w8 · tx · FkK···anm

tx · FkKZ13FcES7g2EMb2hfD7SU6Ko2fAKVSEnro9Cws2anm

3MpcyLdYAQ6Z14cs1Fy3o7XK1cAHajK5g5N:  -0.01000000 Waves

2022.04.26 22:11 [2025852] smart account 3MpcyLdYAQ6Z14cs1Fy3o7XK1cAHajK5g5N > SELF 0.00000000 Waves

{
    "type": 13,
    "id": "FkKZ13FcES7g2EMb2hfD7SU6Ko2fAKVSEnro9Cws2anm",
    "fee": 1000000,
    "feeAssetId": null,
    "timestamp": 1651000300420,
    "version": 2,
    "chainId": 84,
    "sender": "3MpcyLdYAQ6Z14cs1Fy3o7XK1cAHajK5g5N",
    "senderPublicKey": "CpN2UR96CYA49vvxNChb3NFpAE9TK2nyuCptRU4VkHzS",
    "proofs": [
        "5SeUQSZW7ejvFDzqDhvzdtSQhW1VFTQQ3YfmdQDwRmK2arp7rPCWXTAdkog8fA9FpEP4CmCApijUFtUQktnfrG5M"
    ],
    "script": 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    "height": 2025852,
    "applicationStatus": "succeeded",
    "spentComplexity": 0
}

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Diff: 
Old New Differences
99 99  
100 100  
101 101  func calculateToClaim (heightStart,heightEnd,claimHeight,amount,toClaim,claimed,apy) = {
102 -     let toClaimHeight = getMaxVal(valueOrDefault(claimHeight, heightStart), height)
102 +     let fromClaimHeight = getMaxVal(valueOrDefault(claimHeight, heightStart), height)
103 103      let toEndHeight = getMinVal(heightStart, height)
104 -     let koeficient = fraction(apy, (toEndHeight - toClaimHeight), year)
104 +     let delta = (toEndHeight - fromClaimHeight)
105 +     let koeficient = fraction(apy, delta, year)
105 106      let accumulate = fraction(koeficient, amount, 100000000)
106 107      ((accumulate + toClaim) - claimed)
107 108      }
Full: 
Old New Differences
1 1  {-# STDLIB_VERSION 5 #-}
2 2  {-# SCRIPT_TYPE ACCOUNT #-}
3 3  {-# CONTENT_TYPE DAPP #-}
4 4  let ver = "1.0"
5 5  
6 6  let year = 525600
7 7  
8 8  let separator = "__"
9 9  
10 10  let WAVESIDSTR = "WAVES"
11 11  
12 12  let WAVESID = fromBase58String(WAVESIDSTR)
13 13  
14 14  let maxInvestKey = "%s__maxInvest"
15 15  
16 16  let totalInvestKey = "%s__totalInvest"
17 17  
18 18  let investAssetKey = "%s__investAssetId"
19 19  
20 20  let apyFromKey = "%s__apyFrom"
21 21  
22 22  let apyToKey = "%s__apyTo"
23 23  
24 24  let investIntervalMinKey = "%s__intervalMin"
25 25  
26 26  let maxIntervalKey = "%__maxInterval"
27 27  
28 28  func getUserInvestKey (user) = makeString(["%s%s$d", "clrcInvest", user], separator)
29 29  
30 30  
31 31  func valueOrDefault (val,defaultVal) = if ((valueOrElse(val, 0) != 0))
32 32      then val
33 33      else defaultVal
34 34  
35 35  
36 36  func getMinVal (val1,val2) = if ((val1 > val2))
37 37      then val2
38 38      else val1
39 39  
40 40  
41 41  func getMaxVal (val1,val2) = if ((val2 > val1))
42 42      then val2
43 43      else val1
44 44  
45 45  
46 46  func getIntOrZero (key) = valueOrElse(getInteger(this, key), 0)
47 47  
48 48  
49 49  func getIntOrElse (key,defaultVal) = valueOrElse(getInteger(this, key), defaultVal)
50 50  
51 51  
52 52  func getIntOrFail (key) = valueOrErrorMessage(getInteger(this, key), (("Mandatory this." + key) + " is not defined"))
53 53  
54 54  
55 55  func getStrOrElse (key,defaultVal) = valueOrElse(getString(this, key), defaultVal)
56 56  
57 57  
58 58  func getStringOrFail (key) = valueOrErrorMessage(getString(this, key), (("Mandatory this." + key) + " is not defined"))
59 59  
60 60  
61 61  func toAssetVect (assetStr) = if ((assetStr == WAVESIDSTR))
62 62      then unit
63 63      else fromBase58String(assetStr)
64 64  
65 65  
66 66  func getApy (interval,maxInterval) = {
67 67      let apyTo = getIntOrZero(apyToKey)
68 68      let apyFrom = getIntOrZero(apyFromKey)
69 69      let deltaApy = ((apyTo - apyFrom) * 1000000)
70 70      let kInterval = (maxInterval - 1)
71 71      let apyNormalize = ((deltaApy * (interval - 1)) / kInterval)
72 72      let finalApy = (apyNormalize + (apyFrom * 1000000))
73 73      finalApy
74 74      }
75 75  
76 76  
77 77  func readUserData (user) = {
78 78      let data = split(getStrOrElse(getUserInvestKey(user), ""), separator)
79 79      if ((7 > size(data)))
80 80          then [0, 0, 0, 0, 0, 0, 0]
81 81          else {
82 82              let heightStart = valueOrElse(parseInt(data[1]), 0)
83 83              let heightEnd = valueOrElse(parseInt(data[2]), 0)
84 84              let claimed = valueOrElse(parseInt(data[3]), 0)
85 85              let amount = valueOrElse(parseInt(data[4]), 0)
86 86              let toClaim = valueOrElse(parseInt(data[5]), 0)
87 87              let claimHeight = valueOrElse(parseInt(data[6]), 0)
88 88              let apy = valueOrElse(parseInt(data[7]), 0)
89 89  [heightStart, heightEnd, claimHeight, amount, toClaim, claimed, apy]
90 90              }
91 91      }
92 92  
93 93  
94 94  func setUserData (user,heightStart,heightEnd,claimHeight,amount,toClaim,claimed,apy) = {
95 95      let key = getUserInvestKey(user)
96 96      let data = makeString(["%d%d%d%d%d%d", toString(heightStart), toString(heightEnd), toString(claimHeight), toString(amount), toString(toClaim), toString(claimed), toString(apy)], separator)
97 97      StringEntry(key, data)
98 98      }
99 99  
100 100  
101 101  func calculateToClaim (heightStart,heightEnd,claimHeight,amount,toClaim,claimed,apy) = {
102 -     let toClaimHeight = getMaxVal(valueOrDefault(claimHeight, heightStart), height)
102 +     let fromClaimHeight = getMaxVal(valueOrDefault(claimHeight, heightStart), height)
103 103      let toEndHeight = getMinVal(heightStart, height)
104 -     let koeficient = fraction(apy, (toEndHeight - toClaimHeight), year)
104 +     let delta = (toEndHeight - fromClaimHeight)
105 +     let koeficient = fraction(apy, delta, year)
105 106      let accumulate = fraction(koeficient, amount, 100000000)
106 107      ((accumulate + toClaim) - claimed)
107 108      }
108 109  
109 110  
110 111  @Callable(i)
111 112  func getApyReaOnly (interval,maxInterval) = {
112 113      let currentApy = getApy(interval, maxInterval)
113 114      $Tuple2(nil, currentApy)
114 115      }
115 116  
116 117  
117 118  
118 119  @Callable(i)
119 120  func claimReadonly (user) = {
120 121      let data = readUserData(user)
121 122      let toClaim = calculateToClaim(data[0], data[1], data[2], data[3], data[4], data[5], data[6])
122 123      $Tuple2(nil, toClaim)
123 124      }
124 125  
125 126  
126 127  
127 128  @Callable(i)
128 129  func setParams (apyFrom,apyTo,maxIntervalMonths,maxInvest,investAsset) = [StringEntry(investAssetKey, investAsset), IntegerEntry(apyToKey, apyTo), IntegerEntry(apyFromKey, apyFrom), IntegerEntry(maxIntervalKey, maxIntervalMonths), IntegerEntry(maxInvestKey, maxInvest)]
129 130  
130 131  
131 132  
132 133  @Callable(i)
133 134  func deposit (interval) = {
134 135      let minInterval = getIntOrElse(investIntervalMinKey, 43200)
135 136      let maxInvest = getIntOrZero(maxInvestKey)
136 137      let totalInvested = getIntOrZero(totalInvestKey)
137 138      let investAsset = getStringOrFail(investAssetKey)
138 139      let userAddress = i.caller
139 140      let userAddressString = toString(userAddress)
140 141      let maxInterval = getIntOrZero(maxIntervalKey)
141 142      let investStart = height
142 143      let investEnd = (investStart + (minInterval * interval))
143 144      let invalidAssetMessage = (("Invalid asset. " + investAsset) + " is expected")
144 145      if (if ((1 > interval))
145 146          then true
146 147          else (interval > maxInterval))
147 148          then throw("Wrong interval")
148 149          else if ((size(i.payments) != 1))
149 150              then throw("Invalid payments size")
150 151              else {
151 152                  let payment = i.payments[0]
152 153                  let amount = payment.amount
153 154                  let assetId = valueOrErrorMessage(payment.assetId, invalidAssetMessage)
154 155                  if ((toBase58String(assetId) != investAsset))
155 156                      then throw(invalidAssetMessage)
156 157                      else if (((amount + totalInvested) > maxInvest))
157 158                          then throw("The max invest limit has been reached")
158 159                          else {
159 160                              let currentApy = getApy(interval, maxInterval)
160 161                              let userData = readUserData(userAddressString)
161 162                              let claimHeight = userData[2]
162 163                              let allAmount = (amount + userData[3])
163 164                              let claimed = userData[4]
164 165                              let toClaim = userData[5]
165 166  [setUserData(userAddressString, investStart, investEnd, claimHeight, allAmount, toClaim, claimed, currentApy), IntegerEntry(totalInvestKey, (amount + totalInvested))]
166 167                              }
167 168                  }
168 169      }
169 170  
170 171  
171 172  
172 173  @Callable(i)
173 174  func claim () = {
174 175      let investAsset = getStringOrFail(investAssetKey)
175 176      let data = readUserData(toString(i.caller))
176 177      if ((7 > size(data)))
177 178          then throw("User has't invest")
178 179          else {
179 180              let toClaim = calculateToClaim(data[0], data[1], data[2], data[3], data[4], data[5], data[6])
180 181              let claimed = (data[4] + toClaim)
181 182              let claimHeight = height
182 183              if (if (if (isDefined(toClaim))
183 184                  then true
184 185                  else (toClaim == 0))
185 186                  then true
186 187                  else (data[0] == 0))
187 188                  then throw("Nothing to claim")
188 189                  else [ScriptTransfer(i.caller, toClaim, fromBase58String(investAsset)), setUserData(toString(i.caller), data[0], data[1], claimHeight, data[3], 0, claimed, data[6])]
189 190              }
190 191      }
191 192  
192 193  
193 194  
194 195  @Callable(i)
195 196  func deleteAmount () = [IntegerEntry(totalInvestKey, 0)]
196 197  
197 198

Old	New		Differences
99	99
100	100
101	101		func calculateToClaim (heightStart,heightEnd,claimHeight,amount,toClaim,claimed,apy) = {
102		-	let ~~toClaimHeight~~ = getMaxVal(valueOrDefault(claimHeight, heightStart), height)
	102	+	let fromClaimHeight = getMaxVal(valueOrDefault(claimHeight, heightStart), height)
103	103		let toEndHeight = getMinVal(heightStart, height)
104		-	let koeficient = fraction(apy, (toEndHeight - toClaimHeight), year)
	104	+	let delta = (toEndHeight - fromClaimHeight)
	105	+	let koeficient = fraction(apy, delta, year)
105	106		let accumulate = fraction(koeficient, amount, 100000000)
106	107		((accumulate + toClaim) - claimed)
107	108		}

Old	New		Differences
1	1		{-# STDLIB_VERSION 5 #-}
2	2		{-# SCRIPT_TYPE ACCOUNT #-}
3	3		{-# CONTENT_TYPE DAPP #-}
4	4		let ver = "1.0"
5	5
6	6		let year = 525600
7	7
8	8		let separator = "__"
9	9
10	10		let WAVESIDSTR = "WAVES"
11	11
12	12		let WAVESID = fromBase58String(WAVESIDSTR)
13	13
14	14		let maxInvestKey = "%s__maxInvest"
15	15
16	16		let totalInvestKey = "%s__totalInvest"
17	17
18	18		let investAssetKey = "%s__investAssetId"
19	19
20	20		let apyFromKey = "%s__apyFrom"
21	21
22	22		let apyToKey = "%s__apyTo"
23	23
24	24		let investIntervalMinKey = "%s__intervalMin"
25	25
26	26		let maxIntervalKey = "%__maxInterval"
27	27
28	28		func getUserInvestKey (user) = makeString(["%s%s$d", "clrcInvest", user], separator)
29	29
30	30
31	31		func valueOrDefault (val,defaultVal) = if ((valueOrElse(val, 0) != 0))
32	32		then val
33	33		else defaultVal
34	34
35	35
36	36		func getMinVal (val1,val2) = if ((val1 > val2))
37	37		then val2
38	38		else val1
39	39
40	40
41	41		func getMaxVal (val1,val2) = if ((val2 > val1))
42	42		then val2
43	43		else val1
44	44
45	45
46	46		func getIntOrZero (key) = valueOrElse(getInteger(this, key), 0)
47	47
48	48
49	49		func getIntOrElse (key,defaultVal) = valueOrElse(getInteger(this, key), defaultVal)
50	50
51	51
52	52		func getIntOrFail (key) = valueOrErrorMessage(getInteger(this, key), (("Mandatory this." + key) + " is not defined"))
53	53
54	54
55	55		func getStrOrElse (key,defaultVal) = valueOrElse(getString(this, key), defaultVal)
56	56
57	57
58	58		func getStringOrFail (key) = valueOrErrorMessage(getString(this, key), (("Mandatory this." + key) + " is not defined"))
59	59
60	60
61	61		func toAssetVect (assetStr) = if ((assetStr == WAVESIDSTR))
62	62		then unit
63	63		else fromBase58String(assetStr)
64	64
65	65
66	66		func getApy (interval,maxInterval) = {
67	67		let apyTo = getIntOrZero(apyToKey)
68	68		let apyFrom = getIntOrZero(apyFromKey)
69	69		let deltaApy = ((apyTo - apyFrom) * 1000000)
70	70		let kInterval = (maxInterval - 1)
71	71		let apyNormalize = ((deltaApy * (interval - 1)) / kInterval)
72	72		let finalApy = (apyNormalize + (apyFrom * 1000000))
73	73		finalApy
74	74		}
75	75
76	76
77	77		func readUserData (user) = {
78	78		let data = split(getStrOrElse(getUserInvestKey(user), ""), separator)
79	79		if ((7 > size(data)))
80	80		then [0, 0, 0, 0, 0, 0, 0]
81	81		else {
82	82		let heightStart = valueOrElse(parseInt(data[1]), 0)
83	83		let heightEnd = valueOrElse(parseInt(data[2]), 0)
84	84		let claimed = valueOrElse(parseInt(data[3]), 0)
85	85		let amount = valueOrElse(parseInt(data[4]), 0)
86	86		let toClaim = valueOrElse(parseInt(data[5]), 0)
87	87		let claimHeight = valueOrElse(parseInt(data[6]), 0)
88	88		let apy = valueOrElse(parseInt(data[7]), 0)
89	89		[heightStart, heightEnd, claimHeight, amount, toClaim, claimed, apy]
90	90		}
91	91		}
92	92
93	93
94	94		func setUserData (user,heightStart,heightEnd,claimHeight,amount,toClaim,claimed,apy) = {
95	95		let key = getUserInvestKey(user)
96	96		let data = makeString(["%d%d%d%d%d%d", toString(heightStart), toString(heightEnd), toString(claimHeight), toString(amount), toString(toClaim), toString(claimed), toString(apy)], separator)
97	97		StringEntry(key, data)
98	98		}
99	99
100	100
101	101		func calculateToClaim (heightStart,heightEnd,claimHeight,amount,toClaim,claimed,apy) = {
102		-	let ~~toClaimHeight~~ = getMaxVal(valueOrDefault(claimHeight, heightStart), height)
	102	+	let fromClaimHeight = getMaxVal(valueOrDefault(claimHeight, heightStart), height)
103	103		let toEndHeight = getMinVal(heightStart, height)
104		-	let koeficient = fraction(apy, (toEndHeight - toClaimHeight), year)
	104	+	let delta = (toEndHeight - fromClaimHeight)
	105	+	let koeficient = fraction(apy, delta, year)
105	106		let accumulate = fraction(koeficient, amount, 100000000)
106	107		((accumulate + toClaim) - claimed)
107	108		}
108	109
109	110
110	111		@Callable(i)
111	112		func getApyReaOnly (interval,maxInterval) = {
112	113		let currentApy = getApy(interval, maxInterval)
113	114		$Tuple2(nil, currentApy)
114	115		}
115	116
116	117
117	118
118	119		@Callable(i)
119	120		func claimReadonly (user) = {
120	121		let data = readUserData(user)
121	122		let toClaim = calculateToClaim(data[0], data[1], data[2], data[3], data[4], data[5], data[6])
122	123		$Tuple2(nil, toClaim)
123	124		}
124	125
125	126
126	127
127	128		@Callable(i)
128	129		func setParams (apyFrom,apyTo,maxIntervalMonths,maxInvest,investAsset) = [StringEntry(investAssetKey, investAsset), IntegerEntry(apyToKey, apyTo), IntegerEntry(apyFromKey, apyFrom), IntegerEntry(maxIntervalKey, maxIntervalMonths), IntegerEntry(maxInvestKey, maxInvest)]
129	130
130	131
131	132
132	133		@Callable(i)
133	134		func deposit (interval) = {
134	135		let minInterval = getIntOrElse(investIntervalMinKey, 43200)
135	136		let maxInvest = getIntOrZero(maxInvestKey)
136	137		let totalInvested = getIntOrZero(totalInvestKey)
137	138		let investAsset = getStringOrFail(investAssetKey)
138	139		let userAddress = i.caller
139	140		let userAddressString = toString(userAddress)
140	141		let maxInterval = getIntOrZero(maxIntervalKey)
141	142		let investStart = height
142	143		let investEnd = (investStart + (minInterval * interval))
143	144		let invalidAssetMessage = (("Invalid asset. " + investAsset) + " is expected")
144	145		if (if ((1 > interval))
145	146		then true
146	147		else (interval > maxInterval))
147	148		then throw("Wrong interval")
148	149		else if ((size(i.payments) != 1))
149	150		then throw("Invalid payments size")
150	151		else {
151	152		let payment = i.payments[0]
152	153		let amount = payment.amount
153	154		let assetId = valueOrErrorMessage(payment.assetId, invalidAssetMessage)
154	155		if ((toBase58String(assetId) != investAsset))
155	156		then throw(invalidAssetMessage)
156	157		else if (((amount + totalInvested) > maxInvest))
157	158		then throw("The max invest limit has been reached")
158	159		else {
159	160		let currentApy = getApy(interval, maxInterval)
160	161		let userData = readUserData(userAddressString)
161	162		let claimHeight = userData[2]
162	163		let allAmount = (amount + userData[3])
163	164		let claimed = userData[4]
164	165		let toClaim = userData[5]
165	166		[setUserData(userAddressString, investStart, investEnd, claimHeight, allAmount, toClaim, claimed, currentApy), IntegerEntry(totalInvestKey, (amount + totalInvested))]
166	167		}
167	168		}
168	169		}
169	170
170	171
171	172
172	173		@Callable(i)
173	174		func claim () = {
174	175		let investAsset = getStringOrFail(investAssetKey)
175	176		let data = readUserData(toString(i.caller))
176	177		if ((7 > size(data)))
177	178		then throw("User has't invest")
178	179		else {
179	180		let toClaim = calculateToClaim(data[0], data[1], data[2], data[3], data[4], data[5], data[6])
180	181		let claimed = (data[4] + toClaim)
181	182		let claimHeight = height
182	183		if (if (if (isDefined(toClaim))
183	184		then true
184	185		else (toClaim == 0))
185	186		then true
186	187		else (data[0] == 0))
187	188		then throw("Nothing to claim")
188	189		else [ScriptTransfer(i.caller, toClaim, fromBase58String(investAsset)), setUserData(toString(i.caller), data[0], data[1], claimHeight, data[3], 0, claimed, data[6])]
189	190		}
190	191		}
191	192
192	193
193	194
194	195		@Callable(i)
195	196		func deleteAmount () = [IntegerEntry(totalInvestKey, 0)]
196	197
197	198

github/deemru/w8io/169f3d6 
54.34 ms ◑