Storage

The following sections contain Storage methods are part of the default Kusama runtime. On the api, these are exposed via api.query.<module>.<method>.

(NOTE: These were generated from a static/snapshot view of a recent default Kusama runtime. Some items may not be available in older nodes, or in any customized implementations.)

auctions
authorship
babe
balances
beefy
beefyMmrLeaf
bounties
childBounties
claims
configuration
convictionVoting
crowdloan
dmp
electionProviderMultiPhase
fastUnstake
fellowshipCollective
fellowshipReferenda
grandpa
hrmp
identity
imOnline
indices
initializer
messageQueue
mmr
multisig
nis
nisCounterpartBalances
nominationPools
offences
paraAssignmentProvider
paraInclusion
paraInherent
paras
paraScheduler
parasDisputes
paraSessionInfo
parasShared
parasSlashing
preimage
proxy
recovery
referenda
registrar
scheduler
session
slots
society
staking
stateTrieMigration
substrate
system
timestamp
transactionPayment
treasury
vesting
voterList
whitelist
xcmPallet

auctions

auctionCounter(): `u32`

interface: api.query.auctions.auctionCounter
summary: Number of auctions started so far.

auctionInfo(): `Option<(u32,u32)>`

interface: api.query.auctions.auctionInfo
summary: Information relating to the current auction, if there is one.
The first item in the tuple is the lease period index that the first of the four contiguous lease periods on auction is for. The second is the block number when the auction will "begin to end", i.e. the first block of the Ending Period of the auction.

reservedAmounts(`(AccountId32,u32)`): `Option<u128>`

interface: api.query.auctions.reservedAmounts
summary: Amounts currently reserved in the accounts of the bidders currently winning (sub-)ranges.

winning(`u32`): `Option<[Option<(AccountId32,u32,u128)>;36]>`

interface: api.query.auctions.winning
summary: The winning bids for each of the 10 ranges at each sample in the final Ending Period of the current auction. The map's key is the 0-based index into the Sample Size. The first sample of the ending period is 0; the last is Sample Size - 1.

authorship

author(): `Option<AccountId32>`

interface: api.query.authorship.author
summary: Author of current block.

babe

authorities(): `Vec<(SpConsensusBabeAppPublic,u64)>`

interface: api.query.babe.authorities
summary: Current epoch authorities.

authorVrfRandomness(): `Option<[u8;32]>`

interface: api.query.babe.authorVrfRandomness
summary: This field should always be populated during block processing unless secondary plain slots are enabled (which don't contain a VRF output).
It is set in on_finalize, before it will contain the value from the last block.

currentSlot(): `u64`

interface: api.query.babe.currentSlot
summary: Current slot number.

epochConfig(): `Option<SpConsensusBabeBabeEpochConfiguration>`

interface: api.query.babe.epochConfig
summary: The configuration for the current epoch. Should never be None as it is initialized in genesis.

epochIndex(): `u64`

interface: api.query.babe.epochIndex
summary: Current epoch index.

epochStart(): `(u32,u32)`

interface: api.query.babe.epochStart
summary: The block numbers when the last and current epoch have started, respectively N-1 and N. NOTE: We track this is in order to annotate the block number when a given pool of entropy was fixed (i.e. it was known to chain observers). Since epochs are defined in slots, which may be skipped, the block numbers may not line up with the slot numbers.

genesisSlot(): `u64`

interface: api.query.babe.genesisSlot
summary: The slot at which the first epoch actually started. This is 0 until the first block of the chain.

initialized(): `Option<Option<SpConsensusBabeDigestsPreDigest>>`

interface: api.query.babe.initialized
summary: Temporary value (cleared at block finalization) which is Some if per-block initialization has already been called for current block.

lateness(): `u32`

interface: api.query.babe.lateness
summary: How late the current block is compared to its parent.
This entry is populated as part of block execution and is cleaned up on block finalization. Querying this storage entry outside of block execution context should always yield zero.

nextAuthorities(): `Vec<(SpConsensusBabeAppPublic,u64)>`

interface: api.query.babe.nextAuthorities
summary: Next epoch authorities.

nextEpochConfig(): `Option<SpConsensusBabeBabeEpochConfiguration>`

interface: api.query.babe.nextEpochConfig
summary: The configuration for the next epoch, None if the config will not change (you can fallback to EpochConfig instead in that case).

nextRandomness(): `[u8;32]`

interface: api.query.babe.nextRandomness
summary: Next epoch randomness.

pendingEpochConfigChange(): `Option<SpConsensusBabeDigestsNextConfigDescriptor>`

interface: api.query.babe.pendingEpochConfigChange
summary: Pending epoch configuration change that will be applied when the next epoch is enacted.

randomness(): `[u8;32]`

interface: api.query.babe.randomness
summary: The epoch randomness for the current epoch.
Security
This MUST NOT be used for gambling, as it can be influenced by a malicious validator in the short term. It MAY be used in many cryptographic protocols, however, so long as one remembers that this (like everything else on-chain) it is public. For example, it can be used where a number is needed that cannot have been chosen by an adversary, for purposes such as public-coin zero-knowledge proofs.

segmentIndex(): `u32`

interface: api.query.babe.segmentIndex
summary: Randomness under construction.
We make a trade-off between storage accesses and list length. We store the under-construction randomness in segments of up to UNDER_CONSTRUCTION_SEGMENT_LENGTH.
Once a segment reaches this length, we begin the next one. We reset all segments and return to 0 at the beginning of every epoch.

skippedEpochs(): `Vec<(u64,u32)>`

interface: api.query.babe.skippedEpochs
summary: A list of the last 100 skipped epochs and the corresponding session index when the epoch was skipped.
This is only used for validating equivocation proofs. An equivocation proof must contains a key-ownership proof for a given session, therefore we need a way to tie together sessions and epoch indices, i.e. we need to validate that a validator was the owner of a given key on a given session, and what the active epoch index was during that session.

underConstruction(`u32`): `Vec<[u8;32]>`

interface: api.query.babe.underConstruction
summary: TWOX-NOTE: SegmentIndex is an increasing integer, so this is okay.

balances

account(`AccountId32`): `PalletBalancesAccountData`

interface: api.query.balances.account
summary: 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.

freezes(`AccountId32`): `Vec<PalletBalancesIdAmount>`

interface: api.query.balances.freezes
summary: Freeze locks on account balances.

holds(`AccountId32`): `Vec<{"id":"KusamaRuntimeRuntimeHoldReason","amount":"u128"}>`

interface: api.query.balances.holds
summary: Holds on account balances.

inactiveIssuance(): `u128`

interface: api.query.balances.inactiveIssuance
summary: The total units of outstanding deactivated balance in the system.

locks(`AccountId32`): `Vec<PalletBalancesBalanceLock>`

interface: api.query.balances.locks
summary: Any liquidity locks on some account balances. NOTE: Should only be accessed when setting, changing and freeing a lock.

reserves(`AccountId32`): `Vec<PalletBalancesReserveData>`

interface: api.query.balances.reserves
summary: Named reserves on some account balances.

totalIssuance(): `u128`

interface: api.query.balances.totalIssuance
summary: The total units issued in the system.

beefy

authorities(): `Vec<SpConsensusBeefyEcdsaCryptoPublic>`

interface: api.query.beefy.authorities
summary: The current authorities set

genesisBlock(): `Option<u32>`

interface: api.query.beefy.genesisBlock
summary: Block number where BEEFY consensus is enabled/started. By changing this (through governance or sudo), BEEFY consensus is effectively restarted from the new block number.

nextAuthorities(): `Vec<SpConsensusBeefyEcdsaCryptoPublic>`

interface: api.query.beefy.nextAuthorities
summary: Authorities set scheduled to be used with the next session

setIdSession(`u64`): `Option<u32>`

interface: api.query.beefy.setIdSession
summary: A mapping from BEEFY set ID to the index of the most recent session for which its members were responsible.
This is only used for validating equivocation proofs. An equivocation proof must contains a key-ownership proof for a given session, therefore we need a way to tie together sessions and BEEFY set ids, i.e. we need to validate that a validator was the owner of a given key on a given session, and what the active set ID was during that session.
TWOX-NOTE: ValidatorSetId is not under user control.

validatorSetId(): `u64`

interface: api.query.beefy.validatorSetId
summary: The current validator set id

beefyMmrLeaf

beefyAuthorities(): `SpConsensusBeefyMmrBeefyAuthoritySet`

interface: api.query.beefyMmrLeaf.beefyAuthorities
summary: Details of current BEEFY authority set.

beefyNextAuthorities(): `SpConsensusBeefyMmrBeefyAuthoritySet`

interface: api.query.beefyMmrLeaf.beefyNextAuthorities
summary: Details of next BEEFY authority set.
This storage entry is used as cache for calls to update_beefy_next_authority_set.

bounties

bounties(`u32`): `Option<PalletBountiesBounty>`

interface: api.query.bounties.bounties
summary: Bounties that have been made.

bountyApprovals(): `Vec<u32>`

interface: api.query.bounties.bountyApprovals
summary: Bounty indices that have been approved but not yet funded.

bountyCount(): `u32`

interface: api.query.bounties.bountyCount
summary: Number of bounty proposals that have been made.

bountyDescriptions(`u32`): `Option<Bytes>`

interface: api.query.bounties.bountyDescriptions
summary: The description of each bounty.

childBounties

childBounties(`u32, u32`): `Option<PalletChildBountiesChildBounty>`

interface: api.query.childBounties.childBounties
summary: Child bounties that have been added.

childBountyCount(): `u32`

interface: api.query.childBounties.childBountyCount
summary: Number of total child bounties.

childBountyDescriptions(`u32`): `Option<Bytes>`

interface: api.query.childBounties.childBountyDescriptions
summary: The description of each child-bounty.

childrenCuratorFees(`u32`): `u128`

interface: api.query.childBounties.childrenCuratorFees
summary: The cumulative child-bounty curator fee for each parent bounty.

parentChildBounties(`u32`): `u32`

interface: api.query.childBounties.parentChildBounties
summary: Number of child bounties per parent bounty. Map of parent bounty index to number of child bounties.

claims

claims(`EthereumAddress`): `Option<u128>`

interface: api.query.claims.claims

preclaims(`AccountId32`): `Option<EthereumAddress>`

interface: api.query.claims.preclaims
summary: Pre-claimed Ethereum accounts, by the Account ID that they are claimed to.

signing(`EthereumAddress`): `Option<PolkadotRuntimeCommonClaimsStatementKind>`

interface: api.query.claims.signing
summary: The statement kind that must be signed, if any.

total(): `u128`

interface: api.query.claims.total

vesting(`EthereumAddress`): `Option<(u128,u128,u32)>`

interface: api.query.claims.vesting
summary: 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.

configuration

activeConfig(): `PolkadotRuntimeParachainsConfigurationHostConfiguration`

interface: api.query.configuration.activeConfig
summary: The active configuration for the current session.

bypassConsistencyCheck(): `bool`

interface: api.query.configuration.bypassConsistencyCheck
summary: If this is set, then the configuration setters will bypass the consistency checks. This is meant to be used only as the last resort.

pendingConfigs(): `Vec<(u32,PolkadotRuntimeParachainsConfigurationHostConfiguration)>`

interface: api.query.configuration.pendingConfigs
summary: Pending configuration changes.
This is a list of configuration changes, each with a session index at which it should be applied.
The list is sorted ascending by session index. Also, this list can only contain at most 2 items: for the next session and for the scheduled_session.

convictionVoting

classLocksFor(`AccountId32`): `Vec<(u16,u128)>`

interface: api.query.convictionVoting.classLocksFor
summary: 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.

votingFor(`AccountId32, u16`): `PalletConvictionVotingVoteVoting`

interface: api.query.convictionVoting.votingFor
summary: All voting for a particular voter in a particular voting class. We store the balance for the number of votes that we have recorded.

crowdloan

endingsCount(): `u32`

interface: api.query.crowdloan.endingsCount
summary: The number of auctions that have entered into their ending period so far.

funds(`u32`): `Option<PolkadotRuntimeCommonCrowdloanFundInfo>`

interface: api.query.crowdloan.funds
summary: Info on all of the funds.

newRaise(): `Vec<u32>`

interface: api.query.crowdloan.newRaise
summary: The funds that have had additional contributions during the last block. This is used in order to determine which funds should submit new or updated bids.

nextFundIndex(): `u32`

interface: api.query.crowdloan.nextFundIndex
summary: Tracker for the next available fund index

dmp

deliveryFeeFactor(`u32`): `u128`

interface: api.query.dmp.deliveryFeeFactor
summary: The number to multiply the base delivery fee by.

downwardMessageQueueHeads(`u32`): `H256`

interface: api.query.dmp.downwardMessageQueueHeads
summary: A mapping that stores the downward message queue MQC head for each para.
Each link in this chain has a form: (prev_head, B, H(M)), where
- prev_head: is the previous head hash or zero if none.
- B: is the relay-chain block number in which a message was appended.
- H(M): is the hash of the message being appended.

downwardMessageQueues(`u32`): `Vec<PolkadotCorePrimitivesInboundDownwardMessage>`

interface: api.query.dmp.downwardMessageQueues
summary: The downward messages addressed for a certain para.

electionProviderMultiPhase

currentPhase(): `PalletElectionProviderMultiPhasePhase`

interface: api.query.electionProviderMultiPhase.currentPhase
summary: Current phase.

desiredTargets(): `Option<u32>`

interface: api.query.electionProviderMultiPhase.desiredTargets
summary: Desired number of targets to elect for this round.
Only exists when [Snapshot] is present.

minimumUntrustedScore(): `Option<SpNposElectionsElectionScore>`

interface: api.query.electionProviderMultiPhase.minimumUntrustedScore
summary: The minimum score that each 'untrusted' solution must attain in order to be considered feasible.
Can be set via set_minimum_untrusted_score.

queuedSolution(): `Option<PalletElectionProviderMultiPhaseReadySolution>`

interface: api.query.electionProviderMultiPhase.queuedSolution
summary: Current best solution, signed or unsigned, queued to be returned upon elect.
Always sorted by score.

round(): `u32`

interface: api.query.electionProviderMultiPhase.round
summary: 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.

signedSubmissionIndices(): `Vec<(SpNposElectionsElectionScore,u32,u32)>`

interface: api.query.electionProviderMultiPhase.signedSubmissionIndices
summary: A sorted, bounded vector of (score, block_number, index), where each index points to a value in SignedSubmissions.
We never need to process more than a single signed submission at a time. Signed submissions can be quite large, so we're willing to pay the cost of multiple database accesses to access them one at a time instead of reading and decoding all of them at once.

signedSubmissionNextIndex(): `u32`

interface: api.query.electionProviderMultiPhase.signedSubmissionNextIndex
summary: The next index to be assigned to an incoming signed submission.
Every accepted submission is assigned a unique index; that index is bound to that particular submission for the duration of the election. On election finalization, the next index is reset to 0.
We can't just use SignedSubmissionIndices.len(), because that's a bounded set; past its capacity, it will simply saturate. We can't just iterate over SignedSubmissionsMap, because iteration is slow. Instead, we store the value here.

signedSubmissionsMap(`u32`): `Option<PalletElectionProviderMultiPhaseSignedSignedSubmission>`

interface: api.query.electionProviderMultiPhase.signedSubmissionsMap
summary: Unchecked, signed solutions.
Together with SubmissionIndices, this stores a bounded set of SignedSubmissions while allowing us to keep only a single one in memory at a time.
Twox note: the key of the map is an auto-incrementing index which users cannot inspect or affect; we shouldn't need a cryptographically secure hasher.

snapshot(): `Option<PalletElectionProviderMultiPhaseRoundSnapshot>`

interface: api.query.electionProviderMultiPhase.snapshot
summary: Snapshot data of the round.
This is created at the beginning of the signed phase and cleared upon calling elect.

snapshotMetadata(): `Option<PalletElectionProviderMultiPhaseSolutionOrSnapshotSize>`

interface: api.query.electionProviderMultiPhase.snapshotMetadata
summary: The metadata of the [RoundSnapshot]
Only exists when [Snapshot] is present.

fastUnstake

counterForQueue(): `u32`

interface: api.query.fastUnstake.counterForQueue
summary: Counter for the related counted storage map

erasToCheckPerBlock(): `u32`

interface: api.query.fastUnstake.erasToCheckPerBlock
summary: Number of eras to check per block.
If set to 0, this pallet does absolutely nothing. Cannot be set to more than [Config::MaxErasToCheckPerBlock].
Based on the amount of weight available at [Pallet::on_idle], up to this many eras are checked. The checking is represented by updating [UnstakeRequest::checked], which is stored in [Head].

head(): `Option<PalletFastUnstakeUnstakeRequest>`

interface: api.query.fastUnstake.head
summary: The current "head of the queue" being unstaked.
The head in itself can be a batch of up to [Config::BatchSize] stakers.

queue(`AccountId32`): `Option<u128>`

interface: api.query.fastUnstake.queue
summary: The map of all accounts wishing to be unstaked.
Keeps track of AccountId wishing to unstake and it's corresponding deposit.

fellowshipCollective

idToIndex(`u16, AccountId32`): `Option<u32>`

interface: api.query.fellowshipCollective.idToIndex
summary: The index of each ranks's member into the group of members who have at least that rank.

indexToId(`u16, u32`): `Option<AccountId32>`

interface: api.query.fellowshipCollective.indexToId
summary: The members in the collective by index. All indices in the range 0..MemberCount will return Some, however a member's index is not guaranteed to remain unchanged over time.

memberCount(`u16`): `u32`

interface: api.query.fellowshipCollective.memberCount
summary: The number of members in the collective who have at least the rank according to the index of the vec.

members(`AccountId32`): `Option<PalletRankedCollectiveMemberRecord>`

interface: api.query.fellowshipCollective.members
summary: The current members of the collective.

voting(`u32, AccountId32`): `Option<PalletRankedCollectiveVoteRecord>`

interface: api.query.fellowshipCollective.voting
summary: Votes on a given proposal, if it is ongoing.

votingCleanup(`u32`): `Option<Bytes>`

interface: api.query.fellowshipCollective.votingCleanup

fellowshipReferenda

decidingCount(`u16`): `u32`

interface: api.query.fellowshipReferenda.decidingCount
summary: The number of referenda being decided currently.

metadataOf(`u32`): `Option<H256>`

interface: api.query.fellowshipReferenda.metadataOf
summary: The metadata is a general information concerning the referendum. The PreimageHash 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.

referendumCount(): `u32`

interface: api.query.fellowshipReferenda.referendumCount
summary: The next free referendum index, aka the number of referenda started so far.

referendumInfoFor(`u32`): `Option<PalletReferendaReferendumInfoRankedCollectiveTally>`

interface: api.query.fellowshipReferenda.referendumInfoFor
summary: Information concerning any given referendum.

trackQueue(`u16`): `Vec<(u32,u32)>`

interface: api.query.fellowshipReferenda.trackQueue
summary: 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.

grandpa

currentSetId(): `u64`

interface: api.query.grandpa.currentSetId
summary: The number of changes (both in terms of keys and underlying economic responsibilities) in the "set" of Grandpa validators from genesis.

nextForced(): `Option<u32>`

interface: api.query.grandpa.nextForced
summary: next block number where we can force a change.

pendingChange(): `Option<PalletGrandpaStoredPendingChange>`

interface: api.query.grandpa.pendingChange
summary: Pending change: (signaled at, scheduled change).

setIdSession(`u64`): `Option<u32>`

interface: api.query.grandpa.setIdSession
summary: A mapping from grandpa set ID to the index of the most recent session for which its members were responsible.
This is only used for validating equivocation proofs. An equivocation proof must contains a key-ownership proof for a given session, therefore we need a way to tie together sessions and GRANDPA set ids, i.e. we need to validate that a validator was the owner of a given key on a given session, and what the active set ID was during that session.
TWOX-NOTE: SetId is not under user control.

stalled(): `Option<(u32,u32)>`

interface: api.query.grandpa.stalled
summary: true if we are currently stalled.

state(): `PalletGrandpaStoredState`

interface: api.query.grandpa.state
summary: State of the current authority set.

hrmp

hrmpAcceptedChannelRequestCount(`u32`): `u32`

interface: api.query.hrmp.hrmpAcceptedChannelRequestCount
summary: This mapping tracks how many open channel requests were accepted by a given recipient para. Invariant: HrmpOpenChannelRequests should contain the same number of items (_, X) with confirmed set to true, as the number of HrmpAcceptedChannelRequestCount for X.

hrmpChannelContents(`PolkadotParachainPrimitivesHrmpChannelId`): `Vec<PolkadotCorePrimitivesInboundHrmpMessage>`

interface: api.query.hrmp.hrmpChannelContents
summary: Storage for the messages for each channel. Invariant: cannot be non-empty if the corresponding channel in HrmpChannels is None.

hrmpChannelDigests(`u32`): `Vec<(u32,Vec<u32>)>`

interface: api.query.hrmp.hrmpChannelDigests
summary: Maintains a mapping that can be used to answer the question: What paras sent a message at the given block number for a given receiver. Invariants:
- The inner Vec<ParaId> is never empty.
- The inner Vec<ParaId> cannot store two same ParaId.
- The outer vector is sorted ascending by block number and cannot store two items with the same block number.

hrmpChannels(`PolkadotParachainPrimitivesHrmpChannelId`): `Option<PolkadotRuntimeParachainsHrmpHrmpChannel>`

interface: api.query.hrmp.hrmpChannels
summary: HRMP channel data associated with each para. Invariant:
- each participant in the channel should satisfy Paras::is_valid_para(P) within a session.

hrmpCloseChannelRequests(`PolkadotParachainPrimitivesHrmpChannelId`): `Option<Null>`

interface: api.query.hrmp.hrmpCloseChannelRequests
summary: A set of pending HRMP close channel requests that are going to be closed during the session change. Used for checking if a given channel is registered for closure.
The set is accompanied by a list for iteration.
Invariant:
- There are no channels that exists in list but not in the set and vice versa.

hrmpCloseChannelRequestsList(): `Vec<PolkadotParachainPrimitivesHrmpChannelId>`

interface: api.query.hrmp.hrmpCloseChannelRequestsList

hrmpEgressChannelsIndex(`u32`): `Vec<u32>`

interface: api.query.hrmp.hrmpEgressChannelsIndex

hrmpIngressChannelsIndex(`u32`): `Vec<u32>`

interface: api.query.hrmp.hrmpIngressChannelsIndex
summary: Ingress/egress indexes allow to find all the senders and receivers given the opposite side. I.e.
(a) ingress index allows to find all the senders for a given recipient. (b) egress index allows to find all the recipients for a given sender.
Invariants:
- for each ingress index entry for P each item I in the index should present in HrmpChannels as (I, P).
- for each egress index entry for P each item E in the index should present in HrmpChannels as (P, E).
- there should be no other dangling channels in HrmpChannels.
- the vectors are sorted.

hrmpOpenChannelRequestCount(`u32`): `u32`

interface: api.query.hrmp.hrmpOpenChannelRequestCount
summary: This mapping tracks how many open channel requests are initiated by a given sender para. Invariant: HrmpOpenChannelRequests should contain the same number of items that has (X, _) as the number of HrmpOpenChannelRequestCount for X.

hrmpOpenChannelRequests(`PolkadotParachainPrimitivesHrmpChannelId`): `Option<PolkadotRuntimeParachainsHrmpHrmpOpenChannelRequest>`

interface: api.query.hrmp.hrmpOpenChannelRequests
summary: The set of pending HRMP open channel requests.
The set is accompanied by a list for iteration.
Invariant:
- There are no channels that exists in list but not in the set and vice versa.

hrmpOpenChannelRequestsList(): `Vec<PolkadotParachainPrimitivesHrmpChannelId>`

interface: api.query.hrmp.hrmpOpenChannelRequestsList

hrmpWatermarks(`u32`): `Option<u32>`

interface: api.query.hrmp.hrmpWatermarks
summary: The HRMP watermark associated with each para. Invariant:
- each para P used here as a key should satisfy Paras::is_valid_para(P) within a session.

identity

identityOf(`AccountId32`): `Option<PalletIdentityRegistration>`

interface: api.query.identity.identityOf
summary: Information that is pertinent to identify the entity behind an account.
TWOX-NOTE: OK ― AccountId is a secure hash.

registrars(): `Vec<Option<PalletIdentityRegistrarInfo>>`

interface: api.query.identity.registrars
summary: The set of registrars. Not expected to get very big as can only be added through a special origin (likely a council motion).
The index into this can be cast to RegistrarIndex to get a valid value.

subsOf(`AccountId32`): `(u128,Vec<AccountId32>)`

interface: api.query.identity.subsOf
summary: Alternative "sub" identities of this account.
The first item is the deposit, the second is a vector of the accounts.
TWOX-NOTE: OK ― AccountId is a secure hash.

superOf(`AccountId32`): `Option<(AccountId32,Data)>`

interface: api.query.identity.superOf
summary: The super-identity of an alternative "sub" identity together with its name, within that context. If the account is not some other account's sub-identity, then just None.

imOnline

authoredBlocks(`u32, AccountId32`): `u32`

interface: api.query.imOnline.authoredBlocks
summary: For each session index, we keep a mapping of ValidatorId<T> to the number of blocks authored by the given authority.

heartbeatAfter(): `u32`

interface: api.query.imOnline.heartbeatAfter
summary: The block number after which it's ok to send heartbeats in the current session.
At the beginning of each session we set this to a value that should fall roughly in the middle of the session duration. The idea is to first wait for the validators to produce a block in the current session, so that the heartbeat later on will not be necessary.
This value will only be used as a fallback if we fail to get a proper session progress estimate from NextSessionRotation, as those estimates should be more accurate then the value we calculate for HeartbeatAfter.

keys(): `Vec<PalletImOnlineSr25519AppSr25519Public>`

interface: api.query.imOnline.keys
summary: The current set of keys that may issue a heartbeat.

receivedHeartbeats(`u32, u32`): `Option<bool>`

interface: api.query.imOnline.receivedHeartbeats
summary: For each session index, we keep a mapping of SessionIndex and AuthIndex.

indices

accounts(`u32`): `Option<(AccountId32,u128,bool)>`

interface: api.query.indices.accounts
summary: The lookup from index to account.

initializer

bufferedSessionChanges(): `Vec<PolkadotRuntimeParachainsInitializerBufferedSessionChange>`

interface: api.query.initializer.bufferedSessionChanges
summary: Buffered session changes along with the block number at which they should be applied.
Typically this will be empty or one element long. Apart from that this item never hits the storage.
However this is a Vec regardless to handle various edge cases that may occur at runtime upgrade boundaries or if governance intervenes.

hasInitialized(): `Option<Null>`

interface: api.query.initializer.hasInitialized
summary: Whether the parachains modules have been initialized within this block.
Semantically a bool, but this guarantees it should never hit the trie, as this is cleared in on_finalize and Frame optimizes None values to be empty values.
As a bool, set(false) and remove() both lead to the next get() being false, but one of them writes to the trie and one does not. This confusion makes Option<()> more suitable for the semantics of this variable.

messageQueue

bookStateFor(`PolkadotRuntimeParachainsInclusionAggregateMessageOrigin`): `PalletMessageQueueBookState`

interface: api.query.messageQueue.bookStateFor
summary: The index of the first and last (non-empty) pages.

pages(`PolkadotRuntimeParachainsInclusionAggregateMessageOrigin, u32`): `Option<PalletMessageQueuePage>`

interface: api.query.messageQueue.pages
summary: The map of page indices to pages.

serviceHead(): `Option<PolkadotRuntimeParachainsInclusionAggregateMessageOrigin>`

interface: api.query.messageQueue.serviceHead
summary: The origin at which we should begin servicing.

mmr

nodes(`u64`): `Option<H256>`

interface: api.query.mmr.nodes
summary: Hashes of the nodes in the MMR.
Note this collection only contains MMR peaks, the inner nodes (and leaves) are pruned and only stored in the Offchain DB.

numberOfLeaves(): `u64`

interface: api.query.mmr.numberOfLeaves
summary: Current size of the MMR (number of leaves).

rootHash(): `H256`

interface: api.query.mmr.rootHash
summary: Latest MMR Root hash.

multisig

multisigs(`AccountId32, [u8;32]`): `Option<PalletMultisigMultisig>`

interface: api.query.multisig.multisigs
summary: The set of open multisig operations.

nis

queues(`u32`): `Vec<PalletNisBid>`

interface: api.query.nis.queues
summary: The queues of bids. Indexed by duration (in Periods).

queueTotals(): `Vec<(u32,u128)>`

interface: api.query.nis.queueTotals
summary: The totals of items and balances within each queue. Saves a lot of storage reads in the case of sparsely packed queues.
The vector is indexed by duration in Periods, offset by one, so information on the queue whose duration is one Period would be storage 0.

receipts(`u32`): `Option<PalletNisReceiptRecord>`

interface: api.query.nis.receipts
summary: The currently outstanding receipts, indexed according to the order of creation.

summary(): `PalletNisSummaryRecord`

interface: api.query.nis.summary
summary: Summary information over the general state.

nisCounterpartBalances

account(`AccountId32`): `PalletBalancesAccountData`

interface: api.query.nisCounterpartBalances.account
summary: 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.

freezes(`AccountId32`): `Vec<PalletBalancesIdAmount>`

interface: api.query.nisCounterpartBalances.freezes
summary: Freeze locks on account balances.

holds(`AccountId32`): `Vec<{"id":"KusamaRuntimeRuntimeHoldReason","amount":"u128"}>`

interface: api.query.nisCounterpartBalances.holds
summary: Holds on account balances.

inactiveIssuance(): `u128`

interface: api.query.nisCounterpartBalances.inactiveIssuance
summary: The total units of outstanding deactivated balance in the system.

locks(`AccountId32`): `Vec<PalletBalancesBalanceLock>`

interface: api.query.nisCounterpartBalances.locks
summary: Any liquidity locks on some account balances. NOTE: Should only be accessed when setting, changing and freeing a lock.

reserves(`AccountId32`): `Vec<PalletBalancesReserveData>`

interface: api.query.nisCounterpartBalances.reserves
summary: Named reserves on some account balances.

totalIssuance(): `u128`

interface: api.query.nisCounterpartBalances.totalIssuance
summary: The total units issued in the system.

nominationPools

bondedPools(`u32`): `Option<PalletNominationPoolsBondedPoolInner>`

interface: api.query.nominationPools.bondedPools
summary: Storage for bonded pools.

claimPermissions(`AccountId32`): `PalletNominationPoolsClaimPermission`

interface: api.query.nominationPools.claimPermissions
summary: Map from a pool member account to their opted claim permission.

counterForBondedPools(): `u32`

interface: api.query.nominationPools.counterForBondedPools
summary: Counter for the related counted storage map

counterForMetadata(): `u32`

interface: api.query.nominationPools.counterForMetadata
summary: Counter for the related counted storage map

counterForPoolMembers(): `u32`

interface: api.query.nominationPools.counterForPoolMembers
summary: Counter for the related counted storage map

counterForReversePoolIdLookup(): `u32`

interface: api.query.nominationPools.counterForReversePoolIdLookup
summary: Counter for the related counted storage map

counterForRewardPools(): `u32`

interface: api.query.nominationPools.counterForRewardPools
summary: Counter for the related counted storage map

counterForSubPoolsStorage(): `u32`

interface: api.query.nominationPools.counterForSubPoolsStorage
summary: Counter for the related counted storage map

globalMaxCommission(): `Option<Perbill>`

interface: api.query.nominationPools.globalMaxCommission
summary: 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.

lastPoolId(): `u32`

interface: api.query.nominationPools.lastPoolId
summary: Ever increasing number of all pools created so far.

maxPoolMembers(): `Option<u32>`

interface: api.query.nominationPools.maxPoolMembers
summary: Maximum number of members that can exist in the system. If None, then the count members are not bound on a system wide basis.

maxPoolMembersPerPool(): `Option<u32>`

interface: api.query.nominationPools.maxPoolMembersPerPool
summary: Maximum number of members that may belong to pool. If None, then the count of members is not bound on a per pool basis.

maxPools(): `Option<u32>`

interface: api.query.nominationPools.maxPools
summary: Maximum number of nomination pools that can exist. If None, then an unbounded number of pools can exist.

metadata(`u32`): `Bytes`

interface: api.query.nominationPools.metadata
summary: Metadata for the pool.

minCreateBond(): `u128`

interface: api.query.nominationPools.minCreateBond
summary: 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.

minJoinBond(): `u128`

interface: api.query.nominationPools.minJoinBond
summary: Minimum amount to bond to join a pool.

poolMembers(`AccountId32`): `Option<PalletNominationPoolsPoolMember>`

interface: api.query.nominationPools.poolMembers
summary: Active members.
TWOX-NOTE: SAFE since AccountId is a secure hash.

reversePoolIdLookup(`AccountId32`): `Option<u32>`

interface: api.query.nominationPools.reversePoolIdLookup
summary: A reverse lookup from the pool's account id to its id.
This is only used for slashing. In all other instances, the pool id is used, and the accounts are deterministically derived from it.

rewardPools(`u32`): `Option<PalletNominationPoolsRewardPool>`

interface: api.query.nominationPools.rewardPools
summary: Reward pools. This is where there rewards for each pool accumulate. When a members payout is claimed, the balance comes out fo the reward pool. Keyed by the bonded pools account.

subPoolsStorage(`u32`): `Option<PalletNominationPoolsSubPools>`

interface: api.query.nominationPools.subPoolsStorage
summary: 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.

offences

concurrentReportsIndex(`[u8;16], Bytes`): `Vec<H256>`

interface: api.query.offences.concurrentReportsIndex
summary: A vector of reports of the same kind that happened at the same time slot.

reports(`H256`): `Option<SpStakingOffenceOffenceDetails>`

interface: api.query.offences.reports
summary: The primary structure that holds all offence records keyed by report identifiers.

paraAssignmentProvider

paraInclusion

availabilityBitfields(`u32`): `Option<PolkadotRuntimeParachainsInclusionAvailabilityBitfieldRecord>`

interface: api.query.paraInclusion.availabilityBitfields
summary: The latest bitfield for each validator, referred to by their index in the validator set.

pendingAvailability(`u32`): `Option<PolkadotRuntimeParachainsInclusionCandidatePendingAvailability>`

interface: api.query.paraInclusion.pendingAvailability
summary: Candidates pending availability by ParaId.

pendingAvailabilityCommitments(`u32`): `Option<PolkadotPrimitivesV5CandidateCommitments>`

interface: api.query.paraInclusion.pendingAvailabilityCommitments
summary: The commitments of candidates pending availability, by ParaId.

paraInherent

included(): `Option<Null>`

interface: api.query.paraInherent.included
summary: Whether the paras inherent was included within this block.
The Option<()> is effectively a bool, but it never hits storage in the None variant due to the guarantees of FRAME's storage APIs.
If this is None at the end of the block, we panic and render the block invalid.

onChainVotes(): `Option<PolkadotPrimitivesV5ScrapedOnChainVotes>`

interface: api.query.paraInherent.onChainVotes
summary: Scraped on chain data for extracting resolved disputes as well as backing votes.

paras

actionsQueue(`u32`): `Vec<u32>`

interface: api.query.paras.actionsQueue
summary: The actions to perform during the start of a specific session index.

codeByHash(`H256`): `Option<Bytes>`

interface: api.query.paras.codeByHash
summary: Validation code stored by its hash.
This storage is consistent with [FutureCodeHash], [CurrentCodeHash] and [PastCodeHash].

codeByHashRefs(`H256`): `u32`

interface: api.query.paras.codeByHashRefs
summary: The number of reference on the validation code in [CodeByHash] storage.

currentCodeHash(`u32`): `Option<H256>`

interface: api.query.paras.currentCodeHash
summary: The validation code hash of every live para.
Corresponding code can be retrieved with [CodeByHash].

futureCodeHash(`u32`): `Option<H256>`

interface: api.query.paras.futureCodeHash
summary: The actual future code hash of a para.
Corresponding code can be retrieved with [CodeByHash].

futureCodeUpgrades(`u32`): `Option<u32>`

interface: api.query.paras.futureCodeUpgrades
summary: The block number at which the planned code change is expected for a para. The change will be applied after the first parablock for this ID included which executes in the context of a relay chain block with a number >= expected_at.

heads(`u32`): `Option<Bytes>`

interface: api.query.paras.heads
summary: The head-data of every registered para.

mostRecentContext(`u32`): `Option<u32>`

interface: api.query.paras.mostRecentContext
summary: The context (relay-chain block number) of the most recent parachain head.

parachains(): `Vec<u32>`

interface: api.query.paras.parachains
summary: All lease holding parachains. Ordered ascending by ParaId. On demand parachains are not included.
Consider using the [ParachainsCache] type of modifying.

paraLifecycles(`u32`): `Option<PolkadotRuntimeParachainsParasParaLifecycle>`

interface: api.query.paras.paraLifecycles
summary: The current lifecycle of a all known Para IDs.

pastCodeHash(`(u32,u32)`): `Option<H256>`

interface: api.query.paras.pastCodeHash
summary: Actual past code hash, indicated by the para id as well as the block number at which it became outdated.
Corresponding code can be retrieved with [CodeByHash].

pastCodeMeta(`u32`): `PolkadotRuntimeParachainsParasParaPastCodeMeta`

interface: api.query.paras.pastCodeMeta
summary: Past code of parachains. The parachains themselves may not be registered anymore, but we also keep their code on-chain for the same amount of time as outdated code to keep it available for approval checkers.

pastCodePruning(): `Vec<(u32,u32)>`

interface: api.query.paras.pastCodePruning
summary: Which paras have past code that needs pruning and the relay-chain block at which the code was replaced. Note that this is the actual height of the included block, not the expected height at which the code upgrade would be applied, although they may be equal. This is to ensure the entire acceptance period is covered, not an offset acceptance period starting from the time at which the parachain perceives a code upgrade as having occurred. Multiple entries for a single para are permitted. Ordered ascending by block number.

pvfActiveVoteList(): `Vec<H256>`

interface: api.query.paras.pvfActiveVoteList
summary: The list of all currently active PVF votes. Auxiliary to PvfActiveVoteMap.

pvfActiveVoteMap(`H256`): `Option<PolkadotRuntimeParachainsParasPvfCheckActiveVoteState>`

interface: api.query.paras.pvfActiveVoteMap
summary: All currently active PVF pre-checking votes.
Invariant:
- There are no PVF pre-checking votes that exists in list but not in the set and vice versa.

upcomingParasGenesis(`u32`): `Option<PolkadotRuntimeParachainsParasParaGenesisArgs>`

interface: api.query.paras.upcomingParasGenesis
summary: Upcoming paras instantiation arguments.
NOTE that after PVF pre-checking is enabled the para genesis arg will have it's code set to empty. Instead, the code will be saved into the storage right away via CodeByHash.

upcomingUpgrades(): `Vec<(u32,u32)>`

interface: api.query.paras.upcomingUpgrades
summary: The list of upcoming code upgrades. Each item is a pair of which para performs a code upgrade and at which relay-chain block it is expected at.
Ordered ascending by block number.

upgradeCooldowns(): `Vec<(u32,u32)>`

interface: api.query.paras.upgradeCooldowns
summary: The list of parachains that are awaiting for their upgrade restriction to cooldown.
Ordered ascending by block number.

upgradeGoAheadSignal(`u32`): `Option<PolkadotPrimitivesV5UpgradeGoAhead>`

interface: api.query.paras.upgradeGoAheadSignal
summary: This is used by the relay-chain to communicate to a parachain a go-ahead with in the upgrade procedure.
This value is absent when there are no upgrades scheduled or during the time the relay chain performs the checks. It is set at the first relay-chain block when the corresponding parachain can switch its upgrade function. As soon as the parachain's block is included, the value gets reset to None.
NOTE that this field is used by parachains via merkle storage proofs, therefore changing the format will require migration of parachains.

upgradeRestrictionSignal(`u32`): `Option<PolkadotPrimitivesV5UpgradeRestriction>`

interface: api.query.paras.upgradeRestrictionSignal
summary: This is used by the relay-chain to communicate that there are restrictions for performing an upgrade for this parachain.
This may be a because the parachain waits for the upgrade cooldown to expire. Another potential use case is when we want to perform some maintenance (such as storage migration) we could restrict upgrades to make the process simpler.
NOTE that this field is used by parachains via merkle storage proofs, therefore changing the format will require migration of parachains.

paraScheduler

availabilityCores(): `Vec<PolkadotPrimitivesV5CoreOccupied>`

interface: api.query.paraScheduler.availabilityCores
summary: One entry for each availability core. Entries are None if the core is not currently occupied. Can be temporarily Some if scheduled but not occupied. The i'th parachain belongs to the i'th core, with the remaining cores all being parathread-multiplexers.
Bounded by the maximum of either of these two values:
- The number of parachains and parathread multiplexers
- The number of validators divided by configuration.max_validators_per_core.

claimQueue(): `BTreeMap<u32, Vec<Option<PolkadotPrimitivesV5ParasEntry>>>`

interface: api.query.paraScheduler.claimQueue
summary: One entry for each availability core. The VecDeque represents the assignments to be scheduled on that core. None is used to signal to not schedule the next para of the core as there is one currently being scheduled. Not using None here would overwrite the CoreState in the runtime API. The value contained here will not be valid after the end of a block. Runtime APIs should be used to determine scheduled cores/ for the upcoming block.

sessionStartBlock(): `u32`

interface: api.query.paraScheduler.sessionStartBlock
summary: The block number where the session start occurred. Used to track how many group rotations have occurred.
Note that in the context of parachains modules the session change is signaled during the block and enacted at the end of the block (at the finalization stage, to be exact). Thus for all intents and purposes the effect of the session change is observed at the block following the session change, block number of which we save in this storage value.

validatorGroups(): `Vec<Vec<u32>>`

interface: api.query.paraScheduler.validatorGroups
summary: All the validator groups. One for each core. Indices are into ActiveValidators - not the broader set of Polkadot validators, but instead just the subset used for parachains during this session.
Bound: The number of cores is the sum of the numbers of parachains and parathread multiplexers. Reasonably, 100-1000. The dominant factor is the number of validators: safe upper bound at 10k.

parasDisputes

backersOnDisputes(`u32, H256`): `Option<BTreeSet<u32>>`

interface: api.query.parasDisputes.backersOnDisputes
summary: Backing votes stored for each dispute. This storage is used for slashing.

disputes(`u32, H256`): `Option<PolkadotPrimitivesV5DisputeState>`

interface: api.query.parasDisputes.disputes
summary: All ongoing or concluded disputes for the last several sessions.

frozen(): `Option<u32>`

interface: api.query.parasDisputes.frozen
summary: Whether the chain is frozen. Starts as None. When this is Some, the chain will not accept any new parachain blocks for backing or inclusion, and its value indicates the last valid block number in the chain. It can only be set back to None by governance intervention.

included(`u32, H256`): `Option<u32>`

interface: api.query.parasDisputes.included
summary: All included blocks on the chain, as well as the block number in this chain that should be reverted back to if the candidate is disputed and determined to be invalid.

lastPrunedSession(): `Option<u32>`

interface: api.query.parasDisputes.lastPrunedSession
summary: The last pruned session, if any. All data stored by this module references sessions.

paraSessionInfo

accountKeys(`u32`): `Option<Vec<AccountId32>>`

interface: api.query.paraSessionInfo.accountKeys
summary: The validator account keys of the validators actively participating in parachain consensus.

assignmentKeysUnsafe(): `Vec<PolkadotPrimitivesV5AssignmentAppPublic>`

interface: api.query.paraSessionInfo.assignmentKeysUnsafe
summary: Assignment keys for the current session. Note that this API is private due to it being prone to 'off-by-one' at session boundaries. When in doubt, use Sessions API instead.

earliestStoredSession(): `u32`

interface: api.query.paraSessionInfo.earliestStoredSession
summary: The earliest session for which previous session info is stored.

sessionExecutorParams(`u32`): `Option<PolkadotPrimitivesV5ExecutorParams>`

interface: api.query.paraSessionInfo.sessionExecutorParams
summary: Executor parameter set for a given session index

sessions(`u32`): `Option<PolkadotPrimitivesV5SessionInfo>`

interface: api.query.paraSessionInfo.sessions
summary: Session information in a rolling window. Should have an entry in range EarliestStoredSession..=CurrentSessionIndex. Does not have any entries before the session index in the first session change notification.

parasShared

activeValidatorIndices(): `Vec<u32>`

interface: api.query.parasShared.activeValidatorIndices
summary: All the validators actively participating in parachain consensus. Indices are into the broader validator set.

activeValidatorKeys(): `Vec<PolkadotPrimitivesV5ValidatorAppPublic>`

interface: api.query.parasShared.activeValidatorKeys
summary: The parachain attestation keys of the validators actively participating in parachain consensus. This should be the same length as ActiveValidatorIndices.

allowedRelayParents(): `PolkadotRuntimeParachainsSharedAllowedRelayParentsTracker`

interface: api.query.parasShared.allowedRelayParents
summary: All allowed relay-parents.

currentSessionIndex(): `u32`

interface: api.query.parasShared.currentSessionIndex
summary: The current session index.

parasSlashing

unappliedSlashes(`u32, H256`): `Option<PolkadotPrimitivesV5SlashingPendingSlashes>`

interface: api.query.parasSlashing.unappliedSlashes
summary: Validators pending dispute slashes.

validatorSetCounts(`u32`): `Option<u32>`

interface: api.query.parasSlashing.validatorSetCounts
summary: ValidatorSetCount per session.

preimage

preimageFor(`(H256,u32)`): `Option<Bytes>`

interface: api.query.preimage.preimageFor

statusFor(`H256`): `Option<PalletPreimageRequestStatus>`

interface: api.query.preimage.statusFor
summary: The request status of a given hash.

proxy

announcements(`AccountId32`): `(Vec<PalletProxyAnnouncement>,u128)`

interface: api.query.proxy.announcements
summary: The announcements made by the proxy (key).

proxies(`AccountId32`): `(Vec<PalletProxyProxyDefinition>,u128)`

interface: api.query.proxy.proxies
summary: 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.

recovery

activeRecoveries(`AccountId32, AccountId32`): `Option<PalletRecoveryActiveRecovery>`

interface: api.query.recovery.activeRecoveries
summary: Active recovery attempts.
First account is the account to be recovered, and the second account is the user trying to recover the account.

proxy(`AccountId32`): `Option<AccountId32>`

interface: api.query.recovery.proxy
summary: The list of allowed proxy accounts.
Map from the user who can access it to the recovered account.

recoverable(`AccountId32`): `Option<PalletRecoveryRecoveryConfig>`

interface: api.query.recovery.recoverable
summary: The set of recoverable accounts and their recovery configuration.

referenda

decidingCount(`u16`): `u32`

interface: api.query.referenda.decidingCount
summary: The number of referenda being decided currently.

metadataOf(`u32`): `Option<H256>`

interface: api.query.referenda.metadataOf
summary: The metadata is a general information concerning the referendum. The PreimageHash 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.

referendumCount(): `u32`

interface: api.query.referenda.referendumCount
summary: The next free referendum index, aka the number of referenda started so far.

referendumInfoFor(`u32`): `Option<PalletReferendaReferendumInfoConvictionVotingTally>`

interface: api.query.referenda.referendumInfoFor
summary: Information concerning any given referendum.

trackQueue(`u16`): `Vec<(u32,u128)>`

interface: api.query.referenda.trackQueue
summary: 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.

registrar

nextFreeParaId(): `u32`

interface: api.query.registrar.nextFreeParaId
summary: The next free ParaId.

paras(`u32`): `Option<PolkadotRuntimeCommonParasRegistrarParaInfo>`

interface: api.query.registrar.paras
summary: Amount held on deposit for each para and the original depositor.
The given account ID is responsible for registering the code and initial head data, but may only do so if it isn't yet registered. (After that, it's up to governance to do so.)

pendingSwap(`u32`): `Option<u32>`

interface: api.query.registrar.pendingSwap
summary: Pending swap operations.

scheduler

agenda(`u32`): `Vec<Option<PalletSchedulerScheduled>>`

interface: api.query.scheduler.agenda
summary: Items to be executed, indexed by the block number that they should be executed on.

incompleteSince(): `Option<u32>`

interface: api.query.scheduler.incompleteSince

lookup(`[u8;32]`): `Option<(u32,u32)>`

interface: api.query.scheduler.lookup
summary: 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.

session

currentIndex(): `u32`

interface: api.query.session.currentIndex
summary: Current index of the session.

disabledValidators(): `Vec<u32>`

interface: api.query.session.disabledValidators
summary: 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.

keyOwner(`(SpCoreCryptoKeyTypeId,Bytes)`): `Option<AccountId32>`

interface: api.query.session.keyOwner
summary: The owner of a key. The key is the KeyTypeId + the encoded key.

nextKeys(`AccountId32`): `Option<KusamaRuntimeSessionKeys>`

interface: api.query.session.nextKeys
summary: The next session keys for a validator.

queuedChanged(): `bool`

interface: api.query.session.queuedChanged
summary: True if the underlying economic identities or weighting behind the validators has changed in the queued validator set.

queuedKeys(): `Vec<(AccountId32,KusamaRuntimeSessionKeys)>`

interface: api.query.session.queuedKeys
summary: The queued keys for the next session. When the next session begins, these keys will be used to determine the validator's session keys.

validators(): `Vec<AccountId32>`

interface: api.query.session.validators
summary: The current set of validators.

slots

leases(`u32`): `Vec<Option<(AccountId32,u128)>>`

interface: api.query.slots.leases
summary: Amounts held on deposit for each (possibly future) leased parachain.
The actual amount locked on its behalf by any account at any time is the maximum of the second values of the items in this list whose first value is the account.
The first item in the list is the amount locked for the current Lease Period. Following items are for the subsequent lease periods.
The default value (an empty list) implies that the parachain no longer exists (or never existed) as far as this pallet is concerned.
If a parachain doesn't exist yet but is scheduled to exist in the future, then it will be left-padded with one or more Nones to denote the fact that nothing is held on deposit for the non-existent chain currently, but is held at some point in the future.
It is illegal for a None value to trail in the list.

society

bids(): `Vec<PalletSocietyBid>`

interface: api.query.society.bids
summary: The current bids, stored ordered by the value of the bid.

candidates(`AccountId32`): `Option<PalletSocietyCandidacy>`

interface: api.query.society.candidates

challengeRoundCount(): `u32`

interface: api.query.society.challengeRoundCount
summary: The number of challenge rounds there have been. Used to identify stale DefenderVotes.

defenderVotes(`u32, AccountId32`): `Option<PalletSocietyVote>`

interface: api.query.society.defenderVotes
summary: Votes for the defender, keyed by challenge round.

defending(): `Option<(AccountId32,AccountId32,PalletSocietyTally)>`

interface: api.query.society.defending
summary: The defending member currently being challenged, along with a running tally of votes.

founder(): `Option<AccountId32>`

interface: api.query.society.founder
summary: The first member.

head(): `Option<AccountId32>`

interface: api.query.society.head
summary: The most primary from the most recently approved rank 0 members in the society.

memberByIndex(`u32`): `Option<AccountId32>`

interface: api.query.society.memberByIndex
summary: The current items in Members keyed by their unique index. Keys are densely populated 0..MemberCount (does not include MemberCount).

memberCount(): `u32`

interface: api.query.society.memberCount
summary: The number of items in Members currently. (Doesn't include SuspendedMembers.)

members(`AccountId32`): `Option<PalletSocietyMemberRecord>`

interface: api.query.society.members
summary: The current members and their rank. Doesn't include SuspendedMembers.

nextHead(): `Option<PalletSocietyIntakeRecord>`

interface: api.query.society.nextHead
summary: 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.

parameters(): `Option<PalletSocietyGroupParams>`

interface: api.query.society.parameters
summary: The max number of members for the society at one time.

payouts(`AccountId32`): `PalletSocietyPayoutRecord`

interface: api.query.society.payouts
summary: Information regarding rank-0 payouts, past and future.

pot(): `u128`

interface: api.query.society.pot
summary: Amount of our account balance that is specifically for the next round's bid(s).

roundCount(): `u32`

interface: api.query.society.roundCount
summary: The number of rounds which have passed.

rules(): `Option<H256>`

interface: api.query.society.rules
summary: A hash of the rules of this society concerning membership. Can only be set once and only by the founder.

skeptic(): `Option<AccountId32>`

interface: api.query.society.skeptic
summary: The current skeptic.

suspendedMembers(`AccountId32`): `Option<PalletSocietyMemberRecord>`

interface: api.query.society.suspendedMembers
summary: The set of suspended members, with their old membership record.

voteClearCursor(`AccountId32`): `Option<Bytes>`

interface: api.query.society.voteClearCursor
summary: Clear-cursor for Vote, map from Candidate -> (Maybe) Cursor.

votes(`AccountId32, AccountId32`): `Option<PalletSocietyVote>`

interface: api.query.society.votes
summary: Double map from Candidate -> Voter -> (Maybe) Vote.

staking

activeEra(): `Option<PalletStakingActiveEraInfo>`

interface: api.query.staking.activeEra
summary: 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 [SessionInterface::validators].

bonded(`AccountId32`): `Option<AccountId32>`

interface: api.query.staking.bonded
summary: Map from all locked "stash" accounts to the controller account.
TWOX-NOTE: SAFE since AccountId is a secure hash.

bondedEras(): `Vec<(u32,u32)>`

interface: api.query.staking.bondedEras
summary: 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]

canceledSlashPayout(): `u128`

interface: api.query.staking.canceledSlashPayout
summary: The amount of currency given to reporters of a slash event which was canceled by extraordinary circumstances (e.g. governance).

chillThreshold(): `Option<Percent>`

interface: api.query.staking.chillThreshold
summary: 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).

counterForNominators(): `u32`

interface: api.query.staking.counterForNominators
summary: Counter for the related counted storage map

counterForValidators(): `u32`

interface: api.query.staking.counterForValidators
summary: Counter for the related counted storage map

currentEra(): `Option<u32>`

interface: api.query.staking.currentEra
summary: The current era index.
This is the latest planned era, depending on how the Session pallet queues the validator set, it might be active or not.

currentPlannedSession(): `u32`

interface: api.query.staking.currentPlannedSession
summary: The last planned session scheduled by the session pallet.
This is basically in sync with the call to [pallet_session::SessionManager::new_session].

erasRewardPoints(`u32`): `PalletStakingEraRewardPoints`

interface: api.query.staking.erasRewardPoints
summary: Rewards for the last HISTORY_DEPTH eras. If reward hasn't been set or has been removed then 0 reward is returned.

erasStakers(`u32, AccountId32`): `PalletStakingExposure`

interface: api.query.staking.erasStakers
summary: Exposure of validator at era.
This is keyed first by the era index to allow bulk deletion and then the stash account.
Is it removed after HISTORY_DEPTH eras. If stakers hasn't been set or has been removed then empty exposure is returned.

erasStakersClipped(`u32, AccountId32`): `PalletStakingExposure`

interface: api.query.staking.erasStakersClipped
summary: Clipped Exposure of validator at era.
This is similar to [ErasStakers] but number of nominators exposed is reduced to the T::MaxNominatorRewardedPerValidator biggest stakers. (Note: the field total and own of the exposure remains unchanged). This is used to limit the i/o cost for the nominator payout.
This is keyed fist by the era index to allow bulk deletion and then the stash account.
Is it removed after HISTORY_DEPTH eras. If stakers hasn't been set or has been removed then empty exposure is returned.

erasStartSessionIndex(`u32`): `Option<u32>`

interface: api.query.staking.erasStartSessionIndex
summary: The session index at which the era start for the last HISTORY_DEPTH eras.
Note: This tracks the starting session (i.e. session index when era start being active) for the eras in [CurrentEra - HISTORY_DEPTH, CurrentEra].

erasTotalStake(`u32`): `u128`

interface: api.query.staking.erasTotalStake
summary: The total amount staked for the last HISTORY_DEPTH eras. If total hasn't been set or has been removed then 0 stake is returned.

erasValidatorPrefs(`u32, AccountId32`): `PalletStakingValidatorPrefs`

interface: api.query.staking.erasValidatorPrefs
summary: Similar to ErasStakers, this holds 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 HISTORY_DEPTH eras.

erasValidatorReward(`u32`): `Option<u128>`

interface: api.query.staking.erasValidatorReward
summary: The total validator era payout for the last HISTORY_DEPTH eras.
Eras that haven't finished yet or has been removed doesn't have reward.

forceEra(): `PalletStakingForcing`

interface: api.query.staking.forceEra
summary: Mode of era forcing.

invulnerables(): `Vec<AccountId32>`

interface: api.query.staking.invulnerables
summary: 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.

ledger(`AccountId32`): `Option<PalletStakingStakingLedger>`

interface: api.query.staking.ledger
summary: Map from all (unlocked) "controller" accounts to the info regarding the staking.

maxNominatorsCount(): `Option<u32>`

interface: api.query.staking.maxNominatorsCount
summary: The maximum nominator count before we stop allowing new validators to join.
When this value is not set, no limits are enforced.

maxValidatorsCount(): `Option<u32>`

interface: api.query.staking.maxValidatorsCount
summary: The maximum validator count before we stop allowing new validators to join.
When this value is not set, no limits are enforced.

minCommission(): `Perbill`

interface: api.query.staking.minCommission
summary: The minimum amount of commission that validators can set.
If set to 0, no limit exists.

minimumActiveStake(): `u128`

interface: api.query.staking.minimumActiveStake
summary: The minimum active nominator stake of the last successful election.

minimumValidatorCount(): `u32`

interface: api.query.staking.minimumValidatorCount
summary: Minimum number of staking participants before emergency conditions are imposed.

minNominatorBond(): `u128`

interface: api.query.staking.minNominatorBond
summary: The minimum active bond to become and maintain the role of a nominator.

minValidatorBond(): `u128`

interface: api.query.staking.minValidatorBond
summary: The minimum active bond to become and maintain the role of a validator.

nominators(`AccountId32`): `Option<PalletStakingNominations>`

interface: api.query.staking.nominators
summary: 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.

nominatorSlashInEra(`u32, AccountId32`): `Option<u128>`

interface: api.query.staking.nominatorSlashInEra
summary: All slashing events on nominators, mapped by era to the highest slash value of the era.

offendingValidators(): `Vec<(u32,bool)>`

interface: api.query.staking.offendingValidators
summary: Indices of validators that have offended in the active era and whether they are currently disabled.
This value should be a superset of disabled validators since not all offences lead to the validator being disabled (if there was no slash). This is needed to track the percentage of validators that have offended in the current era, ensuring a new era is forced if OffendingValidatorsThreshold is reached. The vec is always kept sorted so that we can find whether a given validator has previously offended using binary search. It gets cleared when the era ends.

payee(`AccountId32`): `PalletStakingRewardDestination`

interface: api.query.staking.payee
summary: Where the reward payment should be made. Keyed by stash.
TWOX-NOTE: SAFE since AccountId is a secure hash.

slashingSpans(`AccountId32`): `Option<PalletStakingSlashingSlashingSpans>`

interface: api.query.staking.slashingSpans
summary: Slashing spans for stash accounts.

slashRewardFraction(): `Perbill`

interface: api.query.staking.slashRewardFraction
summary: The percentage of the slash that is distributed to reporters.
The rest of the slashed value is handled by the Slash.

spanSlash(`(AccountId32,u32)`): `PalletStakingSlashingSpanRecord`

interface: api.query.staking.spanSlash
summary: Records information about the maximum slash of a stash within a slashing span, as well as how much reward has been paid out.

unappliedSlashes(`u32`): `Vec<PalletStakingUnappliedSlash>`

interface: api.query.staking.unappliedSlashes
summary: All unapplied slashes that are queued for later.

validatorCount(): `u32`

interface: api.query.staking.validatorCount
summary: The ideal number of active validators.

validators(`AccountId32`): `PalletStakingValidatorPrefs`

interface: api.query.staking.validators
summary: The map from (wannabe) validator stash key to the preferences of that validator.
TWOX-NOTE: SAFE since AccountId is a secure hash.

validatorSlashInEra(`u32, AccountId32`): `Option<(Perbill,u128)>`

interface: api.query.staking.validatorSlashInEra
summary: All slashing events on validators, mapped by era to the highest slash proportion and slash value of the era.

stateTrieMigration

autoLimits(): `Option<PalletStateTrieMigrationMigrationLimits>`

interface: api.query.stateTrieMigration.autoLimits
summary: The limits that are imposed on automatic migrations.
If set to None, then no automatic migration happens.

migrationProcess(): `PalletStateTrieMigrationMigrationTask`

interface: api.query.stateTrieMigration.migrationProcess
summary: 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.

signedMigrationMaxLimits(): `Option<PalletStateTrieMigrationMigrationLimits>`

interface: api.query.stateTrieMigration.signedMigrationMaxLimits
summary: The maximum limits that the signed migration could use.
If not set, no signed submission is allowed.

substrate

These are well-known keys that are always available to the runtime implementation of any Substrate-based network.

changesTrieConfig(): `u32`

interface: api.query.substrate.changesTrieConfig
summary: Changes trie configuration is stored under this key.

childStorageKeyPrefix(): `u32`

interface: api.query.substrate.childStorageKeyPrefix
summary: Prefix of child storage keys.

code(): `Bytes`

interface: api.query.substrate.code
summary: Wasm code of the runtime.

extrinsicIndex(): `u32`

interface: api.query.substrate.extrinsicIndex
summary: Current extrinsic index (u32) is stored under this key.

heapPages(): `u64`

interface: api.query.substrate.heapPages
summary: Number of wasm linear memory pages required for execution of the runtime.

intrablockEntropy(): `[u8;32]`

interface: api.query.substrate.intrablockEntropy
summary: Current intra-block entropy (a universally unique [u8; 32] value) is stored here.

system

account(`AccountId32`): `FrameSystemAccountInfo`

interface: api.query.system.account
summary: The full account information for a particular account ID.

allExtrinsicsLen(): `Option<u32>`

interface: api.query.system.allExtrinsicsLen
summary: Total length (in bytes) for all extrinsics put together, for the current block.

blockHash(`u32`): `H256`

interface: api.query.system.blockHash
summary: Map of block numbers to block hashes.

blockWeight(): `FrameSupportDispatchPerDispatchClassWeight`

interface: api.query.system.blockWeight
summary: The current weight for the block.

digest(): `SpRuntimeDigest`

interface: api.query.system.digest
summary: Digest of the current block, also part of the block header.

eventCount(): `u32`

interface: api.query.system.eventCount
summary: The number of events in the Events<T> list.

events(): `Vec<FrameSystemEventRecord>`

interface: api.query.system.events
summary: 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.

eventTopics(`H256`): `Vec<(u32,u32)>`

interface: api.query.system.eventTopics
summary: 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.

executionPhase(): `Option<FrameSystemPhase>`

interface: api.query.system.executionPhase
summary: The execution phase of the block.

extrinsicCount(): `Option<u32>`

interface: api.query.system.extrinsicCount
summary: Total extrinsics count for the current block.

extrinsicData(`u32`): `Bytes`

interface: api.query.system.extrinsicData
summary: Extrinsics data for the current block (maps an extrinsic's index to its data).

lastRuntimeUpgrade(): `Option<FrameSystemLastRuntimeUpgradeInfo>`

interface: api.query.system.lastRuntimeUpgrade
summary: Stores the spec_version and spec_name of when the last runtime upgrade happened.

number(): `u32`

interface: api.query.system.number
summary: The current block number being processed. Set by execute_block.

parentHash(): `H256`

interface: api.query.system.parentHash
summary: Hash of the previous block.

upgradedToTripleRefCount(): `bool`

interface: api.query.system.upgradedToTripleRefCount
summary: True if we have upgraded so that AccountInfo contains three types of RefCount. False (default) if not.

upgradedToU32RefCount(): `bool`

interface: api.query.system.upgradedToU32RefCount
summary: True if we have upgraded so that type RefCount is u32. False (default) if not.

timestamp

didUpdate(): `bool`

interface: api.query.timestamp.didUpdate
summary: Did the timestamp get updated in this block?

now(): `u64`

interface: api.query.timestamp.now
summary: Current time for the current block.

transactionPayment

nextFeeMultiplier(): `u128`

interface: api.query.transactionPayment.nextFeeMultiplier

storageVersion(): `PalletTransactionPaymentReleases`

interface: api.query.transactionPayment.storageVersion

treasury

approvals(): `Vec<u32>`

interface: api.query.treasury.approvals
summary: Proposal indices that have been approved but not yet awarded.

deactivated(): `u128`

interface: api.query.treasury.deactivated
summary: The amount which has been reported as inactive to Currency.

proposalCount(): `u32`

interface: api.query.treasury.proposalCount
summary: Number of proposals that have been made.

proposals(`u32`): `Option<PalletTreasuryProposal>`

interface: api.query.treasury.proposals
summary: Proposals that have been made.

vesting

storageVersion(): `PalletVestingReleases`

interface: api.query.vesting.storageVersion
summary: Storage version of the pallet.
New networks start with latest version, as determined by the genesis build.

vesting(`AccountId32`): `Option<Vec<PalletVestingVestingInfo>>`

interface: api.query.vesting.vesting
summary: Information regarding the vesting of a given account.

voterList

counterForListNodes(): `u32`

interface: api.query.voterList.counterForListNodes
summary: Counter for the related counted storage map

listBags(`u64`): `Option<PalletBagsListListBag>`

interface: api.query.voterList.listBags
summary: A bag stored in storage.
Stores a Bag struct, which stores head and tail pointers to itself.

listNodes(`AccountId32`): `Option<PalletBagsListListNode>`

interface: api.query.voterList.listNodes
summary: A single node, within some bag.
Nodes store links forward and back within their respective bags.

whitelist

whitelistedCall(`H256`): `Option<Null>`

interface: api.query.whitelist.whitelistedCall

xcmPallet

assetTraps(`H256`): `u32`

interface: api.query.xcmPallet.assetTraps
summary: The existing asset traps.
Key is the blake2 256 hash of (origin, versioned MultiAssets) pair. Value is the number of times this pair has been trapped (usually just 1 if it exists at all).

currentMigration(): `Option<PalletXcmVersionMigrationStage>`

interface: api.query.xcmPallet.currentMigration
summary: The current migration's stage, if any.

lockedFungibles(`AccountId32`): `Option<Vec<(u128,XcmVersionedMultiLocation)>>`

interface: api.query.xcmPallet.lockedFungibles
summary: Fungible assets which we know are locked on this chain.

queries(`u64`): `Option<PalletXcmQueryStatus>`

interface: api.query.xcmPallet.queries
summary: The ongoing queries.

queryCounter(): `u64`

interface: api.query.xcmPallet.queryCounter
summary: The latest available query index.

remoteLockedFungibles(`u32, AccountId32, XcmVersionedAssetId`): `Option<PalletXcmRemoteLockedFungibleRecord>`

interface: api.query.xcmPallet.remoteLockedFungibles
summary: Fungible assets which we know are locked on a remote chain.

safeXcmVersion(): `Option<u32>`

interface: api.query.xcmPallet.safeXcmVersion
summary: 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.

supportedVersion(`u32, XcmVersionedMultiLocation`): `Option<u32>`

interface: api.query.xcmPallet.supportedVersion
summary: The Latest versions that we know various locations support.

versionDiscoveryQueue(): `Vec<(XcmVersionedMultiLocation,u32)>`

interface: api.query.xcmPallet.versionDiscoveryQueue
summary: 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.

versionNotifiers(`u32, XcmVersionedMultiLocation`): `Option<u64>`

interface: api.query.xcmPallet.versionNotifiers
summary: All locations that we have requested version notifications from.

versionNotifyTargets(`u32, XcmVersionedMultiLocation`): `Option<(u64,SpWeightsWeightV2Weight,u32)>`

interface: api.query.xcmPallet.versionNotifyTargets
summary: The target locations that are subscribed to our version changes, as well as the most recent of our versions we informed them of.

xcmExecutionSuspended(): `bool`

interface: api.query.xcmPallet.xcmExecutionSuspended
summary: Global suspension state of the XCM executor.

auctions
- auctionCounter(): u32
- auctionInfo(): Option<(u32,u32)>
- reservedAmounts((AccountId32,u32)): Option<u128>
- winning(u32): Option<[Option<(AccountId32,u32,u128)>;36]>
authorship
- author(): Option<AccountId32>
babe
- authorities(): Vec<(SpConsensusBabeAppPublic,u64)>
- authorVrfRandomness(): Option<[u8;32]>
- currentSlot(): u64
- epochConfig(): Option<SpConsensusBabeBabeEpochConfiguration>
- epochIndex(): u64
- epochStart(): (u32,u32)
- genesisSlot(): u64
- initialized(): Option<Option<SpConsensusBabeDigestsPreDigest>>
- lateness(): u32
- nextAuthorities(): Vec<(SpConsensusBabeAppPublic,u64)>
- nextEpochConfig(): Option<SpConsensusBabeBabeEpochConfiguration>
- nextRandomness(): [u8;32]
- pendingEpochConfigChange(): Option<SpConsensusBabeDigestsNextConfigDescriptor>
- randomness(): [u8;32]
- segmentIndex(): u32
- skippedEpochs(): Vec<(u64,u32)>
- underConstruction(u32): Vec<[u8;32]>
balances
- account(AccountId32): PalletBalancesAccountData
- freezes(AccountId32): Vec<PalletBalancesIdAmount>
- holds(AccountId32): Vec<{"id":"KusamaRuntimeRuntimeHoldReason","amount":"u128"}>
- inactiveIssuance(): u128
- locks(AccountId32): Vec<PalletBalancesBalanceLock>
- reserves(AccountId32): Vec<PalletBalancesReserveData>
- totalIssuance(): u128
beefy
- authorities(): Vec<SpConsensusBeefyEcdsaCryptoPublic>
- genesisBlock(): Option<u32>
- nextAuthorities(): Vec<SpConsensusBeefyEcdsaCryptoPublic>
- setIdSession(u64): Option<u32>
- validatorSetId(): u64
beefyMmrLeaf
- beefyAuthorities(): SpConsensusBeefyMmrBeefyAuthoritySet
- beefyNextAuthorities(): SpConsensusBeefyMmrBeefyAuthoritySet
bounties
- bounties(u32): Option<PalletBountiesBounty>
- bountyApprovals(): Vec<u32>
- bountyCount(): u32
- bountyDescriptions(u32): Option<Bytes>
childBounties
- childBounties(u32, u32): Option<PalletChildBountiesChildBounty>
- childBountyCount(): u32
- childBountyDescriptions(u32): Option<Bytes>
- childrenCuratorFees(u32): u128
- parentChildBounties(u32): u32
claims
- claims(EthereumAddress): Option<u128>
- preclaims(AccountId32): Option<EthereumAddress>
- signing(EthereumAddress): Option<PolkadotRuntimeCommonClaimsStatementKind>
- total(): u128
- vesting(EthereumAddress): Option<(u128,u128,u32)>
configuration
- activeConfig(): PolkadotRuntimeParachainsConfigurationHostConfiguration
- bypassConsistencyCheck(): bool
- pendingConfigs(): Vec<(u32,PolkadotRuntimeParachainsConfigurationHostConfiguration)>
convictionVoting
- classLocksFor(AccountId32): Vec<(u16,u128)>
- votingFor(AccountId32, u16): PalletConvictionVotingVoteVoting
crowdloan
- endingsCount(): u32
- funds(u32): Option<PolkadotRuntimeCommonCrowdloanFundInfo>
- newRaise(): Vec<u32>
- nextFundIndex(): u32
dmp
- deliveryFeeFactor(u32): u128
- downwardMessageQueueHeads(u32): H256
- downwardMessageQueues(u32): Vec<PolkadotCorePrimitivesInboundDownwardMessage>
electionProviderMultiPhase
- currentPhase(): PalletElectionProviderMultiPhasePhase
- desiredTargets(): Option<u32>
- minimumUntrustedScore(): Option<SpNposElectionsElectionScore>
- queuedSolution(): Option<PalletElectionProviderMultiPhaseReadySolution>
- round(): u32
- signedSubmissionIndices(): Vec<(SpNposElectionsElectionScore,u32,u32)>
- signedSubmissionNextIndex(): u32
- signedSubmissionsMap(u32): Option<PalletElectionProviderMultiPhaseSignedSignedSubmission>
- snapshot(): Option<PalletElectionProviderMultiPhaseRoundSnapshot>
- snapshotMetadata(): Option<PalletElectionProviderMultiPhaseSolutionOrSnapshotSize>
fastUnstake
- counterForQueue(): u32
- erasToCheckPerBlock(): u32
- head(): Option<PalletFastUnstakeUnstakeRequest>
- queue(AccountId32): Option<u128>
fellowshipCollective
- idToIndex(u16, AccountId32): Option<u32>
- indexToId(u16, u32): Option<AccountId32>
- memberCount(u16): u32
- members(AccountId32): Option<PalletRankedCollectiveMemberRecord>
- voting(u32, AccountId32): Option<PalletRankedCollectiveVoteRecord>
- votingCleanup(u32): Option<Bytes>
fellowshipReferenda
- decidingCount(u16): u32
- metadataOf(u32): Option<H256>
- referendumCount(): u32
- referendumInfoFor(u32): Option<PalletReferendaReferendumInfoRankedCollectiveTally>
- trackQueue(u16): Vec<(u32,u32)>
grandpa
- currentSetId(): u64
- nextForced(): Option<u32>
- pendingChange(): Option<PalletGrandpaStoredPendingChange>
- setIdSession(u64): Option<u32>
- stalled(): Option<(u32,u32)>
- state(): PalletGrandpaStoredState
hrmp
- hrmpAcceptedChannelRequestCount(u32): u32
- hrmpChannelContents(PolkadotParachainPrimitivesHrmpChannelId): Vec<PolkadotCorePrimitivesInboundHrmpMessage>
- hrmpChannelDigests(u32): Vec<(u32,Vec<u32>)>
- hrmpChannels(PolkadotParachainPrimitivesHrmpChannelId): Option<PolkadotRuntimeParachainsHrmpHrmpChannel>
- hrmpCloseChannelRequests(PolkadotParachainPrimitivesHrmpChannelId): Option<Null>
- hrmpCloseChannelRequestsList(): Vec<PolkadotParachainPrimitivesHrmpChannelId>
- hrmpEgressChannelsIndex(u32): Vec<u32>
- hrmpIngressChannelsIndex(u32): Vec<u32>
- hrmpOpenChannelRequestCount(u32): u32
- hrmpOpenChannelRequests(PolkadotParachainPrimitivesHrmpChannelId): Option<PolkadotRuntimeParachainsHrmpHrmpOpenChannelRequest>
- hrmpOpenChannelRequestsList(): Vec<PolkadotParachainPrimitivesHrmpChannelId>
- hrmpWatermarks(u32): Option<u32>
identity
- identityOf(AccountId32): Option<PalletIdentityRegistration>
- registrars(): Vec<Option<PalletIdentityRegistrarInfo>>
- subsOf(AccountId32): (u128,Vec<AccountId32>)
- superOf(AccountId32): Option<(AccountId32,Data)>
imOnline
- authoredBlocks(u32, AccountId32): u32
- heartbeatAfter(): u32
- keys(): Vec<PalletImOnlineSr25519AppSr25519Public>
- receivedHeartbeats(u32, u32): Option<bool>
indices
- accounts(u32): Option<(AccountId32,u128,bool)>
initializer
- bufferedSessionChanges(): Vec<PolkadotRuntimeParachainsInitializerBufferedSessionChange>
- hasInitialized(): Option<Null>
messageQueue
- bookStateFor(PolkadotRuntimeParachainsInclusionAggregateMessageOrigin): PalletMessageQueueBookState
- pages(PolkadotRuntimeParachainsInclusionAggregateMessageOrigin, u32): Option<PalletMessageQueuePage>
- serviceHead(): Option<PolkadotRuntimeParachainsInclusionAggregateMessageOrigin>
mmr
- nodes(u64): Option<H256>
- numberOfLeaves(): u64
- rootHash(): H256
multisig
- multisigs(AccountId32, [u8;32]): Option<PalletMultisigMultisig>
nis
- queues(u32): Vec<PalletNisBid>
- queueTotals(): Vec<(u32,u128)>
- receipts(u32): Option<PalletNisReceiptRecord>
- summary(): PalletNisSummaryRecord
nisCounterpartBalances
- account(AccountId32): PalletBalancesAccountData
- freezes(AccountId32): Vec<PalletBalancesIdAmount>
- holds(AccountId32): Vec<{"id":"KusamaRuntimeRuntimeHoldReason","amount":"u128"}>
- inactiveIssuance(): u128
- locks(AccountId32): Vec<PalletBalancesBalanceLock>
- reserves(AccountId32): Vec<PalletBalancesReserveData>
- totalIssuance(): u128
nominationPools
- bondedPools(u32): Option<PalletNominationPoolsBondedPoolInner>
- claimPermissions(AccountId32): PalletNominationPoolsClaimPermission
- counterForBondedPools(): u32
- counterForMetadata(): u32
- counterForPoolMembers(): u32
- counterForReversePoolIdLookup(): u32
- counterForRewardPools(): u32
- counterForSubPoolsStorage(): u32
- globalMaxCommission(): Option<Perbill>
- lastPoolId(): u32
- maxPoolMembers(): Option<u32>
- maxPoolMembersPerPool(): Option<u32>
- maxPools(): Option<u32>
- metadata(u32): Bytes
- minCreateBond(): u128
- minJoinBond(): u128
- poolMembers(AccountId32): Option<PalletNominationPoolsPoolMember>
- reversePoolIdLookup(AccountId32): Option<u32>
- rewardPools(u32): Option<PalletNominationPoolsRewardPool>
- subPoolsStorage(u32): Option<PalletNominationPoolsSubPools>
offences
- concurrentReportsIndex([u8;16], Bytes): Vec<H256>
- reports(H256): Option<SpStakingOffenceOffenceDetails>
paraAssignmentProvider
paraInclusion
- availabilityBitfields(u32): Option<PolkadotRuntimeParachainsInclusionAvailabilityBitfieldRecord>
- pendingAvailability(u32): Option<PolkadotRuntimeParachainsInclusionCandidatePendingAvailability>
- pendingAvailabilityCommitments(u32): Option<PolkadotPrimitivesV5CandidateCommitments>
paraInherent
- included(): Option<Null>
- onChainVotes(): Option<PolkadotPrimitivesV5ScrapedOnChainVotes>
paras
- actionsQueue(u32): Vec<u32>
- codeByHash(H256): Option<Bytes>
- codeByHashRefs(H256): u32
- currentCodeHash(u32): Option<H256>
- futureCodeHash(u32): Option<H256>
- futureCodeUpgrades(u32): Option<u32>
- heads(u32): Option<Bytes>
- mostRecentContext(u32): Option<u32>
- parachains(): Vec<u32>
- paraLifecycles(u32): Option<PolkadotRuntimeParachainsParasParaLifecycle>
- pastCodeHash((u32,u32)): Option<H256>
- pastCodeMeta(u32): PolkadotRuntimeParachainsParasParaPastCodeMeta
- pastCodePruning(): Vec<(u32,u32)>
- pvfActiveVoteList(): Vec<H256>
- pvfActiveVoteMap(H256): Option<PolkadotRuntimeParachainsParasPvfCheckActiveVoteState>
- upcomingParasGenesis(u32): Option<PolkadotRuntimeParachainsParasParaGenesisArgs>
- upcomingUpgrades(): Vec<(u32,u32)>
- upgradeCooldowns(): Vec<(u32,u32)>
- upgradeGoAheadSignal(u32): Option<PolkadotPrimitivesV5UpgradeGoAhead>
- upgradeRestrictionSignal(u32): Option<PolkadotPrimitivesV5UpgradeRestriction>
paraScheduler
- availabilityCores(): Vec<PolkadotPrimitivesV5CoreOccupied>
- claimQueue(): BTreeMap<u32, Vec<Option<PolkadotPrimitivesV5ParasEntry>>>
- sessionStartBlock(): u32
- validatorGroups(): Vec<Vec<u32>>
parasDisputes
- backersOnDisputes(u32, H256): Option<BTreeSet<u32>>
- disputes(u32, H256): Option<PolkadotPrimitivesV5DisputeState>
- frozen(): Option<u32>
- included(u32, H256): Option<u32>
- lastPrunedSession(): Option<u32>
paraSessionInfo
- accountKeys(u32): Option<Vec<AccountId32>>
- assignmentKeysUnsafe(): Vec<PolkadotPrimitivesV5AssignmentAppPublic>
- earliestStoredSession(): u32
- sessionExecutorParams(u32): Option<PolkadotPrimitivesV5ExecutorParams>
- sessions(u32): Option<PolkadotPrimitivesV5SessionInfo>
parasShared
- activeValidatorIndices(): Vec<u32>
- activeValidatorKeys(): Vec<PolkadotPrimitivesV5ValidatorAppPublic>
- allowedRelayParents(): PolkadotRuntimeParachainsSharedAllowedRelayParentsTracker
- currentSessionIndex(): u32
parasSlashing
- unappliedSlashes(u32, H256): Option<PolkadotPrimitivesV5SlashingPendingSlashes>
- validatorSetCounts(u32): Option<u32>
preimage
- preimageFor((H256,u32)): Option<Bytes>
- statusFor(H256): Option<PalletPreimageRequestStatus>
proxy
- announcements(AccountId32): (Vec<PalletProxyAnnouncement>,u128)
- proxies(AccountId32): (Vec<PalletProxyProxyDefinition>,u128)
recovery
- activeRecoveries(AccountId32, AccountId32): Option<PalletRecoveryActiveRecovery>
- proxy(AccountId32): Option<AccountId32>
- recoverable(AccountId32): Option<PalletRecoveryRecoveryConfig>
referenda
- decidingCount(u16): u32
- metadataOf(u32): Option<H256>
- referendumCount(): u32
- referendumInfoFor(u32): Option<PalletReferendaReferendumInfoConvictionVotingTally>
- trackQueue(u16): Vec<(u32,u128)>
registrar
- nextFreeParaId(): u32
- paras(u32): Option<PolkadotRuntimeCommonParasRegistrarParaInfo>
- pendingSwap(u32): Option<u32>
scheduler
- agenda(u32): Vec<Option<PalletSchedulerScheduled>>
- incompleteSince(): Option<u32>
- lookup([u8;32]): Option<(u32,u32)>
session
- currentIndex(): u32
- disabledValidators(): Vec<u32>
- keyOwner((SpCoreCryptoKeyTypeId,Bytes)): Option<AccountId32>
- nextKeys(AccountId32): Option<KusamaRuntimeSessionKeys>
- queuedChanged(): bool
- queuedKeys(): Vec<(AccountId32,KusamaRuntimeSessionKeys)>
- validators(): Vec<AccountId32>
slots
- leases(u32): Vec<Option<(AccountId32,u128)>>
society
- bids(): Vec<PalletSocietyBid>
- candidates(AccountId32): Option<PalletSocietyCandidacy>
- challengeRoundCount(): u32
- defenderVotes(u32, AccountId32): Option<PalletSocietyVote>
- defending(): Option<(AccountId32,AccountId32,PalletSocietyTally)>
- founder(): Option<AccountId32>
- head(): Option<AccountId32>
- memberByIndex(u32): Option<AccountId32>
- memberCount(): u32
- members(AccountId32): Option<PalletSocietyMemberRecord>
- nextHead(): Option<PalletSocietyIntakeRecord>
- parameters(): Option<PalletSocietyGroupParams>
- payouts(AccountId32): PalletSocietyPayoutRecord
- pot(): u128
- roundCount(): u32
- rules(): Option<H256>
- skeptic(): Option<AccountId32>
- suspendedMembers(AccountId32): Option<PalletSocietyMemberRecord>
- voteClearCursor(AccountId32): Option<Bytes>
- votes(AccountId32, AccountId32): Option<PalletSocietyVote>
staking
- activeEra(): Option<PalletStakingActiveEraInfo>
- bonded(AccountId32): Option<AccountId32>
- bondedEras(): Vec<(u32,u32)>
- canceledSlashPayout(): u128
- chillThreshold(): Option<Percent>
- counterForNominators(): u32
- counterForValidators(): u32
- currentEra(): Option<u32>
- currentPlannedSession(): u32
- erasRewardPoints(u32): PalletStakingEraRewardPoints
- erasStakers(u32, AccountId32): PalletStakingExposure
- erasStakersClipped(u32, AccountId32): PalletStakingExposure
- erasStartSessionIndex(u32): Option<u32>
- erasTotalStake(u32): u128
- erasValidatorPrefs(u32, AccountId32): PalletStakingValidatorPrefs
- erasValidatorReward(u32): Option<u128>
- forceEra(): PalletStakingForcing
- invulnerables(): Vec<AccountId32>
- ledger(AccountId32): Option<PalletStakingStakingLedger>
- maxNominatorsCount(): Option<u32>
- maxValidatorsCount(): Option<u32>
- minCommission(): Perbill
- minimumActiveStake(): u128
- minimumValidatorCount(): u32
- minNominatorBond(): u128
- minValidatorBond(): u128
- nominators(AccountId32): Option<PalletStakingNominations>
- nominatorSlashInEra(u32, AccountId32): Option<u128>
- offendingValidators(): Vec<(u32,bool)>
- payee(AccountId32): PalletStakingRewardDestination
- slashingSpans(AccountId32): Option<PalletStakingSlashingSlashingSpans>
- slashRewardFraction(): Perbill
- spanSlash((AccountId32,u32)): PalletStakingSlashingSpanRecord
- unappliedSlashes(u32): Vec<PalletStakingUnappliedSlash>
- validatorCount(): u32
- validators(AccountId32): PalletStakingValidatorPrefs
- validatorSlashInEra(u32, AccountId32): Option<(Perbill,u128)>
stateTrieMigration
- autoLimits(): Option<PalletStateTrieMigrationMigrationLimits>
- migrationProcess(): PalletStateTrieMigrationMigrationTask
- signedMigrationMaxLimits(): Option<PalletStateTrieMigrationMigrationLimits>
substrate
- changesTrieConfig(): u32
- childStorageKeyPrefix(): u32
- code(): Bytes
- extrinsicIndex(): u32
- heapPages(): u64
- intrablockEntropy(): [u8;32]
system
- account(AccountId32): FrameSystemAccountInfo
- allExtrinsicsLen(): Option<u32>
- blockHash(u32): H256
- blockWeight(): FrameSupportDispatchPerDispatchClassWeight
- digest(): SpRuntimeDigest
- eventCount(): u32
- events(): Vec<FrameSystemEventRecord>
- eventTopics(H256): Vec<(u32,u32)>
- executionPhase(): Option<FrameSystemPhase>
- extrinsicCount(): Option<u32>
- extrinsicData(u32): Bytes
- lastRuntimeUpgrade(): Option<FrameSystemLastRuntimeUpgradeInfo>
- number(): u32
- parentHash(): H256
- upgradedToTripleRefCount(): bool
- upgradedToU32RefCount(): bool
timestamp
- didUpdate(): bool
- now(): u64
transactionPayment
- nextFeeMultiplier(): u128
- storageVersion(): PalletTransactionPaymentReleases
treasury
- approvals(): Vec<u32>
- deactivated(): u128
- proposalCount(): u32
- proposals(u32): Option<PalletTreasuryProposal>
vesting
- storageVersion(): PalletVestingReleases
- vesting(AccountId32): Option<Vec<PalletVestingVestingInfo>>
voterList
- counterForListNodes(): u32
- listBags(u64): Option<PalletBagsListListBag>
- listNodes(AccountId32): Option<PalletBagsListListNode>
whitelist
- whitelistedCall(H256): Option<Null>
xcmPallet
- assetTraps(H256): u32
- currentMigration(): Option<PalletXcmVersionMigrationStage>
- lockedFungibles(AccountId32): Option<Vec<(u128,XcmVersionedMultiLocation)>>
- queries(u64): Option<PalletXcmQueryStatus>
- queryCounter(): u64
- remoteLockedFungibles(u32, AccountId32, XcmVersionedAssetId): Option<PalletXcmRemoteLockedFungibleRecord>
- safeXcmVersion(): Option<u32>
- supportedVersion(u32, XcmVersionedMultiLocation): Option<u32>
- versionDiscoveryQueue(): Vec<(XcmVersionedMultiLocation,u32)>
- versionNotifiers(u32, XcmVersionedMultiLocation): Option<u64>
- versionNotifyTargets(u32, XcmVersionedMultiLocation): Option<(u64,SpWeightsWeightV2Weight,u32)>
- xcmExecutionSuspended(): bool

auctions​

auctionCounter(): u32​

auctionInfo(): Option<(u32,u32)>​

reservedAmounts((AccountId32,u32)): Option<u128>​

winning(u32): Option<[Option<(AccountId32,u32,u128)>;36]>​

authorship​

author(): Option<AccountId32>​

babe​

authorities(): Vec<(SpConsensusBabeAppPublic,u64)>​

authorVrfRandomness(): Option<[u8;32]>​

currentSlot(): u64​

epochConfig(): Option<SpConsensusBabeBabeEpochConfiguration>​

epochIndex(): u64​

epochStart(): (u32,u32)​

genesisSlot(): u64​

initialized(): Option<Option<SpConsensusBabeDigestsPreDigest>>​

lateness(): u32​

nextAuthorities(): Vec<(SpConsensusBabeAppPublic,u64)>​

nextEpochConfig(): Option<SpConsensusBabeBabeEpochConfiguration>​

nextRandomness(): [u8;32]​

pendingEpochConfigChange(): Option<SpConsensusBabeDigestsNextConfigDescriptor>​

randomness(): [u8;32]​

Security​

segmentIndex(): u32​

skippedEpochs(): Vec<(u64,u32)>​

underConstruction(u32): Vec<[u8;32]>​

balances​

account(AccountId32): PalletBalancesAccountData​

Example​

Example​

freezes(AccountId32): Vec<PalletBalancesIdAmount>​

holds(AccountId32): Vec<{"id":"KusamaRuntimeRuntimeHoldReason","amount":"u128"}>​

inactiveIssuance(): u128​

locks(AccountId32): Vec<PalletBalancesBalanceLock>​

reserves(AccountId32): Vec<PalletBalancesReserveData>​

totalIssuance(): u128​

beefy​

authorities(): Vec<SpConsensusBeefyEcdsaCryptoPublic>​

genesisBlock(): Option<u32>​

nextAuthorities(): Vec<SpConsensusBeefyEcdsaCryptoPublic>​

setIdSession(u64): Option<u32>​

validatorSetId(): u64​

beefyMmrLeaf​

beefyAuthorities(): SpConsensusBeefyMmrBeefyAuthoritySet​

beefyNextAuthorities(): SpConsensusBeefyMmrBeefyAuthoritySet​

bounties​

bounties(u32): Option<PalletBountiesBounty>​

bountyApprovals(): Vec<u32>​

bountyCount(): u32​

bountyDescriptions(u32): Option<Bytes>​

childBounties​

childBounties(u32, u32): Option<PalletChildBountiesChildBounty>​

childBountyCount(): u32​

childBountyDescriptions(u32): Option<Bytes>​

childrenCuratorFees(u32): u128​

parentChildBounties(u32): u32​

claims​

claims(EthereumAddress): Option<u128>​

preclaims(AccountId32): Option<EthereumAddress>​

signing(EthereumAddress): Option<PolkadotRuntimeCommonClaimsStatementKind>​

total(): u128​

vesting(EthereumAddress): Option<(u128,u128,u32)>​

configuration​

activeConfig(): PolkadotRuntimeParachainsConfigurationHostConfiguration​

bypassConsistencyCheck(): bool​

pendingConfigs(): Vec<(u32,PolkadotRuntimeParachainsConfigurationHostConfiguration)>​

convictionVoting​

classLocksFor(AccountId32): Vec<(u16,u128)>​

votingFor(AccountId32, u16): PalletConvictionVotingVoteVoting​

crowdloan​

endingsCount(): u32​

funds(u32): Option<PolkadotRuntimeCommonCrowdloanFundInfo>​

newRaise(): Vec<u32>​

nextFundIndex(): u32​

dmp​

deliveryFeeFactor(u32): u128​

downwardMessageQueueHeads(u32): H256​

downwardMessageQueues(u32): Vec<PolkadotCorePrimitivesInboundDownwardMessage>​

electionProviderMultiPhase​

currentPhase(): PalletElectionProviderMultiPhasePhase​

auctions

auctionCounter(): `u32`

auctionInfo(): `Option<(u32,u32)>`

reservedAmounts(`(AccountId32,u32)`): `Option<u128>`

winning(`u32`): `Option<[Option<(AccountId32,u32,u128)>;36]>`

authorship

author(): `Option<AccountId32>`

babe

authorities(): `Vec<(SpConsensusBabeAppPublic,u64)>`

authorVrfRandomness(): `Option<[u8;32]>`

currentSlot(): `u64`

epochConfig(): `Option<SpConsensusBabeBabeEpochConfiguration>`

epochIndex(): `u64`

epochStart(): `(u32,u32)`

genesisSlot(): `u64`

initialized(): `Option<Option<SpConsensusBabeDigestsPreDigest>>`

lateness(): `u32`

nextAuthorities(): `Vec<(SpConsensusBabeAppPublic,u64)>`

nextEpochConfig(): `Option<SpConsensusBabeBabeEpochConfiguration>`

nextRandomness(): `[u8;32]`

pendingEpochConfigChange(): `Option<SpConsensusBabeDigestsNextConfigDescriptor>`

randomness(): `[u8;32]`

Security

segmentIndex(): `u32`

skippedEpochs(): `Vec<(u64,u32)>`

underConstruction(`u32`): `Vec<[u8;32]>`

balances

account(`AccountId32`): `PalletBalancesAccountData`

Example

Example

freezes(`AccountId32`): `Vec<PalletBalancesIdAmount>`

holds(`AccountId32`): `Vec<{"id":"KusamaRuntimeRuntimeHoldReason","amount":"u128"}>`

inactiveIssuance(): `u128`

locks(`AccountId32`): `Vec<PalletBalancesBalanceLock>`

reserves(`AccountId32`): `Vec<PalletBalancesReserveData>`

totalIssuance(): `u128`

beefy

authorities(): `Vec<SpConsensusBeefyEcdsaCryptoPublic>`

genesisBlock(): `Option<u32>`

nextAuthorities(): `Vec<SpConsensusBeefyEcdsaCryptoPublic>`

setIdSession(`u64`): `Option<u32>`

validatorSetId(): `u64`

beefyMmrLeaf

beefyAuthorities(): `SpConsensusBeefyMmrBeefyAuthoritySet`

beefyNextAuthorities(): `SpConsensusBeefyMmrBeefyAuthoritySet`

bounties

bounties(`u32`): `Option<PalletBountiesBounty>`

bountyApprovals(): `Vec<u32>`

bountyCount(): `u32`

bountyDescriptions(`u32`): `Option<Bytes>`

childBounties

childBounties(`u32, u32`): `Option<PalletChildBountiesChildBounty>`

childBountyCount(): `u32`

childBountyDescriptions(`u32`): `Option<Bytes>`

childrenCuratorFees(`u32`): `u128`

parentChildBounties(`u32`): `u32`

claims

claims(`EthereumAddress`): `Option<u128>`

preclaims(`AccountId32`): `Option<EthereumAddress>`

signing(`EthereumAddress`): `Option<PolkadotRuntimeCommonClaimsStatementKind>`

total(): `u128`

vesting(`EthereumAddress`): `Option<(u128,u128,u32)>`

configuration

activeConfig(): `PolkadotRuntimeParachainsConfigurationHostConfiguration`

bypassConsistencyCheck(): `bool`

pendingConfigs(): `Vec<(u32,PolkadotRuntimeParachainsConfigurationHostConfiguration)>`

convictionVoting

classLocksFor(`AccountId32`): `Vec<(u16,u128)>`

votingFor(`AccountId32, u16`): `PalletConvictionVotingVoteVoting`

crowdloan

endingsCount(): `u32`

funds(`u32`): `Option<PolkadotRuntimeCommonCrowdloanFundInfo>`

newRaise(): `Vec<u32>`

nextFundIndex(): `u32`

dmp

deliveryFeeFactor(`u32`): `u128`

downwardMessageQueueHeads(`u32`): `H256`

downwardMessageQueues(`u32`): `Vec<PolkadotCorePrimitivesInboundDownwardMessage>`

electionProviderMultiPhase

currentPhase(): `PalletElectionProviderMultiPhasePhase`