w8 · tx · 9DJ···L4b

tx · 9DJGnpqoMJQ8LkhzKi1cswsGLD7AQdLjsHM2MsqfeL4b

3N9eE86dXUm7rfc2WWCMLHkaEM4Y8yoNj7u:  -0.01440000 Waves

2020.12.29 22:52 [1330434] smart account 3N9eE86dXUm7rfc2WWCMLHkaEM4Y8yoNj7u > SELF 0.00000000 Waves

{
    "type": 13,
    "id": "9DJGnpqoMJQ8LkhzKi1cswsGLD7AQdLjsHM2MsqfeL4b",
    "fee": 1440000,
    "feeAssetId": null,
    "timestamp": 1609271497639,
    "version": 2,
    "chainId": 84,
    "sender": "3N9eE86dXUm7rfc2WWCMLHkaEM4Y8yoNj7u",
    "senderPublicKey": "FFDorDp8bC9dyUK2w8hYPWPVEcbbk9zYkpHn3gcq9svn",
    "proofs": [
        "5qLG2oFKirVa2qccCE1tzVervfbQrbBjFH2M7VAp6PsCW92WHbBDy6vMv8B8ZAPiRjXZyQKhd61QLeb2Uo9XzEeD"
    ],
    "script": 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    "height": 1330434,
    "applicationStatus": "succeeded",
    "spentComplexity": 0
}

View: original | compacted
Prev: Ca3Dp34rhj3g6sQqibTtpQawbwg65rDJVdDrhceJn4KT
Next: 9Ws4KU82DfTWY7JLQVVrU6iCAAKwFPtZJ4WT8ikd4hGJ

Diff: 
Old New Differences
114 114                          else if ((NewUserStakeTransactions > 50))
115 115                              then ((10 * NewUserStakeTransactions) * (newAmountStakedToken / StakedTokenSmartContractBalance))
116 116                              else (10 * (newAmountStakedToken / StakedTokenSmartContractBalance))
117 -                     let newAmountGovernToken = (currentAmountGovernToken + 10)
117 +                     let newAmountGovernToken = (currentAmountGovernToken + Reward)
118 118                      ScriptResult(WriteSet([DataEntry(UserGovernTokenKey, newAmountGovernToken), DataEntry(UserStakedTokenKey, newAmountStakedToken), DataEntry(UserStakeTransactionsKey, NewUserStakeTransactions), DataEntry("StakeBalance", StakeBalanceAmount), DataEntry("FundBox", PrizeAmount), DataEntry("PrizeHeight", PrizeHeightValue)]), TransferSet([ScriptTransfer(i.caller, Reward, GovernToken)]))
119 119                      }
120 120              }
Full: 
Old New Differences
1 1  {-# STDLIB_VERSION 3 #-}
2 2  {-# SCRIPT_TYPE ACCOUNT #-}
3 3  {-# CONTENT_TYPE DAPP #-}
4 4  
5 5  
6 6  @Callable(i)
7 7  func ReadPoolData () = {
8 8      let GovernTokenKey = "GovernTokenMaxDeposit"
9 9      let MaxGovernTokenDepositerKey = "MaxGovernTokenDepositerKey"
10 10      let StakedToken = base58'GECLRH2fx2Xxix5gmrGV92AMt1A9LPohRpqwqRE16mwr'
11 11      let GovernToken = base58'2FMrxDLdQhauSY7d1uDUyKP1MpxkM7BeWA2UMnk3cG3P'
12 12      let UserStakedTokenKey = ((toBase58String(i.caller.bytes) + "_") + toBase58String(StakedToken))
13 13      let UserGovernTokenKey = ((toBase58String(i.caller.bytes) + "_") + toBase58String(GovernToken))
14 14      let Winner = getStringValue(this, MaxGovernTokenDepositerKey)
15 15      let MaxGovernTokenDeposit =     match getInteger(this, GovernTokenKey) {
16 16          case a: Int => 
17 17              a
18 18          case _ => 
19 19              0
20 20      }
21 21      let ReadUserGovernTokenKey = getStringValue(this, UserGovernTokenKey)
22 22      let UserGovernTokenBalance =     match getInteger(this, UserGovernTokenKey) {
23 23          case a: Int => 
24 24              a
25 25          case _ => 
26 26              0
27 27      }
28 28      let ReadUserStakedTokenKey = getStringValue(this, UserStakedTokenKey)
29 29      let UserStakedTokenBalance =     match getInteger(this, UserStakedTokenKey) {
30 30          case a: Int => 
31 31              a
32 32          case _ => 
33 33              0
34 34      }
35 35      throw(((((((("Winner is.....:   " + Winner) + " Balance is: ") + toString(MaxGovernTokenDeposit)) + "
36 36  Staked Token in your Balance is.....: ") + toString(UserStakedTokenBalance)) + "
37 37  Govern Token in your Balance is.....: ") + toString(UserGovernTokenBalance)))
38 38      }
39 39  
40 40  
41 41  
42 42  @Callable(i)
43 43  func ResetAccount () = {
44 44      let StakedToken = base58'GECLRH2fx2Xxix5gmrGV92AMt1A9LPohRpqwqRE16mwr'
45 45      let GovernToken = base58'2FMrxDLdQhauSY7d1uDUyKP1MpxkM7BeWA2UMnk3cG3P'
46 46      let UserStakedTokenKey = ((toBase58String(i.caller.bytes) + "_") + toBase58String(StakedToken))
47 47      let UserGovernTokenKey = ((toBase58String(i.caller.bytes) + "_") + toBase58String(GovernToken))
48 48      let UserStakeTransactionsKey = (toBase58String(i.caller.bytes) + "_StakedTransactions")
49 49      WriteSet([DataEntry(UserGovernTokenKey, 0), DataEntry(UserStakedTokenKey, 0), DataEntry(UserStakeTransactionsKey, 0)])
50 50      }
51 51  
52 52  
53 53  
54 54  @Callable(i)
55 55  func Stake () = {
56 56      let StakedToken = base58'GECLRH2fx2Xxix5gmrGV92AMt1A9LPohRpqwqRE16mwr'
57 57      let GovernToken = base58'2FMrxDLdQhauSY7d1uDUyKP1MpxkM7BeWA2UMnk3cG3P'
58 58      let GovernTokenSmartContractBalance = assetBalance(this, GovernToken)
59 59      let StakedTokenSmartContractBalance = assetBalance(this, StakedToken)
60 60      let pmt = extract(i.payment)
61 61      if (if ((pmt.amount > 0))
62 62          then (pmt.assetId == StakedToken)
63 63          else false)
64 64          then {
65 65              let UserStakedTokenKey = (toBase58String(i.caller.bytes) + "_Staking")
66 66              let UserGovernTokenKey = (toBase58String(i.caller.bytes) + "_Earnings")
67 67              let UserStakeTransactionsKey = (toBase58String(i.caller.bytes) + "_StakedTransactions")
68 68              let AddressHeight = (toBase58String(i.caller.bytes) + "_PrizeHeight")
69 69              let UserStakeTransactions =             match getInteger(this, UserStakeTransactionsKey) {
70 70                  case a: Int => 
71 71                      a
72 72                  case _ => 
73 73                      0
74 74              }
75 75              let NewUserStakeTransactions = (UserStakeTransactions + 1)
76 76              let currentAmountStakedToken =             match getInteger(this, UserStakedTokenKey) {
77 77                  case a: Int => 
78 78                      a
79 79                  case _ => 
80 80                      0
81 81              }
82 82              let newAmountStakedToken = (currentAmountStakedToken + pmt.amount)
83 83              let ContractWalletStakeBalance = assetBalance(this, StakedToken)
84 84              let StakeBalance =             match getInteger(this, "StakeBalance") {
85 85                  case a: Int => 
86 86                      a
87 87                  case _ => 
88 88                      0
89 89              }
90 90              let StakeBalanceAmount = (StakeBalance + pmt.amount)
91 91              let PrizeAmount = (ContractWalletStakeBalance - StakeBalance)
92 92              let currentAmountGovernToken =             match getInteger(this, UserGovernTokenKey) {
93 93                  case a: Int => 
94 94                      a
95 95                  case _ => 
96 96                      0
97 97              }
98 98              let HeightTransactFundBox =             match getInteger(this, "PrizeHeight") {
99 99                  case a: Int => 
100 100                      a
101 101                  case _ => 
102 102                      0
103 103              }
104 104              let PrizeHeightValue = if (if ((HeightTransactFundBox == 0))
105 105                  then (PrizeAmount != 0)
106 106                  else false)
107 107                  then height
108 108                  else 0
109 109              if ((1 > GovernTokenSmartContractBalance))
110 110                  then throw("No enough GovernToken In Contract, Please deposit GovernTokens")
111 111                  else {
112 112                      let Reward = if ((StakedTokenSmartContractBalance == 0))
113 113                          then 10
114 114                          else if ((NewUserStakeTransactions > 50))
115 115                              then ((10 * NewUserStakeTransactions) * (newAmountStakedToken / StakedTokenSmartContractBalance))
116 116                              else (10 * (newAmountStakedToken / StakedTokenSmartContractBalance))
117 -                     let newAmountGovernToken = (currentAmountGovernToken + 10)
117 +                     let newAmountGovernToken = (currentAmountGovernToken + Reward)
118 118                      ScriptResult(WriteSet([DataEntry(UserGovernTokenKey, newAmountGovernToken), DataEntry(UserStakedTokenKey, newAmountStakedToken), DataEntry(UserStakeTransactionsKey, NewUserStakeTransactions), DataEntry("StakeBalance", StakeBalanceAmount), DataEntry("FundBox", PrizeAmount), DataEntry("PrizeHeight", PrizeHeightValue)]), TransferSet([ScriptTransfer(i.caller, Reward, GovernToken)]))
119 119                      }
120 120              }
121 121          else throw("Can deposit only StakeToken")
122 122      }
123 123  
124 124  
125 125  
126 126  @Callable(i)
127 127  func DepositGovernToken () = {
128 128      let GovernToken = base58'2FMrxDLdQhauSY7d1uDUyKP1MpxkM7BeWA2UMnk3cG3P'
129 129      let GovernTokenMaxDeposit = toBase58String(GovernToken)
130 130      let pmt = extract(i.payment)
131 131      if (if (isDefined(pmt.assetId))
132 132          then (extract(pmt.assetId) == GovernToken)
133 133          else false)
134 134          then {
135 135              let currentKey = ((toBase58String(i.caller.bytes) + "_") + toBase58String(GovernToken))
136 136              let currentAmount =             match getInteger(this, currentKey) {
137 137                  case a: Int => 
138 138                      a
139 139                  case _ => 
140 140                      0
141 141              }
142 142              let CurrrentGovernTokenDeposit = (currentAmount + pmt.amount)
143 143              let GovernTokenKey = "GovernTokenMaxDeposit"
144 144              let MaxGovernTokenDepositerKey = "MaxGovernTokenDepositerKey"
145 145              let MaxGovernTokenDeposit =             match getInteger(this, GovernTokenKey) {
146 146                  case a: Int => 
147 147                      a
148 148                  case _ => 
149 149                      0
150 150              }
151 151              if ((CurrrentGovernTokenDeposit > MaxGovernTokenDeposit))
152 152                  then WriteSet([DataEntry(currentKey, CurrrentGovernTokenDeposit), DataEntry(GovernTokenKey, CurrrentGovernTokenDeposit), DataEntry(MaxGovernTokenDepositerKey, currentKey)])
153 153                  else WriteSet([DataEntry(currentKey, CurrrentGovernTokenDeposit)])
154 154              }
155 155          else throw("Can deposit only Govern Token")
156 156      }
157 157  
158 158  
159 159  
160 160  @Callable(i)
161 161  func WithdrawStakedFunds (amount) = {
162 162      let StakedToken = base58'GECLRH2fx2Xxix5gmrGV92AMt1A9LPohRpqwqRE16mwr'
163 163      let GovernToken = base58'2FMrxDLdQhauSY7d1uDUyKP1MpxkM7BeWA2UMnk3cG3P'
164 164      let UserStakedTokenKey = ((toBase58String(i.caller.bytes) + "_") + toBase58String(StakedToken))
165 165      let UserGovernTokenKey = ((toBase58String(i.caller.bytes) + "_") + toBase58String(GovernToken))
166 166      let currentKey = toBase58String(i.caller.bytes)
167 167      let currentAmount =     match getInteger(this, UserStakedTokenKey) {
168 168          case a: Int => 
169 169              a
170 170          case _ => 
171 171              0
172 172      }
173 173      let newAmount = (currentAmount - amount)
174 174      let StakeBalance =     match getInteger(this, "StakeBalance") {
175 175          case a: Int => 
176 176              a
177 177          case _ => 
178 178              0
179 179      }
180 180      let StakeBalanceAmount = (StakeBalance - amount)
181 181      if ((0 > amount))
182 182          then throw("Can't withdraw negative amount")
183 183          else if ((0 > newAmount))
184 184              then throw(("User cannot withdraw more than deposited funds, Your deposit is: " + toString(currentAmount)))
185 185              else {
186 186                  let GovernTokenAmount = assetBalance(this, GovernToken)
187 187                  if ((1 > GovernTokenAmount))
188 188                      then throw("No enough GovernToken In Contract")
189 189                      else ScriptResult(WriteSet([DataEntry(UserGovernTokenKey, 1), DataEntry(UserStakedTokenKey, newAmount), DataEntry("StakeBalance", StakeBalanceAmount)]), TransferSet([ScriptTransfer(i.caller, 1, GovernToken), ScriptTransfer(i.caller, amount, StakedToken)]))
190 190                  }
191 191      }
192 192  
193 193  
194 194  
195 195  @Callable(i)
196 196  func HarvestGovernToiken (amount) = {
197 197      let GovernToken = base58'2FMrxDLdQhauSY7d1uDUyKP1MpxkM7BeWA2UMnk3cG3P'
198 198      let UserGovernTokenKey = ((toBase58String(i.caller.bytes) + "_Farm_") + toBase58String(GovernToken))
199 199      let currentKey = toBase58String(i.caller.bytes)
200 200      let currentAmount =     match getInteger(this, UserGovernTokenKey) {
201 201          case a: Int => 
202 202              a
203 203          case _ => 
204 204              0
205 205      }
206 206      let newAmount = (currentAmount - amount)
207 207      if ((0 > amount))
208 208          then throw("Can't withdraw negative amount")
209 209          else if ((0 > newAmount))
210 210              then throw(("User cannot withdraw more than deposited funds, Your deposit is: " + toString(currentAmount)))
211 211              else {
212 212                  let GovernTokenAmount = assetBalance(this, GovernToken)
213 213                  ScriptResult(WriteSet([DataEntry(UserGovernTokenKey, newAmount)]), TransferSet([ScriptTransfer(i.caller, amount, GovernToken)]))
214 214                  }
215 215      }
216 216  
217 217  
218 218  
219 219  @Callable(i)
220 220  func delayprize () = {
221 221      let GovernToken = base58'2FMrxDLdQhauSY7d1uDUyKP1MpxkM7BeWA2UMnk3cG3P'
222 222      let UserGovernTokenKey = ((toBase58String(i.caller.bytes) + "_") + toBase58String(GovernToken))
223 223      let UserWalletSGovernBalance = assetBalance(Address(i.caller.bytes), GovernToken)
224 224      let ActualDelay =     match getInteger(this, "Delay") {
225 225          case a: Int => 
226 226              a
227 227          case _ => 
228 228              0
229 229      }
230 230      let ActualDelayCost =     match getInteger(this, "DelayCost") {
231 231          case a: Int => 
232 232              a
233 233          case _ => 
234 234              10
235 235      }
236 236      let pmt = extract(i.payment)
237 237      if (if (isDefined(pmt.assetId))
238 238          then (extract(pmt.assetId) == GovernToken)
239 239          else false)
240 240          then {
241 241              let UserGovernTokenAmount = pmt.amount
242 242              let NewDelayCost = if ((ActualDelayCost == 0))
243 243                  then 10
244 244                  else (2 * ActualDelayCost)
245 245              if ((UserGovernTokenAmount >= NewDelayCost))
246 246                  then {
247 247                      let NewDelay = (ActualDelay + 10)
248 248                      WriteSet([DataEntry("Delay", NewDelay), DataEntry("DelayCost", NewDelayCost)])
249 249                      }
250 250                  else throw((("To delay the release of the reward ONE DAY later than expected, you need " + toString(NewDelayCost)) + "TROIKAs"))
251 251              }
252 252          else throw("Can Use only Govern Token to Delay Reward")
253 253      }
254 254  
255 255  
256 256  
257 257  @Callable(i)
258 258  func ClaimPrize () = {
259 259      let StakedToken = base58'GECLRH2fx2Xxix5gmrGV92AMt1A9LPohRpqwqRE16mwr'
260 260      let GovernToken = base58'2FMrxDLdQhauSY7d1uDUyKP1MpxkM7BeWA2UMnk3cG3P'
261 261      let UserStakedTokenKey = ((toBase58String(i.caller.bytes) + "_") + toBase58String(StakedToken))
262 262      let UserGovernTokenKey = ((toBase58String(i.caller.bytes) + "_") + toBase58String(GovernToken))
263 263      let GovernTokenAmount = assetBalance(this, GovernToken)
264 264      let ContractWalletStakeBalance = assetBalance(this, StakedToken)
265 265      let StakeBalance =     match getInteger(this, "StakeBalance") {
266 266          case a: Int => 
267 267              a
268 268          case _ => 
269 269              0
270 270      }
271 271      let PrizeAmount = (ContractWalletStakeBalance - StakeBalance)
272 272      let UserGovernTokenAmount =     match getInteger(this, UserGovernTokenKey) {
273 273          case a: Int => 
274 274              a
275 275          case _ => 
276 276              0
277 277      }
278 278      let UserStakedTokenAmount =     match getInteger(this, UserStakedTokenKey) {
279 279          case a: Int => 
280 280              a
281 281          case _ => 
282 282              0
283 283      }
284 284      let ActualDelay =     match getInteger(this, "Delay") {
285 285          case a: Int => 
286 286              a
287 287          case _ => 
288 288              0
289 289      }
290 290      let GovernTokenKey = "GovernTokenMaxDeposit"
291 291      let MaxGovernTokenDepositerKey = "MaxGovernTokenDepositerKey"
292 292      let PrizeWinner = getStringValue(this, MaxGovernTokenDepositerKey)
293 293      let PrizeHeight =     match getInteger(this, "PrizeHeight") {
294 294          case a: Int => 
295 295              a
296 296          case _ => 
297 297              0
298 298      }
299 299      let MaxGovernTokenDeposit =     match getInteger(this, GovernTokenKey) {
300 300          case a: Int => 
301 301              a
302 302          case _ => 
303 303              0
304 304      }
305 305      if (if ((PrizeAmount == 0))
306 306          then true
307 307          else (100 > GovernTokenAmount))
308 308          then throw("No prize to Claim or No enough Govern Token en Contract")
309 309          else if ((UserGovernTokenKey != PrizeWinner))
310 310              then throw("You are not the winner hence cannot claim the reward  ")
311 311              else if ((1 > UserStakedTokenAmount))
312 312                  then throw(("You have to Stake StakedToken to claim reward 
313 313   Your Balance of Staked Tokens is: " + toString(UserStakedTokenAmount)))
314 314                  else if (if (if ((UserGovernTokenAmount >= 100))
315 315                      then (height >= (PrizeHeight + ActualDelay))
316 316                      else false)
317 317                      then (height > 0)
318 318                      else false)
319 319                      then if ((UserGovernTokenAmount >= MaxGovernTokenDeposit))
320 320                          then ScriptResult(WriteSet([DataEntry(PrizeWinner, PrizeAmount), DataEntry("FundBox", 0), DataEntry(GovernTokenKey, 0), DataEntry(UserGovernTokenKey, 0), DataEntry(MaxGovernTokenDepositerKey, ""), DataEntry("PrizeHeight", 0), DataEntry("Delay", 0), DataEntry("DelayCost", 0)]), TransferSet([ScriptTransfer(i.caller, PrizeAmount, StakedToken), ScriptTransfer(i.caller, 100, GovernToken)]))
321 321                          else throw((("You should deposit at least " + toString(MaxGovernTokenDeposit)) + " to be able to claim reward"))
322 322                      else throw(((((((("You have to deposit 100 GovernToken to claim Reward 
323 323   Your Balance is: " + toString(UserGovernTokenAmount)) + "
324 324   Deposit done at: ") + toString(PrizeHeight)) + "  And wait:") + toString((PrizeHeight + 10))) + "And Height is:") + toString(height)))
325 325      }
326 326  
327 327

Old	New		Differences
114	114		else if ((NewUserStakeTransactions > 50))
115	115		then ((10 * NewUserStakeTransactions) * (newAmountStakedToken / StakedTokenSmartContractBalance))
116	116		else (10 * (newAmountStakedToken / StakedTokenSmartContractBalance))
117		-	let newAmountGovernToken = (currentAmountGovernToken + 10)
	117	+	let newAmountGovernToken = (currentAmountGovernToken + Reward)
118	118		ScriptResult(WriteSet([DataEntry(UserGovernTokenKey, newAmountGovernToken), DataEntry(UserStakedTokenKey, newAmountStakedToken), DataEntry(UserStakeTransactionsKey, NewUserStakeTransactions), DataEntry("StakeBalance", StakeBalanceAmount), DataEntry("FundBox", PrizeAmount), DataEntry("PrizeHeight", PrizeHeightValue)]), TransferSet([ScriptTransfer(i.caller, Reward, GovernToken)]))
119	119		}
120	120		}

Old	New		Differences
1	1		{-# STDLIB_VERSION 3 #-}
2	2		{-# SCRIPT_TYPE ACCOUNT #-}
3	3		{-# CONTENT_TYPE DAPP #-}
4	4
5	5
6	6		@Callable(i)
7	7		func ReadPoolData () = {
8	8		let GovernTokenKey = "GovernTokenMaxDeposit"
9	9		let MaxGovernTokenDepositerKey = "MaxGovernTokenDepositerKey"
10	10		let StakedToken = base58'GECLRH2fx2Xxix5gmrGV92AMt1A9LPohRpqwqRE16mwr'
11	11		let GovernToken = base58'2FMrxDLdQhauSY7d1uDUyKP1MpxkM7BeWA2UMnk3cG3P'
12	12		let UserStakedTokenKey = ((toBase58String(i.caller.bytes) + "_") + toBase58String(StakedToken))
13	13		let UserGovernTokenKey = ((toBase58String(i.caller.bytes) + "_") + toBase58String(GovernToken))
14	14		let Winner = getStringValue(this, MaxGovernTokenDepositerKey)
15	15		let MaxGovernTokenDeposit = match getInteger(this, GovernTokenKey) {
16	16		case a: Int =>
17	17		a
18	18		case _ =>
19	19		0
20	20		}
21	21		let ReadUserGovernTokenKey = getStringValue(this, UserGovernTokenKey)
22	22		let UserGovernTokenBalance = match getInteger(this, UserGovernTokenKey) {
23	23		case a: Int =>
24	24		a
25	25		case _ =>
26	26		0
27	27		}
28	28		let ReadUserStakedTokenKey = getStringValue(this, UserStakedTokenKey)
29	29		let UserStakedTokenBalance = match getInteger(this, UserStakedTokenKey) {
30	30		case a: Int =>
31	31		a
32	32		case _ =>
33	33		0
34	34		}
35	35		throw(((((((("Winner is.....: " + Winner) + " Balance is: ") + toString(MaxGovernTokenDeposit)) + "
36	36		Staked Token in your Balance is.....: ") + toString(UserStakedTokenBalance)) + "
37	37		Govern Token in your Balance is.....: ") + toString(UserGovernTokenBalance)))
38	38		}
39	39
40	40
41	41
42	42		@Callable(i)
43	43		func ResetAccount () = {
44	44		let StakedToken = base58'GECLRH2fx2Xxix5gmrGV92AMt1A9LPohRpqwqRE16mwr'
45	45		let GovernToken = base58'2FMrxDLdQhauSY7d1uDUyKP1MpxkM7BeWA2UMnk3cG3P'
46	46		let UserStakedTokenKey = ((toBase58String(i.caller.bytes) + "_") + toBase58String(StakedToken))
47	47		let UserGovernTokenKey = ((toBase58String(i.caller.bytes) + "_") + toBase58String(GovernToken))
48	48		let UserStakeTransactionsKey = (toBase58String(i.caller.bytes) + "_StakedTransactions")
49	49		WriteSet([DataEntry(UserGovernTokenKey, 0), DataEntry(UserStakedTokenKey, 0), DataEntry(UserStakeTransactionsKey, 0)])
50	50		}
51	51
52	52
53	53
54	54		@Callable(i)
55	55		func Stake () = {
56	56		let StakedToken = base58'GECLRH2fx2Xxix5gmrGV92AMt1A9LPohRpqwqRE16mwr'
57	57		let GovernToken = base58'2FMrxDLdQhauSY7d1uDUyKP1MpxkM7BeWA2UMnk3cG3P'
58	58		let GovernTokenSmartContractBalance = assetBalance(this, GovernToken)
59	59		let StakedTokenSmartContractBalance = assetBalance(this, StakedToken)
60	60		let pmt = extract(i.payment)
61	61		if (if ((pmt.amount > 0))
62	62		then (pmt.assetId == StakedToken)
63	63		else false)
64	64		then {
65	65		let UserStakedTokenKey = (toBase58String(i.caller.bytes) + "_Staking")
66	66		let UserGovernTokenKey = (toBase58String(i.caller.bytes) + "_Earnings")
67	67		let UserStakeTransactionsKey = (toBase58String(i.caller.bytes) + "_StakedTransactions")
68	68		let AddressHeight = (toBase58String(i.caller.bytes) + "_PrizeHeight")
69	69		let UserStakeTransactions = match getInteger(this, UserStakeTransactionsKey) {
70	70		case a: Int =>
71	71		a
72	72		case _ =>
73	73		0
74	74		}
75	75		let NewUserStakeTransactions = (UserStakeTransactions + 1)
76	76		let currentAmountStakedToken = match getInteger(this, UserStakedTokenKey) {
77	77		case a: Int =>
78	78		a
79	79		case _ =>
80	80		0
81	81		}
82	82		let newAmountStakedToken = (currentAmountStakedToken + pmt.amount)
83	83		let ContractWalletStakeBalance = assetBalance(this, StakedToken)
84	84		let StakeBalance = match getInteger(this, "StakeBalance") {
85	85		case a: Int =>
86	86		a
87	87		case _ =>
88	88		0
89	89		}
90	90		let StakeBalanceAmount = (StakeBalance + pmt.amount)
91	91		let PrizeAmount = (ContractWalletStakeBalance - StakeBalance)
92	92		let currentAmountGovernToken = match getInteger(this, UserGovernTokenKey) {
93	93		case a: Int =>
94	94		a
95	95		case _ =>
96	96		0
97	97		}
98	98		let HeightTransactFundBox = match getInteger(this, "PrizeHeight") {
99	99		case a: Int =>
100	100		a
101	101		case _ =>
102	102		0
103	103		}
104	104		let PrizeHeightValue = if (if ((HeightTransactFundBox == 0))
105	105		then (PrizeAmount != 0)
106	106		else false)
107	107		then height
108	108		else 0
109	109		if ((1 > GovernTokenSmartContractBalance))
110	110		then throw("No enough GovernToken In Contract, Please deposit GovernTokens")
111	111		else {
112	112		let Reward = if ((StakedTokenSmartContractBalance == 0))
113	113		then 10
114	114		else if ((NewUserStakeTransactions > 50))
115	115		then ((10 * NewUserStakeTransactions) * (newAmountStakedToken / StakedTokenSmartContractBalance))
116	116		else (10 * (newAmountStakedToken / StakedTokenSmartContractBalance))
117		-	let newAmountGovernToken = (currentAmountGovernToken + 10)
	117	+	let newAmountGovernToken = (currentAmountGovernToken + Reward)
118	118		ScriptResult(WriteSet([DataEntry(UserGovernTokenKey, newAmountGovernToken), DataEntry(UserStakedTokenKey, newAmountStakedToken), DataEntry(UserStakeTransactionsKey, NewUserStakeTransactions), DataEntry("StakeBalance", StakeBalanceAmount), DataEntry("FundBox", PrizeAmount), DataEntry("PrizeHeight", PrizeHeightValue)]), TransferSet([ScriptTransfer(i.caller, Reward, GovernToken)]))
119	119		}
120	120		}
121	121		else throw("Can deposit only StakeToken")
122	122		}
123	123
124	124
125	125
126	126		@Callable(i)
127	127		func DepositGovernToken () = {
128	128		let GovernToken = base58'2FMrxDLdQhauSY7d1uDUyKP1MpxkM7BeWA2UMnk3cG3P'
129	129		let GovernTokenMaxDeposit = toBase58String(GovernToken)
130	130		let pmt = extract(i.payment)
131	131		if (if (isDefined(pmt.assetId))
132	132		then (extract(pmt.assetId) == GovernToken)
133	133		else false)
134	134		then {
135	135		let currentKey = ((toBase58String(i.caller.bytes) + "_") + toBase58String(GovernToken))
136	136		let currentAmount = match getInteger(this, currentKey) {
137	137		case a: Int =>
138	138		a
139	139		case _ =>
140	140		0
141	141		}
142	142		let CurrrentGovernTokenDeposit = (currentAmount + pmt.amount)
143	143		let GovernTokenKey = "GovernTokenMaxDeposit"
144	144		let MaxGovernTokenDepositerKey = "MaxGovernTokenDepositerKey"
145	145		let MaxGovernTokenDeposit = match getInteger(this, GovernTokenKey) {
146	146		case a: Int =>
147	147		a
148	148		case _ =>
149	149		0
150	150		}
151	151		if ((CurrrentGovernTokenDeposit > MaxGovernTokenDeposit))
152	152		then WriteSet([DataEntry(currentKey, CurrrentGovernTokenDeposit), DataEntry(GovernTokenKey, CurrrentGovernTokenDeposit), DataEntry(MaxGovernTokenDepositerKey, currentKey)])
153	153		else WriteSet([DataEntry(currentKey, CurrrentGovernTokenDeposit)])
154	154		}
155	155		else throw("Can deposit only Govern Token")
156	156		}
157	157
158	158
159	159
160	160		@Callable(i)
161	161		func WithdrawStakedFunds (amount) = {
162	162		let StakedToken = base58'GECLRH2fx2Xxix5gmrGV92AMt1A9LPohRpqwqRE16mwr'
163	163		let GovernToken = base58'2FMrxDLdQhauSY7d1uDUyKP1MpxkM7BeWA2UMnk3cG3P'
164	164		let UserStakedTokenKey = ((toBase58String(i.caller.bytes) + "_") + toBase58String(StakedToken))
165	165		let UserGovernTokenKey = ((toBase58String(i.caller.bytes) + "_") + toBase58String(GovernToken))
166	166		let currentKey = toBase58String(i.caller.bytes)
167	167		let currentAmount = match getInteger(this, UserStakedTokenKey) {
168	168		case a: Int =>
169	169		a
170	170		case _ =>
171	171		0
172	172		}
173	173		let newAmount = (currentAmount - amount)
174	174		let StakeBalance = match getInteger(this, "StakeBalance") {
175	175		case a: Int =>
176	176		a
177	177		case _ =>
178	178		0
179	179		}
180	180		let StakeBalanceAmount = (StakeBalance - amount)
181	181		if ((0 > amount))
182	182		then throw("Can't withdraw negative amount")
183	183		else if ((0 > newAmount))
184	184		then throw(("User cannot withdraw more than deposited funds, Your deposit is: " + toString(currentAmount)))
185	185		else {
186	186		let GovernTokenAmount = assetBalance(this, GovernToken)
187	187		if ((1 > GovernTokenAmount))
188	188		then throw("No enough GovernToken In Contract")
189	189		else ScriptResult(WriteSet([DataEntry(UserGovernTokenKey, 1), DataEntry(UserStakedTokenKey, newAmount), DataEntry("StakeBalance", StakeBalanceAmount)]), TransferSet([ScriptTransfer(i.caller, 1, GovernToken), ScriptTransfer(i.caller, amount, StakedToken)]))
190	190		}
191	191		}
192	192
193	193
194	194
195	195		@Callable(i)
196	196		func HarvestGovernToiken (amount) = {
197	197		let GovernToken = base58'2FMrxDLdQhauSY7d1uDUyKP1MpxkM7BeWA2UMnk3cG3P'
198	198		let UserGovernTokenKey = ((toBase58String(i.caller.bytes) + "_Farm_") + toBase58String(GovernToken))
199	199		let currentKey = toBase58String(i.caller.bytes)
200	200		let currentAmount = match getInteger(this, UserGovernTokenKey) {
201	201		case a: Int =>
202	202		a
203	203		case _ =>
204	204		0
205	205		}
206	206		let newAmount = (currentAmount - amount)
207	207		if ((0 > amount))
208	208		then throw("Can't withdraw negative amount")
209	209		else if ((0 > newAmount))
210	210		then throw(("User cannot withdraw more than deposited funds, Your deposit is: " + toString(currentAmount)))
211	211		else {
212	212		let GovernTokenAmount = assetBalance(this, GovernToken)
213	213		ScriptResult(WriteSet([DataEntry(UserGovernTokenKey, newAmount)]), TransferSet([ScriptTransfer(i.caller, amount, GovernToken)]))
214	214		}
215	215		}
216	216
217	217
218	218
219	219		@Callable(i)
220	220		func delayprize () = {
221	221		let GovernToken = base58'2FMrxDLdQhauSY7d1uDUyKP1MpxkM7BeWA2UMnk3cG3P'
222	222		let UserGovernTokenKey = ((toBase58String(i.caller.bytes) + "_") + toBase58String(GovernToken))
223	223		let UserWalletSGovernBalance = assetBalance(Address(i.caller.bytes), GovernToken)
224	224		let ActualDelay = match getInteger(this, "Delay") {
225	225		case a: Int =>
226	226		a
227	227		case _ =>
228	228		0
229	229		}
230	230		let ActualDelayCost = match getInteger(this, "DelayCost") {
231	231		case a: Int =>
232	232		a
233	233		case _ =>
234	234		10
235	235		}
236	236		let pmt = extract(i.payment)
237	237		if (if (isDefined(pmt.assetId))
238	238		then (extract(pmt.assetId) == GovernToken)
239	239		else false)
240	240		then {
241	241		let UserGovernTokenAmount = pmt.amount
242	242		let NewDelayCost = if ((ActualDelayCost == 0))
243	243		then 10
244	244		else (2 * ActualDelayCost)
245	245		if ((UserGovernTokenAmount >= NewDelayCost))
246	246		then {
247	247		let NewDelay = (ActualDelay + 10)
248	248		WriteSet([DataEntry("Delay", NewDelay), DataEntry("DelayCost", NewDelayCost)])
249	249		}
250	250		else throw((("To delay the release of the reward ONE DAY later than expected, you need " + toString(NewDelayCost)) + "TROIKAs"))
251	251		}
252	252		else throw("Can Use only Govern Token to Delay Reward")
253	253		}
254	254
255	255
256	256
257	257		@Callable(i)
258	258		func ClaimPrize () = {
259	259		let StakedToken = base58'GECLRH2fx2Xxix5gmrGV92AMt1A9LPohRpqwqRE16mwr'
260	260		let GovernToken = base58'2FMrxDLdQhauSY7d1uDUyKP1MpxkM7BeWA2UMnk3cG3P'
261	261		let UserStakedTokenKey = ((toBase58String(i.caller.bytes) + "_") + toBase58String(StakedToken))
262	262		let UserGovernTokenKey = ((toBase58String(i.caller.bytes) + "_") + toBase58String(GovernToken))
263	263		let GovernTokenAmount = assetBalance(this, GovernToken)
264	264		let ContractWalletStakeBalance = assetBalance(this, StakedToken)
265	265		let StakeBalance = match getInteger(this, "StakeBalance") {
266	266		case a: Int =>
267	267		a
268	268		case _ =>
269	269		0
270	270		}
271	271		let PrizeAmount = (ContractWalletStakeBalance - StakeBalance)
272	272		let UserGovernTokenAmount = match getInteger(this, UserGovernTokenKey) {
273	273		case a: Int =>
274	274		a
275	275		case _ =>
276	276		0
277	277		}
278	278		let UserStakedTokenAmount = match getInteger(this, UserStakedTokenKey) {
279	279		case a: Int =>
280	280		a
281	281		case _ =>
282	282		0
283	283		}
284	284		let ActualDelay = match getInteger(this, "Delay") {
285	285		case a: Int =>
286	286		a
287	287		case _ =>
288	288		0
289	289		}
290	290		let GovernTokenKey = "GovernTokenMaxDeposit"
291	291		let MaxGovernTokenDepositerKey = "MaxGovernTokenDepositerKey"
292	292		let PrizeWinner = getStringValue(this, MaxGovernTokenDepositerKey)
293	293		let PrizeHeight = match getInteger(this, "PrizeHeight") {
294	294		case a: Int =>
295	295		a
296	296		case _ =>
297	297		0
298	298		}
299	299		let MaxGovernTokenDeposit = match getInteger(this, GovernTokenKey) {
300	300		case a: Int =>
301	301		a
302	302		case _ =>
303	303		0
304	304		}
305	305		if (if ((PrizeAmount == 0))
306	306		then true
307	307		else (100 > GovernTokenAmount))
308	308		then throw("No prize to Claim or No enough Govern Token en Contract")
309	309		else if ((UserGovernTokenKey != PrizeWinner))
310	310		then throw("You are not the winner hence cannot claim the reward ")
311	311		else if ((1 > UserStakedTokenAmount))
312	312		then throw(("You have to Stake StakedToken to claim reward
313	313		Your Balance of Staked Tokens is: " + toString(UserStakedTokenAmount)))
314	314		else if (if (if ((UserGovernTokenAmount >= 100))
315	315		then (height >= (PrizeHeight + ActualDelay))
316	316		else false)
317	317		then (height > 0)
318	318		else false)
319	319		then if ((UserGovernTokenAmount >= MaxGovernTokenDeposit))
320	320		then ScriptResult(WriteSet([DataEntry(PrizeWinner, PrizeAmount), DataEntry("FundBox", 0), DataEntry(GovernTokenKey, 0), DataEntry(UserGovernTokenKey, 0), DataEntry(MaxGovernTokenDepositerKey, ""), DataEntry("PrizeHeight", 0), DataEntry("Delay", 0), DataEntry("DelayCost", 0)]), TransferSet([ScriptTransfer(i.caller, PrizeAmount, StakedToken), ScriptTransfer(i.caller, 100, GovernToken)]))
321	321		else throw((("You should deposit at least " + toString(MaxGovernTokenDeposit)) + " to be able to claim reward"))
322	322		else throw(((((((("You have to deposit 100 GovernToken to claim Reward
323	323		Your Balance is: " + toString(UserGovernTokenAmount)) + "
324	324		Deposit done at: ") + toString(PrizeHeight)) + " And wait:") + toString((PrizeHeight + 10))) + "And Height is:") + toString(height)))
325	325		}
326	326
327	327

github/deemru/w8io/873ac7e 
57.16 ms ◑