tx · CmuSiPq6rYrdkiwhZrvg39qArGX8Z2K75kWydAAf78FM

3PEo9AaiuPr9KLwx5W6UWHEPBV6FpkGdU3n:  -0.15500000 Waves

2023.11.19 20:54 [3916437] smart account 3PEo9AaiuPr9KLwx5W6UWHEPBV6FpkGdU3n > SELF 0.00000000 Waves

{
    "type": 13,
    "id": "CmuSiPq6rYrdkiwhZrvg39qArGX8Z2K75kWydAAf78FM",
    "fee": 15500000,
    "feeAssetId": null,
    "timestamp": 1700416487067,
    "version": 2,
    "chainId": 87,
    "sender": "3PEo9AaiuPr9KLwx5W6UWHEPBV6FpkGdU3n",
    "senderPublicKey": "3Y2gBeBf2T5GQ5z1rNf7fMpmpVkMtxw98QKmjWfzuZcp",
    "proofs": [
        "4RP3MuMUG6jDsS6tngcRhag19PFRNvEgyyVzjpCckNPA65iUttLrr2nvUkZa8t3puAtE1hs8hXZbw4A11P2V4ctz"
    ],
    "script": 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",
    "height": 3916437,
    "applicationStatus": "succeeded",
    "spentComplexity": 0
}

View: original | compacted
Prev: Guyvp8qg59fkTXXWC7zppm4Q71oq6Jm99DmdSW3BjvMY
Next: 4EAPjrdKAXJK7UqnkeeBk4dw8S4iXy6uziWXFZE93xA1

Diff: 
Old
New
Differences
63
63
 
64
64
 
let G = [0, 1, 2, 3]
65
65
 
66
-
let H = [0, 1, 2, 3, 4, 5, 6]
66
+
let H = [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10]
67
67
 
68
68
 
let I = [2, 4, 8, 16, 32, 64, 128, 256, 512, 1024]
69
69
 
639
639
 
640
640
 
        func eY (bm,bn) =         if ((bn >= bj))
641
641
 
            then bm
642
-
            else throw("List size exceeds 7")
642
+
            else throw("List size exceeds 11")
643
643
 
644
-
        eY(eX(eX(eX(eX(eX(eX(eX(bk, 0), 1), 2), 3), 4), 5), 6), 7)
644
+
        eY(eX(eX(eX(eX(eX(eX(eX(eX(eX(eX(eX(bk, 0), 1), 2), 3), 4), 5), 6), 7), 8), 9), 10), 11)
645
645
 
        }
646
646
 
    let fb = max(fa._1)
647
+
    let fc = value(indexOf(fa._1, fb))
648
+
    let fd = fa._2[fc]
647
649
 
    if ((eF >= fb))
648
-
        then throw("fail")
649
-
        else {
650
-
            let fc = value(indexOf(fa._1, fb))
651
-
            let fd = fa._2[fc]
652
-
            fd
653
-
            }
650
+
        then throw(("fail es " + toString((fd + fb))))
651
+
        else fd
654
652
 
    }
655
653
 
656
654
 
772
770
 
                    }
773
771
 
                let ft = (fs - fo)
774
772
 
                if ((eF >= ft))
775
-
                    then throw(("fail " + toString(fs)))
773
+
                    then throw(("fail ex " + toString(fs)))
776
774
 
                    else if ((lastBlock.generator == Address(base58'3PCrRrwHEjGXFjYtXDsNv78f3Ch3CH3p6V1')))
777
775
 
                        then {
778
776
 
                            let fu = invoke(Address(base58'3PLoX5yufZz9jRahL1CVVRAXq8VpUmXBKLK'), "repay", nil, [AttachedPayment(fn, fo)])
Full: 
Old
New
Differences
1
1
 
{-# STDLIB_VERSION 7 #-}
2
2
 
{-# SCRIPT_TYPE ACCOUNT #-}
3
3
 
{-# CONTENT_TYPE DAPP #-}
4
4
 
let a = "__"
5
5
 
6
6
 
let b = 0
7
7
 
8
8
 
let c = toBigInt(b)
9
9
 
10
10
 
let d = toBigInt(1)
11
11
 
12
12
 
let e = toBigInt(2)
13
13
 
14
14
 
let f = toBigInt(3)
15
15
 
16
16
 
let g = toBigInt(4)
17
17
 
18
18
 
let h = toBigInt(100)
19
19
 
20
20
 
let i = 1000
21
21
 
22
22
 
let j = 10000
23
23
 
24
24
 
let k = 100000
25
25
 
26
26
 
let l = 1000000
27
27
 
28
28
 
let m = toBigInt(l)
29
29
 
30
30
 
let n = 100000000
31
31
 
32
32
 
let o = toBigInt(n)
33
33
 
34
34
 
let p = 10000000000000000
35
35
 
36
36
 
let q = toBigInt(p)
37
37
 
38
38
 
let r = toString(this)
39
39
 
40
40
 
let s = -1015
41
41
 
42
42
 
let t = -1016
43
43
 
44
44
 
let u = -1017
45
45
 
46
46
 
let v = -1018
47
47
 
48
48
 
let w = -1019
49
49
 
50
50
 
let z = -1044
51
51
 
52
52
 
let A = -1055
53
53
 
54
54
 
let B = -1070
55
55
 
56
56
 
let C = -1086
57
57
 
58
58
 
let D = -1087
59
59
 
60
60
 
let E = -1088
61
61
 
62
62
 
let F = -1089
63
63
 
64
64
 
let G = [0, 1, 2, 3]
65
65
 
66
-
let H = [0, 1, 2, 3, 4, 5, 6]
66
+
let H = [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10]
67
67
 
68
68
 
let I = [2, 4, 8, 16, 32, 64, 128, 256, 512, 1024]
69
69
 
70
70
 
let J = [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14]
71
71
 
72
72
 
let K = [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16]
73
73
 
74
74
 
func L (M,N) = {
75
75
 
    let O = if ((N == "WAVES"))
76
76
 
        then wavesBalance(M).available
77
77
 
        else assetBalance(M, fromBase58String(N))
78
78
 
    let P = valueOrElse(getInteger(M, ("%s%s__stakedBalance__" + N)), 0)
79
79
 
    let Q = valueOrElse(getInteger(M, ("%s%s__shareAssetBalance__" + N)), 0)
80
80
 
    let R = ((O + P) - Q)
81
81
 
    max([0, R])
82
82
 
    }
83
83
 
84
84
 
85
85
 
let S = Address(base58'3P68zNiufsu1viZpu1aY3cdahRRKcvV5N93')
86
86
 
87
87
 
let T = Address(base58'3PCuHsTU58WKhCqotbcSwABvdPzqqVAbbTv')
88
88
 
89
89
 
func U (M,V) = {
90
90
 
    let W = getIntegerValue(S, "%s__poolFee")
91
91
 
    let X = getIntegerValue(S, "%s__protocolFee")
92
92
 
    let Y = {
93
93
 
        let Z = getString(T, ("%s%s__swapFee__" + V))
94
94
 
        if ($isInstanceOf(Z, "String"))
95
95
 
            then {
96
96
 
                let aa = Z
97
97
 
                let ab = split(aa, a)
98
98
 
                let ac = parseIntValue(ab[1])
99
99
 
                let ad = parseIntValue(ab[2])
100
100
 
                $Tuple2(ac, ad)
101
101
 
                }
102
102
 
            else if ($isInstanceOf(Z, "Unit"))
103
103
 
                then unit
104
104
 
                else throw("Match error")
105
105
 
        }
106
106
 
    if ((Y == unit))
107
107
 
        then $Tuple2(W, X)
108
108
 
        else value(Y)
109
109
 
    }
110
110
 
111
111
 
112
112
 
let ae = Address(base58'3PLoX5yufZz9jRahL1CVVRAXq8VpUmXBKLK')
113
113
 
114
114
 
func af (M,V) = {
115
115
 
    let ag = split(getStringValue(T, (("%s%s%s__" + V) + "__mappings__poolContract2PoolAssets")), a)
116
116
 
    let ah = ag[1]
117
117
 
    let ai = ag[2]
118
118
 
    let aj = split(getStringValue(T, (((("%d%d%s__" + ah) + a) + ai) + "__config")), a)
119
119
 
    let ak = valueOrElse(getBoolean(T, "%s__shutdown"), false)
120
120
 
    let al = (aj[2] != "1")
121
121
 
    let am = valueOrElse(getBoolean(T, "%s__swapDisabled"), false)
122
122
 
    let an = aj[8]
123
123
 
    let ao = aj[9]
124
124
 
    let ap = valueOrElse(getBoolean(T, (((("%d%d%s__" + an) + a) + ao) + "__swapDisabled")), false)
125
125
 
    if (if (if (ak)
126
126
 
        then true
127
127
 
        else al)
128
128
 
        then true
129
129
 
        else am)
130
130
 
        then true
131
131
 
        else ap
132
132
 
    }
133
133
 
134
134
 
135
135
 
func aq (M,V,ar,as,at) = if ((b >= ar))
136
136
 
    then ar
137
137
 
    else {
138
138
 
        let au = U(M, V)
139
139
 
        let av = au._1
140
140
 
        let aw = au._2
141
141
 
        let ax = fraction(ar, aw, n)
142
142
 
        let ay = fraction(ar, av, n)
143
143
 
        let az = if ((ax == 0))
144
144
 
            then 1
145
145
 
            else ax
146
146
 
        let aA = if ((ay == 0))
147
147
 
            then 1
148
148
 
            else ay
149
149
 
        let aB = ((ar - az) - aA)
150
150
 
        let aC = (L(M, as) - aA)
151
151
 
        let aD = toBigInt(aC)
152
152
 
        let aE = L(M, at)
153
153
 
        let aF = toBigInt(aE)
154
154
 
        let aG = fraction(aE, aB, (aC + aB))
155
155
 
        let aH = fraction(aD, aF, d)
156
156
 
        let aI = fraction(toBigInt(((aC + aB) + aA)), toBigInt((aE - aG)), d)
157
157
 
        let aJ = af(M, V)
158
158
 
        if (aJ)
159
159
 
            then u
160
160
 
            else if ((aH > aI))
161
161
 
                then z
162
162
 
                else aG
163
163
 
        }
164
164
 
165
165
 
166
166
 
let aK = Address(base58'3PKz5jnJLohF2GjShQ7bG5H4BebdoA98zZ2')
167
167
 
168
168
 
func aL (M,V,ar,as,at) = {
169
169
 
    func aM (aN) =     {
170
170
 
        let aO = aN[0]
171
171
 
        let aP = aN[1]
172
172
 
        let aa = (aO + aP)
173
173
 
        if ((aa == c))
174
174
 
            then c
175
175
 
            else {
176
176
 
                let aQ = parseIntValue(getStringValue(M, "%s__amp"))
177
177
 
                let aR = (aQ * 2)
178
178
 
                let aS = fraction(aO, aP, d)
179
179
 
                let aT = fraction(aS, g, d)
180
180
 
                let aU = fraction(toBigInt(aR), aa, d)
181
181
 
                let aV = toBigInt((aR - 1))
182
182
 
                func aW (aX) =                 {
183
183
 
                    let aY = fraction(aX, aX, d)
184
184
 
                    let aZ = fraction(aY, aX, d)
185
185
 
                    let ba = fraction(aZ, d, aT)
186
186
 
                    fraction((aU + fraction(ba, e, d)), aX, (fraction(aV, aX, d) + fraction(f, ba, d)))
187
187
 
                    }
188
188
 
189
189
 
                func bb (bc,bd) =                 if (bc._2)
190
190
 
                    then bc
191
191
 
                    else {
192
192
 
                        let aX = bc._1
193
193
 
                        let be = aW(aX)
194
194
 
                        let bf = (be - aX)
195
195
 
                        let bg = if ((c > bf))
196
196
 
                            then -(bf)
197
197
 
                            else bf
198
198
 
                        if ((d >= bg))
199
199
 
                            then $Tuple2(be, true)
200
200
 
                            else $Tuple2(be, false)
201
201
 
                        }
202
202
 
203
203
 
                let bh = {
204
204
 
                    let bi = K
205
205
 
                    let bj = size(bi)
206
206
 
                    let bk = $Tuple2(aa, false)
207
207
 
                    func bl (bm,bn) =                     if ((bn >= bj))
208
208
 
                        then bm
209
209
 
                        else bb(bm, bi[bn])
210
210
 
211
211
 
                    func bo (bm,bn) =                     if ((bn >= bj))
212
212
 
                        then bm
213
213
 
                        else throw("List size exceeds 17")
214
214
 
215
215
 
                    bo(bl(bl(bl(bl(bl(bl(bl(bl(bl(bl(bl(bl(bl(bl(bl(bl(bl(bk, 0), 1), 2), 3), 4), 5), 6), 7), 8), 9), 10), 11), 12), 13), 14), 15), 16), 17)
216
216
 
                    }
217
217
 
                let aX = bh._1
218
218
 
                let bp = bh._2
219
219
 
                if (bp)
220
220
 
                    then aX
221
221
 
                    else c
222
222
 
                }
223
223
 
        }
224
224
 
225
225
 
    func bq (aC,aE,br,aB) =     {
226
226
 
        func bs (bt) =         if ((c > bt))
227
227
 
            then -(bt)
228
228
 
            else bt
229
229
 
230
230
 
        let bu = e
231
231
 
        let bv = h
232
232
 
        let aQ = fraction(toBigInt(parseIntValue(getStringValue(M, "%s__amp"))), bv, d)
233
233
 
        let aN = [(aC + aB), aE]
234
234
 
        let bw = aN[0]
235
235
 
        let aa = bw
236
236
 
        let aR = fraction(aQ, bu, d)
237
237
 
        let bx = fraction(fraction(br, br, fraction(bw, bu, d)), fraction(br, bv, fraction(aR, bu, d)), d)
238
238
 
        let by = ((aa + fraction(br, bv, aR)) - br)
239
239
 
        func bb (bz,bA) =         {
240
240
 
            let bB = bz
241
241
 
            let bC = bB._1
242
242
 
            let bD = bB._2
243
243
 
            if ((bD != unit))
244
244
 
                then bz
245
245
 
                else {
246
246
 
                    let bE = fraction((fraction(bC, bC, d) + bx), d, (fraction(e, bC, d) + by))
247
247
 
                    let bF = bs((bE - bC))
248
248
 
                    if ((d >= bF))
249
249
 
                        then $Tuple2(bE, bA)
250
250
 
                        else $Tuple2(bE, unit)
251
251
 
                    }
252
252
 
            }
253
253
 
254
254
 
        let bG = {
255
255
 
            let bi = J
256
256
 
            let bj = size(bi)
257
257
 
            let bk = $Tuple2(br, unit)
258
258
 
            func bl (bm,bn) =             if ((bn >= bj))
259
259
 
                then bm
260
260
 
                else bb(bm, bi[bn])
261
261
 
262
262
 
            func bo (bm,bn) =             if ((bn >= bj))
263
263
 
                then bm
264
264
 
                else throw("List size exceeds 15")
265
265
 
266
266
 
            bo(bl(bl(bl(bl(bl(bl(bl(bl(bl(bl(bl(bl(bl(bl(bl(bk, 0), 1), 2), 3), 4), 5), 6), 7), 8), 9), 10), 11), 12), 13), 14), 15)
267
267
 
            }
268
268
 
        let bC = bG._1
269
269
 
        let bD = bG._2
270
270
 
        if ((bD != unit))
271
271
 
            then bC
272
272
 
            else c
273
273
 
        }
274
274
 
275
275
 
    if ((b >= ar))
276
276
 
        then ar
277
277
 
        else {
278
278
 
            let bH = U(M, V)
279
279
 
            let av = bH._1
280
280
 
            let aw = bH._2
281
281
 
            let ax = fraction(toBigInt(ar), toBigInt(aw), o)
282
282
 
            let ay = fraction(toBigInt(ar), toBigInt(av), o)
283
283
 
            let az = if ((toInt(ax) == 0))
284
284
 
                then d
285
285
 
                else ax
286
286
 
            let bI = if ((toInt(ay) == 0))
287
287
 
                then d
288
288
 
                else ay
289
289
 
            let bJ = ((toBigInt(ar) - az) - bI)
290
290
 
            let aC = toBigInt(L(M, as))
291
291
 
            let aE = toBigInt(L(M, at))
292
292
 
            let aN = [aC, aE]
293
293
 
            let br = aM(aN)
294
294
 
            let bC = bq(aC, aE, br, bJ)
295
295
 
            let bK = ((aE - bC) - d)
296
296
 
            let bL = max([0, toInt(bK)])
297
297
 
            let bM = [((aC + bJ) + bI), (aE - bK)]
298
298
 
            let bN = aM(bM)
299
299
 
            let aJ = af(M, V)
300
300
 
            if (aJ)
301
301
 
                then v
302
302
 
                else if (if (if ((br == c))
303
303
 
                    then true
304
304
 
                    else (bC == c))
305
305
 
                    then true
306
306
 
                    else (br > bN))
307
307
 
                    then A
308
308
 
                    else bL
309
309
 
            }
310
310
 
    }
311
311
 
312
312
 
313
313
 
let bO = Address(base58'3PEbqViERCoKnmcSULh6n2aiMvUdSQdCsom')
314
314
 
315
315
 
func bP (M,V,ar,as) = if ((b >= ar))
316
316
 
    then ar
317
317
 
    else {
318
318
 
        let bQ = getStringValue(M, "A_asset_id")
319
319
 
        let bR = valueOrElse(getInteger(M, "A_asset_balance"), 0)
320
320
 
        let bS = valueOrElse(getInteger(M, "B_asset_balance"), 0)
321
321
 
        let bT = getIntegerValue(M, "commission")
322
322
 
        let bU = if ((as == bQ))
323
323
 
            then fraction(fraction(bS, ar, (ar + bR)), (l - bT), l)
324
324
 
            else fraction(fraction(bR, ar, (ar + bS)), (l - bT), l)
325
325
 
        let bV = getString(bO, ("pool_" + V))
326
326
 
        let bW = valueOrElse(getBoolean(M, "active"), true)
327
327
 
        let bX = valueOrElse(getBoolean(bO, "active_all_contracts"), true)
328
328
 
        let bY = valueOrElse(getBoolean(bO, ("deprecated_" + V)), false)
329
329
 
        if (if (if (if (if (if (!(isDefined(bV)))
330
330
 
            then true
331
331
 
            else !(bW))
332
332
 
            then true
333
333
 
            else !(bX))
334
334
 
            then true
335
335
 
            else bY)
336
336
 
            then true
337
337
 
            else (bR == 0))
338
338
 
            then true
339
339
 
            else (bS == 0))
340
340
 
            then s
341
341
 
            else bU
342
342
 
        }
343
343
 
344
344
 
345
345
 
let bZ = Address(base58'3PEpv9hRFWEEBU22WRnLsw1bH4YGtcU728o')
346
346
 
347
347
 
func ca (M,ar,as,at) = if ((b >= ar))
348
348
 
    then ar
349
349
 
    else {
350
350
 
        let ac = getIntegerValue(M, "static_fee")
351
351
 
        let aC = getIntegerValue(M, (("global_" + as) + "_balance"))
352
352
 
        let aE = getIntegerValue(M, (("global_" + at) + "_balance"))
353
353
 
        let cb = fraction(ar, ac, j)
354
354
 
        let aB = (ar - cb)
355
355
 
        let cc = getIntegerValue(M, (("static_" + as) + "_weight"))
356
356
 
        let cd = getIntegerValue(M, (("static_" + at) + "_weight"))
357
357
 
        let ce = toBigInt(fraction(cc, j, cd))
358
358
 
        let bU = fraction(aE, (p - toInt(pow(fraction(toBigInt(aC), q, toBigInt((aC + aB)), HALFUP), 16, ce, 4, 16, CEILING))), p, DOWN)
359
359
 
        let cf = valueOrElse(getBoolean(bZ, "is_shutdown"), false)
360
360
 
        if (cf)
361
361
 
            then t
362
362
 
            else if ((0 > (aE - bU)))
363
363
 
                then B
364
364
 
                else bU
365
365
 
        }
366
366
 
367
367
 
368
368
 
let cg = Address(base58'3P9KzenobjTfwrqv8p5bgn87ySf51tiaFLk')
369
369
 
370
370
 
func ch (ci,ar,as,at) = {
371
371
 
    func cj (ck,cl,cm,cn) =     {
372
372
 
        let co = split(getStringValue(ck, "k_baseOracle"), ",")
373
373
 
        let cp = addressFromStringValue(co[0])
374
374
 
        let cq = toBigInt(getIntegerValue(cp, co[1]))
375
375
 
        let cr = if ((co[2] == ""))
376
376
 
            then lastBlock.height
377
377
 
            else getIntegerValue(cp, co[2])
378
378
 
        let cs = getIntegerValue(ck, "k_maxOracleDelay")
379
379
 
        if (((lastBlock.height - cr) > cs))
380
380
 
            then $Tuple2(0, l)
381
381
 
            else {
382
382
 
                let ct = (cm + cn)
383
383
 
                let cu = fraction(fraction(cl, cm, m, HALFEVEN), m, ct, HALFEVEN)
384
384
 
                $Tuple2(toInt(fraction(cq, m, fraction(cu, m, ct, HALFEVEN), HALFEVEN)), l)
385
385
 
                }
386
386
 
        }
387
387
 
388
388
 
    func cv (cw,cx,cy,cz) =     {
389
389
 
        let cA = if ((cx == 8))
390
390
 
            then cy
391
391
 
            else (cy * 100)
392
392
 
        let cB = getIntegerValue(cw, "k_excessBalance")
393
393
 
        let cC = (cB + cA)
394
394
 
        let cD = if ((cB > 0))
395
395
 
            then cB
396
396
 
            else -(cB)
397
397
 
        let cE = if ((cC > 0))
398
398
 
            then cC
399
399
 
            else -(cC)
400
400
 
        let cF = ((cE - cD) / 100)
401
401
 
        let cG = fraction(cF, cz, l, HALFEVEN)
402
402
 
        let cH = getIntegerValue(cw, "k_freeBalance")
403
403
 
        let cI = (cH / 100)
404
404
 
        let cJ = fraction(cI, cz, l, HALFEVEN)
405
405
 
        $Tuple4(cG, cJ, cB, cH)
406
406
 
        }
407
407
 
408
408
 
    if ((b >= ar))
409
409
 
        then ar
410
410
 
        else {
411
411
 
            let cK = if ((as == "WAVES"))
412
412
 
                then 8
413
413
 
                else 6
414
414
 
            let cL = if ((at == "WAVES"))
415
415
 
                then 8
416
416
 
                else 6
417
417
 
            let cM = if ((cK == 8))
418
418
 
                then (ar / 100)
419
419
 
                else ar
420
420
 
            let cN = addressFromStringValue(getStringValue(ci, ("k_asset_amm_" + as)))
421
421
 
            let cO = addressFromStringValue(getStringValue(ci, ("k_asset_amm_" + at)))
422
422
 
            let cP = valueOrElse(getBoolean(cN, "k_paused"), false)
423
423
 
            let cQ = valueOrElse(getBoolean(cO, "k_paused"), false)
424
424
 
            let cR = getIntegerValue(cN, "k_maxPriceImpact")
425
425
 
            let cS = getIntegerValue(cN, "k_qtAstR")
426
426
 
            let cT = getIntegerValue(cN, "k_bsAstR")
427
427
 
            let cU = getIntegerValue(cN, "k_totalPositionSize")
428
428
 
            let cV = toBigInt(cS)
429
429
 
            let cW = toBigInt(cT)
430
430
 
            let cX = cj(cN, cV, cW, toBigInt(cU))
431
431
 
            let cY = cX._1
432
432
 
            let cZ = cX._2
433
433
 
            let da = fraction(fraction(cS, cY, l, HALFEVEN), l, fraction(cT, cZ, l, HALFEVEN), HALFEVEN)
434
434
 
            let db = fraction(cV, cW, m, HALFEVEN)
435
435
 
            let dc = (cT + cM)
436
436
 
            let dd = toInt(fraction(db, m, toBigInt(dc), HALFEVEN))
437
437
 
            let de = (dd - cS)
438
438
 
            let df = if ((de > 0))
439
439
 
                then de
440
440
 
                else -(de)
441
441
 
            let dg = fraction(df, cY, l, HALFEVEN)
442
442
 
            let dh = fraction(dg, l, cM, HALFEVEN)
443
443
 
            let di = (da - dh)
444
444
 
            let dj = if ((di > 0))
445
445
 
                then di
446
446
 
                else -(di)
447
447
 
            let dk = (l - fraction(da, l, (da + dj), HALFEVEN))
448
448
 
            let dl = (cS - df)
449
449
 
            let dm = (cT + cM)
450
450
 
            let dn = (cU - cM)
451
451
 
            let do = cj(cN, toBigInt(dl), toBigInt(dm), toBigInt(dn))
452
452
 
            let dp = do._1
453
453
 
            let dq = do._2
454
454
 
            let dr = fraction(fraction(dl, dp, l, HALFEVEN), l, fraction(dm, dq, l, HALFEVEN), HALFEVEN)
455
455
 
            if (if (cP)
456
456
 
                then true
457
457
 
                else cQ)
458
458
 
                then w
459
459
 
                else if (if (if (if (if ((cY == 0))
460
460
 
                    then true
461
461
 
                    else (dp == 0))
462
462
 
                    then true
463
463
 
                    else (cM == 0))
464
464
 
                    then true
465
465
 
                    else (dk > cR))
466
466
 
                    then true
467
467
 
                    else (0 > dl))
468
468
 
                    then C
469
469
 
                    else {
470
470
 
                        let ds = dg
471
471
 
                        let dt = getIntegerValue(cO, "k_maxPriceImpact")
472
472
 
                        let du = getIntegerValue(cO, "k_qtAstR")
473
473
 
                        let dv = getIntegerValue(cO, "k_bsAstR")
474
474
 
                        let dw = getIntegerValue(cO, "k_totalPositionSize")
475
475
 
                        let dx = toBigInt(du)
476
476
 
                        let dy = toBigInt(dv)
477
477
 
                        let dz = cj(cO, dx, dy, toBigInt(dw))
478
478
 
                        let dA = dz._1
479
479
 
                        let dB = dz._2
480
480
 
                        let dC = fraction(ds, l, dA, HALFEVEN)
481
481
 
                        let dD = fraction(dx, dy, m, HALFEVEN)
482
482
 
                        let dE = (du + dC)
483
483
 
                        let dF = toInt(fraction(dD, m, toBigInt(dE), HALFEVEN))
484
484
 
                        let dG = (dF - dv)
485
485
 
                        let dH = if ((dG > 0))
486
486
 
                            then dG
487
487
 
                            else -(dG)
488
488
 
                        let dI = fraction(fraction(du, dA, l, HALFEVEN), l, fraction(dv, dB, l, HALFEVEN), HALFEVEN)
489
489
 
                        let dJ = fraction(ds, l, dH, HALFEVEN)
490
490
 
                        let dK = (dI - dJ)
491
491
 
                        let dL = if ((dK > 0))
492
492
 
                            then dK
493
493
 
                            else -(dK)
494
494
 
                        let dM = (l - fraction(dI, l, (dI + dL), HALFEVEN))
495
495
 
                        let dN = (dv - dH)
496
496
 
                        let dO = (du + dC)
497
497
 
                        let dP = (dw + dH)
498
498
 
                        let dQ = cj(cO, toBigInt(dO), toBigInt(dN), toBigInt(dP))
499
499
 
                        let dR = dQ._1
500
500
 
                        let dS = dQ._2
501
501
 
                        let dT = fraction(fraction(dO, dR, l, HALFEVEN), l, fraction(dN, dS, l, HALFEVEN), HALFEVEN)
502
502
 
                        if (if (if (if ((dA == 0))
503
503
 
                            then true
504
504
 
                            else (ds == 0))
505
505
 
                            then true
506
506
 
                            else (dM > dt))
507
507
 
                            then true
508
508
 
                            else (0 > dN))
509
509
 
                            then D
510
510
 
                            else {
511
511
 
                                let dU = if ((cL == 8))
512
512
 
                                    then (dH * 100)
513
513
 
                                    else dH
514
514
 
                                let dV = addressFromStringValue(getStringValue(ci, ("k_asset_vault_" + as)))
515
515
 
                                let dW = addressFromStringValue(getStringValue(ci, ("k_asset_vault_" + at)))
516
516
 
                                let dX = getIntegerValue(ci, "k_fee")
517
517
 
                                let dY = getIntegerValue(ci, "k_rebate")
518
518
 
                                let dZ = cv(dV, cK, ar, dr)
519
519
 
                                let ea = dZ._1
520
520
 
                                let eb = dZ._2
521
521
 
                                let ec = dZ._3
522
522
 
                                let ed = dZ._4
523
523
 
                                let ee = cv(dW, cL, -(dU), dT)
524
524
 
                                let ef = ee._1
525
525
 
                                let eg = ee._2
526
526
 
                                let eh = ee._3
527
527
 
                                let ei = ee._4
528
528
 
                                let ej = if ((cK == 8))
529
529
 
                                    then ar
530
530
 
                                    else (ar * 100)
531
531
 
                                let ek = (ec + ej)
532
532
 
                                let el = fraction(if ((ek > 0))
533
533
 
                                    then ek
534
534
 
                                    else -(ek), n, ed)
535
535
 
                                let em = getIntegerValue(dV, "k_maxSpotUtilization")
536
536
 
                                if ((el >= em))
537
537
 
                                    then E
538
538
 
                                    else {
539
539
 
                                        let en = if ((cL == 8))
540
540
 
                                            then dU
541
541
 
                                            else (dU * 100)
542
542
 
                                        let eo = (eh - en)
543
543
 
                                        let ep = fraction(if ((eo > 0))
544
544
 
                                            then eo
545
545
 
                                            else -(eo), n, ei)
546
546
 
                                        let eq = getIntegerValue(dW, "k_maxSpotUtilization")
547
547
 
                                        if ((ep >= eq))
548
548
 
                                            then F
549
549
 
                                            else {
550
550
 
                                                let er = (ea + ef)
551
551
 
                                                let es = if ((er > 0))
552
552
 
                                                    then er
553
553
 
                                                    else -(er)
554
554
 
                                                let et = (eb + eg)
555
555
 
                                                let eu = if ((0 > er))
556
556
 
                                                    then {
557
557
 
                                                        let ev = fraction(es, l, et, HALFEVEN)
558
558
 
                                                        let ew = fraction(dY, ev, l, HALFEVEN)
559
559
 
                                                        if ((ew > dX))
560
560
 
                                                            then 0
561
561
 
                                                            else (dX - ew)
562
562
 
                                                        }
563
563
 
                                                    else {
564
564
 
                                                        let ex = fraction(es, l, et, HALFEVEN)
565
565
 
                                                        let ey = fraction(dY, ex, l, HALFEVEN)
566
566
 
                                                        (dX + ey)
567
567
 
                                                        }
568
568
 
                                                let ez = fraction(dU, eu, l, HALFEVEN)
569
569
 
                                                let eA = (dU - ez)
570
570
 
                                                eA
571
571
 
                                                }
572
572
 
                                        }
573
573
 
                                }
574
574
 
                        }
575
575
 
            }
576
576
 
    }
577
577
 
578
578
 
579
579
 
func eB (eC,eD,eE,eF) = {
580
580
 
    let eG = getIntegerValue(ae, ("stake_" + eE))
581
581
 
    func eH (eI,eJ) =     (eI :+ (eG / eJ))
582
582
 
583
583
 
    let eK = [eG, {
584
584
 
        let bi = I
585
585
 
        let bj = size(bi)
586
586
 
        let bk = nil
587
587
 
        func bl (bm,bn) =         if ((bn >= bj))
588
588
 
            then bm
589
589
 
            else eH(bm, bi[bn])
590
590
 
591
591
 
        func bo (bm,bn) =         if ((bn >= bj))
592
592
 
            then bm
593
593
 
            else throw("List size exceeds 10")
594
594
 
595
595
 
        bo(bl(bl(bl(bl(bl(bl(bl(bl(bl(bl(bk, 0), 1), 2), 3), 4), 5), 6), 7), 8), 9), 10)
596
596
 
        }]
597
597
 
    func eL (eM,eN) =     {
598
598
 
        let eO = eM
599
599
 
        let eP = eO._1
600
600
 
        let eQ = eO._2
601
601
 
        let eR = eK[eN]
602
602
 
        func eS (eT,eJ) =         if ((eJ >= eD))
603
603
 
            then eT
604
604
 
            else if ((eT == b))
605
605
 
                then b
606
606
 
                else {
607
607
 
                    let eU = eC[eJ]
608
608
 
                    let eV = invoke(this, "y", [eT, eU], nil)
609
609
 
                    if ($isInstanceOf(eV, "Int"))
610
610
 
                        then eV
611
611
 
                        else throw(($getType(eV) + " couldn't be cast to Int"))
612
612
 
                    }
613
613
 
614
614
 
        let eW = {
615
615
 
            let bi = G
616
616
 
            let bj = size(bi)
617
617
 
            let bk = eR
618
618
 
            func eX (bm,bn) =             if ((bn >= bj))
619
619
 
                then bm
620
620
 
                else eS(bm, bi[bn])
621
621
 
622
622
 
            func eY (bm,bn) =             if ((bn >= bj))
623
623
 
                then bm
624
624
 
                else throw("List size exceeds 4")
625
625
 
626
626
 
            eY(eX(eX(eX(eX(bk, 0), 1), 2), 3), 4)
627
627
 
            }
628
628
 
        let eZ = (eW - eR)
629
629
 
        $Tuple2((eP :+ eZ), (eQ :+ eR))
630
630
 
        }
631
631
 
632
632
 
    let fa = {
633
633
 
        let bi = H
634
634
 
        let bj = size(bi)
635
635
 
        let bk = $Tuple2(nil, nil)
636
636
 
        func eX (bm,bn) =         if ((bn >= bj))
637
637
 
            then bm
638
638
 
            else eL(bm, bi[bn])
639
639
 
640
640
 
        func eY (bm,bn) =         if ((bn >= bj))
641
641
 
            then bm
642
-
            else throw("List size exceeds 7")
642
+
            else throw("List size exceeds 11")
643
643
 
644
-
        eY(eX(eX(eX(eX(eX(eX(eX(bk, 0), 1), 2), 3), 4), 5), 6), 7)
644
+
        eY(eX(eX(eX(eX(eX(eX(eX(eX(eX(eX(eX(bk, 0), 1), 2), 3), 4), 5), 6), 7), 8), 9), 10), 11)
645
645
 
        }
646
646
 
    let fb = max(fa._1)
647
+
    let fc = value(indexOf(fa._1, fb))
648
+
    let fd = fa._2[fc]
647
649
 
    if ((eF >= fb))
648
-
        then throw("fail")
649
-
        else {
650
-
            let fc = value(indexOf(fa._1, fb))
651
-
            let fd = fa._2[fc]
652
-
            fd
653
-
            }
650
+
        then throw(("fail es " + toString((fd + fb))))
651
+
        else fd
654
652
 
    }
655
653
 
656
654
 
657
655
 
@Callable(fe)
658
656
 
func y (eT,eC) = {
659
657
 
    let eU = split(eC, "|")
660
658
 
    let M = addressFromStringValue(eU[0])
661
659
 
    let V = toString(M)
662
660
 
    let ff = eU[1]
663
661
 
    let fg = eU[2]
664
662
 
    let fh = eU[3]
665
663
 
    let fa = if ((ff == "0"))
666
664
 
        then aq(M, V, eT, fg, fh)
667
665
 
        else if ((ff == "1"))
668
666
 
            then aL(M, V, eT, fg, fh)
669
667
 
            else if ((ff == "2"))
670
668
 
                then bP(M, V, eT, fg)
671
669
 
                else if ((ff == "3"))
672
670
 
                    then throw("t")
673
671
 
                    else if ((ff == "4"))
674
672
 
                        then ca(M, eT, fg, fh)
675
673
 
                        else if ((ff == "5"))
676
674
 
                            then ch(M, eT, fg, fh)
677
675
 
                            else throw("t")
678
676
 
    $Tuple2(nil, fa)
679
677
 
    }
680
678
 
681
679
 
682
680
 
683
681
 
@Callable(fe)
684
682
 
func x (fi) = if ((fe.caller != Address(base58'3PQ23xgnf98t4qDtF5bscxdCDwgYoL7SPeK')))
685
683
 
    then throw("you cant")
686
684
 
    else {
687
685
 
        let fj = toString((fi % k))
688
686
 
        let fk = toString(((fi / k) % i))
689
687
 
        let fl = toString(((fi / n) - 1))
690
688
 
        let fm = getStringValue(cg, ("a_" + fk))
691
689
 
        let eF = getIntegerValue(cg, ("t_" + fk))
692
690
 
        let fn = if ((fm == "WAVES"))
693
691
 
            then unit
694
692
 
            else fromBase58String(fm)
695
693
 
        let eC = split(getStringValue(cg, ((((("r_" + fl) + "_") + fk) + "_") + fj)), "_")
696
694
 
        let eD = size(eC)
697
695
 
        let fo = eB(eC, eD, fm, eF)
698
696
 
        let fp = invoke(Address(base58'3PLoX5yufZz9jRahL1CVVRAXq8VpUmXBKLK'), "borrow", [fm, fo], nil)
699
697
 
        if ((fp == fp))
700
698
 
            then {
701
699
 
                func fq (eI,eJ) =                 if ((eJ >= eD))
702
700
 
                    then eI
703
701
 
                    else {
704
702
 
                        let eU = split(eC[eJ], "|")
705
703
 
                        let M = addressFromStringValue(eU[0])
706
704
 
                        let ff = eU[1]
707
705
 
                        let fr = if ((eU[2] == "WAVES"))
708
706
 
                            then unit
709
707
 
                            else fromBase58String(eU[2])
710
708
 
                        let fh = eU[3]
711
709
 
                        if (if ((ff == "0"))
712
710
 
                            then true
713
711
 
                            else (ff == "1"))
714
712
 
                            then {
715
713
 
                                let eV = invoke(Address(base58'3P68zNiufsu1viZpu1aY3cdahRRKcvV5N93'), "swap", [0, fh, r], [AttachedPayment(fr, eI)])
716
714
 
                                if ($isInstanceOf(eV, "Int"))
717
715
 
                                    then eV
718
716
 
                                    else throw(($getType(eV) + " couldn't be cast to Int"))
719
717
 
                                }
720
718
 
                            else if ((ff == "2"))
721
719
 
                                then {
722
720
 
                                    let eV = ({
723
721
 
                                        let eV = invoke(M, "exchange", [1], [AttachedPayment(fr, eI)])
724
722
 
                                        if ($isInstanceOf(eV, "List[Any]"))
725
723
 
                                            then eV
726
724
 
                                            else throw(($getType(eV) + " couldn't be cast to List[Any]"))
727
725
 
                                        })[0]
728
726
 
                                    if ($isInstanceOf(eV, "Int"))
729
727
 
                                        then eV
730
728
 
                                        else throw(($getType(eV) + " couldn't be cast to Int"))
731
729
 
                                    }
732
730
 
                                else if ((ff == "3"))
733
731
 
                                    then {
734
732
 
                                        let eV = ({
735
733
 
                                            let eV = invoke(M, "exchange", [fh, 0], [AttachedPayment(fr, eI)])
736
734
 
                                            if ($isInstanceOf(eV, "List[Any]"))
737
735
 
                                                then eV
738
736
 
                                                else throw(($getType(eV) + " couldn't be cast to List[Any]"))
739
737
 
                                            })[0]
740
738
 
                                        if ($isInstanceOf(eV, "Int"))
741
739
 
                                            then eV
742
740
 
                                            else throw(($getType(eV) + " couldn't be cast to Int"))
743
741
 
                                        }
744
742
 
                                    else if ((ff == "4"))
745
743
 
                                        then {
746
744
 
                                            let eV = invoke(M, "swap", [fh, 0], [AttachedPayment(fr, eI)])
747
745
 
                                            if ($isInstanceOf(eV, "Int"))
748
746
 
                                                then eV
749
747
 
                                                else throw(($getType(eV) + " couldn't be cast to Int"))
750
748
 
                                            }
751
749
 
                                        else if ((ff == "5"))
752
750
 
                                            then (                                            let eV = invoke(Address(base58'3PKz5jnJLohF2GjShQ7bG5H4BebdoA98zZ2'), "swap", [fh, 0], [AttachedPayment(fr, eI)])
753
751
 
                                            if ($isInstanceOf(eV, "(Int, Int, Int, Int, Int, Int)"))
754
752
 
                                                then eV
755
753
 
                                                else throw(($getType(eV) + " couldn't be cast to (Int, Int, Int, Int, Int, Int)")))._2
756
754
 
                                            else throw("t")
757
755
 
                        }
758
756
 
759
757
 
                let fs = {
760
758
 
                    let bi = G
761
759
 
                    let bj = size(bi)
762
760
 
                    let bk = fo
763
761
 
                    func bl (bm,bn) =                     if ((bn >= bj))
764
762
 
                        then bm
765
763
 
                        else fq(bm, bi[bn])
766
764
 
767
765
 
                    func bo (bm,bn) =                     if ((bn >= bj))
768
766
 
                        then bm
769
767
 
                        else throw("List size exceeds 4")
770
768
 
771
769
 
                    bo(bl(bl(bl(bl(bk, 0), 1), 2), 3), 4)
772
770
 
                    }
773
771
 
                let ft = (fs - fo)
774
772
 
                if ((eF >= ft))
775
-
                    then throw(("fail " + toString(fs)))
773
+
                    then throw(("fail ex " + toString(fs)))
776
774
 
                    else if ((lastBlock.generator == Address(base58'3PCrRrwHEjGXFjYtXDsNv78f3Ch3CH3p6V1')))
777
775
 
                        then {
778
776
 
                            let fu = invoke(Address(base58'3PLoX5yufZz9jRahL1CVVRAXq8VpUmXBKLK'), "repay", nil, [AttachedPayment(fn, fo)])
779
777
 
                            if ((fu == fu))
780
778
 
                                then [ScriptTransfer(Address(base58'3P3mzTYSLt7dC68o81J8Y684CNmWGGKjvYw'), ft, fn), IntegerEntry(((("mev_profit_" + fm) + "_") + toString(lastBlock.timestamp)), ft), IntegerEntry(("mev_totalProfit_" + fm), (valueOrElse(getInteger(("mev_totalProfit_" + fm)), 0) + ft))]
781
779
 
                                else throw("Strict value is not equal to itself.")
782
780
 
                            }
783
781
 
                        else {
784
782
 
                            let fu = invoke(Address(base58'3PLoX5yufZz9jRahL1CVVRAXq8VpUmXBKLK'), "repay", nil, [AttachedPayment(fn, fs)])
785
783
 
                            if ((fu == fu))
786
784
 
                                then [IntegerEntry(((("profit_" + fm) + "_") + toString(lastBlock.timestamp)), ft), IntegerEntry(("totalProfit_" + fm), (valueOrElse(getInteger(("totalProfit_" + fm)), 0) + ft))]
787
785
 
                                else throw("Strict value is not equal to itself.")
788
786
 
                            }
789
787
 
                }
790
788
 
            else throw("Strict value is not equal to itself.")
791
789
 
        }
792
790
 
793
791
 

github/deemru/w8io/873ac7e 
211.03 ms ◑