dia

type Asset struct {
	Symbol     string `json:"Symbol"`
	Name       string `json:"Name"`
	Address    string `json:"Address"`
	Decimals   uint8  `json:"Decimals"`
	Blockchain string `json:"Blockchain"`
}

type AssetLiquidity struct {
	Asset     Asset   `json:"Asset"`
	Volume    float64 `json:"Liquidity"`
	VolumeUSD float64 `json:"LiquidityUSD"`
	Index     uint8   `json:"Index"`
}

type AssetVolume struct {
	Asset     Asset   `json:"Asset"`
	Volume    float64 `json:"Volume"`
	VolumeUSD float64 `json:"VolumeUSD"`
	Index     uint8   `json:"Index"`
}

type BlockChain struct {
	Name string `json:"Name"`
	// Genesis date is a Unix timestamp
	GenesisDate int64 `json:"GenesisDate"`
	NativeToken Asset `json:"NativeToken"`
	// Verificationmechanism is in short notation, such as pos for proof-of-stake
	VerificationMechanism VerificationMechanism `json:"VerificationMechanism"`
	// ChainID refers to EVM based chains and is thereby optional.
	ChainID string `json:"ChainID"`
}

type BlockData struct {
	// Name of the blockchain, as found for instance in dia.ETHEREUM
	BlockchainName string
	// In order to keep it general, BlockNumber is a string
	BlockNumber int64
	Data        map[string]interface{}
}

type ChainConfig struct {
	RestURL string `json:"RestURL"`
	WSURL   string `json:"WSURL"`
	ChainID string `json:"ChainID"`
}

type Client struct {
	// contains filtered or unexported fields
}

type ConfigApi struct {
	ApiKey    string
	SecretKey string
}

type ConfigConnector struct {
	Coins []ExchangePair
}

type EthereumBlockData struct {
	GasLimit    uint64             `json:"GasLimit"`
	GasUsed     uint64             `json:"GasUsed"`
	Difficulty  *big.Int           `json:"Difficulty"`
	Time        uint64             `json:"Time"`
	Size        common.StorageSize `json:"Size"`
	Number      uint64             `json:"Number"`
	MixDigest   common.Hash        `json:"MixDigest"`
	Nonce       uint64             `json:"Nonce"`
	Coinbase    common.Address     `json:"Coinbase"`
	Root        common.Hash        `json:"Root"`
	ParentHash  common.Hash        `json:"ParentHash"`
	TxHash      common.Hash        `json:"TxHash"`
	ReceiptHash common.Hash        `json:"ReceiptHash"`
	UncleHash   common.Hash        `json:"UncleHash"`
	Extra       []byte             `json:"Extra"`
}

type Exchange struct {
	Name          string     `json:"Name"`
	Centralized   bool       `json:"Centralized"`
	Bridge        bool       `json:"Bridge"`
	Contract      string     `json:"Contract"`
	BlockChain    BlockChain `json:"BlockChain"`
	RestAPI       string     `json:"RestAPI"`
	WsAPI         string     `json:"WsAPI"`
	PairsAPI      string     `json:"PairsAPI"`
	WatchdogDelay int        `json:"WatchdogDelay"`
	ScraperActive bool       `json:"ScraperActive"`
}

type ExchangePair struct {
	Symbol         string `json:"Symbol"`
	ForeignName    string `json:"ForeignName"`
	Exchange       string `json:"EXchange"`
	Verified       bool   `json:"Verified"`
	UnderlyingPair Pair   `json:"UnderlyingPair"`
}

type ExchangeVolume struct {
	Exchange string  `json:"Exchange"`
	Volume   float64 `json:"Volume"`
}

type ExchangeVolumesList struct {
	Volumes   []ExchangeVolume `json:"Volumes"`
	Timestamp time.Time        `json:"Timestamp"`
}

type ExchangepairSelection struct {
	Exchange           Exchange
	Pairs              []Pair
	Pools              []Pool
	LiquidityThreshold float64
}

type FeedSelection struct {
	Asset              Asset
	Exchangepairs      []ExchangepairSelection
	LiquidityThreshold float64
}

type FeedSelectionAggregated struct {
	Exchange         string
	Quotetoken       Asset
	Basetoken        Asset
	Pooladdress      string
	PoolLiquidityUSD float64
	TradesCount      int32
	Volume           float64
	LastPrice        float64
	Starttime        time.Time
	Endtime          time.Time
	StatusMessage    string
	StatusCode       int32
}

type FeedUpdates struct {
	Day         time.Time `json:"Day"`
	UpdateCount int32     `json:"UpdateCount"`
	GasUsed     float64   `json:"GasUsed"`
}

type FilterPoint struct {
	Asset      Asset
	Value      float64
	Name       string
	Time       time.Time
	Max        float64
	Min        float64
	FirstTrade Trade
	LastTrade  Trade
}

type FilterPointExtended struct {
	FilterPoint FilterPoint
	// Pools and pairs of the filter point's underlying trades.
	Pools         []Pool
	Pairs         []ExchangePair
	TradesCount   int32
	StatusMessage string
	StatusCode    int32
}

type FilterPointMetadata struct {
	Max float64
	Min float64
}

type FiltersBlock struct {
	BlockHash        string
	FiltersBlockData FiltersBlockData
}

type FiltersBlockData struct {
	TradesBlockHash string
	BeginTime       time.Time
	EndTime         time.Time
	FilterPoints    []FilterPoint
	FiltersNumber   int
}

type IndexBlock struct {
	BlockHash      string         `json:"BlockHash"`
	IndexBlockData IndexBlockData `json:"IndexBlockData"`
}

type IndexBlockData struct {
	FiltersBlockHash    string         `json:"FiltersBlockHash"`
	SuppliesBlockHash   string         `json:"SuppliesBlockHash"`
	VolatilityBlockHash string         `json:"VolatilityBlockHash"`
	IndexElements       []IndexElement `json:"IndexElements"`
	IndexElementsNumber int            `json:"IndexElementsNumber"`
	Time                time.Time      `json:"Time"`
	IndexValue          float64        `json:"IndexValue"`
	ValueTokenette      float64        `json:"ValueTokenette"`
	ValueToken          float64        `json:"ValueToken"`
	USDPerPointsOfIndex float64        `json:"USDPerPointsOfIndex"`
}

type IndexElement struct {
	Name            string
	Symbol          string
	Percentage      float64
	FilteredPoint   FilterPoint
	Supply          Supply
	VolatilityRatio VolatilityRatio
}

type NFT struct {
	NFTClass       NFTClass  `json:"NFTClass"`
	TokenID        string    `json:"TokenID"`
	CreationTime   time.Time `json:"CreationTme"`
	CreatorAddress string    `json:"CreatorAddress"`
	URI            string    `json:"URI"`
	// @Attributes is a collection of attributes from on- and off-chain
	// TO DO: Should we split up into two fields?
	Attributes NFTAttributes `json:"Attributes"`
}

type NFTAttributes map[string]interface{}

type NFTBid struct {
	NFT              NFT       `json:"NFT"`
	Value            *big.Int  `json:"Value"`
	FromAddress      string    `json:"FromAddress"`
	CurrencySymbol   string    `json:"CurrencySymbol"`
	CurrencyAddress  string    `json:"CurrencyAddress"`
	CurrencyDecimals int32     `json:"CurrencyDecimals"`
	BlockNumber      uint64    `json:"BlockNumber"`
	BlockPosition    uint64    `json:"BlockPosition"`
	Timestamp        time.Time `json:"Timestamp"`
	TxHash           string    `json:"TxHash"`
	Exchange         string    `json:"Exchange"`
}

type NFTClass struct {
	Address      string `json:"Address"`
	Symbol       string `json:"Symbol"`
	Name         string `json:"Name"`
	Blockchain   string `json:"Blockchain"`
	ContractType string `json:"ContractType"`
	Category     string `json:"Category"`
}

type NFTExchange struct {
	Name          string     `json:"Name"`
	Centralized   bool       `json:"Centralized"`
	Contract      string     `json:"Contract"`
	BlockChain    BlockChain `json:"BlockChain"`
	RestAPI       string     `json:"RestAPI"`
	WsAPI         string     `json:"WsAPI"`
	WatchdogDelay int        `json:"WatchdogDelay"`
}

type NFTExchangeStats struct {
	Exchange  string
	NumTrades uint64
	Volume    float64
}

type NFTOffer struct {
	NFT NFT `json:"NFT"`
	// Start and EndValue are for auction types. Otherwise, use StartValue
	// and leave EndValue blank.
	StartValue *big.Int `json:"StartValue"`
	EndValue   *big.Int `json:"EndValue"`
	// Duration of the offer/auction measured in seconds
	Duration    time.Duration `json:"Duration"`
	FromAddress string        `json:"FromAddress"`
	// Type of offer can be auction, simple offer,...
	AuctionType string `json:"AuctionType"`

	CurrencySymbol   string `json:"CurrencySymbol"`
	CurrencyAddress  string `json:"CurrencyAddress"`
	CurrencyDecimals int32  `json:"CurrencyDecimals"`

	BlockNumber   uint64    `json:"BlockNumber"`
	BlockPosition uint64    `json:"BlockPosition"`
	Timestamp     time.Time `json:"Timestamp"`
	TxHash        string    `json:"TxHash"`
	Exchange      string    `json:"Exchange"`
}

type NFTTrade struct {
	NFT         NFT       `json:"NFT"`
	Price       *big.Int  `json:"Price"`
	PriceUSD    float64   `json:"PriceUSD"`
	FromAddress string    `json:"FromAddress"`
	ToAddress   string    `json:"ToAddress"`
	Currency    Asset     `json:"Currency"`
	BundleSale  bool      `json:"BundleSale"`
	BlockNumber uint64    `json:"BlockNumber"`
	Timestamp   time.Time `json:"Timestamp"`
	TxHash      string    `json:"TxHash"`
	Exchange    string    `json:"Exchange"`
}

type OracleConfig struct {
	Symbols            []string
	FeederID           string
	Address            string
	FeederAddress      string
	Owner              string
	ChainID            string
	Active             bool
	Frequency          string
	SleepSeconds       string
	DeviationPermille  string
	BlockchainNode     string
	MandatoryFrequency string
	CreatedDate        time.Time
	LastUpdate         time.Time
	Deleted            bool
	FeederSelection    string
	Expired            bool
	ExpiredDate        time.Time
	ExpiringDate       time.Time
	LastOracleUpdate   time.Time
}

type OracleUpdate struct {
	OracleAddress     string
	TransactionHash   string
	TransactionCost   string
	AssetKey          string
	AssetPrice        string
	UpdateBlock       uint64
	UpdateFrom        string
	FromBalance       string
	GasCost           string
	GasUsed           float64
	ChainID           string
	UpdateTime        time.Time
	CreationBlock     uint64
	CreationBlockTime time.Time
}

type Pair struct {
	QuoteToken Asset `json:"QuoteToken"`
	BaseToken  Asset `json:"BaseToken"`
}

type PairVolume struct {
	Pair        Pair    `json:"Pair"`
	PoolAddress string  `json:"Pooladdress"`
	Volume      float64 `json:"Volume"`
	TradesCount int64   `json:"TradesCount"`
}

type Pairs []ExchangePair

type Pool struct {
	Exchange     Exchange
	Blockchain   BlockChain
	Address      string
	Assetvolumes []AssetVolume
	Time         time.Time
}

type SuppliesBlock struct {
	BlockHash string            `json:"BlockHash"`
	BlockData SuppliesBlockData `json:"BlockData"`
}

type SuppliesBlockData struct {
	Time     time.Time `json:"Time"`
	Supplies []Supply  `json:"Supplies"`
}

type Supply struct {
	Asset             Asset     `json:"Asset"`
	Supply            float64   `json:"Supply"`
	CirculatingSupply float64   `json:"CirculatingSupply"`
	Source            string    `json:"Source"`
	Time              time.Time `json:"Time"`
}

type Symbols struct {
	Symbols []string
}

type SynthAssetSupply struct {
	Asset            Asset   // Synthetic asset under consideration.
	AssetUnderlying  Asset   // Asset underlying the synth asset.
	Supply           float64 // Supply of the synthetic asset.
	LockedUnderlying float64 // Amount of underlying asset locked in the contract.
	NumMint          int64   // Total number of synth asset mint events (optional).
	NumRedeem        int64   // Total number of underlying asset redeem events (optional).
	BlockNumber      uint64
	Time             time.Time
	ColleteralRatio  float64
	Protocol         string
	TotalDebt        float64
}

type TopAsset struct {
	Asset          Asset               `json:"Asset"`
	Volume         float64             `json:"Volume"`
	Price          float64             `json:"Price"`
	PriceYesterday float64             `json:"PriceYesterday"`
	Source         map[string][]string `json:"Source"`
}

type Trade struct {
	// TO DO: Deprecated fields. Delete as soon as token-to-type branch is deployed.
	Symbol string `json:"Symbol"`
	Pair   string `json:"Pair"`
	// Final fields for trade
	QuoteToken        Asset     `json:"QuoteToken"`
	BaseToken         Asset     `json:"BaseToken"`
	Price             float64   `json:"Price"`
	Volume            float64   `json:"Volume"` // Quantity of bought/sold units of Quote token. Negative if result of Market order Sell
	Time              time.Time `json:"Time"`
	PoolAddress       string    `json:"PoolAddress"`
	ForeignTradeID    string    `json:"ForeignTradeID"`
	EstimatedUSDPrice float64   `json:"EstimatedUSDPrice"` // will be filled by the TradesBlockService
	Source            string    `json:"Source"`
	VerifiedPair      bool      `json:"VerifiedPair"` // will be filled by the pairDiscoveryService
}

type TradesBlock struct {
	BlockHash       string
	TradesBlockData TradesBlockData
}

type TradesBlockData struct {
	BeginTime    time.Time
	EndTime      time.Time
	TradesNumber int
	Trades       []Trade
}

type VerificationMechanism string

type VolatilityRatio struct {
	Symbol    string
	Threehold float64
	DaysAbove int64
	DaysBelow int64
	Time      time.Time
	Selected  bool
}