tx · EiJRtjjzJ5GkBxVzxsiJW8WmVBey3boHsLjAuSJ6CXJ6

3MzosTW6DBBjpRwTZUWFhZo6UFW1yrmfdtB:  -0.02000000 Waves

2020.06.16 19:57 [1046332] smart account 3MzosTW6DBBjpRwTZUWFhZo6UFW1yrmfdtB > SELF 0.00000000 Waves

{
    "type": 13,
    "id": "EiJRtjjzJ5GkBxVzxsiJW8WmVBey3boHsLjAuSJ6CXJ6",
    "fee": 2000000,
    "feeAssetId": null,
    "timestamp": 1592326687079,
    "version": 1,
    "sender": "3MzosTW6DBBjpRwTZUWFhZo6UFW1yrmfdtB",
    "senderPublicKey": "5fBuXu2ia9ZVbjRyXVrpaeFCUc3SHu6QeMeFaSmdvw4z",
    "proofs": [
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    ],
    "script": 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    "chainId": 84,
    "height": 1046332,
    "spentComplexity": 0
}

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{-# STDLIB_VERSION 3 #-}
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{-# SCRIPT_TYPE ACCOUNT #-}
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{-# CONTENT_TYPE DAPP #-}
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func convertWavesToNeutrino (amount,price) = fraction(fraction(amount, price, 100), 1000000, 100000000)
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func getStringByKey (key) = match getString(this, key) {
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    case a: String => 
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        a
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    case _ => 
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        ""
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}
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func getNumberByAddressAndKey (address,key) = match getInteger(addressFromStringValue(address), key) {
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    case a: Int => 
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        a
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    case _ => 
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        0
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}
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func getOracleProvideHeight (ownerPub,height) = match getInteger(addressFromPublicKey(ownerPub), ("price_" + toString(height))) {
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    case a: Int => 
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        a
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    case _ => 
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        0
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}
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func getStringByAddressAndKey (address,key) = match getString(address, key) {
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    case a: String => 
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        a
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    case _ => 
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        ""
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}
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func dropElementInJsonArray (array,element) = {
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    let splitedArray = split(array, element)
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    if ((take(splitedArray[1], 1) == ","))
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        then (splitedArray[0] + drop(splitedArray[1], 1))
43
43
 
        else (dropRight(splitedArray[0], 1) + splitedArray[1])
44
44
 
    }
45
45
 
46
46
 
47
47
 
func convertJsonArrayToList (jsonArray) = split(jsonArray, ",")
48
48
 
49
49
 
50
50
 
let price = match getInteger(this, "price") {
51
51
 
    case a: Int => 
52
52
 
        a
53
53
 
    case _ => 
54
54
 
        0
55
55
 
}
56
56
 
57
57
 
let priceIndex = match getInteger(this, "price_index") {
58
58
 
    case a: Int => 
59
59
 
        a
60
60
 
    case _ => 
61
61
 
        0
62
62
 
}
63
63
 
64
64
 
let isBlocked = match getBoolean(this, "is_blocked") {
65
65
 
    case a: Boolean => 
66
66
 
        a
67
67
 
    case _ => 
68
68
 
        false
69
69
 
}
70
70
 
71
71
 
let percentPriceOffset = 25
72
72
 
73
73
 
let pubKeyOracles = getStringByKey("oracles")
74
74
 
75
75
 
let pubKeyOraclesList = convertJsonArrayToList(pubKeyOracles)
76
76
 
77
77
 
let bftCoefficientOracle = 3
78
78
 
79
79
 
let neutrinoAddress = addressFromPublicKey(fromBase58String("3VHsLLWkFL98S7B2qFvsehH7yt6RF3dJouXsR5X3WHHZ"))
80
80
 
81
81
 
let liquidationAddress = addressFromPublicKey(fromBase58String("GHUE94wSngxjR6mgyfWLqmuf8wJPJaQypJAwPKGHYoAn"))
82
82
 
83
83
 
let neutrinoAsset = fromBase58String("EHLhLVDUufqQytiAjBHzPhsPZgqsX6XfSCrVdxYeC4QN")
84
84
 
85
85
 
let neutrinoLockedBalance = match getInteger(neutrinoAddress, "balance_lock_neutrino") {
86
86
 
    case a: Int => 
87
87
 
        a
88
88
 
    case _ => 
89
89
 
        0
90
90
 
}
91
91
 
92
92
 
let wavesLockedBalance = match getInteger(neutrinoAddress, "balance_lock_waves") {
93
93
 
    case a: Int => 
94
94
 
        a
95
95
 
    case _ => 
96
96
 
        0
97
97
 
}
98
98
 
99
99
 
let reserve = (wavesBalance(neutrinoAddress) - wavesLockedBalance)
100
100
 
101
101
 
let neutrinoSupply = (((neutrinoLockedBalance + extract(assetInfo(neutrinoAsset)).quantity) - assetBalance(neutrinoAddress, neutrinoAsset)) - assetBalance(liquidationAddress, neutrinoAsset))
102
102
 
103
103
 
let deficit = (neutrinoSupply - convertWavesToNeutrino(reserve, price))
104
104
 
105
105
 
func findPricesInRange (prices) = {
106
106
 
    let minPercentBound = 90
107
107
 
    let maxPercentBound = 110
108
108
 
    let p0 = prices[0]
109
109
 
    let check0 = if ((0 >= prices[0]))
110
110
 
        then [0]
111
111
 
        else {
112
112
 
            let p01 = ((prices[1] * 100) / p0)
113
113
 
            let p02 = ((prices[2] * 100) / p0)
114
114
 
            let p03 = ((prices[3] * 100) / p0)
115
115
 
            let p04 = ((prices[4] * 100) / p0)
116
116
 
            let array1 = if (if ((maxPercentBound > p01))
117
117
 
                then (p01 > minPercentBound)
118
118
 
                else false)
119
119
 
                then [1, 0]
120
120
 
                else [0]
121
121
 
            let array2 = if (if ((maxPercentBound > p02))
122
122
 
                then (p02 > minPercentBound)
123
123
 
                else false)
124
124
 
                then 2 :: array1
125
125
 
                else array1
126
126
 
            let array3 = if (if ((maxPercentBound > p03))
127
127
 
                then (p03 > minPercentBound)
128
128
 
                else false)
129
129
 
                then 3 :: array2
130
130
 
                else array2
131
131
 
            if (if ((maxPercentBound > p04))
132
132
 
                then (p04 > minPercentBound)
133
133
 
                else false)
134
134
 
                then 4 :: array3
135
135
 
                else array3
136
136
 
            }
137
137
 
    let check1 = if ((size(check0) >= 3))
138
138
 
        then check0
139
139
 
        else {
140
140
 
            let p1 = prices[1]
141
141
 
            if ((0 >= p1))
142
142
 
                then [1]
143
143
 
                else {
144
144
 
                    let p10 = ((prices[0] * 100) / p1)
145
145
 
                    let p12 = ((prices[2] * 100) / p1)
146
146
 
                    let p13 = ((prices[3] * 100) / p1)
147
147
 
                    let p14 = ((prices[4] * 100) / p1)
148
148
 
                    let array1 = if (if ((maxPercentBound > p10))
149
149
 
                        then (p10 > minPercentBound)
150
150
 
                        else false)
151
151
 
                        then [0, 1]
152
152
 
                        else [1]
153
153
 
                    let array2 = if (if ((maxPercentBound > p12))
154
154
 
                        then (p12 > minPercentBound)
155
155
 
                        else false)
156
156
 
                        then 2 :: array1
157
157
 
                        else array1
158
158
 
                    let array3 = if (if ((maxPercentBound > p13))
159
159
 
                        then (p13 > minPercentBound)
160
160
 
                        else false)
161
161
 
                        then 3 :: array2
162
162
 
                        else array2
163
163
 
                    if (if ((maxPercentBound > p14))
164
164
 
                        then (p14 > minPercentBound)
165
165
 
                        else false)
166
166
 
                        then 4 :: array3
167
167
 
                        else array3
168
168
 
                    }
169
169
 
            }
170
170
 
    let check2 = if ((size(check1) >= 3))
171
171
 
        then check1
172
172
 
        else {
173
173
 
            let p2 = prices[2]
174
174
 
            if ((0 >= p2))
175
175
 
                then [2]
176
176
 
                else {
177
177
 
                    let p20 = ((prices[0] * 100) / p2)
178
178
 
                    let p21 = ((prices[1] * 100) / p2)
179
179
 
                    let p23 = ((prices[3] * 100) / p2)
180
180
 
                    let p24 = ((prices[4] * 100) / p2)
181
181
 
                    let array1 = if (if ((maxPercentBound > p20))
182
182
 
                        then (p20 > minPercentBound)
183
183
 
                        else false)
184
184
 
                        then [0, 2]
185
185
 
                        else [2]
186
186
 
                    let array2 = if (if ((maxPercentBound > p21))
187
187
 
                        then (p21 > minPercentBound)
188
188
 
                        else false)
189
189
 
                        then 1 :: array1
190
190
 
                        else array1
191
191
 
                    let array3 = if (if ((maxPercentBound > p23))
192
192
 
                        then (p23 > minPercentBound)
193
193
 
                        else false)
194
194
 
                        then 3 :: array2
195
195
 
                        else array2
196
196
 
                    if (if ((maxPercentBound > p24))
197
197
 
                        then (p24 > minPercentBound)
198
198
 
                        else false)
199
199
 
                        then 4 :: array3
200
200
 
                        else array3
201
201
 
                    }
202
202
 
            }
203
203
 
    let check3 = if ((size(check2) >= 3))
204
204
 
        then check2
205
205
 
        else {
206
206
 
            let p3 = prices[3]
207
207
 
            if ((0 >= p3))
208
208
 
                then [3]
209
209
 
                else {
210
210
 
                    let p30 = ((prices[0] * 100) / p3)
211
211
 
                    let p31 = ((prices[1] * 100) / p3)
212
212
 
                    let p32 = ((prices[2] * 100) / p3)
213
213
 
                    let p34 = ((prices[4] * 100) / p3)
214
214
 
                    let array1 = if (if ((maxPercentBound > p30))
215
215
 
                        then (p30 > minPercentBound)
216
216
 
                        else false)
217
217
 
                        then [0, 3]
218
218
 
                        else [3]
219
219
 
                    let array2 = if (if ((maxPercentBound > p31))
220
220
 
                        then (p31 > minPercentBound)
221
221
 
                        else false)
222
222
 
                        then 1 :: array1
223
223
 
                        else array1
224
224
 
                    let array3 = if (if ((maxPercentBound > p32))
225
225
 
                        then (p32 > minPercentBound)
226
226
 
                        else false)
227
227
 
                        then 2 :: array2
228
228
 
                        else array2
229
229
 
                    if (if ((maxPercentBound > p34))
230
230
 
                        then (p34 > minPercentBound)
231
231
 
                        else false)
232
232
 
                        then 4 :: array3
233
233
 
                        else array3
234
234
 
                    }
235
235
 
            }
236
236
 
    if ((size(check3) >= 3))
237
237
 
        then check3
238
238
 
        else {
239
239
 
            let p4 = prices[4]
240
240
 
            if ((0 >= p4))
241
241
 
                then [4]
242
242
 
                else {
243
243
 
                    let p40 = ((prices[0] * 100) / p4)
244
244
 
                    let p41 = ((prices[1] * 100) / p4)
245
245
 
                    let p42 = ((prices[2] * 100) / p4)
246
246
 
                    let p43 = ((prices[3] * 100) / p4)
247
247
 
                    let array1 = if (if ((maxPercentBound > p40))
248
248
 
                        then (p40 > minPercentBound)
249
249
 
                        else false)
250
250
 
                        then [0, 4]
251
251
 
                        else [4]
252
252
 
                    let array2 = if (if ((maxPercentBound > p41))
253
253
 
                        then (p41 > minPercentBound)
254
254
 
                        else false)
255
255
 
                        then 1 :: array1
256
256
 
                        else array1
257
257
 
                    let array3 = if (if ((maxPercentBound > p42))
258
258
 
                        then (p42 > minPercentBound)
259
259
 
                        else false)
260
260
 
                        then 2 :: array2
261
261
 
                        else array2
262
262
 
                    if (if ((maxPercentBound > p43))
263
263
 
                        then (p43 > minPercentBound)
264
264
 
                        else false)
265
265
 
                        then 3 :: array3
266
266
 
                        else array3
267
267
 
                    }
268
268
 
            }
269
269
 
    }
270
270
 
271
271
 
272
272
 
func formattingPriceMsg (price,height) = toBytes((((("WAVESNEUTRINOPREFIX" + "_") + toString(height)) + "_") + toString(price)))
273
273
 
274
274
 
275
275
 
@Callable(i)
276
276
 
func callEmergencyShutdown (reason) = {
277
277
 
    let AutoEmergencyOracleAddress = "3Mz1xicgip5sZXjcdQEf5TfZs5ZwPPi1qA5"
278
278
 
    let callerAddress = toString(i.caller)
279
279
 
    if ((AutoEmergencyOracleAddress != callerAddress))
280
280
 
        then throw("caller must be one an emergency oracle")
281
281
 
        else WriteSet([DataEntry("is_blocked", true), DataEntry("is_blocked_caller", callerAddress), DataEntry("is_blocked_reason", reason)])
282
282
 
    }
283
283
 
284
284
 
285
285
 
286
286
 
@Callable(i)
287
287
 
func finalizeCurrentPrice (price1,sign1,price2,sign2,price3,sign3,price4,sign4,price5,sign5) = if (isBlocked)
288
288
 
    then throw("contract is blocked by EMERGENCY SHUTDOWN actions untill reactivation by emergency oracles")
289
289
 
    else if ((    match getInteger(this, ("price_" + toString(height))) {
290
290
 
        case a: Int => 
291
291
 
            a
292
292
 
        case _ => 
293
293
 
            0
294
294
 
    } != 0))
295
295
 
        then throw("wait next block")
296
296
 
        else if ((pubKeyOraclesList[(height % 5)] != toBase58String(i.callerPublicKey)))
297
297
 
            then throw(((("Out of turn finalization: " + toString(height)) + " block should be finalize by ") + pubKeyOraclesList[(height % 5)]))
298
298
 
            else {
299
299
 
                let prices = [if (sigVerify(formattingPriceMsg(price1, height), sign1, fromBase58String(pubKeyOraclesList[0])))
300
300
 
                    then price1
301
301
 
                    else 0, if (sigVerify(formattingPriceMsg(price2, height), sign2, fromBase58String(pubKeyOraclesList[1])))
302
302
 
                    then price2
303
303
 
                    else 0, if (sigVerify(formattingPriceMsg(price3, height), sign3, fromBase58String(pubKeyOraclesList[2])))
304
304
 
                    then price3
305
305
 
                    else 0, if (sigVerify(formattingPriceMsg(price4, height), sign4, fromBase58String(pubKeyOraclesList[3])))
306
306
 
                    then price4
307
307
 
                    else 0, if (sigVerify(formattingPriceMsg(price5, height), sign5, fromBase58String(pubKeyOraclesList[4])))
308
308
 
                    then price5
309
309
 
                    else 0]
310
310
 
                let pricesInRange = findPricesInRange(prices)
311
311
 
                let priceProvidingCount = size(pricesInRange)
312
312
 
                if ((3 > priceProvidingCount))
313
313
 
                    then throw(((((((((((((((((((((("Could not finalize price because of big variation: height=" + toString(height)) + "
314
314
 
") + pubKeyOraclesList[0]) + "=") + toString(prices[0])) + "
315
315
 
") + pubKeyOraclesList[1]) + "=") + toString(prices[1])) + "
316
316
 
") + pubKeyOraclesList[2]) + "=") + toString(prices[2])) + "
317
317
 
") + pubKeyOraclesList[3]) + "=") + toString(prices[3])) + "
318
318
 
") + pubKeyOraclesList[4]) + "=") + toString(prices[4])))
319
319
 
                    else {
320
320
 
                        let sum1 = ((prices[pricesInRange[0]] + prices[pricesInRange[1]]) + prices[pricesInRange[2]])
321
321
 
                        let sum2 = if ((priceProvidingCount >= 4))
322
322
 
                            then (sum1 + prices[pricesInRange[3]])
323
323
 
                            else sum1
324
324
 
                        let priceSum = if ((priceProvidingCount >= 5))
325
325
 
                            then (sum2 + prices[pricesInRange[4]])
326
326
 
                            else sum2
327
327
 
                        if ((priceProvidingCount >= 6))
328
328
 
                            then throw("Invalid pricesInRange creation")
329
329
 
                            else {
330
330
 
                                let newPrice = (priceSum / priceProvidingCount)
331
331
 
                                if (if ((newPrice >= (price + ((price * percentPriceOffset) / 100))))
332
332
 
                                    then true
333
333
 
                                    else ((price - ((price * percentPriceOffset) / 100)) >= newPrice))
334
334
 
                                    then {
335
335
 
                                        let reason = "automatic emergency shutdown because of large price variability"
336
336
 
                                        WriteSet([DataEntry("is_blocked", true), DataEntry("is_blocked_caller", toString(this)), DataEntry("is_blocked_reason", reason), DataEntry((("black_swarm_price" + "_") + toString(height)), newPrice)])
337
337
 
                                        }
338
338
 
                                    else {
339
339
 
                                        let newPriceIndex = (priceIndex + 1)
340
340
 
                                        WriteSet([DataEntry("price", newPrice), DataEntry(("price_" + toString(height)), newPrice), DataEntry("price_index", newPriceIndex), DataEntry(("price_index_" + toString(newPriceIndex)), height), DataEntry(("deficit_" + toString(height)), deficit), DataEntry(("neutrinoSupply_" + toString(height)), neutrinoSupply), DataEntry(("deficit_percent_" + toString(height)), if ((neutrinoSupply != 0))
341
341
 
                                            then ((deficit * 100) / neutrinoSupply)
342
342
 
                                            else 0)])
343
343
 
                                        }
344
344
 
                                }
345
345
 
                        }
346
346
 
                }
347
347
 
348
348
 
349
349
 
350
350
 
@Callable(i)
351
351
 
func updateReservesAndNeutrinoSupply () = {
352
352
 
    func getNumberByKeyInternal (key) =         match getInteger(this, key) {
353
353
 
        case a: Int => 
354
354
 
            a
355
355
 
        case _ => 
356
356
 
            0
357
357
 
    }
358
358
 
359
359
 
    let idx = getNumberByKeyInternal("updateReservesAndNeutrinoSupplyIdx")
360
360
 
    let newIdx = (idx + 1)
361
361
 
    WriteSet([DataEntry("updateReservesAndNeutrinoSupplyIdx", newIdx), DataEntry("reserve", reserve), DataEntry("neutrinoSupply", neutrinoSupply), DataEntry("deficit", deficit)])
362
362
 
    }
363
363
 
364
364
 
365
365
 
@Verifier(tx)
366
366
 
func verify () = {
367
367
 
    let pubKeyAdminsList = ["D96T5UoL7E2FERaEwov9Frx8XFVPNGqZ4TyDiWvn1urJ", "Fk2zgbrRA8KytTVMVy6Df5i4tTEsKaqg6ybh6x6Hehjj", "37f1yE54FyMKwEkg413peq5Gbze9sBavASVeTYbQLTvJ", "5WRXFSjwcTbNfKcJs8ZqXmSSWYsSVJUtMvMqZj5hH4Nc"]
368
368
 
    let count = ((((if (sigVerify(tx.bodyBytes, tx.proofs[0], fromBase58String(pubKeyAdminsList[0])))
369
369
 
        then 1
370
370
 
        else 0) + (if (sigVerify(tx.bodyBytes, tx.proofs[1], fromBase58String(pubKeyAdminsList[1])))
371
371
 
        then 1
372
372
 
        else 0)) + (if (sigVerify(tx.bodyBytes, tx.proofs[2], fromBase58String(pubKeyAdminsList[2])))
373
373
 
        then 1
374
374
 
        else 0)) + (if (sigVerify(tx.bodyBytes, tx.proofs[3], fromBase58String(pubKeyAdminsList[3])))
375
375
 
        then 2
376
376
 
        else 0))
377
377
 
    (count >= 3)
378
378
 
    }
379
379
 

github/deemru/w8io/026f985 
58.56 ms ◑