelegation, PezpalletElectionProviderMultiBlockPhase, PezpalletElectionProviderMultiBlockSignedSubmissionMetadata, PezpalletElectionProviderMultiBlockVerifierImplsPartialBackings, PezpalletElectionProviderMultiBlockVerifierImplsStatus, PezpalletElectionProviderMultiBlockVerifierImplsValidSolution, PezpalletMessageQueueBookState, PezpalletMessageQueuePage, PezpalletMigrationsMigrationCursor, PezpalletMultisigMultisig, PezpalletNftFractionalizationDetails, PezpalletNftsAttributeDeposit, PezpalletNftsAttributeNamespace, PezpalletNftsCollectionConfig, PezpalletNftsCollectionDetails, PezpalletNftsCollectionMetadata, PezpalletNftsItemConfig, PezpalletNftsItemDetails, PezpalletNftsItemMetadata, PezpalletNftsPendingSwap, PezpalletNominationPoolsBondedPoolInner, PezpalletNominationPoolsClaimPermission, PezpalletNominationPoolsPoolMember, PezpalletNominationPoolsRewardPool, PezpalletNominationPoolsSubPools, PezpalletPreimageOldRequestStatus, PezpalletPreimageRequestStatus, PezpalletProxyAnnouncement, PezpalletProxyProxyDefinitionAssetHubDicleRuntimeProxyType, PezpalletRcMigratorAccountsAccount, PezpalletRcMigratorQueuePriority, PezpalletRecoveryActiveRecovery, PezpalletRecoveryRecoveryConfig, PezpalletReferendaReferendumInfoOriginCaller, PezpalletReviveStorageAccountInfo, PezpalletReviveStorageDeletionQueueManager, PezpalletReviveVmCodeInfo, PezpalletSchedulerRetryConfig, PezpalletSchedulerScheduled, PezpalletSocietyBid, PezpalletSocietyCandidacy, PezpalletSocietyGroupParams, PezpalletSocietyIntakeRecord, PezpalletSocietyMemberRecord, PezpalletSocietyPayoutRecord, PezpalletSocietyTally, PezpalletSocietyVote, PezpalletStakingAsyncActiveEraInfo, PezpalletStakingAsyncEraRewardPoints, PezpalletStakingAsyncForcing, PezpalletStakingAsyncLedgerStakingLedger, PezpalletStakingAsyncNominations, PezpalletStakingAsyncPezpalletBoundedExposurePage, PezpalletStakingAsyncPezpalletPruningStep, PezpalletStakingAsyncRcClientSessionReport, PezpalletStakingAsyncRcClientValidatorSetReport, PezpalletStakingAsyncRewardDestination, PezpalletStakingAsyncSlashingOffenceRecord, PezpalletStakingAsyncSnapshotStatus, PezpalletStakingAsyncUnappliedSlash, PezpalletStakingAsyncValidatorPrefs, PezpalletStateTrieMigrationMigrationLimits, PezpalletStateTrieMigrationMigrationTask, PezpalletTransactionPaymentReleases, PezpalletTreasuryProposal, PezpalletTreasurySpendStatus, PezpalletUniquesCollectionDetails, PezpalletUniquesCollectionMetadata, PezpalletUniquesItemDetails, PezpalletUniquesItemMetadata, PezpalletVestingReleases, PezpalletVestingVestingInfo, PezpalletXcmAuthorizedAliasesEntry, PezpalletXcmQueryStatus, PezpalletXcmRemoteLockedFungibleRecord, PezpalletXcmVersionMigrationStage, PezspConsensusAuraSr25519AppSr25519Public, PezspCoreCryptoKeyTypeId, PezspNposElectionsElectionScore, PezspRuntimeDigest, PezspStakingPagedExposureMetadata, PezspTrieStorageProof, PezspWeightsWeightV2Weight, StagingXcmV5Instruction, StagingXcmV5Location, XcmVersionedAssetId, XcmVersionedLocation } from '@pezkuwi/types/lookup';
import type { Observable } from '@pezkuwi/types/types';

export type __AugmentedQuery<ApiType extends ApiTypes> = AugmentedQuery<ApiType, () => unknown>;
export type __QueryableStorageEntry<ApiType extends ApiTypes> = QueryableStorageEntry<ApiType>;

declare module '@pezkuwi/api-base/types/storage' {
  interface AugmentedQueries<ApiType extends ApiTypes> {
    ahMigrator: {
      /**
       * Helper storage item to store the total balance / total issuance of native token at the start
       * of the migration. Since teleports are disabled during migration, the total issuance will not
       * change for other reason than the migration itself.
       **/
      ahBalancesBefore: AugmentedQuery<ApiType, () => Observable<PezpalletAhMigratorBalancesBefore>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The Asset Hub migration state.
       **/
      ahMigrationStage: AugmentedQuery<ApiType, () => Observable<PezpalletAhMigratorMigrationStage>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The priority of the DMP queue during migration.
       * 
       * Controls how the DMP (Downward Message Passing) queue is processed relative to other queues
       * during the migration process. This helps ensure timely processing of migration messages.
       * The default priority pattern is defined in the pallet configuration, but can be overridden
       * by a storage value of this type.
       **/
      dmpQueuePriorityConfig: AugmentedQuery<ApiType, () => Observable<PezpalletRcMigratorQueuePriority>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * An optional account id of a manager.
       * 
       * This account id has similar privileges to [`Config::AdminOrigin`] except that it
       * can not set the manager account id via `set_manager` call.
       **/
      manager: AugmentedQuery<ApiType, () => Observable<Option<AccountId32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Block number when migration finished and extrinsics were unlocked.
       * 
       * This is set when entering the `MigrationDone` stage hence when
       * `RcMigrationStage::is_finished()` becomes `true`.
       **/
      migrationEndBlock: AugmentedQuery<ApiType, () => Observable<Option<u32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The block number at which the migration began and the pallet's extrinsics were locked.
       * 
       * This value is set when entering the `WaitingForAh` stage, i.e., when
       * `RcMigrationStage::is_ongoing()` becomes `true`.
       **/
      migrationStartBlock: AugmentedQuery<ApiType, () => Observable<Option<u32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * RC accounts that failed to migrate when were received on the Asset Hub.
       * 
       * This is unlikely to happen, since we dry run the migration, but we keep it for completeness.
       **/
      rcAccounts: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<Option<PezpalletRcMigratorAccountsAccount>>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    ahOps: {
      /**
       * Amount of balance that a contributor made towards a crowdloan.
       * 
       * `withdraw_crowdloan_contribution` can be permissionlessly called once the block number
       * passed to unlock the balance for a specific account.
       * 
       * The keys are as follows:
       * - Block number after which the balance can be unlocked.
       * - The para_id of the crowdloan.
       * - The account that made the contribution.
       * 
       * The value is (fund_pot, balance). The contribution pot is the second key in the
       * `RcCrowdloanContribution` storage.
       **/
      rcCrowdloanContribution: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: u32 | AnyNumber | Uint8Array, arg3: AccountId32 | string | Uint8Array) => Observable<Option<ITuple<[AccountId32, u128]>>>, [u32, u32, AccountId32]> & QueryableStorageEntry<ApiType, [u32, u32, AccountId32]>;
      /**
       * The reserve that was taken to create a crowdloan.
       * 
       * This is normally 500 DOT and can be refunded as last step after all
       * `RcCrowdloanContribution`s of this loan have been withdrawn.
       * 
       * Keys:
       * - Block number after which this can be unreserved
       * - The para_id of the crowdloan
       * - The account that will have the balance unreserved
       **/
      rcCrowdloanReserve: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: u32 | AnyNumber | Uint8Array, arg3: AccountId32 | string | Uint8Array) => Observable<Option<u128>>, [u32, u32, AccountId32]> & QueryableStorageEntry<ApiType, [u32, u32, AccountId32]>;
      /**
       * Amount of balance that was reserved for winning a lease auction.
       * 
       * `unreserve_lease_deposit` can be permissionlessly called once the block number passed to
       * unreserve the deposit. It is implicitly called by `withdraw_crowdloan_contribution`.
       * 
       * The account here can either be a crowdloan account or a solo bidder. If it is a crowdloan
       * account, then the summed up contributions for it in the contributions map will equate the
       * reserved balance here.
       * 
       * The keys are as follows:
       * - Block number after which the deposit can be unreserved.
       * - The para_id of the lease slot.
       * - The account that will have the balance unreserved.
       * - The balance to be unreserved.
       **/
      rcLeaseReserve: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: u32 | AnyNumber | Uint8Array, arg3: AccountId32 | string | Uint8Array) => Observable<Option<u128>>, [u32, u32, AccountId32]> & QueryableStorageEntry<ApiType, [u32, u32, AccountId32]>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    assetConversion: {
      /**
       * Stores the `PoolAssetId` that is going to be used for the next lp token.
       * This gets incremented whenever a new lp pool is created.
       **/
      nextPoolAssetId: AugmentedQuery<ApiType, () => Observable<Option<u32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Map from `PoolAssetId` to `PoolInfo`. This establishes whether a pool has been officially
       * created rather than people sending tokens directly to a pool's public account.
       **/
      pools: AugmentedQuery<ApiType, (arg: ITuple<[StagingXcmV5Location, StagingXcmV5Location]> | [StagingXcmV5Location | { parents?: any; interior?: any } | string | Uint8Array, StagingXcmV5Location | { parents?: any; interior?: any } | string | Uint8Array]) => Observable<Option<PezpalletAssetConversionPoolInfo>>, [ITuple<[StagingXcmV5Location, StagingXcmV5Location]>]> & QueryableStorageEntry<ApiType, [ITuple<[StagingXcmV5Location, StagingXcmV5Location]>]>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    assetRate: {
      /**
       * Maps an asset to its fixed point representation in the native balance.
       * 
       * E.g. `native_amount = asset_amount * ConversionRateToNative::<T>::get(asset_kind)`
       **/
      conversionRateToNative: AugmentedQuery<ApiType, (arg: PezkuwiRuntimeCommonImplsVersionedLocatableAsset | { V3: any } | { V4: any } | { V5: any } | string | Uint8Array) => Observable<Option<u128>>, [PezkuwiRuntimeCommonImplsVersionedLocatableAsset]> & QueryableStorageEntry<ApiType, [PezkuwiRuntimeCommonImplsVersionedLocatableAsset]>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    assets: {
      /**
       * The holdings of a specific account for a specific asset.
       **/
      account: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: AccountId32 | string | Uint8Array) => Observable<Option<PezpalletAssetsAssetAccount>>, [u32, AccountId32]> & QueryableStorageEntry<ApiType, [u32, AccountId32]>;
      /**
       * Approved balance transfers. First balance is the amount approved for transfer. Second
       * is the amount of `T::Currency` reserved for storing this.
       * First key is the asset ID, second key is the owner and third key is the delegate.
       **/
      approvals: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: AccountId32 | string | Uint8Array, arg3: AccountId32 | string | Uint8Array) => Observable<Option<PezpalletAssetsApproval>>, [u32, AccountId32, AccountId32]> & QueryableStorageEntry<ApiType, [u32, AccountId32, AccountId32]>;
      /**
       * Details of an asset.
       **/
      asset: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<Option<PezpalletAssetsAssetDetails>>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * Metadata of an asset.
       **/
      metadata: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<{
    readonly deposit: u128;
    readonly name: Bytes;
    readonly symbol: Bytes;
    readonly decimals: u8;
    readonly isFrozen: bool;
  } & Struct>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * The asset ID enforced for the next asset creation, if any present. Otherwise, this storage
       * item has no effect.
       * 
       * This can be useful for setting up constraints for IDs of the new assets. For example, by
       * providing an initial [`NextAssetId`] and using the [`crate::AutoIncAssetId`] callback, an
       * auto-increment model can be applied to all new asset IDs.
       * 
       * The initial next asset ID can be set using the [`GenesisConfig`] or the
       * [SetNextAssetId](`migration::next_asset_id::SetNextAssetId`) migration.
       **/
      nextAssetId: AugmentedQuery<ApiType, () => Observable<Option<u32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    aura: {
      /**
       * The current authority set.
       **/
      authorities: AugmentedQuery<ApiType, () => Observable<Vec<PezspConsensusAuraSr25519AppSr25519Public>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The current slot of this block.
       * 
       * This will be set in `on_initialize`.
       **/
      currentSlot: AugmentedQuery<ApiType, () => Observable<u64>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    auraExt: {
      /**
       * Serves as cache for the authorities.
       * 
       * The authorities in AuRa are overwritten in `on_initialize` when we switch to a new session,
       * but we require the old authorities to verify the seal when validating a PoV. This will
       * always be updated to the latest AuRa authorities in `on_finalize`.
       **/
      authorities: AugmentedQuery<ApiType, () => Observable<Vec<PezspConsensusAuraSr25519AppSr25519Public>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Current relay chain slot paired with a number of authored blocks.
       * 
       * This is updated in [`FixedVelocityConsensusHook::on_state_proof`] with the current relay
       * chain slot as provided by the relay chain state proof.
       **/
      relaySlotInfo: AugmentedQuery<ApiType, () => Observable<Option<ITuple<[u64, u32]>>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    authorship: {
      /**
       * Author of current block.
       **/
      author: AugmentedQuery<ApiType, () => Observable<Option<AccountId32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    balances: {
      /**
       * The Balances pallet example of storing the balance of an account.
       * 
       * # Example
       * 
       * ```nocompile
       * impl pallet_balances::Config for Runtime {
       * type AccountStore = StorageMapShim<Self::Account<Runtime>, frame_system::Provider<Runtime>, AccountId, Self::AccountData<Balance>>
       * }
       * ```
       * 
       * You can also store the balance of an account in the `System` pallet.
       * 
       * # Example
       * 
       * ```nocompile
       * impl pallet_balances::Config for Runtime {
       * type AccountStore = System
       * }
       * ```
       * 
       * But this comes with tradeoffs, storing account balances in the system pallet stores
       * `frame_system` data alongside the account data contrary to storing account balances in the
       * `Balances` pallet, which uses a `StorageMap` to store balances data only.
       * NOTE: This is only used in the case that this pallet is used to store balances.
       **/
      account: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<PezpalletBalancesAccountData>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * Freeze locks on account balances.
       **/
      freezes: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<Vec<PezframeSupportTokensMiscIdAmountRuntimeFreezeReason>>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * Holds on account balances.
       **/
      holds: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<Vec<PezframeSupportTokensMiscIdAmountRuntimeHoldReason>>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * The total units of outstanding deactivated balance in the system.
       **/
      inactiveIssuance: AugmentedQuery<ApiType, () => Observable<u128>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Any liquidity locks on some account balances.
       * NOTE: Should only be accessed when setting, changing and freeing a lock.
       * 
       * Use of locks is deprecated in favour of freezes. See `https://github.com/paritytech/substrate/pull/12951/`
       **/
      locks: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<Vec<PezpalletBalancesBalanceLock>>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * Named reserves on some account balances.
       * 
       * Use of reserves is deprecated in favour of holds. See `https://github.com/paritytech/substrate/pull/12951/`
       **/
      reserves: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<Vec<PezpalletBalancesReserveData>>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * The total units issued in the system.
       **/
      totalIssuance: AugmentedQuery<ApiType, () => Observable<u128>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    bounties: {
      /**
       * Bounties that have been made.
       **/
      bounties: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<Option<PezpalletBountiesBounty>>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * Bounty indices that have been approved but not yet funded.
       **/
      bountyApprovals: AugmentedQuery<ApiType, () => Observable<Vec<u32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Number of bounty proposals that have been made.
       **/
      bountyCount: AugmentedQuery<ApiType, () => Observable<u32>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The description of each bounty.
       **/
      bountyDescriptions: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<Option<Bytes>>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    childBounties: {
      /**
       * Child bounties that have been added.
       **/
      childBounties: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: u32 | AnyNumber | Uint8Array) => Observable<Option<PezpalletChildBountiesChildBounty>>, [u32, u32]> & QueryableStorageEntry<ApiType, [u32, u32]>;
      /**
       * DEPRECATED: Replaced with `ParentTotalChildBounties` storage item keeping dedicated counts
       * for each parent bounty. Number of total child bounties. Will be removed in May 2025.
       **/
      childBountyCount: AugmentedQuery<ApiType, () => Observable<u32>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The description of each child-bounty. Indexed by `(parent_id, child_id)`.
       * 
       * This item replaces the `ChildBountyDescriptions` storage item from the V0 storage version.
       **/
      childBountyDescriptionsV1: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: u32 | AnyNumber | Uint8Array) => Observable<Option<Bytes>>, [u32, u32]> & QueryableStorageEntry<ApiType, [u32, u32]>;
      /**
       * The cumulative child-bounty curator fee for each parent bounty.
       **/
      childrenCuratorFees: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<u128>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * Number of active child bounties per parent bounty.
       * Map of parent bounty index to number of child bounties.
       **/
      parentChildBounties: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<u32>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * Number of total child bounties per parent bounty, including completed bounties.
       **/
      parentTotalChildBounties: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<u32>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * The mapping of the child bounty ids from storage version `V0` to the new `V1` version.
       * 
       * The `V0` ids based on total child bounty count [`ChildBountyCount`]`. The `V1` version ids
       * based on the child bounty count per parent bounty [`ParentTotalChildBounties`].
       * The item intended solely for client convenience and not used in the pallet's core logic.
       **/
      v0ToV1ChildBountyIds: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<Option<ITuple<[u32, u32]>>>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    claims: {
      claims: AugmentedQuery<ApiType, (arg: PezkuwiRuntimeCommonClaimsEthereumAddress | string | Uint8Array) => Observable<Option<u128>>, [PezkuwiRuntimeCommonClaimsEthereumAddress]> & QueryableStorageEntry<ApiType, [PezkuwiRuntimeCommonClaimsEthereumAddress]>;
      /**
       * Pre-claimed Ethereum accounts, by the Account ID that they are claimed to.
       **/
      preclaims: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<Option<PezkuwiRuntimeCommonClaimsEthereumAddress>>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * The statement kind that must be signed, if any.
       **/
      signing: AugmentedQuery<ApiType, (arg: PezkuwiRuntimeCommonClaimsEthereumAddress | string | Uint8Array) => Observable<Option<PezkuwiRuntimeCommonClaimsStatementKind>>, [PezkuwiRuntimeCommonClaimsEthereumAddress]> & QueryableStorageEntry<ApiType, [PezkuwiRuntimeCommonClaimsEthereumAddress]>;
      total: AugmentedQuery<ApiType, () => Observable<u128>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Vesting schedule for a claim.
       * First balance is the total amount that should be held for vesting.
       * Second balance is how much should be unlocked per block.
       * The block number is when the vesting should start.
       **/
      vesting: AugmentedQuery<ApiType, (arg: PezkuwiRuntimeCommonClaimsEthereumAddress | string | Uint8Array) => Observable<Option<ITuple<[u128, u128, u32]>>>, [PezkuwiRuntimeCommonClaimsEthereumAddress]> & QueryableStorageEntry<ApiType, [PezkuwiRuntimeCommonClaimsEthereumAddress]>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    collatorSelection: {
      /**
       * Fixed amount to deposit to become a collator.
       * 
       * When a collator calls `leave_intent` they immediately receive the deposit back.
       **/
      candidacyBond: AugmentedQuery<ApiType, () => Observable<u128>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The (community, limited) collation candidates. `Candidates` and `Invulnerables` should be
       * mutually exclusive.
       * 
       * This list is sorted in ascending order by deposit and when the deposits are equal, the least
       * recently updated is considered greater.
       **/
      candidateList: AugmentedQuery<ApiType, () => Observable<Vec<PezpalletCollatorSelectionCandidateInfo>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Desired number of candidates.
       * 
       * This should ideally always be less than [`Config::MaxCandidates`] for weights to be correct.
       **/
      desiredCandidates: AugmentedQuery<ApiType, () => Observable<u32>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The invulnerable, permissioned collators. This list must be sorted.
       **/
      invulnerables: AugmentedQuery<ApiType, () => Observable<Vec<AccountId32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Last block authored by collator.
       **/
      lastAuthoredBlock: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<u32>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    convictionVoting: {
      /**
       * The voting classes which have a non-zero lock requirement and the lock amounts which they
       * require. The actual amount locked on behalf of this pallet should always be the maximum of
       * this list.
       **/
      classLocksFor: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<Vec<ITuple<[u16, u128]>>>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * All voting for a particular voter in a particular voting class. We store the balance for the
       * number of votes that we have recorded.
       **/
      votingFor: AugmentedQuery<ApiType, (arg1: AccountId32 | string | Uint8Array, arg2: u16 | AnyNumber | Uint8Array) => Observable<PezpalletConvictionVotingVoteVoting>, [AccountId32, u16]> & QueryableStorageEntry<ApiType, [AccountId32, u16]>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    delegatedStaking: {
      /**
       * Map of `Agent` to their `Ledger`.
       **/
      agents: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<Option<PezpalletDelegatedStakingAgentLedger>>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * Counter for the related counted storage map
       **/
      counterForAgents: AugmentedQuery<ApiType, () => Observable<u32>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Counter for the related counted storage map
       **/
      counterForDelegators: AugmentedQuery<ApiType, () => Observable<u32>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Map of Delegators to their `Delegation`.
       * 
       * Implementation note: We are not using a double map with `delegator` and `agent` account
       * as keys since we want to restrict delegators to delegate only to one account at a time.
       **/
      delegators: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<Option<PezpalletDelegatedStakingDelegation>>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    foreignAssets: {
      /**
       * The holdings of a specific account for a specific asset.
       **/
      account: AugmentedQuery<ApiType, (arg1: StagingXcmV5Location | { parents?: any; interior?: any } | string | Uint8Array, arg2: AccountId32 | string | Uint8Array) => Observable<Option<PezpalletAssetsAssetAccount>>, [StagingXcmV5Location, AccountId32]> & QueryableStorageEntry<ApiType, [StagingXcmV5Location, AccountId32]>;
      /**
       * Approved balance transfers. First balance is the amount approved for transfer. Second
       * is the amount of `T::Currency` reserved for storing this.
       * First key is the asset ID, second key is the owner and third key is the delegate.
       **/
      approvals: AugmentedQuery<ApiType, (arg1: StagingXcmV5Location | { parents?: any; interior?: any } | string | Uint8Array, arg2: AccountId32 | string | Uint8Array, arg3: AccountId32 | string | Uint8Array) => Observable<Option<PezpalletAssetsApproval>>, [StagingXcmV5Location, AccountId32, AccountId32]> & QueryableStorageEntry<ApiType, [StagingXcmV5Location, AccountId32, AccountId32]>;
      /**
       * Details of an asset.
       **/
      asset: AugmentedQuery<ApiType, (arg: StagingXcmV5Location | { parents?: any; interior?: any } | string | Uint8Array) => Observable<Option<PezpalletAssetsAssetDetails>>, [StagingXcmV5Location]> & QueryableStorageEntry<ApiType, [StagingXcmV5Location]>;
      /**
       * Metadata of an asset.
       **/
      metadata: AugmentedQuery<ApiType, (arg: StagingXcmV5Location | { parents?: any; interior?: any } | string | Uint8Array) => Observable<{
    readonly deposit: u128;
    readonly name: Bytes;
    readonly symbol: Bytes;
    readonly decimals: u8;
    readonly isFrozen: bool;
  } & Struct>, [StagingXcmV5Location]> & QueryableStorageEntry<ApiType, [StagingXcmV5Location]>;
      /**
       * The asset ID enforced for the next asset creation, if any present. Otherwise, this storage
       * item has no effect.
       * 
       * This can be useful for setting up constraints for IDs of the new assets. For example, by
       * providing an initial [`NextAssetId`] and using the [`crate::AutoIncAssetId`] callback, an
       * auto-increment model can be applied to all new asset IDs.
       * 
       * The initial next asset ID can be set using the [`GenesisConfig`] or the
       * [SetNextAssetId](`migration::next_asset_id::SetNextAssetId`) migration.
       **/
      nextAssetId: AugmentedQuery<ApiType, () => Observable<Option<StagingXcmV5Location>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    indices: {
      /**
       * The lookup from index to account.
       **/
      accounts: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<Option<ITuple<[AccountId32, u128, bool]>>>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    messageQueue: {
      /**
       * The index of the first and last (non-empty) pages.
       **/
      bookStateFor: AugmentedQuery<ApiType, (arg: PezcumulusPrimitivesCoreAggregateMessageOrigin | { Here: any } | { Parent: any } | { Sibling: any } | string | Uint8Array) => Observable<PezpalletMessageQueueBookState>, [PezcumulusPrimitivesCoreAggregateMessageOrigin]> & QueryableStorageEntry<ApiType, [PezcumulusPrimitivesCoreAggregateMessageOrigin]>;
      /**
       * The map of page indices to pages.
       **/
      pages: AugmentedQuery<ApiType, (arg1: PezcumulusPrimitivesCoreAggregateMessageOrigin | { Here: any } | { Parent: any } | { Sibling: any } | string | Uint8Array, arg2: u32 | AnyNumber | Uint8Array) => Observable<Option<PezpalletMessageQueuePage>>, [PezcumulusPrimitivesCoreAggregateMessageOrigin, u32]> & QueryableStorageEntry<ApiType, [PezcumulusPrimitivesCoreAggregateMessageOrigin, u32]>;
      /**
       * The origin at which we should begin servicing.
       **/
      serviceHead: AugmentedQuery<ApiType, () => Observable<Option<PezcumulusPrimitivesCoreAggregateMessageOrigin>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    multiBlockElection: {
      /**
       * Current phase.
       **/
      currentPhase: AugmentedQuery<ApiType, () => Observable<PezpalletElectionProviderMultiBlockPhase>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Desired number of targets to elect for this round.
       **/
      desiredTargets: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<Option<u32>>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * Paginated target snapshot.
       * 
       * For the time being, since we assume one pages of targets, at most ONE key will exist.
       **/
      pagedTargetSnapshot: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: u32 | AnyNumber | Uint8Array) => Observable<Option<Vec<AccountId32>>>, [u32, u32]> & QueryableStorageEntry<ApiType, [u32, u32]>;
      /**
       * Same as [`PagedTargetSnapshot`], but it will store the hash of the snapshot.
       * 
       * The hash is generated using [`frame_system::Config::Hashing`].
       **/
      pagedTargetSnapshotHash: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: u32 | AnyNumber | Uint8Array) => Observable<Option<H256>>, [u32, u32]> & QueryableStorageEntry<ApiType, [u32, u32]>;
      /**
       * Paginated voter snapshot. At most [`T::Pages`] keys will exist.
       **/
      pagedVoterSnapshot: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: u32 | AnyNumber | Uint8Array) => Observable<Option<Vec<ITuple<[AccountId32, u64, Vec<AccountId32>]>>>>, [u32, u32]> & QueryableStorageEntry<ApiType, [u32, u32]>;
      /**
       * Same as [`PagedVoterSnapshot`], but it will store the hash of the snapshot.
       * 
       * The hash is generated using [`frame_system::Config::Hashing`].
       **/
      pagedVoterSnapshotHash: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: u32 | AnyNumber | Uint8Array) => Observable<Option<H256>>, [u32, u32]> & QueryableStorageEntry<ApiType, [u32, u32]>;
      /**
       * Internal counter for the number of rounds.
       * 
       * This is useful for de-duplication of transactions submitted to the pool, and general
       * diagnostics of the pallet.
       * 
       * This is merely incremented once per every time that an upstream `elect` is called.
       **/
      round: AugmentedQuery<ApiType, () => Observable<u32>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    multiBlockElectionSigned: {
      /**
       * Accounts whitelisted by governance to always submit their solutions.
       * 
       * They are different in that:
       * 
       * * They always pay a fixed deposit for submission, specified by
       * [`Config::InvulnerableDeposit`]. They pay no page deposit.
       * * If _ejected_ by better solution from [`SortedScores`], they will get their full deposit
       * back.
       * * They always get their tx-fee back even if they are _discarded_.
       **/
      invulnerables: AugmentedQuery<ApiType, () => Observable<Vec<AccountId32>>, []> & QueryableStorageEntry<ApiType, []>;
      sortedScores: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<Vec<ITuple<[AccountId32, PezspNposElectionsElectionScore]>>>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * Map from account to the metadata of their submission.
       * 
       * invariant: for any Key1 of type `AccountId` in [`Submissions`], this storage map also has a
       * value.
       **/
      submissionMetadataStorage: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: AccountId32 | string | Uint8Array) => Observable<Option<PezpalletElectionProviderMultiBlockSignedSubmissionMetadata>>, [u32, AccountId32]> & QueryableStorageEntry<ApiType, [u32, AccountId32]>;
      /**
       * Triple map from (round, account, page) to a solution page.
       **/
      submissionStorage: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: AccountId32 | string | Uint8Array, arg3: u32 | AnyNumber | Uint8Array) => Observable<Option<AssetHubDicleRuntimeStakingNposCompactSolution24>>, [u32, AccountId32, u32]> & QueryableStorageEntry<ApiType, [u32, AccountId32, u32]>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    multiBlockElectionVerifier: {
      /**
       * The minimum score that each solution must attain in order to be considered feasible.
       **/
      minimumScore: AugmentedQuery<ApiType, () => Observable<Option<PezspNposElectionsElectionScore>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The `(amount, count)` of backings, divided per page.
       * 
       * This is stored because in the last block of verification we need them to compute the score,
       * and check `MaxBackersPerWinnerFinal`.
       * 
       * This can only ever live for the invalid variant of the solution. Once it is valid, we don't
       * need this information anymore; the score is already computed once in
       * [`QueuedSolutionScore`], and the backing counts are checked.
       **/
      queuedSolutionBackings: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: u32 | AnyNumber | Uint8Array) => Observable<Option<Vec<ITuple<[AccountId32, PezpalletElectionProviderMultiBlockVerifierImplsPartialBackings]>>>>, [u32, u32]> & QueryableStorageEntry<ApiType, [u32, u32]>;
      /**
       * The score of the valid variant of [`QueuedSolution`].
       * 
       * This only ever lives for the `valid` variant.
       **/
      queuedSolutionScore: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<Option<PezspNposElectionsElectionScore>>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * The `X` variant of the current queued solution. Might be the valid one or not.
       * 
       * The two variants of this storage item is to avoid the need of copying. Recall that once a
       * `VerifyingSolution` is being processed, it needs to write its partial supports *somewhere*.
       * Writing theses supports on top of a *good* queued supports is wrong, since we might bail.
       * Writing them to a bugger and copying at the ned is slightly better, but expensive. This flag
       * system is best of both worlds.
       **/
      queuedSolutionX: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: u32 | AnyNumber | Uint8Array) => Observable<Option<PezframeElectionProviderSupportBoundedSupports>>, [u32, u32]> & QueryableStorageEntry<ApiType, [u32, u32]>;
      /**
       * The `Y` variant of the current queued solution. Might be the valid one or not.
       **/
      queuedSolutionY: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: u32 | AnyNumber | Uint8Array) => Observable<Option<PezframeElectionProviderSupportBoundedSupports>>, [u32, u32]> & QueryableStorageEntry<ApiType, [u32, u32]>;
      /**
       * Pointer to the variant of [`QueuedSolutionX`] or [`QueuedSolutionY`] that is currently
       * valid.
       **/
      queuedValidVariant: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<PezpalletElectionProviderMultiBlockVerifierImplsValidSolution>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * Storage item for [`Status`].
       **/
      statusStorage: AugmentedQuery<ApiType, () => Observable<PezpalletElectionProviderMultiBlockVerifierImplsStatus>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    multiBlockMigrations: {
      /**
       * The currently active migration to run and its cursor.
       * 
       * `None` indicates that no migration is running.
       **/
      cursor: AugmentedQuery<ApiType, () => Observable<Option<PezpalletMigrationsMigrationCursor>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Set of all successfully executed migrations.
       * 
       * This is used as blacklist, to not re-execute migrations that have not been removed from the
       * codebase yet. Governance can regularly clear this out via `clear_historic`.
       **/
      historic: AugmentedQuery<ApiType, (arg: Bytes | string | Uint8Array) => Observable<Option<Null>>, [Bytes]> & QueryableStorageEntry<ApiType, [Bytes]>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    multisig: {
      /**
       * The set of open multisig operations.
       **/
      multisigs: AugmentedQuery<ApiType, (arg1: AccountId32 | string | Uint8Array, arg2: U8aFixed | string | Uint8Array) => Observable<Option<PezpalletMultisigMultisig>>, [AccountId32, U8aFixed]> & QueryableStorageEntry<ApiType, [AccountId32, U8aFixed]>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    nftFractionalization: {
      /**
       * Keeps track of the corresponding NFT ID, asset ID and amount minted.
       **/
      nftToAsset: AugmentedQuery<ApiType, (arg: ITuple<[u32, u32]> | [u32 | AnyNumber | Uint8Array, u32 | AnyNumber | Uint8Array]) => Observable<Option<PezpalletNftFractionalizationDetails>>, [ITuple<[u32, u32]>]> & QueryableStorageEntry<ApiType, [ITuple<[u32, u32]>]>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    nfts: {
      /**
       * The items held by any given account; set out this way so that items owned by a single
       * account can be enumerated.
       **/
      account: AugmentedQuery<ApiType, (arg1: AccountId32 | string | Uint8Array, arg2: u32 | AnyNumber | Uint8Array, arg3: u32 | AnyNumber | Uint8Array) => Observable<Option<Null>>, [AccountId32, u32, u32]> & QueryableStorageEntry<ApiType, [AccountId32, u32, u32]>;
      /**
       * Attributes of a collection.
       **/
      attribute: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: Option<u32> | null | Uint8Array | u32 | AnyNumber, arg3: PezpalletNftsAttributeNamespace | { Pallet: any } | { CollectionOwner: any } | { ItemOwner: any } | { Account: any } | string | Uint8Array, arg4: Bytes | string | Uint8Array) => Observable<Option<ITuple<[Bytes, PezpalletNftsAttributeDeposit]>>>, [u32, Option<u32>, PezpalletNftsAttributeNamespace, Bytes]> & QueryableStorageEntry<ApiType, [u32, Option<u32>, PezpalletNftsAttributeNamespace, Bytes]>;
      /**
       * Details of a collection.
       **/
      collection: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<Option<PezpalletNftsCollectionDetails>>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * The collections owned by any given account; set out this way so that collections owned by
       * a single account can be enumerated.
       **/
      collectionAccount: AugmentedQuery<ApiType, (arg1: AccountId32 | string | Uint8Array, arg2: u32 | AnyNumber | Uint8Array) => Observable<Option<Null>>, [AccountId32, u32]> & QueryableStorageEntry<ApiType, [AccountId32, u32]>;
      /**
       * Config of a collection.
       **/
      collectionConfigOf: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<Option<PezpalletNftsCollectionConfig>>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * Metadata of a collection.
       **/
      collectionMetadataOf: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<Option<PezpalletNftsCollectionMetadata>>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * The items in existence and their ownership details.
       * Stores collection roles as per account.
       **/
      collectionRoleOf: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: AccountId32 | string | Uint8Array) => Observable<Option<u8>>, [u32, AccountId32]> & QueryableStorageEntry<ApiType, [u32, AccountId32]>;
      /**
       * The items in existence and their ownership details.
       **/
      item: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: u32 | AnyNumber | Uint8Array) => Observable<Option<PezpalletNftsItemDetails>>, [u32, u32]> & QueryableStorageEntry<ApiType, [u32, u32]>;
      /**
       * Item attribute approvals.
       **/
      itemAttributesApprovalsOf: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: u32 | AnyNumber | Uint8Array) => Observable<BTreeSet<AccountId32>>, [u32, u32]> & QueryableStorageEntry<ApiType, [u32, u32]>;
      /**
       * Config of an item.
       **/
      itemConfigOf: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: u32 | AnyNumber | Uint8Array) => Observable<Option<PezpalletNftsItemConfig>>, [u32, u32]> & QueryableStorageEntry<ApiType, [u32, u32]>;
      /**
       * Metadata of an item.
       **/
      itemMetadataOf: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: u32 | AnyNumber | Uint8Array) => Observable<Option<PezpalletNftsItemMetadata>>, [u32, u32]> & QueryableStorageEntry<ApiType, [u32, u32]>;
      /**
       * A price of an item.
       **/
      itemPriceOf: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: u32 | AnyNumber | Uint8Array) => Observable<Option<ITuple<[u128, Option<AccountId32>]>>>, [u32, u32]> & QueryableStorageEntry<ApiType, [u32, u32]>;
      /**
       * Stores the `CollectionId` that is going to be used for the next collection.
       * This gets incremented whenever a new collection is created.
       **/
      nextCollectionId: AugmentedQuery<ApiType, () => Observable<Option<u32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The collection, if any, of which an account is willing to take ownership.
       **/
      ownershipAcceptance: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<Option<u32>>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * Handles all the pending swaps.
       **/
      pendingSwapOf: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: u32 | AnyNumber | Uint8Array) => Observable<Option<PezpalletNftsPendingSwap>>, [u32, u32]> & QueryableStorageEntry<ApiType, [u32, u32]>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    nominationPools: {
      /**
       * Storage for bonded pools.
       **/
      bondedPools: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<Option<PezpalletNominationPoolsBondedPoolInner>>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * Map from a pool member account to their opted claim permission.
       **/
      claimPermissions: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<PezpalletNominationPoolsClaimPermission>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * Counter for the related counted storage map
       **/
      counterForBondedPools: AugmentedQuery<ApiType, () => Observable<u32>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Counter for the related counted storage map
       **/
      counterForMetadata: AugmentedQuery<ApiType, () => Observable<u32>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Counter for the related counted storage map
       **/
      counterForPoolMembers: AugmentedQuery<ApiType, () => Observable<u32>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Counter for the related counted storage map
       **/
      counterForReversePoolIdLookup: AugmentedQuery<ApiType, () => Observable<u32>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Counter for the related counted storage map
       **/
      counterForRewardPools: AugmentedQuery<ApiType, () => Observable<u32>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Counter for the related counted storage map
       **/
      counterForSubPoolsStorage: AugmentedQuery<ApiType, () => Observable<u32>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The maximum commission that can be charged by a pool. Used on commission payouts to bound
       * pool commissions that are > `GlobalMaxCommission`, necessary if a future
       * `GlobalMaxCommission` is lower than some current pool commissions.
       **/
      globalMaxCommission: AugmentedQuery<ApiType, () => Observable<Option<Perbill>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Ever increasing number of all pools created so far.
       **/
      lastPoolId: AugmentedQuery<ApiType, () => Observable<u32>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Maximum number of members that can exist in the system. If `None`, then the count
       * members are not bound on a system wide basis.
       **/
      maxPoolMembers: AugmentedQuery<ApiType, () => Observable<Option<u32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Maximum number of members that may belong to pool. If `None`, then the count of
       * members is not bound on a per pool basis.
       **/
      maxPoolMembersPerPool: AugmentedQuery<ApiType, () => Observable<Option<u32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Maximum number of nomination pools that can exist. If `None`, then an unbounded number of
       * pools can exist.
       **/
      maxPools: AugmentedQuery<ApiType, () => Observable<Option<u32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Metadata for the pool.
       **/
      metadata: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<Bytes>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * Minimum bond required to create a pool.
       * 
       * This is the amount that the depositor must put as their initial stake in the pool, as an
       * indication of "skin in the game".
       * 
       * This is the value that will always exist in the staking ledger of the pool bonded account
       * while all other accounts leave.
       **/
      minCreateBond: AugmentedQuery<ApiType, () => Observable<u128>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Minimum amount to bond to join a pool.
       **/
      minJoinBond: AugmentedQuery<ApiType, () => Observable<u128>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Active members.
       * 
       * TWOX-NOTE: SAFE since `AccountId` is a secure hash.
       **/
      poolMembers: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<Option<PezpalletNominationPoolsPoolMember>>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * A reverse lookup from the pool's account id to its id.
       * 
       * This is only used for slashing and on automatic withdraw update. In all other instances, the
       * pool id is used, and the accounts are deterministically derived from it.
       **/
      reversePoolIdLookup: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<Option<u32>>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * Reward pools. This is where there rewards for each pool accumulate. When a members payout is
       * claimed, the balance comes out of the reward pool. Keyed by the bonded pools account.
       **/
      rewardPools: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<Option<PezpalletNominationPoolsRewardPool>>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * Groups of unbonding pools. Each group of unbonding pools belongs to a
       * bonded pool, hence the name sub-pools. Keyed by the bonded pools account.
       **/
      subPoolsStorage: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<Option<PezpalletNominationPoolsSubPools>>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * The sum of funds across all pools.
       * 
       * This might be lower but never higher than the sum of `total_balance` of all [`PoolMembers`]
       * because calling `pool_withdraw_unbonded` might decrease the total stake of the pool's
       * `bonded_account` without adjusting the pallet-internal `UnbondingPool`'s.
       **/
      totalValueLocked: AugmentedQuery<ApiType, () => Observable<u128>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    parachainInfo: {
      parachainId: AugmentedQuery<ApiType, () => Observable<u32>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    parachainSystem: {
      /**
       * Storage field that keeps track of bandwidth used by the unincluded segment along with the
       * latest HRMP watermark. Used for limiting the acceptance of new blocks with
       * respect to relay chain constraints.
       **/
      aggregatedUnincludedSegment: AugmentedQuery<ApiType, () => Observable<Option<PezcumulusPezpalletTeyrchainSystemUnincludedSegmentSegmentTracker>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The number of HRMP messages we observed in `on_initialize` and thus used that number for
       * announcing the weight of `on_initialize` and `on_finalize`.
       **/
      announcedHrmpMessagesPerCandidate: AugmentedQuery<ApiType, () => Observable<u32>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * A custom head data that should be returned as result of `validate_block`.
       * 
       * See `Pallet::set_custom_validation_head_data` for more information.
       **/
      customValidationHeadData: AugmentedQuery<ApiType, () => Observable<Option<Bytes>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Were the validation data set to notify the relay chain?
       **/
      didSetValidationCode: AugmentedQuery<ApiType, () => Observable<bool>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The parachain host configuration that was obtained from the relay parent.
       * 
       * This field is meant to be updated each block with the validation data inherent. Therefore,
       * before processing of the inherent, e.g. in `on_initialize` this data may be stale.
       * 
       * This data is also absent from the genesis.
       **/
      hostConfiguration: AugmentedQuery<ApiType, () => Observable<Option<PezkuwiPrimitivesV8AbridgedHostConfiguration>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * HRMP messages that were sent in a block.
       * 
       * This will be cleared in `on_initialize` of each new block.
       **/
      hrmpOutboundMessages: AugmentedQuery<ApiType, () => Observable<Vec<PezkuwiCorePrimitivesOutboundHrmpMessage>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * HRMP watermark that was set in a block.
       **/
      hrmpWatermark: AugmentedQuery<ApiType, () => Observable<u32>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The last downward message queue chain head we have observed.
       * 
       * This value is loaded before and saved after processing inbound downward messages carried
       * by the system inherent.
       **/
      lastDmqMqcHead: AugmentedQuery<ApiType, () => Observable<H256>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The message queue chain heads we have observed per each channel incoming channel.
       * 
       * This value is loaded before and saved after processing inbound downward messages carried
       * by the system inherent.
       **/
      lastHrmpMqcHeads: AugmentedQuery<ApiType, () => Observable<BTreeMap<u32, H256>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The last processed downward message.
       * 
       * We need to keep track of this to filter the messages that have been already processed.
       **/
      lastProcessedDownwardMessage: AugmentedQuery<ApiType, () => Observable<Option<PezcumulusPezpalletTeyrchainSystemTeyrchainInherentInboundMessageId>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The last processed HRMP message.
       * 
       * We need to keep track of this to filter the messages that have been already processed.
       **/
      lastProcessedHrmpMessage: AugmentedQuery<ApiType, () => Observable<Option<PezcumulusPezpalletTeyrchainSystemTeyrchainInherentInboundMessageId>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The relay chain block number associated with the last parachain block.
       * 
       * This is updated in `on_finalize`.
       **/
      lastRelayChainBlockNumber: AugmentedQuery<ApiType, () => Observable<u32>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Validation code that is set by the parachain and is to be communicated to collator and
       * consequently the relay-chain.
       * 
       * This will be cleared in `on_initialize` of each new block if no other pallet already set
       * the value.
       **/
      newValidationCode: AugmentedQuery<ApiType, () => Observable<Option<Bytes>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Upward messages that are still pending and not yet send to the relay chain.
       **/
      pendingUpwardMessages: AugmentedQuery<ApiType, () => Observable<Vec<Bytes>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * In case of a scheduled upgrade, this storage field contains the validation code to be
       * applied.
       * 
       * As soon as the relay chain gives us the go-ahead signal, we will overwrite the
       * [`:code`][sp_core::storage::well_known_keys::CODE] which will result the next block process
       * with the new validation code. This concludes the upgrade process.
       **/
      pendingValidationCode: AugmentedQuery<ApiType, () => Observable<Bytes>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Number of downward messages processed in a block.
       * 
       * This will be cleared in `on_initialize` of each new block.
       **/
      processedDownwardMessages: AugmentedQuery<ApiType, () => Observable<u32>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The state proof for the last relay parent block.
       * 
       * This field is meant to be updated each block with the validation data inherent. Therefore,
       * before processing of the inherent, e.g. in `on_initialize` this data may be stale.
       * 
       * This data is also absent from the genesis.
       **/
      relayStateProof: AugmentedQuery<ApiType, () => Observable<Option<PezspTrieStorageProof>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The snapshot of some state related to messaging relevant to the current parachain as per
       * the relay parent.
       * 
       * This field is meant to be updated each block with the validation data inherent. Therefore,
       * before processing of the inherent, e.g. in `on_initialize` this data may be stale.
       * 
       * This data is also absent from the genesis.
       **/
      relevantMessagingState: AugmentedQuery<ApiType, () => Observable<Option<PezcumulusPezpalletTeyrchainSystemRelayStateSnapshotMessagingStateSnapshot>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The weight we reserve at the beginning of the block for processing DMP messages. This
       * overrides the amount set in the Config trait.
       **/
      reservedDmpWeightOverride: AugmentedQuery<ApiType, () => Observable<Option<PezspWeightsWeightV2Weight>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The weight we reserve at the beginning of the block for processing XCMP messages. This
       * overrides the amount set in the Config trait.
       **/
      reservedXcmpWeightOverride: AugmentedQuery<ApiType, () => Observable<Option<PezspWeightsWeightV2Weight>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Latest included block descendants the runtime accepted. In other words, these are
       * ancestors of the currently executing block which have not been included in the observed
       * relay-chain state.
       * 
       * The segment length is limited by the capacity returned from the [`ConsensusHook`] configured
       * in the pallet.
       **/
      unincludedSegment: AugmentedQuery<ApiType, () => Observable<Vec<PezcumulusPezpalletTeyrchainSystemUnincludedSegmentAncestor>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Optional upgrade go-ahead signal from the relay-chain.
       * 
       * This storage item is a mirror of the corresponding value for the current parachain from the
       * relay-chain. This value is ephemeral which means it doesn't hit the storage. This value is
       * set after the inherent.
       **/
      upgradeGoAhead: AugmentedQuery<ApiType, () => Observable<Option<PezkuwiPrimitivesV8UpgradeGoAhead>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * An option which indicates if the relay-chain restricts signalling a validation code upgrade.
       * In other words, if this is `Some` and [`NewValidationCode`] is `Some` then the produced
       * candidate will be invalid.
       * 
       * This storage item is a mirror of the corresponding value for the current parachain from the
       * relay-chain. This value is ephemeral which means it doesn't hit the storage. This value is
       * set after the inherent.
       **/
      upgradeRestrictionSignal: AugmentedQuery<ApiType, () => Observable<Option<PezkuwiPrimitivesV8UpgradeRestriction>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The factor to multiply the base delivery fee by for UMP.
       **/
      upwardDeliveryFeeFactor: AugmentedQuery<ApiType, () => Observable<u128>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Upward messages that were sent in a block.
       * 
       * This will be cleared in `on_initialize` of each new block.
       **/
      upwardMessages: AugmentedQuery<ApiType, () => Observable<Vec<Bytes>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The [`PersistedValidationData`] set for this block.
       * This value is expected to be set only once per block and it's never stored
       * in the trie.
       **/
      validationData: AugmentedQuery<ApiType, () => Observable<Option<PezkuwiPrimitivesV8PersistedValidationData>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    parameters: {
      /**
       * Stored parameters.
       **/
      parameters: AugmentedQuery<ApiType, (arg: AssetHubDicleRuntimeRuntimeParametersKey | { Issuance: any } | { Treasury: any } | { StakingElection: any } | { Scheduler: any } | { MessageQueue: any } | string | Uint8Array) => Observable<Option<AssetHubDicleRuntimeRuntimeParametersValue>>, [AssetHubDicleRuntimeRuntimeParametersKey]> & QueryableStorageEntry<ApiType, [AssetHubDicleRuntimeRuntimeParametersKey]>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    polkadotXcm: {
      /**
       * The existing asset traps.
       * 
       * Key is the blake2 256 hash of (origin, versioned `Assets`) pair. Value is the number of
       * times this pair has been trapped (usually just 1 if it exists at all).
       **/
      assetTraps: AugmentedQuery<ApiType, (arg: H256 | string | Uint8Array) => Observable<u32>, [H256]> & QueryableStorageEntry<ApiType, [H256]>;
      /**
       * Map of authorized aliasers of local origins. Each local location can authorize a list of
       * other locations to alias into it. Each aliaser is only valid until its inner `expiry`
       * block number.
       **/
      authorizedAliases: AugmentedQuery<ApiType, (arg: XcmVersionedLocation | { V3: any } | { V4: any } | { V5: any } | string | Uint8Array) => Observable<Option<PezpalletXcmAuthorizedAliasesEntry>>, [XcmVersionedLocation]> & QueryableStorageEntry<ApiType, [XcmVersionedLocation]>;
      /**
       * The current migration's stage, if any.
       **/
      currentMigration: AugmentedQuery<ApiType, () => Observable<Option<PezpalletXcmVersionMigrationStage>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Fungible assets which we know are locked on this chain.
       **/
      lockedFungibles: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<Option<Vec<ITuple<[u128, XcmVersionedLocation]>>>>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * The ongoing queries.
       **/
      queries: AugmentedQuery<ApiType, (arg: u64 | AnyNumber | Uint8Array) => Observable<Option<PezpalletXcmQueryStatus>>, [u64]> & QueryableStorageEntry<ApiType, [u64]>;
      /**
       * The latest available query index.
       **/
      queryCounter: AugmentedQuery<ApiType, () => Observable<u64>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * If [`ShouldRecordXcm`] is set to true, then the last XCM program executed locally
       * will be stored here.
       * Runtime APIs can fetch the XCM that was executed by accessing this value.
       * 
       * Only relevant if this pallet is being used as the [`xcm_executor::traits::RecordXcm`]
       * implementation in the XCM executor configuration.
       **/
      recordedXcm: AugmentedQuery<ApiType, () => Observable<Option<Vec<StagingXcmV5Instruction>>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Fungible assets which we know are locked on a remote chain.
       **/
      remoteLockedFungibles: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: AccountId32 | string | Uint8Array, arg3: XcmVersionedAssetId | { V3: any } | { V4: any } | { V5: any } | string | Uint8Array) => Observable<Option<PezpalletXcmRemoteLockedFungibleRecord>>, [u32, AccountId32, XcmVersionedAssetId]> & QueryableStorageEntry<ApiType, [u32, AccountId32, XcmVersionedAssetId]>;
      /**
       * Default version to encode XCM when latest version of destination is unknown. If `None`,
       * then the destinations whose XCM version is unknown are considered unreachable.
       **/
      safeXcmVersion: AugmentedQuery<ApiType, () => Observable<Option<u32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Whether or not incoming XCMs (both executed locally and received) should be recorded.
       * Only one XCM program will be recorded at a time.
       * This is meant to be used in runtime APIs, and it's advised it stays false
       * for all other use cases, so as to not degrade regular performance.
       * 
       * Only relevant if this pallet is being used as the [`xcm_executor::traits::RecordXcm`]
       * implementation in the XCM executor configuration.
       **/
      shouldRecordXcm: AugmentedQuery<ApiType, () => Observable<bool>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The Latest versions that we know various locations support.
       **/
      supportedVersion: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: XcmVersionedLocation | { V3: any } | { V4: any } | { V5: any } | string | Uint8Array) => Observable<Option<u32>>, [u32, XcmVersionedLocation]> & QueryableStorageEntry<ApiType, [u32, XcmVersionedLocation]>;
      /**
       * Destinations whose latest XCM version we would like to know. Duplicates not allowed, and
       * the `u32` counter is the number of times that a send to the destination has been attempted,
       * which is used as a prioritization.
       **/
      versionDiscoveryQueue: AugmentedQuery<ApiType, () => Observable<Vec<ITuple<[XcmVersionedLocation, u32]>>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * All locations that we have requested version notifications from.
       **/
      versionNotifiers: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: XcmVersionedLocation | { V3: any } | { V4: any } | { V5: any } | string | Uint8Array) => Observable<Option<u64>>, [u32, XcmVersionedLocation]> & QueryableStorageEntry<ApiType, [u32, XcmVersionedLocation]>;
      /**
       * The target locations that are subscribed to our version changes, as well as the most recent
       * of our versions we informed them of.
       **/
      versionNotifyTargets: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: XcmVersionedLocation | { V3: any } | { V4: any } | { V5: any } | string | Uint8Array) => Observable<Option<ITuple<[u64, PezspWeightsWeightV2Weight, u32]>>>, [u32, XcmVersionedLocation]> & QueryableStorageEntry<ApiType, [u32, XcmVersionedLocation]>;
      /**
       * Global suspension state of the XCM executor.
       **/
      xcmExecutionSuspended: AugmentedQuery<ApiType, () => Observable<bool>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    poolAssets: {
      /**
       * The holdings of a specific account for a specific asset.
       **/
      account: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: AccountId32 | string | Uint8Array) => Observable<Option<PezpalletAssetsAssetAccount>>, [u32, AccountId32]> & QueryableStorageEntry<ApiType, [u32, AccountId32]>;
      /**
       * Approved balance transfers. First balance is the amount approved for transfer. Second
       * is the amount of `T::Currency` reserved for storing this.
       * First key is the asset ID, second key is the owner and third key is the delegate.
       **/
      approvals: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: AccountId32 | string | Uint8Array, arg3: AccountId32 | string | Uint8Array) => Observable<Option<PezpalletAssetsApproval>>, [u32, AccountId32, AccountId32]> & QueryableStorageEntry<ApiType, [u32, AccountId32, AccountId32]>;
      /**
       * Details of an asset.
       **/
      asset: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<Option<PezpalletAssetsAssetDetails>>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * Metadata of an asset.
       **/
      metadata: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<PezpalletAssetsAssetMetadata>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * The asset ID enforced for the next asset creation, if any present. Otherwise, this storage
       * item has no effect.
       * 
       * This can be useful for setting up constraints for IDs of the new assets. For example, by
       * providing an initial [`NextAssetId`] and using the [`crate::AutoIncAssetId`] callback, an
       * auto-increment model can be applied to all new asset IDs.
       * 
       * The initial next asset ID can be set using the [`GenesisConfig`] or the
       * [SetNextAssetId](`migration::next_asset_id::SetNextAssetId`) migration.
       **/
      nextAssetId: AugmentedQuery<ApiType, () => Observable<Option<u32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    preimage: {
      preimageFor: AugmentedQuery<ApiType, (arg: ITuple<[H256, u32]> | [H256 | string | Uint8Array, u32 | AnyNumber | Uint8Array]) => Observable<Option<Bytes>>, [ITuple<[H256, u32]>]> & QueryableStorageEntry<ApiType, [ITuple<[H256, u32]>]>;
      /**
       * The request status of a given hash.
       **/
      requestStatusFor: AugmentedQuery<ApiType, (arg: H256 | string | Uint8Array) => Observable<Option<PezpalletPreimageRequestStatus>>, [H256]> & QueryableStorageEntry<ApiType, [H256]>;
      /**
       * The request status of a given hash.
       **/
      statusFor: AugmentedQuery<ApiType, (arg: H256 | string | Uint8Array) => Observable<Option<PezpalletPreimageOldRequestStatus>>, [H256]> & QueryableStorageEntry<ApiType, [H256]>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    proxy: {
      /**
       * The announcements made by the proxy (key).
       **/
      announcements: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<ITuple<[Vec<PezpalletProxyAnnouncement>, u128]>>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * The set of account proxies. Maps the account which has delegated to the accounts
       * which are being delegated to, together with the amount held on deposit.
       **/
      proxies: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<ITuple<[Vec<PezpalletProxyProxyDefinitionAssetHubDicleRuntimeProxyType>, u128]>>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    recovery: {
      /**
       * Active recovery attempts.
       * 
       * First account is the account to be recovered, and the second account
       * is the user trying to recover the account.
       **/
      activeRecoveries: AugmentedQuery<ApiType, (arg1: AccountId32 | string | Uint8Array, arg2: AccountId32 | string | Uint8Array) => Observable<Option<PezpalletRecoveryActiveRecovery>>, [AccountId32, AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32, AccountId32]>;
      /**
       * The list of allowed proxy accounts.
       * 
       * Map from the user who can access it to the recovered account.
       **/
      proxy: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<Option<AccountId32>>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * The set of recoverable accounts and their recovery configuration.
       **/
      recoverable: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<Option<PezpalletRecoveryRecoveryConfig>>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    referenda: {
      /**
       * The number of referenda being decided currently.
       **/
      decidingCount: AugmentedQuery<ApiType, (arg: u16 | AnyNumber | Uint8Array) => Observable<u32>, [u16]> & QueryableStorageEntry<ApiType, [u16]>;
      /**
       * The metadata is a general information concerning the referendum.
       * The `Hash` refers to the preimage of the `Preimages` provider which can be a JSON
       * dump or IPFS hash of a JSON file.
       * 
       * Consider a garbage collection for a metadata of finished referendums to `unrequest` (remove)
       * large preimages.
       **/
      metadataOf: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<Option<H256>>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * The next free referendum index, aka the number of referenda started so far.
       **/
      referendumCount: AugmentedQuery<ApiType, () => Observable<u32>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Information concerning any given referendum.
       **/
      referendumInfoFor: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<Option<PezpalletReferendaReferendumInfoOriginCaller>>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * The sorted list of referenda ready to be decided but not yet being decided, ordered by
       * conviction-weighted approvals.
       * 
       * This should be empty if `DecidingCount` is less than `TrackInfo::max_deciding`.
       **/
      trackQueue: AugmentedQuery<ApiType, (arg: u16 | AnyNumber | Uint8Array) => Observable<Vec<ITuple<[u32, u128]>>>, [u16]> & QueryableStorageEntry<ApiType, [u16]>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    remoteProxyRelayChain: {
      /**
       * Stores the last [`Config::MaxStorageRootsToKeep`] block to storage root mappings of the
       * target chain.
       **/
      blockToRoot: AugmentedQuery<ApiType, () => Observable<Vec<ITuple<[u32, H256]>>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    revive: {
      /**
       * The data associated to a contract or externally owned account.
       **/
      accountInfoOf: AugmentedQuery<ApiType, (arg: H160 | string | Uint8Array) => Observable<Option<PezpalletReviveStorageAccountInfo>>, [H160]> & QueryableStorageEntry<ApiType, [H160]>;
      /**
       * A mapping from a contract's code hash to its code info.
       **/
      codeInfoOf: AugmentedQuery<ApiType, (arg: H256 | string | Uint8Array) => Observable<Option<PezpalletReviveVmCodeInfo>>, [H256]> & QueryableStorageEntry<ApiType, [H256]>;
      /**
       * Evicted contracts that await child trie deletion.
       * 
       * Child trie deletion is a heavy operation depending on the amount of storage items
       * stored in said trie. Therefore this operation is performed lazily in `on_idle`.
       **/
      deletionQueue: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<Option<Bytes>>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * A pair of monotonic counters used to track the latest contract marked for deletion
       * and the latest deleted contract in queue.
       **/
      deletionQueueCounter: AugmentedQuery<ApiType, () => Observable<PezpalletReviveStorageDeletionQueueManager>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The immutable data associated with a given account.
       **/
      immutableDataOf: AugmentedQuery<ApiType, (arg: H160 | string | Uint8Array) => Observable<Option<Bytes>>, [H160]> & QueryableStorageEntry<ApiType, [H160]>;
      /**
       * Map a Ethereum address to its original `AccountId32`.
       * 
       * When deriving a `H160` from an `AccountId32` we use a hash function. In order to
       * reconstruct the original account we need to store the reverse mapping here.
       * Register your `AccountId32` using [`Pallet::map_account`] in order to
       * use it with this pallet.
       **/
      originalAccount: AugmentedQuery<ApiType, (arg: H160 | string | Uint8Array) => Observable<Option<AccountId32>>, [H160]> & QueryableStorageEntry<ApiType, [H160]>;
      /**
       * A mapping from a contract's code hash to its code.
       **/
      pristineCode: AugmentedQuery<ApiType, (arg: H256 | string | Uint8Array) => Observable<Option<Bytes>>, [H256]> & QueryableStorageEntry<ApiType, [H256]>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    scheduler: {
      /**
       * Items to be executed, indexed by the block number that they should be executed on.
       **/
      agenda: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<Vec<Option<PezpalletSchedulerScheduled>>>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * Block number at which the agenda began incomplete execution.
       **/
      incompleteSince: AugmentedQuery<ApiType, () => Observable<Option<u32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Lookup from a name to the block number and index of the task.
       * 
       * For v3 -> v4 the previously unbounded identities are Blake2-256 hashed to form the v4
       * identities.
       **/
      lookup: AugmentedQuery<ApiType, (arg: U8aFixed | string | Uint8Array) => Observable<Option<ITuple<[u32, u32]>>>, [U8aFixed]> & QueryableStorageEntry<ApiType, [U8aFixed]>;
      /**
       * Retry configurations for items to be executed, indexed by task address.
       **/
      retries: AugmentedQuery<ApiType, (arg: ITuple<[u32, u32]> | [u32 | AnyNumber | Uint8Array, u32 | AnyNumber | Uint8Array]) => Observable<Option<PezpalletSchedulerRetryConfig>>, [ITuple<[u32, u32]>]> & QueryableStorageEntry<ApiType, [ITuple<[u32, u32]>]>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    session: {
      /**
       * Current index of the session.
       **/
      currentIndex: AugmentedQuery<ApiType, () => Observable<u32>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Indices of disabled validators.
       * 
       * The vec is always kept sorted so that we can find whether a given validator is
       * disabled using binary search. It gets cleared when `on_session_ending` returns
       * a new set of identities.
       **/
      disabledValidators: AugmentedQuery<ApiType, () => Observable<Vec<ITuple<[u32, Perbill]>>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The owner of a key. The key is the `KeyTypeId` + the encoded key.
       **/
      keyOwner: AugmentedQuery<ApiType, (arg: ITuple<[PezspCoreCryptoKeyTypeId, Bytes]> | [PezspCoreCryptoKeyTypeId | string | Uint8Array, Bytes | string | Uint8Array]) => Observable<Option<AccountId32>>, [ITuple<[PezspCoreCryptoKeyTypeId, Bytes]>]> & QueryableStorageEntry<ApiType, [ITuple<[PezspCoreCryptoKeyTypeId, Bytes]>]>;
      /**
       * The next session keys for a validator.
       **/
      nextKeys: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<Option<AssetHubDicleRuntimeSessionKeys>>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * True if the underlying economic identities or weighting behind the validators
       * has changed in the queued validator set.
       **/
      queuedChanged: AugmentedQuery<ApiType, () => Observable<bool>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The queued keys for the next session. When the next session begins, these keys
       * will be used to determine the validator's session keys.
       **/
      queuedKeys: AugmentedQuery<ApiType, () => Observable<Vec<ITuple<[AccountId32, AssetHubDicleRuntimeSessionKeys]>>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The current set of validators.
       **/
      validators: AugmentedQuery<ApiType, () => Observable<Vec<AccountId32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    society: {
      /**
       * The current bids, stored ordered by the value of the bid.
       **/
      bids: AugmentedQuery<ApiType, () => Observable<Vec<PezpalletSocietyBid>>, []> & QueryableStorageEntry<ApiType, []>;
      candidates: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<Option<PezpalletSocietyCandidacy>>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * The number of challenge rounds there have been. Used to identify stale DefenderVotes.
       **/
      challengeRoundCount: AugmentedQuery<ApiType, () => Observable<u32>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Votes for the defender, keyed by challenge round.
       **/
      defenderVotes: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: AccountId32 | string | Uint8Array) => Observable<Option<PezpalletSocietyVote>>, [u32, AccountId32]> & QueryableStorageEntry<ApiType, [u32, AccountId32]>;
      /**
       * The defending member currently being challenged, along with a running tally of votes.
       **/
      defending: AugmentedQuery<ApiType, () => Observable<Option<ITuple<[AccountId32, AccountId32, PezpalletSocietyTally]>>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The first member.
       **/
      founder: AugmentedQuery<ApiType, () => Observable<Option<AccountId32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The most primary from the most recently approved rank 0 members in the society.
       **/
      head: AugmentedQuery<ApiType, () => Observable<Option<AccountId32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The current items in `Members` keyed by their unique index. Keys are densely populated
       * `0..MemberCount` (does not include `MemberCount`).
       **/
      memberByIndex: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<Option<AccountId32>>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * The number of items in `Members` currently. (Doesn't include `SuspendedMembers`.)
       **/
      memberCount: AugmentedQuery<ApiType, () => Observable<u32>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The current members and their rank. Doesn't include `SuspendedMembers`.
       **/
      members: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<Option<PezpalletSocietyMemberRecord>>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * Next challenge rotation scheduled with [Config::BlockNumberProvider].
       **/
      nextChallengeAt: AugmentedQuery<ApiType, () => Observable<Option<u32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * At the end of the claim period, this contains the most recently approved members (along with
       * their bid and round ID) who is from the most recent round with the lowest bid. They will
       * become the new `Head`.
       **/
      nextHead: AugmentedQuery<ApiType, () => Observable<Option<PezpalletSocietyIntakeRecord>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Next intake rotation scheduled with [Config::BlockNumberProvider].
       **/
      nextIntakeAt: AugmentedQuery<ApiType, () => Observable<Option<u32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The max number of members for the society at one time.
       **/
      parameters: AugmentedQuery<ApiType, () => Observable<Option<PezpalletSocietyGroupParams>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Information regarding rank-0 payouts, past and future.
       **/
      payouts: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<PezpalletSocietyPayoutRecord>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * Amount of our account balance that is specifically for the next round's bid(s).
       **/
      pot: AugmentedQuery<ApiType, () => Observable<u128>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The number of rounds which have passed.
       **/
      roundCount: AugmentedQuery<ApiType, () => Observable<u32>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * A hash of the rules of this society concerning membership. Can only be set once and
       * only by the founder.
       **/
      rules: AugmentedQuery<ApiType, () => Observable<Option<H256>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The current skeptic.
       **/
      skeptic: AugmentedQuery<ApiType, () => Observable<Option<AccountId32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The set of suspended members, with their old membership record.
       **/
      suspendedMembers: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<Option<PezpalletSocietyMemberRecord>>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * Clear-cursor for Vote, map from Candidate -> (Maybe) Cursor.
       **/
      voteClearCursor: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<Option<Bytes>>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * Double map from Candidate -> Voter -> (Maybe) Vote.
       **/
      votes: AugmentedQuery<ApiType, (arg1: AccountId32 | string | Uint8Array, arg2: AccountId32 | string | Uint8Array) => Observable<Option<PezpalletSocietyVote>>, [AccountId32, AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32, AccountId32]>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    staking: {
      /**
       * The active era information, it holds index and start.
       * 
       * The active era is the era being currently rewarded. Validator set of this era must be
       * equal to what is RC's session pallet.
       **/
      activeEra: AugmentedQuery<ApiType, () => Observable<Option<PezpalletStakingAsyncActiveEraInfo>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Map from all locked "stash" accounts to the controller account.
       * 
       * TWOX-NOTE: SAFE since `AccountId` is a secure hash.
       **/
      bonded: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<Option<AccountId32>>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * A mapping from still-bonded eras to the first session index of that era.
       * 
       * Must contains information for eras for the range:
       * `[active_era - bounding_duration; active_era]`
       **/
      bondedEras: AugmentedQuery<ApiType, () => Observable<Vec<ITuple<[u32, u32]>>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The amount of currency given to reporters of a slash event which was
       * canceled by extraordinary circumstances (e.g. governance).
       **/
      canceledSlashPayout: AugmentedQuery<ApiType, () => Observable<u128>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Cancelled slashes by era and validator with maximum slash fraction to be cancelled.
       * 
       * When slashes are cancelled by governance, this stores the era and the validators
       * whose slashes should be cancelled, along with the maximum slash fraction that should
       * be cancelled for each validator.
       **/
      cancelledSlashes: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<Vec<ITuple<[AccountId32, Perbill]>>>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * The threshold for when users can start calling `chill_other` for other validators /
       * nominators. The threshold is compared to the actual number of validators / nominators
       * (`CountFor*`) in the system compared to the configured max (`Max*Count`).
       **/
      chillThreshold: AugmentedQuery<ApiType, () => Observable<Option<Percent>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * History of claimed paged rewards by era and validator.
       * 
       * This is keyed by era and validator stash which maps to the set of page indexes which have
       * been claimed.
       * 
       * It is removed after [`Config::HistoryDepth`] eras.
       **/
      claimedRewards: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: AccountId32 | string | Uint8Array) => Observable<Vec<u32>>, [u32, AccountId32]> & QueryableStorageEntry<ApiType, [u32, AccountId32]>;
      /**
       * Counter for the related counted storage map
       **/
      counterForNominators: AugmentedQuery<ApiType, () => Observable<u32>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Counter for the related counted storage map
       **/
      counterForValidators: AugmentedQuery<ApiType, () => Observable<u32>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Counter for the related counted storage map
       **/
      counterForVirtualStakers: AugmentedQuery<ApiType, () => Observable<u32>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The current planned era index.
       * 
       * This is the latest planned era, depending on how the Session pallet queues the validator
       * set, it might be active or not.
       **/
      currentEra: AugmentedQuery<ApiType, () => Observable<Option<u32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * A bounded list of the "electable" stashes that resulted from a successful election.
       **/
      electableStashes: AugmentedQuery<ApiType, () => Observable<BTreeSet<AccountId32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Tracks the current step of era pruning process for each era being lazily pruned.
       **/
      eraPruningState: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<Option<PezpalletStakingAsyncPezpalletPruningStep>>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * Rewards for the last [`Config::HistoryDepth`] eras.
       * If reward hasn't been set or has been removed then 0 reward is returned.
       **/
      erasRewardPoints: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<PezpalletStakingAsyncEraRewardPoints>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * Summary of validator exposure at a given era.
       * 
       * This contains the total stake in support of the validator and their own stake. In addition,
       * it can also be used to get the number of nominators backing this validator and the number of
       * exposure pages they are divided into. The page count is useful to determine the number of
       * pages of rewards that needs to be claimed.
       * 
       * This is keyed first by the era index to allow bulk deletion and then the stash account.
       * Should only be accessed through `Eras`.
       * 
       * Is it removed after [`Config::HistoryDepth`] eras.
       * If stakers hasn't been set or has been removed then empty overview is returned.
       **/
      erasStakersOverview: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: AccountId32 | string | Uint8Array) => Observable<Option<PezspStakingPagedExposureMetadata>>, [u32, AccountId32]> & QueryableStorageEntry<ApiType, [u32, AccountId32]>;
      /**
       * Paginated exposure of a validator at given era.
       * 
       * This is keyed first by the era index to allow bulk deletion, then stash account and finally
       * the page. Should only be accessed through `Eras`.
       * 
       * This is cleared after [`Config::HistoryDepth`] eras.
       **/
      erasStakersPaged: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: AccountId32 | string | Uint8Array, arg3: u32 | AnyNumber | Uint8Array) => Observable<Option<PezpalletStakingAsyncPezpalletBoundedExposurePage>>, [u32, AccountId32, u32]> & QueryableStorageEntry<ApiType, [u32, AccountId32, u32]>;
      /**
       * The total amount staked for the last [`Config::HistoryDepth`] eras.
       * If total hasn't been set or has been removed then 0 stake is returned.
       **/
      erasTotalStake: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<u128>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * Exposure of validator at era with the preferences of validators.
       * 
       * This is keyed first by the era index to allow bulk deletion and then the stash account.
       * 
       * Is it removed after [`Config::HistoryDepth`] eras.
       **/
      erasValidatorPrefs: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: AccountId32 | string | Uint8Array) => Observable<PezpalletStakingAsyncValidatorPrefs>, [u32, AccountId32]> & QueryableStorageEntry<ApiType, [u32, AccountId32]>;
      /**
       * The total validator era payout for the last [`Config::HistoryDepth`] eras.
       * 
       * Eras that haven't finished yet or has been removed doesn't have reward.
       **/
      erasValidatorReward: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<Option<u128>>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * Mode of era forcing.
       **/
      forceEra: AugmentedQuery<ApiType, () => Observable<PezpalletStakingAsyncForcing>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Any validators that may never be slashed or forcibly kicked. It's a Vec since they're
       * easy to initialize and the performance hit is minimal (we expect no more than four
       * invulnerables) and restricted to testnets.
       **/
      invulnerables: AugmentedQuery<ApiType, () => Observable<Vec<AccountId32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Map from all (unlocked) "controller" accounts to the info regarding the staking.
       * 
       * Note: All the reads and mutations to this storage *MUST* be done through the methods exposed
       * by [`StakingLedger`] to ensure data and lock consistency.
       **/
      ledger: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<Option<PezpalletStakingAsyncLedgerStakingLedger>>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * The maximum nominator count before we stop allowing new validators to join.
       * 
       * When this value is not set, no limits are enforced.
       **/
      maxNominatorsCount: AugmentedQuery<ApiType, () => Observable<Option<u32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Maximum staked rewards, i.e. the percentage of the era inflation that
       * is used for stake rewards.
       * See [Era payout](./index.html#era-payout).
       **/
      maxStakedRewards: AugmentedQuery<ApiType, () => Observable<Option<Percent>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The maximum validator count before we stop allowing new validators to join.
       * 
       * When this value is not set, no limits are enforced.
       **/
      maxValidatorsCount: AugmentedQuery<ApiType, () => Observable<Option<u32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The minimum amount of commission that validators can set.
       * 
       * If set to `0`, no limit exists.
       **/
      minCommission: AugmentedQuery<ApiType, () => Observable<Perbill>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The minimum active nominator stake of the last successful election.
       **/
      minimumActiveStake: AugmentedQuery<ApiType, () => Observable<u128>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The minimum active bond to become and maintain the role of a nominator.
       **/
      minNominatorBond: AugmentedQuery<ApiType, () => Observable<u128>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The minimum active bond to become and maintain the role of a validator.
       **/
      minValidatorBond: AugmentedQuery<ApiType, () => Observable<u128>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Keeps track of an ongoing multi-page election solution request.
       * 
       * If `Some(_)``, it is the next page that we intend to elect. If `None`, we are not in the
       * election process.
       * 
       * This is only set in multi-block elections. Should always be `None` otherwise.
       **/
      nextElectionPage: AugmentedQuery<ApiType, () => Observable<Option<u32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The map from nominator stash key to their nomination preferences, namely the validators that
       * they wish to support.
       * 
       * Note that the keys of this storage map might become non-decodable in case the
       * account's [`NominationsQuota::MaxNominations`] configuration is decreased.
       * In this rare case, these nominators
       * are still existent in storage, their key is correct and retrievable (i.e. `contains_key`
       * indicates that they exist), but their value cannot be decoded. Therefore, the non-decodable
       * nominators will effectively not-exist, until they re-submit their preferences such that it
       * is within the bounds of the newly set `Config::MaxNominations`.
       * 
       * This implies that `::iter_keys().count()` and `::iter().count()` might return different
       * values for this map. Moreover, the main `::count()` is aligned with the former, namely the
       * number of keys that exist.
       * 
       * Lastly, if any of the nominators become non-decodable, they can be chilled immediately via
       * [`Call::chill_other`] dispatchable by anyone.
       * 
       * TWOX-NOTE: SAFE since `AccountId` is a secure hash.
       **/
      nominators: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<Option<PezpalletStakingAsyncNominations>>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * Stores reported offences in a queue until they are processed in subsequent blocks.
       * 
       * Each offence is recorded under the corresponding era index and the offending validator's
       * account. If an offence spans multiple pages, only one page is processed at a time. Offences
       * are handled sequentially, with their associated slashes computed and stored in
       * `UnappliedSlashes`. These slashes are then applied in a future era as determined by
       * `SlashDeferDuration`.
       * 
       * Any offences tied to an era older than `BondingDuration` are automatically dropped.
       * Processing always prioritizes the oldest era first.
       **/
      offenceQueue: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: AccountId32 | string | Uint8Array) => Observable<Option<PezpalletStakingAsyncSlashingOffenceRecord>>, [u32, AccountId32]> & QueryableStorageEntry<ApiType, [u32, AccountId32]>;
      /**
       * Tracks the eras that contain offences in `OffenceQueue`, sorted from **earliest to latest**.
       * 
       * - This ensures efficient retrieval of the oldest offence without iterating through
       * `OffenceQueue`.
       * - When a new offence is added to `OffenceQueue`, its era is **inserted in sorted order**
       * if not already present.
       * - When all offences for an era are processed, it is **removed** from this list.
       * - The maximum length of this vector is bounded by `BondingDuration`.
       * 
       * This eliminates the need for expensive iteration and sorting when fetching the next offence
       * to process.
       **/
      offenceQueueEras: AugmentedQuery<ApiType, () => Observable<Option<Vec<u32>>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Where the reward payment should be made. Keyed by stash.
       * 
       * TWOX-NOTE: SAFE since `AccountId` is a secure hash.
       **/
      payee: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<Option<PezpalletStakingAsyncRewardDestination>>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * Tracks the currently processed offence record from the `OffenceQueue`.
       * 
       * - When processing offences, an offence record is **popped** from the oldest era in
       * `OffenceQueue` and stored here.
       * - The function `process_offence` reads from this storage, processing one page of exposure at
       * a time.
       * - After processing a page, the `exposure_page` count is **decremented** until it reaches
       * zero.
       * - Once fully processed, the offence record is removed from this storage.
       * 
       * This ensures that offences are processed incrementally, preventing excessive computation
       * in a single block while maintaining correct slashing behavior.
       **/
      processingOffence: AugmentedQuery<ApiType, () => Observable<Option<ITuple<[u32, AccountId32, PezpalletStakingAsyncSlashingOffenceRecord]>>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The percentage of the slash that is distributed to reporters.
       * 
       * The rest of the slashed value is handled by the `Slash`.
       **/
      slashRewardFraction: AugmentedQuery<ApiType, () => Observable<Perbill>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * All unapplied slashes that are queued for later.
       **/
      unappliedSlashes: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: ITuple<[AccountId32, Perbill, u32]> | [AccountId32 | string | Uint8Array, Perbill | AnyNumber | Uint8Array, u32 | AnyNumber | Uint8Array]) => Observable<Option<PezpalletStakingAsyncUnappliedSlash>>, [u32, ITuple<[AccountId32, Perbill, u32]>]> & QueryableStorageEntry<ApiType, [u32, ITuple<[AccountId32, Perbill, u32]>]>;
      /**
       * The ideal number of active validators.
       **/
      validatorCount: AugmentedQuery<ApiType, () => Observable<u32>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The map from (wannabe) validator stash key to the preferences of that validator.
       * 
       * TWOX-NOTE: SAFE since `AccountId` is a secure hash.
       **/
      validators: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<PezpalletStakingAsyncValidatorPrefs>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * All slashing events on validators, mapped by era to the highest slash proportion
       * and slash value of the era.
       **/
      validatorSlashInEra: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: AccountId32 | string | Uint8Array) => Observable<Option<ITuple<[Perbill, u128]>>>, [u32, AccountId32]> & QueryableStorageEntry<ApiType, [u32, AccountId32]>;
      /**
       * Stakers whose funds are managed by other pallets.
       * 
       * This pallet does not apply any locks on them, therefore they are only virtually bonded. They
       * are expected to be keyless accounts and hence should not be allowed to mutate their ledger
       * directly via this pallet. Instead, these accounts are managed by other pallets and accessed
       * via low level apis. We keep track of them to do minimal integrity checks.
       **/
      virtualStakers: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<Option<Null>>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * Voter snapshot progress status.
       * 
       * If the status is `Ongoing`, it keeps a cursor of the last voter retrieved to proceed when
       * creating the next snapshot page.
       **/
      voterSnapshotStatus: AugmentedQuery<ApiType, () => Observable<PezpalletStakingAsyncSnapshotStatus>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    stakingRcClient: {
      /**
       * An incomplete incoming session report that we have not acted upon yet.
       **/
      incompleteSessionReport: AugmentedQuery<ApiType, () => Observable<Option<PezpalletStakingAsyncRcClientSessionReport>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The last session report's `end_index` that we have acted upon.
       * 
       * This allows this pallet to ensure a sequentially increasing sequence of session reports
       * passed to staking.
       * 
       * Note that with the XCM being the backbone of communication, we have a guarantee on the
       * ordering of messages. As long as the RC sends session reports in order, we _eventually_
       * receive them in the same correct order as well.
       **/
      lastSessionReportEndingIndex: AugmentedQuery<ApiType, () => Observable<Option<u32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * A validator set that is outgoing, and should be sent.
       * 
       * This will be attempted to be sent, possibly on every `on_initialize` call, until it is sent,
       * or the second value reaches zero, at which point we drop it.
       **/
      outgoingValidatorSet: AugmentedQuery<ApiType, () => Observable<Option<ITuple<[PezpalletStakingAsyncRcClientValidatorSetReport, u32]>>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    stateTrieMigration: {
      /**
       * The limits that are imposed on automatic migrations.
       * 
       * If set to None, then no automatic migration happens.
       **/
      autoLimits: AugmentedQuery<ApiType, () => Observable<Option<PezpalletStateTrieMigrationMigrationLimits>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Migration progress.
       * 
       * This stores the snapshot of the last migrated keys. It can be set into motion and move
       * forward by any of the means provided by this pallet.
       **/
      migrationProcess: AugmentedQuery<ApiType, () => Observable<PezpalletStateTrieMigrationMigrationTask>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The maximum limits that the signed migration could use.
       * 
       * If not set, no signed submission is allowed.
       **/
      signedMigrationMaxLimits: AugmentedQuery<ApiType, () => Observable<Option<PezpalletStateTrieMigrationMigrationLimits>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    system: {
      /**
       * The full account information for a particular account ID.
       **/
      account: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<PezframeSystemAccountInfo>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * Total length (in bytes) for all extrinsics put together, for the current block.
       **/
      allExtrinsicsLen: AugmentedQuery<ApiType, () => Observable<Option<u32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * `Some` if a code upgrade has been authorized.
       **/
      authorizedUpgrade: AugmentedQuery<ApiType, () => Observable<Option<PezframeSystemCodeUpgradeAuthorization>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Map of block numbers to block hashes.
       **/
      blockHash: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<H256>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * The current weight for the block.
       **/
      blockWeight: AugmentedQuery<ApiType, () => Observable<PezframeSupportDispatchPerDispatchClassWeight>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Digest of the current block, also part of the block header.
       **/
      digest: AugmentedQuery<ApiType, () => Observable<PezspRuntimeDigest>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The number of events in the `Events<T>` list.
       **/
      eventCount: AugmentedQuery<ApiType, () => Observable<u32>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Events deposited for the current block.
       * 
       * NOTE: The item is unbound and should therefore never be read on chain.
       * It could otherwise inflate the PoV size of a block.
       * 
       * Events have a large in-memory size. Box the events to not go out-of-memory
       * just in case someone still reads them from within the runtime.
       **/
      events: AugmentedQuery<ApiType, () => Observable<Vec<PezframeSystemEventRecord>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Mapping between a topic (represented by T::Hash) and a vector of indexes
       * of events in the `<Events<T>>` list.
       * 
       * All topic vectors have deterministic storage locations depending on the topic. This
       * allows light-clients to leverage the changes trie storage tracking mechanism and
       * in case of changes fetch the list of events of interest.
       * 
       * The value has the type `(BlockNumberFor<T>, EventIndex)` because if we used only just
       * the `EventIndex` then in case if the topic has the same contents on the next block
       * no notification will be triggered thus the event might be lost.
       **/
      eventTopics: AugmentedQuery<ApiType, (arg: H256 | string | Uint8Array) => Observable<Vec<ITuple<[u32, u32]>>>, [H256]> & QueryableStorageEntry<ApiType, [H256]>;
      /**
       * The execution phase of the block.
       **/
      executionPhase: AugmentedQuery<ApiType, () => Observable<Option<PezframeSystemPhase>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Total extrinsics count for the current block.
       **/
      extrinsicCount: AugmentedQuery<ApiType, () => Observable<Option<u32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Extrinsics data for the current block (maps an extrinsic's index to its data).
       **/
      extrinsicData: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<Bytes>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * The weight reclaimed for the extrinsic.
       * 
       * This information is available until the end of the extrinsic execution.
       * More precisely this information is removed in `note_applied_extrinsic`.
       * 
       * Logic doing some post dispatch weight reduction must update this storage to avoid duplicate
       * reduction.
       **/
      extrinsicWeightReclaimed: AugmentedQuery<ApiType, () => Observable<PezspWeightsWeightV2Weight>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Whether all inherents have been applied.
       **/
      inherentsApplied: AugmentedQuery<ApiType, () => Observable<bool>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Stores the `spec_version` and `spec_name` of when the last runtime upgrade happened.
       **/
      lastRuntimeUpgrade: AugmentedQuery<ApiType, () => Observable<Option<PezframeSystemLastRuntimeUpgradeInfo>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The current block number being processed. Set by `execute_block`.
       **/
      number: AugmentedQuery<ApiType, () => Observable<u32>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Hash of the previous block.
       **/
      parentHash: AugmentedQuery<ApiType, () => Observable<H256>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * True if we have upgraded so that AccountInfo contains three types of `RefCount`. False
       * (default) if not.
       **/
      upgradedToTripleRefCount: AugmentedQuery<ApiType, () => Observable<bool>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * True if we have upgraded so that `type RefCount` is `u32`. False (default) if not.
       **/
      upgradedToU32RefCount: AugmentedQuery<ApiType, () => Observable<bool>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    timestamp: {
      /**
       * Whether the timestamp has been updated in this block.
       * 
       * This value is updated to `true` upon successful submission of a timestamp by a node.
       * It is then checked at the end of each block execution in the `on_finalize` hook.
       **/
      didUpdate: AugmentedQuery<ApiType, () => Observable<bool>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The current time for the current block.
       **/
      now: AugmentedQuery<ApiType, () => Observable<u64>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    toPolkadotXcmRouter: {
      /**
       * Bridge that we are using.
       * 
       * **bridges-v1** assumptions: all outbound messages through this router are using single lane
       * and to single remote consensus. If there is some other remote consensus that uses the same
       * bridge hub, the separate pallet instance shall be used, In `v2` we'll have all required
       * primitives (lane-id aka bridge-id, derived from XCM locations) to support multiple  bridges
       * by the same pallet instance.
       **/
      bridge: AugmentedQuery<ApiType, () => Observable<BpXcmBridgeHubRouterBridgeState>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    transactionPayment: {
      nextFeeMultiplier: AugmentedQuery<ApiType, () => Observable<u128>, []> & QueryableStorageEntry<ApiType, []>;
      storageVersion: AugmentedQuery<ApiType, () => Observable<PezpalletTransactionPaymentReleases>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    treasury: {
      /**
       * DEPRECATED: associated with `spend_local` call and will be removed in May 2025.
       * Refer to <https://github.com/paritytech/polkadot-sdk/pull/5961> for migration to `spend`.
       * 
       * Proposal indices that have been approved but not yet awarded.
       **/
      approvals: AugmentedQuery<ApiType, () => Observable<Vec<u32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The amount which has been reported as inactive to Currency.
       **/
      deactivated: AugmentedQuery<ApiType, () => Observable<u128>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The blocknumber for the last triggered spend period.
       **/
      lastSpendPeriod: AugmentedQuery<ApiType, () => Observable<Option<u32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * DEPRECATED: associated with `spend_local` call and will be removed in May 2025.
       * Refer to <https://github.com/paritytech/polkadot-sdk/pull/5961> for migration to `spend`.
       * 
       * Number of proposals that have been made.
       **/
      proposalCount: AugmentedQuery<ApiType, () => Observable<u32>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * DEPRECATED: associated with `spend_local` call and will be removed in May 2025.
       * Refer to <https://github.com/paritytech/polkadot-sdk/pull/5961> for migration to `spend`.
       * 
       * Proposals that have been made.
       **/
      proposals: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<Option<PezpalletTreasuryProposal>>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * The count of spends that have been made.
       **/
      spendCount: AugmentedQuery<ApiType, () => Observable<u32>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Spends that have been approved and being processed.
       **/
      spends: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<Option<PezpalletTreasurySpendStatus>>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    uniques: {
      /**
       * The items held by any given account; set out this way so that items owned by a single
       * account can be enumerated.
       **/
      account: AugmentedQuery<ApiType, (arg1: AccountId32 | string | Uint8Array, arg2: u32 | AnyNumber | Uint8Array, arg3: u32 | AnyNumber | Uint8Array) => Observable<Option<Null>>, [AccountId32, u32, u32]> & QueryableStorageEntry<ApiType, [AccountId32, u32, u32]>;
      /**
       * The items in existence and their ownership details.
       **/
      asset: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: u32 | AnyNumber | Uint8Array) => Observable<Option<PezpalletUniquesItemDetails>>, [u32, u32]> & QueryableStorageEntry<ApiType, [u32, u32]>;
      /**
       * Attributes of a collection.
       **/
      attribute: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: Option<u32> | null | Uint8Array | u32 | AnyNumber, arg3: Bytes | string | Uint8Array) => Observable<Option<ITuple<[Bytes, u128]>>>, [u32, Option<u32>, Bytes]> & QueryableStorageEntry<ApiType, [u32, Option<u32>, Bytes]>;
      /**
       * Details of a collection.
       **/
      class: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<Option<PezpalletUniquesCollectionDetails>>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * The collections owned by any given account; set out this way so that collections owned by
       * a single account can be enumerated.
       **/
      classAccount: AugmentedQuery<ApiType, (arg1: AccountId32 | string | Uint8Array, arg2: u32 | AnyNumber | Uint8Array) => Observable<Option<Null>>, [AccountId32, u32]> & QueryableStorageEntry<ApiType, [AccountId32, u32]>;
      /**
       * Metadata of a collection.
       **/
      classMetadataOf: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<Option<PezpalletUniquesCollectionMetadata>>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * Keeps track of the number of items a collection might have.
       **/
      collectionMaxSupply: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<Option<u32>>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * Metadata of an item.
       **/
      instanceMetadataOf: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: u32 | AnyNumber | Uint8Array) => Observable<Option<PezpalletUniquesItemMetadata>>, [u32, u32]> & QueryableStorageEntry<ApiType, [u32, u32]>;
      /**
       * Price of an asset instance.
       **/
      itemPriceOf: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: u32 | AnyNumber | Uint8Array) => Observable<Option<ITuple<[u128, Option<AccountId32>]>>>, [u32, u32]> & QueryableStorageEntry<ApiType, [u32, u32]>;
      /**
       * The collection, if any, of which an account is willing to take ownership.
       **/
      ownershipAcceptance: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<Option<u32>>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    vesting: {
      /**
       * Storage version of the pallet.
       * 
       * New networks start with latest version, as determined by the genesis build.
       **/
      storageVersion: AugmentedQuery<ApiType, () => Observable<PezpalletVestingReleases>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Information regarding the vesting of a given account.
       **/
      vesting: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<Option<Vec<PezpalletVestingVestingInfo>>>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    voterList: {
      /**
       * Counter for the related counted storage map
       **/
      counterForListNodes: AugmentedQuery<ApiType, () => Observable<u32>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * A bag stored in storage.
       * 
       * Stores a `Bag` struct, which stores head and tail pointers to itself.
       **/
      listBags: AugmentedQuery<ApiType, (arg: u64 | AnyNumber | Uint8Array) => Observable<Option<PezpalletBagsListListBag>>, [u64]> & QueryableStorageEntry<ApiType, [u64]>;
      /**
       * A single node, within some bag.
       * 
       * Nodes store links forward and back within their respective bags.
       **/
      listNodes: AugmentedQuery<ApiType, (arg: AccountId32 | string | Uint8Array) => Observable<Option<PezpalletBagsListListNode>>, [AccountId32]> & QueryableStorageEntry<ApiType, [AccountId32]>;
      /**
       * Lock all updates to this pallet.
       * 
       * If any nodes needs updating, removal or addition due to a temporary lock, the
       * [`Call::rebag`] can be used.
       **/
      lock: AugmentedQuery<ApiType, () => Observable<Option<Null>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Pointer that remembers the next node that will be auto-rebagged.
       * When `None`, the next scan will start from the list head again.
       **/
      nextNodeAutoRebagged: AugmentedQuery<ApiType, () => Observable<Option<AccountId32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    whitelist: {
      whitelistedCall: AugmentedQuery<ApiType, (arg: H256 | string | Uint8Array) => Observable<Option<Null>>, [H256]> & QueryableStorageEntry<ApiType, [H256]>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
    xcmpQueue: {
      /**
       * The factor to multiply the base delivery fee by.
       **/
      deliveryFeeFactor: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<u128>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * The suspended inbound XCMP channels. All others are not suspended.
       * 
       * This is a `StorageValue` instead of a `StorageMap` since we expect multiple reads per block
       * to different keys with a one byte payload. The access to `BoundedBTreeSet` will be cached
       * within the block and therefore only included once in the proof size.
       * 
       * NOTE: The PoV benchmarking cannot know this and will over-estimate, but the actual proof
       * will be smaller.
       **/
      inboundXcmpSuspended: AugmentedQuery<ApiType, () => Observable<BTreeSet<u32>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The messages outbound in a given XCMP channel.
       **/
      outboundXcmpMessages: AugmentedQuery<ApiType, (arg1: u32 | AnyNumber | Uint8Array, arg2: u16 | AnyNumber | Uint8Array) => Observable<Bytes>, [u32, u16]> & QueryableStorageEntry<ApiType, [u32, u16]>;
      /**
       * The non-empty XCMP channels in order of becoming non-empty, and the index of the first
       * and last outbound message. If the two indices are equal, then it indicates an empty
       * queue and there must be a non-`Ok` `OutboundStatus`. We assume queues grow no greater
       * than 65535 items. Queue indices for normal messages begin at one; zero is reserved in
       * case of the need to send a high-priority signal message this block.
       * The bool is true if there is a signal message waiting to be sent.
       **/
      outboundXcmpStatus: AugmentedQuery<ApiType, () => Observable<Vec<PezcumulusPezpalletXcmpQueueOutboundChannelDetails>>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * The configuration which controls the dynamics of the outbound queue.
       **/
      queueConfig: AugmentedQuery<ApiType, () => Observable<PezcumulusPezpalletXcmpQueueQueueConfigData>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Whether or not the XCMP queue is suspended from executing incoming XCMs or not.
       **/
      queueSuspended: AugmentedQuery<ApiType, () => Observable<bool>, []> & QueryableStorageEntry<ApiType, []>;
      /**
       * Any signal messages waiting to be sent.
       **/
      signalMessages: AugmentedQuery<ApiType, (arg: u32 | AnyNumber | Uint8Array) => Observable<Bytes>, [u32]> & QueryableStorageEntry<ApiType, [u32]>;
      /**
       * Generic query
       **/
      [key: string]: QueryableStorageEntry<ApiType>;
    };
  } // AugmentedQueries
} // declare module
