tx · 284FEEKmaCbAbkUoakoWyhoUNch3Z5kfia62qXe4Hzcs

3PPH7x7iqobW5ziyiRCic19rQqKr6nPYaK1:  -0.01400000 Waves

2020.12.31 14:47 [2396615] smart account 3PPH7x7iqobW5ziyiRCic19rQqKr6nPYaK1 > SELF 0.00000000 Waves

{
    "type": 13,
    "id": "284FEEKmaCbAbkUoakoWyhoUNch3Z5kfia62qXe4Hzcs",
    "fee": 1400000,
    "feeAssetId": null,
    "timestamp": 1609414456085,
    "version": 2,
    "chainId": 87,
    "sender": "3PPH7x7iqobW5ziyiRCic19rQqKr6nPYaK1",
    "senderPublicKey": "5aTg4oxM77iRmUGy3y8Zavn5fhVbgtUciAuSGfCJAYjn",
    "proofs": [
        "",
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        "5hBSTNXJULX22PKWtiyYPuhNPke2vJUGGKUyWc7Mn6wfWpfE26afQathDvahsVcYEw4vcRXD6t9YaYY2dAM9yhiU"
    ],
    "script": 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    "height": 2396615,
    "applicationStatus": "succeeded",
    "spentComplexity": 0
}

View: original | compacted
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Diff: 

OldNewDifferences
610610                         then true
611611                         else (0 > ck))
612612                         then throw("Too large amountLeave")
613-                        else [IntegerEntry(f, (H + cj)), IntegerEntry(g, (I + ck))]
613+                        else [IntegerEntry(f, (H + cj)), IntegerEntry(g, (I + ck)), IntegerEntry(("last_income_" + y), cj), IntegerEntry(("last_income_" + z), ck)]
614614     }
615615 
616616 

Full: 

OldNewDifferences
11 {-# STDLIB_VERSION 4 #-}
22 {-# SCRIPT_TYPE ACCOUNT #-}
33 {-# CONTENT_TYPE DAPP #-}
44 let a = "2.0.0"
55 
66 let b = "version"
77 
88 let c = "active"
99 
1010 let d = "A_asset_id"
1111 
1212 let e = "B_asset_id"
1313 
1414 let f = "A_asset_balance"
1515 
1616 let g = "B_asset_balance"
1717 
1818 let h = "share_asset_id"
1919 
2020 let i = "share_asset_supply"
2121 
2222 let j = "commission"
2323 
2424 let k = "commission_scale_delimiter"
2525 
2626 let l = "commission_governance"
2727 
2828 let m = "invariant"
2929 
3030 let n = "shutdown_cause"
3131 
3232 let o = base58'DXDY2itiEcYBtGkVLnkpHtDFyWQUkoLJz79uJ7ECbMrA'
3333 
3434 let p = base58'E6Wa1SGoktYcjHjsKrvjMiqJY3SWmGKcD8Q5L8kxSPS7'
3535 
3636 let q = base58'AZmWJtuy4GeVrMmJH4hfFBRApe1StvhJSk4jcbT6bArQ'
3737 
3838 let r = base58'EtVkT6ed8GtbUiVVEqdmEqsp2J4qbb3rre2HFgxeVYdg'
3939 
4040 let s = base58'Czn4yoAuUZCVCLJDRfskn8URfkwpknwBTZDbs1wFrY7h'
4141 
4242 let t = Address(base58'3P6J84oH51DzY6xk2mT5TheXRbrCwBMxonp')
4343 
4444 let u = Address(base58'3PNikM6yp4NqcSU8guxQtmR5onr2D4e8yTJ')
4545 
4646 let v = base58'DG2xFkPdDwKUoBkzGAhQtLpSGzfXLiCYPEzeKH2Ad24p'
4747 
4848 let w = (9 * value(value(assetInfo(v)).minSponsoredFee))
4949 
5050 let x = getBooleanValue(this, c)
5151 
5252 let y = getStringValue(this, d)
5353 
5454 let z = getStringValue(this, e)
5555 
5656 let A = if ((y == "WAVES"))
5757     then unit
5858     else fromBase58String(y)
5959 
6060 let B = if ((z == "WAVES"))
6161     then unit
6262     else fromBase58String(z)
6363 
6464 let C = {
6565     let D = A
6666     if ($isInstanceOf(D, "ByteVector"))
6767         then {
6868             let E = D
6969             value(assetInfo(E)).name
7070             }
7171         else if ($isInstanceOf(D, "Unit"))
7272             then {
7373                 let F = D
7474                 "WAVES"
7575                 }
7676             else throw("Match error")
7777     }
7878 
7979 let G = {
8080     let D = B
8181     if ($isInstanceOf(D, "ByteVector"))
8282         then {
8383             let E = D
8484             value(assetInfo(E)).name
8585             }
8686         else if ($isInstanceOf(D, "Unit"))
8787             then {
8888                 let F = D
8989                 "WAVES"
9090                 }
9191             else throw("Match error")
9292     }
9393 
9494 let H = getIntegerValue(this, f)
9595 
9696 let I = getIntegerValue(this, g)
9797 
9898 let J = fromBase58String(getStringValue(this, h))
9999 
100100 let K = getIntegerValue(this, i)
101101 
102102 let L = getIntegerValue(this, m)
103103 
104104 let M = 500
105105 
106106 let N = 200
107107 
108108 let O = 1000000
109109 
110110 let P = 1000
111111 
112112 let Q = 100000000
113113 
114114 let R = 1000000000000
115115 
116116 let S = 1000
117117 
118118 let T = 8
119119 
120120 let U = 12
121121 
122122 let V = 50
123123 
124124 let W = 100
125125 
126126 let X = 100000000
127127 
128128 let Y = 99999000
129129 
130130 let Z = 50
131131 
132132 let aa = 2
133133 
134134 let ab = 46000000
135135 
136136 let ac = 8
137137 
138138 func ad (ae) = {
139139     let D = ae
140140     if ($isInstanceOf(D, "ByteVector"))
141141         then {
142142             let E = D
143143             assetBalance(this, E)
144144             }
145145         else if ($isInstanceOf(D, "Unit"))
146146             then {
147147                 let F = D
148148                 wavesBalance(this).available
149149                 }
150150             else throw("Match error")
151151     }
152152 
153153 
154154 let af = {
155155     let D = getInteger(u, ((("rpd_balance_" + toBase58String(v)) + "_") + toString(this)))
156156     if ($isInstanceOf(D, "Int"))
157157         then {
158158             let ag = D
159159             ag
160160             }
161161         else if ($isInstanceOf(D, "Unit"))
162162             then {
163163                 let ah = D
164164                 0
165165                 }
166166             else throw("Match error")
167167     }
168168 
169169 let ai = (H - (if ((A == v))
170170     then af
171171     else 0))
172172 
173173 let aj = (I - (if ((B == v))
174174     then af
175175     else 0))
176176 
177177 let ak = (ad(A) + (if ((A == v))
178178     then af
179179     else 0))
180180 
181181 let al = (ad(B) + (if ((B == v))
182182     then af
183183     else 0))
184184 
185185 let am = if ((ak >= H))
186186     then (al >= I)
187187     else false
188188 
189189 func an (ao,ap) = (((fraction(R, ao, ap) + fraction(R, ap, ao)) / 2) / 10000)
190190 
191191 
192192 func aq (ao,ap) = {
193193     let ar = an(ao, ap)
194194     (fraction((ao + ap), Q, pow(ar, T, Z, aa, T, UP)) + (2 * fraction(pow(fraction(ao, ap, Q), 0, 5, 1, (T / 2), DOWN), pow((ar - ab), T, Z, aa, T, DOWN), Q)))
195195     }
196196 
197197 
198198 func as (at,au,av,aw,ax) = {
199199     let ay = (Q - ((Q * 1) / 10000000))
200200     let az = (at - au)
201201     let aA = (at - ((1 * az) / 5))
202202     let aB = (at - ((2 * az) / 5))
203203     let aC = (at - ((3 * az) / 5))
204204     let aD = (at - ((4 * az) / 5))
205205     let aE = (at - ((5 * az) / 5))
206206     let ap = (aw + ax)
207207     let aF = aq((av - at), ap)
208208     let aG = fraction(L, Q, aF)
209209     if ((0 >= (aq((av - aE), ap) - L)))
210210         then throw("minTokenReceiveAmount too large.err1")
211211         else if (if ((aG > ay))
212212             then ((aF - L) > 0)
213213             else false)
214214             then at
215215             else if (((aq((av - aA), ap) - L) > 0))
216216                 then ((aA * (O - M)) / O)
217217                 else if (((aq((av - aB), ap) - L) > 0))
218218                     then ((aB * (O - M)) / O)
219219                     else if (((aq((av - aC), ap) - L) > 0))
220220                         then ((aC * (O - M)) / O)
221221                         else if (((aq((av - aD), ap) - L) > 0))
222222                             then ((aD * (O - M)) / O)
223223                             else if (((aq((av - aE), ap) - L) > 0))
224224                                 then ((aE * (O - M)) / O)
225225                                 else throw("something went wrong while working with amountToSendStep. err2")
226226     }
227227 
228228 
229229 func aH (at,au,av,aw,ax) = {
230230     let ay = (Q - ((Q * 1) / 10000000))
231231     let az = (at - au)
232232     let aA = (at - ((1 * az) / 5))
233233     let aB = (at - ((2 * az) / 5))
234234     let aC = (at - ((3 * az) / 5))
235235     let aD = (at - ((4 * az) / 5))
236236     let aE = (at - ((5 * az) / 5))
237237     let ao = (av + ax)
238238     let aF = aq(ao, (aw - at))
239239     let aG = fraction(L, Q, aF)
240240     if ((0 >= (aq(ao, (aw - aE)) - L)))
241241         then throw("minTokenReceiveAmount too large.err1")
242242         else if (if ((aG > ay))
243243             then ((aF - L) > 0)
244244             else false)
245245             then at
246246             else if (((aq(ao, (aw - aA)) - L) > 0))
247247                 then ((aA * (O - M)) / O)
248248                 else if (((aq(ao, (aw - aB)) - L) > 0))
249249                     then ((aB * (O - M)) / O)
250250                     else if (((aq(ao, (aw - aC)) - L) > 0))
251251                         then ((aC * (O - M)) / O)
252252                         else if (((aq(ao, (aw - aD)) - L) > 0))
253253                             then ((aD * (O - M)) / O)
254254                             else if (((aq(ao, (aw - aE)) - L) > 0))
255255                                 then ((aE * (O - M)) / O)
256256                                 else throw("something went wrong while working with amountToSendStep. err2")
257257     }
258258 
259259 
260260 func aI (ae) = {
261261     let D = ae
262262     if ($isInstanceOf(D, "ByteVector"))
263263         then {
264264             let E = D
265265             let aJ = toBase58String(E)
266266             let aK = valueOrErrorMessage(assetInfo(E), (("Asset " + aJ) + " doesn't exist"))
267267             $Tuple3(aJ, aK.name, aK.decimals)
268268             }
269269         else if ($isInstanceOf(D, "Unit"))
270270             then {
271271                 let F = D
272272                 $Tuple3("WAVES", "WAVES", 8)
273273                 }
274274             else throw("Match error")
275275     }
276276 
277277 
278278 func aL (aM) = [BooleanEntry(c, false), StringEntry(n, aM)]
279279 
280280 
281281 func aN (aO,ae) = if ((ae == v))
282282     then {
283283         let aP = (aO - w)
284284         if ((0 >= aP))
285285             then throw((((("Insufficient amount " + toString(aO)) + " to deduct staking fee ") + toString(w)) + " USD-N"))
286286             else aP
287287         }
288288     else aO
289289 
290290 
291291 func aQ () = throw("DApp is already active")
292292 
293293 
294294 func aR () = throw("DApp is inactive at this moment")
295295 
296296 
297297 func aS () = throw("Only admin can call this function")
298298 
299299 
300300 func aT () = throw(((("Incorrect assets attached. Expected: " + y) + " and ") + z))
301301 
302302 
303303 func aU (aV,av,aw) = throw(((((((((("New balance in assets of the DApp is less than threshold " + toString(aV)) + ": ") + toString(av)) + " ") + C) + ", ") + toString(aw)) + " ") + G))
304304 
305305 
306306 func aW (aO,aX,aY) = throw((((((((("Insufficient DApp balance to pay " + toString(aO)) + " ") + aY) + " due to staking. Available: ") + toString(aX)) + " ") + aY) + ". Please contact support in Telegram: https://t.me/swopfisupport"))
307307 
308308 
309309 func aZ (av,aw) = throw((((((((((((((((("Insufficient DApp balance to pay " + toString(av)) + " ") + C) + " and ") + toString(aw)) + " ") + G) + " due to staking. Available: ") + toString(ai)) + " ") + C) + " and ") + toString(aj)) + " ") + G) + ". Please contact support in Telegram: https://t.me/swopfisupport"))
310310 
311311 
312312 func ba () = aL(((((((((((((((("Suspicious state. Actual balances: " + toString(H)) + " ") + C) + ", ") + toString(I)) + " ") + G) + ". State: ") + toString(ad(A))) + " ") + C) + ", ") + toString(ad(B))) + " ") + G))
313313 
314314 
315315 @Callable(bb)
316316 func init () = {
317317     let bc = $Tuple2(bb.payments[0].amount, bb.payments[0].assetId)
318318     let bd = bc._1
319319     let be = bc._2
320320     let bf = $Tuple2(bb.payments[1].amount, bb.payments[1].assetId)
321321     let bg = bf._1
322322     let bh = bf._2
323323     let bi = aI(be)
324324     let bj = bi._1
325325     let bk = bi._2
326326     let bl = bi._3
327327     let bm = aI(bh)
328328     let bn = bm._1
329329     let bo = bm._2
330330     let bp = bm._3
331331     if (isDefined(getBoolean(this, c)))
332332         then aQ()
333333         else if ((be == bh))
334334             then throw("Assets must be different")
335335             else {
336336                 let bq = ((("s" + take(bk, 7)) + "_") + take(bo, 7))
337337                 let br = ((((("ShareToken of SwopFi protocol for " + bk) + " and ") + bo) + " at address ") + toString(this))
338338                 let bs = ((bl + bp) / 2)
339339                 let bt = fraction(pow(bd, bl, 5, 1, bl, HALFDOWN), pow(bg, bp, 5, 1, bp, HALFDOWN), pow(10, 0, bs, 0, 0, HALFDOWN))
340340                 let bu = Issue(bq, br, bt, bs, true)
341341                 let bv = calculateAssetId(bu)
342342                 let bw = aq(bd, bg)
343343 [StringEntry(b, a), BooleanEntry(c, true), StringEntry(d, bj), StringEntry(e, bn), IntegerEntry(f, bd), IntegerEntry(g, bg), IntegerEntry(m, bw), IntegerEntry(j, M), IntegerEntry(k, O), bu, StringEntry(h, toBase58String(bv)), IntegerEntry(i, bt), ScriptTransfer(bb.caller, bt, bv)]
344344                 }
345345     }
346346 
347347 
348348 
349349 @Callable(bb)
350350 func replenishWithTwoTokens (bx) = {
351351     let be = bb.payments[0].assetId
352352     let bh = bb.payments[1].assetId
353353     let bd = aN(bb.payments[0].amount, be)
354354     let bg = aN(bb.payments[1].amount, bh)
355355     let by = fraction(fraction(H, Q, bd), P, fraction(I, Q, bg))
356356     let bz = fraction(bd, Q, H)
357357     let bA = fraction(bg, Q, I)
358358     let bB = fraction(min([bz, bA]), K, Q)
359359     let bw = aq((H + bd), (I + bg))
360360     if (!(x))
361361         then aR()
362362         else if (if ((0 > bx))
363363             then true
364364             else (bx > S))
365365             then throw(((("Slippage tolerance must be between 0 and " + toString(S)) + " inclusively. Actual: ") + toString(bx)))
366366             else if ((size(bb.payments) != 2))
367367                 then throw("Two attached assets expected")
368368                 else if (if ((be != A))
369369                     then true
370370                     else (bh != B))
371371                     then aT()
372372                     else if (if ((((P * (S - bx)) / S) > by))
373373                         then true
374374                         else (by > ((P * (S + bx)) / S)))
375375                         then throw("Incorrect assets amount: amounts must have the contract ratio")
376376                         else if ((bB == 0))
377377                             then throw("Too small amount to replenish")
378378                             else if (!(am))
379379                                 then ba()
380380                                 else [IntegerEntry(f, (H + bd)), IntegerEntry(g, (I + bg)), IntegerEntry(i, (K + bB)), IntegerEntry(m, bw), Reissue(J, bB, true), ScriptTransfer(bb.caller, bB, J)]
381381     }
382382 
383383 
384384 
385385 @Callable(bb)
386386 func replenishWithOneToken (bC,bD) = {
387387     let bE = $Tuple2(bb.payments[0].amount, bb.payments[0].assetId)
388388     let bF = bE._1
389389     let bG = bE._2
390390     let bH = 5000000
391391     let bI = 50000000
392392     let bJ = if ((bI > bF))
393393         then 100000
394394         else 1
395395     let bK = (Q - ((Q * bJ) / 10000000))
396396     let bL = (Q + ((Q * bJ) / 10000000))
397397     let bM = (Q - ((Q * 1) / 10000000))
398398     let bN = (Q + ((Q * 1) / 10000000))
399399     if (!(x))
400400         then aR()
401401         else if ((bH > bF))
402402             then throw((((("Payment amount " + toString(bF)) + " does not exceed the minimum amount of ") + toString(bH)) + " tokens"))
403403             else if ((size(bb.payments) != 1))
404404                 then throw("One attached payment expected")
405405                 else if (!(am))
406406                     then ba()
407407                     else if ((bG == A))
408408                         then {
409409                             let bO = (bF - bC)
410410                             let bP = bD
411411                             let bQ = (H + bC)
412412                             let bR = (I - bD)
413413                             let aF = aq(bQ, bR)
414414                             let aG = fraction(L, Q, aF)
415415                             if (if ((aG > bM))
416416                                 then ((aF - L) >= 0)
417417                                 else false)
418418                                 then {
419419                                     let bS = (fraction(bQ, (Q * Q), bR) / fraction(bO, Q, bP))
420420                                     if (if ((bK > bS))
421421                                         then true
422422                                         else (bS > bL))
423423                                         then throw("swop with virtualSwapTokenPay and virtualSwapTokenGet possible, but ratio after virtual swap incorrect")
424424                                         else {
425425                                             let bz = fraction(aN(bO, A), Q, bQ)
426426                                             let bA = fraction(aN(bP, B), Q, bR)
427427                                             let bB = fraction(min([bz, bA]), K, Q)
428428                                             let bw = aq((H + bF), I)
429429                                             let bT = (H + bF)
430430                                             let bU = I
431431                                             let bV = fraction((bT + bU), V, (2 * W))
432432                                             if (if ((bV > bT))
433433                                                 then true
434434                                                 else (bV > bU))
435435                                                 then aU(bV, bT, bU)
436436                                                 else [Reissue(J, bB, true), ScriptTransfer(bb.caller, bB, J), IntegerEntry(i, (K + bB)), IntegerEntry(f, bT), IntegerEntry(m, bw)]
437437                                             }
438438                                     }
439439                                 else throw("incorrect virtualSwapTokenPay or virtualSwapTokenGet value")
440440                             }
441441                         else if ((bG == B))
442442                             then {
443443                                 let bP = (bF - bC)
444444                                 let bO = bD
445445                                 let bQ = (H - bD)
446446                                 let bR = (I + bC)
447447                                 let aF = aq(bQ, bR)
448448                                 let aG = fraction(L, Q, aF)
449449                                 if (if ((aG > bM))
450450                                     then ((aF - L) >= 0)
451451                                     else false)
452452                                     then {
453453                                         let bS = (fraction(bQ, (Q * Q), bR) / fraction(bO, Q, bP))
454454                                         if (if ((bK > bS))
455455                                             then true
456456                                             else (bS > bL))
457457                                             then throw("swop with virtualSwapTokenPay and virtualSwapTokenGet possible, but ratio after virtual swap incorrect")
458458                                             else {
459459                                                 let bz = fraction(aN(bO, A), Q, bQ)
460460                                                 let bA = fraction(aN(bP, B), Q, bR)
461461                                                 let bB = fraction(min([bz, bA]), K, Q)
462462                                                 let bw = aq(H, (I + bF))
463463                                                 let bT = H
464464                                                 let bU = (I + bF)
465465                                                 let bV = fraction((bT + bU), V, (2 * W))
466466                                                 if (if ((bV > bT))
467467                                                     then true
468468                                                     else (bV > bU))
469469                                                     then aU(bV, bT, bU)
470470                                                     else [Reissue(J, bB, true), ScriptTransfer(bb.caller, bB, J), IntegerEntry(i, (K + bB)), IntegerEntry(g, bU), IntegerEntry(m, bw)]
471471                                                 }
472472                                         }
473473                                     else throw("incorrect virtualSwapTokenPay or virtualSwapTokenGet value")
474474                                 }
475475                             else aT()
476476     }
477477 
478478 
479479 
480480 @Callable(bb)
481481 func withdraw () = {
482482     let bW = $Tuple2(bb.payments[0].amount, bb.payments[0].assetId)
483483     let bF = bW._1
484484     let bG = bW._2
485485     let bX = aN(fraction(bF, H, K), A)
486486     let bY = aN(fraction(bF, I, K), B)
487487     let bw = aq((H - bX), (I - bY))
488488     if (!(x))
489489         then aR()
490490         else if ((size(bb.payments) != 1))
491491             then throw("One attached payment expected")
492492             else if ((bG != J))
493493                 then throw(("Incorrect asset attached. Expected: " + toBase58String(J)))
494494                 else if (!(am))
495495                     then ba()
496496                     else if (if ((bX > ai))
497497                         then true
498498                         else (bY > aj))
499499                         then aZ(bX, bY)
500500                         else [IntegerEntry(f, (H - bX)), IntegerEntry(g, (I - bY)), IntegerEntry(i, (K - bF)), IntegerEntry(m, bw), Burn(J, bF), ScriptTransfer(bb.caller, bX, A), ScriptTransfer(bb.caller, bY, B)]
501501     }
502502 
503503 
504504 
505505 @Callable(bb)
506506 func exchange (bZ,ca) = {
507507     let cb = $Tuple2(bb.payments[0].amount, bb.payments[0].assetId)
508508     let bF = cb._1
509509     let bG = cb._2
510510     if (!(x))
511511         then aR()
512512         else if ((0 >= bZ))
513513             then throw(("Estimated amount must be positive. Actual: " + toString(bZ)))
514514             else if ((ca > bZ))
515515                 then throw(((("Minimal amount can't be greater than estimated. Estimated: " + toString(bZ)) + ". Minimal: ") + toString(ca)))
516516                 else if ((size(bb.payments) != 1))
517517                     then throw("One attached payment expected")
518518                     else if (!(am))
519519                         then ba()
520520                         else if ((bG == A))
521521                             then {
522522                                 let cc = B
523523                                 let cd = aH(bZ, ca, H, I, bF)
524524                                 let ce = fraction(cd, (O - M), O)
525525                                 let cf = fraction(cd, N, O)
526526                                 let bT = (H + bF)
527527                                 let bU = ((I - ce) - cf)
528528                                 let bV = fraction((bT + bU), V, (2 * W))
529529                                 if (if ((bV > bT))
530530                                     then true
531531                                     else (bV > bU))
532532                                     then aU(bV, bT, bU)
533533                                     else if (if (if ((A == v))
534534                                         then (af >= bT)
535535                                         else false)
536536                                         then true
537537                                         else if ((B == v))
538538                                             then (af >= bU)
539539                                             else false)
540540                                         then aW(ce, aj, G)
541541                                         else [IntegerEntry(f, bT), IntegerEntry(g, bU), IntegerEntry(m, aq((H + bF), ((I - ce) - cf))), ScriptTransfer(bb.caller, ce, cc), ScriptTransfer(t, cf, cc)]
542542                                 }
543543                             else if ((bG == B))
544544                                 then {
545545                                     let cc = A
546546                                     let cd = as(bZ, ca, H, I, bF)
547547                                     let ce = fraction(cd, (O - M), O)
548548                                     let cf = fraction(cd, N, O)
549549                                     let bT = ((H - ce) - cf)
550550                                     let bU = (I + bF)
551551                                     let bV = fraction((bT + bU), V, (2 * W))
552552                                     if (if ((bV > bT))
553553                                         then true
554554                                         else (bV > bU))
555555                                         then aU(bV, bT, bU)
556556                                         else if (if (if ((A == v))
557557                                             then (af >= bT)
558558                                             else false)
559559                                             then true
560560                                             else if ((B == v))
561561                                                 then (af >= bU)
562562                                                 else false)
563563                                             then aW(ce, ai, C)
564564                                             else [IntegerEntry(f, bT), IntegerEntry(g, bU), IntegerEntry(m, aq(((H - ce) - cf), (I + bF))), ScriptTransfer(bb.caller, ce, cc), ScriptTransfer(t, cf, cc)]
565565                                     }
566566                                 else aT()
567567     }
568568 
569569 
570570 
571571 @Callable(bb)
572572 func shutdown () = if (!(x))
573573     then throw(("DApp is already suspended. Cause: " + valueOrElse(getString(this, n), "the cause wasn't specified")))
574574     else if (!(containsElement([o, p, q, r], bb.callerPublicKey)))
575575         then aS()
576576         else aL("Paused by admin")
577577 
578578 
579579 
580580 @Callable(bb)
581581 func activate () = if (x)
582582     then aQ()
583583     else if (!(containsElement([o, p, q, r], bb.callerPublicKey)))
584584         then aS()
585585         else [BooleanEntry(c, true), DeleteEntry(n)]
586586 
587587 
588588 
589589 @Callable(bb)
590590 func takeIntoAccountExtraFunds (cg) = {
591591     let ch = (ak - H)
592592     let ci = (al - I)
593593     let cj = (ch - (if ((A == v))
594594         then cg
595595         else 0))
596596     let ck = (ci - (if ((B == v))
597597         then cg
598598         else 0))
599599     if (!(x))
600600         then aR()
601601         else if ((bb.caller != this))
602602             then aS()
603603             else if ((0 > cg))
604604                 then throw(("Argument 'amountLeave' cannot be negative. Actual: " + toString(cg)))
605605                 else if (if ((0 > ch))
606606                     then true
607607                     else (0 > ci))
608608                     then aL("Enroll amount negative")
609609                     else if (if ((0 > cj))
610610                         then true
611611                         else (0 > ck))
612612                         then throw("Too large amountLeave")
613-                        else [IntegerEntry(f, (H + cj)), IntegerEntry(g, (I + ck))]
613+                        else [IntegerEntry(f, (H + cj)), IntegerEntry(g, (I + ck)), IntegerEntry(("last_income_" + y), cj), IntegerEntry(("last_income_" + z), ck)]
614614     }
615615 
616616 
617617 @Verifier(cl)
618618 func cm () = {
619619     let D = cl
620620     if ($isInstanceOf(D, "InvokeScriptTransaction"))
621621         then {
622622             let cn = D
623623             let co = if ((cn.dApp == this))
624624                 then (cn.function == "takeIntoAccountExtraFunds")
625625                 else false
626626             let cp = if ((cn.dApp == u))
627627                 then if (if (if ((cn.function == "lockNeutrino"))
628628                     then (size(cn.payments) == 1)
629629                     else false)
630630                     then (cn.payments[0].assetId == v)
631631                     else false)
632632                     then true
633633                     else if ((cn.function == "unlockNeutrino"))
634634                         then (size(cn.payments) == 0)
635635                         else false
636636                 else false
637637             let cq = if (if (if (sigVerify(cl.bodyBytes, cl.proofs[0], o))
638638                 then true
639639                 else sigVerify(cl.bodyBytes, cl.proofs[0], p))
640640                 then true
641641                 else sigVerify(cl.bodyBytes, cl.proofs[0], q))
642642                 then true
643643                 else sigVerify(cl.bodyBytes, cl.proofs[0], s)
644644             if (if (co)
645645                 then true
646646                 else cp)
647647                 then cq
648648                 else false
649649             }
650650         else {
651651             let cr = if (sigVerify(cl.bodyBytes, cl.proofs[0], o))
652652                 then 1
653653                 else 0
654654             let cs = if (sigVerify(cl.bodyBytes, cl.proofs[1], p))
655655                 then 1
656656                 else 0
657657             let ct = if (sigVerify(cl.bodyBytes, cl.proofs[2], q))
658658                 then 1
659659                 else 0
660660             (((cr + cs) + ct) >= 2)
661661             }
662662     }
663663 
github/deemru/w8io/3ef1775 
116.71 ms ◑