github.com/InjectiveLabs/sdk-go@v1.53.0/chain/exchange/types/key.go

package types

import (
	"bytes"
	"fmt"
	"math/big"
	"strings"

	"cosmossdk.io/math"
	sdk "github.com/cosmos/cosmos-sdk/types"
	"github.com/ethereum/go-ethereum/common"
	"github.com/shopspring/decimal"
)

const (
	// module name
	ModuleName = "exchange"

	// StoreKey to be used when creating the KVStore
	StoreKey  = ModuleName
	TStoreKey = "transient_exchange"
)
const PriceDecimalPlaces = 18
const DefaultQueryOrderbookLimit uint64 = 20
const Uint64BytesLen = 8

var (
	// Keys for store prefixes
	DepositsPrefix                       = []byte{0x01} // prefix for each key to a Deposit
	SubaccountTradeNoncePrefix           = []byte{0x02} // prefix for each key to a Subaccount Trade Nonce
	SubaccountOrderbookMetadataPrefix    = []byte{0x03} // prefix for each key to a Subaccount Orderbook Metadata
	SubaccountOrderPrefix                = []byte{0x04} // prefix for each key to a Subaccount derivative limit Order
	SubaccountMarketOrderIndicatorPrefix = []byte{0x05} // prefix for each key to a Subaccount market order indicator
	SubaccountLimitOrderIndicatorPrefix  = []byte{0x06} // prefix for each key to a Subaccount limit order indicator
	SpotExchangeEnabledKey               = []byte{0x07} // key for whether spot exchange is enabled
	DerivativeExchangeEnabledKey         = []byte{0x08} // key for whether derivative exchange is enabled
	MarketHistoricalTradeRecordsPrefix   = []byte{0x09} // prefix for each key to a market's historical trade records
	OrderbookSequencePrefix              = []byte{0x0a} // prefix for each key to a market's orderbook sequence
	SubaccountMarketVolumePrefix         = []byte{0x0b} // prefix for each key to the aggregate volume for a subaccount in a market
	MarketVolumePrefix                   = []byte{0x0c} // prefix for each key to the aggregate volume for a market
	ParamsKey                            = []byte{0x0d} // prefix for module params
	SubaccountCidPrefix                  = []byte{0x0e} // prefix for each

	DenomDecimalsPrefix              = []byte{0x10} // prefix for denom decimals
	SpotMarketsPrefix                = []byte{0x11} // prefix for each key to a spot market by (isEnabled, marketID)
	SpotLimitOrdersPrefix            = []byte{0x12} // prefix for each key to a spot order, by (marketID, direction, price level, order hash)
	SpotMarketOrdersPrefix           = []byte{0x13} // prefix for each key to a spot order, by (marketID, direction, price level, order hash)
	SpotLimitOrdersIndexPrefix       = []byte{0x14} // prefix for each key to a spot order index, by (marketID, direction, subaccountID, order hash)
	SpotMarketOrderIndicatorPrefix   = []byte{0x15} // prefix for each key to a spot market order indicator, by marketID and direction
	SpotMarketParamUpdateScheduleKey = []byte{0x16} // prefix for a key to save scheduled spot market params update
	SpotMarketForceCloseInfoKey      = []byte{0x17} // prefix for a key to save scheduled spot market closures
	SpotOrderbookLevelsPrefix        = []byte{0x18} // prefix for each key to the spot orderbook for a given marketID and direction

	DerivativeMarketPrefix                     = []byte{0x21} // prefix for each key to a derivative market by (isEnabled, marketID)
	DerivativeLimitOrdersPrefix                = []byte{0x22} // prefix for each key to a derivative limit order, by (marketID, direction, price level, order hash)
	DerivativeMarketOrdersPrefix               = []byte{0x23} // prefix for each key to a derivative order, by (marketID, direction, price level, order hash)
	DerivativeLimitOrdersIndexPrefix           = []byte{0x24} // prefix for each key to a derivative order index, by (marketID, direction, subaccountID, order hash)
	DerivativeLimitOrderIndicatorPrefix        = []byte{0x25} // prefix for each key to a derivative limit order indicator, by marketID and direction
	DerivativeMarketOrderIndicatorPrefix       = []byte{0x26} // prefix for each key to a derivative market order indicator, by marketID and direction
	DerivativePositionsPrefix                  = []byte{0x27} // prefix for each key to a Position
	DerivativeMarketParamUpdateScheduleKey     = []byte{0x28} // prefix for a key to save scheduled derivative market params update
	DerivativeMarketScheduledSettlementInfo    = []byte{0x29} // prefix for a key to save scheduled derivative market settlements
	DerivativePositionModifiedSubaccountPrefix = []byte{0x2a} // prefix for a key to save a list of subaccountIDs by marketID
	DerivativeOrderbookLevelsPrefix            = []byte{0x2b} // prefix for each key to the derivative orderbook for a given marketID and direction

	PerpetualMarketFundingPrefix             = []byte{0x31} // prefix for each key to a perpetual market's funding state
	PerpetualMarketInfoPrefix                = []byte{0x32} // prefix for each key to a perpetual market's market info
	ExpiryFuturesMarketInfoPrefix            = []byte{0x33} // prefix for each key to a expiry futures market's market info
	ExpiryFuturesMarketInfoByTimestampPrefix = []byte{0x34} // prefix for each index key to a expiry futures market's market info

	IsFirstFeeCycleFinishedKey = []byte{0x3c} // key to the fee discount is first cycle finished

	TradingRewardCampaignInfoKey                  = []byte{0x40} // key to the TradingRewardCampaignInfo
	TradingRewardMarketQualificationPrefix        = []byte{0x41} // prefix for each key to a market's qualification/disqualification status
	TradingRewardMarketPointsMultiplierPrefix     = []byte{0x42} // prefix for each key to a market's Volume Multiplier
	TradingRewardCampaignRewardPoolPrefix         = []byte{0x43} // prefix for each key to a campaign's reward pool
	TradingRewardCurrentCampaignEndTimeKey        = []byte{0x44} // key to the current campaign's end time
	TradingRewardCampaignTotalPointsKey           = []byte{0x45} // key to the total trading reward points for the current campaign
	TradingRewardAccountPointsPrefix              = []byte{0x46} // prefix for each key to an account's current campaign reward points
	TradingRewardCampaignRewardPendingPoolPrefix  = []byte{0x47} // prefix for each key to a campaign's reward pending pool
	TradingRewardAccountPendingPointsPrefix       = []byte{0x48} // prefix for each key to an account's current campaign reward points
	TradingRewardCampaignTotalPendingPointsPrefix = []byte{0x49} // prefix to the total trading reward points for the current campaign

	FeeDiscountMarketQualificationPrefix = []byte{0x50} // prefix for each key to a market's qualification/disqualification status
	FeeDiscountBucketCountKey            = []byte{0x51} // key to the fee discount bucket count
	FeeDiscountBucketDurationKey         = []byte{0x52} // key to the fee discount bucket duration
	FeeDiscountCurrentBucketStartTimeKey = []byte{0x53} // key to the current bucket start timestamp
	FeeDiscountScheduleKey               = []byte{0x54} // key to the fee discount schedule

	FeeDiscountAccountTierPrefix                  = []byte{0x56} // prefix to each account's fee discount tier and TTL timestamp
	FeeDiscountBucketAccountVolumePrefix          = []byte{0x57} // prefix to each account's volume for a given bucket
	FeeDiscountAccountPastBucketTotalVolumePrefix = []byte{0x58} // prefix to each account's total past bucket volume amount FeeDiscountAccountIndicatorPrefix
	FeeDiscountAccountOrderIndicatorPrefix        = []byte{0x59} // prefix to each account's transient indicator if the account has placed an order that block that is relevant for fee discounts

	IsOptedOutOfRewardsPrefix = []byte{0x60} // prefix to each account's address key

	BinaryOptionsMarketPrefix                    = []byte{0x61} // prefix for each key to a binary options market by (isEnabled, marketID)
	BinaryOptionsMarketExpiryTimestampPrefix     = []byte{0x62} // prefix for each key to a binary options marketID by expiration timestamp
	BinaryOptionsMarketSettlementTimestampPrefix = []byte{0x63} // prefix for each key to a binary options marketID by settlement timestamp
	BinaryOptionsMarketSettlementSchedulePrefix  = []byte{0x64} // prefix for a key to save scheduled binary options marketID for settlement
	BinaryOptionsMarketParamUpdateSchedulePrefix = []byte{0x65} // prefix for a key to save scheduled binary options market params update

	SpotConditionalMarketOrdersPrefix            = []byte{0x70} // prefix for a key to save conditional spot market orders: marketID + direction + triggerPrice + orderHash ⇒ spotMarketOrder
	SpotConditionalMarketOrdersIndexPrefix       = []byte{0x71} // prefix for a key to save conditional spot market orders index: marketID + direction + subaccountID + orderHash ⇒ triggerPrice
	SpotConditionalLimitOrdersPrefix             = []byte{0x72} // prefix for a key to save conditional spot limit orders: marketID + direction + triggerPrice + orderHash ⇒ spotLimitOrder
	SpotConditionalLimitOrdersIndexPrefix        = []byte{0x73} // prefix for a key to save conditional spot limit orders index: marketID + direction + subaccountID + orderHash ⇒ triggerPrice
	DerivativeConditionalMarketOrdersPrefix      = []byte{0x74} // prefix for a key to save conditional derivative market orders: marketID + direction + triggerPrice + orderHash ⇒ derivativeMarketOrder
	DerivativeConditionalMarketOrdersIndexPrefix = []byte{0x75} // prefix for a key to save conditional derivative market orders index: marketID + direction + subaccountID + orderHash ⇒ triggerPrice
	DerivativeConditionalLimitOrdersPrefix       = []byte{0x76} // prefix for a key to save conditional derivative limit orders: marketID + direction + triggerPrice + orderHash ⇒ derivativeLimitOrder
	DerivativeConditionalLimitOrdersIndexPrefix  = []byte{0x77} // prefix for a key to save conditional derivative limit orders index: marketID + direction + subaccountID + orderHash ⇒ triggerPrice
	ConditionalOrderInvalidationFlagPrefix       = []byte{0x78} // prefix for a key to save flags to invalidate conditional orders

	AtomicMarketOrderTakerFeeMultiplierKey = []byte{0x79} // key to store individual market atomic take fee multiplier

	GrantAuthorizationsPrefix            = []byte{0x80} // prefix to store individual stake grants by (granter, grantee)
	TotalGrantAmountPrefix               = []byte{0x81} // prefix to store the total granted amount by granter
	LastGranterDelegationCheckTimePrefix = []byte{0x82} // prefix to store the last timestamp that the granter's delegations were checked
	ActiveGrantPrefix                    = []byte{0x83} // prefix to store the grantee's active grant
)

func GetSubaccountCidKey(subaccountID common.Hash, cid string) []byte {
	return append(SubaccountCidPrefix, append(subaccountID.Bytes(), cid...)...)
}

func ParseMarketDirectionAndOrderHashFromSubaccountCidValue(key []byte) (marketID common.Hash, direction byte, orderHash common.Hash) {
	marketID = common.BytesToHash(key[:common.HashLength])
	direction = key[common.HashLength]
	orderHash = common.BytesToHash(key[common.HashLength+1:])
	return marketID, direction, orderHash
}

// GetFeeDiscountAccountVolumeInBucketKey provides the key for the account's volume in the given bucket
func GetFeeDiscountAccountVolumeInBucketKey(bucketStartTimestamp int64, account sdk.AccAddress) []byte {
	timeBz := sdk.Uint64ToBigEndian(uint64(bucketStartTimestamp))
	accountBz := account.Bytes()

	buf := make([]byte, 0, len(FeeDiscountBucketAccountVolumePrefix)+len(timeBz)+len(accountBz))
	buf = append(buf, FeeDiscountBucketAccountVolumePrefix...)
	buf = append(buf, timeBz...)
	buf = append(buf, accountBz...)
	return buf
}

func ParseFeeDiscountBucketAccountVolumeIteratorKey(key []byte) (bucketStartTimestamp int64, account sdk.AccAddress) {
	timeBz := key[:Uint64BytesLen]
	accountBz := key[Uint64BytesLen:]
	return int64(sdk.BigEndianToUint64(timeBz)), sdk.AccAddress(accountBz)
}

func ParseTradingRewardAccountPendingPointsKey(key []byte) (bucketStartTimestamp int64, account sdk.AccAddress) {
	timeBz := key[:Uint64BytesLen]
	accountBz := key[Uint64BytesLen:]
	return int64(sdk.BigEndianToUint64(timeBz)), sdk.AccAddress(accountBz)
}

// GetFeeDiscountPastBucketAccountVolumeKey provides the key for the account's total past bucket volume.
func GetFeeDiscountPastBucketAccountVolumeKey(account sdk.AccAddress) []byte {
	accountBz := account.Bytes()
	return append(FeeDiscountAccountPastBucketTotalVolumePrefix, accountBz...)
}

// GetFeeDiscountAccountOrderIndicatorKey provides the key for the transient indicator if the account has placed an order that block
func GetFeeDiscountAccountOrderIndicatorKey(account sdk.AccAddress) []byte {
	accountBz := account.Bytes()
	return append(FeeDiscountAccountOrderIndicatorPrefix, accountBz...)
}

// GetFeeDiscountAccountTierKey provides the key for the account's fee discount tier.
func GetFeeDiscountAccountTierKey(account sdk.AccAddress) []byte {
	accountBz := account.Bytes()

	buf := make([]byte, 0, len(FeeDiscountAccountTierPrefix)+len(accountBz))
	buf = append(buf, FeeDiscountAccountTierPrefix...)
	buf = append(buf, accountBz...)
	return buf
}

// GetIsOptedOutOfRewardsKey provides the key for the opted out rewards address
func GetIsOptedOutOfRewardsKey(account sdk.AccAddress) []byte {
	accountBz := account.Bytes()

	buf := make([]byte, 0, len(IsOptedOutOfRewardsPrefix)+len(accountBz))
	buf = append(buf, IsOptedOutOfRewardsPrefix...)
	buf = append(buf, accountBz...)
	return buf
}

// GetFeeDiscountMarketQualificationKey provides the key for the market fee discount qualification status
func GetFeeDiscountMarketQualificationKey(marketID common.Hash) []byte {
	return append(FeeDiscountMarketQualificationPrefix, marketID.Bytes()...)
}

// GetCampaignRewardPoolKey provides the key for a reward pool for a given start time
func GetCampaignRewardPoolKey(startTimestamp int64) []byte {
	return append(TradingRewardCampaignRewardPoolPrefix, sdk.Uint64ToBigEndian(uint64(startTimestamp))...)
}

// GetCampaignRewardPendingPoolKey provides the key for a pending reward pool for a given start time
func GetCampaignRewardPendingPoolKey(startTimestamp int64) []byte {
	return append(TradingRewardCampaignRewardPendingPoolPrefix, sdk.Uint64ToBigEndian(uint64(startTimestamp))...)
}

// GetCampaignMarketQualificationKey provides the key for the market trading rewards qualification status
func GetCampaignMarketQualificationKey(marketID common.Hash) []byte {
	return append(TradingRewardMarketQualificationPrefix, marketID.Bytes()...)
}

// GetTradingRewardsMarketPointsMultiplierKey provides the key for the market trading rewards multiplier
func GetTradingRewardsMarketPointsMultiplierKey(marketID common.Hash) []byte {
	return append(TradingRewardMarketPointsMultiplierPrefix, marketID.Bytes()...)
}

// GetTradingRewardAccountPointsKey provides the key for the account's trading rewards points.
func GetTradingRewardAccountPointsKey(account sdk.AccAddress) []byte {
	return append(TradingRewardAccountPointsPrefix, account.Bytes()...)
}

// GetTradingRewardAccountPendingPointsPrefix provides the prefix for the account's trading rewards pending points.
func GetTradingRewardAccountPendingPointsPrefix(pendingPoolStartTimestamp int64) []byte {
	return append(TradingRewardAccountPendingPointsPrefix, sdk.Uint64ToBigEndian(uint64(pendingPoolStartTimestamp))...)
}

// GetTradingRewardAccountPendingPointsKey provides the key for the account's trading rewards pending points.
func GetTradingRewardAccountPendingPointsKey(account sdk.AccAddress, pendingPoolStartTimestamp int64) []byte {
	return append(append(TradingRewardAccountPendingPointsPrefix, sdk.Uint64ToBigEndian(uint64(pendingPoolStartTimestamp))...), account.Bytes()...)
}

// GetTradingRewardTotalPendingPointsKey provides the key for the total pending trading rewards points.
func GetTradingRewardTotalPendingPointsKey(pendingPoolStartTimestamp int64) []byte {
	return append(TradingRewardCampaignTotalPendingPointsPrefix, sdk.Uint64ToBigEndian(uint64(pendingPoolStartTimestamp))...)
}

// GetTradingRewardAccountPendingPointsStartTimestamp provides the start timestamp of the pending points pool.
func GetTradingRewardAccountPendingPointsStartTimestamp(pendingPoolStartTimestamp []byte) int64 {
	return int64(sdk.BigEndianToUint64(pendingPoolStartTimestamp))
}

// GetDepositKey provides the key to obtain a given subaccount's deposits for a given denom
func GetDepositKey(subaccountID common.Hash, denom string) []byte {
	return append(GetDepositKeyPrefixBySubaccountID(subaccountID), []byte(denom)...)
}

func GetDepositKeyPrefixBySubaccountID(subaccountID common.Hash) []byte {
	return append(DepositsPrefix, subaccountID.Bytes()...)
}

func ParseDepositStoreKey(key []byte) (subaccountID common.Hash, denom string) {
	subaccountEndIdx := common.HashLength
	subaccountID = common.BytesToHash(key[:subaccountEndIdx])
	denom = string(key[subaccountEndIdx:])
	return subaccountID, denom
}

// ParseDepositTransientStoreKey parses the deposit transient store key.
func ParseDepositTransientStoreKey(prefix, key []byte) (subaccountID common.Hash, denom string) {
	return ParseDepositStoreKey(key[len(prefix):])
}

// GetSubaccountTradeNonceKey provides the prefix to obtain a given subaccount's trade nonce.
func GetSubaccountTradeNonceKey(subaccountID common.Hash) []byte {
	return append(SubaccountTradeNoncePrefix, subaccountID.Bytes()...)
}

func GetSubaccountOrderbookMetadataKey(marketID, subaccountID common.Hash, isBuy bool) []byte {
	return append(SubaccountOrderbookMetadataPrefix, GetSubaccountOrderSuffix(marketID, subaccountID, isBuy)...)
}

func GetSubaccountMarketOrderIndicatorKey(marketID, subaccountID common.Hash) []byte {
	return append(SubaccountMarketOrderIndicatorPrefix, MarketSubaccountInfix(marketID, subaccountID)...)
}

func GetSubaccountLimitOrderIndicatorKey(marketID, subaccountID common.Hash) []byte {
	return append(SubaccountLimitOrderIndicatorPrefix, MarketSubaccountInfix(marketID, subaccountID)...)
}

func GetSubaccountOrderSuffix(marketID, subaccountID common.Hash, isBuy bool) []byte {
	return append(MarketSubaccountInfix(marketID, subaccountID), getBoolPrefix(isBuy)...)
}

func GetSubaccountOrderKey(marketID, subaccountID common.Hash, isBuy bool, price math.LegacyDec, orderHash common.Hash) []byte {
	// TODO use copy for greater efficiency
	return append(append(GetSubaccountOrderPrefixByMarketSubaccountDirection(marketID, subaccountID, isBuy), []byte(GetPaddedPrice(price))...), orderHash.Bytes()...)
}

func GetSubaccountOrderIterationKey(price math.LegacyDec, orderHash common.Hash) []byte {
	return append([]byte(GetPaddedPrice(price)), orderHash.Bytes()...)
}

func GetSubaccountOrderPrefixByMarketSubaccountDirection(marketID, subaccountID common.Hash, isBuy bool) []byte {
	return append(SubaccountOrderPrefix, append(MarketSubaccountInfix(marketID, subaccountID), getBoolPrefix(isBuy)...)...)
}

func GetSubaccountMarketVolumeKey(subaccountID, marketID common.Hash) []byte {
	return append(SubaccountMarketVolumePrefix, SubaccountMarketInfix(subaccountID, marketID)...)
}

func GetMarketVolumeKey(marketID common.Hash) []byte {
	return append(MarketVolumePrefix, marketID.Bytes()...)
}

func GetSpotMarketKey(isEnabled bool) []byte {
	return append(SpotMarketsPrefix, getBoolPrefix(isEnabled)...)
}

func GetSpotMarketTransientMarketsKey(marketID common.Hash, isBuy bool) []byte {
	return append(SpotMarketsPrefix, MarketDirectionPrefix(marketID, isBuy)...)
}

func GetDerivativeLimitTransientMarketsKeyPrefix(marketID common.Hash, isBuy bool) []byte {
	return append(DerivativeLimitOrderIndicatorPrefix, MarketDirectionPrefix(marketID, isBuy)...)
}

func GetDerivativeMarketTransientMarketsKey(marketID common.Hash, isBuy bool) []byte {
	return append(DerivativeMarketOrderIndicatorPrefix, MarketDirectionPrefix(marketID, isBuy)...)
}

func GetPaddedPrice(price math.LegacyDec) string {
	dec := decimal.NewFromBigInt(price.BigInt(), -18).StringFixed(PriceDecimalPlaces)
	return getPaddedPriceFromString(dec)
}

func getPaddedPriceFromString(price string) string {
	components := strings.Split(price, ".")
	naturalPart, decimalPart := components[0], components[1]
	return fmt.Sprintf("%032s.%s", naturalPart, decimalPart)
}

func GetPriceFromPaddedPrice(paddedPrice string) math.LegacyDec {
	priceString := strings.Trim(paddedPrice, "0")
	// remove the "." if there's no decimal component
	priceString = strings.TrimSuffix(priceString, ".")
	// edge case when no natural component, prepend 0
	if strings.HasPrefix(priceString, ".") {
		priceString = "0" + priceString
	}
	return math.LegacyMustNewDecFromStr(priceString)
}

func GetLimitOrderByPriceKeyPrefix(marketID common.Hash, isBuy bool, price math.LegacyDec, orderHash common.Hash) []byte {
	return GetOrderByPriceKeyPrefix(marketID, isBuy, price, orderHash)
}

func GetSpotLimitOrderIndexPrefix(marketID common.Hash, isBuy bool, subaccountID common.Hash) []byte {
	return append(SpotLimitOrdersIndexPrefix, GetLimitOrderIndexSubaccountPrefix(marketID, isBuy, subaccountID)...)
}

func GetSpotLimitOrderIndexByAccountAddressPrefix(marketID common.Hash, isBuy bool, account sdk.AccAddress) []byte {
	return append(SpotLimitOrdersIndexPrefix, GetLimitOrderIndexAccountAddressPrefix(marketID, isBuy, account)...)
}

func GetDerivativeLimitOrderIndexPrefix(marketID common.Hash, isBuy bool, subaccountID common.Hash) []byte {
	return append(DerivativeLimitOrdersIndexPrefix, GetLimitOrderIndexSubaccountPrefix(marketID, isBuy, subaccountID)...)
}

func GetDerivativeLimitOrderIndexByAccountAddressPrefix(marketID common.Hash, isBuy bool, account sdk.AccAddress) []byte {
	return append(DerivativeLimitOrdersIndexPrefix, GetLimitOrderIndexAccountAddressPrefix(marketID, isBuy, account)...)
}

func GetLimitOrderIndexKey(marketID common.Hash, isBuy bool, subaccountID, orderHash common.Hash) []byte {
	return append(GetLimitOrderIndexSubaccountPrefix(marketID, isBuy, subaccountID), orderHash.Bytes()...)
}

func GetTransientLimitOrderIndexIteratorPrefix(marketID common.Hash, isBuy bool, subaccountID common.Hash) []byte {
	return append(SpotLimitOrdersIndexPrefix, GetLimitOrderIndexSubaccountPrefix(marketID, isBuy, subaccountID)...)
}

// GetLimitOrderIndexSubaccountPrefix returns a prefix containing marketID + isBuy + subaccountID
func GetLimitOrderIndexSubaccountPrefix(marketID common.Hash, isBuy bool, subaccountID common.Hash) []byte {
	return append(MarketDirectionPrefix(marketID, isBuy), subaccountID.Bytes()...)
}

// GetLimitOrderIndexAccountAddressPrefix returns a prefix containing marketID + isBuy + account
func GetLimitOrderIndexAccountAddressPrefix(marketID common.Hash, isBuy bool, account sdk.AccAddress) []byte {
	return append(MarketDirectionPrefix(marketID, isBuy), account.Bytes()...)
}

func GetOrderByPriceKeyPrefix(marketID common.Hash, isBuy bool, price math.LegacyDec, orderHash common.Hash) []byte {
	return append(append(MarketDirectionPrefix(marketID, isBuy), []byte(GetPaddedPrice(price))...), orderHash.Bytes()...)
}

func GetOrderByStringPriceKeyPrefix(marketID common.Hash, isBuy bool, price string, orderHash common.Hash) []byte {
	return append(append(MarketDirectionPrefix(marketID, isBuy), []byte(getPaddedPriceFromString(price))...), orderHash.Bytes()...)
}

func GetConditionalOrderByTriggerPriceKeyPrefix(marketID common.Hash, isHigher bool, triggerPrice math.LegacyDec, orderHash common.Hash) []byte {
	return append(append(MarketDirectionPrefix(marketID, isHigher), []byte(GetPaddedPrice(triggerPrice))...), orderHash.Bytes()...)
}

// SpotMarketDirectionPriceHashPrefix turns a marketID + direction + price + order hash to prefix used to get a spot order from the store.
func SpotMarketDirectionPriceHashPrefix(marketID common.Hash, isBuy bool, price math.LegacyDec, orderHash common.Hash) []byte {
	return append(append(MarketDirectionPrefix(marketID, isBuy), []byte(GetPaddedPrice(price))...), orderHash.Bytes()...)
}

func GetDerivativeMarketPrefix(isEnabled bool) []byte {
	return append(DerivativeMarketPrefix, getBoolPrefix(isEnabled)...)
}

func GetBinaryOptionsMarketPrefix(isEnabled bool) []byte {
	return append(BinaryOptionsMarketPrefix, getBoolPrefix(isEnabled)...)
}

func GetBinaryOptionsMarketKey(isEnabled bool, marketID common.Hash) []byte {
	return append(GetBinaryOptionsMarketPrefix(isEnabled), marketID.Bytes()...)
}

func getBoolPrefix(isEnabled bool) []byte {
	isEnabledByte := byte(0)
	if isEnabled {
		isEnabledByte = TrueByte
	}
	return []byte{isEnabledByte}
}

// OrdersByMarketDirectionPriceOrderHashPrefix turns a marketID + direction + price + order hash to prefix used to get an order from the store.
func OrdersByMarketDirectionPriceOrderHashPrefix(marketID, orderHash common.Hash, price *big.Int, isLong bool) []byte {
	return append(ordersByMarketDirectionPricePrefix(marketID, price, isLong), orderHash.Bytes()...)
}

// orderIndexByMarketDirectionSubaccountPrefix allows to obtain prefix of exchange against a particular marketID, direction and price
func ordersByMarketDirectionPricePrefix(marketID common.Hash, price *big.Int, isLong bool) []byte {
	return append(MarketDirectionPrefix(marketID, isLong), common.LeftPadBytes(price.Bytes(), 32)...)
}

// OrderIndexByMarketDirectionSubaccountOrderHashPrefix turns a marketID + direction + subaccountID + order hash to prefix used to get an order from the store.
func OrderIndexByMarketDirectionSubaccountOrderHashPrefix(marketID common.Hash, isLong bool, subaccountID, orderHash common.Hash) []byte {
	return append(OrderIndexByMarketDirectionSubaccountPrefix(marketID, subaccountID, isLong), orderHash.Bytes()...)
}

// OrderIndexByMarketDirectionSubaccountPrefix allows to obtain prefix of exchange against a particular marketID, subaccountID and direction
func OrderIndexByMarketDirectionSubaccountPrefix(marketID, subaccountID common.Hash, isLong bool) []byte {
	return append(MarketDirectionPrefix(marketID, isLong), subaccountID.Bytes()...)
}

const TrueByte byte = byte(1)
const FalseByte byte = byte(0)

func IsTrueByte(bz []byte) bool {
	return bytes.Equal(bz, []byte{TrueByte})
}

// MarketDirectionPrefix allows to obtain prefix against a particular marketID, direction
func MarketDirectionPrefix(marketID common.Hash, isLong bool) []byte {
	direction := byte(0)
	if isLong {
		direction = TrueByte
	}
	return append(marketID.Bytes(), direction)
}

// GetMarketIdDirectionFromTransientKey parses the marketID and direction from a transient Key.
func GetMarketIdDirectionFromTransientKey(key []byte) (marketID common.Hash, isBuy bool) {
	marketID = common.BytesToHash(key[:common.HashLength])
	isBuyByte := key[common.HashLength]
	return marketID, isBuyByte == TrueByte
}

// MarketSubaccountInfix provides the infix given a marketID and subaccountID
func MarketSubaccountInfix(marketID, subaccountID common.Hash) []byte {
	return append(marketID.Bytes(), subaccountID.Bytes()...)
}

// SubaccountMarketInfix provides the infix given a subaccountID and marketID
func SubaccountMarketInfix(subaccountID, marketID common.Hash) []byte {
	return append(subaccountID.Bytes(), marketID.Bytes()...)
}

// PositionIndexBySubaccountMarketPrefix provides the prefix key to obtain a position key for a given market and subaccount
func PositionIndexBySubaccountMarketPrefix(subaccountID, marketID common.Hash) []byte {
	return append(subaccountID.Bytes(), marketID.Bytes()...)
}

func ParsePositionTransientStoreKey(key []byte) (marketID, subaccountID common.Hash) {
	prefixLen := len(DerivativePositionsPrefix)
	marketIDEndIdx := common.HashLength + prefixLen
	marketID = common.BytesToHash(key[prefixLen:marketIDEndIdx])
	subaccountID = common.BytesToHash(key[marketIDEndIdx : marketIDEndIdx+common.HashLength])
	return marketID, subaccountID
}

func ParseMarketIDSubaccountIDDirectionSuffix(keySuffix []byte) (marketID, subaccountID common.Hash, isBuy bool) {
	marketIDEndIdx := common.HashLength
	marketID = common.BytesToHash(keySuffix[:marketIDEndIdx])
	subaccountID = common.BytesToHash(keySuffix[marketIDEndIdx : marketIDEndIdx+common.HashLength])
	isBuy = keySuffix[len(keySuffix)-1] == 1
	return marketID, subaccountID, isBuy
}

func GetSubaccountAndMarketIDFromPositionKey(key []byte) (subaccountID, marketID common.Hash) {
	subaccountOffsetLen := common.HashLength
	marketID = common.BytesToHash(key[:subaccountOffsetLen])
	subaccountID = common.BytesToHash(key[subaccountOffsetLen : subaccountOffsetLen+common.HashLength])

	return subaccountID, marketID
}

func GetSubaccountIDFromPositionKey(key []byte) (subaccountID common.Hash) {
	subaccountOffsetLen := common.HashLength
	subaccountID = common.BytesToHash(key[:subaccountOffsetLen])

	return subaccountID
}

func GetExpiryFuturesMarketInfoByTimestampKey(timestamp int64, marketID common.Hash) []byte {
	return append(ExpiryFuturesMarketInfoByTimestampPrefix, append(sdk.Uint64ToBigEndian(uint64(timestamp)), marketID.Bytes()...)...)
}

func GetBinaryOptionsMarketExpiryTimestampKey(timestamp int64, marketID common.Hash) []byte {
	return append(BinaryOptionsMarketExpiryTimestampPrefix, append(sdk.Uint64ToBigEndian(uint64(timestamp)), marketID.Bytes()...)...)
}

func GetBinaryOptionsMarketSettlementTimestampKey(timestamp int64, marketID common.Hash) []byte {
	return append(BinaryOptionsMarketSettlementTimestampPrefix, append(sdk.Uint64ToBigEndian(uint64(timestamp)), marketID.Bytes()...)...)
}

func GetMarketHistoricalTradeRecordsKey(marketID common.Hash) []byte {
	return append(MarketHistoricalTradeRecordsPrefix, marketID.Bytes()...)
}

func GetDenomDecimalsKey(denom string) []byte {
	return append(DenomDecimalsPrefix, []byte(denom)...)
}

func GetSpotOrderbookLevelsKey(marketID common.Hash, isBuy bool) []byte {
	return append(SpotOrderbookLevelsPrefix, MarketDirectionPrefix(marketID, isBuy)...)
}
func GetSpotOrderbookLevelsForPriceKey(marketID common.Hash, isBuy bool, price math.LegacyDec) []byte {
	return append(GetSpotOrderbookLevelsKey(marketID, isBuy), GetPaddedPrice(price)...)
}
func GetDerivativeOrderbookLevelsKey(marketID common.Hash, isBuy bool) []byte {
	return append(DerivativeOrderbookLevelsPrefix, MarketDirectionPrefix(marketID, isBuy)...)
}
func GetDerivativeOrderbookLevelsForPriceKey(marketID common.Hash, isBuy bool, price math.LegacyDec) []byte {
	return append(GetDerivativeOrderbookLevelsKey(marketID, isBuy), GetPaddedPrice(price)...)
}

func GetGrantAuthorizationKey(granter, grantee sdk.AccAddress) []byte {
	return append(GrantAuthorizationsPrefix, append(granter.Bytes(), grantee.Bytes()...)...)
}

func GetGrantAuthorizationIteratorPrefix(granter sdk.AccAddress) []byte {
	return append(GrantAuthorizationsPrefix, granter.Bytes()...)
}

func GetTotalGrantAmountKey(granter sdk.AccAddress) []byte {
	return append(TotalGrantAmountPrefix, granter.Bytes()...)
}

func GetActiveGrantKey(grantee sdk.AccAddress) []byte {
	return append(ActiveGrantPrefix, grantee.Bytes()...)
}

func GetLastValidGrantDelegationCheckTimeKey(granter sdk.AccAddress) []byte {
	return append(LastGranterDelegationCheckTimePrefix, granter.Bytes()...)
}