schema.graphql

type Domain @entity {
  "The namehash of the name"
  id: ID!
  "The human readable name, if known. Unknown portions replaced with hash in square brackets (eg, foo.[1234].eth)"
  name: String
   "The human readable label name (imported from CSV), if known"
  labelName: String
  "keccak256(labelName)"
  labelhash: Bytes  
  "The namehash (id) of the parent name"
  parent: Domain
  "Can count domains from length of array"
  subdomains: [Domain!]! @derivedFrom(field: "parent")
  "The number of subdomains"
  subdomainCount: Int!
  "Address logged from current resolver, if any"
  resolvedAddress: Account
  
  "The resolver that controls the domain's settings"
  resolver: Resolver
  "The time-to-live (TTL) value of the domain's records"
  ttl: BigInt

  "The time when the domain was created"
  createdAt: BigInt!
  
  "The account that owns the domain"
  owner: Account!
  "The account that owns the ERC721 NFT for the domain"
  registrant: Account
  
  "The expiry date for the domain, from either the registration, or the wrapped domain if PCC is burned"
  expiryDate: BigInt
  "The registration associated with the domain"
  registration: Registration @derivedFrom(field: "domain")
}

type Account @entity {
  "The unique identifier for the account"
  id: ID!
  "The domains owned by the account"
  domains: [Domain!]! @derivedFrom(field: "owner")
}

type Resolver @entity {
  "The unique identifier for this resolver, which is a concatenation of the resolver address and the domain namehash"
  id: ID!
  "The domain that this resolver is associated with"
  domain: Domain
  "The address of the resolver contract"
  address: Bytes!
  "The current value of the 'addr' record for this resolver, as determined by the associated events"
  addr: Account
  "The content hash for this resolver, in binary format"
  contentHash: Bytes
  "The set of observed text record keys for this resolver"
  texts: [String!]
  "The set of observed SLIP-44 coin types for this resolver"
  coinTypes: [BigInt!]
  "The events associated with this resolver"
  events: [ResolverEvent!]! @derivedFrom(field: "resolver")
}

interface ResolverEvent {
  "Concatenation of block number and log ID"
  id: ID!
  "Used to derive relationships to Resolvers"
  resolver: Resolver!
  "The block number that the event occurred on"
  blockNumber: Int!
  "The transaction hash of the event"
  transactionID: Bytes!
}

interface DomainEvent {
  "The unique identifier of the event"
  id: ID!
  "The domain name associated with the event"
  domain: Domain!
  "The block number at which the event occurred"
  blockNumber: Int!
  "The transaction hash of the transaction that triggered the event"
  transactionID: Bytes!
}

type NewResolver implements DomainEvent @entity {
  "The unique identifier of the event"
  id: ID!
  "The domain name associated with the event"
  domain: Domain!
  "The block number at which the event occurred"
  blockNumber: Int!
  "The transaction hash of the transaction that triggered the event"
  transactionID: Bytes!
  "The new resolver contract address associated with the domain"
  resolver: Resolver!
}

type Transfer implements DomainEvent @entity {
  "The unique identifier of the event"
  id: ID!
  "The domain name associated with the event"
  domain: Domain!
  "The block number at which the event occurred"
  blockNumber: Int!
  "The transaction hash of the transaction that triggered the event"
  transactionID: Bytes!
  "The account that owns the domain after the transfer"
  owner: Account!
}

type NewOwner implements DomainEvent @entity {
  "The unique identifier of the event"
  id: ID!
  "The parent domain of the domain name associated with the event"
  parentDomain: Domain!
  "The domain name associated with the event"
  domain: Domain!
  "The block number at which the event occurred"
  blockNumber: Int!
  "The transaction hash of the transaction that triggered the event"
  transactionID: Bytes!
  "The new account that owns the domain"
  owner: Account!
}

type NewTTL implements DomainEvent @entity {
  "The unique identifier of the event"
  id: ID!
  "The domain name associated with the event"
  domain: Domain!
  "The block number at which the event occurred"
  blockNumber: Int!
  "The transaction hash of the transaction that triggered the event"
  transactionID: Bytes!
  "The new TTL value (in seconds) associated with the domain"
  ttl: BigInt!
}

type ExpiryExtended implements DomainEvent @entity {
  "The unique identifier of the event"
  id: ID!
  "The domain name associated with the event"
  domain: Domain!
  "The block number at which the event occurred"
  blockNumber: Int!
  "The transaction hash of the transaction that triggered the event"
  transactionID: Bytes!
  "The new expiry date associated with the domain after the extension event"
  expiryDate: BigInt!
}

interface RegistrationEvent {
  "The unique identifier of the registration event"
  id: ID!
  "The registration associated with the event"
  registration: Registration!
  "The block number of the event"
  blockNumber: Int!
  "The transaction ID associated with the event"
  transactionID: Bytes!
}

type NameRegistered implements RegistrationEvent @entity {
  "The unique identifier of the NameRegistered event"
  id: ID!
  "The registration associated with the event"
  registration: Registration!
  "The block number of the event"
  blockNumber: Int!
  "The transaction ID associated with the event"
  transactionID: Bytes!
  "The account that registered the name"
  registrant: Account!
  "The expiry date of the registration"
  expiryDate: BigInt!
}

type Registration @entity {
  "The unique identifier of the registration"
  id: ID!
  "The domain name associated with the registration"
  domain: Domain!
  "The registration date of the domain"
  registrationDate: BigInt!
  "The expiry date of the domain"
  expiryDate: BigInt!
  "The cost associated with the domain registration"
  cost: BigInt
  "The account that registered the domain"
  registrant: Account!
  "The human-readable label name associated with the domain registration"
  labelName: String
  "The events associated with the domain registration"
  events: [RegistrationEvent!]! @derivedFrom(field: "registration")
}

type NameTransferred implements RegistrationEvent @entity {
  "The ID of the event"
  id: ID!
  "The registration associated with the event"
  registration: Registration!
  "The block number of the event"
  blockNumber: Int!
  "The transaction ID of the event"
  transactionID: Bytes!
  "The new owner of the domain"
  newOwner: Account!
}

type AbiChanged implements ResolverEvent @entity {
  "Concatenation of block number and log ID"
  id: ID!
  "Used to derive relationships to Resolvers"
  resolver: Resolver!
  "The block number at which the event was emitted"
  blockNumber: Int!
  "The transaction hash of the transaction in which the event was emitted"
  transactionID: Bytes!
  "The content type of the ABI change"
  contentType: BigInt!
}

type AddrChanged implements ResolverEvent @entity {
  "Unique identifier for this event"
  id: ID!
  "The resolver associated with this event"
  resolver: Resolver!
  "The block number at which this event occurred"
  blockNumber: Int!
  "The transaction ID for the transaction in which this event occurred"
  transactionID: Bytes!
  "The new address associated with the resolver"
  addr: Account!
}

type MulticoinAddrChanged implements ResolverEvent @entity {
  "Unique identifier for the event"
  id: ID!
  "Resolver associated with this event"
  resolver: Resolver!
  "Block number in which this event was emitted"
  blockNumber: Int!
  "Transaction ID in which this event was emitted"
  transactionID: Bytes!
  "The coin type of the changed address"
  coinType: BigInt!
  "The new address value for the given coin type"
  addr: Bytes!
}

type AuthorisationChanged implements ResolverEvent @entity {
  "Unique identifier for this event"
  id: ID!
  "The resolver associated with this event"
  resolver: Resolver!
  "The block number at which the event occurred"
  blockNumber: Int!
  "The transaction hash associated with the event"
  transactionID: Bytes!
  "The owner of the authorisation"
  owner: Bytes!
  "The target of the authorisation"
  target: Bytes!
  "Whether the authorisation was added or removed"
  isAuthorized: Boolean!
}

type ContenthashChanged implements ResolverEvent @entity {
  "Concatenation of block number and log ID"
  id: ID!
  "Used to derive relationships to Resolvers"
  resolver: Resolver!
  "The block number where the event occurred"
  blockNumber: Int!
  "The ID of the transaction where the event occurred"
  transactionID: Bytes!
  "The new content hash for the domain"
  hash: Bytes!
}

type InterfaceChanged implements ResolverEvent @entity {
  "Concatenation of block number and log ID"
  id: ID!
  "Used to derive relationships to Resolvers"
  resolver: Resolver!
  "The block number in which the event occurred"
  blockNumber: Int!
  "The transaction ID for the transaction in which the event occurred"
  transactionID: Bytes!
  "The ID of the EIP-1820 interface that was changed"
  interfaceID: Bytes!
  "The address of the contract that implements the interface"
  implementer: Bytes!
}

type PubkeyChanged implements ResolverEvent @entity {
  "Concatenation of block number and log ID"
  id: ID!
  "Used to derive relationships to Resolvers"
  resolver: Resolver!
  "Block number of the Ethereum block where the event occurred"
  blockNumber: Int!
  "Transaction hash of the Ethereum transaction where the event occurred"
  transactionID: Bytes!
  "The x-coordinate of the new public key"
  x: Bytes!
  "The y-coordinate of the new public key"
  y: Bytes!
}

type TextChanged implements ResolverEvent @entity {
  "Concatenation of block number and log ID"
  id: ID!
  "Used to derive relationships to Resolvers"
  resolver: Resolver!
  "Block number of the Ethereum block in which the event occurred"
  blockNumber: Int!
  "Hash of the Ethereum transaction in which the event occurred"
  transactionID: Bytes!
  "The key of the text record that was changed"
  key: String!
  "The new value of the text record that was changed"
  value: String
}