w8 · tx · Grz···HSo

tx · GrzNwmpCyNnEwmBGEf7APtTstKkW7vfYjgFxcobsHHSo

3N9WCjPLrsncDVHTniEmTzmVjZnSQ52zVzK:  -0.01400000 Waves

2020.04.14 19:11 [954312] smart account 3N9WCjPLrsncDVHTniEmTzmVjZnSQ52zVzK > SELF 0.00000000 Waves

{
    "type": 13,
    "id": "GrzNwmpCyNnEwmBGEf7APtTstKkW7vfYjgFxcobsHHSo",
    "fee": 1400000,
    "feeAssetId": null,
    "timestamp": 1586880745790,
    "version": 1,
    "sender": "3N9WCjPLrsncDVHTniEmTzmVjZnSQ52zVzK",
    "senderPublicKey": "9DJLcNVANhhNwbR2cK7CKSGMeeV8jJzZFxAqw1U4aMrR",
    "proofs": [
        "3oQYDT6jXpBHrfGhF6KtMggF2f4pctSJw41SUtmEaZWqhtUBUhWHzmmvGazPaaMGhNYYqH9o7CFKAQDPcfBuZYrG"
    ],
    "script": 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    "chainId": 84,
    "height": 954312,
    "spentComplexity": 0
}

View: original | compacted
Prev: CMtfKXq64na3bfgR5ZftRhcLuU4E7ZbLdd4DvR6rqs4e
Next: none

Diff: 
Old New Differences
76 76  
77 77  let bftCoefficientOracle = 4
78 78  
79 - let neutrinoAddress = extract(addressFromString("3MxhtMQz47hfKtguyjk8gbF7zqPXBMgMUXL"))
79 + let neutrinoAddress = addressFromPublicKey(fromBase58String("BRnVwSVctnV8pge5vRpsJdWnkjWEJspFb6QvrmZvu3Ht"))
80 80  
81 - let liquidationAddress = extract(addressFromString("3N3kmathD6rtdmwdrHcyVFRBoifjn23WtxH"))
81 + let liquidationAddress = addressFromPublicKey(fromBase58String("H8Gooqgk4486MkqEQVwACpgoyEjt5Px4eskysnEDZ1nR"))
82 82  
83 - let neutrinoAsset = toBytes("JBhvgnAw39EzX3YQ5uBzpRfsmwZ2qGfvw9CKcH5Nppqc")
83 + let neutrinoAsset = fromBase58String("DG2xFkPdDwKUoBkzGAhQtLpSGzfXLiCYPEzeKH2Ad24p")
84 84  
85 85  let neutrinoLockedBalance = match getInteger(neutrinoAddress, "balance_lock_neutrino") {
86 86      case a: Int => 
286 286  @Callable(i)
287 287  func finalizeCurrentPrice (price1) = {
288 288      let newPrice = price1
289 -     let newPriceIndex = (priceIndex + 1)
290 -     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))
291 -         then ((deficit * 100) / neutrinoSupply)
292 -         else 0)])
289 +     WriteSet([DataEntry("price", newPrice)])
293 290      }
294 291  
295 292  
Full: 
Old New Differences
1 1  {-# STDLIB_VERSION 3 #-}
2 2  {-# SCRIPT_TYPE ACCOUNT #-}
3 3  {-# CONTENT_TYPE DAPP #-}
4 4  func convertWavesToNeutrino (amount,price) = fraction(fraction(amount, price, 100), 1000000, 100000000)
5 5  
6 6  
7 7  func getStringByKey (key) = match getString(this, key) {
8 8      case a: String => 
9 9          a
10 10      case _ => 
11 11          ""
12 12  }
13 13  
14 14  
15 15  func getNumberByAddressAndKey (address,key) = match getInteger(addressFromStringValue(address), key) {
16 16      case a: Int => 
17 17          a
18 18      case _ => 
19 19          0
20 20  }
21 21  
22 22  
23 23  func getOracleProvideHeight (ownerPub,height) = match getInteger(addressFromPublicKey(ownerPub), ("price_" + toString(height))) {
24 24      case a: Int => 
25 25          a
26 26      case _ => 
27 27          0
28 28  }
29 29  
30 30  
31 31  func getStringByAddressAndKey (address,key) = match getString(address, key) {
32 32      case a: String => 
33 33          a
34 34      case _ => 
35 35          ""
36 36  }
37 37  
38 38  
39 39  func dropElementInJsonArray (array,element) = {
40 40      let splitedArray = split(array, element)
41 41      if ((take(splitedArray[1], 1) == ","))
42 42          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 = 7
72 72  
73 73  let pubKeyOracles = getStringByKey("oracles")
74 74  
75 75  let pubKeyOraclesList = convertJsonArrayToList(pubKeyOracles)
76 76  
77 77  let bftCoefficientOracle = 4
78 78  
79 - let neutrinoAddress = extract(addressFromString("3MxhtMQz47hfKtguyjk8gbF7zqPXBMgMUXL"))
79 + let neutrinoAddress = addressFromPublicKey(fromBase58String("BRnVwSVctnV8pge5vRpsJdWnkjWEJspFb6QvrmZvu3Ht"))
80 80  
81 - let liquidationAddress = extract(addressFromString("3N3kmathD6rtdmwdrHcyVFRBoifjn23WtxH"))
81 + let liquidationAddress = addressFromPublicKey(fromBase58String("H8Gooqgk4486MkqEQVwACpgoyEjt5Px4eskysnEDZ1nR"))
82 82  
83 - let neutrinoAsset = toBytes("JBhvgnAw39EzX3YQ5uBzpRfsmwZ2qGfvw9CKcH5Nppqc")
83 + let neutrinoAsset = fromBase58String("DG2xFkPdDwKUoBkzGAhQtLpSGzfXLiCYPEzeKH2Ad24p")
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 = "3P7ihFVxBNbHK237TNdPxT1xHEu8pHexXTr"
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) = {
288 288      let newPrice = price1
289 -     let newPriceIndex = (priceIndex + 1)
290 -     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))
291 -         then ((deficit * 100) / neutrinoSupply)
292 -         else 0)])
289 +     WriteSet([DataEntry("price", newPrice)])
293 290      }
294 291  
295 292

Old	New		Differences
76	76
77	77		let bftCoefficientOracle = 4
78	78
79		-	let neutrinoAddress = ~~extract~~(~~addressFromString~~("~~3MxhtMQz47hfKtguyjk8gbF7zqPXBMgMUXL~~"))
	79	+	let neutrinoAddress = addressFromPublicKey(fromBase58String("BRnVwSVctnV8pge5vRpsJdWnkjWEJspFb6QvrmZvu3Ht"))
80	80
81		-	let liquidationAddress = ~~extract~~(~~addressFromString~~("~~3N3kmathD6rtdmwdrHcyVFRBoifjn23WtxH~~"))
	81	+	let liquidationAddress = addressFromPublicKey(fromBase58String("H8Gooqgk4486MkqEQVwACpgoyEjt5Px4eskysnEDZ1nR"))
82	82
83		-	let neutrinoAsset = ~~toBytes~~("~~JBhvgnAw39EzX3YQ5uBzpRfsmwZ2qGfvw9CKcH5Nppqc~~")
	83	+	let neutrinoAsset = fromBase58String("DG2xFkPdDwKUoBkzGAhQtLpSGzfXLiCYPEzeKH2Ad24p")
84	84
85	85		let neutrinoLockedBalance = match getInteger(neutrinoAddress, "balance_lock_neutrino") {
86	86		case a: Int =>

286	286		@Callable(i)
287	287		func finalizeCurrentPrice (price1) = {
288	288		let newPrice = price1
289		-	let newPriceIndex = (priceIndex + 1)
290		-	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))
291		-	then ((deficit * 100) / neutrinoSupply)
292		-	else 0)])
	289	+	WriteSet([DataEntry("price", newPrice)])
293	290		}
294	291
295	292

Old	New		Differences
1	1		{-# STDLIB_VERSION 3 #-}
2	2		{-# SCRIPT_TYPE ACCOUNT #-}
3	3		{-# CONTENT_TYPE DAPP #-}
4	4		func convertWavesToNeutrino (amount,price) = fraction(fraction(amount, price, 100), 1000000, 100000000)
5	5
6	6
7	7		func getStringByKey (key) = match getString(this, key) {
8	8		case a: String =>
9	9		a
10	10		case _ =>
11	11		""
12	12		}
13	13
14	14
15	15		func getNumberByAddressAndKey (address,key) = match getInteger(addressFromStringValue(address), key) {
16	16		case a: Int =>
17	17		a
18	18		case _ =>
19	19		0
20	20		}
21	21
22	22
23	23		func getOracleProvideHeight (ownerPub,height) = match getInteger(addressFromPublicKey(ownerPub), ("price_" + toString(height))) {
24	24		case a: Int =>
25	25		a
26	26		case _ =>
27	27		0
28	28		}
29	29
30	30
31	31		func getStringByAddressAndKey (address,key) = match getString(address, key) {
32	32		case a: String =>
33	33		a
34	34		case _ =>
35	35		""
36	36		}
37	37
38	38
39	39		func dropElementInJsonArray (array,element) = {
40	40		let splitedArray = split(array, element)
41	41		if ((take(splitedArray[1], 1) == ","))
42	42		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 = 7
72	72
73	73		let pubKeyOracles = getStringByKey("oracles")
74	74
75	75		let pubKeyOraclesList = convertJsonArrayToList(pubKeyOracles)
76	76
77	77		let bftCoefficientOracle = 4
78	78
79		-	let neutrinoAddress = ~~extract~~(~~addressFromString~~("~~3MxhtMQz47hfKtguyjk8gbF7zqPXBMgMUXL~~"))
	79	+	let neutrinoAddress = addressFromPublicKey(fromBase58String("BRnVwSVctnV8pge5vRpsJdWnkjWEJspFb6QvrmZvu3Ht"))
80	80
81		-	let liquidationAddress = ~~extract~~(~~addressFromString~~("~~3N3kmathD6rtdmwdrHcyVFRBoifjn23WtxH~~"))
	81	+	let liquidationAddress = addressFromPublicKey(fromBase58String("H8Gooqgk4486MkqEQVwACpgoyEjt5Px4eskysnEDZ1nR"))
82	82
83		-	let neutrinoAsset = ~~toBytes~~("~~JBhvgnAw39EzX3YQ5uBzpRfsmwZ2qGfvw9CKcH5Nppqc~~")
	83	+	let neutrinoAsset = fromBase58String("DG2xFkPdDwKUoBkzGAhQtLpSGzfXLiCYPEzeKH2Ad24p")
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 = "3P7ihFVxBNbHK237TNdPxT1xHEu8pHexXTr"
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) = {
288	288		let newPrice = price1
289		-	let newPriceIndex = (priceIndex + 1)
290		-	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))
291		-	then ((deficit * 100) / neutrinoSupply)
292		-	else 0)])
	289	+	WriteSet([DataEntry("price", newPrice)])
293	290		}
294	291
295	292

github/deemru/w8io/873ac7e 
54.52 ms ◑