tx · 6nN9n5rjcrT9g61qfxnUcavpUBKHoA5vRnu5xYPPFXGG

3NC9VXNsjctzoQXwBDFtZQbcL1Yfp6jv5zt:  -0.03200000 Waves

2022.05.23 20:05 [2064611] smart account 3NC9VXNsjctzoQXwBDFtZQbcL1Yfp6jv5zt > SELF 0.00000000 Waves

{
    "type": 13,
    "id": "6nN9n5rjcrT9g61qfxnUcavpUBKHoA5vRnu5xYPPFXGG",
    "fee": 3200000,
    "feeAssetId": null,
    "timestamp": 1653325569762,
    "version": 2,
    "chainId": 84,
    "sender": "3NC9VXNsjctzoQXwBDFtZQbcL1Yfp6jv5zt",
    "senderPublicKey": "9XBXMsJC9CsGogfBS6ydeymKFDto5NDAMncPhoiKUNJF",
    "proofs": [
        "51vXc8VKhFzog2pnwqEpQcJ3ZqPaLbLsm4fo5QzYoY4FFMtnq59gMiNmiejrXbBcKSvyv6ECF69kSb3Th2nKrJE"
    ],
    "script": 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    "height": 2064611,
    "applicationStatus": "succeeded",
    "spentComplexity": 0
}

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OldNewDifferences
1-# no script
1+{-# STDLIB_VERSION 5 #-}
2+{-# SCRIPT_TYPE ACCOUNT #-}
3+{-# CONTENT_TYPE DAPP #-}
4+let a = "price"
5+
6+let b = "k_balance"
7+
8+let c = "k_positionSize"
9+
10+let d = "k_positionMargin"
11+
12+let e = "k_pon"
13+
14+let f = "k_positionFraction"
15+
16+let g = "k_initialized"
17+
18+let h = "k_fee"
19+
20+let i = "k_fundingPeriod"
21+
22+let j = "k_initMarginRatio"
23+
24+let k = "k_mmr"
25+
26+let l = "k_liquidationFeeRatio"
27+
28+let m = "k_latestPremiumFraction"
29+
30+let n = "k_nextFundingBlockMinTimestamp"
31+
32+let o = "k_fundingRate"
33+
34+let p = "k_qtAstR"
35+
36+let q = "k_bsAstR"
37+
38+let r = "k_baseAssetDelta"
39+
40+let s = "k_totalPositionSize"
41+
42+let t = "k_cumulativeNotional"
43+
44+let u = "k_openInteresetNotional"
45+
46+let v = Address(base58'3MpdhFj9FEucUUS4xJxUGhAbfHzRM75PJ5Q')
47+
48+let w = base58'A6ZtwikNTr19YpC1t6HnNGCBJF6GTx62DhEkJpgpzpmL'
49+
50+let x = base58'HezsdQuRDtzksAYUy97gfhKy7Z1NW2uXYSHA3bgqenNZ'
51+
52+let y = Address(base58'3N9LkJahTMx41wGhSxLS42prCZtRCp4dhTs')
53+
54+let z = Address(base58'3N4NS7d4Jo9a6F14LiFUKKYVdUkkf2eP4Zx')
55+
56+let A = Address(base58'3MseEJNEHkYhvcHre6Mann1F8e27S1qptdg')
57+
58+let B = Address(base58'3N3NuKVW31owXJj4rNgsRCzaVdgF4rvij54')
59+
60+let C = 1
61+
62+let D = 2
63+
64+let E = 60
65+
66+let F = 1000
67+
68+let G = (1 * (((((10 * 10) * 10) * 10) * 10) * 10))
69+
70+let H = (86400 * G)
71+
72+func I (J,K) = fraction(J, G, K, HALFEVEN)
73+
74+
75+func L (J,K) = fraction(J, K, G, HALFEVEN)
76+
77+
78+func M (J) = if ((J > 0))
79+    then J
80+    else -(J)
81+
82+
83+func N (O,P) = ((O + "_") + P)
84+
85+
86+func Q (R,S,T) = {
87+    let U = (R - S)
88+    if (if (T)
89+        then (0 > U)
90+        else false)
91+        then throw(((((("Invalid margin _marginRatio=" + toString(R)) + " _baseMarginRatio=") + toString(S)) + " remainingMarginRatio=") + toString(U)))
92+        else if (if (!(T))
93+            then (U >= 0)
94+            else false)
95+            then throw(((((("Invalid margin marginRatio=" + toString(R)) + " baseMarginRatio=") + toString(S)) + " remainingMarginRatio=") + toString(U)))
96+            else true
97+    }
98+
99+
100+func V (W) = valueOrErrorMessage(getInteger(this, W), ("no value for " + W))
101+
102+
103+func X () = V(b)
104+
105+
106+func Y () = V(h)
107+
108+
109+func Z () = V(j)
110+
111+
112+func aa () = V(p)
113+
114+
115+func ab () = V(q)
116+
117+
118+func ac () = V(r)
119+
120+
121+func ad () = V(s)
122+
123+
124+func ae () = V(t)
125+
126+
127+func af () = V(m)
128+
129+
130+func ag () = V(u)
131+
132+
133+func ah () = V(n)
134+
135+
136+func ai () = V(i)
137+
138+
139+func aj () = (ai() * G)
140+
141+
142+func ak () = (ai() * F)
143+
144+
145+func al () = V(k)
146+
147+
148+func am () = V(l)
149+
150+
151+func an (ao) = {
152+    let ap = getInteger(this, N(c, ao))
153+    let aq = ap
154+    if ($isInstanceOf(aq, "Int"))
155+        then {
156+            let ar = aq
157+            $Tuple4(ar, getIntegerValue(this, N(d, ao)), getIntegerValue(this, N(e, ao)), getIntegerValue(this, N(f, ao)))
158+            }
159+        else $Tuple4(0, 0, 0, 0)
160+    }
161+
162+
163+func as (at) = {
164+    let au = an(at)
165+    let ar = au._1
166+    let av = au._2
167+    let aw = au._3
168+    let ax = au._4
169+    if ((ar == 0))
170+        then throw("No open position")
171+        else true
172+    }
173+
174+
175+func ay () = valueOrElse(getBoolean(this, g), false)
176+
177+
178+func az (aA,aB,aC) = if (aA)
179+    then $Tuple5((aa() + aB), (ab() - aC), (ac() - aC), (ad() + aC), (ae() + aB))
180+    else $Tuple5((aa() - aB), (ab() + aC), (ac() + aC), (ad() - aC), (ae() - aB))
181+
182+
183+func aD (aA,aE) = {
184+    let aF = aa()
185+    let aG = ab()
186+    let W = L(aF, aG)
187+    let aH = if (aA)
188+        then (aF + aE)
189+        else (aF - aE)
190+    let aI = I(W, aH)
191+    let aJ = M((aI - aG))
192+    let aK = if (aA)
193+        then aJ
194+        else -(aJ)
195+    let aL = az(aA, aE, aJ)
196+    let aM = aL._1
197+    let aN = aL._2
198+    let aO = aL._3
199+    let aP = aL._4
200+    let aQ = aL._5
201+    $Tuple6(aK, aM, aN, aO, aP, aQ)
202+    }
203+
204+
205+func aR (aS,aT,aU,aV) = {
206+    let aW = af()
207+    let aX = if ((aS != 0))
208+        then L((aW - aU), aS)
209+        else 0
210+    let aY = ((aV - aX) + aT)
211+    let aZ = if ((0 > aY))
212+        then $Tuple2(0, M(aY))
213+        else $Tuple2(M(aY), 0)
214+    let ba = aZ._1
215+    let bb = aZ._2
216+    $Tuple4(ba, bb, aX, aW)
217+    }
218+
219+
220+func bc (bd,aC,be,bf) = if ((aC == 0))
221+    then throw("Invalid base asset amount")
222+    else {
223+        let W = L(be, bf)
224+        let bg = if (bd)
225+            then (bf + aC)
226+            else (bf - aC)
227+        let bh = I(W, bg)
228+        let bi = M((bh - be))
229+        let bj = az(!(bd), bi, aC)
230+        let aM = bj._1
231+        let aN = bj._2
232+        let aO = bj._3
233+        let aP = bj._4
234+        let aQ = bj._5
235+        $Tuple6(bi, aM, aN, aO, aP, aQ)
236+        }
237+
238+
239+func bk (at) = {
240+    let bl = an(at)
241+    let ar = bl._1
242+    let av = bl._2
243+    let aw = bl._3
244+    let ax = bl._4
245+    let bm = M(ar)
246+    if ((bm == 0))
247+        then throw("Invalid position size")
248+        else {
249+            let bn = (0 > ar)
250+            let bo = bc(!(bn), bm, aa(), ab())
251+            let bp = bo._1
252+            let bq = bo._2
253+            let br = bo._3
254+            let bs = bo._4
255+            let bt = if (bn)
256+                then (aw - bp)
257+                else (bp - aw)
258+            $Tuple2(bp, bt)
259+            }
260+    }
261+
262+
263+func bu () = getIntegerValue(z, a)
264+
265+
266+func bv () = I(aa(), ab())
267+
268+
269+func bw (at) = {
270+    let bx = an(at)
271+    let ar = bx._1
272+    let av = bx._2
273+    let aw = bx._3
274+    let ax = bx._4
275+    let by = bk(at)
276+    let bp = by._1
277+    let bt = by._2
278+    let bz = aR(ar, av, ax, bt)
279+    let ba = bz._1
280+    let bb = bz._2
281+    I((ba - bb), bp)
282+    }
283+
284+
285+func bA (at) = {
286+    let bB = an(at)
287+    let ar = bB._1
288+    let av = bB._2
289+    let aw = bB._3
290+    let ax = bB._4
291+    let bC = bk(at)
292+    let bq = bC._1
293+    let bt = bC._2
294+    let bD = aR(ar, av, ax, bt)
295+    let ba = bD._1
296+    let bb = bD._2
297+    let br = bD._3
298+    let bE = -(ar)
299+    let bF = bt
300+    let bG = -(ba)
301+    let bH = bc((ar > 0), M(ar), aa(), ab())
302+    let bI = bH._1
303+    let bJ = bH._2
304+    let aI = bH._3
305+    let bK = bH._4
306+    let bL = bH._5
307+    let bM = bH._6
308+    let bN = (ag() - aw)
309+    $Tuple11(bE, bb, bF, bG, bJ, aI, bK, bL, bM, bN, bI)
310+    }
311+
312+
313+func bO (bP,bQ,bR,bS,bT) = [IntegerEntry(j, bP), IntegerEntry(k, bQ), IntegerEntry(l, bR), IntegerEntry(i, bS), IntegerEntry(h, bT)]
314+
315+
316+func bU (bV,bW,aW,bX) = [IntegerEntry(r, bV), IntegerEntry(n, bW), IntegerEntry(m, aW), IntegerEntry(o, bX)]
317+
318+
319+func bY (P,bZ,ca,cb,cc) = [IntegerEntry(N(c, P), bZ), IntegerEntry(N(d, P), ca), IntegerEntry(N(e, P), cb), IntegerEntry(N(f, P), cc)]
320+
321+
322+func cd (aF,aG,ce,cf,cg,ch) = [IntegerEntry(p, aF), IntegerEntry(q, aG), IntegerEntry(r, ce), IntegerEntry(s, cf), IntegerEntry(t, cg), IntegerEntry(u, ch)]
323+
324+
325+func ci (P) = [DeleteEntry(N(c, P)), DeleteEntry(N(d, P)), DeleteEntry(N(e, P)), DeleteEntry(N(f, P))]
326+
327+
328+func cj (P,ck) = {
329+    let cl = assetBalance(this, x)
330+    if ((ck > cl))
331+        then throw(((("Unable to withdraw " + toString(ck)) + " from contract balance ") + toString(cl)))
332+        else [ScriptTransfer(P, ck, x)]
333+    }
334+
335+
336+func cm () = [StringEntry("ADMIN_ADDRESS", toString(v)), StringEntry("USDN", toBase58String(x)), StringEntry("USDN_STAKING", toString(y)), StringEntry("ORACLE", toString(z))]
337+
338+
339+func cn (co) = if ((0 > co))
340+    then throw("Balance")
341+    else [IntegerEntry(b, co)]
342+
343+
344+func cp (co) = [ScriptTransfer(A, co, x)]
345+
346+
347+@Callable(co)
348+func initialize (aF,aG,bS,bP,bQ,bR,bT) = if (if (if (if (if (if (if (if ((0 >= aF))
349+    then true
350+    else (0 >= aG))
351+    then true
352+    else (0 >= bS))
353+    then true
354+    else (0 >= bP))
355+    then true
356+    else (0 >= bQ))
357+    then true
358+    else (0 >= bR))
359+    then true
360+    else (co.caller != v))
361+    then true
362+    else ay())
363+    then throw("Invalid initialize parameters")
364+    else (((((cd(aF, aG, 0, 0, 0, 0) ++ bO(bP, bQ, bR, bS, bT)) ++ bU(0, (lastBlock.timestamp + bS), 0, 0)) ++ cn(0)) ++ cm()) ++ [BooleanEntry(g, true)])
365+
366+
367+
368+@Callable(co)
369+func decreasePosition (cq,ck,cr,cs) = if (if (if (if (if (if ((cq != C))
370+    then (cq != D)
371+    else false)
372+    then true
373+    else (0 >= ck))
374+    then true
375+    else if (((1 * G) > cr))
376+        then true
377+        else (cr > (3 * G)))
378+    then true
379+    else !(ay()))
380+    then true
381+    else !(Q(I(G, cr), Z(), true)))
382+    then throw("Invalid decreasePosition parameters")
383+    else {
384+        let ct = an(toString(co.caller))
385+        let cu = ct._1
386+        let cv = ct._2
387+        let cw = ct._3
388+        let cx = ct._4
389+        let cy = (cu == 0)
390+        let cz = if ((cu > 0))
391+            then (cq == C)
392+            else (cq == D)
393+        let cA = if (!(cy))
394+            then cz
395+            else false
396+        let cB = (cq == C)
397+        let cC = if (if (cy)
398+            then true
399+            else cA)
400+            then throw("Use increasePosition to open new or increase position")
401+            else {
402+                let cD = L(ck, cr)
403+                let cE = bk(toString(co.caller))
404+                let cF = cE._1
405+                let bt = cE._2
406+                if ((cF > cD))
407+                    then {
408+                        let cG = aD(cB, cD)
409+                        let bE = cG._1
410+                        let aH = cG._2
411+                        let aI = cG._3
412+                        let bK = cG._4
413+                        let bL = cG._5
414+                        let bM = cG._6
415+                        let cH = M(bE)
416+                        if (if ((cs != 0))
417+                            then (cs > cH)
418+                            else false)
419+                            then throw(((("Too little basse asset exchanged, got " + toString(cH)) + " expected ") + toString(cs)))
420+                            else {
421+                                let bF = if ((cu != 0))
422+                                    then I(L(bt, cH), cu)
423+                                    else 0
424+                                let cI = aR(cu, cv, cx, bF)
425+                                let ba = cI._1
426+                                let bb = cI._2
427+                                let aX = cI._3
428+                                let cJ = cI._4
429+                                let bI = cD
430+                                let cK = (bt - bF)
431+                                let cL = if ((cu > 0))
432+                                    then ((cF - bI) - cK)
433+                                    else ((cK + cF) - bI)
434+                                $Tuple10((cu + bE), ba, M(cL), cJ, aI, aH, bK, bL, bM, (ag() - cD))
435+                                }
436+                        }
437+                    else throw("Close position first")
438+                }
439+        let cM = cC._1
440+        let cN = cC._2
441+        let cO = cC._3
442+        let cP = cC._4
443+        let aI = cC._5
444+        let aH = cC._6
445+        let bK = cC._7
446+        let bL = cC._8
447+        let bM = cC._9
448+        let bN = cC._10
449+        (bY(toString(co.caller), cM, cN, cO, cP) ++ cd(aH, aI, bK, bL, bM, bN))
450+        }
451+
452+
453+
454+@Callable(co)
455+func increasePosition (cq,cr,cs) = {
456+    let cQ = co.payments[0].amount
457+    if (if (if (if (if (if (if ((cq != C))
458+        then (cq != D)
459+        else false)
460+        then true
461+        else (0 >= cQ))
462+        then true
463+        else if (((1 * G) > cr))
464+            then true
465+            else (cr > (3 * G)))
466+        then true
467+        else !(ay()))
468+        then true
469+        else (co.payments[0].assetId != x))
470+        then true
471+        else !(Q(I(G, cr), Z(), true)))
472+        then throw("Invalid increasePosition parameters")
473+        else {
474+            let cR = L(cQ, Y())
475+            let ck = (cQ - cR)
476+            let cS = an(toString(co.caller))
477+            let cu = cS._1
478+            let cv = cS._2
479+            let cw = cS._3
480+            let cx = cS._4
481+            let cy = (cu == 0)
482+            let cz = if ((cu > 0))
483+                then (cq == C)
484+                else (cq == D)
485+            let cA = if (!(cy))
486+                then cz
487+                else false
488+            let cB = (cq == C)
489+            let cT = if (if (cy)
490+                then true
491+                else cA)
492+                then {
493+                    let cD = L(ck, cr)
494+                    let cU = aD(cB, cD)
495+                    let aK = cU._1
496+                    let aH = cU._2
497+                    let aI = cU._3
498+                    let bK = cU._4
499+                    let bL = cU._5
500+                    let bM = cU._6
501+                    if (if ((cs != 0))
502+                        then (cs > M(aK))
503+                        else false)
504+                        then throw(((("Limit error: " + toString(M(aK))) + " < ") + toString(cs)))
505+                        else {
506+                            let cM = (cu + aK)
507+                            let cV = I(cD, cr)
508+                            let cW = aR(cu, cv, cx, cV)
509+                            let ba = cW._1
510+                            let bq = cW._2
511+                            let br = cW._3
512+                            let cJ = cW._4
513+                            $Tuple10(cM, ba, (cw + cD), cJ, aI, aH, bK, bL, bM, (ag() + cD))
514+                            }
515+                    }
516+                else {
517+                    let cD = L(ck, cr)
518+                    let cX = bk(toString(co.caller))
519+                    let cF = cX._1
520+                    let bt = cX._2
521+                    if ((cF > cD))
522+                        then throw("Use decreasePosition to decrease position size")
523+                        else throw("Close position first")
524+                    }
525+            let cM = cT._1
526+            let cN = cT._2
527+            let cO = cT._3
528+            let cP = cT._4
529+            let aI = cT._5
530+            let aH = cT._6
531+            let bK = cT._7
532+            let bL = cT._8
533+            let bM = cT._9
534+            let bN = cT._10
535+            let cY = invoke(y, "lockNeutrino", nil, [AttachedPayment(x, ck)])
536+            if ((cY == cY))
537+                then (((bY(toString(co.caller), cM, cN, cO, cP) ++ cd(aH, aI, bK, bL, bM, bN)) ++ cp(cR)) ++ cn((X() + ck)))
538+                else throw("Strict value is not equal to itself.")
539+            }
540+    }
541+
542+
543+
544+@Callable(co)
545+func addMargin () = {
546+    let cQ = co.payments[0].amount
547+    if (if ((co.payments[0].assetId != x))
548+        then true
549+        else !(as(toString(co.caller))))
550+        then throw("Invalid addMargin parameters")
551+        else {
552+            let cR = L(cQ, Y())
553+            let ck = (cQ - cR)
554+            let cZ = an(toString(co.caller))
555+            let cu = cZ._1
556+            let cv = cZ._2
557+            let cw = cZ._3
558+            let cx = cZ._4
559+            let cY = invoke(y, "lockNeutrino", nil, [AttachedPayment(x, ck)])
560+            if ((cY == cY))
561+                then ((bY(toString(co.caller), cu, (cv + co.payments[0].amount), cw, cx) ++ cp(cR)) ++ cn((X() + ck)))
562+                else throw("Strict value is not equal to itself.")
563+            }
564+    }
565+
566+
567+
568+@Callable(co)
569+func removeMargin (ck) = if (if ((0 >= ck))
570+    then true
571+    else !(as(toString(co.caller))))
572+    then throw("Invalid removeMargin parameters")
573+    else {
574+        let da = an(toString(co.caller))
575+        let cu = da._1
576+        let cv = da._2
577+        let cw = da._3
578+        let cx = da._4
579+        let db = -(ck)
580+        let dc = aR(cu, cv, cx, db)
581+        let ba = dc._1
582+        let bb = dc._2
583+        let bq = dc._3
584+        let dd = dc._4
585+        if ((bb != 0))
586+            then throw("Invalid added margin amount")
587+            else {
588+                let de = invoke(y, "unlockNeutrino", [ck, toBase58String(x)], nil)
589+                if ((de == de))
590+                    then ((bY(toString(co.caller), cu, ba, cw, dd) ++ cj(co.caller, ck)) ++ cn((X() - ck)))
591+                    else throw("Strict value is not equal to itself.")
592+                }
593+        }
594+
595+
596+
597+@Callable(co)
598+func closePosition () = if (!(as(toString(co.caller))))
599+    then throw("Invalid closePosition parameters")
600+    else {
601+        let df = bA(toString(co.caller))
602+        let bq = df._1
603+        let bb = df._2
604+        let bF = df._3
605+        let bG = df._4
606+        let bJ = df._5
607+        let aI = df._6
608+        let bK = df._7
609+        let bL = df._8
610+        let bM = df._9
611+        let bN = df._10
612+        if ((bb > 0))
613+            then throw("Unable to close position with bad debt")
614+            else {
615+                let dg = M(bG)
616+                let dh = (X() - dg)
617+                let di = if ((0 > dh))
618+                    then $Tuple2(0, M(dh))
619+                    else $Tuple2(dh, 0)
620+                let dj = di._1
621+                let dk = di._2
622+                let dl = if ((dk > 0))
623+                    then {
624+                        let dm = invoke(B, "withdraw", [dk], nil)
625+                        if ((dm == dm))
626+                            then nil
627+                            else throw("Strict value is not equal to itself.")
628+                        }
629+                    else nil
630+                if ((dl == dl))
631+                    then {
632+                        let de = invoke(y, "unlockNeutrino", [(dg - dk), toBase58String(x)], nil)
633+                        if ((de == de))
634+                            then (((ci(toString(co.caller)) ++ cd(bJ, aI, bK, bL, bM, bN)) ++ cj(co.caller, dg)) ++ cn(dj))
635+                            else throw("Strict value is not equal to itself.")
636+                        }
637+                    else throw("Strict value is not equal to itself.")
638+                }
639+        }
640+
641+
642+
643+@Callable(co)
644+func liquidate (at) = if (if (!(Q(bw(at), al(), false)))
645+    then true
646+    else !(ay()))
647+    then throw("Unable to liquidate")
648+    else {
649+        let dn = bA(at)
650+        let bq = dn._1
651+        let bb = dn._2
652+        let br = dn._3
653+        let bG = dn._4
654+        let bJ = dn._5
655+        let aI = dn._6
656+        let bK = dn._7
657+        let bL = dn._8
658+        let bM = dn._9
659+        let bN = dn._10
660+        let bI = dn._11
661+        let do = (L(bI, am()) / 2)
662+        let dp = if ((do > bG))
663+            then $Tuple3((do - bG), bG, ((bb + do) - bG))
664+            else $Tuple3(0, (bG - do), bb)
665+        let dq = dp._1
666+        let ba = dp._2
667+        let dr = dp._3
668+        let dh = (X() - do)
669+        let ds = if ((0 > dh))
670+            then $Tuple2(0, M(dh))
671+            else $Tuple2(dh, 0)
672+        let dj = ds._1
673+        let dk = ds._2
674+        let dl = if ((dk > 0))
675+            then {
676+                let dm = invoke(B, "withdraw", [dk], nil)
677+                if ((dm == dm))
678+                    then nil
679+                    else throw("Strict value is not equal to itself.")
680+                }
681+            else nil
682+        if ((dl == dl))
683+            then {
684+                let de = invoke(y, "unlockNeutrino", [(do - dk), toBase58String(x)], nil)
685+                if ((de == de))
686+                    then (((ci(at) ++ cd(bJ, aI, bK, bL, bM, bN)) ++ cj(co.caller, do)) ++ cn(dj))
687+                    else throw("Strict value is not equal to itself.")
688+                }
689+            else throw("Strict value is not equal to itself.")
690+        }
691+
692+
693+
694+@Callable(co)
695+func payFunding () = {
696+    let dt = ah()
697+    if (if ((dt > lastBlock.timestamp))
698+        then true
699+        else !(ay()))
700+        then throw(((("Invalid funding block timestamp: " + toString(lastBlock.timestamp)) + " < ") + toString(dt)))
701+        else {
702+            let du = bu()
703+            let dv = bv()
704+            let dw = (dv - du)
705+            let dx = I(L(dw, aj()), H)
706+            let dy = ad()
707+            let dz = L(dx, dy)
708+            let dA = M(dz)
709+            if ((0 > dz))
710+                then {
711+                    let dm = invoke(B, "withdraw", [dA], nil)
712+                    if ((dm == dm))
713+                        then {
714+                            let cY = invoke(y, "lockNeutrino", nil, [AttachedPayment(x, dA)])
715+                            if ((cY == cY))
716+                                then cn((X() + dA))
717+                                else throw("Strict value is not equal to itself.")
718+                            }
719+                        else throw("Strict value is not equal to itself.")
720+                    }
721+                else ({
722+                    let de = invoke(y, "unlockNeutrino", [dA, toBase58String(x)], nil)
723+                    if ((de == de))
724+                        then {
725+                            let dB = invoke(B, "deposit", nil, [AttachedPayment(x, dA)])
726+                            if ((dB == dB))
727+                                then cn((X() - dA))
728+                                else throw("Strict value is not equal to itself.")
729+                            }
730+                        else throw("Strict value is not equal to itself.")
731+                    } ++ bU(0, (dt + ak()), (af() + dx), I(dx, du)))
732+            }
733+    }
734+
735+
736+@Verifier(dC)
737+func dD () = sigVerify(dC.bodyBytes, dC.proofs[0], w)
738+
github/deemru/w8io/873ac7e 
42.41 ms ◑