tx · 7BvbTSqKTh5uXczr6Us6MpFp5zTXUA3NSgjr8AcrM5kK

3Mxob8GrFQULi64gzNXrbPiruLshtHARzhm:  -0.01400000 Waves

2020.11.28 15:23 [1285258] smart account 3Mxob8GrFQULi64gzNXrbPiruLshtHARzhm > SELF 0.00000000 Waves

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"chainId": 84, "height": 1285258, "applicationStatus": "succeeded", "spentComplexity": 0 } View: original | compacted Prev: none Next: none Full:
OldNewDifferences
1-# no script
1+{-# STDLIB_VERSION 4 #-}
2+{-# SCRIPT_TYPE ACCOUNT #-}
3+{-# CONTENT_TYPE DAPP #-}
4+let version = "2.0.0"
5+
6+let keyVersion = "version"
7+
8+let keyActive = "active"
9+
10+let keyAssetIdA = "A_asset_id"
11+
12+let keyAssetIdB = "B_asset_id"
13+
14+let keyBalanceA = "A_asset_balance"
15+
16+let keyBalanceB = "B_asset_balance"
17+
18+let keyShareAssetId = "share_asset_id"
19+
20+let keyShareAssetSupply = "share_asset_supply"
21+
22+let keyCommission = "commission"
23+
24+let keyCommissionScaleDelimiter = "commission_scale_delimiter"
25+
26+let keyCommissionGovernance = "commission_governance"
27+
28+let keyInvariant = "invariant"
29+
30+let keyCause = "shutdown_cause"
31+
32+let adminPubKey1 = base58'7FhFLst7Htn4uYxGH7xYMTAmbydLVoiZef3eFghi7CG4'
33+
34+let adminPubKey2 = base58'7FhFLst7Htn4uYxGH7xYMTAmbydLVoiZef3eFghi7CG4'
35+
36+let adminPubKey3 = base58'7FhFLst7Htn4uYxGH7xYMTAmbydLVoiZef3eFghi7CG4'
37+
38+let adminPubKeyStartStop = base58'7FhFLst7Htn4uYxGH7xYMTAmbydLVoiZef3eFghi7CG4'
39+
40+let adminPubKeyStaking = base58'7FhFLst7Htn4uYxGH7xYMTAmbydLVoiZef3eFghi7CG4'
41+
42+let governanceAddress = Address(base58'3MTobDiK1kQpEw4XpwKvTYWXVoAH5wUZxBE')
43+
44+let stakingAddress = Address(base58'3MTobDiK1kQpEw4XpwKvTYWXVoAH5wUZxBE')
45+
46+let USDN = base58'DG2xFkPdDwKUoBkzGAhQtLpSGzfXLiCYPEzeKH2Ad24p'
47+
48+let stakingFeeInUSDN = (9 * value(value(assetInfo(USDN)).minSponsoredFee))
49+
50+let isActive = getBooleanValue(this, keyActive)
51+
52+let strAssetIdA = getStringValue(this, keyAssetIdA)
53+
54+let strAssetIdB = getStringValue(this, keyAssetIdB)
55+
56+let assetIdA = if ((strAssetIdA == "WAVES"))
57+ then unit
58+ else fromBase58String(strAssetIdA)
59+
60+let assetIdB = if ((strAssetIdB == "WAVES"))
61+ then unit
62+ else fromBase58String(strAssetIdB)
63+
64+let assetNameA = match assetIdA {
65+ case id: ByteVector =>
66+ value(assetInfo(id)).name
67+ case waves: Unit =>
68+ "WAVES"
69+ case _ =>
70+ throw("Match error")
71+}
72+
73+let assetNameB = match assetIdB {
74+ case id: ByteVector =>
75+ value(assetInfo(id)).name
76+ case waves: Unit =>
77+ "WAVES"
78+ case _ =>
79+ throw("Match error")
80+}
81+
82+let balanceA = getIntegerValue(this, keyBalanceA)
83+
84+let balanceB = getIntegerValue(this, keyBalanceB)
85+
86+let shareAssetId = fromBase58String(getStringValue(this, keyShareAssetId))
87+
88+let shareAssetSupply = getIntegerValue(this, keyShareAssetSupply)
89+
90+let invariant = getIntegerValue(this, keyInvariant)
91+
92+let commission = 500
93+
94+let commissionGovernance = 200
95+
96+let commissionScaleDelimiter = 1000000
97+
98+let scaleValue3 = 1000
99+
100+let scaleValue8 = 100000000
101+
102+let scaleValue12 = 1000000000000
103+
104+let slippageToleranceDelimiter = 1000
105+
106+let scaleValue8Digits = 8
107+
108+let scaleValue12Digits = 12
109+
110+let dAppThreshold = 50
111+
112+let dAppThresholdDelimiter = 100
113+
114+let ratioThresholdMax = 100000000
115+
116+let ratioThresholdMin = 99999000
117+
118+let alpha = 50
119+
120+let alphaDigits = 2
121+
122+let beta = 46000000
123+
124+let betaDigits = 8
125+
126+func accountBalance (assetId) = match assetId {
127+ case id: ByteVector =>
128+ assetBalance(this, id)
129+ case waves: Unit =>
130+ wavesBalance(this).available
131+ case _ =>
132+ throw("Match error")
133+}
134+
135+
136+let stakedAmountUSDN = match getInteger(stakingAddress, ((("rpd_balance_" + toBase58String(USDN)) + "_") + toString(this))) {
137+ case staked: Int =>
138+ staked
139+ case nothing: Unit =>
140+ 0
141+ case _ =>
142+ throw("Match error")
143+}
144+
145+let availableBalanceA = (balanceA - (if ((assetIdA == USDN))
146+ then stakedAmountUSDN
147+ else 0))
148+
149+let availableBalanceB = (balanceB - (if ((assetIdB == USDN))
150+ then stakedAmountUSDN
151+ else 0))
152+
153+let accountBalanceWithStakedA = (accountBalance(assetIdA) + (if ((assetIdA == USDN))
154+ then stakedAmountUSDN
155+ else 0))
156+
157+let accountBalanceWithStakedB = (accountBalance(assetIdB) + (if ((assetIdB == USDN))
158+ then stakedAmountUSDN
159+ else 0))
160+
161+let hasEnoughBalance = if ((accountBalanceWithStakedA >= balanceA))
162+ then (accountBalanceWithStakedB >= balanceB)
163+ else false
164+
165+func skewness (x,y) = (((fraction(scaleValue12, x, y) + fraction(scaleValue12, y, x)) / 2) / 10000)
166+
167+
168+func invariantCalc (x,y) = {
169+ let sk = skewness(x, y)
170+ (fraction((x + y), scaleValue8, pow(sk, scaleValue8Digits, alpha, alphaDigits, scaleValue8Digits, UP)) + (2 * fraction(pow(fraction(x, y, scaleValue8), 0, 5, 1, (scaleValue8Digits / 2), DOWN), pow((sk - beta), scaleValue8Digits, alpha, alphaDigits, scaleValue8Digits, DOWN), scaleValue8)))
171+ }
172+
173+
174+func calculateHowManySendTokenA (amountToSendEstimated,minTokenReceiveAmount,amountTokenA,amountTokenB,tokenReceiveAmount) = {
175+ let slippageValue = (scaleValue8 - ((scaleValue8 * 1) / 10000000))
176+ let deltaBetweenMaxAndMinSendValue = (amountToSendEstimated - minTokenReceiveAmount)
177+ let amountToSendStep1 = (amountToSendEstimated - ((1 * deltaBetweenMaxAndMinSendValue) / 5))
178+ let amountToSendStep2 = (amountToSendEstimated - ((2 * deltaBetweenMaxAndMinSendValue) / 5))
179+ let amountToSendStep3 = (amountToSendEstimated - ((3 * deltaBetweenMaxAndMinSendValue) / 5))
180+ let amountToSendStep4 = (amountToSendEstimated - ((4 * deltaBetweenMaxAndMinSendValue) / 5))
181+ let amountToSendStep5 = (amountToSendEstimated - ((5 * deltaBetweenMaxAndMinSendValue) / 5))
182+ let y = (amountTokenB + tokenReceiveAmount)
183+ let invariantNew = invariantCalc((amountTokenA - amountToSendEstimated), y)
184+ let invariantEstimatedRatio = fraction(invariant, scaleValue8, invariantNew)
185+ if ((0 >= (invariantCalc((amountTokenA - amountToSendStep5), y) - invariant)))
186+ then throw("minTokenReceiveAmount too large.err1")
187+ else if (if ((invariantEstimatedRatio > slippageValue))
188+ then ((invariantNew - invariant) > 0)
189+ else false)
190+ then amountToSendEstimated
191+ else if (((invariantCalc((amountTokenA - amountToSendStep1), y) - invariant) > 0))
192+ then ((amountToSendStep1 * (commissionScaleDelimiter - commission)) / commissionScaleDelimiter)
193+ else if (((invariantCalc((amountTokenA - amountToSendStep2), y) - invariant) > 0))
194+ then ((amountToSendStep2 * (commissionScaleDelimiter - commission)) / commissionScaleDelimiter)
195+ else if (((invariantCalc((amountTokenA - amountToSendStep3), y) - invariant) > 0))
196+ then ((amountToSendStep3 * (commissionScaleDelimiter - commission)) / commissionScaleDelimiter)
197+ else if (((invariantCalc((amountTokenA - amountToSendStep4), y) - invariant) > 0))
198+ then ((amountToSendStep4 * (commissionScaleDelimiter - commission)) / commissionScaleDelimiter)
199+ else if (((invariantCalc((amountTokenA - amountToSendStep5), y) - invariant) > 0))
200+ then ((amountToSendStep5 * (commissionScaleDelimiter - commission)) / commissionScaleDelimiter)
201+ else throw("something went wrong while working with amountToSendStep. err2")
202+ }
203+
204+
205+func calculateHowManySendTokenB (amountToSendEstimated,minTokenReceiveAmount,amountTokenA,amountTokenB,tokenReceiveAmount) = {
206+ let slippageValue = (scaleValue8 - ((scaleValue8 * 1) / 10000000))
207+ let deltaBetweenMaxAndMinSendValue = (amountToSendEstimated - minTokenReceiveAmount)
208+ let amountToSendStep1 = (amountToSendEstimated - ((1 * deltaBetweenMaxAndMinSendValue) / 5))
209+ let amountToSendStep2 = (amountToSendEstimated - ((2 * deltaBetweenMaxAndMinSendValue) / 5))
210+ let amountToSendStep3 = (amountToSendEstimated - ((3 * deltaBetweenMaxAndMinSendValue) / 5))
211+ let amountToSendStep4 = (amountToSendEstimated - ((4 * deltaBetweenMaxAndMinSendValue) / 5))
212+ let amountToSendStep5 = (amountToSendEstimated - ((5 * deltaBetweenMaxAndMinSendValue) / 5))
213+ let x = (amountTokenA + tokenReceiveAmount)
214+ let invariantNew = invariantCalc(x, (amountTokenB - amountToSendEstimated))
215+ let invariantEstimatedRatio = fraction(invariant, scaleValue8, invariantNew)
216+ if ((0 >= (invariantCalc(x, (amountTokenB - amountToSendStep5)) - invariant)))
217+ then throw("minTokenReceiveAmount too large.err1")
218+ else if (if ((invariantEstimatedRatio > slippageValue))
219+ then ((invariantNew - invariant) > 0)
220+ else false)
221+ then amountToSendEstimated
222+ else if (((invariantCalc(x, (amountTokenB - amountToSendStep1)) - invariant) > 0))
223+ then ((amountToSendStep1 * (commissionScaleDelimiter - commission)) / commissionScaleDelimiter)
224+ else if (((invariantCalc(x, (amountTokenB - amountToSendStep2)) - invariant) > 0))
225+ then ((amountToSendStep2 * (commissionScaleDelimiter - commission)) / commissionScaleDelimiter)
226+ else if (((invariantCalc(x, (amountTokenB - amountToSendStep3)) - invariant) > 0))
227+ then ((amountToSendStep3 * (commissionScaleDelimiter - commission)) / commissionScaleDelimiter)
228+ else if (((invariantCalc(x, (amountTokenB - amountToSendStep4)) - invariant) > 0))
229+ then ((amountToSendStep4 * (commissionScaleDelimiter - commission)) / commissionScaleDelimiter)
230+ else if (((invariantCalc(x, (amountTokenB - amountToSendStep5)) - invariant) > 0))
231+ then ((amountToSendStep5 * (commissionScaleDelimiter - commission)) / commissionScaleDelimiter)
232+ else throw("something went wrong while working with amountToSendStep. err2")
233+ }
234+
235+
236+func getAssetInfo (assetId) = match assetId {
237+ case id: ByteVector =>
238+ let stringId = toBase58String(id)
239+ let info = valueOrErrorMessage(assetInfo(id), (("Asset " + stringId) + " doesn't exist"))
240+ $Tuple3(stringId, info.name, info.decimals)
241+ case waves: Unit =>
242+ $Tuple3("WAVES", "WAVES", 8)
243+ case _ =>
244+ throw("Match error")
245+}
246+
247+
248+func suspend (cause) = [BooleanEntry(keyActive, false), StringEntry(keyCause, cause)]
249+
250+
251+func deductStakingFee (amount,assetId) = if ((assetId == USDN))
252+ then {
253+ let result = (amount - stakingFeeInUSDN)
254+ if ((0 >= result))
255+ then throw((((("Insufficient amount " + toString(amount)) + " to deduct staking fee ") + toString(stakingFeeInUSDN)) + " USD-N"))
256+ else result
257+ }
258+ else amount
259+
260+
261+func throwIsActive () = throw("DApp is already active")
262+
263+
264+func throwIsInactive () = throw("DApp is inactive at this moment")
265+
266+
267+func throwOnlyAdmin () = throw("Only admin can call this function")
268+
269+
270+func throwAssets () = throw(((("Incorrect assets attached. Expected: " + strAssetIdA) + " and ") + strAssetIdB))
271+
272+
273+func throwThreshold (threshold,amountA,amountB) = throw(((((((((("New balance in assets of the DApp is less than threshold " + toString(threshold)) + ": ") + toString(amountA)) + " ") + assetNameA) + ", ") + toString(amountB)) + " ") + assetNameB))
274+
275+
276+func throwInsufficientAvailableBalance (amount,available,assetName) = throw((((((((("Insufficient DApp balance to pay " + toString(amount)) + " ") + assetName) + " due to staking. Available: ") + toString(available)) + " ") + assetName) + ". Please contact support in Telegram: https://t.me/swopfisupport"))
277+
278+
279+func throwInsufficientAvailableBalances (amountA,amountB) = throw((((((((((((((((("Insufficient DApp balance to pay " + toString(amountA)) + " ") + assetNameA) + " and ") + toString(amountB)) + " ") + assetNameB) + " due to staking. Available: ") + toString(availableBalanceA)) + " ") + assetNameA) + " and ") + toString(availableBalanceB)) + " ") + assetNameB) + ". Please contact support in Telegram: https://t.me/swopfisupport"))
280+
281+
282+func suspendSuspicious () = suspend(((((((((((((((("Suspicious state. Actual balances: " + toString(balanceA)) + " ") + assetNameA) + ", ") + toString(balanceB)) + " ") + assetNameB) + ". State: ") + toString(accountBalance(assetIdA))) + " ") + assetNameA) + ", ") + toString(accountBalance(assetIdB))) + " ") + assetNameB))
283+
284+
285+@Callable(i)
286+func init () = {
287+ let $t01164811725 = $Tuple2(i.payments[0].amount, i.payments[0].assetId)
288+ let pmtAmountA = $t01164811725._1
289+ let pmtAssetIdA = $t01164811725._2
290+ let $t01173011807 = $Tuple2(i.payments[1].amount, i.payments[1].assetId)
291+ let pmtAmountB = $t01173011807._1
292+ let pmtAssetIdB = $t01173011807._2
293+ let $t01181211889 = getAssetInfo(pmtAssetIdA)
294+ let pmtStrAssetIdA = $t01181211889._1
295+ let pmtAssetNameA = $t01181211889._2
296+ let pmtDecimalsA = $t01181211889._3
297+ let $t01189411971 = getAssetInfo(pmtAssetIdB)
298+ let pmtStrAssetIdB = $t01189411971._1
299+ let pmtAssetNameB = $t01189411971._2
300+ let pmtDecimalsB = $t01189411971._3
301+ if (isDefined(getBoolean(this, keyActive)))
302+ then throwIsActive()
303+ else if ((pmtAssetIdA == pmtAssetIdB))
304+ then throw("Assets must be different")
305+ else {
306+ let shareName = ((("s" + take(pmtAssetNameA, 7)) + "_") + take(pmtAssetNameB, 7))
307+ let shareDescription = ((((("ShareToken of SwopFi protocol for " + pmtAssetNameA) + " and ") + pmtAssetNameB) + " at address ") + toString(this))
308+ let shareDecimals = ((pmtDecimalsA + pmtDecimalsB) / 2)
309+ let shareInitialSupply = fraction(pow(pmtAmountA, pmtDecimalsA, 5, 1, pmtDecimalsA, HALFDOWN), pow(pmtAmountB, pmtDecimalsB, 5, 1, pmtDecimalsB, HALFDOWN), pow(10, 0, shareDecimals, 0, 0, HALFDOWN))
310+ let shareIssue = Issue(shareName, shareDescription, shareInitialSupply, shareDecimals, true)
311+ let shareIssueId = calculateAssetId(shareIssue)
312+ let invariantCalculated = invariantCalc(pmtAmountA, pmtAmountB)
313+[StringEntry(keyVersion, version), BooleanEntry(keyActive, true), StringEntry(keyAssetIdA, pmtStrAssetIdA), StringEntry(keyAssetIdB, pmtStrAssetIdB), IntegerEntry(keyBalanceA, pmtAmountA), IntegerEntry(keyBalanceB, pmtAmountB), IntegerEntry(keyInvariant, invariantCalculated), IntegerEntry(keyCommission, commission), IntegerEntry(keyCommissionScaleDelimiter, commissionScaleDelimiter), shareIssue, StringEntry(keyShareAssetId, toBase58String(shareIssueId)), IntegerEntry(keyShareAssetSupply, shareInitialSupply), ScriptTransfer(i.caller, shareInitialSupply, shareIssueId)]
314+ }
315+ }
316+
317+
318+
319+@Callable(i)
320+func replenishWithTwoTokens (slippageTolerance) = {
321+ let pmtAssetIdA = i.payments[0].assetId
322+ let pmtAssetIdB = i.payments[1].assetId
323+ let pmtAmountA = deductStakingFee(i.payments[0].amount, pmtAssetIdA)
324+ let pmtAmountB = deductStakingFee(i.payments[1].amount, pmtAssetIdB)
325+ let tokenRatio = fraction(fraction(balanceA, scaleValue8, pmtAmountA), scaleValue3, fraction(balanceB, scaleValue8, pmtAmountB))
326+ let ratioShareTokensInA = fraction(pmtAmountA, scaleValue8, balanceA)
327+ let ratioShareTokensInB = fraction(pmtAmountB, scaleValue8, balanceB)
328+ let shareTokenToPayAmount = fraction(min([ratioShareTokensInA, ratioShareTokensInB]), shareAssetSupply, scaleValue8)
329+ let invariantCalculated = invariantCalc((balanceA + pmtAmountA), (balanceB + pmtAmountB))
330+ if (!(isActive))
331+ then throwIsInactive()
332+ else if (if ((0 > slippageTolerance))
333+ then true
334+ else (slippageTolerance > slippageToleranceDelimiter))
335+ then throw(((("Slippage tolerance must be between 0 and " + toString(slippageToleranceDelimiter)) + " inclusively. Actual: ") + toString(slippageTolerance)))
336+ else if ((size(i.payments) != 2))
337+ then throw("Two attached assets expected")
338+ else if (if ((pmtAssetIdA != assetIdA))
339+ then true
340+ else (pmtAssetIdB != assetIdB))
341+ then throwAssets()
342+ else if (if ((((scaleValue3 * (slippageToleranceDelimiter - slippageTolerance)) / slippageToleranceDelimiter) > tokenRatio))
343+ then true
344+ else (tokenRatio > ((scaleValue3 * (slippageToleranceDelimiter + slippageTolerance)) / slippageToleranceDelimiter)))
345+ then throw("Incorrect assets amount: amounts must have the contract ratio")
346+ else if ((shareTokenToPayAmount == 0))
347+ then throw("Too small amount to replenish")
348+ else if (!(hasEnoughBalance))
349+ then suspendSuspicious()
350+ else [IntegerEntry(keyBalanceA, (balanceA + pmtAmountA)), IntegerEntry(keyBalanceB, (balanceB + pmtAmountB)), IntegerEntry(keyShareAssetSupply, (shareAssetSupply + shareTokenToPayAmount)), IntegerEntry(keyInvariant, invariantCalculated), Reissue(shareAssetId, shareTokenToPayAmount, true), ScriptTransfer(i.caller, shareTokenToPayAmount, shareAssetId)]
351+ }
352+
353+
354+
355+@Callable(i)
356+func replenishWithOneToken (virtualSwapTokenPay,virtualSwapTokenGet) = {
357+ let $t01649816573 = $Tuple2(i.payments[0].amount, i.payments[0].assetId)
358+ let pmtAmount = $t01649816573._1
359+ let pmtAssetId = $t01649816573._2
360+ let pmtMinThreshold = 5000000
361+ let thresholdValueForMinTolerance = 50000000
362+ let tolerance = if ((thresholdValueForMinTolerance > pmtAmount))
363+ then 100000
364+ else 1
365+ let slippageValueMinForReplenish = (scaleValue8 - ((scaleValue8 * tolerance) / 10000000))
366+ let slippageValueMaxForReplenish = (scaleValue8 + ((scaleValue8 * tolerance) / 10000000))
367+ let slippageValueMinForSwap = (scaleValue8 - ((scaleValue8 * 1) / 10000000))
368+ let slippageValueMaxForSwap = (scaleValue8 + ((scaleValue8 * 1) / 10000000))
369+ if (!(isActive))
370+ then throwIsInactive()
371+ else if ((pmtMinThreshold > pmtAmount))
372+ then throw((((("Payment amount " + toString(pmtAmount)) + " does not exceed the minimum amount of ") + toString(pmtMinThreshold)) + " tokens"))
373+ else if ((size(i.payments) != 1))
374+ then throw("One attached payment expected")
375+ else if (!(hasEnoughBalance))
376+ then suspendSuspicious()
377+ else if ((pmtAssetId == assetIdA))
378+ then {
379+ let amountVirtualReplenishTokenA = (pmtAmount - virtualSwapTokenPay)
380+ let amountVirtualReplenishTokenB = virtualSwapTokenGet
381+ let balanceAfterVirtualSwapA = (balanceA + virtualSwapTokenPay)
382+ let balanceAfterVirtualSwapB = (balanceB - virtualSwapTokenGet)
383+ let invariantNew = invariantCalc(balanceAfterVirtualSwapA, balanceAfterVirtualSwapB)
384+ let invariantEstimatedRatio = fraction(invariant, scaleValue8, invariantNew)
385+ if (if ((invariantEstimatedRatio > slippageValueMinForSwap))
386+ then ((invariantNew - invariant) >= 0)
387+ else false)
388+ then {
389+ let ratioVirtualBalanceToVirtualReplenish = (fraction(balanceAfterVirtualSwapA, (scaleValue8 * scaleValue8), balanceAfterVirtualSwapB) / fraction(amountVirtualReplenishTokenA, scaleValue8, amountVirtualReplenishTokenB))
390+ if (true)
391+ then throw(toString(ratioVirtualBalanceToVirtualReplenish))
392+ else if (if ((slippageValueMinForReplenish > ratioVirtualBalanceToVirtualReplenish))
393+ then true
394+ else (ratioVirtualBalanceToVirtualReplenish > slippageValueMaxForReplenish))
395+ then throw("swop with virtualSwapTokenPay and virtualSwapTokenGet possible, but ratio after virtual swap incorrect")
396+ else {
397+ let ratioShareTokensInA = fraction(deductStakingFee(amountVirtualReplenishTokenA, assetIdA), scaleValue8, balanceAfterVirtualSwapA)
398+ let ratioShareTokensInB = fraction(deductStakingFee(amountVirtualReplenishTokenB, assetIdB), scaleValue8, balanceAfterVirtualSwapB)
399+ let shareTokenToPayAmount = fraction(min([ratioShareTokensInA, ratioShareTokensInB]), shareAssetSupply, scaleValue8)
400+ let invariantCalculated = invariantCalc((balanceA + pmtAmount), balanceB)
401+ let newAmountTokenA = (balanceA + pmtAmount)
402+ let newAmountTokenB = balanceB
403+ let dAppThresholdAmount = fraction((newAmountTokenA + newAmountTokenB), dAppThreshold, (2 * dAppThresholdDelimiter))
404+ if (if ((dAppThresholdAmount > newAmountTokenA))
405+ then true
406+ else (dAppThresholdAmount > newAmountTokenB))
407+ then throwThreshold(dAppThresholdAmount, newAmountTokenA, newAmountTokenB)
408+ else [Reissue(shareAssetId, shareTokenToPayAmount, true), ScriptTransfer(i.caller, shareTokenToPayAmount, shareAssetId), IntegerEntry(keyShareAssetSupply, (shareAssetSupply + shareTokenToPayAmount)), IntegerEntry(keyBalanceA, newAmountTokenA), IntegerEntry(keyInvariant, invariantCalculated)]
409+ }
410+ }
411+ else throw("incorrect virtualSwapTokenPay or virtualSwapTokenGet value")
412+ }
413+ else if ((pmtAssetId == assetIdB))
414+ then {
415+ let amountVirtualReplenishTokenB = (pmtAmount - virtualSwapTokenPay)
416+ let amountVirtualReplenishTokenA = virtualSwapTokenGet
417+ let balanceAfterVirtualSwapA = (balanceA - virtualSwapTokenGet)
418+ let balanceAfterVirtualSwapB = (balanceB + virtualSwapTokenPay)
419+ let invariantNew = invariantCalc(balanceAfterVirtualSwapA, balanceAfterVirtualSwapB)
420+ let invariantEstimatedRatio = fraction(invariant, scaleValue8, invariantNew)
421+ if (if ((invariantEstimatedRatio > slippageValueMinForSwap))
422+ then ((invariantNew - invariant) >= 0)
423+ else false)
424+ then {
425+ let ratioVirtualBalanceToVirtualReplenish = (fraction(balanceAfterVirtualSwapA, (scaleValue8 * scaleValue8), balanceAfterVirtualSwapB) / fraction(amountVirtualReplenishTokenA, scaleValue8, amountVirtualReplenishTokenB))
426+ if (if ((slippageValueMinForReplenish > ratioVirtualBalanceToVirtualReplenish))
427+ then true
428+ else (ratioVirtualBalanceToVirtualReplenish > slippageValueMaxForReplenish))
429+ then throw("swop with virtualSwapTokenPay and virtualSwapTokenGet possible, but ratio after virtual swap incorrect")
430+ else {
431+ let ratioShareTokensInA = fraction(deductStakingFee(amountVirtualReplenishTokenA, assetIdA), scaleValue8, balanceAfterVirtualSwapA)
432+ let ratioShareTokensInB = fraction(deductStakingFee(amountVirtualReplenishTokenB, assetIdB), scaleValue8, balanceAfterVirtualSwapB)
433+ let shareTokenToPayAmount = fraction(min([ratioShareTokensInA, ratioShareTokensInB]), shareAssetSupply, scaleValue8)
434+ let invariantCalculated = invariantCalc(balanceA, (balanceB + pmtAmount))
435+ let newAmountTokenA = balanceA
436+ let newAmountTokenB = (balanceB + pmtAmount)
437+ let dAppThresholdAmount = fraction((newAmountTokenA + newAmountTokenB), dAppThreshold, (2 * dAppThresholdDelimiter))
438+ if (if ((dAppThresholdAmount > newAmountTokenA))
439+ then true
440+ else (dAppThresholdAmount > newAmountTokenB))
441+ then throwThreshold(dAppThresholdAmount, newAmountTokenA, newAmountTokenB)
442+ else [Reissue(shareAssetId, shareTokenToPayAmount, true), ScriptTransfer(i.caller, shareTokenToPayAmount, shareAssetId), IntegerEntry(keyShareAssetSupply, (shareAssetSupply + shareTokenToPayAmount)), IntegerEntry(keyBalanceB, newAmountTokenB), IntegerEntry(keyInvariant, invariantCalculated)]
443+ }
444+ }
445+ else throw("incorrect virtualSwapTokenPay or virtualSwapTokenGet value")
446+ }
447+ else throwAssets()
448+ }
449+
450+
451+
452+@Callable(i)
453+func withdraw () = {
454+ let $t02308323233 = $Tuple2(i.payments[0].amount, i.payments[0].assetId)
455+ let pmtAmount = $t02308323233._1
456+ let pmtAssetId = $t02308323233._2
457+ let amountToPayA = deductStakingFee(fraction(pmtAmount, balanceA, shareAssetSupply), assetIdA)
458+ let amountToPayB = deductStakingFee(fraction(pmtAmount, balanceB, shareAssetSupply), assetIdB)
459+ let invariantCalculated = invariantCalc((balanceA - amountToPayA), (balanceB - amountToPayB))
460+ if (!(isActive))
461+ then throwIsInactive()
462+ else if ((size(i.payments) != 1))
463+ then throw("One attached payment expected")
464+ else if ((pmtAssetId != shareAssetId))
465+ then throw(("Incorrect asset attached. Expected: " + toBase58String(shareAssetId)))
466+ else if (!(hasEnoughBalance))
467+ then suspendSuspicious()
468+ else if (if ((amountToPayA > availableBalanceA))
469+ then true
470+ else (amountToPayB > availableBalanceB))
471+ then throwInsufficientAvailableBalances(amountToPayA, amountToPayB)
472+ else [IntegerEntry(keyBalanceA, (balanceA - amountToPayA)), IntegerEntry(keyBalanceB, (balanceB - amountToPayB)), IntegerEntry(keyShareAssetSupply, (shareAssetSupply - pmtAmount)), IntegerEntry(keyInvariant, invariantCalculated), Burn(shareAssetId, pmtAmount), ScriptTransfer(i.caller, amountToPayA, assetIdA), ScriptTransfer(i.caller, amountToPayB, assetIdB)]
473+ }
474+
475+
476+
477+@Callable(i)
478+func exchange (estimatedAmountToReceive,minAmountToReceive) = {
479+ let $t02452424599 = $Tuple2(i.payments[0].amount, i.payments[0].assetId)
480+ let pmtAmount = $t02452424599._1
481+ let pmtAssetId = $t02452424599._2
482+ if (!(isActive))
483+ then throwIsInactive()
484+ else if ((0 >= estimatedAmountToReceive))
485+ then throw(("Estimated amount must be positive. Actual: " + toString(estimatedAmountToReceive)))
486+ else if ((minAmountToReceive > estimatedAmountToReceive))
487+ then throw(((("Minimal amount can't be greater than estimated. Estimated: " + toString(estimatedAmountToReceive)) + ". Minimal: ") + toString(minAmountToReceive)))
488+ else if ((size(i.payments) != 1))
489+ then throw("One attached payment expected")
490+ else if (!(hasEnoughBalance))
491+ then suspendSuspicious()
492+ else if ((pmtAssetId == assetIdA))
493+ then {
494+ let assetIdSend = assetIdB
495+ let amountWithoutFee = calculateHowManySendTokenB(estimatedAmountToReceive, minAmountToReceive, balanceA, balanceB, pmtAmount)
496+ let amountWithFee = fraction(amountWithoutFee, (commissionScaleDelimiter - commission), commissionScaleDelimiter)
497+ let governanceReward = fraction(amountWithoutFee, commissionGovernance, commissionScaleDelimiter)
498+ let newAmountTokenA = (balanceA + pmtAmount)
499+ let newAmountTokenB = ((balanceB - amountWithFee) - governanceReward)
500+ let dAppThresholdAmount = fraction((newAmountTokenA + newAmountTokenB), dAppThreshold, (2 * dAppThresholdDelimiter))
501+ if (if ((dAppThresholdAmount > newAmountTokenA))
502+ then true
503+ else (dAppThresholdAmount > newAmountTokenB))
504+ then throwThreshold(dAppThresholdAmount, newAmountTokenA, newAmountTokenB)
505+ else if (if (if ((assetIdA == USDN))
506+ then (stakedAmountUSDN >= newAmountTokenA)
507+ else false)
508+ then true
509+ else if ((assetIdB == USDN))
510+ then (stakedAmountUSDN >= newAmountTokenB)
511+ else false)
512+ then throwInsufficientAvailableBalance(amountWithFee, availableBalanceB, assetNameB)
513+ else [IntegerEntry(keyBalanceA, newAmountTokenA), IntegerEntry(keyBalanceB, newAmountTokenB), IntegerEntry(keyInvariant, invariantCalc((balanceA + pmtAmount), ((balanceB - amountWithFee) - governanceReward))), ScriptTransfer(i.caller, amountWithFee, assetIdSend), ScriptTransfer(governanceAddress, governanceReward, assetIdSend)]
514+ }
515+ else if ((pmtAssetId == assetIdB))
516+ then {
517+ let assetIdSend = assetIdA
518+ let amountWithoutFee = calculateHowManySendTokenA(estimatedAmountToReceive, minAmountToReceive, balanceA, balanceB, pmtAmount)
519+ let amountWithFee = fraction(amountWithoutFee, (commissionScaleDelimiter - commission), commissionScaleDelimiter)
520+ let governanceReward = fraction(amountWithoutFee, commissionGovernance, commissionScaleDelimiter)
521+ let newAmountTokenA = ((balanceA - amountWithFee) - governanceReward)
522+ let newAmountTokenB = (balanceB + pmtAmount)
523+ let dAppThresholdAmount = fraction((newAmountTokenA + newAmountTokenB), dAppThreshold, (2 * dAppThresholdDelimiter))
524+ if (if ((dAppThresholdAmount > newAmountTokenA))
525+ then true
526+ else (dAppThresholdAmount > newAmountTokenB))
527+ then throwThreshold(dAppThresholdAmount, newAmountTokenA, newAmountTokenB)
528+ else if (if (if ((assetIdA == USDN))
529+ then (stakedAmountUSDN >= newAmountTokenA)
530+ else false)
531+ then true
532+ else if ((assetIdB == USDN))
533+ then (stakedAmountUSDN >= newAmountTokenB)
534+ else false)
535+ then throwInsufficientAvailableBalance(amountWithFee, availableBalanceA, assetNameA)
536+ else [IntegerEntry(keyBalanceA, newAmountTokenA), IntegerEntry(keyBalanceB, newAmountTokenB), IntegerEntry(keyInvariant, invariantCalc(((balanceA - amountWithFee) - governanceReward), (balanceB + pmtAmount))), ScriptTransfer(i.caller, amountWithFee, assetIdSend), ScriptTransfer(governanceAddress, governanceReward, assetIdSend)]
537+ }
538+ else throwAssets()
539+ }
540+
541+
542+
543+@Callable(i)
544+func takeIntoAccountExtraFunds (amountLeave) = {
545+ let uncountableAmountEnrollAssetA = (accountBalanceWithStakedA - balanceA)
546+ let uncountableAmountEnrollAssetB = (accountBalanceWithStakedB - balanceB)
547+ let amountEnrollA = (uncountableAmountEnrollAssetA - (if ((assetIdA == USDN))
548+ then amountLeave
549+ else 0))
550+ let amountEnrollB = (uncountableAmountEnrollAssetB - (if ((assetIdB == USDN))
551+ then amountLeave
552+ else 0))
553+ if (!(isActive))
554+ then throwIsInactive()
555+ else if (!(containsElement([adminPubKey1, adminPubKey2, adminPubKey3, adminPubKeyStaking], i.callerPublicKey)))
556+ then throwOnlyAdmin()
557+ else if ((0 > amountLeave))
558+ then throw(("Argument 'amountLeave' cannot be negative. Actual: " + toString(amountLeave)))
559+ else if (if ((0 > uncountableAmountEnrollAssetA))
560+ then true
561+ else (0 > uncountableAmountEnrollAssetB))
562+ then suspend("Enroll amount negative")
563+ else if (if ((0 > amountEnrollA))
564+ then true
565+ else (0 > amountEnrollB))
566+ then throw("Too large amountLeave")
567+ else [IntegerEntry(keyBalanceA, (balanceA + amountEnrollA)), IntegerEntry(keyBalanceB, (balanceB + amountEnrollB))]
568+ }
569+
570+
571+@Verifier(tx)
572+func verify () = match tx {
573+ case invoke: InvokeScriptTransaction =>
574+ if (sigVerify(invoke.bodyBytes, invoke.proofs[0], adminPubKeyStaking))
575+ then (invoke.dApp == stakingAddress)
576+ else false
577+ case _ =>
578+ let adminPubKey1Signed = if (sigVerify(tx.bodyBytes, tx.proofs[0], adminPubKey1))
579+ then 1
580+ else 0
581+ let adminPubKey2Signed = if (sigVerify(tx.bodyBytes, tx.proofs[1], adminPubKey2))
582+ then 1
583+ else 0
584+ let adminPubKey3Signed = if (sigVerify(tx.bodyBytes, tx.proofs[2], adminPubKey3))
585+ then 1
586+ else 0
587+ (((adminPubKey1Signed + adminPubKey2Signed) + adminPubKey3Signed) >= 2)
588+}
589+

github/deemru/w8io/026f985 
43.38 ms