import '@polkadot/api-base/types/consts'; import type { ApiTypes, AugmentedConst } from '@polkadot/api-base/types'; import type { Bytes, Option, u128, u16, u32, u64, u8 } from '@polkadot/types-codec'; import type { Codec } from '@polkadot/types-codec/types'; import type { Permill } from '@polkadot/types/interfaces/runtime'; import type { FrameSupportPalletId, FrameSystemLimitsBlockLength, FrameSystemLimitsBlockWeights, SpVersionRuntimeVersion, SpWeightsRuntimeDbWeight, SpWeightsWeightV2Weight, StagingXcmV4Location } from '@polkadot/types/lookup'; export type __AugmentedConst = AugmentedConst; declare module '@polkadot/api-base/types/consts' { interface AugmentedConsts { assetConversion: { /** * A fee to withdraw the liquidity. **/ liquidityWithdrawalFee: Permill & AugmentedConst; /** * A % the liquidity providers will take of every swap. Represents 10ths of a percent. **/ lpFee: u32 & AugmentedConst; /** * The max number of hops in a swap. **/ maxSwapPathLength: u32 & AugmentedConst; /** * The minimum LP token amount that could be minted. Ameliorates rounding errors. **/ mintMinLiquidity: u128 & AugmentedConst; /** * The pallet's id, used for deriving its sovereign account ID. **/ palletId: FrameSupportPalletId & AugmentedConst; /** * A one-time fee to setup the pool. **/ poolSetupFee: u128 & AugmentedConst; /** * Asset class from [`Config::Assets`] used to pay the [`Config::PoolSetupFee`]. **/ poolSetupFeeAsset: StagingXcmV4Location & AugmentedConst; /** * Generic const **/ [key: string]: Codec; }; assets: { /** * The amount of funds that must be reserved when creating a new approval. **/ approvalDeposit: u128 & AugmentedConst; /** * The amount of funds that must be reserved for a non-provider asset account to be * maintained. **/ assetAccountDeposit: u128 & AugmentedConst; /** * The basic amount of funds that must be reserved for an asset. **/ assetDeposit: u128 & AugmentedConst; /** * The basic amount of funds that must be reserved when adding metadata to your asset. **/ metadataDepositBase: u128 & AugmentedConst; /** * The additional funds that must be reserved for the number of bytes you store in your * metadata. **/ metadataDepositPerByte: u128 & AugmentedConst; /** * Max number of items to destroy per `destroy_accounts` and `destroy_approvals` call. * * Must be configured to result in a weight that makes each call fit in a block. **/ removeItemsLimit: u32 & AugmentedConst; /** * The maximum length of a name or symbol stored on-chain. **/ stringLimit: u32 & AugmentedConst; /** * Generic const **/ [key: string]: Codec; }; aura: { /** * The slot duration Aura should run with, expressed in milliseconds. * The effective value of this type should not change while the chain is running. * * For backwards compatibility either use [`MinimumPeriodTimesTwo`] or a const. **/ slotDuration: u64 & AugmentedConst; /** * Generic const **/ [key: string]: Codec; }; balances: { /** * The minimum amount required to keep an account open. MUST BE GREATER THAN ZERO! * * If you *really* need it to be zero, you can enable the feature `insecure_zero_ed` for * this pallet. However, you do so at your own risk: this will open up a major DoS vector. * In case you have multiple sources of provider references, you may also get unexpected * behaviour if you set this to zero. * * Bottom line: Do yourself a favour and make it at least one! **/ existentialDeposit: u128 & AugmentedConst; /** * The maximum number of individual freeze locks that can exist on an account at any time. **/ maxFreezes: u32 & AugmentedConst; /** * The maximum number of locks that should exist on an account. * Not strictly enforced, but used for weight estimation. * * Use of locks is deprecated in favour of freezes. See `https://github.com/paritytech/substrate/pull/12951/` **/ maxLocks: u32 & AugmentedConst; /** * The maximum number of named reserves that can exist on an account. * * Use of reserves is deprecated in favour of holds. See `https://github.com/paritytech/substrate/pull/12951/` **/ maxReserves: u32 & AugmentedConst; /** * Generic const **/ [key: string]: Codec; }; foreignAssets: { /** * The amount of funds that must be reserved when creating a new approval. **/ approvalDeposit: u128 & AugmentedConst; /** * The amount of funds that must be reserved for a non-provider asset account to be * maintained. **/ assetAccountDeposit: u128 & AugmentedConst; /** * The basic amount of funds that must be reserved for an asset. **/ assetDeposit: u128 & AugmentedConst; /** * The basic amount of funds that must be reserved when adding metadata to your asset. **/ metadataDepositBase: u128 & AugmentedConst; /** * The additional funds that must be reserved for the number of bytes you store in your * metadata. **/ metadataDepositPerByte: u128 & AugmentedConst; /** * Max number of items to destroy per `destroy_accounts` and `destroy_approvals` call. * * Must be configured to result in a weight that makes each call fit in a block. **/ removeItemsLimit: u32 & AugmentedConst; /** * The maximum length of a name or symbol stored on-chain. **/ stringLimit: u32 & AugmentedConst; /** * Generic const **/ [key: string]: Codec; }; messageQueue: { /** * The size of the page; this implies the maximum message size which can be sent. * * A good value depends on the expected message sizes, their weights, the weight that is * available for processing them and the maximal needed message size. The maximal message * size is slightly lower than this as defined by [`MaxMessageLenOf`]. **/ heapSize: u32 & AugmentedConst; /** * The maximum amount of weight (if any) to be used from remaining weight `on_idle` which * should be provided to the message queue for servicing enqueued items `on_idle`. * Useful for parachains to process messages at the same block they are received. * * If `None`, it will not call `ServiceQueues::service_queues` in `on_idle`. **/ idleMaxServiceWeight: Option & AugmentedConst; /** * The maximum number of stale pages (i.e. of overweight messages) allowed before culling * can happen. Once there are more stale pages than this, then historical pages may be * dropped, even if they contain unprocessed overweight messages. **/ maxStale: u32 & AugmentedConst; /** * The amount of weight (if any) which should be provided to the message queue for * servicing enqueued items `on_initialize`. * * This may be legitimately `None` in the case that you will call * `ServiceQueues::service_queues` manually or set [`Self::IdleMaxServiceWeight`] to have * it run in `on_idle`. **/ serviceWeight: Option & AugmentedConst; /** * Generic const **/ [key: string]: Codec; }; multisig: { /** * The base amount of currency needed to reserve for creating a multisig execution or to * store a dispatch call for later. * * This is held for an additional storage item whose value size is * `4 + sizeof((BlockNumber, Balance, AccountId))` bytes and whose key size is * `32 + sizeof(AccountId)` bytes. **/ depositBase: u128 & AugmentedConst; /** * The amount of currency needed per unit threshold when creating a multisig execution. * * This is held for adding 32 bytes more into a pre-existing storage value. **/ depositFactor: u128 & AugmentedConst; /** * The maximum amount of signatories allowed in the multisig. **/ maxSignatories: u32 & AugmentedConst; /** * Generic const **/ [key: string]: Codec; }; nftFractionalization: { /** * The deposit paid by the user locking an NFT. The deposit is returned to the original NFT * owner when the asset is unified and the NFT is unlocked. **/ deposit: u128 & AugmentedConst; /** * The newly created asset's name. **/ newAssetName: Bytes & AugmentedConst; /** * The newly created asset's symbol. **/ newAssetSymbol: Bytes & AugmentedConst; /** * The pallet's id, used for deriving its sovereign account ID. **/ palletId: FrameSupportPalletId & AugmentedConst; /** * The maximum length of a name or symbol stored on-chain. **/ stringLimit: u32 & AugmentedConst; /** * Generic const **/ [key: string]: Codec; }; nfts: { /** * The maximum approvals an item could have. **/ approvalsLimit: u32 & AugmentedConst; /** * The basic amount of funds that must be reserved when adding an attribute to an item. **/ attributeDepositBase: u128 & AugmentedConst; /** * The basic amount of funds that must be reserved for collection. **/ collectionDeposit: u128 & AugmentedConst; /** * The additional funds that must be reserved for the number of bytes store in metadata, * either "normal" metadata or attribute metadata. **/ depositPerByte: u128 & AugmentedConst; /** * Disables some of pallet's features. **/ features: u64 & AugmentedConst; /** * The maximum attributes approvals an item could have. **/ itemAttributesApprovalsLimit: u32 & AugmentedConst; /** * The basic amount of funds that must be reserved for an item. **/ itemDeposit: u128 & AugmentedConst; /** * The maximum length of an attribute key. **/ keyLimit: u32 & AugmentedConst; /** * The max number of attributes a user could set per call. **/ maxAttributesPerCall: u32 & AugmentedConst; /** * The max duration in blocks for deadlines. **/ maxDeadlineDuration: u32 & AugmentedConst; /** * The max number of tips a user could send. **/ maxTips: u32 & AugmentedConst; /** * The basic amount of funds that must be reserved when adding metadata to your item. **/ metadataDepositBase: u128 & AugmentedConst; /** * The maximum length of data stored on-chain. **/ stringLimit: u32 & AugmentedConst; /** * The maximum length of an attribute value. **/ valueLimit: u32 & AugmentedConst; /** * Generic const **/ [key: string]: Codec; }; parachainSystem: { /** * Returns the parachain ID we are running with. **/ selfParaId: u32 & AugmentedConst; /** * Generic const **/ [key: string]: Codec; }; poolAssets: { /** * The amount of funds that must be reserved when creating a new approval. **/ approvalDeposit: u128 & AugmentedConst; /** * The amount of funds that must be reserved for a non-provider asset account to be * maintained. **/ assetAccountDeposit: u128 & AugmentedConst; /** * The basic amount of funds that must be reserved for an asset. **/ assetDeposit: u128 & AugmentedConst; /** * The basic amount of funds that must be reserved when adding metadata to your asset. **/ metadataDepositBase: u128 & AugmentedConst; /** * The additional funds that must be reserved for the number of bytes you store in your * metadata. **/ metadataDepositPerByte: u128 & AugmentedConst; /** * Max number of items to destroy per `destroy_accounts` and `destroy_approvals` call. * * Must be configured to result in a weight that makes each call fit in a block. **/ removeItemsLimit: u32 & AugmentedConst; /** * The maximum length of a name or symbol stored on-chain. **/ stringLimit: u32 & AugmentedConst; /** * Generic const **/ [key: string]: Codec; }; proxy: { /** * The base amount of currency needed to reserve for creating an announcement. * * This is held when a new storage item holding a `Balance` is created (typically 16 * bytes). **/ announcementDepositBase: u128 & AugmentedConst; /** * The amount of currency needed per announcement made. * * This is held for adding an `AccountId`, `Hash` and `BlockNumber` (typically 68 bytes) * into a pre-existing storage value. **/ announcementDepositFactor: u128 & AugmentedConst; /** * The maximum amount of time-delayed announcements that are allowed to be pending. **/ maxPending: u32 & AugmentedConst; /** * The maximum amount of proxies allowed for a single account. **/ maxProxies: u32 & AugmentedConst; /** * The base amount of currency needed to reserve for creating a proxy. * * This is held for an additional storage item whose value size is * `sizeof(Balance)` bytes and whose key size is `sizeof(AccountId)` bytes. **/ proxyDepositBase: u128 & AugmentedConst; /** * The amount of currency needed per proxy added. * * This is held for adding 32 bytes plus an instance of `ProxyType` more into a * pre-existing storage value. Thus, when configuring `ProxyDepositFactor` one should take * into account `32 + proxy_type.encode().len()` bytes of data. **/ proxyDepositFactor: u128 & AugmentedConst; /** * Generic const **/ [key: string]: Codec; }; stateTrieMigration: { /** * Maximal number of bytes that a key can have. * * FRAME itself does not limit the key length. * The concrete value must therefore depend on your storage usage. * A [`frame_support::storage::StorageNMap`] for example can have an arbitrary number of * keys which are then hashed and concatenated, resulting in arbitrarily long keys. * * Use the *state migration RPC* to retrieve the length of the longest key in your * storage: * * The migration will halt with a `Halted` event if this value is too small. * Since there is no real penalty from over-estimating, it is advised to use a large * value. The default is 512 byte. * * Some key lengths for reference: * - [`frame_support::storage::StorageValue`]: 32 byte * - [`frame_support::storage::StorageMap`]: 64 byte * - [`frame_support::storage::StorageDoubleMap`]: 96 byte * * For more info see * **/ maxKeyLen: u32 & AugmentedConst; /** * Generic const **/ [key: string]: Codec; }; system: { /** * Maximum number of block number to block hash mappings to keep (oldest pruned first). **/ blockHashCount: u32 & AugmentedConst; /** * The maximum length of a block (in bytes). **/ blockLength: FrameSystemLimitsBlockLength & AugmentedConst; /** * Block & extrinsics weights: base values and limits. **/ blockWeights: FrameSystemLimitsBlockWeights & AugmentedConst; /** * The weight of runtime database operations the runtime can invoke. **/ dbWeight: SpWeightsRuntimeDbWeight & AugmentedConst; /** * The designated SS58 prefix of this chain. * * This replaces the "ss58Format" property declared in the chain spec. Reason is * that the runtime should know about the prefix in order to make use of it as * an identifier of the chain. **/ ss58Prefix: u16 & AugmentedConst; /** * Get the chain's in-code version. **/ version: SpVersionRuntimeVersion & AugmentedConst; /** * Generic const **/ [key: string]: Codec; }; timestamp: { /** * The minimum period between blocks. * * Be aware that this is different to the *expected* period that the block production * apparatus provides. Your chosen consensus system will generally work with this to * determine a sensible block time. For example, in the Aura pallet it will be double this * period on default settings. **/ minimumPeriod: u64 & AugmentedConst; /** * Generic const **/ [key: string]: Codec; }; transactionPayment: { /** * A fee multiplier for `Operational` extrinsics to compute "virtual tip" to boost their * `priority` * * This value is multiplied by the `final_fee` to obtain a "virtual tip" that is later * added to a tip component in regular `priority` calculations. * It means that a `Normal` transaction can front-run a similarly-sized `Operational` * extrinsic (with no tip), by including a tip value greater than the virtual tip. * * ```rust,ignore * // For `Normal` * let priority = priority_calc(tip); * * // For `Operational` * let virtual_tip = (inclusion_fee + tip) * OperationalFeeMultiplier; * let priority = priority_calc(tip + virtual_tip); * ``` * * Note that since we use `final_fee` the multiplier applies also to the regular `tip` * sent with the transaction. So, not only does the transaction get a priority bump based * on the `inclusion_fee`, but we also amplify the impact of tips applied to `Operational` * transactions. **/ operationalFeeMultiplier: u8 & AugmentedConst; /** * Generic const **/ [key: string]: Codec; }; uniques: { /** * The basic amount of funds that must be reserved when adding an attribute to an item. **/ attributeDepositBase: u128 & AugmentedConst; /** * The basic amount of funds that must be reserved for collection. **/ collectionDeposit: u128 & AugmentedConst; /** * The additional funds that must be reserved for the number of bytes store in metadata, * either "normal" metadata or attribute metadata. **/ depositPerByte: u128 & AugmentedConst; /** * The basic amount of funds that must be reserved for an item. **/ itemDeposit: u128 & AugmentedConst; /** * The maximum length of an attribute key. **/ keyLimit: u32 & AugmentedConst; /** * The basic amount of funds that must be reserved when adding metadata to your item. **/ metadataDepositBase: u128 & AugmentedConst; /** * The maximum length of data stored on-chain. **/ stringLimit: u32 & AugmentedConst; /** * The maximum length of an attribute value. **/ valueLimit: u32 & AugmentedConst; /** * Generic const **/ [key: string]: Codec; }; utility: { /** * The limit on the number of batched calls. **/ batchedCallsLimit: u32 & AugmentedConst; /** * Generic const **/ [key: string]: Codec; }; vesting: { maxVestingSchedules: u32 & AugmentedConst; /** * The minimum amount transferred to call `vested_transfer`. **/ minVestedTransfer: u128 & AugmentedConst; /** * Generic const **/ [key: string]: Codec; }; xcmpQueue: { /** * Maximal number of outbound XCMP channels that can have messages queued at the same time. * * If this is reached, then no further messages can be sent to channels that do not yet * have a message queued. This should be set to the expected maximum of outbound channels * which is determined by [`Self::ChannelInfo`]. It is important to set this large enough, * since otherwise the congestion control protocol will not work as intended and messages * may be dropped. This value increases the PoV and should therefore not be picked too * high. Governance needs to pay attention to not open more channels than this value. **/ maxActiveOutboundChannels: u32 & AugmentedConst; /** * The maximum number of inbound XCMP channels that can be suspended simultaneously. * * Any further channel suspensions will fail and messages may get dropped without further * notice. Choosing a high value (1000) is okay; the trade-off that is described in * [`InboundXcmpSuspended`] still applies at that scale. **/ maxInboundSuspended: u32 & AugmentedConst; /** * The maximal page size for HRMP message pages. * * A lower limit can be set dynamically, but this is the hard-limit for the PoV worst case * benchmarking. The limit for the size of a message is slightly below this, since some * overhead is incurred for encoding the format. **/ maxPageSize: u32 & AugmentedConst; /** * Generic const **/ [key: string]: Codec; }; } }