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puzzle-lend-evaluate.ride
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{-# STDLIB_VERSION 6 #-}
{-# SCRIPT_TYPE ACCOUNT #-}
{-# CONTENT_TYPE DAPP #-}
let Waves = "WAVES"
let Scale6 = 1000000
let Scale8 = 100000000
let Scale8Big = 100000000.toBigInt()
let Scale10 = 10000000000
let Scale16 = 10000000000000000
let Scale16Big = 10000000000000000.toBigInt()
let dayBlocks = 1440
let yearBlocks = 525600
let yearBlocksBig = 525600.toBigInt()
let reserveFund = 20 # fee that goes to reserve fund in percents
let arr12 = [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11]
let usdtIdStr = "9wc3LXNA4TEBsXyKtoLE9mrbDD7WMHXvXrCjZvabLAsi"
let usdcIdStr = "HGgabTqUS8WtVFUJzfmrTDMgEccJuZLBPhFgQFxvnsoW"
let romeIdStr = "AP4Cb5xLYGH6ZigHreCZHoXpQTWDkPsG2BHqfDUx6taJ"
let oracleAddressStr = "3P8d1E1BLKoD52y3bQJ1bDTd2TD1gpaLn9t"
let axlyAddress = Address(base58'3PLsYkBw7taejV1J3qWPCN2yeyVRu31d5HW')
let axlyLPs = ["7KZbJrVopwJhkdwbe1eFDBbex4dkY63MxjTNjqXtrzj1", "Btw3G1j4wQgdp49PTxaFkNvn75dQtqGDM7ejQppHnWC1", "BiSzFe8nSL78oZaebfoin5vBZ5Pze6d7kaeijLqr5xZe", "F2AKkA513k5yHEJkLsU6vWxCYYk811GpjLhwEv2WGwZ9", "4CQ5CPGLXLbWBUs2JBjKUaRqF49CmKHkwzvPgSvQpAQV", "6iMB6LKSrgv9waEvEnN6Ydyx7dfxPnGcTw8318WVm5bR"]
func getRateCurve(assetIdStr: String, marketStr: String) = {
let marketAddress = addressFromStringValue(marketStr)
let setupRateCurve = marketAddress.getString("setup_rateCurve_" + assetIdStr)
if (setupRateCurve.isDefined()) then {
let curveArr = setupRateCurve.value().split_4C(",")
(parseIntValue(curveArr[0]), parseIntValue(curveArr[1]), parseIntValue(curveArr[2]), parseIntValue(curveArr[3]))
} else
match marketStr {
case "3P4uA5etnZi4AmBabKinq2bMiWU8KcnHZdH" => {
match assetIdStr {
# (min rate, target rate, target ur, max rate)
case "9wc3LXNA4TEBsXyKtoLE9mrbDD7WMHXvXrCjZvabLAsi" => (2000000, 25000000, 80000000, 100000000)
case "HGgabTqUS8WtVFUJzfmrTDMgEccJuZLBPhFgQFxvnsoW" => (2000000, 25000000, 80000000, 100000000)
case "34N9YcEETLWn93qYQ64EsP1x89tSruJU44RrEMSXXEPJ" => (2000000, 25000000, 80000000, 100000000)
case "6XtHjpXbs9RRJP2Sr9GUyVqzACcby9TkThHXnjVC5CDJ" => (2000000, 25000000, 80000000, 100000000)
case "DG2xFkPdDwKUoBkzGAhQtLpSGzfXLiCYPEzeKH2Ad24p" => (2000000, 25000000, 80000000, 100000000)
case "Ajso6nTTjptu2UHLx6hfSXVtHFtRBJCkKYd5SAyj7zf5" => (2000000, 40000000, 80000000, 150000000)
case "HEB8Qaw9xrWpWs8tHsiATYGBWDBtP2S7kcPALrMu43AS" => (0, 100000000, 80000000, 400000000)
case "WAVES" => (2000000, 30000000, 80000000, 90000000)
case "Atqv59EYzjFGuitKVnMRk6H8FukjoV3ktPorbEys25on" => (0, 20000000, 80000000, 40000000)
case "DSbbhLsSTeDg5Lsiufk2Aneh3DjVqJuPr2M9uU1gwy5p" => (0, 20000000, 80000000, 100000000)
case "8t4DPWTwPzpatHA9AkTxWAB47THnYzBsDnoY7fQqbG91" => (0, 30000000, 80000000, 40000000)
case "At8D6NFFpheCbvKVnjVoeLL84Eo8NZn6ovManxfLaFWL" => (0, 25000000, 80000000, 40000000)
case "8LQW8f7P5d5PZM7GtZEBgaqRPGSzS3DfPuiXrURJ4AJS" => (2000000, 30000000, 80000000, 50000000) # BTC
case "474jTeYx2r2Va35794tCScAXWJG9hU2HcgxzMowaZUnu" => (2000000, 30000000, 80000000, 50000000) # ETH
case "5UYBPpq4WoU5n4MwpFkgJnW3Fq4B1u3ukpK33ik4QerR" => (2000000, 30000000, 80000000, 50000000) # BNB
case "2thsACuHmzDMuNezPM32wg9a3BwUzBWDeSKakgz3cw21" => (2000000, 40000000, 80000000, 100000000) # POWER
case "YiNbofFzC17jEHHCMwrRcpy9MrrjabMMLZxg8g5xmf7" => (2000000, 30000000, 80000000, 80000000) # SWAVES
case "9wc3LXNA4TEBsXyKtoLE9mrbDD7WMHXvXrCjZvabLAsi" => (0, 50000000, 80000000, 200000000) # USDT-PPT
case "3VuV5WTmDz47Dmdn3QpcYjzbSdipjQE4JMdNe1xZpX13" => (0, 100000000, 80000000, 400000000) # ETH-PPT
case _ => (0, 20000000, 80000000, 80000000)
}
}
case "3P8Df2b7ywHtLBHBe8PBVQYd3A5MdEEJAou" => (20000000, 100000000, 60000000, 400000000)
case "3P4DK5VzDwL3vfc5ahUEhtoe5ByZNyacJ3X" => {
match assetIdStr {
case "9wc3LXNA4TEBsXyKtoLE9mrbDD7WMHXvXrCjZvabLAsi" => (2000000, 25000000, 80000000, 100000000)
case "HGgabTqUS8WtVFUJzfmrTDMgEccJuZLBPhFgQFxvnsoW" => (2000000, 25000000, 80000000, 100000000)
case "34N9YcEETLWn93qYQ64EsP1x89tSruJU44RrEMSXXEPJ" => (2000000, 25000000, 80000000, 100000000)
case "6XtHjpXbs9RRJP2Sr9GUyVqzACcby9TkThHXnjVC5CDJ" => (2000000, 25000000, 80000000, 100000000)
case "DG2xFkPdDwKUoBkzGAhQtLpSGzfXLiCYPEzeKH2Ad24p" => (2000000, 25000000, 80000000, 100000000)
case "Ajso6nTTjptu2UHLx6hfSXVtHFtRBJCkKYd5SAyj7zf5" => (2000000, 40000000, 80000000, 150000000)
case "HEB8Qaw9xrWpWs8tHsiATYGBWDBtP2S7kcPALrMu43AS" => (0, 50000000, 80000000, 400000000)
case "WAVES" => (2000000, 30000000, 80000000, 80000000)
case "Atqv59EYzjFGuitKVnMRk6H8FukjoV3ktPorbEys25on" => (0, 20000000, 80000000, 40000000)
case "DSbbhLsSTeDg5Lsiufk2Aneh3DjVqJuPr2M9uU1gwy5p" => (0, 20000000, 80000000, 100000000)
case "8t4DPWTwPzpatHA9AkTxWAB47THnYzBsDnoY7fQqbG91" => (0, 30000000, 80000000, 40000000)
case "At8D6NFFpheCbvKVnjVoeLL84Eo8NZn6ovManxfLaFWL" => (0, 25000000, 80000000, 40000000)
case "8LQW8f7P5d5PZM7GtZEBgaqRPGSzS3DfPuiXrURJ4AJS" => (2000000, 30000000, 80000000, 50000000)
case "474jTeYx2r2Va35794tCScAXWJG9hU2HcgxzMowaZUnu" => (2000000, 30000000, 80000000, 50000000)
case "5UYBPpq4WoU5n4MwpFkgJnW3Fq4B1u3ukpK33ik4QerR" => (2000000, 30000000, 80000000, 50000000)
case "2thsACuHmzDMuNezPM32wg9a3BwUzBWDeSKakgz3cw21" => (2000000, 40000000, 80000000, 100000000)
case "YiNbofFzC17jEHHCMwrRcpy9MrrjabMMLZxg8g5xmf7" => (2000000, 30000000, 80000000, 80000000)
case "9wc3LXNA4TEBsXyKtoLE9mrbDD7WMHXvXrCjZvabLAsi" => (0, 50000000, 80000000, 200000000)
case "3VuV5WTmDz47Dmdn3QpcYjzbSdipjQE4JMdNe1xZpX13" => (0, 100000000, 80000000, 400000000)
case _ => (0, 20000000, 80000000, 80000000)
}
}
case "3PHpuQUPVUoR3AYzFeJzeWJfYLsLTmWssVH" => (20000000, 100000000, 60000000, 400000000)
case "3PAd9Aqg3cQSzu26MFYWQYcjSXPVCJtuf5V" => {
match assetIdStr {
case "9wc3LXNA4TEBsXyKtoLE9mrbDD7WMHXvXrCjZvabLAsi" => (2000000, 25000000, 80000000, 100000000)
case "HGgabTqUS8WtVFUJzfmrTDMgEccJuZLBPhFgQFxvnsoW" => (2000000, 25000000, 80000000, 100000000)
case "34N9YcEETLWn93qYQ64EsP1x89tSruJU44RrEMSXXEPJ" => (2000000, 25000000, 80000000, 100000000)
case "6XtHjpXbs9RRJP2Sr9GUyVqzACcby9TkThHXnjVC5CDJ" => (2000000, 25000000, 80000000, 100000000)
case "DG2xFkPdDwKUoBkzGAhQtLpSGzfXLiCYPEzeKH2Ad24p" => (2000000, 25000000, 80000000, 100000000)
case "Ajso6nTTjptu2UHLx6hfSXVtHFtRBJCkKYd5SAyj7zf5" => (2000000, 40000000, 80000000, 150000000)
case "HEB8Qaw9xrWpWs8tHsiATYGBWDBtP2S7kcPALrMu43AS" => (0, 20000000, 80000000, 40000000)
case "WAVES" => (2000000, 30000000, 80000000, 50000000)
case "Atqv59EYzjFGuitKVnMRk6H8FukjoV3ktPorbEys25on" => (0, 20000000, 80000000, 40000000)
case "DSbbhLsSTeDg5Lsiufk2Aneh3DjVqJuPr2M9uU1gwy5p" => (0, 20000000, 80000000, 100000000)
case "8t4DPWTwPzpatHA9AkTxWAB47THnYzBsDnoY7fQqbG91" => (0, 30000000, 80000000, 40000000)
case "At8D6NFFpheCbvKVnjVoeLL84Eo8NZn6ovManxfLaFWL" => (0, 25000000, 80000000, 40000000)
case "8LQW8f7P5d5PZM7GtZEBgaqRPGSzS3DfPuiXrURJ4AJS" => (2000000, 30000000, 80000000, 50000000)
case "474jTeYx2r2Va35794tCScAXWJG9hU2HcgxzMowaZUnu" => (2000000, 30000000, 80000000, 50000000)
case "5UYBPpq4WoU5n4MwpFkgJnW3Fq4B1u3ukpK33ik4QerR" => (2000000, 30000000, 80000000, 50000000)
case "2thsACuHmzDMuNezPM32wg9a3BwUzBWDeSKakgz3cw21" => (2000000, 40000000, 80000000, 100000000)
case "YiNbofFzC17jEHHCMwrRcpy9MrrjabMMLZxg8g5xmf7" => (2000000, 30000000, 80000000, 80000000)
case _ => (0, 20000000, 80000000, 80000000)
}
}
case _ => throw("Unknown market")
}
}
func sum(size: Int, data: List[Int]) = {
func fold(accum: Int, next: Int) = {
if (next >= size) then accum else
accum + data[next]
}
FOLD<12>(arr12, 0, fold)
}
func getSetupTokens(marketAddress: Address) = {
marketAddress.getStringValue("setup_tokens").split_4C(",")
}
func getTokenPrice(marketAddress: Address, assetIdStr: String) = {
let oracleStr = marketAddress.getString("oracle").valueOrElse(oracleAddressStr)
let oracleAddress = addressFromStringValue(oracleStr)
let stables = marketAddress.getString("setup_stablesIds").valueOrElse("9wc3LXNA4TEBsXyKtoLE9mrbDD7WMHXvXrCjZvabLAsi,HGgabTqUS8WtVFUJzfmrTDMgEccJuZLBPhFgQFxvnsoW").split_4C(",")
if (stables.indexOf(assetIdStr) != unit) then 1000000 else
if (assetIdStr == usdtIdStr || assetIdStr == usdcIdStr || assetIdStr == romeIdStr) then 1000000 else
if (axlyLPs.containsElement(assetIdStr)) then invoke(axlyAddress, "getShareAssetPriceREADONLY", [assetIdStr], nil).exactAs[Int] else
let price = getIntegerValue(oracleAddress, assetIdStr + "_twap5B")
price
}
func getAssetScale(assetIdStr: String) = {
let decimals = if (assetIdStr == "WAVES") then 8 else assetInfo(assetIdStr.fromBase58String()).value().decimals
pow(10, 0, decimals, 0, 0, DOWN)
}
func getLastRateHeight(marketAddress: Address) = {
marketAddress.getInteger("lastRateHeight").valueOrElse(0)
}
func getOutdatedTotalSupply(marketAddress: Address, assetIdStr: String) = {
marketAddress.getInteger("total_supplied_" + assetIdStr).valueOrElse(0)
}
func getOutdatedTotalBorrow(marketAddress: Address, assetIdStr: String) = {
marketAddress.getInteger("total_borrowed_" + assetIdStr).valueOrElse(0)
}
func getOutdatedSRate(marketAddress: Address, assetIdStr: String) = {
marketAddress.getInteger(assetIdStr + "_sRate").valueOrElse(0)
}
func getOutdatedBRate(marketAddress: Address, assetIdStr: String) = {
marketAddress.getInteger(assetIdStr + "_bRate").valueOrElse(0)
}
func getOutdatedUr(outdatedTotalSupply: Int, outdatedTotalBorrow: Int, outdatedSRate: Int, outdatedBRate: Int) = {
let down = fraction(outdatedTotalSupply, outdatedSRate, Scale16)
if (down == 0) then {
0
}
else {
fraction(Scale8,
fraction(outdatedTotalBorrow, outdatedBRate, Scale16),
down)
}
}
func getRate(outdatedUr: Int, assetIdStr: String, marketStr: String) = {
let curve = getRateCurve(assetIdStr, marketStr)
curve._1 + if (outdatedUr <= curve._3) then {
fraction(outdatedUr, curve._2, curve._3)
} else {
curve._2 + fraction(outdatedUr - curve._3, curve._4, 100000000 - curve._3)
}
}
func getInterest(rate: Int) = {
# return interest per block
max([fraction(rate, Scale8, yearBlocks), 1])
}
func getAssetIndex(setupTokens: List[String], assetIdStr: String) = {
setupTokens.indexOf(assetIdStr).value()
}
func getAssetParamters(marketParameters: (List[Int], List[Int], List[Int]), assetIndex: Int) = {
(marketParameters._1[assetIndex], marketParameters._2[assetIndex], marketParameters._3[assetIndex])
}
func getMarketParameters(marketAddress: Address, setupTokens: List[String]) = {
let setupCf = marketAddress.getStringValue("setup_ltvs").split_4C(",")
let setupLt = marketAddress.getStringValue("setup_lts").split_4C(",")
let setupPenalty = marketAddress.getStringValue("setup_penalties").split_4C(",")
let tokensSize = setupTokens.size()
func fold(accum: (List[Int], List[Int], List[Int]), next: Int) = {
if (next >= tokensSize) then accum else
(
accum._1 :+ setupCf[next].parseIntValue(),
accum._2 :+ setupLt[next].parseIntValue(),
accum._3 :+ setupPenalty[next].parseIntValue()
)
}
FOLD<12>(arr12, ([], [], []), fold)
}
func getMaxSupply(marketAddress: Address, assetIdStr: String) = {
marketAddress.getString("setup_maxSupply_" + assetIdStr).valueOrElse("0").parseIntValue()
}
func getActualSRate(lastRateHeight: Int, interest: Int, outdatedUr: Int, outdatedSRate: Int) = {
let lastSRate = max([outdatedSRate, Scale16])
let newSRate = lastSRate + (height - lastRateHeight) * fraction(interest, outdatedUr, Scale8) * (100 - reserveFund) / 100
newSRate
}
func getActualBRate(lastRateHeight: Int, interest: Int, outdatedBRate: Int) = {
let lastBRate = max([outdatedBRate, Scale16])
let newBRate = lastBRate + (height - lastRateHeight) * interest
newBRate
}
func getActualUr(actualSupply: Int, actualBorrow: Int) = {
if (actualSupply == 0) then 0 else fraction(actualBorrow, Scale8, actualSupply)
}
func getActualAmount(outdatedAmount: Int, actualRate: Int) = {
fraction(outdatedAmount, actualRate, Scale16)
}
func getInUsd(actualAmount: Int, assetScale: Int, price: Int) = {
fraction(actualAmount, price, assetScale)
}
func getSupplyApy(rate: Int, actualUr: Int) = {
let supplyRate = fraction(fraction(rate, 80, 100), actualUr, Scale8)
pow(Scale16Big + fraction(supplyRate.toBigInt(), Scale8Big, yearBlocksBig), 16, yearBlocksBig, 0, 8, DOWN).toInt() - Scale8
}
func getBorrowApy(rate: Int) = {
pow(Scale16Big + fraction(rate.toBigInt(), Scale8Big, yearBlocksBig), 16, yearBlocksBig, 0, 8, DOWN).toInt() - Scale8
}
func getWalletSupply(marketAddress: Address, assetIdStr: String, wallet: String, actualSRate: Int) = {
let outdatedWalletSupply = marketAddress.getInteger(wallet + "_supplied_" + assetIdStr).valueOrElse(0)
getActualAmount(outdatedWalletSupply, actualSRate)
}
func getWalletBorrow(marketAddress: Address, assetIdStr: String, wallet: String, actualBRate: Int) = {
let outdatedWalletBorrow = marketAddress.getInteger(wallet + "_borrowed_" + assetIdStr).valueOrElse(0)
getActualAmount(outdatedWalletBorrow, actualBRate)
}
func getDailyPercents(apy: Int, quantity: Int) = {
fraction(fraction(pow(Scale8Big + apy.toBigInt(), 8, Scale16Big / yearBlocksBig, 16, 16, DOWN).toInt() - Scale16, dayBlocks, Scale8), quantity, Scale8)
}
func getAccountHealth(totalWalletBorrowLimitInUsd: Int, totalWalletBorrowUsageInUsd: Int) = {
if (totalWalletBorrowLimitInUsd == 0) then Scale8 else
Scale8 - fraction(totalWalletBorrowUsageInUsd, Scale8, totalWalletBorrowLimitInUsd)
}
func getNetApy(totalWalletSupplyInUsd: Int, totalWalletBorrowInUsd: Int, totalWalletMarginInUsd: Int) = {
if (totalWalletMarginInUsd == 0) then 0 else
if (totalWalletMarginInUsd > 0)
then fraction(totalWalletMarginInUsd, Scale8, totalWalletSupplyInUsd)
else fraction(totalWalletMarginInUsd, Scale8, totalWalletBorrowInUsd)
}
func assetToJson(assetIdStr: String, quantity: Int) = {
let (decimals, name) = if (assetIdStr == Waves) then
(8, "WAVES")
else {
let asset = assetInfo(fromBase58String(assetIdStr)).value()
(asset.decimals, asset.name)
}
"{\"quantity\":" + quantity.toString() + ",\"decimals\":" + decimals.toString() + ",\"name\":\"" + name + "\",\"id\":\"" + assetIdStr + "\"}"
}
func amountToDecimal(amount: Int, decimals: Int) = {
"{\"quantity\":" + amount.toString() + ",\"decimals\":" + decimals.toString() + ",\"name\":\"\",\"id\":\"\"}"
}
func getMarketJson(marketIndex: Int, wallet: String, debug: Boolean) = {
let marketStr = getStringValue("market_" + marketIndex.toString())
let marketAddress = addressFromStringValue(marketStr)
let marketName = getStringValue("market_name_" + marketStr)
let active = marketAddress.getBoolean("setup_active").valueOrElse(true)
let setupTokens = getSetupTokens(marketAddress)
let assetsCount = setupTokens.size()
let lastRateHeight = getLastRateHeight(marketAddress)
func assetsFold(accum: (Int, Int, Int, List[String]), next: Int) = {
if (next >= assetsCount) then accum else
let assetIdStr = setupTokens[next]
let price = getTokenPrice(marketAddress, assetIdStr)
let assetScale = getAssetScale(assetIdStr)
let outdatedTotalSupply = getOutdatedTotalSupply(marketAddress, assetIdStr)
let outdatedTotalBorrow = getOutdatedTotalBorrow(marketAddress, assetIdStr)
let outdatedSRate = getOutdatedSRate(marketAddress, assetIdStr)
let outdatedBRate = getOutdatedBRate(marketAddress, assetIdStr)
let outdatedUr = getOutdatedUr(outdatedTotalSupply, outdatedTotalBorrow, outdatedSRate, outdatedBRate)
let rate = getRate(outdatedUr, assetIdStr, marketStr)
let interest = getInterest(rate)
let sRate = getActualSRate(lastRateHeight, interest, outdatedUr, outdatedSRate)
let bRate = getActualBRate(lastRateHeight, interest, outdatedBRate)
let supply = getActualAmount(outdatedTotalSupply, sRate)
let borrow = getActualAmount(outdatedTotalBorrow, bRate)
let supplyInUsd = getInUsd(supply, assetScale, price)
let borrowInUsd = getInUsd(borrow, assetScale, price)
let reserves = supply - borrow
let reservesInUsd = getInUsd(reserves, assetScale, price)
let ur = getActualUr(supply, borrow)
let supplyApy = getSupplyApy(rate, ur)
let borrowApy = getBorrowApy(rate)
let marketAssetJson =
"{" +
"\"supply\":" + assetToJson(assetIdStr, supply) +
",\"supplyInUsd\":" + assetToJson(usdtIdStr, supplyInUsd) +
",\"borrow\":" + assetToJson(assetIdStr, borrow) +
",\"borrowInUsd\":" + assetToJson(usdtIdStr, borrowInUsd) +
",\"reserves\":" + assetToJson(assetIdStr, reserves) +
",\"reservesInUsd\":" + assetToJson(usdtIdStr, reservesInUsd) +
",\"price\":" + assetToJson(usdtIdStr, price) +
",\"supplyApy\":" + amountToDecimal(supplyApy, 8) +
",\"borrowApy\":" + amountToDecimal(borrowApy, 8) +
",\"utilizationRatio\":" + amountToDecimal(ur, 8) +
",\"sRate\":" + amountToDecimal(sRate, 16) +
",\"bRate\":" + amountToDecimal(bRate, 16) +
"}"
(
accum._1 + supplyInUsd,
accum._2 + borrowInUsd,
accum._3 + reservesInUsd,
accum._4 :+ marketAssetJson
)
}
let (supplyInUsd, borrowInUsd, reservesInUsd, marketAssetsJson) = FOLD<12>(arr12, (0, 0, 0, []), assetsFold)
let marketsCount = getIntegerValue("markets")
func marketsFold(accum: List[String], next: Int) = {
if (next >= marketsCount) then accum else
let currentMarketAddressStr = getStringValue("market_" + next.toString())
let currentMarketName = getStringValue("market_name_" + currentMarketAddressStr)
let simpleJson =
"{" +
"\"index\":" + next.toString() +
",\"name\":\"" + currentMarketName + "\"" +
",\"supplyInUsd\":" + assetToJson(usdtIdStr, 0) +
",\"accountHealth\":" + amountToDecimal(0, 8) +
"}"
if (wallet == "") then accum :+ simpleJson else
let currentMarketAddress = addressFromStringValue(currentMarketAddressStr)
let currentSetupTokens = getSetupTokens(currentMarketAddress)
let currentAssetsCount = currentSetupTokens.size()
let currentMarketShortName = getStringValue("market_shortname_" + currentMarketAddressStr)
let setupCf = currentMarketAddress.getStringValue("setup_ltvs").split_4C(",")
let setupLt = currentMarketAddress.getStringValue("setup_lts").split_4C(",")
let currentLastRateHeight = getLastRateHeight(currentMarketAddress)
func marketAssetsFold(accum: (Int, Int, Int, Int), next: Int) = {
if (next >= currentAssetsCount) then accum else
let assetIdStr = currentSetupTokens[next]
let cf = setupCf[next].parseIntValue()
let lt = setupLt[next].parseIntValue()
let price = getTokenPrice(marketAddress, assetIdStr)
let assetScale = getAssetScale(assetIdStr)
let outdatedTotalSupply = getOutdatedTotalSupply(currentMarketAddress, assetIdStr)
let outdatedTotalBorrow = getOutdatedTotalBorrow(currentMarketAddress, assetIdStr)
let outdatedSRate = getOutdatedSRate(currentMarketAddress, assetIdStr)
let outdatedBRate = getOutdatedBRate(currentMarketAddress, assetIdStr)
let outdatedUr = getOutdatedUr(outdatedTotalSupply, outdatedTotalBorrow, outdatedSRate, outdatedBRate)
let rate = getRate(outdatedUr, assetIdStr, marketStr)
let interest = getInterest(rate)
let sRate = getActualSRate(currentLastRateHeight, interest, outdatedUr, outdatedSRate)
let bRate = getActualBRate(currentLastRateHeight, interest, outdatedBRate)
let walletSupply = getWalletSupply(currentMarketAddress, assetIdStr, wallet, sRate)
let walletSupplyInUsd = getInUsd(walletSupply, assetScale, price)
let walletBorrow = getWalletBorrow(currentMarketAddress, assetIdStr, wallet, bRate)
let walletBorrowInUsd = getInUsd(walletBorrow, assetScale, price)
let walletBorrowLimitInUsd = fraction(walletSupplyInUsd, cf, Scale8)
let walletBorrowUsageInUsd = fraction(walletBorrowInUsd, Scale8, lt)
(
accum._1 + walletSupplyInUsd,
accum._2 + walletBorrowInUsd,
accum._3 + walletBorrowLimitInUsd,
accum._4 + walletBorrowUsageInUsd
)
}
let (totalWalletSupplyInUsd, totalWalletBorrowInUsd, totalWalletBorrowLimitInUsd, totalWalletBorrowUsageInUsd) = FOLD<12>(arr12, (0, 0, 0, 0), marketAssetsFold)
let accountHealth = getAccountHealth(totalWalletBorrowLimitInUsd, totalWalletBorrowUsageInUsd)
let fullJson =
"{" +
"\"index\":" + next.toString() +
",\"name\":\"" + currentMarketShortName + "\"" +
",\"supplyInUsd\":" + assetToJson(usdtIdStr, totalWalletSupplyInUsd) +
",\"borrowInUsd\":" + assetToJson(usdtIdStr, totalWalletBorrowInUsd) +
",\"accountHealth\":" + amountToDecimal(accountHealth, 8) +
"}"
accum :+ fullJson
}
let marketsJson = FOLD<12>(arr12, [], marketsFold)
let json =
"{" +
"\"index\":" + marketIndex.toString() +
",\"name\":\"" + marketName + "\"" +
",\"address\":\"" + marketStr + "\"" +
",\"active\":" + active.toString() +
",\"supplyInUsd\":" + assetToJson(usdtIdStr, supplyInUsd) +
",\"borrowInUsd\":" + assetToJson(usdtIdStr, borrowInUsd) +
",\"reservesInUsd\":" + assetToJson(usdtIdStr, reservesInUsd) +
",\"assets\":[" + makeString_11C(marketAssetsJson, ",") + "]" +
",\"markets\":[" + makeString_11C(marketsJson, ",") + "]" +
"}"
if (debug) then throw(json) else json
}
func getMenuJson(debug: Boolean) = {
let marketsCount = getIntegerValue("markets")
func marketsFold(accum: (Int, Int, Int, List[String]), next: Int) = {
if (next >= marketsCount) then accum else
let marketStr = getStringValue("market_" + next.toString())
let marketAddress = addressFromStringValue(marketStr)
let setupTokens = getSetupTokens(marketAddress)
let assetsCount = setupTokens.size()
let lastRateHeight = getLastRateHeight(marketAddress)
func assetsFold(accum: (Int, Int, Int, List[String]), next: Int) = {
if (next >= assetsCount) then accum else
let assetIdStr = setupTokens[next]
let price = getTokenPrice(marketAddress, assetIdStr)
let assetScale = getAssetScale(assetIdStr)
let outdatedTotalSupply = getOutdatedTotalSupply(marketAddress, assetIdStr)
let outdatedTotalBorrow = getOutdatedTotalBorrow(marketAddress, assetIdStr)
let outdatedSRate = getOutdatedSRate(marketAddress, assetIdStr)
let outdatedBRate = getOutdatedBRate(marketAddress, assetIdStr)
let outdatedUr = getOutdatedUr(outdatedTotalSupply, outdatedTotalBorrow, outdatedSRate, outdatedBRate)
let rate = getRate(outdatedUr, assetIdStr, marketStr)
let interest = getInterest(rate)
let sRate = getActualSRate(lastRateHeight, interest, outdatedUr, outdatedSRate)
let bRate = getActualBRate(lastRateHeight, interest, outdatedBRate)
let supply = getActualAmount(outdatedTotalSupply, sRate)
let borrow = getActualAmount(outdatedTotalBorrow, bRate)
let supplyInUsd = getInUsd(supply, assetScale, price)
let borrowInUsd = getInUsd(borrow, assetScale, price)
let reserves = supply - borrow
let reservesInUsd = getInUsd(reserves, assetScale, price)
let marketAssetJson =
"{" +
"\"asset\":" + assetToJson(assetIdStr, 0) +
",\"price\":" + assetToJson(usdtIdStr, price) +
",\"sRate\":" + amountToDecimal(sRate, 16) +
",\"bRate\":" + amountToDecimal(bRate, 16) +
"}"
(
accum._1 + supplyInUsd,
accum._2 + borrowInUsd,
accum._3 + reservesInUsd,
accum._4 :+ marketAssetJson
)
}
let (supplyInUsd, borrowInUsd, reservesInUsd, marketAssetsJson) = FOLD<12>(arr12, (0, 0, 0, []), assetsFold)
let marketJson =
"{" +
"\"address\":\"" + marketStr + "\"" +
",\"assets\":[" + makeString_11C(marketAssetsJson, ",") + "]" +
"}"
(
accum._1 + supplyInUsd,
accum._2 + borrowInUsd,
accum._3 + reservesInUsd,
accum._4 :+ marketJson
)
}
let (totalSupplyInUsd, totalBorrowInUsd, totalReservesInUsd, marketsJson) = FOLD<12>(arr12, (0, 0, 0, []), marketsFold)
let json =
"{" +
"\"supplyInUsd\":" + assetToJson(usdtIdStr, totalSupplyInUsd) +
",\"borrowInUsd\":" + assetToJson(usdtIdStr, totalBorrowInUsd) +
",\"reservesInUsd\":" + assetToJson(usdtIdStr, totalReservesInUsd) +
",\"markets\":[" + makeString_11C(marketsJson, ",") + "]" +
"}"
if (debug) then throw(json) else json
}
func getWalletJson(marketIndex: Int, wallet: String, debug: Boolean) = {
let marketStr = getStringValue("market_" + marketIndex.toString())
let marketAddress = addressFromStringValue(marketStr)
let marketName = getStringValue("market_name_" + marketStr)
let marketsCount = getIntegerValue("markets")
func marketsFold(accum: (Int, Int, Int, Int, Int, Int, Int, Int, Int, Int, Int, Int, List[String], List[String], List[String]), next: Int) = {
if (next >= marketsCount) then accum else
let currentMarketAddressStr = getStringValue("market_" + next.toString())
let currentMarketName = getStringValue("market_name_" + currentMarketAddressStr)
let currentMarketAddress = addressFromStringValue(currentMarketAddressStr)
let currentSetupTokens = getSetupTokens(currentMarketAddress)
let currentAssetsCount = currentSetupTokens.size()
let currentMarketShortName = getStringValue("market_shortname_" + currentMarketAddressStr)
let setupCf = currentMarketAddress.getStringValue("setup_ltvs").split_4C(",")
let setupLt = currentMarketAddress.getStringValue("setup_lts").split_4C(",")
let currentLastRateHeight = getLastRateHeight(currentMarketAddress)
func marketAssetsFold(accum: (Int, Int, Int, Int, Int, Int, Int), next: Int) = {
if (next >= currentAssetsCount) then accum else
let assetIdStr = currentSetupTokens[next]
let cf = setupCf[next].parseIntValue()
let lt = setupLt[next].parseIntValue()
let price = getTokenPrice(marketAddress, assetIdStr)
let assetScale = getAssetScale(assetIdStr)
let outdatedTotalSupply = getOutdatedTotalSupply(currentMarketAddress, assetIdStr)
let outdatedTotalBorrow = getOutdatedTotalBorrow(currentMarketAddress, assetIdStr)
let outdatedSRate = getOutdatedSRate(currentMarketAddress, assetIdStr)
let outdatedBRate = getOutdatedBRate(currentMarketAddress, assetIdStr)
let outdatedUr = getOutdatedUr(outdatedTotalSupply, outdatedTotalBorrow, outdatedSRate, outdatedBRate)
let rate = getRate(outdatedUr, assetIdStr, marketStr)
let interest = getInterest(rate)
let sRate = getActualSRate(currentLastRateHeight, interest, outdatedUr, outdatedSRate)
let bRate = getActualBRate(currentLastRateHeight, interest, outdatedBRate)
let supply = getActualAmount(outdatedTotalSupply, sRate)
let borrow = getActualAmount(outdatedTotalBorrow, bRate)
let ur = getActualUr(supply, borrow)
let supplyApy = getSupplyApy(rate, ur)
let borrowApy = getBorrowApy(rate)
let walletSupply = getWalletSupply(currentMarketAddress, assetIdStr, wallet, sRate)
let walletSupplyInUsd = getInUsd(walletSupply, assetScale, price)
let walletBorrow = getWalletBorrow(currentMarketAddress, assetIdStr, wallet, bRate)
let walletBorrowInUsd = getInUsd(walletBorrow, assetScale, price)
let walletBorrowLimitInUsd = fraction(walletSupplyInUsd, cf, Scale8)
let walletBorrowUsageInUsd = fraction(walletBorrowInUsd, Scale8, lt)
let walletDailyIncome = getDailyPercents(supplyApy, walletSupply)
let walletDailyIncomeInUsd = getInUsd(walletDailyIncome, assetScale, price)
let walletDailyLoanInterest = getDailyPercents(borrowApy, walletBorrow)
let walletDailyLoanInterestInUsd = getInUsd(walletDailyLoanInterest, assetScale, price)
let walletMarginInUsd = fraction(walletSupplyInUsd, supplyApy, Scale8) - fraction(walletBorrowInUsd, borrowApy, Scale8)
(
accum._1 + walletSupplyInUsd,
accum._2 + walletBorrowInUsd,
accum._3 + walletBorrowLimitInUsd,
accum._4 + walletBorrowUsageInUsd,
accum._5 + walletDailyIncomeInUsd,
accum._6 + walletDailyLoanInterestInUsd,
accum._7 + walletMarginInUsd
)
}
let (
totalWalletSupplyInUsd,
totalWalletBorrowInUsd,
totalWalletBorrowLimitInUsd,
totalWalletBorrowUsageInUsd,
totalWalletDailyIncomeInUsd,
totalWalletDailyLoanInterestInUsd,
totalWalletMarginInUsd
) = FOLD<12>(arr12, (0, 0, 0, 0, 0, 0, 0), marketAssetsFold)
let totalWalletBadDebtInUsd = if (totalWalletBorrowInUsd > totalWalletSupplyInUsd) then totalWalletBorrowInUsd - totalWalletSupplyInUsd else 0
let accountHealth = getAccountHealth(totalWalletBorrowLimitInUsd, totalWalletBorrowUsageInUsd)
let netApy = getNetApy(totalWalletSupplyInUsd, totalWalletBorrowInUsd, totalWalletMarginInUsd)
let marketsJson =
"{" +
"\"index\":" + next.toString() +
",\"name\":\"" + currentMarketShortName + "\"" +
",\"supplyInUsd\":" + assetToJson(usdtIdStr, totalWalletSupplyInUsd) +
",\"borrowInUsd\":" + assetToJson(usdtIdStr, totalWalletBorrowInUsd) +
",\"accountHealth\":" + amountToDecimal(accountHealth, 8) +
"}"
func walletAssetsFold(accum: (List[String], List[String]), next: Int) = {
if (next >= currentAssetsCount) then accum else
let assetIdStr = currentSetupTokens[next]
let price = getTokenPrice(marketAddress, assetIdStr)
let assetScale = getAssetScale(assetIdStr)
let outdatedTotalSupply = getOutdatedTotalSupply(currentMarketAddress, assetIdStr)
let outdatedTotalBorrow = getOutdatedTotalBorrow(currentMarketAddress, assetIdStr)
let outdatedSRate = getOutdatedSRate(currentMarketAddress, assetIdStr)
let outdatedBRate = getOutdatedBRate(currentMarketAddress, assetIdStr)
let outdatedUr = getOutdatedUr(outdatedTotalSupply, outdatedTotalBorrow, outdatedSRate, outdatedBRate)
let rate = getRate(outdatedUr, assetIdStr, marketStr)
let interest = getInterest(rate)
let sRate = getActualSRate(currentLastRateHeight, interest, outdatedUr, outdatedSRate)
let bRate = getActualBRate(currentLastRateHeight, interest, outdatedBRate)
let supply = getActualAmount(outdatedTotalSupply, sRate)
let borrow = getActualAmount(outdatedTotalBorrow, bRate)
let ur = getActualUr(supply, borrow)
let supplyApy = getSupplyApy(rate, ur)
let borrowApy = getBorrowApy(rate)
let walletSupply = getWalletSupply(currentMarketAddress, assetIdStr, wallet, sRate)
let walletSupplyInUsd = getInUsd(walletSupply, assetScale, price)
let walletBorrow = getWalletBorrow(currentMarketAddress, assetIdStr, wallet, bRate)
let walletBorrowInUsd = getInUsd(walletBorrow, assetScale, price)
let walletDailyIncome = getDailyPercents(supplyApy, walletSupply)
let walletDailyIncomeInUsd = getInUsd(walletDailyIncome, assetScale, price)
let walletDailyLoanInterest = getDailyPercents(borrowApy, walletBorrow)
let walletDailyLoanInterestInUsd = getInUsd(walletDailyLoanInterest, assetScale, price)
let supplyAssetsJson =
"{" +
"\"amount\":" + assetToJson(assetIdStr, walletSupply) +
",\"amountInUsd\":" + assetToJson(usdtIdStr, walletSupplyInUsd) +
",\"price\":" + assetToJson(usdtIdStr, price) +
",\"apy\":" + amountToDecimal(supplyApy, 8) +
",\"dailyPercents\":" + assetToJson(assetIdStr, walletDailyIncome) +
",\"dailyPercentsInUsd\":" + assetToJson(usdtIdStr, walletDailyIncomeInUsd) +
"}"
let borrowAssetsJson =
"{" +
"\"amount\":" + assetToJson(assetIdStr, walletBorrow) +
",\"amountInUsd\":" + assetToJson(usdtIdStr, walletBorrowInUsd) +
",\"price\":" + assetToJson(usdtIdStr, price) +
",\"apy\":" + amountToDecimal(borrowApy, 8) +
",\"dailyPercents\":" + assetToJson(assetIdStr, walletDailyLoanInterest) +
",\"dailyPercentsInUsd\":" + assetToJson(usdtIdStr, walletDailyLoanInterestInUsd) +
"}"
(
accum._1 :+ supplyAssetsJson,
accum._2 :+ borrowAssetsJson
)
}
let (supplyAssetsJson, borrowAssetsJson) = FOLD<12>(arr12, ([], []), walletAssetsFold)
if (marketIndex == next) then
(
accum._1 + totalWalletSupplyInUsd,
accum._2 + totalWalletBorrowInUsd,
accum._3 + totalWalletBadDebtInUsd,
accum._4 + totalWalletDailyIncomeInUsd,
accum._5 + totalWalletDailyLoanInterestInUsd,
totalWalletSupplyInUsd,
totalWalletBorrowInUsd,
totalWalletBadDebtInUsd,
totalWalletDailyIncomeInUsd,
totalWalletDailyLoanInterestInUsd,
accountHealth,
netApy,
accum._13 :+ marketsJson,
supplyAssetsJson,
borrowAssetsJson
) else
(
accum._1 + totalWalletSupplyInUsd,
accum._2 + totalWalletBorrowInUsd,
accum._3 + totalWalletBadDebtInUsd,
accum._4 + totalWalletDailyIncomeInUsd,
accum._5 + totalWalletDailyLoanInterestInUsd,
accum._6,
accum._7,
accum._8,
accum._9,
accum._10,
accum._11,
accum._12,
accum._13 :+ marketsJson,
accum._14,
accum._15
)
}
let (
totalWalletSupplyInUsd,
totalWalletBorrowInUsd,
totalWalletBadDebtInUsd,
totalWalletDailyIncomeInUsd,
totalWalletDailyLoanInterestInUsd,
walletSupplyInUsd,
walletBorrowInUsd,
walletBadDebtInUsd,
walletDailyIncomeInUsd,
walletDailyLoanInterestInUsd,
walletAccountHealth,
walletNetApy,
marketsJson,
supplyAssetsJson,
borrowAssetsJson
) = FOLD<12>(arr12, (0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, [], [], []), marketsFold)
let json =
"{" +
"\"marketIndex\":" + marketIndex.toString() +
",\"name\":\"" + marketName + "\"" +
",\"totalSupplyInUsd\":" + assetToJson(usdtIdStr, totalWalletSupplyInUsd) +
",\"totalBorrowInUsd\":" + assetToJson(usdtIdStr, totalWalletBorrowInUsd) +
",\"totalBadDebtInUsd\":" + assetToJson(usdtIdStr, totalWalletBadDebtInUsd) +
",\"totalDailyIncomeInUsd\":" + assetToJson(usdtIdStr, totalWalletDailyIncomeInUsd) +
",\"totalDailyLoanInterestInUsd\":" + assetToJson(usdtIdStr, totalWalletDailyLoanInterestInUsd) +
",\"supplyInUsd\":" + assetToJson(usdtIdStr, walletSupplyInUsd) +
",\"borrowInUsd\":" + assetToJson(usdtIdStr, walletBorrowInUsd) +
",\"badDebtInUsd\":" + assetToJson(usdtIdStr, walletBadDebtInUsd) +
",\"dailyIncomeInUsd\":" + assetToJson(usdtIdStr, walletDailyIncomeInUsd) +
",\"dailyLoanInterestInUsd\":" + assetToJson(usdtIdStr, walletDailyLoanInterestInUsd) +
",\"accountHealth\":" + amountToDecimal(walletAccountHealth, 8) +
",\"netApy\":" + amountToDecimal(walletNetApy, 8) +
",\"supplyAssets\":[" + makeString_11C(supplyAssetsJson, ",") + "]" +
",\"borrowAssets\":[" + makeString_11C(borrowAssetsJson, ",") + "]" +
",\"markets\":[" + makeString_11C(marketsJson, ",") + "]" +
"}"
if (debug) then throw(json) else json
}
func getWalletOperationsJson(marketIndex: Int, assetIdStr: String, wallet: String, debug: Boolean) = {
let marketStr = getStringValue("market_" + marketIndex.toString())
let marketAddress = addressFromStringValue(marketStr)
let marketName = getStringValue("market_name_" + marketStr)
let active = marketAddress.getBoolean("setup_active").valueOrElse(true)
let setupTokens = getSetupTokens(marketAddress)
let setupCf = marketAddress.getStringValue("setup_ltvs").split_4C(",")
let setupLt = marketAddress.getStringValue("setup_lts").split_4C(",")
let setupPenalty = marketAddress.getStringValue("setup_penalties").split_4C(",")
let assetIndex = getAssetIndex(setupTokens, assetIdStr)
let cf = setupCf[assetIndex].parseIntValue()
let lt = setupLt[assetIndex].parseIntValue()
let penalty = setupPenalty[assetIndex].parseIntValue()
let assetsCount = setupTokens.size()
let lastRateHeight = getLastRateHeight(marketAddress)
let price = getTokenPrice(marketAddress, assetIdStr)
let assetScale = getAssetScale(assetIdStr)
let outdatedTotalSupply = getOutdatedTotalSupply(marketAddress, assetIdStr)
let outdatedTotalBorrow = getOutdatedTotalBorrow(marketAddress, assetIdStr)
let outdatedSRate = getOutdatedSRate(marketAddress, assetIdStr)
let outdatedBRate = getOutdatedBRate(marketAddress, assetIdStr)
let outdatedUr = getOutdatedUr(outdatedTotalSupply, outdatedTotalBorrow, outdatedSRate, outdatedBRate)
let rate = getRate(outdatedUr, assetIdStr, marketStr)
let interest = getInterest(rate)
let sRate = getActualSRate(lastRateHeight, interest, outdatedUr, outdatedSRate)
let bRate = getActualBRate(lastRateHeight, interest, outdatedBRate)
let supply = getActualAmount(outdatedTotalSupply, sRate)
let borrow = getActualAmount(outdatedTotalBorrow, bRate)
let supplyInUsd = getInUsd(supply, assetScale, price)
let borrowInUsd = getInUsd(borrow, assetScale, price)
let reserves = supply - borrow
let reservesInUsd = getInUsd(reserves, assetScale, price)
let ur = getActualUr(supply, borrow)
let supplyApy = getSupplyApy(rate, ur)
let borrowApy = getBorrowApy(rate)
let maxSupply = getMaxSupply(marketAddress, assetIdStr)
let walletSupply = getWalletSupply(marketAddress, assetIdStr, wallet, sRate)
let walletSupplyInUsd = getInUsd(walletSupply, assetScale, price)
let walletDailyIncome = getDailyPercents(supplyApy, walletSupply)
let walletDailyIncomeInUsd = getInUsd(walletDailyIncome, assetScale, price)
let walletBorrow = getWalletBorrow(marketAddress, assetIdStr, wallet, bRate)
let walletBorrowInUsd = getInUsd(walletBorrow, assetScale, price)
let walletDailyLoanPercents = getDailyPercents(borrowApy, walletBorrow)
let walletDailyLoanPercentsInUsd = getInUsd(walletDailyLoanPercents, assetScale, price)
func assetsFold(accum: (Int, Int, Int, Int, Int), next: Int) = {
if (next >= assetsCount) then accum else
let currentAssetIdStr = setupTokens[next]
let currentCf = setupCf[next].parseIntValue()
let currentLt = setupLt[next].parseIntValue()
let currentPrice = getTokenPrice(marketAddress, currentAssetIdStr)
let currentAssetScale = getAssetScale(currentAssetIdStr)
let currentOutdatedTotalSupply = getOutdatedTotalSupply(marketAddress, currentAssetIdStr)
let currentOutdatedTotalBorrow = getOutdatedTotalBorrow(marketAddress, currentAssetIdStr)
let currentOutdatedSRate = getOutdatedSRate(marketAddress, currentAssetIdStr)
let currentOutdatedBRate = getOutdatedBRate(marketAddress, currentAssetIdStr)
let currentOutdatedUr = getOutdatedUr(currentOutdatedTotalSupply, currentOutdatedTotalBorrow, currentOutdatedSRate, currentOutdatedBRate)
let currentRate = getRate(currentOutdatedUr, currentAssetIdStr, marketStr)
let currentInterest = getInterest(currentRate)
let currentSRate = getActualSRate(lastRateHeight, currentInterest, currentOutdatedUr, currentOutdatedSRate)
let currentBRate = getActualBRate(lastRateHeight, currentInterest, currentOutdatedBRate)
let currentSupply = getActualAmount(currentOutdatedTotalSupply, sRate)
let currentBorrow = getActualAmount(currentOutdatedTotalBorrow, bRate)
let currentUr = getActualUr(currentSupply, currentBorrow)
let currentSupplyApy = getSupplyApy(currentRate, currentUr)
let currentBorrowApy = getBorrowApy(currentRate)
let currentWalletSupply = getWalletSupply(marketAddress, currentAssetIdStr, wallet, currentSRate)
let currentWalletSupplyInUsd = getInUsd(currentWalletSupply, currentAssetScale, currentPrice)
let currentWalletBorrow = getWalletBorrow(marketAddress, currentAssetIdStr, wallet, currentBRate)
let currentWalletBorrowInUsd = getInUsd(currentWalletBorrow, currentAssetScale, currentPrice)
let currentWalletBorrowLimitInUsd = fraction(currentWalletSupplyInUsd, currentCf, Scale8)
let currentWalletBorrowUsageInUsd = fraction(currentWalletBorrowInUsd, Scale8, currentLt)
let walletMarginInUsd = fraction(currentWalletSupplyInUsd, currentSupplyApy, Scale8) - fraction(currentWalletBorrowInUsd, currentBorrowApy, Scale8)
(
accum._1 + currentWalletSupplyInUsd,
accum._2 + currentWalletBorrowInUsd,
accum._3 + currentWalletBorrowLimitInUsd,
accum._4 + currentWalletBorrowUsageInUsd,
accum._5 + walletMarginInUsd
)
}
let (totalWalletSupplyInUsd, totalWalletBorrowInUsd, totalWalletBorrowLimitInUsd, totalWalletBorrowUsageInUsd, totalWalletMarginInUsd) = FOLD<12>(arr12, (0, 0, 0, 0, 0), assetsFold)
let accountHealth = getAccountHealth(totalWalletBorrowLimitInUsd, totalWalletBorrowUsageInUsd)
let netApy = getNetApy(totalWalletSupplyInUsd, totalWalletBorrowInUsd, totalWalletMarginInUsd)
let json =
"{" +
"\"marketIndex\":" + marketIndex.toString() +
",\"marketName\":\"" + marketName + "\"" +
",\"address\":\"" + marketStr + "\"" +
",\"assetPrice\":" + assetToJson(usdtIdStr, price) +
",\"supply\":" + assetToJson(assetIdStr, supply) +
",\"supplyInUsd\":" + assetToJson(usdtIdStr, supplyInUsd) +
",\"supplyApy\":" + amountToDecimal(supplyApy, 8) +
",\"borrow\":" + assetToJson(assetIdStr, borrow) +
",\"borrowInUsd\":" + assetToJson(usdtIdStr, borrowInUsd) +
",\"borrowApy\":" + amountToDecimal(borrowApy, 8) +
",\"reserves\":" + assetToJson(assetIdStr, reserves) +
",\"reservesInUsd\":" + assetToJson(usdtIdStr, reservesInUsd) +
",\"utilizationRatio\":" + amountToDecimal(ur, 8) +
",\"collateralFactor\":" + amountToDecimal(cf, 8) +
",\"liquidationThreshold\":" + amountToDecimal(lt, 8) +
",\"liquidationPenalty\":" + amountToDecimal(penalty, 8) +
",\"maxSupply\":" + assetToJson(usdtIdStr, maxSupply) +
",\"walletSupply\":" + assetToJson(assetIdStr, walletSupply) +
",\"walletSupplyInUsd\":" + assetToJson(usdtIdStr, walletSupplyInUsd) +
",\"walletDailyIncome\":" + assetToJson(assetIdStr, walletDailyIncome) +
",\"walletDailyIncomeInUsd\":" + assetToJson(usdtIdStr, walletDailyIncomeInUsd) +
",\"walletBorrow\":" + assetToJson(assetIdStr, walletBorrow) +
",\"walletBorrowInUsd\":" + assetToJson(usdtIdStr, walletBorrowInUsd) +
",\"walletDailyLoanInterest\":" + assetToJson(assetIdStr, walletDailyLoanPercents) +
",\"walletDailyLoanInterestInUsd\":" + assetToJson(usdtIdStr, walletDailyLoanPercentsInUsd) +
",\"accountHealth\":" + amountToDecimal(accountHealth, 8) +
",\"netApy\":" + amountToDecimal(netApy, 8) +
"}"
if (debug) then throw(json) else json
}
func getMarketParametersJson(marketIndex: Int, debug: Boolean) = {
let marketStr = getStringValue("market_" + marketIndex.toString())
let marketAddress = addressFromStringValue(marketStr)
let marketName = getStringValue("market_name_" + marketStr)
let setupTokens = getSetupTokens(marketAddress)
let setupCf = marketAddress.getStringValue("setup_ltvs").split_4C(",")
let setupLt = marketAddress.getStringValue("setup_lts").split_4C(",")
let setupPenalty = marketAddress.getStringValue("setup_penalties").split_4C(",")
let assetsCount = setupTokens.size()
func assetsFold(accum: List[String], next: Int) = {
if (next >= assetsCount) then accum else
let assetIdStr = setupTokens[next]
let maxSupply = getMaxSupply(marketAddress, assetIdStr)
let cf = setupCf[next].parseIntValue()
let lt = setupLt[next].parseIntValue()
let penalty = setupPenalty[next].parseIntValue()
let json =
"{" +
"\"asset\":" + assetToJson(assetIdStr, 0) +
",\"maxSupply\":" + assetToJson(usdtIdStr, maxSupply) +
",\"collateralFactor\":" + amountToDecimal(cf, 8) +
",\"liquidationThreshold\":" + amountToDecimal(lt, 8) +
",\"liquidationPenalty\":" + amountToDecimal(penalty, 8) +
"}"
accum :+ json
}
let assetsJson = FOLD<12>(arr12, [], assetsFold)
let json =
"{" +
"\"name\":\"" + marketName + "\"" +
",\"assets\":[" + makeString_11C(assetsJson, ",") + "]" +
"}"
if (debug) then throw(json) else json
}