tx · 5vzBY847AT3L9tLZRGrCBpfJhLLaZ1tfeCHTfGFT1JQG

3N8G95pEaYEhZ4U3m3UrzpEzwBFn5vvXsZH:  -0.05100000 Waves

2022.07.06 10:17 [2127514] smart account 3N8G95pEaYEhZ4U3m3UrzpEzwBFn5vvXsZH > SELF 0.00000000 Waves

{
    "type": 13,
    "id": "5vzBY847AT3L9tLZRGrCBpfJhLLaZ1tfeCHTfGFT1JQG",
    "fee": 5100000,
    "feeAssetId": null,
    "timestamp": 1657091847560,
    "version": 2,
    "chainId": 84,
    "sender": "3N8G95pEaYEhZ4U3m3UrzpEzwBFn5vvXsZH",
    "senderPublicKey": "Hj6oyH6As5UWo8fZ1K4hPsEY7nxH3MvhBqDD6axiwjXs",
    "proofs": [
        "5JsAN3HxAaHzS6pbRDgCboLdgyAbHR4CPCNDnpJEdYQxpGxnH5Qf3FXVsRsgd4QMQDQ1zG4k5VXPxD2FWoH9PUyQ"
    ],
    "script": 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    "height": 2127514,
    "applicationStatus": "succeeded",
    "spentComplexity": 0
}

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{-# STDLIB_VERSION 5 #-}
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{-# SCRIPT_TYPE ACCOUNT #-}
3
3
 
{-# CONTENT_TYPE DAPP #-}
4
4
 
let a = "k_ora_key"
5
5
 
6
6
 
let b = "k_ora_block_key"
7
7
 
8
8
 
let c = "k_ora"
9
9
 
10
10
 
let d = "k_balance"
11
11
 
12
12
 
let e = "k_positionSize"
13
13
 
14
14
 
let f = "k_positionMargin"
15
15
 
16
16
 
let g = "k_positionOpenNotional"
17
17
 
18
18
 
let h = "k_positionFraction"
19
19
 
20
20
 
let i = "k_initialized"
21
21
 
22
22
 
let j = "k_paused"
23
23
 
24
24
 
let k = "k_fee"
25
25
 
26
26
 
let l = "k_fundingPeriod"
27
27
 
28
28
 
let m = "k_initMarginRatio"
29
29
 
30
30
 
let n = "k_mmr"
31
31
 
32
32
 
let o = "k_liquidationFeeRatio"
33
33
 
34
34
 
let p = "k_spreadLimit"
35
35
 
36
36
 
let q = "k_maxPriceImpact"
37
37
 
38
38
 
let r = "k_lastDataStr"
39
39
 
40
40
 
let s = "k_lastMinuteId"
41
41
 
42
42
 
let t = "k_twapDataLastCumulativePrice"
43
43
 
44
44
 
let u = "k_twapDataLastPrice"
45
45
 
46
46
 
let v = "k_twapDataPreviousMinuteId"
47
47
 
48
48
 
let w = "k_latestLongPremiumFraction"
49
49
 
50
50
 
let x = "k_latestShortPremiumFraction"
51
51
 
52
52
 
let y = "k_nextFundingBlockMinTimestamp"
53
53
 
54
54
 
let z = "k_longFundingRate"
55
55
 
56
56
 
let A = "k_shortFundingRate"
57
57
 
58
58
 
let B = "k_qtAstR"
59
59
 
60
60
 
let C = "k_bsAstR"
61
61
 
62
62
 
let D = "k_totalPositionSize"
63
63
 
64
64
 
let E = "k_totalLongPositionSize"
65
65
 
66
66
 
let F = "k_totalShortPositionSize"
67
67
 
68
68
 
let G = "k_cumulativeNotional"
69
69
 
70
70
 
let H = "k_openInterestNotional"
71
71
 
72
72
 
let I = "k_coordinatorAddress"
73
73
 
74
74
 
let J = "k_insurance_address"
75
75
 
76
76
 
let K = "k_admin_address"
77
77
 
78
78
 
let L = "k_admin_public_key"
79
79
 
80
80
 
let M = "k_quote_asset"
81
81
 
82
82
 
let N = "k_quote_staking"
83
83
 
84
84
 
let O = "k_staking_address"
85
85
 
86
86
 
func P () = valueOrErrorMessage(addressFromString(getStringValue(this, I)), "Coordinator not set")
87
87
 
88
88
 
89
89
 
func Q () = addressFromString(getStringValue(P(), K))
90
90
 
91
91
 
92
92
 
func R () = fromBase58String(getStringValue(P(), L))
93
93
 
94
94
 
95
95
 
func S () = fromBase58String(getStringValue(P(), M))
96
96
 
97
97
 
98
98
 
func T () = valueOrErrorMessage(addressFromString(getStringValue(P(), N)), "Quote asset staking not set")
99
99
 
100
100
 
101
101
 
func U () = valueOrErrorMessage(addressFromString(getStringValue(P(), O)), "Insurance not set")
102
102
 
103
103
 
104
104
 
func V () = valueOrErrorMessage(addressFromString(getStringValue(P(), J)), "Insurance not set")
105
105
 
106
106
 
107
107
 
let W = 1
108
108
 
109
109
 
let X = 2
110
110
 
111
111
 
let Y = 60
112
112
 
113
113
 
let Z = 15
114
114
 
115
115
 
let aa = 15
116
116
 
117
117
 
let ab = 1000
118
118
 
119
119
 
let ac = (1 * (((((10 * 10) * 10) * 10) * 10) * 10))
120
120
 
121
121
 
let ad = (100 * ac)
122
122
 
123
123
 
let ae = (86400 * ac)
124
124
 
125
125
 
let af = 100
126
126
 
127
127
 
let ag = 1
128
128
 
129
129
 
let ah = 2
130
130
 
131
131
 
func ai (aj) = (toString(aj) + ",")
132
132
 
133
133
 
134
134
 
func ak (aj,al) = fraction(aj, ac, al, HALFEVEN)
135
135
 
136
136
 
137
137
 
func am (aj,al) = fraction(aj, al, ac, HALFEVEN)
138
138
 
139
139
 
140
140
 
func an (aj) = if ((aj > 0))
141
141
 
    then aj
142
142
 
    else -(aj)
143
143
 
144
144
 
145
145
 
func ao (ap,aq) = ((ap + "_") + aq)
146
146
 
147
147
 
148
148
 
func ar (as) = {
149
149
 
    func at (au,av) =     ((au + av) + ",")
150
150
 
151
151
 
    let aw = {
152
152
 
        let ax = as
153
153
 
        let ay = size(ax)
154
154
 
        let az = ""
155
155
 
        func aA (aB,aC) =         if ((aC >= ay))
156
156
 
            then aB
157
157
 
            else at(aB, ax[aC])
158
158
 
159
159
 
        func aD (aB,aC) =         if ((aC >= ay))
160
160
 
            then aB
161
161
 
            else throw("List size exceeds 20")
162
162
 
163
163
 
        aD(aA(aA(aA(aA(aA(aA(aA(aA(aA(aA(aA(aA(aA(aA(aA(aA(aA(aA(aA(aA(az, 0), 1), 2), 3), 4), 5), 6), 7), 8), 9), 10), 11), 12), 13), 14), 15), 16), 17), 18), 19), 20)
164
164
 
        }
165
165
 
    let aE = dropRight(aw, 1)
166
166
 
    let aF = if ((take(aE, 1) == ","))
167
167
 
        then drop(aE, 1)
168
168
 
        else aE
169
169
 
    aF
170
170
 
    }
171
171
 
172
172
 
173
173
 
func aG (aH) = split(aH, ",")
174
174
 
175
175
 
176
176
 
func aI (as,aJ,aK) = if ((size(as) > aJ))
177
177
 
    then (removeByIndex(as, 0) :+ aK)
178
178
 
    else (as :+ aK)
179
179
 
180
180
 
181
181
 
func aL (aM) = valueOrErrorMessage(getInteger(this, aM), ("no value for " + aM))
182
182
 
183
183
 
184
184
 
func aN () = aL(d)
185
185
 
186
186
 
187
187
 
func aO () = aL(k)
188
188
 
189
189
 
190
190
 
func aP () = aL(m)
191
191
 
192
192
 
193
193
 
func aQ () = aL(B)
194
194
 
195
195
 
196
196
 
func aR () = aL(C)
197
197
 
198
198
 
199
199
 
func aS () = aL(D)
200
200
 
201
201
 
202
202
 
func aT () = aL(G)
203
203
 
204
204
 
205
205
 
func aU () = aL(H)
206
206
 
207
207
 
208
208
 
func aV () = aL(y)
209
209
 
210
210
 
211
211
 
func aW () = aL(l)
212
212
 
213
213
 
214
214
 
func aX () = (aW() * ac)
215
215
 
216
216
 
217
217
 
func aY () = (aW() * ab)
218
218
 
219
219
 
220
220
 
func aZ () = aL(n)
221
221
 
222
222
 
223
223
 
func ba () = aL(o)
224
224
 
225
225
 
226
226
 
func bb () = aL(p)
227
227
 
228
228
 
229
229
 
func bc () = aL(q)
230
230
 
231
231
 
232
232
 
func bd () = aL(w)
233
233
 
234
234
 
235
235
 
func be () = aL(x)
236
236
 
237
237
 
238
238
 
func bf () = aL(F)
239
239
 
240
240
 
241
241
 
func bg () = aL(E)
242
242
 
243
243
 
244
244
 
func bh (bi,bj,bk) = {
245
245
 
    let bl = (bi - bj)
246
246
 
    if (if (bk)
247
247
 
        then (0 > bl)
248
248
 
        else false)
249
249
 
        then throw("Invalid margin")
250
250
 
        else if (if (!(bk))
251
251
 
            then (bl >= 0)
252
252
 
            else false)
253
253
 
            then throw("Invalid margin")
254
254
 
            else true
255
255
 
    }
256
256
 
257
257
 
258
258
 
func bm (bn) = if ((bn == 0))
259
259
 
    then throw("Should not be called with _positionSize == 0")
260
260
 
    else if ((bn > 0))
261
261
 
        then bd()
262
262
 
        else be()
263
263
 
264
264
 
265
265
 
func bo (bp) = {
266
266
 
    let bq = getInteger(this, ao(e, bp))
267
267
 
    let br = bq
268
268
 
    if ($isInstanceOf(br, "Int"))
269
269
 
        then {
270
270
 
            let bs = br
271
271
 
            $Tuple4(bs, getIntegerValue(this, ao(f, bp)), getIntegerValue(this, ao(g, bp)), getIntegerValue(this, ao(h, bp)))
272
272
 
            }
273
273
 
        else $Tuple4(0, 0, 0, 0)
274
274
 
    }
275
275
 
276
276
 
277
277
 
func bt (bp) = if ((bo(bp)._1 == 0))
278
278
 
    then throw("No open position")
279
279
 
    else true
280
280
 
281
281
 
282
282
 
func bu () = valueOrElse(getBoolean(this, i), false)
283
283
 
284
284
 
285
285
 
func bv () = valueOrElse(getBoolean(this, j), false)
286
286
 
287
287
 
288
288
 
func bw (bx,by,bz) = if (bx)
289
289
 
    then {
290
290
 
        let bA = (aR() - bz)
291
291
 
        if ((0 >= bA))
292
292
 
            then throw("Tx lead to base asset reserve <= 0, revert")
293
293
 
            else $Tuple4((aQ() + by), bA, (aS() + bz), (aT() + by))
294
294
 
        }
295
295
 
    else {
296
296
 
        let bB = (aQ() - by)
297
297
 
        if ((0 >= bB))
298
298
 
            then throw("Tx lead to base quote reserve <= 0, revert")
299
299
 
            else $Tuple4(bB, (aR() + bz), (aS() - bz), (aT() - by))
300
300
 
        }
301
301
 
302
302
 
303
303
 
func bC (bx,by) = {
304
304
 
    let bD = aQ()
305
305
 
    let bE = aR()
306
306
 
    let bF = ak(bD, bE)
307
307
 
    let bG = am(by, bF)
308
308
 
    let aM = am(bD, bE)
309
309
 
    let bH = if (bx)
310
310
 
        then (bD + by)
311
311
 
        else (bD - by)
312
312
 
    let bI = ak(aM, bH)
313
313
 
    let bJ = an((bI - bE))
314
314
 
    let bK = if (bx)
315
315
 
        then bJ
316
316
 
        else -(bJ)
317
317
 
    let bL = ((bG - bJ) / bG)
318
318
 
    let bM = bc()
319
319
 
    if ((bL > bM))
320
320
 
        then throw(((("Price impact " + toString(bL)) + " > max price impact ") + toString(bM)))
321
321
 
        else {
322
322
 
            let bN = bw(bx, by, bJ)
323
323
 
            let bO = bN._1
324
324
 
            let bP = bN._2
325
325
 
            let bQ = bN._3
326
326
 
            let bR = bN._4
327
327
 
            $Tuple5(bK, bO, bP, bQ, bR)
328
328
 
            }
329
329
 
    }
330
330
 
331
331
 
332
332
 
func bS (bT,bU,bV,bW) = {
333
333
 
    let bX = if ((bT != 0))
334
334
 
        then {
335
335
 
            let bY = bm(bT)
336
336
 
            am((bY - bV), bT)
337
337
 
            }
338
338
 
        else 0
339
339
 
    let bZ = ((bW - bX) + bU)
340
340
 
    let ca = if ((0 > bZ))
341
341
 
        then $Tuple2(0, an(bZ))
342
342
 
        else $Tuple2(an(bZ), 0)
343
343
 
    let cb = ca._1
344
344
 
    let cc = ca._2
345
345
 
    $Tuple3(cb, cc, bX)
346
346
 
    }
347
347
 
348
348
 
349
349
 
func cd (bx,bz) = {
350
350
 
    let ce = aQ()
351
351
 
    let cf = aR()
352
352
 
    if ((bz == 0))
353
353
 
        then throw("Invalid base asset amount")
354
354
 
        else {
355
355
 
            let aM = am(ce, cf)
356
356
 
            let cg = if (bx)
357
357
 
                then (cf + bz)
358
358
 
                else (cf - bz)
359
359
 
            let ch = ak(aM, cg)
360
360
 
            let ci = an((ch - ce))
361
361
 
            let cj = bw(!(bx), ci, bz)
362
362
 
            let bO = cj._1
363
363
 
            let bP = cj._2
364
364
 
            let bQ = cj._3
365
365
 
            let bR = cj._4
366
366
 
            $Tuple7(ci, bO, bP, bQ, bR, (bg() - (if (bx)
367
367
 
                then an(bz)
368
368
 
                else 0)), (bf() - (if (!(bx))
369
369
 
                then an(bz)
370
370
 
                else 0)))
371
371
 
            }
372
372
 
    }
373
373
 
374
374
 
375
375
 
func ck () = {
376
376
 
    let cl = valueOrErrorMessage(addressFromString(getStringValue(this, c)), "")
377
377
 
    let cm = getStringValue(this, a)
378
378
 
    let cn = getStringValue(this, b)
379
379
 
    let co = getIntegerValue(cl, cm)
380
380
 
    co
381
381
 
    }
382
382
 
383
383
 
384
384
 
func cp () = {
385
385
 
    let ce = aQ()
386
386
 
    let cf = aR()
387
387
 
    ak(ce, cf)
388
388
 
    }
389
389
 
390
390
 
391
391
 
func cq () = {
392
392
 
    let cr = ck()
393
393
 
    let cs = cp()
394
394
 
    (ak(an((cr - cs)), cr) > bb())
395
395
 
    }
396
396
 
397
397
 
398
398
 
func ct (bp,cu) = {
399
399
 
    let cv = bo(bp)
400
400
 
    let bs = cv._1
401
401
 
    let cw = cv._2
402
402
 
    let cx = cv._3
403
403
 
    let cy = cv._4
404
404
 
    let cz = an(bs)
405
405
 
    if ((cz == 0))
406
406
 
        then throw("Invalid position size")
407
407
 
        else {
408
408
 
            let cA = (0 > bs)
409
409
 
            let cB = if ((cu == ag))
410
410
 
                then {
411
411
 
                    let cC = cd(!(cA), cz)
412
412
 
                    let cD = cC._1
413
413
 
                    let cE = cC._2
414
414
 
                    let cF = cC._3
415
415
 
                    let cG = cC._4
416
416
 
                    cD
417
417
 
                    }
418
418
 
                else (cz * ck())
419
419
 
            let cH = if (cA)
420
420
 
                then (cx - cB)
421
421
 
                else (cB - cx)
422
422
 
            $Tuple2(cB, cH)
423
423
 
            }
424
424
 
    }
425
425
 
426
426
 
427
427
 
func cI (bp,cu) = {
428
428
 
    let cJ = bo(bp)
429
429
 
    let bs = cJ._1
430
430
 
    let cw = cJ._2
431
431
 
    let cK = cJ._3
432
432
 
    let cy = cJ._4
433
433
 
    let cL = ct(bp, cu)
434
434
 
    let cB = cL._1
435
435
 
    let cH = cL._2
436
436
 
    let cM = bS(bs, cw, cy, cH)
437
437
 
    let cb = cM._1
438
438
 
    let cc = cM._2
439
439
 
    ak((cb - cc), cB)
440
440
 
    }
441
441
 
442
442
 
443
443
 
func cN (bp) = cI(bp, ag)
444
444
 
445
445
 
446
446
 
func cO (bp) = {
447
447
 
    let cP = bo(bp)
448
448
 
    let bs = cP._1
449
449
 
    let cw = cP._2
450
450
 
    let cK = cP._3
451
451
 
    let cy = cP._4
452
452
 
    let cQ = ct(bp, ag)
453
453
 
    let cE = cQ._1
454
454
 
    let cH = cQ._2
455
455
 
    let cR = bS(bs, cw, cy, cH)
456
456
 
    let cb = cR._1
457
457
 
    let cc = cR._2
458
458
 
    let cS = -(bs)
459
459
 
    let cT = cH
460
460
 
    let cU = -(cb)
461
461
 
    let cV = cd((bs > 0), an(bs))
462
462
 
    let cW = cV._1
463
463
 
    let bH = cV._2
464
464
 
    let bI = cV._3
465
465
 
    let cX = cV._4
466
466
 
    let cY = cV._5
467
467
 
    let cZ = cV._6
468
468
 
    let da = cV._7
469
469
 
    let db = (aU() - cK)
470
470
 
    $Tuple12(cS, cc, cT, cU, bH, bI, cX, cY, db, cW, cZ, da)
471
471
 
    }
472
472
 
473
473
 
474
474
 
func dc () = {
475
475
 
    let dd = ((lastBlock.timestamp / 1000) / 60)
476
476
 
    let de = (dd - Z)
477
477
 
    let df = valueOrElse(getString(this, r), "")
478
478
 
    let dg = split(df, ",")
479
479
 
    func dh (au,di) =     if ((de >= parseIntValue(di)))
480
480
 
        then (au :+ parseIntValue(di))
481
481
 
        else au
482
482
 
483
483
 
    let dj = {
484
484
 
        let ax = dg
485
485
 
        let ay = size(ax)
486
486
 
        let az = nil
487
487
 
        func aA (aB,aC) =         if ((aC >= ay))
488
488
 
            then aB
489
489
 
            else dh(aB, ax[aC])
490
490
 
491
491
 
        func aD (aB,aC) =         if ((aC >= ay))
492
492
 
            then aB
493
493
 
            else throw("List size exceeds 20")
494
494
 
495
495
 
        aD(aA(aA(aA(aA(aA(aA(aA(aA(aA(aA(aA(aA(aA(aA(aA(aA(aA(aA(aA(aA(az, 0), 1), 2), 3), 4), 5), 6), 7), 8), 9), 10), 11), 12), 13), 14), 15), 16), 17), 18), 19), 20)
496
496
 
        }
497
497
 
    let dk = if ((size(dj) > 0))
498
498
 
        then max(dj)
499
499
 
        else parseIntValue(dg[0])
500
500
 
    let dl = valueOrElse(getInteger(this, s), 0)
501
501
 
    let dm = valueOrElse(getInteger(this, ((t + "_") + toString(dl))), 0)
502
502
 
    let dn = valueOrElse(getInteger(this, ((u + "_") + toString(dl))), 0)
503
503
 
    let do = (dm + ((dd - dl) * dn))
504
504
 
    let dp = valueOrElse(getInteger(this, ((t + "_") + toString(dk))), 0)
505
505
 
    let dq = valueOrElse(getInteger(this, ((u + "_") + toString(dk))), 0)
506
506
 
    let dr = (dp + ((de - dk) * dq))
507
507
 
    ((do - dr) / Z)
508
508
 
    }
509
509
 
510
510
 
511
511
 
func ds (dt,du,dv,dw,dx,dy,dz) = [IntegerEntry(m, dt), IntegerEntry(n, du), IntegerEntry(o, dv), IntegerEntry(l, dw), IntegerEntry(k, dx), IntegerEntry(p, dy), IntegerEntry(q, dz)]
512
512
 
513
513
 
514
514
 
func dA (dB,dC,dD,dE,dF) = [IntegerEntry(y, dB), IntegerEntry(w, dC), IntegerEntry(x, dD), IntegerEntry(z, dE), IntegerEntry(A, dF)]
515
515
 
516
516
 
517
517
 
func dG (aq,dH,dI,dJ,bY) = [IntegerEntry(ao(e, aq), dH), IntegerEntry(ao(f, aq), dI), IntegerEntry(ao(g, aq), dJ), IntegerEntry(ao(h, aq), bY)]
518
518
 
519
519
 
520
520
 
func dK (dL) = {
521
521
 
    let dd = ((lastBlock.timestamp / 1000) / 60)
522
522
 
    let dM = valueOrElse(getInteger(this, s), 0)
523
523
 
    if ((dM > dd))
524
524
 
        then throw("TWAP out-of-order")
525
525
 
        else {
526
526
 
            let dl = if ((dM == 0))
527
527
 
                then dd
528
528
 
                else dM
529
529
 
            if ((dd > dM))
530
530
 
                then {
531
531
 
                    let dN = valueOrElse(getInteger(this, ((t + "_") + toString(dM))), 0)
532
532
 
                    let dO = valueOrElse(getInteger(this, ((u + "_") + toString(dM))), dL)
533
533
 
                    let dP = (dN + ((dd - dl) * dO))
534
534
 
                    let dg = aI(aG(valueOrElse(getString(this, r), "")), Z, toString(dd))
535
535
 
[IntegerEntry(ao(t, toString(dd)), dP), IntegerEntry(ao(u, toString(dd)), dL), IntegerEntry(ao(v, toString(dd)), dM), IntegerEntry(s, dd), StringEntry(r, ar(dg))]
536
536
 
                    }
537
537
 
                else {
538
538
 
                    let dQ = valueOrElse(getInteger(this, ao(v, toString(dd))), 0)
539
539
 
                    let dN = valueOrElse(getInteger(this, ao(t, toString(dQ))), 0)
540
540
 
                    let dO = valueOrElse(getInteger(this, ao(u, toString(dQ))), dL)
541
541
 
                    let dP = (dN + ((dd - dQ) * dO))
542
542
 
[IntegerEntry(ao(t, toString(dd)), dP), IntegerEntry(ao(u, toString(dd)), dL)]
543
543
 
                    }
544
544
 
            }
545
545
 
    }
546
546
 
547
547
 
548
548
 
func dR (bD,bE,dS,dT,dU,dV,dW) = if (((dV - dW) != dS))
549
549
 
    then throw(((((("Invalid AMM state data: " + toString(dV)) + " +  ") + toString(dW)) + " != ") + toString(dS)))
550
550
 
    else ([IntegerEntry(B, bD), IntegerEntry(C, bE), IntegerEntry(D, dS), IntegerEntry(G, dT), IntegerEntry(H, dU), IntegerEntry(E, dV), IntegerEntry(F, dW)] ++ dK(ak(bD, bE)))
551
551
 
552
552
 
553
553
 
func dX (aq) = [DeleteEntry(ao(e, aq)), DeleteEntry(ao(f, aq)), DeleteEntry(ao(g, aq)), DeleteEntry(ao(h, aq))]
554
554
 
555
555
 
556
556
 
func dY (aq,dZ) = {
557
557
 
    let ea = assetBalance(this, S())
558
558
 
    if ((dZ > ea))
559
559
 
        then throw(((("Unable to withdraw " + toString(dZ)) + " from contract balance ") + toString(ea)))
560
560
 
        else [ScriptTransfer(aq, dZ, S())]
561
561
 
    }
562
562
 
563
563
 
564
564
 
func eb (ec) = if ((0 > ec))
565
565
 
    then throw("Balance")
566
566
 
    else [IntegerEntry(d, ec)]
567
567
 
568
568
 
569
569
 
func ed (ec) = [ScriptTransfer(U(), ec, S())]
570
570
 
571
571
 
572
572
 
@Callable(ec)
573
573
 
func pause () = if ((ec.caller != Q()))
574
574
 
    then throw("Invalid togglePause params")
575
575
 
    else [BooleanEntry(j, true)]
576
576
 
577
577
 
578
578
 
579
579
 
@Callable(ec)
580
580
 
func unpause () = if ((ec.caller != Q()))
581
581
 
    then throw("Invalid togglePause params")
582
582
 
    else [BooleanEntry(j, false)]
583
583
 
584
584
 
585
585
 
586
586
 
@Callable(ec)
587
587
 
func changeSettings (dt,du,dv,dw,dx,dy,dz) = if ((ec.caller != Q()))
588
588
 
    then throw("Invalid changeSettings params")
589
589
 
    else ds(dt, du, dv, dw, dx, dy, dz)
590
590
 
591
591
 
592
592
 
593
593
 
@Callable(ec)
594
594
 
func initialize (bD,bE,dw,dt,du,dv,dx,ee,ef,eg,dy,dz) = if (if (if (if (if (if (if (if (if (if ((0 >= bD))
595
595
 
    then true
596
596
 
    else (0 >= bE))
597
597
 
    then true
598
598
 
    else (0 >= dw))
599
599
 
    then true
600
600
 
    else (0 >= dt))
601
601
 
    then true
602
602
 
    else (0 >= du))
603
603
 
    then true
604
604
 
    else (0 >= dv))
605
605
 
    then true
606
606
 
    else (0 >= dx))
607
607
 
    then true
608
608
 
    else (0 >= dy))
609
609
 
    then true
610
610
 
    else (0 >= dz))
611
611
 
    then true
612
612
 
    else bu())
613
613
 
    then throw("Invalid initialize parameters")
614
614
 
    else ((((dR(bD, bE, 0, 0, 0, 0, 0) ++ ds(dt, du, dv, dw, dx, dy, dz)) ++ dA((lastBlock.timestamp + dw), 0, 0, 0, 0)) ++ eb(0)) ++ [BooleanEntry(i, true), StringEntry(c, ee), StringEntry(a, ef), StringEntry(I, eg)])
615
615
 
616
616
 
617
617
 
618
618
 
@Callable(ec)
619
619
 
func decreasePosition (dZ,eh,ei) = if (if (if (if (if (if ((0 >= dZ))
620
620
 
    then true
621
621
 
    else if (((1 * ac) > eh))
622
622
 
        then true
623
623
 
        else (eh > (3 * ac)))
624
624
 
    then true
625
625
 
    else !(bu()))
626
626
 
    then true
627
627
 
    else !(bh(ak(ac, eh), aP(), true)))
628
628
 
    then true
629
629
 
    else !(bt(toString(ec.caller))))
630
630
 
    then true
631
631
 
    else bv())
632
632
 
    then throw("Invalid decreasePosition parameters")
633
633
 
    else {
634
634
 
        let ej = bo(toString(ec.caller))
635
635
 
        let ek = ej._1
636
636
 
        let el = ej._2
637
637
 
        let em = ej._3
638
638
 
        let en = ej._4
639
639
 
        let eo = if ((ek > 0))
640
640
 
            then X
641
641
 
            else W
642
642
 
        let ep = (eo == W)
643
643
 
        let eq = am(dZ, eh)
644
644
 
        let er = ct(toString(ec.caller), ag)
645
645
 
        let es = er._1
646
646
 
        let cH = er._2
647
647
 
        let et = if ((es > eq))
648
648
 
            then {
649
649
 
                let eu = bC(ep, eq)
650
650
 
                let cS = eu._1
651
651
 
                let bH = eu._2
652
652
 
                let bI = eu._3
653
653
 
                let cX = eu._4
654
654
 
                let cY = eu._5
655
655
 
                let ev = an(cS)
656
656
 
                if (if ((ei != 0))
657
657
 
                    then (ei > ev)
658
658
 
                    else false)
659
659
 
                    then throw(((("Too little base asset exchanged, got " + toString(ev)) + " expected ") + toString(ei)))
660
660
 
                    else {
661
661
 
                        let cT = ak(am(cH, ev), an(ek))
662
662
 
                        let ew = bS(ek, el, en, cT)
663
663
 
                        let cb = ew._1
664
664
 
                        let cc = ew._2
665
665
 
                        let bX = ew._3
666
666
 
                        let cW = eq
667
667
 
                        let ex = (cH - cT)
668
668
 
                        let ey = if ((ek > 0))
669
669
 
                            then ((es - cW) - ex)
670
670
 
                            else ((ex + es) - cW)
671
671
 
                        let ez = (ek + cS)
672
672
 
                        $Tuple11(ez, cb, an(ey), bm(ez), bI, bH, cX, cY, (aU() - eq), (bg() - (if ((ez > 0))
673
673
 
                            then an(cS)
674
674
 
                            else 0)), (bf() - (if ((0 > ez))
675
675
 
                            then an(cS)
676
676
 
                            else 0)))
677
677
 
                        }
678
678
 
                }
679
679
 
            else throw("Close position first")
680
680
 
        let ez = et._1
681
681
 
        let eA = et._2
682
682
 
        let eB = et._3
683
683
 
        let eC = et._4
684
684
 
        let bI = et._5
685
685
 
        let bH = et._6
686
686
 
        let cX = et._7
687
687
 
        let cY = et._8
688
688
 
        let db = et._9
689
689
 
        let cZ = et._10
690
690
 
        let da = et._11
691
691
 
        (dG(toString(ec.caller), ez, eA, eB, eC) ++ dR(bH, bI, cX, cY, db, cZ, da))
692
692
 
        }
693
693
 
694
694
 
695
695
 
696
696
 
@Callable(ec)
697
697
 
func increasePosition (eo,eh,ei) = {
698
698
 
    let eD = ec.payments[0].amount
699
699
 
    if (if (if (if (if (if (if (if ((eo != W))
700
700
 
        then (eo != X)
701
701
 
        else false)
702
702
 
        then true
703
703
 
        else (0 >= eD))
704
704
 
        then true
705
705
 
        else if (((1 * ac) > eh))
706
706
 
            then true
707
707
 
            else (eh > (3 * ac)))
708
708
 
        then true
709
709
 
        else !(bu()))
710
710
 
        then true
711
711
 
        else (ec.payments[0].assetId != S()))
712
712
 
        then true
713
713
 
        else !(bh(ak(ac, eh), aP(), true)))
714
714
 
        then true
715
715
 
        else bv())
716
716
 
        then throw("Invalid increasePosition parameters")
717
717
 
        else {
718
718
 
            let eE = am(eD, aO())
719
719
 
            let dZ = (eD - eE)
720
720
 
            let eF = bo(toString(ec.caller))
721
721
 
            let ek = eF._1
722
722
 
            let el = eF._2
723
723
 
            let em = eF._3
724
724
 
            let en = eF._4
725
725
 
            let eG = (ek == 0)
726
726
 
            let eH = if ((ek > 0))
727
727
 
                then (eo == W)
728
728
 
                else (eo == X)
729
729
 
            let eI = if (!(eG))
730
730
 
                then eH
731
731
 
                else false
732
732
 
            let ep = (eo == W)
733
733
 
            let eJ = if (if (eG)
734
734
 
                then true
735
735
 
                else eI)
736
736
 
                then {
737
737
 
                    let eq = am(dZ, eh)
738
738
 
                    let eK = bC(ep, eq)
739
739
 
                    let bK = eK._1
740
740
 
                    let bH = eK._2
741
741
 
                    let bI = eK._3
742
742
 
                    let cX = eK._4
743
743
 
                    let cY = eK._5
744
744
 
                    if (if ((ei != 0))
745
745
 
                        then (ei > an(bK))
746
746
 
                        else false)
747
747
 
                        then throw(((("Limit error: " + toString(an(bK))) + " < ") + toString(ei)))
748
748
 
                        else {
749
749
 
                            let ez = (ek + bK)
750
750
 
                            let eL = ak(eq, eh)
751
751
 
                            let eM = bS(ek, el, en, eL)
752
752
 
                            let cb = eM._1
753
753
 
                            let cE = eM._2
754
754
 
                            let cF = eM._3
755
755
 
                            $Tuple11(ez, cb, (em + eq), bm(ez), bI, bH, cX, cY, (aU() + eq), (bg() + (if ((ez > 0))
756
756
 
                                then an(bK)
757
757
 
                                else 0)), (bf() + (if ((0 > ez))
758
758
 
                                then an(bK)
759
759
 
                                else 0)))
760
760
 
                            }
761
761
 
                    }
762
762
 
                else {
763
763
 
                    let eq = am(dZ, eh)
764
764
 
                    let eN = ct(toString(ec.caller), ag)
765
765
 
                    let es = eN._1
766
766
 
                    let cH = eN._2
767
767
 
                    if ((es > eq))
768
768
 
                        then throw("Use decreasePosition to decrease position size")
769
769
 
                        else throw("Close position first")
770
770
 
                    }
771
771
 
            let ez = eJ._1
772
772
 
            let eA = eJ._2
773
773
 
            let eB = eJ._3
774
774
 
            let eC = eJ._4
775
775
 
            let bI = eJ._5
776
776
 
            let bH = eJ._6
777
777
 
            let cX = eJ._7
778
778
 
            let cY = eJ._8
779
779
 
            let db = eJ._9
780
780
 
            let cZ = eJ._10
781
781
 
            let da = eJ._11
782
782
 
            let eO = (eE / 2)
783
783
 
            let eP = (eE - eO)
784
784
 
            let eQ = invoke(T(), "lockNeutrinoSP", [toString(U()), af], [AttachedPayment(S(), dZ)])
785
785
 
            if ((eQ == eQ))
786
786
 
                then {
787
787
 
                    let eR = invoke(V(), "deposit", nil, [AttachedPayment(S(), eP)])
788
788
 
                    if ((eR == eR))
789
789
 
                        then (((dG(toString(ec.caller), ez, eA, eB, eC) ++ dR(bH, bI, cX, cY, db, cZ, da)) ++ ed(eO)) ++ eb((aN() + dZ)))
790
790
 
                        else throw("Strict value is not equal to itself.")
791
791
 
                    }
792
792
 
                else throw("Strict value is not equal to itself.")
793
793
 
            }
794
794
 
    }
795
795
 
796
796
 
797
797
 
798
798
 
@Callable(ec)
799
799
 
func addMargin () = {
800
800
 
    let eD = ec.payments[0].amount
801
801
 
    if (if (if (if ((ec.payments[0].assetId != S()))
802
802
 
        then true
803
803
 
        else !(bt(toString(ec.caller))))
804
804
 
        then true
805
805
 
        else !(bu()))
806
806
 
        then true
807
807
 
        else bv())
808
808
 
        then throw("Invalid addMargin parameters")
809
809
 
        else {
810
810
 
            let eE = am(eD, aO())
811
811
 
            let dZ = (eD - eE)
812
812
 
            let eS = bo(toString(ec.caller))
813
813
 
            let ek = eS._1
814
814
 
            let el = eS._2
815
815
 
            let em = eS._3
816
816
 
            let en = eS._4
817
817
 
            let eO = (eE / 2)
818
818
 
            let eP = (eE - eO)
819
819
 
            let eQ = invoke(T(), "lockNeutrinoSP", [toString(U()), af], [AttachedPayment(S(), dZ)])
820
820
 
            if ((eQ == eQ))
821
821
 
                then {
822
822
 
                    let eR = invoke(V(), "deposit", nil, [AttachedPayment(S(), eP)])
823
823
 
                    if ((eR == eR))
824
824
 
                        then ((dG(toString(ec.caller), ek, (el + dZ), em, en) ++ ed(eO)) ++ eb((aN() + dZ)))
825
825
 
                        else throw("Strict value is not equal to itself.")
826
826
 
                    }
827
827
 
                else throw("Strict value is not equal to itself.")
828
828
 
            }
829
829
 
    }
830
830
 
831
831
 
832
832
 
833
833
 
@Callable(ec)
834
834
 
func removeMargin (dZ) = if (if (if (if ((0 >= dZ))
835
835
 
    then true
836
836
 
    else !(bt(toString(ec.caller))))
837
837
 
    then true
838
838
 
    else !(bu()))
839
839
 
    then true
840
840
 
    else bv())
841
841
 
    then throw("Invalid removeMargin parameters")
842
842
 
    else {
843
843
 
        let eT = bo(toString(ec.caller))
844
844
 
        let ek = eT._1
845
845
 
        let el = eT._2
846
846
 
        let em = eT._3
847
847
 
        let en = eT._4
848
848
 
        let eU = -(dZ)
849
849
 
        let eV = bS(ek, el, en, eU)
850
850
 
        let cb = eV._1
851
851
 
        let cc = eV._2
852
852
 
        if ((cc != 0))
853
853
 
            then throw("Invalid added margin amount")
854
854
 
            else {
855
855
 
                let eW = invoke(T(), "unlockNeutrino", [dZ, toBase58String(S())], nil)
856
856
 
                if ((eW == eW))
857
857
 
                    then ((dG(toString(ec.caller), ek, cb, em, bm(ek)) ++ dY(ec.caller, dZ)) ++ eb((aN() - dZ)))
858
858
 
                    else throw("Strict value is not equal to itself.")
859
859
 
                }
860
860
 
        }
861
861
 
862
862
 
863
863
 
864
864
 
@Callable(ec)
865
865
 
func closePosition () = if (if (if (!(bt(toString(ec.caller))))
866
866
 
    then true
867
867
 
    else !(bu()))
868
868
 
    then true
869
869
 
    else bv())
870
870
 
    then throw("Invalid closePosition parameters")
871
871
 
    else {
872
872
 
        let eX = cO(toString(ec.caller))
873
873
 
        let cE = eX._1
874
874
 
        let eY = eX._2
875
875
 
        let cT = eX._3
876
876
 
        let cU = eX._4
877
877
 
        let bH = eX._5
878
878
 
        let bI = eX._6
879
879
 
        let cX = eX._7
880
880
 
        let cY = eX._8
881
881
 
        let db = eX._9
882
882
 
        let cF = eX._10
883
883
 
        let cZ = eX._11
884
884
 
        let da = eX._12
885
885
 
        if ((eY > 0))
886
886
 
            then throw("Unable to close position with bad debt")
887
887
 
            else {
888
888
 
                let eZ = an(cU)
889
889
 
                let fa = (aN() - eZ)
890
890
 
                let fb = if ((0 > fa))
891
891
 
                    then $Tuple2(0, an(fa))
892
892
 
                    else $Tuple2(fa, 0)
893
893
 
                let fc = fb._1
894
894
 
                let fd = fb._2
895
895
 
                let fe = if ((fd > 0))
896
896
 
                    then {
897
897
 
                        let ff = invoke(V(), "withdraw", [fd], nil)
898
898
 
                        if ((ff == ff))
899
899
 
                            then nil
900
900
 
                            else throw("Strict value is not equal to itself.")
901
901
 
                        }
902
902
 
                    else nil
903
903
 
                if ((fe == fe))
904
904
 
                    then {
905
905
 
                        let eW = invoke(T(), "unlockNeutrino", [(eZ - fd), toBase58String(S())], nil)
906
906
 
                        if ((eW == eW))
907
907
 
                            then (((dX(toString(ec.caller)) ++ dR(bH, bI, cX, cY, db, cZ, da)) ++ dY(ec.caller, eZ)) ++ eb(fc))
908
908
 
                            else throw("Strict value is not equal to itself.")
909
909
 
                        }
910
910
 
                    else throw("Strict value is not equal to itself.")
911
911
 
                }
912
912
 
        }
913
913
 
914
914
 
915
915
 
916
916
 
@Callable(ec)
917
917
 
func liquidate (bp) = {
918
918
 
    let fg = if (cq())
919
919
 
        then cI(bp, ah)
920
920
 
        else cI(bp, ag)
921
921
 
    if (if (if (if (!(bh(fg, aZ(), false)))
922
922
 
        then true
923
923
 
        else !(bt(bp)))
924
924
 
        then true
925
925
 
        else !(bu()))
926
926
 
        then true
927
927
 
        else bv())
928
928
 
        then throw("Unable to liquidate")
929
929
 
        else {
930
930
 
            let fh = cO(bp)
931
931
 
            let cE = fh._1
932
932
 
            let cc = fh._2
933
933
 
            let cF = fh._3
934
934
 
            let cU = fh._4
935
935
 
            let bH = fh._5
936
936
 
            let bI = fh._6
937
937
 
            let cX = fh._7
938
938
 
            let cY = fh._8
939
939
 
            let db = fh._9
940
940
 
            let cW = fh._10
941
941
 
            let cZ = fh._11
942
942
 
            let da = fh._12
943
943
 
            let fi = am(cW, ba())
944
944
 
            let fj = (fi / 2)
945
945
 
            let eP = (fi - fj)
946
946
 
            let fa = (aN() - fi)
947
947
 
            let fk = if ((0 > fa))
948
948
 
                then $Tuple2(0, an(fa))
949
949
 
                else $Tuple2(fa, 0)
950
950
 
            let fl = fk._1
951
951
 
            let fm = fk._2
952
952
 
            let fe = if ((fm > 0))
953
953
 
                then {
954
954
 
                    let ff = invoke(V(), "withdraw", [fm], nil)
955
955
 
                    if ((ff == ff))
956
956
 
                        then nil
957
957
 
                        else throw("Strict value is not equal to itself.")
958
958
 
                    }
959
959
 
                else nil
960
960
 
            if ((fe == fe))
961
961
 
                then {
962
962
 
                    let eW = invoke(T(), "unlockNeutrino", [(fi - fm), toBase58String(S())], nil)
963
963
 
                    if ((eW == eW))
964
964
 
                        then {
965
965
 
                            let eR = invoke(V(), "deposit", nil, [AttachedPayment(S(), eP)])
966
966
 
                            if ((eR == eR))
967
967
 
                                then (((dX(bp) ++ dR(bH, bI, cX, cY, db, cZ, da)) ++ dY(ec.caller, fj)) ++ eb(fl))
968
968
 
                                else throw("Strict value is not equal to itself.")
969
969
 
                            }
970
970
 
                        else throw("Strict value is not equal to itself.")
971
971
 
                    }
972
972
 
                else throw("Strict value is not equal to itself.")
973
973
 
            }
974
974
 
    }
975
975
 
976
976
 
977
977
 
978
978
 
@Callable(ec)
979
979
 
func payFunding () = {
980
980
 
    let fn = aV()
981
981
 
    if (if (if ((fn > lastBlock.timestamp))
982
982
 
        then true
983
983
 
        else !(bu()))
984
984
 
        then true
985
985
 
        else bv())
986
986
 
        then throw(((("Invalid funding block timestamp: " + toString(lastBlock.timestamp)) + " < ") + toString(fn)))
987
987
 
        else {
988
988
 
            let fo = ck()
989
989
 
            let fp = dc()
990
990
 
            let fq = (fp - fo)
991
991
 
            let fr = if (if ((bf() == 0))
992
992
 
                then true
993
993
 
                else (bg() == 0))
994
994
 
                then $Tuple2(0, 0)
995
995
 
                else if ((0 > fq))
996
996
 
                    then {
997
997
 
                        let fs = ak(am(fq, aX()), ae)
998
998
 
                        let ft = ak(am(fs, bf()), bg())
999
999
 
                        $Tuple2(fs, ft)
1000
1000
 
                        }
1001
1001
 
                    else {
1002
1002
 
                        let ft = ak(am(fq, aX()), ae)
1003
1003
 
                        let fs = ak(am(ft, bg()), bf())
1004
1004
 
                        $Tuple2(fs, ft)
1005
1005
 
                        }
1006
1006
 
            let fs = fr._1
1007
1007
 
            let ft = fr._2
1008
1008
 
            dA((fn + aY()), (bd() + ft), (be() + fs), ak(ft, fo), ak(fs, fo))
1009
1009
 
            }
1010
1010
 
    }
1011
1011
 
1012
1012
 
1013
1013
 
1014
1014
 
@Callable(ec)
1015
1015
 
func v_get (bp) = {
1016
1016
 
    let fu = cO(bp)
1017
1017
 
    let cE = fu._1
1018
1018
 
    let cF = fu._2
1019
1019
 
    let cG = fu._3
1020
1020
 
    let fv = fu._4
1021
1021
 
    throw((((ai(cF) + ai(cG)) + ai(fv)) + ai(cN(bp))))
1022
1022
 
    }
1023
1023
 
1024
1024
 
1025
1025
 
1026
1026
 
@Callable(ec)
1027
1027
 
func view_calcRemainMarginWithFundingPayment (bp) = {
1028
1028
 
    let fw = bo(bp)
1029
1029
 
    let bs = fw._1
1030
1030
 
    let cw = fw._2
1031
1031
 
    let cK = fw._3
1032
1032
 
    let cy = fw._4
1033
1033
 
    let fx = ct(bp, ag)
1034
1034
 
    let cB = fx._1
1035
1035
 
    let cH = fx._2
1036
1036
 
    let fy = bS(bs, cw, cy, cH)
1037
1037
 
    let cb = fy._1
1038
1038
 
    let cc = fy._2
1039
1039
 
    let bX = fy._3
1040
1040
 
    throw(((ai(cb) + ai(bX)) + ai(cN(bp))))
1041
1041
 
    }
1042
1042
 
1043
1043
 
1044
1044
 
@Verifier(fz)
1045
1045
 
func fA () = sigVerify(fz.bodyBytes, fz.proofs[0], R())
1046
1046
 

github/deemru/w8io/169f3d6 
81.54 ms ◑