/
schema.graphql
1044 lines (924 loc) · 20.3 KB
/
schema.graphql
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schema {
query: Query
}
scalar Hash28Hex
scalar Hash32Hex
scalar IPv4
scalar IPv6
scalar BigInt
scalar DateTime
scalar Percentage
scalar URL
type Query {
activeStake (
limit: Int
order_by: [ActiveStake_order_by!]
offset: Int
where: ActiveStake_bool_exp
): [ActiveStake]!
blocks (
limit: Int
order_by: [Block_order_by!]
offset: Int
where: Block_bool_exp
): [Block]!
blocks_aggregate (
limit: Int
order_by: [Block_order_by!]
offset: Int
where: Block_bool_exp
): Block_aggregate!
cardano: Cardano!
cardanoDbMeta: CardanoDbMeta!
delegations (
limit: Int
order_by: [Delegation_order_by!]
offset: Int
where: Delegation_bool_exp
): [Delegation]
delegations_aggregate (
limit: Int
order_by: [Delegation_order_by!]
offset: Int
where: Delegation_bool_exp
): Delegation_aggregate
epochs (
limit: Int
order_by: [Epoch_order_by!]
offset: Int
where: Epoch_bool_exp
): [Epoch]!
epochs_aggregate (
limit: Int
order_by: [Epoch_order_by!]
offset: Int
where: Epoch_bool_exp
): Epoch_aggregate!
rewards (
limit: Int
order_by: [Reward_order_by!]
offset: Int
where: Reward_bool_exp
): [Reward]!
rewards_aggregate (
limit: Int
order_by: [Reward_order_by!]
offset: Int
where: Reward_bool_exp
): Reward_aggregate!
stakeDeregistrations (
limit: Int
order_by: [StakeDeregistration_order_by!]
offset: Int
where: StakeDeregistration_bool_exp
): [StakeDeregistration]
stakeDeregistrations_aggregate (
limit: Int
order_by: [StakeDeregistration_order_by!]
offset: Int
where: StakeDeregistration_bool_exp
): StakeDeregistration_aggregate
stakePools (
limit: Int
order_by: [StakePool_order_by!]
offset: Int
where: StakePool_bool_exp
): [StakePool]
stakePools_aggregate (
limit: Int
order_by: [StakePool_order_by!]
offset: Int
where: StakePool_bool_exp
): StakePool_aggregate
stakeRegistrations (
limit: Int
order_by: [StakeRegistration_order_by!]
offset: Int
where: StakeRegistration_bool_exp
): [StakeRegistration]
stakeRegistrations_aggregate (
limit: Int
order_by: [StakeRegistration_order_by!]
offset: Int
where: StakeRegistration_bool_exp
): StakeRegistration_aggregate
transactions (
limit: Int
order_by: [Transaction_order_by!]
offset: Int
where: Transaction_bool_exp
): [Transaction]!
transactions_aggregate (
limit: Int
order_by: [Transaction_order_by!]
offset: Int
where: Transaction_bool_exp
): Transaction_aggregate!
utxos (
distinct_on: [TransactionOutput_distinct_on!]
limit: Int
order_by: [TransactionOutput_order_by!]
offset: Int
where: TransactionOutput_bool_exp
): [TransactionOutput]!
utxos_aggregate (
distinct_on: [TransactionOutput_distinct_on!]
limit: Int
order_by: [TransactionOutput_order_by!]
offset: Int
where: TransactionOutput_bool_exp
): TransactionOutput_aggregate!
withdrawals (
limit: Int
order_by: [Withdrawal_order_by!]
offset: Int
where: Withdrawal_bool_exp
): [Withdrawal]!
withdrawals_aggregate (
limit: Int
order_by: [Withdrawal_order_by!]
offset: Int
where: Withdrawal_bool_exp
): Withdrawal_aggregate
}
type ActiveStake {
address: String!
amount: String!
epoch: Epoch
epochNo: Int!
registeredWith: StakePool!
}
input ActiveStake_bool_exp {
address: text_comparison_exp
amount: text_comparison_exp
epoch: Epoch_bool_exp
epochNo: Int_comparison_exp
registeredWith: StakePool_bool_exp
}
input ActiveStake_order_by {
address: order_by
amount: order_by
epoch: Epoch_order_by
epochNo: order_by
registeredWith: StakePool_order_by
}
type ActiveStake_aggregate {
aggregate: ActiveStake_aggregate_fields
}
type ActiveStake_aggregate_fields {
avg: ActiveStake_avg_fields!
count: String!
max: ActiveStake_max_fields!
min: ActiveStake_min_fields!
sum: ActiveStake_sum_fields!
}
type ActiveStake_avg_fields {
amount: Float
}
type ActiveStake_max_fields {
amount: String
}
type ActiveStake_min_fields {
amount: String
}
type ActiveStake_sum_fields {
amount: String
}
type Cardano {
tip: Block!
currentEpoch: Epoch!
}
type CardanoDbMeta {
initialized: Boolean!
syncPercentage: Percentage!
}
type Delegation {
address: String!
stakePool: StakePool!
transaction: Transaction
}
input Delegation_order_by {
address: order_by
stakePool: StakePool_order_by
transaction: Transaction_order_by
}
input Delegation_bool_exp {
_and: [Delegation_bool_exp]
_not: Delegation_bool_exp
_or: [Delegation_bool_exp]
address: text_comparison_exp
stakePool: StakePool_bool_exp
transaction: Transaction_bool_exp
}
type Delegation_aggregate {
aggregate: Delegation_aggregate_fields
}
type Delegation_aggregate_fields {
count: String
}
type Relay {
ipv4: IPv4
ipv6: IPv6
dnsName: URL
dnsSrvName: String
port: Int
}
input Relay_bool_exp {
ipv4: text_comparison_exp
ipv6: text_comparison_exp
dnsName: text_comparison_exp
dnsSrvName: text_comparison_exp
port: Int_comparison_exp
}
type Reward {
address: String!
amount: String!
earnedIn: Epoch!
stakePool: StakePool!
}
type Reward_aggregate {
aggregate: Reward_aggregate_fields
}
type Reward_aggregate_fields {
avg: Reward_avg_fields!
count: String!
max: Reward_max_fields!
min: Reward_min_fields!
sum: Reward_sum_fields!
}
type Reward_avg_fields {
amount: Float
}
type Reward_max_fields {
amount: String
}
type Reward_min_fields {
amount: String
}
type Reward_sum_fields {
amount: String
}
input Reward_bool_exp {
address: text_comparison_exp
amount: text_comparison_exp
earnedIn: Epoch_bool_exp
stakePool: StakePool_bool_exp
}
input Reward_order_by {
address: text_comparison_exp
amount: text_comparison_exp
earnedIn: Epoch_order_by
stakePool: StakePool_order_by
}
type StakeDeregistration {
address: String!
transaction: Transaction!
}
type StakeDeregistration_aggregate {
aggregate: StakeDeregistration_aggregate_fields
}
type StakeDeregistration_aggregate_fields {
count: String
}
input StakeDeregistration_order_by {
address: text_comparison_exp
transaction: Transaction_order_by
}
input StakeDeregistration_bool_exp {
_and: [StakeDeregistration_bool_exp]
_not: StakeDeregistration_bool_exp
_or: [StakeDeregistration_bool_exp]
address: text_comparison_exp
transaction: Transaction_bool_exp
}
type SlotLeader {
description: String!
hash: Hash28Hex!
stakePool: StakePool
}
input SlotLeader_bool_exp {
description: text_comparison_exp
hash: Hash28Hex_comparison_exp
stakePool: StakePool_bool_exp
}
type StakePool {
fixedCost: String!
hash: Hash28Hex!
id: String!
margin: Float!
metadataHash: Hash32Hex
owners: [StakePoolOwner!]!
pledge: String!
relays: [Relay]
retirements: [StakePoolRetirement]
rewardAddress: String!
rewards: [Reward]!
rewards_aggregate (
limit: Int
order_by: [Reward_order_by!]
offset: Int
where: Reward_bool_exp
): Reward_aggregate!
updatedIn: Transaction!
url: URL
}
input StakePool_order_by {
fixedCost: order_by
hash: order_by
id: order_by
margin: order_by
pledge: order_by
updatedIn: Transaction_order_by
url: order_by
}
input StakePool_bool_exp {
_and: [StakePool_bool_exp]
_not: StakePool_bool_exp
_or: [StakePool_bool_exp]
hash: Hash28Hex_comparison_exp
id: text_comparison_exp
margin: Float_comparison_exp
metadataHash: Hash32Hex_comparison_exp
owners: StakePoolOwner_bool_exp
pledge: text_comparison_exp
registrationTransaction: Transaction_bool_exp
relays: Relay_bool_exp
retirements: StakePoolRetirement_bool_exp
rewardAddress: text_comparison_exp
rewards: Relay_bool_exp
url: text_comparison_exp
}
type StakePool_aggregate {
aggregate: StakePool_aggregate_fields
}
type StakePool_aggregate_fields {
avg: StakePool_avg_fields!
count: String!
max: StakePool_max_fields!
min: StakePool_min_fields!
sum: StakePool_sum_fields!
}
type StakePool_avg_fields {
fixedCost: String
margin: Float
pledge: String
}
type StakePool_max_fields {
fixedCost: String
margin: Float
pledge: String
}
type StakePool_min_fields {
fixedCost: String
margin: Float
pledge: String
}
type StakePool_sum_fields {
fixedCost: String
margin: Float
pledge: String
}
input StakePoolOwner_bool_exp {
hash: Hash28Hex_comparison_exp
}
type StakePoolRetirement {
announcedIn: Transaction
inEffectFrom: Int!
retiredInEpoch: Epoch
}
input StakePoolRetirement_bool_exp {
announcedIn: Transaction_bool_exp
inEffectFrom: Epoch_bool_exp
}
type StakePoolOwner {
hash: Hash28Hex!
}
type StakeRegistration {
address: String!
transaction: Transaction!
}
input StakeRegistration_order_by {
address: order_by
transaction: Transaction_order_by
}
input StakeRegistration_bool_exp {
_and: [StakeRegistration_bool_exp]
_not: StakeRegistration_bool_exp
_or: [StakeRegistration_bool_exp]
address: text_comparison_exp
transaction: Transaction_bool_exp
}
type StakeRegistration_aggregate {
aggregate: StakeRegistration_aggregate_fields
}
type StakeRegistration_aggregate_fields {
count: String
}
type Transaction {
block: Block
blockIndex: Int!
deposit: BigInt!
fee: BigInt!
hash: Hash32Hex!
inputs (
limit: Int
order_by: [TransactionInput_order_by]
offset: Int
where: TransactionInput_bool_exp
): [TransactionInput!]!
inputs_aggregate (
limit: Int
order_by: [TransactionInput_order_by]
offset: Int
where: TransactionInput_bool_exp
): TransactionInput_aggregate!
outputs (
limit: Int
order_by: [TransactionOutput_order_by]
offset: Int
where: TransactionOutput_bool_exp
): [TransactionOutput]!
outputs_aggregate(
limit: Int
order_by: [TransactionOutput_order_by]
offset: Int
where: TransactionOutput_bool_exp
): TransactionOutput_aggregate!
size: BigInt!
totalOutput: String!
includedAt: DateTime!
withdrawals: [Withdrawal]!
withdrawals_aggregate(
limit: Int
order_by: [Withdrawal_order_by]
offset: Int
where: Withdrawal_bool_exp
): Withdrawal_aggregate!
}
input Transaction_order_by {
block: order_by
blockIndex: order_by
deposit: order_by
fee: order_by
hash: order_by
includedAt: order_by
size: order_by
totalOutput: order_by
withdrawals: order_by
}
input Transaction_bool_exp {
_and: [Transaction_bool_exp]
_not: Transaction_bool_exp
_or: [Transaction_bool_exp]
block: Block_bool_exp
blockIndex: Int_comparison_exp
deposit: BigInt_comparison_exp
fee: BigInt_comparison_exp
hash: Hash32Hex_comparison_exp
includedAt: Date_comparison_exp
inputs: TransactionInput_bool_exp
outputs: TransactionOutput_bool_exp
size: BigInt_comparison_exp
totalOutput: text_comparison_exp
withdrawals: Withdrawal_bool_exp
}
type Transaction_aggregate {
aggregate: Transaction_aggregate_fields
}
type Transaction_aggregate_fields {
avg: Transaction_avg_fields!
count: String!
max: Transaction_max_fields!
min: Transaction_min_fields!
sum: Transaction_sum_fields!
}
type Transaction_avg_fields {
deposit: Float
fee: Float
size: Float
totalOutput: Float
withdrawals: Withdrawal_ave_fields
}
type Transaction_max_fields {
deposit: String
fee: String
size: String
totalOutput: String
withdrawals: Withdrawal_max_fields
}
type Transaction_min_fields {
deposit: String
fee: String
size: String
totalOutput: String
withdrawals: Withdrawal_min_fields
}
type Transaction_sum_fields {
deposit: String
fee: String
size: String
totalOutput: String
withdrawals: Withdrawal_sum_fields
}
type TransactionInput {
address: String!
sourceTransaction: Transaction!
sourceTxHash: Hash32Hex!
sourceTxIndex: Int!
transaction: Transaction!
txHash: Hash32Hex!
value: String!
}
input TransactionInput_order_by {
address: order_by
sourceTxHash: order_by
txHash: order_by
value: order_by
}
input TransactionInput_bool_exp {
_and: [TransactionInput_bool_exp]
_not: TransactionInput_bool_exp
_or: [TransactionInput_bool_exp]
address: text_comparison_exp
sourceTransaction: Transaction_bool_exp
transaction: Transaction_bool_exp
value: text_comparison_exp
}
type TransactionInput_aggregate {
aggregate: TransactionInput_aggregate_fields
}
type TransactionInput_aggregate_fields {
avg: TransactionInput_avg_fields!
count: String!
max: TransactionInput_max_fields!
min: TransactionInput_min_fields!
sum: TransactionInput_sum_fields!
}
type TransactionInput_avg_fields {
value: String
}
type TransactionInput_max_fields {
value: String
}
type TransactionInput_min_fields {
value: String
}
type TransactionInput_sum_fields {
value: String
}
type TransactionOutput {
address: String!
index: Int!
transaction: Transaction!
txHash: Hash32Hex!
value: String!
}
enum TransactionOutput_distinct_on {
address
}
input TransactionOutput_order_by {
address: order_by
index: order_by
txHash: order_by
value: order_by
}
input TransactionOutput_bool_exp {
_and: [TransactionOutput_bool_exp]
_not: TransactionOutput_bool_exp
_or: [TransactionOutput_bool_exp]
address: text_comparison_exp
transaction: Transaction_bool_exp
value: text_comparison_exp
}
type TransactionOutput_aggregate {
aggregate: TransactionOutput_aggregate_fields
}
type TransactionOutput_aggregate_fields {
avg: TransactionOutput_avg_fields!
count: String!
max: TransactionOutput_max_fields!
min: TransactionOutput_min_fields!
sum: TransactionOutput_sum_fields!
}
type TransactionOutput_avg_fields {
value: String
}
type TransactionOutput_max_fields {
value: String
}
type TransactionOutput_min_fields {
value: String
}
type TransactionOutput_sum_fields {
value: String
}
type Block {
# Genesis block does not belong to the 0th epoch, therefore it could be null
epoch: Epoch
epochNo: Int
fees: BigInt!
forgedAt: DateTime!
slotLeader: SlotLeader!
hash: Hash32Hex!
# Ouroboros Classic Epoch Boundary blocks (EBB) do not have a block number
merkelRoot: Hash32Hex
number: Int
opCert: Hash32Hex
slotInEpoch: Int
# Ouroboros Classic Epoch Boundary blocks (EBB) do not have a slot number
slotNo: Int
# Ouroboros Classic Epoch Boundary blocks (EBB) do not have a slot number
previousBlock: Block
protocolVersion: String
nextBlock: Block
size: BigInt!
transactions(
limit: Int
order_by: [Transaction_order_by!]
offset: Int
where: Transaction_bool_exp
): [Transaction]!
transactions_aggregate (
limit: Int
order_by: [Transaction_order_by!]
offset: Int
where: Transaction_bool_exp
): Transaction_aggregate!
transactionsCount: String!
vrfKey: String
}
input Block_bool_exp {
_and: [Block_bool_exp]
_not: Block_bool_exp
_or: [Block_bool_exp]
forgedAt: Date_comparison_exp
slotLeader: SlotLeader_bool_exp
epoch: Epoch_bool_exp
fees: BigInt_comparison_exp
hash: Hash32Hex_comparison_exp
number: Int_comparison_exp
previousBlock: Block_bool_exp
nextBlock: Block_bool_exp
size: BigInt_comparison_exp
slotInEpoch: Int_comparison_exp
slotNo: Int_comparison_exp
transactions: Transaction_bool_exp
transactionsCount: text_comparison_exp
vrfKey: text_comparison_exp
}
input Block_order_by {
forgedAt: order_by
slotLeader: order_by
epoch: Epoch_order_by
fees: order_by
hash: order_by
number: order_by_with_nulls
size: order_by
slotNo: order_by_with_nulls
transactionsCount: order_by
vrfKey: order_by_with_nulls
}
type Block_aggregate {
aggregate: Block_aggregate_fields
}
type Block_aggregate_fields {
avg: Block_avg_fields!
count: String!
max: Block_max_fields!
min: Block_min_fields!
sum: Block_sum_fields!
}
type Block_avg_fields {
fees: Float
size: Float
}
type Block_max_fields {
fees: String
size: String
}
type Block_min_fields {
fees: String
size: String
}
type Block_sum_fields {
fees: String
size: String
}
type Epoch {
activeStake: [ActiveStake]
activeStake_aggregate: ActiveStake_aggregate
blocks (
limit: Int
order_by: [Block_order_by!]
order_by: [Block_order_by!]
offset: Int
where: Block_bool_exp
): [Block!]!
blocks_aggregate (
limit: Int
order_by: [Block_order_by!]
offset: Int
where: Block_bool_exp
): Block_aggregate!
blocksCount: String!
fees: BigInt!
output: String!
number: Int!
transactionsCount: String!
startedAt: DateTime!
lastBlockTime: DateTime!
}
input Epoch_bool_exp {
_and: [Epoch_bool_exp]
_not: Epoch_bool_exp
_or: [Epoch_bool_exp]
blocks: Block_bool_exp
blocksCount: text_comparison_exp
fees: BigInt_comparison_exp
number: Int_comparison_exp
output: text_comparison_exp
transactionsCount: text_comparison_exp
}
input Epoch_order_by {
blocksCount: order_by
fees: order_by
number: order_by
output: order_by
transactionsCount: order_by
}
type Epoch_aggregate {
aggregate: Epoch_aggregate_fields!
}
type Epoch_aggregate_fields {
count: String!
max: Epoch_max_fields!
min: Epoch_min_fields!
sum: Epoch_sum_fields!
}
type Epoch_max_fields {
blocksCount: String!
fees: String!
number: Int!
output: String!
transactionsCount: String!
}
type Epoch_min_fields {
blocksCount: String!
fees: String!
output: String!
transactionsCount: String!
}
type Epoch_sum_fields {
blocksCount: String!
fees: String!
output: String!
transactionsCount: String!
}
type Withdrawal {
address: String!
amount: String!
transaction: Transaction!
}
input Withdrawal_bool_exp {
_and: [Withdrawal_bool_exp]
_not: Withdrawal_bool_exp
_or: [Withdrawal_bool_exp]
address: text_comparison_exp
amount: text_comparison_exp
transaction: Transaction_bool_exp
}
input Withdrawal_order_by {
address: order_by
amount: order_by
transaction: Transaction_order_by
}
type Withdrawal_aggregate {
aggregate: Withdrawal_aggregate_fields!
}
type Withdrawal_aggregate_fields {
count: String!
ave: Withdrawal_ave_fields!
max: Withdrawal_max_fields!
min: Withdrawal_min_fields!
sum: Withdrawal_sum_fields!
}
type Withdrawal_ave_fields {
amount: String
}
type Withdrawal_max_fields {
amount: String
}
type Withdrawal_min_fields {
amount: String
}
type Withdrawal_sum_fields {
amount: String
}
# expression to compare data of type date. All fields are combined with logical 'AND'.
input Date_comparison_exp {
_eq: DateTime
_gt: DateTime
_gte: DateTime
_in: [DateTime]
_lt: DateTime
_lte: DateTime
_neq: DateTime
_nin: [DateTime]
}
# expression to compare data of type Float. All fields are combined with logical 'AND'.
input Float_comparison_exp {
_eq: Float
_gt: Float
_gte: Float
_in: [Float!]
_is_null: Boolean
_lt: Float
_lte: Float
_neq: Float
_nin: [Float!]
}
# expression to compare data of type Int. All fields are combined with logical 'AND'.
input Int_comparison_exp {
_eq: Int
_gt: Int
_gte: Int
_in: [Int!]
_is_null: Boolean
_lt: Int
_lte: Int
_neq: Int
_nin: [Int!]
}
# expression to compare data of type BigInt. All fields are combined with logical 'AND'.
input BigInt_comparison_exp {
_eq: BigInt
_gt: BigInt
_gte: BigInt
_in: [BigInt!]
_is_null: Boolean
_lt: BigInt
_lte: BigInt
_neq: BigInt
_nin: [BigInt!]
}
# expression to compare data of type Percentage. All fields are combined with logical 'AND'.
input Percentage_comparison_exp {
_eq: Percentage
_gt: Percentage
_gte: Percentage
_lt: Percentage
_lte: Percentage
_neq: Percentage
}
# All fields are combined with logical 'AND'.
input Hash28Hex_comparison_exp {
_eq: Hash28Hex
_in: [Hash28Hex]
_neq: Hash28Hex
_nin: [Hash28Hex]
}
input Hash32Hex_comparison_exp {
_eq: Hash32Hex
_in: [Hash32Hex]
_neq: Hash32Hex