w8 · tx · 6Fp···pwQ

tx · 6FpeLF6LdLqsnQRxCGEzUWfZBFciSUwKaSR3UVSPfpwQ

3N2wcNfEWihUVJV2S6jKwcw3QDupKgXPBnp:  -0.01400000 Waves

2021.03.13 14:46 [1435867] smart account 3N2wcNfEWihUVJV2S6jKwcw3QDupKgXPBnp > SELF 0.00000000 Waves

{
    "type": 13,
    "id": "6FpeLF6LdLqsnQRxCGEzUWfZBFciSUwKaSR3UVSPfpwQ",
    "fee": 1400000,
    "feeAssetId": null,
    "timestamp": 1615636067959,
    "version": 1,
    "sender": "3N2wcNfEWihUVJV2S6jKwcw3QDupKgXPBnp",
    "senderPublicKey": "2Ek8QRiW2SC3s4ZC79pXUmvJbmqU6agaNsjN2wmnzmSs",
    "proofs": [
        "4qLcjNYx88jBCUfZhduvV39ribKMRkZpav3w9t4k9HAfca8AMJMBJbFFPh1rneYNBZCjWLnu4UXNT5JWKn6Q7pmo"
    ],
    "script": 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    "chainId": 84,
    "height": 1435867,
    "applicationStatus": "succeeded",
    "spentComplexity": 0
}

View: original | compacted
Prev: 6pHEfDyK2eFKThKmxf65itJpNo2Qs19aEZaGhXfv23Aa
Next: 3maxV4TtsB1ByVpTjswfPGsStwExyhQg235DzmHSDJrk

Diff: 
Old New Differences
18 18      else false
19 19  
20 20  
21 - func h (i) = if ((valueOrElse(getInteger(e, (i + "_startHeight")), 0) > 0))
21 + func h (i) = if ((valueOrElse(getInteger(e, (i + "_current_pool_fraction_reward")), 0) > 0))
22 22      then true
23 23      else false
24 24  
26 26  @Callable(j)
27 27  func votePoolWeight (k,l) = {
28 28      func m (n,i) =     if (!(h(i)))
29 -         then throw("This pool has no _startHeight in Governance dApp")
29 +         then throw("This pool has no _current_pool_fraction_reward in Governance dApp")
30 30          else {
31 31              let o = value(indexOf(k, i))
32 32              let p = l[o]
Full: 
Old New Differences
1 1  {-# STDLIB_VERSION 4 #-}
2 2  {-# SCRIPT_TYPE ACCOUNT #-}
3 3  {-# CONTENT_TYPE DAPP #-}
4 4  let a = "_vote"
5 5  
6 6  let b = "_user_total_SWOP_vote"
7 7  
8 8  let c = "_vote_SWOP"
9 9  
10 10  let d = "total_vote_SWOP"
11 11  
12 12  let e = Address(base58'3MumyD14hrRb2Vj3HAifsnCcUpsELAZWxAE')
13 13  
14 14  func f (g) = if (if ((valueOrElse(getInteger(e, (toString(g) + "_SWOP_amount")), 0) > 0))
15 15      then true
16 16      else (valueOrElse(getInteger(this, (toString(g) + b)), 0) > 0))
17 17      then true
18 18      else false
19 19  
20 20  
21 - func h (i) = if ((valueOrElse(getInteger(e, (i + "_startHeight")), 0) > 0))
21 + func h (i) = if ((valueOrElse(getInteger(e, (i + "_current_pool_fraction_reward")), 0) > 0))
22 22      then true
23 23      else false
24 24  
25 25  
26 26  @Callable(j)
27 27  func votePoolWeight (k,l) = {
28 28      func m (n,i) =     if (!(h(i)))
29 -         then throw("This pool has no _startHeight in Governance dApp")
29 +         then throw("This pool has no _current_pool_fraction_reward in Governance dApp")
30 30          else {
31 31              let o = value(indexOf(k, i))
32 32              let p = l[o]
33 33              let q = valueOrElse(getInteger(this, (((toString(j.caller) + a) + "_") + i)), 0)
34 34              let r = (p - q)
35 35              (n + r)
36 36              }
37 37  
38 38      func s (n,i) =     {
39 39          let o = value(indexOf(k, i))
40 40          let p = l[o]
41 41  IntegerEntry((((toString(j.caller) + "_") + i) + a), p) :: n
42 42          }
43 43  
44 44      func t (n,i) =     {
45 45          let o = value(indexOf(k, i))
46 46          let q = valueOrElse(getInteger(this, (((toString(j.caller) + a) + "_") + i)), 0)
47 47          let p = l[o]
48 48          let r = (p - q)
49 49          let u = valueOrElse(getInteger(this, (i + c)), 0)
50 50          let v = (u + r)
51 51  IntegerEntry((i + c), v) :: n
52 52          }
53 53  
54 54      if (!(f(j.caller)))
55 55          then throw("This address has 0 SWOP in Governance dApp")
56 56          else {
57 57              let w = valueOrElse(getInteger(this, d), 0)
58 58              let x = valueOrElse(getInteger(this, (toString(j.caller) + b)), 0)
59 59              let y = getIntegerValue(e, (toString(j.caller) + "_SWOP_amount"))
60 60              let z = {
61 61                  let A = k
62 62                  let B = size(A)
63 63                  let C = 0
64 64                  if ((B == 0))
65 65                      then C
66 66                      else {
67 67                          let D = m(C, A[0])
68 68                          if ((B == 1))
69 69                              then D
70 70                              else {
71 71                                  let E = m(D, A[1])
72 72                                  if ((B == 2))
73 73                                      then E
74 74                                      else {
75 75                                          let F = m(E, A[2])
76 76                                          if ((B == 3))
77 77                                              then F
78 78                                              else {
79 79                                                  let G = m(F, A[3])
80 80                                                  if ((B == 4))
81 81                                                      then G
82 82                                                      else {
83 83                                                          let H = m(G, A[4])
84 84                                                          if ((B == 5))
85 85                                                              then H
86 86                                                              else {
87 87                                                                  let I = m(H, A[5])
88 88                                                                  if ((B == 6))
89 89                                                                      then I
90 90                                                                      else {
91 91                                                                          let J = m(I, A[6])
92 92                                                                          if ((B == 7))
93 93                                                                              then J
94 94                                                                              else {
95 95                                                                                  let K = m(J, A[7])
96 96                                                                                  if ((B == 8))
97 97                                                                                      then K
98 98                                                                                      else {
99 99                                                                                          let L = m(K, A[8])
100 100                                                                                          throw("List size exceed 8")
101 101                                                                                          }
102 102                                                                                  }
103 103                                                                          }
104 104                                                                  }
105 105                                                          }
106 106                                                  }
107 107                                          }
108 108                                  }
109 109                          }
110 110                  }
111 111              let M = (x + z)
112 112              let N = (w + z)
113 113              let O = {
114 114                  let P = k
115 115                  let Q = size(P)
116 116                  let R = nil
117 117                  if ((Q == 0))
118 118                      then R
119 119                      else {
120 120                          let S = s(R, P[0])
121 121                          if ((Q == 1))
122 122                              then S
123 123                              else {
124 124                                  let T = s(S, P[1])
125 125                                  if ((Q == 2))
126 126                                      then T
127 127                                      else {
128 128                                          let U = s(T, P[2])
129 129                                          if ((Q == 3))
130 130                                              then U
131 131                                              else {
132 132                                                  let V = s(U, P[3])
133 133                                                  if ((Q == 4))
134 134                                                      then V
135 135                                                      else {
136 136                                                          let W = s(V, P[4])
137 137                                                          if ((Q == 5))
138 138                                                              then W
139 139                                                              else {
140 140                                                                  let X = s(W, P[5])
141 141                                                                  if ((Q == 6))
142 142                                                                      then X
143 143                                                                      else {
144 144                                                                          let Y = s(X, P[6])
145 145                                                                          if ((Q == 7))
146 146                                                                              then Y
147 147                                                                              else {
148 148                                                                                  let Z = s(Y, P[7])
149 149                                                                                  if ((Q == 8))
150 150                                                                                      then Z
151 151                                                                                      else {
152 152                                                                                          let aa = s(Z, P[8])
153 153                                                                                          throw("List size exceed 8")
154 154                                                                                          }
155 155                                                                                  }
156 156                                                                          }
157 157                                                                  }
158 158                                                          }
159 159                                                  }
160 160                                          }
161 161                                  }
162 162                          }
163 163                  }
164 164              let ab = {
165 165                  let ac = k
166 166                  let ad = size(ac)
167 167                  let ae = nil
168 168                  if ((ad == 0))
169 169                      then ae
170 170                      else {
171 171                          let af = t(ae, ac[0])
172 172                          if ((ad == 1))
173 173                              then af
174 174                              else {
175 175                                  let ag = t(af, ac[1])
176 176                                  if ((ad == 2))
177 177                                      then ag
178 178                                      else {
179 179                                          let ah = t(ag, ac[2])
180 180                                          if ((ad == 3))
181 181                                              then ah
182 182                                              else {
183 183                                                  let ai = t(ah, ac[3])
184 184                                                  if ((ad == 4))
185 185                                                      then ai
186 186                                                      else {
187 187                                                          let aj = t(ai, ac[4])
188 188                                                          if ((ad == 5))
189 189                                                              then aj
190 190                                                              else {
191 191                                                                  let ak = t(aj, ac[5])
192 192                                                                  if ((ad == 6))
193 193                                                                      then ak
194 194                                                                      else {
195 195                                                                          let al = t(ak, ac[6])
196 196                                                                          if ((ad == 7))
197 197                                                                              then al
198 198                                                                              else {
199 199                                                                                  let am = t(al, ac[7])
200 200                                                                                  if ((ad == 8))
201 201                                                                                      then am
202 202                                                                                      else {
203 203                                                                                          let an = t(am, ac[8])
204 204                                                                                          throw("List size exceed 8")
205 205                                                                                          }
206 206                                                                                  }
207 207                                                                          }
208 208                                                                  }
209 209                                                          }
210 210                                                  }
211 211                                          }
212 212                                  }
213 213                          }
214 214                  }
215 215              if ((y > M))
216 216                  then throw(((((toString(this) + " has ") + toString(y)) + "SWOP in governance. New SWOP in voting ") + toString(M)))
217 217                  else ((O ++ ab) ++ [IntegerEntry((toString(j.caller) + b), M), IntegerEntry(d, N)])
218 218              }
219 219      }
220 220  
221 221

Old	New		Differences
18	18		else false
19	19
20	20
21		-	func h (i) = if ((valueOrElse(getInteger(e, (i + "_~~startHeight~~")), 0) > 0))
	21	+	func h (i) = if ((valueOrElse(getInteger(e, (i + "_current_pool_fraction_reward")), 0) > 0))
22	22		then true
23	23		else false
24	24

26	26		@Callable(j)
27	27		func votePoolWeight (k,l) = {
28	28		func m (n,i) = if (!(h(i)))
29		-	then throw("This pool has no _~~startHeight~~ in Governance dApp")
	29	+	then throw("This pool has no _current_pool_fraction_reward in Governance dApp")
30	30		else {
31	31		let o = value(indexOf(k, i))
32	32		let p = l[o]

Old	New		Differences
1	1		{-# STDLIB_VERSION 4 #-}
2	2		{-# SCRIPT_TYPE ACCOUNT #-}
3	3		{-# CONTENT_TYPE DAPP #-}
4	4		let a = "_vote"
5	5
6	6		let b = "_user_total_SWOP_vote"
7	7
8	8		let c = "_vote_SWOP"
9	9
10	10		let d = "total_vote_SWOP"
11	11
12	12		let e = Address(base58'3MumyD14hrRb2Vj3HAifsnCcUpsELAZWxAE')
13	13
14	14		func f (g) = if (if ((valueOrElse(getInteger(e, (toString(g) + "_SWOP_amount")), 0) > 0))
15	15		then true
16	16		else (valueOrElse(getInteger(this, (toString(g) + b)), 0) > 0))
17	17		then true
18	18		else false
19	19
20	20
21		-	func h (i) = if ((valueOrElse(getInteger(e, (i + "_~~startHeight~~")), 0) > 0))
	21	+	func h (i) = if ((valueOrElse(getInteger(e, (i + "_current_pool_fraction_reward")), 0) > 0))
22	22		then true
23	23		else false
24	24
25	25
26	26		@Callable(j)
27	27		func votePoolWeight (k,l) = {
28	28		func m (n,i) = if (!(h(i)))
29		-	then throw("This pool has no _~~startHeight~~ in Governance dApp")
	29	+	then throw("This pool has no _current_pool_fraction_reward in Governance dApp")
30	30		else {
31	31		let o = value(indexOf(k, i))
32	32		let p = l[o]
33	33		let q = valueOrElse(getInteger(this, (((toString(j.caller) + a) + "_") + i)), 0)
34	34		let r = (p - q)
35	35		(n + r)
36	36		}
37	37
38	38		func s (n,i) = {
39	39		let o = value(indexOf(k, i))
40	40		let p = l[o]
41	41		IntegerEntry((((toString(j.caller) + "_") + i) + a), p) :: n
42	42		}
43	43
44	44		func t (n,i) = {
45	45		let o = value(indexOf(k, i))
46	46		let q = valueOrElse(getInteger(this, (((toString(j.caller) + a) + "_") + i)), 0)
47	47		let p = l[o]
48	48		let r = (p - q)
49	49		let u = valueOrElse(getInteger(this, (i + c)), 0)
50	50		let v = (u + r)
51	51		IntegerEntry((i + c), v) :: n
52	52		}
53	53
54	54		if (!(f(j.caller)))
55	55		then throw("This address has 0 SWOP in Governance dApp")
56	56		else {
57	57		let w = valueOrElse(getInteger(this, d), 0)
58	58		let x = valueOrElse(getInteger(this, (toString(j.caller) + b)), 0)
59	59		let y = getIntegerValue(e, (toString(j.caller) + "_SWOP_amount"))
60	60		let z = {
61	61		let A = k
62	62		let B = size(A)
63	63		let C = 0
64	64		if ((B == 0))
65	65		then C
66	66		else {
67	67		let D = m(C, A[0])
68	68		if ((B == 1))
69	69		then D
70	70		else {
71	71		let E = m(D, A[1])
72	72		if ((B == 2))
73	73		then E
74	74		else {
75	75		let F = m(E, A[2])
76	76		if ((B == 3))
77	77		then F
78	78		else {
79	79		let G = m(F, A[3])
80	80		if ((B == 4))
81	81		then G
82	82		else {
83	83		let H = m(G, A[4])
84	84		if ((B == 5))
85	85		then H
86	86		else {
87	87		let I = m(H, A[5])
88	88		if ((B == 6))
89	89		then I
90	90		else {
91	91		let J = m(I, A[6])
92	92		if ((B == 7))
93	93		then J
94	94		else {
95	95		let K = m(J, A[7])
96	96		if ((B == 8))
97	97		then K
98	98		else {
99	99		let L = m(K, A[8])
100	100		throw("List size exceed 8")
101	101		}
102	102		}
103	103		}
104	104		}
105	105		}
106	106		}
107	107		}
108	108		}
109	109		}
110	110		}
111	111		let M = (x + z)
112	112		let N = (w + z)
113	113		let O = {
114	114		let P = k
115	115		let Q = size(P)
116	116		let R = nil
117	117		if ((Q == 0))
118	118		then R
119	119		else {
120	120		let S = s(R, P[0])
121	121		if ((Q == 1))
122	122		then S
123	123		else {
124	124		let T = s(S, P[1])
125	125		if ((Q == 2))
126	126		then T
127	127		else {
128	128		let U = s(T, P[2])
129	129		if ((Q == 3))
130	130		then U
131	131		else {
132	132		let V = s(U, P[3])
133	133		if ((Q == 4))
134	134		then V
135	135		else {
136	136		let W = s(V, P[4])
137	137		if ((Q == 5))
138	138		then W
139	139		else {
140	140		let X = s(W, P[5])
141	141		if ((Q == 6))
142	142		then X
143	143		else {
144	144		let Y = s(X, P[6])
145	145		if ((Q == 7))
146	146		then Y
147	147		else {
148	148		let Z = s(Y, P[7])
149	149		if ((Q == 8))
150	150		then Z
151	151		else {
152	152		let aa = s(Z, P[8])
153	153		throw("List size exceed 8")
154	154		}
155	155		}
156	156		}
157	157		}
158	158		}
159	159		}
160	160		}
161	161		}
162	162		}
163	163		}
164	164		let ab = {
165	165		let ac = k
166	166		let ad = size(ac)
167	167		let ae = nil
168	168		if ((ad == 0))
169	169		then ae
170	170		else {
171	171		let af = t(ae, ac[0])
172	172		if ((ad == 1))
173	173		then af
174	174		else {
175	175		let ag = t(af, ac[1])
176	176		if ((ad == 2))
177	177		then ag
178	178		else {
179	179		let ah = t(ag, ac[2])
180	180		if ((ad == 3))
181	181		then ah
182	182		else {
183	183		let ai = t(ah, ac[3])
184	184		if ((ad == 4))
185	185		then ai
186	186		else {
187	187		let aj = t(ai, ac[4])
188	188		if ((ad == 5))
189	189		then aj
190	190		else {
191	191		let ak = t(aj, ac[5])
192	192		if ((ad == 6))
193	193		then ak
194	194		else {
195	195		let al = t(ak, ac[6])
196	196		if ((ad == 7))
197	197		then al
198	198		else {
199	199		let am = t(al, ac[7])
200	200		if ((ad == 8))
201	201		then am
202	202		else {
203	203		let an = t(am, ac[8])
204	204		throw("List size exceed 8")
205	205		}
206	206		}
207	207		}
208	208		}
209	209		}
210	210		}
211	211		}
212	212		}
213	213		}
214	214		}
215	215		if ((y > M))
216	216		then throw(((((toString(this) + " has ") + toString(y)) + "SWOP in governance. New SWOP in voting ") + toString(M)))
217	217		else ((O ++ ab) ++ [IntegerEntry((toString(j.caller) + b), M), IntegerEntry(d, N)])
218	218		}
219	219		}
220	220
221	221

github/deemru/w8io/c3f4982 
60.99 ms ◑