w8 · tx · 6iw···SPx

tx · 6iwGBmWwpexWNE7ntDwuKKQhaPSU9mXEWarhaS3f2SPx

3P9REuLBnYBafDqtEu6hfzs2Rv2haSU158y:  -0.01400000 Waves

2022.03.15 19:15 [3030408] smart account 3P9REuLBnYBafDqtEu6hfzs2Rv2haSU158y > SELF 0.00000000 Waves

{
    "type": 13,
    "id": "6iwGBmWwpexWNE7ntDwuKKQhaPSU9mXEWarhaS3f2SPx",
    "fee": 1400000,
    "feeAssetId": null,
    "timestamp": 1647361015007,
    "version": 2,
    "chainId": 87,
    "sender": "3P9REuLBnYBafDqtEu6hfzs2Rv2haSU158y",
    "senderPublicKey": "4o7Wphn2swW4DxuPY7UcT6YpsZniEMnDH818h1pC3BeX",
    "proofs": [
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    ],
    "script": 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    "height": 3030408,
    "applicationStatus": "succeeded",
    "spentComplexity": 0
}

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Diff: 
Old New Differences
7 7  
8 8  let HatchingFinished = "BREEDING_FINISHED"
9 9  
10 - let incubatorAddress = base58'3P6TwNU39Ykkbeqhn5TE4a2736xsA1vXemM'
10 + let incubatorAddress = base58'3PEktVux2RhchSN63DsDo4b4mz4QqzKSeDv'
11 11  
12 12  let GENS = ["A", "B", "C", "D", "E", "F", "G", "H"]
13 13  
15 15  
16 16  let Generations = ["G", "H", "I", "K", "L", "M", "N", "O"]
17 17  
18 - let rebirthAddress = base58'3PKL9tfUmNciXvbSA3zpXr6PnDNnhn936ba'
18 + let rebirthAddress = base58'3PCC6fVHNa6289DTDmcUo3RuLaFmteZZsmQ'
19 19  
20 20  func getProcessStatusKey (address,txId) = (((address + "_") + toBase58String(txId)) + "_status")
21 21  
203 203  }
204 204  
205 205  
206 - func composeGenericData (duckGen,asset,assetId,duckIdKey) = {
207 -     let farmGen = asString(invoke(this, "getGenFromName", [duckGen], nil))
208 -     if ((farmGen == farmGen))
209 -         then {
210 -             let amount = tryGetInteger(getDuckStatsKey(duckGen))
211 -             let quantity = tryGetInteger((("stats_" + farmGen) + "_quantity"))
212 - [StringEntry(duckIdKey, toBase58String(assetId)), StringEntry(toBase58String(assetId), duckIdKey), IntegerEntry(getDuckStatsKey(duckGen), (amount + 1)), IntegerEntry((("stats_" + farmGen) + "_quantity"), (quantity + 1)), asset]
213 -             }
214 -         else throw("Strict value is not equal to itself.")
215 -     }
216 - 
217 - 
218 206  @Callable(i)
219 207  func getGenFromName (assetName) = {
220 208      let genotype = split(dropRight(drop(assetName, 5), 3), "")
389 377          let asset = Issue(duckGen, description, 1, 0, false)
390 378          let assetId = calculateAssetId(asset)
391 379          let duckIdKey = getDuckIdKey(toString(i.caller), txId)
392 -         (composeGenericData(duckGen, asset, assetId, duckIdKey) ++ [IntegerEntry((("asset_" + toBase58String(assetId)) + "_children"), children), ScriptTransfer(Address(address), 1, assetId)])
380 +         let farmGen = asString(invoke(this, "getGenFromName", [duckGen], nil))
381 +         if ((farmGen == farmGen))
382 +             then {
383 +                 let amount = tryGetInteger(getDuckStatsKey(duckGen))
384 +                 let quantity = tryGetInteger((("stats_" + farmGen) + "_quantity"))
385 +                 let composeGenericData = [StringEntry(duckIdKey, toBase58String(assetId)), StringEntry(toBase58String(assetId), duckIdKey), IntegerEntry(getDuckStatsKey(duckGen), (amount + 1)), IntegerEntry((("stats_" + farmGen) + "_quantity"), (quantity + 1)), asset]
386 +                 (composeGenericData ++ [IntegerEntry((("asset_" + toBase58String(assetId)) + "_children"), children), ScriptTransfer(Address(address), 1, assetId)])
387 +                 }
388 +             else throw("Strict value is not equal to itself.")
393 389          }
394 390  
395 391  
450 446                  let assetId = calculateAssetId(asset)
451 447                  let parent1Id = tryGetString(getDuckParentKey(txId, 1))
452 448                  let parent2Id = tryGetString(getDuckParentKey(txId, 2))
453 -                 (composeGenericData(duckGen, asset, assetId, duckIdKey) ++ [StringEntry(processStatusKey, HatchingFinished), IntegerEntry((("asset_" + parent1Id) + "_children"), 1), IntegerEntry((("asset_" + parent2Id) + "_children"), 1), asset, ScriptTransfer(i.caller, 1, assetId), ScriptTransfer(i.caller, 1, fromBase58String(parent1Id)), ScriptTransfer(i.caller, 1, fromBase58String(parent2Id))])
449 +                 let farmGen = asString(invoke(this, "getGenFromName", [duckGen], nil))
450 +                 if ((farmGen == farmGen))
451 +                     then {
452 +                         let amount = tryGetInteger(getDuckStatsKey(duckGen))
453 +                         let quantity = tryGetInteger((("stats_" + farmGen) + "_quantity"))
454 +                         let composeGenericData = [StringEntry(duckIdKey, toBase58String(assetId)), StringEntry(toBase58String(assetId), duckIdKey), IntegerEntry(getDuckStatsKey(duckGen), (amount + 1)), IntegerEntry((("stats_" + farmGen) + "_quantity"), (quantity + 1)), asset]
455 +                         (composeGenericData ++ [StringEntry(processStatusKey, HatchingFinished), IntegerEntry((("asset_" + parent1Id) + "_children"), 1), IntegerEntry((("asset_" + parent2Id) + "_children"), 1), asset, ScriptTransfer(i.caller, 1, assetId), ScriptTransfer(i.caller, 1, fromBase58String(parent1Id)), ScriptTransfer(i.caller, 1, fromBase58String(parent2Id))])
456 +                         }
457 +                     else throw("Strict value is not equal to itself.")
454 458                  }
455 459      }
456 460  
470 474      }
471 475  
472 476  
477 + @Verifier(tx)
478 + func verify () = sigVerify(tx.bodyBytes, tx.proofs[0], tx.senderPublicKey)
479 + 
Full: 
Old New Differences
1 1  {-# STDLIB_VERSION 5 #-}
2 2  {-# SCRIPT_TYPE ACCOUNT #-}
3 3  {-# CONTENT_TYPE DAPP #-}
4 4  let delayForHatching = 2
5 5  
6 6  let HatchingStarted = "BREEDING_STARTED"
7 7  
8 8  let HatchingFinished = "BREEDING_FINISHED"
9 9  
10 - let incubatorAddress = base58'3P6TwNU39Ykkbeqhn5TE4a2736xsA1vXemM'
10 + let incubatorAddress = base58'3PEktVux2RhchSN63DsDo4b4mz4QqzKSeDv'
11 11  
12 12  let GENS = ["A", "B", "C", "D", "E", "F", "G", "H"]
13 13  
14 14  let MaxGeneration = 7
15 15  
16 16  let Generations = ["G", "H", "I", "K", "L", "M", "N", "O"]
17 17  
18 - let rebirthAddress = base58'3PKL9tfUmNciXvbSA3zpXr6PnDNnhn936ba'
18 + let rebirthAddress = base58'3PCC6fVHNa6289DTDmcUo3RuLaFmteZZsmQ'
19 19  
20 20  func getProcessStatusKey (address,txId) = (((address + "_") + toBase58String(txId)) + "_status")
21 21  
22 22  
23 23  func getProcessFinishHeightKey (address,txId) = (((address + "_") + toBase58String(txId)) + "_fh")
24 24  
25 25  
26 26  func getDuckParentKey (txId,parentNum) = ((("inittx_" + toBase58String(txId)) + "_parent") + toString(parentNum))
27 27  
28 28  
29 29  func getDuckIdKey (address,txId) = (((address + "_") + toBase58String(txId)) + "_di")
30 30  
31 31  
32 32  func getDuckStatsKey (genString) = (("stats_" + genString) + "_amount")
33 33  
34 34  
35 35  func tryGetInteger (key) = {
36 36      let val =     match getInteger(this, key) {
37 37          case b: Int => 
38 38              b
39 39          case _ => 
40 40              0
41 41      }
42 42      val
43 43      }
44 44  
45 45  
46 46  func tryGetString (key) = {
47 47      let val =     match getString(this, key) {
48 48          case b: String => 
49 49              b
50 50          case _ => 
51 51              ""
52 52      }
53 53      val
54 54      }
55 55  
56 56  
57 57  func determineGeneration (g1,g2) = {
58 58      let gIndex = max([value(indexOf(Generations, g1)), value(indexOf(Generations, g2))])
59 59  Generations[(gIndex + 1)]
60 60      }
61 61  
62 62  
63 63  func getRandomNumber (variants,txId,hatchingFinishHeight,offset) = {
64 64      let randomSeedBlock = value(blockInfoByHeight((hatchingFinishHeight - 1)))
65 65      let randomHash = sha256_16Kb((txId + value(randomSeedBlock.vrf)))
66 66      (toInt(randomHash, offset) % variants)
67 67      }
68 68  
69 69  
70 70  func getRandomGen (gen1,gen2,step,txId,hatchingFinishHeight) = {
71 71      let randomNum = getRandomNumber(2, txId, hatchingFinishHeight, step)
72 72      let gen = if ((randomNum == 0))
73 73          then gen1
74 74          else gen2
75 75      gen
76 76      }
77 77  
78 78  
79 79  func generateDuck (txId,hatchingFinishHeight) = {
80 80      let colorRandom = getRandomNumber(4, txId, hatchingFinishHeight, 11)
81 81      let color = if ((colorRandom == 0))
82 82          then "Y"
83 83          else if ((colorRandom == 1))
84 84              then "G"
85 85              else if ((colorRandom == 2))
86 86                  then "B"
87 87                  else "R"
88 88      let parent1Id = fromBase58String(tryGetString(getDuckParentKey(txId, 1)))
89 89      let parent2Id = fromBase58String(tryGetString(getDuckParentKey(txId, 2)))
90 90      let parent1Gen = split(value(assetInfo(parent1Id)).name, "")
91 91      let parent2Gen = split(value(assetInfo(parent2Id)).name, "")
92 92      let gen = ((((((((((("DUCK-" + getRandomGen(parent1Gen[5], parent2Gen[5], 0, txId, hatchingFinishHeight)) + getRandomGen(parent1Gen[6], parent2Gen[6], 1, txId, hatchingFinishHeight)) + getRandomGen(parent1Gen[7], parent2Gen[7], 2, txId, hatchingFinishHeight)) + getRandomGen(parent1Gen[8], parent2Gen[8], 3, txId, hatchingFinishHeight)) + getRandomGen(parent1Gen[9], parent2Gen[9], 4, txId, hatchingFinishHeight)) + getRandomGen(parent1Gen[10], parent2Gen[10], 5, txId, hatchingFinishHeight)) + getRandomGen(parent1Gen[11], parent2Gen[11], 6, txId, hatchingFinishHeight)) + getRandomGen(parent1Gen[12], parent2Gen[12], 7, txId, hatchingFinishHeight)) + "-") + determineGeneration(parent1Gen[14], parent2Gen[14])) + color)
93 93      gen
94 94      }
95 95  
96 96  
97 97  func checkAssetInIncubator (assetId) = {
98 98      let result =     match getString(Address(incubatorAddress), assetId) {
99 99          case b: String => 
100 100              true
101 101          case _ => 
102 102              false
103 103      }
104 104      let result2 =     match getString(this, assetId) {
105 105          case c: String => 
106 106              true
107 107          case _ => 
108 108              false
109 109      }
110 110      if (result)
111 111          then true
112 112          else result2
113 113      }
114 114  
115 115  
116 116  func canBeBreeded (asset1Id,asset2Id) = {
117 117      let asset1Gen = split(value(assetInfo(asset1Id)).name, "")
118 118      let asset2Gen = split(value(assetInfo(asset2Id)).name, "")
119 119      if ((value(indexOf(Generations, asset1Gen[14])) >= MaxGeneration))
120 120          then (("you can only breed ducks with generation " + Generations[MaxGeneration]) + " and lower")
121 121          else if ((value(indexOf(Generations, asset2Gen[14])) >= MaxGeneration))
122 122              then (("you can only breed ducks with generation " + Generations[MaxGeneration]) + " and lower")
123 123              else "true"
124 124      }
125 125  
126 126  
127 127  func isSymbolA (accumulated,sym) = if ((sym == "A"))
128 128      then (accumulated + 1)
129 129      else (accumulated + 0)
130 130  
131 131  
132 132  func isSymbolB (accumulated,sym) = if ((sym == "B"))
133 133      then (accumulated + 1)
134 134      else (accumulated + 0)
135 135  
136 136  
137 137  func isSymbolC (accumulated,sym) = if ((sym == "C"))
138 138      then (accumulated + 1)
139 139      else (accumulated + 0)
140 140  
141 141  
142 142  func isSymbolD (accumulated,sym) = if ((sym == "D"))
143 143      then (accumulated + 1)
144 144      else (accumulated + 0)
145 145  
146 146  
147 147  func isSymbolE (accumulated,sym) = if ((sym == "E"))
148 148      then (accumulated + 1)
149 149      else (accumulated + 0)
150 150  
151 151  
152 152  func isSymbolF (accumulated,sym) = if ((sym == "F"))
153 153      then (accumulated + 1)
154 154      else (accumulated + 0)
155 155  
156 156  
157 157  func isSymbolG (accumulated,sym) = if ((sym == "G"))
158 158      then (accumulated + 1)
159 159      else (accumulated + 0)
160 160  
161 161  
162 162  func isSymbolH (accumulated,sym) = if ((sym == "H"))
163 163      then (accumulated + 1)
164 164      else (accumulated + 0)
165 165  
166 166  
167 167  func isSymbolI (accumulated,sym) = if ((sym == "I"))
168 168      then (accumulated + 1)
169 169      else (accumulated + 0)
170 170  
171 171  
172 172  func isSymbolS (accumulated,sym) = if ((sym == "S"))
173 173      then (accumulated + 1)
174 174      else (accumulated + 0)
175 175  
176 176  
177 177  func isSymbolT (accumulated,sym) = if ((sym == "T"))
178 178      then (accumulated + 1)
179 179      else (accumulated + 0)
180 180  
181 181  
182 182  func getAmountOrClear (amount) = if (contains(amount, "0"))
183 183      then ""
184 184      else amount
185 185  
186 186  
187 187  func getItemsAddress () = Address(fromBase58String(tryGetString("static_itemsAddress")))
188 188  
189 189  
190 190  func asString (value) = match value {
191 191      case string: String => 
192 192          string
193 193      case _ => 
194 194          throw("wrong type, expected: String")
195 195  }
196 196  
197 197  
198 198  func asInt (value) = match value {
199 199      case int: Int => 
200 200          int
201 201      case _ => 
202 202          throw("wrong type, expected: Int")
203 203  }
204 204  
205 205  
206 - func composeGenericData (duckGen,asset,assetId,duckIdKey) = {
207 -     let farmGen = asString(invoke(this, "getGenFromName", [duckGen], nil))
208 -     if ((farmGen == farmGen))
209 -         then {
210 -             let amount = tryGetInteger(getDuckStatsKey(duckGen))
211 -             let quantity = tryGetInteger((("stats_" + farmGen) + "_quantity"))
212 - [StringEntry(duckIdKey, toBase58String(assetId)), StringEntry(toBase58String(assetId), duckIdKey), IntegerEntry(getDuckStatsKey(duckGen), (amount + 1)), IntegerEntry((("stats_" + farmGen) + "_quantity"), (quantity + 1)), asset]
213 -             }
214 -         else throw("Strict value is not equal to itself.")
215 -     }
216 - 
217 - 
218 206  @Callable(i)
219 207  func getGenFromName (assetName) = {
220 208      let genotype = split(dropRight(drop(assetName, 5), 3), "")
221 209      let generation = split(assetName, "")[14]
222 210      let gen = ((((((((((((getAmountOrClear((toString({
223 211          let $l = genotype
224 212          let $s = size($l)
225 213          let $acc0 = 0
226 214          func $f0_1 ($a,$i) =         if (($i >= $s))
227 215              then $a
228 216              else isSymbolA($a, $l[$i])
229 217  
230 218          func $f0_2 ($a,$i) =         if (($i >= $s))
231 219              then $a
232 220              else throw("List size exceeds 8")
233 221  
234 222          $f0_2($f0_1($f0_1($f0_1($f0_1($f0_1($f0_1($f0_1($f0_1($acc0, 0), 1), 2), 3), 4), 5), 6), 7), 8)
235 223          }) + "A")) + getAmountOrClear((toString({
236 224          let $l = genotype
237 225          let $s = size($l)
238 226          let $acc0 = 0
239 227          func $f1_1 ($a,$i) =         if (($i >= $s))
240 228              then $a
241 229              else isSymbolB($a, $l[$i])
242 230  
243 231          func $f1_2 ($a,$i) =         if (($i >= $s))
244 232              then $a
245 233              else throw("List size exceeds 8")
246 234  
247 235          $f1_2($f1_1($f1_1($f1_1($f1_1($f1_1($f1_1($f1_1($f1_1($acc0, 0), 1), 2), 3), 4), 5), 6), 7), 8)
248 236          }) + "B"))) + getAmountOrClear((toString({
249 237          let $l = genotype
250 238          let $s = size($l)
251 239          let $acc0 = 0
252 240          func $f2_1 ($a,$i) =         if (($i >= $s))
253 241              then $a
254 242              else isSymbolC($a, $l[$i])
255 243  
256 244          func $f2_2 ($a,$i) =         if (($i >= $s))
257 245              then $a
258 246              else throw("List size exceeds 8")
259 247  
260 248          $f2_2($f2_1($f2_1($f2_1($f2_1($f2_1($f2_1($f2_1($f2_1($acc0, 0), 1), 2), 3), 4), 5), 6), 7), 8)
261 249          }) + "C"))) + getAmountOrClear((toString({
262 250          let $l = genotype
263 251          let $s = size($l)
264 252          let $acc0 = 0
265 253          func $f3_1 ($a,$i) =         if (($i >= $s))
266 254              then $a
267 255              else isSymbolD($a, $l[$i])
268 256  
269 257          func $f3_2 ($a,$i) =         if (($i >= $s))
270 258              then $a
271 259              else throw("List size exceeds 8")
272 260  
273 261          $f3_2($f3_1($f3_1($f3_1($f3_1($f3_1($f3_1($f3_1($f3_1($acc0, 0), 1), 2), 3), 4), 5), 6), 7), 8)
274 262          }) + "D"))) + getAmountOrClear((toString({
275 263          let $l = genotype
276 264          let $s = size($l)
277 265          let $acc0 = 0
278 266          func $f4_1 ($a,$i) =         if (($i >= $s))
279 267              then $a
280 268              else isSymbolE($a, $l[$i])
281 269  
282 270          func $f4_2 ($a,$i) =         if (($i >= $s))
283 271              then $a
284 272              else throw("List size exceeds 8")
285 273  
286 274          $f4_2($f4_1($f4_1($f4_1($f4_1($f4_1($f4_1($f4_1($f4_1($acc0, 0), 1), 2), 3), 4), 5), 6), 7), 8)
287 275          }) + "E"))) + getAmountOrClear((toString({
288 276          let $l = genotype
289 277          let $s = size($l)
290 278          let $acc0 = 0
291 279          func $f5_1 ($a,$i) =         if (($i >= $s))
292 280              then $a
293 281              else isSymbolF($a, $l[$i])
294 282  
295 283          func $f5_2 ($a,$i) =         if (($i >= $s))
296 284              then $a
297 285              else throw("List size exceeds 8")
298 286  
299 287          $f5_2($f5_1($f5_1($f5_1($f5_1($f5_1($f5_1($f5_1($f5_1($acc0, 0), 1), 2), 3), 4), 5), 6), 7), 8)
300 288          }) + "F"))) + getAmountOrClear((toString({
301 289          let $l = genotype
302 290          let $s = size($l)
303 291          let $acc0 = 0
304 292          func $f6_1 ($a,$i) =         if (($i >= $s))
305 293              then $a
306 294              else isSymbolG($a, $l[$i])
307 295  
308 296          func $f6_2 ($a,$i) =         if (($i >= $s))
309 297              then $a
310 298              else throw("List size exceeds 8")
311 299  
312 300          $f6_2($f6_1($f6_1($f6_1($f6_1($f6_1($f6_1($f6_1($f6_1($acc0, 0), 1), 2), 3), 4), 5), 6), 7), 8)
313 301          }) + "G"))) + getAmountOrClear((toString({
314 302          let $l = genotype
315 303          let $s = size($l)
316 304          let $acc0 = 0
317 305          func $f7_1 ($a,$i) =         if (($i >= $s))
318 306              then $a
319 307              else isSymbolH($a, $l[$i])
320 308  
321 309          func $f7_2 ($a,$i) =         if (($i >= $s))
322 310              then $a
323 311              else throw("List size exceeds 8")
324 312  
325 313          $f7_2($f7_1($f7_1($f7_1($f7_1($f7_1($f7_1($f7_1($f7_1($acc0, 0), 1), 2), 3), 4), 5), 6), 7), 8)
326 314          }) + "H"))) + getAmountOrClear((toString({
327 315          let $l = genotype
328 316          let $s = size($l)
329 317          let $acc0 = 0
330 318          func $f8_1 ($a,$i) =         if (($i >= $s))
331 319              then $a
332 320              else isSymbolI($a, $l[$i])
333 321  
334 322          func $f8_2 ($a,$i) =         if (($i >= $s))
335 323              then $a
336 324              else throw("List size exceeds 8")
337 325  
338 326          $f8_2($f8_1($f8_1($f8_1($f8_1($f8_1($f8_1($f8_1($f8_1($acc0, 0), 1), 2), 3), 4), 5), 6), 7), 8)
339 327          }) + "I"))) + getAmountOrClear((toString({
340 328          let $l = genotype
341 329          let $s = size($l)
342 330          let $acc0 = 0
343 331          func $f9_1 ($a,$i) =         if (($i >= $s))
344 332              then $a
345 333              else isSymbolS($a, $l[$i])
346 334  
347 335          func $f9_2 ($a,$i) =         if (($i >= $s))
348 336              then $a
349 337              else throw("List size exceeds 8")
350 338  
351 339          $f9_2($f9_1($f9_1($f9_1($f9_1($f9_1($f9_1($f9_1($f9_1($acc0, 0), 1), 2), 3), 4), 5), 6), 7), 8)
352 340          }) + "S"))) + getAmountOrClear((toString({
353 341          let $l = genotype
354 342          let $s = size($l)
355 343          let $acc0 = 0
356 344          func $f10_1 ($a,$i) =         if (($i >= $s))
357 345              then $a
358 346              else isSymbolT($a, $l[$i])
359 347  
360 348          func $f10_2 ($a,$i) =         if (($i >= $s))
361 349              then $a
362 350              else throw("List size exceeds 8")
363 351  
364 352          $f10_2($f10_1($f10_1($f10_1($f10_1($f10_1($f10_1($f10_1($f10_1($acc0, 0), 1), 2), 3), 4), 5), 6), 7), 8)
365 353          }) + "T"))) + "-") + generation)
366 354      $Tuple2(nil, gen)
367 355      }
368 356  
369 357  
370 358  
371 359  @Callable(i)
372 360  func validateAndGetChildren (assetId) = if (!(checkAssetInIncubator(assetId)))
373 361      then throw((("You need to attach a valid NFT-duck. " + assetId) + " is invalid!"))
374 362      else {
375 363          let children = tryGetInteger((("asset_" + assetId) + "_children"))
376 364          $Tuple2(nil, children)
377 365          }
378 366  
379 367  
380 368  
381 369  @Callable(i)
382 370  func createDuckSpecialGenes (address,duckGen,children) = if (if ((i.caller != getItemsAddress()))
383 371      then (i.caller != this)
384 372      else false)
385 373      then throw("admin or items only")
386 374      else {
387 375          let txId = i.transactionId
388 376          let description = (("{\"genotype\": \"" + duckGen) + "\", \"crossbreeding\": true}")
389 377          let asset = Issue(duckGen, description, 1, 0, false)
390 378          let assetId = calculateAssetId(asset)
391 379          let duckIdKey = getDuckIdKey(toString(i.caller), txId)
392 -         (composeGenericData(duckGen, asset, assetId, duckIdKey) ++ [IntegerEntry((("asset_" + toBase58String(assetId)) + "_children"), children), ScriptTransfer(Address(address), 1, assetId)])
380 +         let farmGen = asString(invoke(this, "getGenFromName", [duckGen], nil))
381 +         if ((farmGen == farmGen))
382 +             then {
383 +                 let amount = tryGetInteger(getDuckStatsKey(duckGen))
384 +                 let quantity = tryGetInteger((("stats_" + farmGen) + "_quantity"))
385 +                 let composeGenericData = [StringEntry(duckIdKey, toBase58String(assetId)), StringEntry(toBase58String(assetId), duckIdKey), IntegerEntry(getDuckStatsKey(duckGen), (amount + 1)), IntegerEntry((("stats_" + farmGen) + "_quantity"), (quantity + 1)), asset]
386 +                 (composeGenericData ++ [IntegerEntry((("asset_" + toBase58String(assetId)) + "_children"), children), ScriptTransfer(Address(address), 1, assetId)])
387 +                 }
388 +             else throw("Strict value is not equal to itself.")
393 389          }
394 390  
395 391  
396 392  
397 393  @Callable(i)
398 394  func startDuckBreeding () = {
399 395      let firstPayment = value(i.payments[0])
400 396      let secondPayment = value(i.payments[1])
401 397      let firstAssetId = toBase58String(value(firstPayment.assetId))
402 398      let secondAssetId = toBase58String(value(secondPayment.assetId))
403 399      if (if ((firstPayment.amount != 1))
404 400          then true
405 401          else (secondPayment.amount != 1))
406 402          then throw("NFT is not attached")
407 403          else {
408 404              let children1 = asInt(invoke(this, "validateAndGetChildren", [firstAssetId], nil))
409 405              if ((children1 == children1))
410 406                  then {
411 407                      let children2 = asInt(invoke(this, "validateAndGetChildren", [secondAssetId], nil))
412 408                      if ((children2 == children2))
413 409                          then if (if ((children1 > 0))
414 410                              then true
415 411                              else (children1 > 0))
416 412                              then throw("One duck can be used for breeding only once in its lifetime.")
417 413                              else {
418 414                                  let breededStatus = canBeBreeded(fromBase58String(firstAssetId), fromBase58String(secondAssetId))
419 415                                  if ((breededStatus != "true"))
420 416                                      then throw(("These ducks cannot be breeded: " + breededStatus))
421 417                                      else [StringEntry(getDuckParentKey(i.transactionId, 1), firstAssetId), StringEntry(getDuckParentKey(i.transactionId, 2), secondAssetId), StringEntry(getProcessStatusKey(toString(i.caller), i.transactionId), HatchingStarted), IntegerEntry(getProcessFinishHeightKey(toString(i.caller), i.transactionId), (height + delayForHatching))]
422 418                                  }
423 419                          else throw("Strict value is not equal to itself.")
424 420                      }
425 421                  else throw("Strict value is not equal to itself.")
426 422              }
427 423      }
428 424  
429 425  
430 426  
431 427  @Callable(i)
432 428  func finishDuckHatching (txIdStr) = {
433 429      let txId = fromBase58String(txIdStr)
434 430      let processStatusKey = getProcessStatusKey(toString(i.caller), txId)
435 431      let finishHeightKey = getProcessFinishHeightKey(toString(i.caller), txId)
436 432      let duckIdKey = getDuckIdKey(toString(i.caller), txId)
437 433      let processTxStatus = getStringValue(this, processStatusKey)
438 434      let processFinishHeight = getIntegerValue(this, finishHeightKey)
439 435      if ((processTxStatus == HatchingFinished))
440 436          then {
441 437              let duckId = getStringValue(this, getDuckIdKey(toString(i.caller), txId))
442 438              throw(("The duck was breeded and claimed already, here is the folowing: " + duckId))
443 439              }
444 440          else if ((processFinishHeight > height))
445 441              then throw((((("Breeding is not finished yet " + toString((processFinishHeight - height))) + " blocks remaining, it will take around ") + toString((processFinishHeight - height))) + " minutes"))
446 442              else {
447 443                  let duckGen = generateDuck(txId, processFinishHeight)
448 444                  let description = (("{\"genotype\": \"" + duckGen) + "\", \"crossbreeding\": true}")
449 445                  let asset = Issue(duckGen, description, 1, 0, false, unit, processFinishHeight)
450 446                  let assetId = calculateAssetId(asset)
451 447                  let parent1Id = tryGetString(getDuckParentKey(txId, 1))
452 448                  let parent2Id = tryGetString(getDuckParentKey(txId, 2))
453 -                 (composeGenericData(duckGen, asset, assetId, duckIdKey) ++ [StringEntry(processStatusKey, HatchingFinished), IntegerEntry((("asset_" + parent1Id) + "_children"), 1), IntegerEntry((("asset_" + parent2Id) + "_children"), 1), asset, ScriptTransfer(i.caller, 1, assetId), ScriptTransfer(i.caller, 1, fromBase58String(parent1Id)), ScriptTransfer(i.caller, 1, fromBase58String(parent2Id))])
449 +                 let farmGen = asString(invoke(this, "getGenFromName", [duckGen], nil))
450 +                 if ((farmGen == farmGen))
451 +                     then {
452 +                         let amount = tryGetInteger(getDuckStatsKey(duckGen))
453 +                         let quantity = tryGetInteger((("stats_" + farmGen) + "_quantity"))
454 +                         let composeGenericData = [StringEntry(duckIdKey, toBase58String(assetId)), StringEntry(toBase58String(assetId), duckIdKey), IntegerEntry(getDuckStatsKey(duckGen), (amount + 1)), IntegerEntry((("stats_" + farmGen) + "_quantity"), (quantity + 1)), asset]
455 +                         (composeGenericData ++ [StringEntry(processStatusKey, HatchingFinished), IntegerEntry((("asset_" + parent1Id) + "_children"), 1), IntegerEntry((("asset_" + parent2Id) + "_children"), 1), asset, ScriptTransfer(i.caller, 1, assetId), ScriptTransfer(i.caller, 1, fromBase58String(parent1Id)), ScriptTransfer(i.caller, 1, fromBase58String(parent2Id))])
456 +                         }
457 +                     else throw("Strict value is not equal to itself.")
454 458                  }
455 459      }
456 460  
457 461  
458 462  
459 463  @Callable(i)
460 464  func reduceRarity (assetId,farmGen) = {
461 465      let asset = fromBase58String(assetId)
462 466      if (if ((i.caller != Address(rebirthAddress)))
463 467          then (i.caller != this)
464 468          else false)
465 469          then throw("admin or rebirth only")
466 470          else {
467 471              let duckGen = value(assetInfo(asset)).name
468 472  [IntegerEntry(getDuckStatsKey(duckGen), (tryGetInteger(getDuckStatsKey(duckGen)) - 1)), IntegerEntry((("stats_" + farmGen) + "_quantity"), (tryGetInteger((("stats_" + farmGen) + "_quantity")) - 1))]
469 473              }
470 474      }
471 475  
472 476  
477 + @Verifier(tx)
478 + func verify () = sigVerify(tx.bodyBytes, tx.proofs[0], tx.senderPublicKey)
479 +

Old	New		Differences
7	7
8	8		let HatchingFinished = "BREEDING_FINISHED"
9	9
10		-	let incubatorAddress = base58'~~3P6TwNU39Ykkbeqhn5TE4a2736xsA1vXemM~~'
	10	+	let incubatorAddress = base58'3PEktVux2RhchSN63DsDo4b4mz4QqzKSeDv'
11	11
12	12		let GENS = ["A", "B", "C", "D", "E", "F", "G", "H"]
13	13

15	15
16	16		let Generations = ["G", "H", "I", "K", "L", "M", "N", "O"]
17	17
18		-	let rebirthAddress = base58'~~3PKL9tfUmNciXvbSA3zpXr6PnDNnhn936ba~~'
	18	+	let rebirthAddress = base58'3PCC6fVHNa6289DTDmcUo3RuLaFmteZZsmQ'
19	19
20	20		func getProcessStatusKey (address,txId) = (((address + "_") + toBase58String(txId)) + "_status")
21	21

203	203		}
204	204
205	205
206		-	func composeGenericData (duckGen,asset,assetId,duckIdKey) = {
207		-	let farmGen = asString(invoke(this, "getGenFromName", [duckGen], nil))
208		-	if ((farmGen == farmGen))
209		-	then {
210		-	let amount = tryGetInteger(getDuckStatsKey(duckGen))
211		-	let quantity = tryGetInteger((("stats_" + farmGen) + "_quantity"))
212		-	[StringEntry(duckIdKey, toBase58String(assetId)), StringEntry(toBase58String(assetId), duckIdKey), IntegerEntry(getDuckStatsKey(duckGen), (amount + 1)), IntegerEntry((("stats_" + farmGen) + "_quantity"), (quantity + 1)), asset]
213		-	}
214		-	else throw("Strict value is not equal to itself.")
215		-	}
216		-
217		-
218	206		@Callable(i)
219	207		func getGenFromName (assetName) = {
220	208		let genotype = split(dropRight(drop(assetName, 5), 3), "")

389	377		let asset = Issue(duckGen, description, 1, 0, false)
390	378		let assetId = calculateAssetId(asset)
391	379		let duckIdKey = getDuckIdKey(toString(i.caller), txId)
392		-	(composeGenericData(duckGen, asset, assetId, duckIdKey) ++ [IntegerEntry((("asset_" + toBase58String(assetId)) + "_children"), children), ScriptTransfer(Address(address), 1, assetId)])
	380	+	let farmGen = asString(invoke(this, "getGenFromName", [duckGen], nil))
	381	+	if ((farmGen == farmGen))
	382	+	then {
	383	+	let amount = tryGetInteger(getDuckStatsKey(duckGen))
	384	+	let quantity = tryGetInteger((("stats_" + farmGen) + "_quantity"))
	385	+	let composeGenericData = [StringEntry(duckIdKey, toBase58String(assetId)), StringEntry(toBase58String(assetId), duckIdKey), IntegerEntry(getDuckStatsKey(duckGen), (amount + 1)), IntegerEntry((("stats_" + farmGen) + "_quantity"), (quantity + 1)), asset]
	386	+	(composeGenericData ++ [IntegerEntry((("asset_" + toBase58String(assetId)) + "_children"), children), ScriptTransfer(Address(address), 1, assetId)])
	387	+	}
	388	+	else throw("Strict value is not equal to itself.")
393	389		}
394	390
395	391

450	446		let assetId = calculateAssetId(asset)
451	447		let parent1Id = tryGetString(getDuckParentKey(txId, 1))
452	448		let parent2Id = tryGetString(getDuckParentKey(txId, 2))
453		-	(composeGenericData(duckGen, asset, assetId, duckIdKey) ++ [StringEntry(processStatusKey, HatchingFinished), IntegerEntry((("asset_" + parent1Id) + "_children"), 1), IntegerEntry((("asset_" + parent2Id) + "_children"), 1), asset, ScriptTransfer(i.caller, 1, assetId), ScriptTransfer(i.caller, 1, fromBase58String(parent1Id)), ScriptTransfer(i.caller, 1, fromBase58String(parent2Id))])
	449	+	let farmGen = asString(invoke(this, "getGenFromName", [duckGen], nil))
	450	+	if ((farmGen == farmGen))
	451	+	then {
	452	+	let amount = tryGetInteger(getDuckStatsKey(duckGen))
	453	+	let quantity = tryGetInteger((("stats_" + farmGen) + "_quantity"))
	454	+	let composeGenericData = [StringEntry(duckIdKey, toBase58String(assetId)), StringEntry(toBase58String(assetId), duckIdKey), IntegerEntry(getDuckStatsKey(duckGen), (amount + 1)), IntegerEntry((("stats_" + farmGen) + "_quantity"), (quantity + 1)), asset]
	455	+	(composeGenericData ++ [StringEntry(processStatusKey, HatchingFinished), IntegerEntry((("asset_" + parent1Id) + "_children"), 1), IntegerEntry((("asset_" + parent2Id) + "_children"), 1), asset, ScriptTransfer(i.caller, 1, assetId), ScriptTransfer(i.caller, 1, fromBase58String(parent1Id)), ScriptTransfer(i.caller, 1, fromBase58String(parent2Id))])
	456	+	}
	457	+	else throw("Strict value is not equal to itself.")
454	458		}
455	459		}
456	460

470	474		}
471	475
472	476
	477	+	@Verifier(tx)
	478	+	func verify () = sigVerify(tx.bodyBytes, tx.proofs[0], tx.senderPublicKey)
	479	+

Old	New		Differences
1	1		{-# STDLIB_VERSION 5 #-}
2	2		{-# SCRIPT_TYPE ACCOUNT #-}
3	3		{-# CONTENT_TYPE DAPP #-}
4	4		let delayForHatching = 2
5	5
6	6		let HatchingStarted = "BREEDING_STARTED"
7	7
8	8		let HatchingFinished = "BREEDING_FINISHED"
9	9
10		-	let incubatorAddress = base58'~~3P6TwNU39Ykkbeqhn5TE4a2736xsA1vXemM~~'
	10	+	let incubatorAddress = base58'3PEktVux2RhchSN63DsDo4b4mz4QqzKSeDv'
11	11
12	12		let GENS = ["A", "B", "C", "D", "E", "F", "G", "H"]
13	13
14	14		let MaxGeneration = 7
15	15
16	16		let Generations = ["G", "H", "I", "K", "L", "M", "N", "O"]
17	17
18		-	let rebirthAddress = base58'~~3PKL9tfUmNciXvbSA3zpXr6PnDNnhn936ba~~'
	18	+	let rebirthAddress = base58'3PCC6fVHNa6289DTDmcUo3RuLaFmteZZsmQ'
19	19
20	20		func getProcessStatusKey (address,txId) = (((address + "_") + toBase58String(txId)) + "_status")
21	21
22	22
23	23		func getProcessFinishHeightKey (address,txId) = (((address + "_") + toBase58String(txId)) + "_fh")
24	24
25	25
26	26		func getDuckParentKey (txId,parentNum) = ((("inittx_" + toBase58String(txId)) + "_parent") + toString(parentNum))
27	27
28	28
29	29		func getDuckIdKey (address,txId) = (((address + "_") + toBase58String(txId)) + "_di")
30	30
31	31
32	32		func getDuckStatsKey (genString) = (("stats_" + genString) + "_amount")
33	33
34	34
35	35		func tryGetInteger (key) = {
36	36		let val = match getInteger(this, key) {
37	37		case b: Int =>
38	38		b
39	39		case _ =>
40	40		0
41	41		}
42	42		val
43	43		}
44	44
45	45
46	46		func tryGetString (key) = {
47	47		let val = match getString(this, key) {
48	48		case b: String =>
49	49		b
50	50		case _ =>
51	51		""
52	52		}
53	53		val
54	54		}
55	55
56	56
57	57		func determineGeneration (g1,g2) = {
58	58		let gIndex = max([value(indexOf(Generations, g1)), value(indexOf(Generations, g2))])
59	59		Generations[(gIndex + 1)]
60	60		}
61	61
62	62
63	63		func getRandomNumber (variants,txId,hatchingFinishHeight,offset) = {
64	64		let randomSeedBlock = value(blockInfoByHeight((hatchingFinishHeight - 1)))
65	65		let randomHash = sha256_16Kb((txId + value(randomSeedBlock.vrf)))
66	66		(toInt(randomHash, offset) % variants)
67	67		}
68	68
69	69
70	70		func getRandomGen (gen1,gen2,step,txId,hatchingFinishHeight) = {
71	71		let randomNum = getRandomNumber(2, txId, hatchingFinishHeight, step)
72	72		let gen = if ((randomNum == 0))
73	73		then gen1
74	74		else gen2
75	75		gen
76	76		}
77	77
78	78
79	79		func generateDuck (txId,hatchingFinishHeight) = {
80	80		let colorRandom = getRandomNumber(4, txId, hatchingFinishHeight, 11)
81	81		let color = if ((colorRandom == 0))
82	82		then "Y"
83	83		else if ((colorRandom == 1))
84	84		then "G"
85	85		else if ((colorRandom == 2))
86	86		then "B"
87	87		else "R"
88	88		let parent1Id = fromBase58String(tryGetString(getDuckParentKey(txId, 1)))
89	89		let parent2Id = fromBase58String(tryGetString(getDuckParentKey(txId, 2)))
90	90		let parent1Gen = split(value(assetInfo(parent1Id)).name, "")
91	91		let parent2Gen = split(value(assetInfo(parent2Id)).name, "")
92	92		let gen = ((((((((((("DUCK-" + getRandomGen(parent1Gen[5], parent2Gen[5], 0, txId, hatchingFinishHeight)) + getRandomGen(parent1Gen[6], parent2Gen[6], 1, txId, hatchingFinishHeight)) + getRandomGen(parent1Gen[7], parent2Gen[7], 2, txId, hatchingFinishHeight)) + getRandomGen(parent1Gen[8], parent2Gen[8], 3, txId, hatchingFinishHeight)) + getRandomGen(parent1Gen[9], parent2Gen[9], 4, txId, hatchingFinishHeight)) + getRandomGen(parent1Gen[10], parent2Gen[10], 5, txId, hatchingFinishHeight)) + getRandomGen(parent1Gen[11], parent2Gen[11], 6, txId, hatchingFinishHeight)) + getRandomGen(parent1Gen[12], parent2Gen[12], 7, txId, hatchingFinishHeight)) + "-") + determineGeneration(parent1Gen[14], parent2Gen[14])) + color)
93	93		gen
94	94		}
95	95
96	96
97	97		func checkAssetInIncubator (assetId) = {
98	98		let result = match getString(Address(incubatorAddress), assetId) {
99	99		case b: String =>
100	100		true
101	101		case _ =>
102	102		false
103	103		}
104	104		let result2 = match getString(this, assetId) {
105	105		case c: String =>
106	106		true
107	107		case _ =>
108	108		false
109	109		}
110	110		if (result)
111	111		then true
112	112		else result2
113	113		}
114	114
115	115
116	116		func canBeBreeded (asset1Id,asset2Id) = {
117	117		let asset1Gen = split(value(assetInfo(asset1Id)).name, "")
118	118		let asset2Gen = split(value(assetInfo(asset2Id)).name, "")
119	119		if ((value(indexOf(Generations, asset1Gen[14])) >= MaxGeneration))
120	120		then (("you can only breed ducks with generation " + Generations[MaxGeneration]) + " and lower")
121	121		else if ((value(indexOf(Generations, asset2Gen[14])) >= MaxGeneration))
122	122		then (("you can only breed ducks with generation " + Generations[MaxGeneration]) + " and lower")
123	123		else "true"
124	124		}
125	125
126	126
127	127		func isSymbolA (accumulated,sym) = if ((sym == "A"))
128	128		then (accumulated + 1)
129	129		else (accumulated + 0)
130	130
131	131
132	132		func isSymbolB (accumulated,sym) = if ((sym == "B"))
133	133		then (accumulated + 1)
134	134		else (accumulated + 0)
135	135
136	136
137	137		func isSymbolC (accumulated,sym) = if ((sym == "C"))
138	138		then (accumulated + 1)
139	139		else (accumulated + 0)
140	140
141	141
142	142		func isSymbolD (accumulated,sym) = if ((sym == "D"))
143	143		then (accumulated + 1)
144	144		else (accumulated + 0)
145	145
146	146
147	147		func isSymbolE (accumulated,sym) = if ((sym == "E"))
148	148		then (accumulated + 1)
149	149		else (accumulated + 0)
150	150
151	151
152	152		func isSymbolF (accumulated,sym) = if ((sym == "F"))
153	153		then (accumulated + 1)
154	154		else (accumulated + 0)
155	155
156	156
157	157		func isSymbolG (accumulated,sym) = if ((sym == "G"))
158	158		then (accumulated + 1)
159	159		else (accumulated + 0)
160	160
161	161
162	162		func isSymbolH (accumulated,sym) = if ((sym == "H"))
163	163		then (accumulated + 1)
164	164		else (accumulated + 0)
165	165
166	166
167	167		func isSymbolI (accumulated,sym) = if ((sym == "I"))
168	168		then (accumulated + 1)
169	169		else (accumulated + 0)
170	170
171	171
172	172		func isSymbolS (accumulated,sym) = if ((sym == "S"))
173	173		then (accumulated + 1)
174	174		else (accumulated + 0)
175	175
176	176
177	177		func isSymbolT (accumulated,sym) = if ((sym == "T"))
178	178		then (accumulated + 1)
179	179		else (accumulated + 0)
180	180
181	181
182	182		func getAmountOrClear (amount) = if (contains(amount, "0"))
183	183		then ""
184	184		else amount
185	185
186	186
187	187		func getItemsAddress () = Address(fromBase58String(tryGetString("static_itemsAddress")))
188	188
189	189
190	190		func asString (value) = match value {
191	191		case string: String =>
192	192		string
193	193		case _ =>
194	194		throw("wrong type, expected: String")
195	195		}
196	196
197	197
198	198		func asInt (value) = match value {
199	199		case int: Int =>
200	200		int
201	201		case _ =>
202	202		throw("wrong type, expected: Int")
203	203		}
204	204
205	205
206		-	func composeGenericData (duckGen,asset,assetId,duckIdKey) = {
207		-	let farmGen = asString(invoke(this, "getGenFromName", [duckGen], nil))
208		-	if ((farmGen == farmGen))
209		-	then {
210		-	let amount = tryGetInteger(getDuckStatsKey(duckGen))
211		-	let quantity = tryGetInteger((("stats_" + farmGen) + "_quantity"))
212		-	[StringEntry(duckIdKey, toBase58String(assetId)), StringEntry(toBase58String(assetId), duckIdKey), IntegerEntry(getDuckStatsKey(duckGen), (amount + 1)), IntegerEntry((("stats_" + farmGen) + "_quantity"), (quantity + 1)), asset]
213		-	}
214		-	else throw("Strict value is not equal to itself.")
215		-	}
216		-
217		-
218	206		@Callable(i)
219	207		func getGenFromName (assetName) = {
220	208		let genotype = split(dropRight(drop(assetName, 5), 3), "")
221	209		let generation = split(assetName, "")[14]
222	210		let gen = ((((((((((((getAmountOrClear((toString({
223	211		let $l = genotype
224	212		let $s = size($l)
225	213		let $acc0 = 0
226	214		func $f0_1 ($a,$i) = if (($i >= $s))
227	215		then $a
228	216		else isSymbolA($a, $l[$i])
229	217
230	218		func $f0_2 ($a,$i) = if (($i >= $s))
231	219		then $a
232	220		else throw("List size exceeds 8")
233	221
234	222		$f0_2($f0_1($f0_1($f0_1($f0_1($f0_1($f0_1($f0_1($f0_1($acc0, 0), 1), 2), 3), 4), 5), 6), 7), 8)
235	223		}) + "A")) + getAmountOrClear((toString({
236	224		let $l = genotype
237	225		let $s = size($l)
238	226		let $acc0 = 0
239	227		func $f1_1 ($a,$i) = if (($i >= $s))
240	228		then $a
241	229		else isSymbolB($a, $l[$i])
242	230
243	231		func $f1_2 ($a,$i) = if (($i >= $s))
244	232		then $a
245	233		else throw("List size exceeds 8")
246	234
247	235		$f1_2($f1_1($f1_1($f1_1($f1_1($f1_1($f1_1($f1_1($f1_1($acc0, 0), 1), 2), 3), 4), 5), 6), 7), 8)
248	236		}) + "B"))) + getAmountOrClear((toString({
249	237		let $l = genotype
250	238		let $s = size($l)
251	239		let $acc0 = 0
252	240		func $f2_1 ($a,$i) = if (($i >= $s))
253	241		then $a
254	242		else isSymbolC($a, $l[$i])
255	243
256	244		func $f2_2 ($a,$i) = if (($i >= $s))
257	245		then $a
258	246		else throw("List size exceeds 8")
259	247
260	248		$f2_2($f2_1($f2_1($f2_1($f2_1($f2_1($f2_1($f2_1($f2_1($acc0, 0), 1), 2), 3), 4), 5), 6), 7), 8)
261	249		}) + "C"))) + getAmountOrClear((toString({
262	250		let $l = genotype
263	251		let $s = size($l)
264	252		let $acc0 = 0
265	253		func $f3_1 ($a,$i) = if (($i >= $s))
266	254		then $a
267	255		else isSymbolD($a, $l[$i])
268	256
269	257		func $f3_2 ($a,$i) = if (($i >= $s))
270	258		then $a
271	259		else throw("List size exceeds 8")
272	260
273	261		$f3_2($f3_1($f3_1($f3_1($f3_1($f3_1($f3_1($f3_1($f3_1($acc0, 0), 1), 2), 3), 4), 5), 6), 7), 8)
274	262		}) + "D"))) + getAmountOrClear((toString({
275	263		let $l = genotype
276	264		let $s = size($l)
277	265		let $acc0 = 0
278	266		func $f4_1 ($a,$i) = if (($i >= $s))
279	267		then $a
280	268		else isSymbolE($a, $l[$i])
281	269
282	270		func $f4_2 ($a,$i) = if (($i >= $s))
283	271		then $a
284	272		else throw("List size exceeds 8")
285	273
286	274		$f4_2($f4_1($f4_1($f4_1($f4_1($f4_1($f4_1($f4_1($f4_1($acc0, 0), 1), 2), 3), 4), 5), 6), 7), 8)
287	275		}) + "E"))) + getAmountOrClear((toString({
288	276		let $l = genotype
289	277		let $s = size($l)
290	278		let $acc0 = 0
291	279		func $f5_1 ($a,$i) = if (($i >= $s))
292	280		then $a
293	281		else isSymbolF($a, $l[$i])
294	282
295	283		func $f5_2 ($a,$i) = if (($i >= $s))
296	284		then $a
297	285		else throw("List size exceeds 8")
298	286
299	287		$f5_2($f5_1($f5_1($f5_1($f5_1($f5_1($f5_1($f5_1($f5_1($acc0, 0), 1), 2), 3), 4), 5), 6), 7), 8)
300	288		}) + "F"))) + getAmountOrClear((toString({
301	289		let $l = genotype
302	290		let $s = size($l)
303	291		let $acc0 = 0
304	292		func $f6_1 ($a,$i) = if (($i >= $s))
305	293		then $a
306	294		else isSymbolG($a, $l[$i])
307	295
308	296		func $f6_2 ($a,$i) = if (($i >= $s))
309	297		then $a
310	298		else throw("List size exceeds 8")
311	299
312	300		$f6_2($f6_1($f6_1($f6_1($f6_1($f6_1($f6_1($f6_1($f6_1($acc0, 0), 1), 2), 3), 4), 5), 6), 7), 8)
313	301		}) + "G"))) + getAmountOrClear((toString({
314	302		let $l = genotype
315	303		let $s = size($l)
316	304		let $acc0 = 0
317	305		func $f7_1 ($a,$i) = if (($i >= $s))
318	306		then $a
319	307		else isSymbolH($a, $l[$i])
320	308
321	309		func $f7_2 ($a,$i) = if (($i >= $s))
322	310		then $a
323	311		else throw("List size exceeds 8")
324	312
325	313		$f7_2($f7_1($f7_1($f7_1($f7_1($f7_1($f7_1($f7_1($f7_1($acc0, 0), 1), 2), 3), 4), 5), 6), 7), 8)
326	314		}) + "H"))) + getAmountOrClear((toString({
327	315		let $l = genotype
328	316		let $s = size($l)
329	317		let $acc0 = 0
330	318		func $f8_1 ($a,$i) = if (($i >= $s))
331	319		then $a
332	320		else isSymbolI($a, $l[$i])
333	321
334	322		func $f8_2 ($a,$i) = if (($i >= $s))
335	323		then $a
336	324		else throw("List size exceeds 8")
337	325
338	326		$f8_2($f8_1($f8_1($f8_1($f8_1($f8_1($f8_1($f8_1($f8_1($acc0, 0), 1), 2), 3), 4), 5), 6), 7), 8)
339	327		}) + "I"))) + getAmountOrClear((toString({
340	328		let $l = genotype
341	329		let $s = size($l)
342	330		let $acc0 = 0
343	331		func $f9_1 ($a,$i) = if (($i >= $s))
344	332		then $a
345	333		else isSymbolS($a, $l[$i])
346	334
347	335		func $f9_2 ($a,$i) = if (($i >= $s))
348	336		then $a
349	337		else throw("List size exceeds 8")
350	338
351	339		$f9_2($f9_1($f9_1($f9_1($f9_1($f9_1($f9_1($f9_1($f9_1($acc0, 0), 1), 2), 3), 4), 5), 6), 7), 8)
352	340		}) + "S"))) + getAmountOrClear((toString({
353	341		let $l = genotype
354	342		let $s = size($l)
355	343		let $acc0 = 0
356	344		func $f10_1 ($a,$i) = if (($i >= $s))
357	345		then $a
358	346		else isSymbolT($a, $l[$i])
359	347
360	348		func $f10_2 ($a,$i) = if (($i >= $s))
361	349		then $a
362	350		else throw("List size exceeds 8")
363	351
364	352		$f10_2($f10_1($f10_1($f10_1($f10_1($f10_1($f10_1($f10_1($f10_1($acc0, 0), 1), 2), 3), 4), 5), 6), 7), 8)
365	353		}) + "T"))) + "-") + generation)
366	354		$Tuple2(nil, gen)
367	355		}
368	356
369	357
370	358
371	359		@Callable(i)
372	360		func validateAndGetChildren (assetId) = if (!(checkAssetInIncubator(assetId)))
373	361		then throw((("You need to attach a valid NFT-duck. " + assetId) + " is invalid!"))
374	362		else {
375	363		let children = tryGetInteger((("asset_" + assetId) + "_children"))
376	364		$Tuple2(nil, children)
377	365		}
378	366
379	367
380	368
381	369		@Callable(i)
382	370		func createDuckSpecialGenes (address,duckGen,children) = if (if ((i.caller != getItemsAddress()))
383	371		then (i.caller != this)
384	372		else false)
385	373		then throw("admin or items only")
386	374		else {
387	375		let txId = i.transactionId
388	376		let description = (("{\"genotype\": \"" + duckGen) + "\", \"crossbreeding\": true}")
389	377		let asset = Issue(duckGen, description, 1, 0, false)
390	378		let assetId = calculateAssetId(asset)
391	379		let duckIdKey = getDuckIdKey(toString(i.caller), txId)
392		-	(composeGenericData(duckGen, asset, assetId, duckIdKey) ++ [IntegerEntry((("asset_" + toBase58String(assetId)) + "_children"), children), ScriptTransfer(Address(address), 1, assetId)])
	380	+	let farmGen = asString(invoke(this, "getGenFromName", [duckGen], nil))
	381	+	if ((farmGen == farmGen))
	382	+	then {
	383	+	let amount = tryGetInteger(getDuckStatsKey(duckGen))
	384	+	let quantity = tryGetInteger((("stats_" + farmGen) + "_quantity"))
	385	+	let composeGenericData = [StringEntry(duckIdKey, toBase58String(assetId)), StringEntry(toBase58String(assetId), duckIdKey), IntegerEntry(getDuckStatsKey(duckGen), (amount + 1)), IntegerEntry((("stats_" + farmGen) + "_quantity"), (quantity + 1)), asset]
	386	+	(composeGenericData ++ [IntegerEntry((("asset_" + toBase58String(assetId)) + "_children"), children), ScriptTransfer(Address(address), 1, assetId)])
	387	+	}
	388	+	else throw("Strict value is not equal to itself.")
393	389		}
394	390
395	391
396	392
397	393		@Callable(i)
398	394		func startDuckBreeding () = {
399	395		let firstPayment = value(i.payments[0])
400	396		let secondPayment = value(i.payments[1])
401	397		let firstAssetId = toBase58String(value(firstPayment.assetId))
402	398		let secondAssetId = toBase58String(value(secondPayment.assetId))
403	399		if (if ((firstPayment.amount != 1))
404	400		then true
405	401		else (secondPayment.amount != 1))
406	402		then throw("NFT is not attached")
407	403		else {
408	404		let children1 = asInt(invoke(this, "validateAndGetChildren", [firstAssetId], nil))
409	405		if ((children1 == children1))
410	406		then {
411	407		let children2 = asInt(invoke(this, "validateAndGetChildren", [secondAssetId], nil))
412	408		if ((children2 == children2))
413	409		then if (if ((children1 > 0))
414	410		then true
415	411		else (children1 > 0))
416	412		then throw("One duck can be used for breeding only once in its lifetime.")
417	413		else {
418	414		let breededStatus = canBeBreeded(fromBase58String(firstAssetId), fromBase58String(secondAssetId))
419	415		if ((breededStatus != "true"))
420	416		then throw(("These ducks cannot be breeded: " + breededStatus))
421	417		else [StringEntry(getDuckParentKey(i.transactionId, 1), firstAssetId), StringEntry(getDuckParentKey(i.transactionId, 2), secondAssetId), StringEntry(getProcessStatusKey(toString(i.caller), i.transactionId), HatchingStarted), IntegerEntry(getProcessFinishHeightKey(toString(i.caller), i.transactionId), (height + delayForHatching))]
422	418		}
423	419		else throw("Strict value is not equal to itself.")
424	420		}
425	421		else throw("Strict value is not equal to itself.")
426	422		}
427	423		}
428	424
429	425
430	426
431	427		@Callable(i)
432	428		func finishDuckHatching (txIdStr) = {
433	429		let txId = fromBase58String(txIdStr)
434	430		let processStatusKey = getProcessStatusKey(toString(i.caller), txId)
435	431		let finishHeightKey = getProcessFinishHeightKey(toString(i.caller), txId)
436	432		let duckIdKey = getDuckIdKey(toString(i.caller), txId)
437	433		let processTxStatus = getStringValue(this, processStatusKey)
438	434		let processFinishHeight = getIntegerValue(this, finishHeightKey)
439	435		if ((processTxStatus == HatchingFinished))
440	436		then {
441	437		let duckId = getStringValue(this, getDuckIdKey(toString(i.caller), txId))
442	438		throw(("The duck was breeded and claimed already, here is the folowing: " + duckId))
443	439		}
444	440		else if ((processFinishHeight > height))
445	441		then throw((((("Breeding is not finished yet " + toString((processFinishHeight - height))) + " blocks remaining, it will take around ") + toString((processFinishHeight - height))) + " minutes"))
446	442		else {
447	443		let duckGen = generateDuck(txId, processFinishHeight)
448	444		let description = (("{\"genotype\": \"" + duckGen) + "\", \"crossbreeding\": true}")
449	445		let asset = Issue(duckGen, description, 1, 0, false, unit, processFinishHeight)
450	446		let assetId = calculateAssetId(asset)
451	447		let parent1Id = tryGetString(getDuckParentKey(txId, 1))
452	448		let parent2Id = tryGetString(getDuckParentKey(txId, 2))
453		-	(composeGenericData(duckGen, asset, assetId, duckIdKey) ++ [StringEntry(processStatusKey, HatchingFinished), IntegerEntry((("asset_" + parent1Id) + "_children"), 1), IntegerEntry((("asset_" + parent2Id) + "_children"), 1), asset, ScriptTransfer(i.caller, 1, assetId), ScriptTransfer(i.caller, 1, fromBase58String(parent1Id)), ScriptTransfer(i.caller, 1, fromBase58String(parent2Id))])
	449	+	let farmGen = asString(invoke(this, "getGenFromName", [duckGen], nil))
	450	+	if ((farmGen == farmGen))
	451	+	then {
	452	+	let amount = tryGetInteger(getDuckStatsKey(duckGen))
	453	+	let quantity = tryGetInteger((("stats_" + farmGen) + "_quantity"))
	454	+	let composeGenericData = [StringEntry(duckIdKey, toBase58String(assetId)), StringEntry(toBase58String(assetId), duckIdKey), IntegerEntry(getDuckStatsKey(duckGen), (amount + 1)), IntegerEntry((("stats_" + farmGen) + "_quantity"), (quantity + 1)), asset]
	455	+	(composeGenericData ++ [StringEntry(processStatusKey, HatchingFinished), IntegerEntry((("asset_" + parent1Id) + "_children"), 1), IntegerEntry((("asset_" + parent2Id) + "_children"), 1), asset, ScriptTransfer(i.caller, 1, assetId), ScriptTransfer(i.caller, 1, fromBase58String(parent1Id)), ScriptTransfer(i.caller, 1, fromBase58String(parent2Id))])
	456	+	}
	457	+	else throw("Strict value is not equal to itself.")
454	458		}
455	459		}
456	460
457	461
458	462
459	463		@Callable(i)
460	464		func reduceRarity (assetId,farmGen) = {
461	465		let asset = fromBase58String(assetId)
462	466		if (if ((i.caller != Address(rebirthAddress)))
463	467		then (i.caller != this)
464	468		else false)
465	469		then throw("admin or rebirth only")
466	470		else {
467	471		let duckGen = value(assetInfo(asset)).name
468	472		[IntegerEntry(getDuckStatsKey(duckGen), (tryGetInteger(getDuckStatsKey(duckGen)) - 1)), IntegerEntry((("stats_" + farmGen) + "_quantity"), (tryGetInteger((("stats_" + farmGen) + "_quantity")) - 1))]
469	473		}
470	474		}
471	475
472	476
	477	+	@Verifier(tx)
	478	+	func verify () = sigVerify(tx.bodyBytes, tx.proofs[0], tx.senderPublicKey)
	479	+

github/deemru/w8io/3ef1775 
70.24 ms ◑