w8 · tx · 8So···ofP

tx · 8Soj76UavzfKk18ouZzdoYRJyok6VxcYCVW8ECvAZofP

3PEktVux2RhchSN63DsDo4b4mz4QqzKSeDv:  -0.01400000 Waves

2021.12.17 00:01 [2902300] smart account 3PEktVux2RhchSN63DsDo4b4mz4QqzKSeDv > SELF 0.00000000 Waves

{
    "type": 13,
    "id": "8Soj76UavzfKk18ouZzdoYRJyok6VxcYCVW8ECvAZofP",
    "fee": 1400000,
    "feeAssetId": null,
    "timestamp": 1639688595570,
    "version": 2,
    "chainId": 87,
    "sender": "3PEktVux2RhchSN63DsDo4b4mz4QqzKSeDv",
    "senderPublicKey": "EBHsV7TQYm4qS2V7iZXEXwcbUdEYQyCSLEdY2AMvLPns",
    "proofs": [
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    ],
    "script": 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    "height": 2902300,
    "applicationStatus": "succeeded",
    "spentComplexity": 0
}

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Diff: 
Old New Differences
113 113          let results = [StringEntry(getHatchingStatusKey(toString(i.originCaller), i.transactionId), HatchingStarted), IntegerEntry(getHatchingFinishHeightKey(toString(i.originCaller), i.transactionId), (height + delayForHatching)), IntegerEntry("ducks_amount", (totalDucksAmount + 1)), IntegerEntry("ducks_last_price", (eggsNeeded / 1000000))]
114 114          if ((i.caller == Address(babyDucksAddress)))
115 115              then (results ++ [BooleanEntry((("hatching_" + toBase58String(i.transactionId)) + "_babyDuck"), true)])
116 -             else if ((i.caller == Address(swopPromoAddress)))
117 -                 then (results ++ [BooleanEntry((("hatching_" + toBase58String(i.transactionId)) + "_promo"), true)])
118 -                 else if ((firstPayment.assetId != eggsAssetId))
119 -                     then throw(("You can attach only EGG tokens with the following asset id: " + toBase58String(eggsAssetId)))
120 -                     else if ((eggsNeeded > firstPayment.amount))
121 -                         then throw(("To hatch a duck you currently need the following amount of EGGlets: " + toString(eggsNeeded)))
122 -                         else {
123 -                             let refererReward = fraction(eggsNeeded, RefererReward, 100)
124 -                             let refCall = invoke(Address(refContractAddress), "refPayment", [refererAddress], [AttachedPayment(eggsAssetId, refererReward)])
125 -                             if ((refCall == refCall))
126 -                                 then (results ++ [ScriptTransfer(i.caller, (firstPayment.amount - eggsNeeded), eggsAssetId)])
127 -                                 else throw("Strict value is not equal to itself.")
128 -                             }
116 +             else if ((firstPayment.assetId != eggsAssetId))
117 +                 then throw(("You can attach only EGG tokens with the following asset id: " + toBase58String(eggsAssetId)))
118 +                 else if ((eggsNeeded > firstPayment.amount))
119 +                     then throw(("To hatch a duck you currently need the following amount of EGGlets: " + toString(eggsNeeded)))
120 +                     else {
121 +                         let refererReward = fraction(eggsNeeded, RefererReward, 100)
122 +                         let refCall = invoke(Address(refContractAddress), "refPayment", [refererAddress], [AttachedPayment(eggsAssetId, refererReward)])
123 +                         if ((refCall == refCall))
124 +                             then (results ++ [ScriptTransfer(i.caller, (firstPayment.amount - eggsNeeded), eggsAssetId)])
125 +                             else throw("Strict value is not equal to itself.")
126 +                         }
129 127          }
128 + 
129 + 
130 + 
131 + @Callable(i)
132 + func startDuckHatchingForUser (address) = if ((isLocked() > 0))
133 +     then throw("EGG operations are temporarily locked")
134 +     else if ((i.caller != Address(swopPromoAddress)))
135 +         then throw("Can be called only by promo address")
136 +         else {
137 +             let totalDucksAmount = tryGetInteger("ducks_amount")
138 +             let eggsNeeded = countEggsNeededAmount(totalDucksAmount)
139 + [StringEntry(getHatchingStatusKey(address, i.transactionId), HatchingStarted), IntegerEntry(getHatchingFinishHeightKey(address, i.transactionId), (height + delayForHatching)), IntegerEntry("ducks_amount", (totalDucksAmount + 1)), IntegerEntry("ducks_last_price", (eggsNeeded / 1000000)), BooleanEntry((("hatching_" + toBase58String(i.transactionId)) + "_promo"), true)]
140 +             }
130 141  
131 142  
132 143  
152 163          else if ((hatchingFinishHeight > height))
153 164              then throw((((("Hatching is not finished yet " + toString((hatchingFinishHeight - height))) + " blocks remaining, it will take around ") + toString((hatchingFinishHeight - height))) + " minutes"))
154 165              else {
155 -                 let $t056955761 = getRandomName(txId, hatchingFinishHeight)
156 -                 let duckGen = $t056955761._1
157 -                 let farmGen = $t056955761._2
166 +                 let $t063146380 = getRandomName(txId, hatchingFinishHeight)
167 +                 let duckGen = $t063146380._1
168 +                 let farmGen = $t063146380._2
158 169                  let description = (("{\"genotype\": \"" + duckGen) + "\", \"crossbreeding\": true}")
159 170                  let asset = Issue(duckGen, description, 1, 0, false, unit, hatchingFinishHeight)
160 171                  let assetId = calculateAssetId(asset)
174 185          let finishHeightKey = getHatchingFinishHeightKey(address, txId)
175 186          let totalDucksAmount = tryGetInteger("ducks_amount")
176 187          let eggsNeeded = countEggsNeededAmount(totalDucksAmount)
177 -         let $t070147099 = getRandomName(txId, (value(transactionHeightById(txId)) + 1))
178 -         let duckGen = $t070147099._1
179 -         let farmGen = $t070147099._2
188 +         let $t076337718 = getRandomName(txId, (value(transactionHeightById(txId)) + 1))
189 +         let duckGen = $t076337718._1
190 +         let farmGen = $t076337718._2
180 191          let description = (("{\"genotype\": \"" + duckGen) + "\", \"crossbreeding\": true}")
181 192          let asset = Issue(duckGen, description, 1, 0, false, unit, height)
182 193          let assetId = calculateAssetId(asset)
198 209          let finishHeightKey = getHatchingFinishHeightKey(address, txId)
199 210          let totalDucksAmount = tryGetInteger("ducks_amount")
200 211          let eggsNeeded = countEggsNeededAmount(totalDucksAmount)
201 -         let $t085528604 = $Tuple2((("DUCK-" + gen) + "-JU"), "8W-J")
202 -         let duckGen = $t085528604._1
203 -         let farmGen = $t085528604._2
212 +         let $t091719223 = $Tuple2((("DUCK-" + gen) + "-JU"), "8W-J")
213 +         let duckGen = $t091719223._1
214 +         let farmGen = $t091719223._2
204 215          let description = (("{\"genotype\": \"" + duckGen) + "\", \"crossbreeding\": true}")
205 216          let asset = Issue(duckGen, description, 1, 0, false, unit, height)
206 217          let assetId = calculateAssetId(asset)
Full: 
Old New Differences
1 1  {-# STDLIB_VERSION 5 #-}
2 2  {-# SCRIPT_TYPE ACCOUNT #-}
3 3  {-# CONTENT_TYPE DAPP #-}
4 4  let eggsAssetId = base58'C1iWsKGqLwjHUndiQ7iXpdmPum9PeCDFfyXBdJJosDRS'
5 5  
6 6  let delayForHatching = 2
7 7  
8 8  let discountCoefficient = 10
9 9  
10 10  let typesAmount = 9
11 11  
12 12  let refContractAddress = base58'3P8ejTkfRpz9WqCwCuihesNXU5k3zmFFfVe'
13 13  
14 14  let RefererReward = 5
15 15  
16 16  let HatchingStarted = "HATCHING_STARTED"
17 17  
18 18  let HatchingFinished = "HATCHING_FINISHED"
19 19  
20 20  let rebirthAddress = base58'3PCC6fVHNa6289DTDmcUo3RuLaFmteZZsmQ'
21 21  
22 22  let babyDucksAddress = base58'3PKmLiGEfqLWMC1H9xhzqvAZKUXfFm8uoeg'
23 23  
24 24  let swopPromoAddress = base58'3P6s9C39Ak5FAQ3F5VapYJ3ULxgbsAReXWD'
25 25  
26 26  func isLocked () = {
27 27      let masterAddress = Address(base58'3PEPftf2kWZDmAaWBjs6BUJa9957kiA2PkU')
28 28      match getInteger(masterAddress, "egglock") {
29 29          case b: Int => 
30 30              b
31 31          case _ => 
32 32              0
33 33      }
34 34      }
35 35  
36 36  
37 37  func getHatchingStatusKey (address,txId) = (((address + "_") + toBase58String(txId)) + "_status")
38 38  
39 39  
40 40  func getHatchingFinishHeightKey (address,txId) = (((address + "_") + toBase58String(txId)) + "_fh")
41 41  
42 42  
43 43  func getDuckIdKey (address,txId) = (((address + "_") + toBase58String(txId)) + "_di")
44 44  
45 45  
46 46  func getDuckStatsKey (genString) = (("stats_" + genString) + "_amount")
47 47  
48 48  
49 49  func tryGetInteger (key) = {
50 50      let val =     match getInteger(this, key) {
51 51          case b: Int => 
52 52              b
53 53          case _ => 
54 54              0
55 55      }
56 56      val
57 57      }
58 58  
59 59  
60 60  func getRandomNumber (variants,txId,hatchingFinishHeight,offset) = {
61 61      let randomSeedBlock = value(blockInfoByHeight((hatchingFinishHeight - 1)))
62 62      let randomHash = sha256((txId + value(randomSeedBlock.vrf)))
63 63      (toInt(randomHash, (offset * 8)) % variants)
64 64      }
65 65  
66 66  
67 67  func wasUniqueBorn (gen) = tryGetInteger(getDuckStatsKey(gen))
68 68  
69 69  
70 70  func getRandomName (txId,hatchingFinishHeight) = {
71 71      let jackpotRandom = getRandomNumber(500, txId, hatchingFinishHeight, 0)
72 72      if (if ((jackpotRandom == 111))
73 73          then (wasUniqueBorn("DUCK-WWWWWWWM-JU") == 0)
74 74          else false)
75 75          then $Tuple2("DUCK-WWWWWWWM-JU", "8W-J")
76 76          else {
77 77              let typeRandom = getRandomNumber(4, txId, hatchingFinishHeight, 0)
78 78              let colorRandom = getRandomNumber(4, txId, hatchingFinishHeight, 1)
79 79              let color = if ((colorRandom == 0))
80 80                  then "Y"
81 81                  else if ((colorRandom == 1))
82 82                      then "G"
83 83                      else if ((colorRandom == 2))
84 84                          then "B"
85 85                          else "R"
86 86              if ((typeRandom == 0))
87 87                  then $Tuple2(("DUCK-FFFFFFFF-G" + color), "8F-G")
88 88                  else if ((typeRandom == 1))
89 89                      then $Tuple2(("DUCK-HHHHHHHH-G" + color), "8H-G")
90 90                      else if ((typeRandom == 2))
91 91                          then $Tuple2(("DUCK-GGGGGGGG-G" + color), "8G-G")
92 92                          else $Tuple2(("DUCK-IIIIIIII-G" + color), "8I-G")
93 93              }
94 94      }
95 95  
96 96  
97 97  func countEggsNeededAmount (totalDucksAmount) = {
98 98      let n = totalDucksAmount
99 99      let g = discountCoefficient
100 100      let t = typesAmount
101 101      let price = pow((100 + ((n * g) / (10 * t))), 2, 5, 1, 2, DOWN)
102 102      (price * 1000000)
103 103      }
104 104  
105 105  
106 106  @Callable(i)
107 107  func startDuckHatching (refererAddress) = if ((isLocked() > 0))
108 108      then throw("EGG operations are temporarily locked")
109 109      else {
110 110          let totalDucksAmount = tryGetInteger("ducks_amount")
111 111          let eggsNeeded = countEggsNeededAmount(totalDucksAmount)
112 112          let firstPayment = value(i.payments[0])
113 113          let results = [StringEntry(getHatchingStatusKey(toString(i.originCaller), i.transactionId), HatchingStarted), IntegerEntry(getHatchingFinishHeightKey(toString(i.originCaller), i.transactionId), (height + delayForHatching)), IntegerEntry("ducks_amount", (totalDucksAmount + 1)), IntegerEntry("ducks_last_price", (eggsNeeded / 1000000))]
114 114          if ((i.caller == Address(babyDucksAddress)))
115 115              then (results ++ [BooleanEntry((("hatching_" + toBase58String(i.transactionId)) + "_babyDuck"), true)])
116 -             else if ((i.caller == Address(swopPromoAddress)))
117 -                 then (results ++ [BooleanEntry((("hatching_" + toBase58String(i.transactionId)) + "_promo"), true)])
118 -                 else if ((firstPayment.assetId != eggsAssetId))
119 -                     then throw(("You can attach only EGG tokens with the following asset id: " + toBase58String(eggsAssetId)))
120 -                     else if ((eggsNeeded > firstPayment.amount))
121 -                         then throw(("To hatch a duck you currently need the following amount of EGGlets: " + toString(eggsNeeded)))
122 -                         else {
123 -                             let refererReward = fraction(eggsNeeded, RefererReward, 100)
124 -                             let refCall = invoke(Address(refContractAddress), "refPayment", [refererAddress], [AttachedPayment(eggsAssetId, refererReward)])
125 -                             if ((refCall == refCall))
126 -                                 then (results ++ [ScriptTransfer(i.caller, (firstPayment.amount - eggsNeeded), eggsAssetId)])
127 -                                 else throw("Strict value is not equal to itself.")
128 -                             }
116 +             else if ((firstPayment.assetId != eggsAssetId))
117 +                 then throw(("You can attach only EGG tokens with the following asset id: " + toBase58String(eggsAssetId)))
118 +                 else if ((eggsNeeded > firstPayment.amount))
119 +                     then throw(("To hatch a duck you currently need the following amount of EGGlets: " + toString(eggsNeeded)))
120 +                     else {
121 +                         let refererReward = fraction(eggsNeeded, RefererReward, 100)
122 +                         let refCall = invoke(Address(refContractAddress), "refPayment", [refererAddress], [AttachedPayment(eggsAssetId, refererReward)])
123 +                         if ((refCall == refCall))
124 +                             then (results ++ [ScriptTransfer(i.caller, (firstPayment.amount - eggsNeeded), eggsAssetId)])
125 +                             else throw("Strict value is not equal to itself.")
126 +                         }
129 127          }
128 + 
129 + 
130 + 
131 + @Callable(i)
132 + func startDuckHatchingForUser (address) = if ((isLocked() > 0))
133 +     then throw("EGG operations are temporarily locked")
134 +     else if ((i.caller != Address(swopPromoAddress)))
135 +         then throw("Can be called only by promo address")
136 +         else {
137 +             let totalDucksAmount = tryGetInteger("ducks_amount")
138 +             let eggsNeeded = countEggsNeededAmount(totalDucksAmount)
139 + [StringEntry(getHatchingStatusKey(address, i.transactionId), HatchingStarted), IntegerEntry(getHatchingFinishHeightKey(address, i.transactionId), (height + delayForHatching)), IntegerEntry("ducks_amount", (totalDucksAmount + 1)), IntegerEntry("ducks_last_price", (eggsNeeded / 1000000)), BooleanEntry((("hatching_" + toBase58String(i.transactionId)) + "_promo"), true)]
140 +             }
130 141  
131 142  
132 143  
133 144  @Callable(i)
134 145  func finishDuckHatching (txIdStr) = {
135 146      let txId = fromBase58String(txIdStr)
136 147      let hatchingStatusKey = getHatchingStatusKey(toString(i.caller), txId)
137 148      let finishHeightKey = getHatchingFinishHeightKey(toString(i.caller), txId)
138 149      let duckIdKey = getDuckIdKey(toString(i.caller), txId)
139 150      let duckFromBaby =     match getBoolean((("hatching_" + txIdStr) + "_babyDuck")) {
140 151          case t: Boolean => 
141 152              t
142 153          case _ => 
143 154              false
144 155      }
145 156      let hatchingTxStatus = getStringValue(this, hatchingStatusKey)
146 157      let hatchingFinishHeight = getIntegerValue(this, finishHeightKey)
147 158      if ((hatchingTxStatus == HatchingFinished))
148 159          then {
149 160              let duckId = getStringValue(this, getDuckIdKey(toString(i.caller), txId))
150 161              throw(("The duck was hatched and claimed already, here is the folowing: " + duckId))
151 162              }
152 163          else if ((hatchingFinishHeight > height))
153 164              then throw((((("Hatching is not finished yet " + toString((hatchingFinishHeight - height))) + " blocks remaining, it will take around ") + toString((hatchingFinishHeight - height))) + " minutes"))
154 165              else {
155 -                 let $t056955761 = getRandomName(txId, hatchingFinishHeight)
156 -                 let duckGen = $t056955761._1
157 -                 let farmGen = $t056955761._2
166 +                 let $t063146380 = getRandomName(txId, hatchingFinishHeight)
167 +                 let duckGen = $t063146380._1
168 +                 let farmGen = $t063146380._2
158 169                  let description = (("{\"genotype\": \"" + duckGen) + "\", \"crossbreeding\": true}")
159 170                  let asset = Issue(duckGen, description, 1, 0, false, unit, hatchingFinishHeight)
160 171                  let assetId = calculateAssetId(asset)
161 172                  let amount = (tryGetInteger(getDuckStatsKey(duckGen)) + 1)
162 173  [StringEntry(hatchingStatusKey, HatchingFinished), StringEntry(duckIdKey, toBase58String(assetId)), StringEntry(toBase58String(assetId), duckIdKey), BooleanEntry((("duck_" + toBase58String(assetId)) + "_grown"), duckFromBaby), IntegerEntry(getDuckStatsKey(duckGen), amount), IntegerEntry((("stats_" + farmGen) + "_quantity"), (tryGetInteger((("stats_" + farmGen) + "_quantity")) + 1)), asset, ScriptTransfer(i.caller, 1, assetId)]
163 174                  }
164 175      }
165 176  
166 177  
167 178  
168 179  @Callable(i)
169 180  func issueFreeDuck (address,txIdStr) = if ((i.caller != Address(rebirthAddress)))
170 181      then throw("rebirth or baby ducks only")
171 182      else {
172 183          let txId = fromBase58String(txIdStr)
173 184          let hatchingStatusKey = getHatchingStatusKey(address, txId)
174 185          let finishHeightKey = getHatchingFinishHeightKey(address, txId)
175 186          let totalDucksAmount = tryGetInteger("ducks_amount")
176 187          let eggsNeeded = countEggsNeededAmount(totalDucksAmount)
177 -         let $t070147099 = getRandomName(txId, (value(transactionHeightById(txId)) + 1))
178 -         let duckGen = $t070147099._1
179 -         let farmGen = $t070147099._2
188 +         let $t076337718 = getRandomName(txId, (value(transactionHeightById(txId)) + 1))
189 +         let duckGen = $t076337718._1
190 +         let farmGen = $t076337718._2
180 191          let description = (("{\"genotype\": \"" + duckGen) + "\", \"crossbreeding\": true}")
181 192          let asset = Issue(duckGen, description, 1, 0, false, unit, height)
182 193          let assetId = calculateAssetId(asset)
183 194          let amount = (tryGetInteger(getDuckStatsKey(duckGen)) + 1)
184 195          let duckIdKey = getDuckIdKey(address, txId)
185 196          $Tuple2([IntegerEntry(getHatchingFinishHeightKey(address, txId), height), IntegerEntry("ducks_amount", (totalDucksAmount + 1)), IntegerEntry("ducks_last_price", (eggsNeeded / 1000000)), StringEntry(hatchingStatusKey, HatchingFinished), StringEntry(duckIdKey, toBase58String(assetId)), StringEntry(toBase58String(assetId), duckIdKey), IntegerEntry(getDuckStatsKey(duckGen), amount), IntegerEntry((("stats_" + farmGen) + "_quantity"), (tryGetInteger((("stats_" + farmGen) + "_quantity")) + 1)), asset, ScriptTransfer(value(addressFromString(address)), 1, assetId)], toBase58String(assetId))
186 197          }
187 198  
188 199  
189 200  
190 201  @Callable(i)
191 202  func issueJackpot (address,txIdStr,gen) = if (if ((i.caller != Address(rebirthAddress)))
192 203      then (i.caller != this)
193 204      else false)
194 205      then throw("admin or rebirth only")
195 206      else {
196 207          let txId = fromBase58String(txIdStr)
197 208          let hatchingStatusKey = getHatchingStatusKey(address, txId)
198 209          let finishHeightKey = getHatchingFinishHeightKey(address, txId)
199 210          let totalDucksAmount = tryGetInteger("ducks_amount")
200 211          let eggsNeeded = countEggsNeededAmount(totalDucksAmount)
201 -         let $t085528604 = $Tuple2((("DUCK-" + gen) + "-JU"), "8W-J")
202 -         let duckGen = $t085528604._1
203 -         let farmGen = $t085528604._2
212 +         let $t091719223 = $Tuple2((("DUCK-" + gen) + "-JU"), "8W-J")
213 +         let duckGen = $t091719223._1
214 +         let farmGen = $t091719223._2
204 215          let description = (("{\"genotype\": \"" + duckGen) + "\", \"crossbreeding\": true}")
205 216          let asset = Issue(duckGen, description, 1, 0, false, unit, height)
206 217          let assetId = calculateAssetId(asset)
207 218          let duckIdKey = getDuckIdKey(address, txId)
208 219          $Tuple2([IntegerEntry(getHatchingFinishHeightKey(address, txId), height), IntegerEntry("ducks_amount", (totalDucksAmount + 1)), IntegerEntry("ducks_last_price", (eggsNeeded / 1000000)), StringEntry(hatchingStatusKey, HatchingFinished), StringEntry(duckIdKey, toBase58String(assetId)), StringEntry(toBase58String(assetId), duckIdKey), IntegerEntry(getDuckStatsKey(duckGen), (tryGetInteger(getDuckStatsKey(duckGen)) + 1)), IntegerEntry((("stats_" + farmGen) + "_quantity"), (tryGetInteger((("stats_" + farmGen) + "_quantity")) + 1)), asset, ScriptTransfer(value(addressFromString(address)), 1, assetId)], toBase58String(assetId))
209 220          }
210 221  
211 222  
212 223  
213 224  @Callable(i)
214 225  func reduceRarity (assetId,fGen) = {
215 226      let asset = fromBase58String(assetId)
216 227      if (if ((i.caller != Address(rebirthAddress)))
217 228          then (i.caller != this)
218 229          else false)
219 230          then throw("admin or rebirth only")
220 231          else {
221 232              let duckGen = value(assetInfo(asset)).name
222 233              let letter = takeRight(take(duckGen, 6), 1)
223 234              let farmGen = (("8" + letter) + "-G")
224 235  [IntegerEntry(getDuckStatsKey(duckGen), (tryGetInteger(getDuckStatsKey(duckGen)) - 1)), IntegerEntry((("stats_" + farmGen) + "_quantity"), (tryGetInteger((("stats_" + farmGen) + "_quantity")) - 1))]
225 236              }
226 237      }
227 238  
228 239  
229 240  @Verifier(tx)
230 241  func verify () = sigVerify(tx.bodyBytes, tx.proofs[0], tx.senderPublicKey)
231 242

Old	New		Differences
113	113		let results = [StringEntry(getHatchingStatusKey(toString(i.originCaller), i.transactionId), HatchingStarted), IntegerEntry(getHatchingFinishHeightKey(toString(i.originCaller), i.transactionId), (height + delayForHatching)), IntegerEntry("ducks_amount", (totalDucksAmount + 1)), IntegerEntry("ducks_last_price", (eggsNeeded / 1000000))]
114	114		if ((i.caller == Address(babyDucksAddress)))
115	115		then (results ++ [BooleanEntry((("hatching_" + toBase58String(i.transactionId)) + "_babyDuck"), true)])
116		-	else if ((i.caller == Address(swopPromoAddress)))
117		-	then (results ++ [BooleanEntry((("hatching_" + toBase58String(i.transactionId)) + "_promo"), true)])
118		-	else if ((firstPayment.assetId != eggsAssetId))
119		-	then throw(("You can attach only EGG tokens with the following asset id: " + toBase58String(eggsAssetId)))
120		-	else if ((eggsNeeded > firstPayment.amount))
121		-	then throw(("To hatch a duck you currently need the following amount of EGGlets: " + toString(eggsNeeded)))
122		-	else {
123		-	let refererReward = fraction(eggsNeeded, RefererReward, 100)
124		-	let refCall = invoke(Address(refContractAddress), "refPayment", [refererAddress], [AttachedPayment(eggsAssetId, refererReward)])
125		-	if ((refCall == refCall))
126		-	then (results ++ [ScriptTransfer(i.caller, (firstPayment.amount - eggsNeeded), eggsAssetId)])
127		-	else throw("Strict value is not equal to itself.")
128		-	}
	116	+	else if ((firstPayment.assetId != eggsAssetId))
	117	+	then throw(("You can attach only EGG tokens with the following asset id: " + toBase58String(eggsAssetId)))
	118	+	else if ((eggsNeeded > firstPayment.amount))
	119	+	then throw(("To hatch a duck you currently need the following amount of EGGlets: " + toString(eggsNeeded)))
	120	+	else {
	121	+	let refererReward = fraction(eggsNeeded, RefererReward, 100)
	122	+	let refCall = invoke(Address(refContractAddress), "refPayment", [refererAddress], [AttachedPayment(eggsAssetId, refererReward)])
	123	+	if ((refCall == refCall))
	124	+	then (results ++ [ScriptTransfer(i.caller, (firstPayment.amount - eggsNeeded), eggsAssetId)])
	125	+	else throw("Strict value is not equal to itself.")
	126	+	}
129	127		}
	128	+
	129	+
	130	+
	131	+	@Callable(i)
	132	+	func startDuckHatchingForUser (address) = if ((isLocked() > 0))
	133	+	then throw("EGG operations are temporarily locked")
	134	+	else if ((i.caller != Address(swopPromoAddress)))
	135	+	then throw("Can be called only by promo address")
	136	+	else {
	137	+	let totalDucksAmount = tryGetInteger("ducks_amount")
	138	+	let eggsNeeded = countEggsNeededAmount(totalDucksAmount)
	139	+	[StringEntry(getHatchingStatusKey(address, i.transactionId), HatchingStarted), IntegerEntry(getHatchingFinishHeightKey(address, i.transactionId), (height + delayForHatching)), IntegerEntry("ducks_amount", (totalDucksAmount + 1)), IntegerEntry("ducks_last_price", (eggsNeeded / 1000000)), BooleanEntry((("hatching_" + toBase58String(i.transactionId)) + "_promo"), true)]
	140	+	}
130	141
131	142
132	143

152	163		else if ((hatchingFinishHeight > height))
153	164		then throw((((("Hatching is not finished yet " + toString((hatchingFinishHeight - height))) + " blocks remaining, it will take around ") + toString((hatchingFinishHeight - height))) + " minutes"))
154	165		else {
155		-	let $~~t056955761~~ = getRandomName(txId, hatchingFinishHeight)
156		-	let duckGen = $~~t056955761~~._1
157		-	let farmGen = $~~t056955761~~._2
	166	+	let $t063146380 = getRandomName(txId, hatchingFinishHeight)
	167	+	let duckGen = $t063146380._1
	168	+	let farmGen = $t063146380._2
158	169		let description = (("{\"genotype\": \"" + duckGen) + "\", \"crossbreeding\": true}")
159	170		let asset = Issue(duckGen, description, 1, 0, false, unit, hatchingFinishHeight)
160	171		let assetId = calculateAssetId(asset)

174	185		let finishHeightKey = getHatchingFinishHeightKey(address, txId)
175	186		let totalDucksAmount = tryGetInteger("ducks_amount")
176	187		let eggsNeeded = countEggsNeededAmount(totalDucksAmount)
177		-	let $~~t070147099~~ = getRandomName(txId, (value(transactionHeightById(txId)) + 1))
178		-	let duckGen = $~~t070147099~~._1
179		-	let farmGen = $~~t070147099~~._2
	188	+	let $t076337718 = getRandomName(txId, (value(transactionHeightById(txId)) + 1))
	189	+	let duckGen = $t076337718._1
	190	+	let farmGen = $t076337718._2
180	191		let description = (("{\"genotype\": \"" + duckGen) + "\", \"crossbreeding\": true}")
181	192		let asset = Issue(duckGen, description, 1, 0, false, unit, height)
182	193		let assetId = calculateAssetId(asset)

198	209		let finishHeightKey = getHatchingFinishHeightKey(address, txId)
199	210		let totalDucksAmount = tryGetInteger("ducks_amount")
200	211		let eggsNeeded = countEggsNeededAmount(totalDucksAmount)
201		-	let $~~t085528604~~ = $Tuple2((("DUCK-" + gen) + "-JU"), "8W-J")
202		-	let duckGen = $~~t085528604~~._1
203		-	let farmGen = $~~t085528604~~._2
	212	+	let $t091719223 = $Tuple2((("DUCK-" + gen) + "-JU"), "8W-J")
	213	+	let duckGen = $t091719223._1
	214	+	let farmGen = $t091719223._2
204	215		let description = (("{\"genotype\": \"" + duckGen) + "\", \"crossbreeding\": true}")
205	216		let asset = Issue(duckGen, description, 1, 0, false, unit, height)
206	217		let assetId = calculateAssetId(asset)

Old	New		Differences
1	1		{-# STDLIB_VERSION 5 #-}
2	2		{-# SCRIPT_TYPE ACCOUNT #-}
3	3		{-# CONTENT_TYPE DAPP #-}
4	4		let eggsAssetId = base58'C1iWsKGqLwjHUndiQ7iXpdmPum9PeCDFfyXBdJJosDRS'
5	5
6	6		let delayForHatching = 2
7	7
8	8		let discountCoefficient = 10
9	9
10	10		let typesAmount = 9
11	11
12	12		let refContractAddress = base58'3P8ejTkfRpz9WqCwCuihesNXU5k3zmFFfVe'
13	13
14	14		let RefererReward = 5
15	15
16	16		let HatchingStarted = "HATCHING_STARTED"
17	17
18	18		let HatchingFinished = "HATCHING_FINISHED"
19	19
20	20		let rebirthAddress = base58'3PCC6fVHNa6289DTDmcUo3RuLaFmteZZsmQ'
21	21
22	22		let babyDucksAddress = base58'3PKmLiGEfqLWMC1H9xhzqvAZKUXfFm8uoeg'
23	23
24	24		let swopPromoAddress = base58'3P6s9C39Ak5FAQ3F5VapYJ3ULxgbsAReXWD'
25	25
26	26		func isLocked () = {
27	27		let masterAddress = Address(base58'3PEPftf2kWZDmAaWBjs6BUJa9957kiA2PkU')
28	28		match getInteger(masterAddress, "egglock") {
29	29		case b: Int =>
30	30		b
31	31		case _ =>
32	32		0
33	33		}
34	34		}
35	35
36	36
37	37		func getHatchingStatusKey (address,txId) = (((address + "_") + toBase58String(txId)) + "_status")
38	38
39	39
40	40		func getHatchingFinishHeightKey (address,txId) = (((address + "_") + toBase58String(txId)) + "_fh")
41	41
42	42
43	43		func getDuckIdKey (address,txId) = (((address + "_") + toBase58String(txId)) + "_di")
44	44
45	45
46	46		func getDuckStatsKey (genString) = (("stats_" + genString) + "_amount")
47	47
48	48
49	49		func tryGetInteger (key) = {
50	50		let val = match getInteger(this, key) {
51	51		case b: Int =>
52	52		b
53	53		case _ =>
54	54		0
55	55		}
56	56		val
57	57		}
58	58
59	59
60	60		func getRandomNumber (variants,txId,hatchingFinishHeight,offset) = {
61	61		let randomSeedBlock = value(blockInfoByHeight((hatchingFinishHeight - 1)))
62	62		let randomHash = sha256((txId + value(randomSeedBlock.vrf)))
63	63		(toInt(randomHash, (offset * 8)) % variants)
64	64		}
65	65
66	66
67	67		func wasUniqueBorn (gen) = tryGetInteger(getDuckStatsKey(gen))
68	68
69	69
70	70		func getRandomName (txId,hatchingFinishHeight) = {
71	71		let jackpotRandom = getRandomNumber(500, txId, hatchingFinishHeight, 0)
72	72		if (if ((jackpotRandom == 111))
73	73		then (wasUniqueBorn("DUCK-WWWWWWWM-JU") == 0)
74	74		else false)
75	75		then $Tuple2("DUCK-WWWWWWWM-JU", "8W-J")
76	76		else {
77	77		let typeRandom = getRandomNumber(4, txId, hatchingFinishHeight, 0)
78	78		let colorRandom = getRandomNumber(4, txId, hatchingFinishHeight, 1)
79	79		let color = if ((colorRandom == 0))
80	80		then "Y"
81	81		else if ((colorRandom == 1))
82	82		then "G"
83	83		else if ((colorRandom == 2))
84	84		then "B"
85	85		else "R"
86	86		if ((typeRandom == 0))
87	87		then $Tuple2(("DUCK-FFFFFFFF-G" + color), "8F-G")
88	88		else if ((typeRandom == 1))
89	89		then $Tuple2(("DUCK-HHHHHHHH-G" + color), "8H-G")
90	90		else if ((typeRandom == 2))
91	91		then $Tuple2(("DUCK-GGGGGGGG-G" + color), "8G-G")
92	92		else $Tuple2(("DUCK-IIIIIIII-G" + color), "8I-G")
93	93		}
94	94		}
95	95
96	96
97	97		func countEggsNeededAmount (totalDucksAmount) = {
98	98		let n = totalDucksAmount
99	99		let g = discountCoefficient
100	100		let t = typesAmount
101	101		let price = pow((100 + ((n * g) / (10 * t))), 2, 5, 1, 2, DOWN)
102	102		(price * 1000000)
103	103		}
104	104
105	105
106	106		@Callable(i)
107	107		func startDuckHatching (refererAddress) = if ((isLocked() > 0))
108	108		then throw("EGG operations are temporarily locked")
109	109		else {
110	110		let totalDucksAmount = tryGetInteger("ducks_amount")
111	111		let eggsNeeded = countEggsNeededAmount(totalDucksAmount)
112	112		let firstPayment = value(i.payments[0])
113	113		let results = [StringEntry(getHatchingStatusKey(toString(i.originCaller), i.transactionId), HatchingStarted), IntegerEntry(getHatchingFinishHeightKey(toString(i.originCaller), i.transactionId), (height + delayForHatching)), IntegerEntry("ducks_amount", (totalDucksAmount + 1)), IntegerEntry("ducks_last_price", (eggsNeeded / 1000000))]
114	114		if ((i.caller == Address(babyDucksAddress)))
115	115		then (results ++ [BooleanEntry((("hatching_" + toBase58String(i.transactionId)) + "_babyDuck"), true)])
116		-	else if ((i.caller == Address(swopPromoAddress)))
117		-	then (results ++ [BooleanEntry((("hatching_" + toBase58String(i.transactionId)) + "_promo"), true)])
118		-	else if ((firstPayment.assetId != eggsAssetId))
119		-	then throw(("You can attach only EGG tokens with the following asset id: " + toBase58String(eggsAssetId)))
120		-	else if ((eggsNeeded > firstPayment.amount))
121		-	then throw(("To hatch a duck you currently need the following amount of EGGlets: " + toString(eggsNeeded)))
122		-	else {
123		-	let refererReward = fraction(eggsNeeded, RefererReward, 100)
124		-	let refCall = invoke(Address(refContractAddress), "refPayment", [refererAddress], [AttachedPayment(eggsAssetId, refererReward)])
125		-	if ((refCall == refCall))
126		-	then (results ++ [ScriptTransfer(i.caller, (firstPayment.amount - eggsNeeded), eggsAssetId)])
127		-	else throw("Strict value is not equal to itself.")
128		-	}
	116	+	else if ((firstPayment.assetId != eggsAssetId))
	117	+	then throw(("You can attach only EGG tokens with the following asset id: " + toBase58String(eggsAssetId)))
	118	+	else if ((eggsNeeded > firstPayment.amount))
	119	+	then throw(("To hatch a duck you currently need the following amount of EGGlets: " + toString(eggsNeeded)))
	120	+	else {
	121	+	let refererReward = fraction(eggsNeeded, RefererReward, 100)
	122	+	let refCall = invoke(Address(refContractAddress), "refPayment", [refererAddress], [AttachedPayment(eggsAssetId, refererReward)])
	123	+	if ((refCall == refCall))
	124	+	then (results ++ [ScriptTransfer(i.caller, (firstPayment.amount - eggsNeeded), eggsAssetId)])
	125	+	else throw("Strict value is not equal to itself.")
	126	+	}
129	127		}
	128	+
	129	+
	130	+
	131	+	@Callable(i)
	132	+	func startDuckHatchingForUser (address) = if ((isLocked() > 0))
	133	+	then throw("EGG operations are temporarily locked")
	134	+	else if ((i.caller != Address(swopPromoAddress)))
	135	+	then throw("Can be called only by promo address")
	136	+	else {
	137	+	let totalDucksAmount = tryGetInteger("ducks_amount")
	138	+	let eggsNeeded = countEggsNeededAmount(totalDucksAmount)
	139	+	[StringEntry(getHatchingStatusKey(address, i.transactionId), HatchingStarted), IntegerEntry(getHatchingFinishHeightKey(address, i.transactionId), (height + delayForHatching)), IntegerEntry("ducks_amount", (totalDucksAmount + 1)), IntegerEntry("ducks_last_price", (eggsNeeded / 1000000)), BooleanEntry((("hatching_" + toBase58String(i.transactionId)) + "_promo"), true)]
	140	+	}
130	141
131	142
132	143
133	144		@Callable(i)
134	145		func finishDuckHatching (txIdStr) = {
135	146		let txId = fromBase58String(txIdStr)
136	147		let hatchingStatusKey = getHatchingStatusKey(toString(i.caller), txId)
137	148		let finishHeightKey = getHatchingFinishHeightKey(toString(i.caller), txId)
138	149		let duckIdKey = getDuckIdKey(toString(i.caller), txId)
139	150		let duckFromBaby = match getBoolean((("hatching_" + txIdStr) + "_babyDuck")) {
140	151		case t: Boolean =>
141	152		t
142	153		case _ =>
143	154		false
144	155		}
145	156		let hatchingTxStatus = getStringValue(this, hatchingStatusKey)
146	157		let hatchingFinishHeight = getIntegerValue(this, finishHeightKey)
147	158		if ((hatchingTxStatus == HatchingFinished))
148	159		then {
149	160		let duckId = getStringValue(this, getDuckIdKey(toString(i.caller), txId))
150	161		throw(("The duck was hatched and claimed already, here is the folowing: " + duckId))
151	162		}
152	163		else if ((hatchingFinishHeight > height))
153	164		then throw((((("Hatching is not finished yet " + toString((hatchingFinishHeight - height))) + " blocks remaining, it will take around ") + toString((hatchingFinishHeight - height))) + " minutes"))
154	165		else {
155		-	let $~~t056955761~~ = getRandomName(txId, hatchingFinishHeight)
156		-	let duckGen = $~~t056955761~~._1
157		-	let farmGen = $~~t056955761~~._2
	166	+	let $t063146380 = getRandomName(txId, hatchingFinishHeight)
	167	+	let duckGen = $t063146380._1
	168	+	let farmGen = $t063146380._2
158	169		let description = (("{\"genotype\": \"" + duckGen) + "\", \"crossbreeding\": true}")
159	170		let asset = Issue(duckGen, description, 1, 0, false, unit, hatchingFinishHeight)
160	171		let assetId = calculateAssetId(asset)
161	172		let amount = (tryGetInteger(getDuckStatsKey(duckGen)) + 1)
162	173		[StringEntry(hatchingStatusKey, HatchingFinished), StringEntry(duckIdKey, toBase58String(assetId)), StringEntry(toBase58String(assetId), duckIdKey), BooleanEntry((("duck_" + toBase58String(assetId)) + "_grown"), duckFromBaby), IntegerEntry(getDuckStatsKey(duckGen), amount), IntegerEntry((("stats_" + farmGen) + "_quantity"), (tryGetInteger((("stats_" + farmGen) + "_quantity")) + 1)), asset, ScriptTransfer(i.caller, 1, assetId)]
163	174		}
164	175		}
165	176
166	177
167	178
168	179		@Callable(i)
169	180		func issueFreeDuck (address,txIdStr) = if ((i.caller != Address(rebirthAddress)))
170	181		then throw("rebirth or baby ducks only")
171	182		else {
172	183		let txId = fromBase58String(txIdStr)
173	184		let hatchingStatusKey = getHatchingStatusKey(address, txId)
174	185		let finishHeightKey = getHatchingFinishHeightKey(address, txId)
175	186		let totalDucksAmount = tryGetInteger("ducks_amount")
176	187		let eggsNeeded = countEggsNeededAmount(totalDucksAmount)
177		-	let $~~t070147099~~ = getRandomName(txId, (value(transactionHeightById(txId)) + 1))
178		-	let duckGen = $~~t070147099~~._1
179		-	let farmGen = $~~t070147099~~._2
	188	+	let $t076337718 = getRandomName(txId, (value(transactionHeightById(txId)) + 1))
	189	+	let duckGen = $t076337718._1
	190	+	let farmGen = $t076337718._2
180	191		let description = (("{\"genotype\": \"" + duckGen) + "\", \"crossbreeding\": true}")
181	192		let asset = Issue(duckGen, description, 1, 0, false, unit, height)
182	193		let assetId = calculateAssetId(asset)
183	194		let amount = (tryGetInteger(getDuckStatsKey(duckGen)) + 1)
184	195		let duckIdKey = getDuckIdKey(address, txId)
185	196		$Tuple2([IntegerEntry(getHatchingFinishHeightKey(address, txId), height), IntegerEntry("ducks_amount", (totalDucksAmount + 1)), IntegerEntry("ducks_last_price", (eggsNeeded / 1000000)), StringEntry(hatchingStatusKey, HatchingFinished), StringEntry(duckIdKey, toBase58String(assetId)), StringEntry(toBase58String(assetId), duckIdKey), IntegerEntry(getDuckStatsKey(duckGen), amount), IntegerEntry((("stats_" + farmGen) + "_quantity"), (tryGetInteger((("stats_" + farmGen) + "_quantity")) + 1)), asset, ScriptTransfer(value(addressFromString(address)), 1, assetId)], toBase58String(assetId))
186	197		}
187	198
188	199
189	200
190	201		@Callable(i)
191	202		func issueJackpot (address,txIdStr,gen) = if (if ((i.caller != Address(rebirthAddress)))
192	203		then (i.caller != this)
193	204		else false)
194	205		then throw("admin or rebirth only")
195	206		else {
196	207		let txId = fromBase58String(txIdStr)
197	208		let hatchingStatusKey = getHatchingStatusKey(address, txId)
198	209		let finishHeightKey = getHatchingFinishHeightKey(address, txId)
199	210		let totalDucksAmount = tryGetInteger("ducks_amount")
200	211		let eggsNeeded = countEggsNeededAmount(totalDucksAmount)
201		-	let $~~t085528604~~ = $Tuple2((("DUCK-" + gen) + "-JU"), "8W-J")
202		-	let duckGen = $~~t085528604~~._1
203		-	let farmGen = $~~t085528604~~._2
	212	+	let $t091719223 = $Tuple2((("DUCK-" + gen) + "-JU"), "8W-J")
	213	+	let duckGen = $t091719223._1
	214	+	let farmGen = $t091719223._2
204	215		let description = (("{\"genotype\": \"" + duckGen) + "\", \"crossbreeding\": true}")
205	216		let asset = Issue(duckGen, description, 1, 0, false, unit, height)
206	217		let assetId = calculateAssetId(asset)
207	218		let duckIdKey = getDuckIdKey(address, txId)
208	219		$Tuple2([IntegerEntry(getHatchingFinishHeightKey(address, txId), height), IntegerEntry("ducks_amount", (totalDucksAmount + 1)), IntegerEntry("ducks_last_price", (eggsNeeded / 1000000)), StringEntry(hatchingStatusKey, HatchingFinished), StringEntry(duckIdKey, toBase58String(assetId)), StringEntry(toBase58String(assetId), duckIdKey), IntegerEntry(getDuckStatsKey(duckGen), (tryGetInteger(getDuckStatsKey(duckGen)) + 1)), IntegerEntry((("stats_" + farmGen) + "_quantity"), (tryGetInteger((("stats_" + farmGen) + "_quantity")) + 1)), asset, ScriptTransfer(value(addressFromString(address)), 1, assetId)], toBase58String(assetId))
209	220		}
210	221
211	222
212	223
213	224		@Callable(i)
214	225		func reduceRarity (assetId,fGen) = {
215	226		let asset = fromBase58String(assetId)
216	227		if (if ((i.caller != Address(rebirthAddress)))
217	228		then (i.caller != this)
218	229		else false)
219	230		then throw("admin or rebirth only")
220	231		else {
221	232		let duckGen = value(assetInfo(asset)).name
222	233		let letter = takeRight(take(duckGen, 6), 1)
223	234		let farmGen = (("8" + letter) + "-G")
224	235		[IntegerEntry(getDuckStatsKey(duckGen), (tryGetInteger(getDuckStatsKey(duckGen)) - 1)), IntegerEntry((("stats_" + farmGen) + "_quantity"), (tryGetInteger((("stats_" + farmGen) + "_quantity")) - 1))]
225	236		}
226	237		}
227	238
228	239
229	240		@Verifier(tx)
230	241		func verify () = sigVerify(tx.bodyBytes, tx.proofs[0], tx.senderPublicKey)
231	242

github/deemru/w8io/3ef1775 
43.56 ms ◑