tx · 2cjjamSysv3jijYSnmgCrUxGU9cBdVkUM3yVi7XcvGx3

3N3BYKYYK6TKoHtPLZYU8JRn8PcHTnauS9z:  -0.01000000 Waves

2021.12.15 22:26 [1835786] smart account 3N3BYKYYK6TKoHtPLZYU8JRn8PcHTnauS9z > SELF 0.00000000 Waves

{
    "type": 13,
    "id": "2cjjamSysv3jijYSnmgCrUxGU9cBdVkUM3yVi7XcvGx3",
    "fee": 1000000,
    "feeAssetId": null,
    "timestamp": 1639596464469,
    "version": 2,
    "chainId": 84,
    "sender": "3N3BYKYYK6TKoHtPLZYU8JRn8PcHTnauS9z",
    "senderPublicKey": "FsjTCE3KV2vD2r7Du9D3J6Ea2T643E6zxzn6y24outXr",
    "proofs": [
        "3BufBUmCp4HEoJRaEiq54gfeKg16bBraDHVjE2faqHHtz61d89hwVQgHq5AYbon5XzPUntu1ve7XovYtwUaDADwS"
    ],
    "script": "base64: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",
    "height": 1835786,
    "applicationStatus": "succeeded",
    "spentComplexity": 0
}

View: original | compacted
Prev: GQx1mHqGBJFb52xUMG51GVVpckqqYELhkDJWukJMkqUC
Next: none

Diff: 
Old
New
Differences
266
266
 
    let bA = fromBase58String(x)
267
267
 
    if ((w != h))
268
268
 
        then throw((M + " draw: it must be in READY state to generate random numbers"))
269
-
        else if (!(rsaVerify(SHA256, toBytes("CtkzFiR8ficf9vyYB1qJk3MNbZDSeEcBa9jEnMZo8tos"), bv, a)))
269
+
        else if (!(rsaVerify(SHA256, toBytes(M), bv, a)))
270
270
 
            then throw("Invalid RSA signature")
271
271
 
            else {
272
272
 
                let bB = W(M, X, Y, bv, R, bx, aa, F, G, H, I)
Full: 
Old
New
Differences
1
1
 
{-# STDLIB_VERSION 3 #-}
2
2
 
{-# SCRIPT_TYPE ACCOUNT #-}
3
3
 
{-# CONTENT_TYPE DAPP #-}
4
4
 
let a = fromBase64String("MIIBIjANBgkqhkiG9w0BAQEFAAOCAQ8AMIIBCgKCAQEAxjBlBjeLoaOrceta371f3XPinSCyXLl8tEB5+FdTQjMa/CdZKZ5FWfLwxZbSaSm9kBWPlKAt18zwzOLXdEwNGVuRirfJHR0Ju1S2igWtbLkxptQIHrNqEBj4X+mmJsWtmtfZreXMxLUvIVTD/Pvm45MFnkNw8w35rRkwYBMz+ou4Nci9oELMddCNkB0t92PEw4jL4sBbixrgw2CEzA5qH1MXz3XabpMlPdB3xT+vKqi2wMjsGvw/MZHBUdVUBq2zCebDAGo0cHR22khjBlIA0Qah0jtkLHxLkodzoQFiDwCP3887TpN6u3Tt2i+7ZVfZ1hpx/Byx+sOcVe9BEkVn0wIDAQAB")
5
5
 
6
6
 
let b = addressFromStringValue("3N4vdqMsEsAZSJWfwYJcaCgUzASJTC2BWsP")
7
7
 
8
8
 
let c = ((100 * 1000) * 1000)
9
9
 
10
10
 
let d = 44
11
11
 
12
12
 
let e = ((5 * c) / 1000)
13
13
 
14
14
 
let f = 14
15
15
 
16
16
 
let g = "INIT"
17
17
 
18
18
 
let h = "READY"
19
19
 
20
20
 
let i = "FINISHED"
21
21
 
22
22
 
let j = 0
23
23
 
24
24
 
let k = 1
25
25
 
26
26
 
let l = 2
27
27
 
28
28
 
let m = 3
29
29
 
30
30
 
let n = 4
31
31
 
32
32
 
let o = 5
33
33
 
34
34
 
let p = 6
35
35
 
36
36
 
let q = 7
37
37
 
38
38
 
let r = 8
39
39
 
40
40
 
let s = 13
41
41
 
42
42
 
func t (u) = if ((0 > u))
43
43
 
    then -(u)
44
44
 
    else u
45
45
 
46
46
 
47
47
 
func v (w,x,y,z,A,B,C,D,E,F,G,H,I,J) = {
48
48
 
    let K = ((((((((((((((((((((((((w + "_") + x) + "_") + y) + "_") + z) + "_") + A) + "_") + B) + "_") + C) + "_") + D) + "_") + E) + "_") + F) + "_") + G) + "_") + H) + "_") + I)
49
49
 
    if ((J == ""))
50
50
 
        then ((K + "_") + "-")
51
51
 
        else ((K + "_") + J)
52
52
 
    }
53
53
 
54
54
 
55
55
 
func L (M) = {
56
56
 
    let N = getStringValue(this, M)
57
57
 
    split(N, "_")
58
58
 
    }
59
59
 
60
60
 
61
61
 
func O (P,Q,R,B,S) = {
62
62
 
    let T = ((t(toInt(S)) % P) + Q)
63
63
 
    let U = toString(T)
64
64
 
    let V = isDefined(indexOf(R, U))
65
65
 
    if (if (!(V))
66
66
 
        then (B > 0)
67
67
 
        else false)
68
68
 
        then [((R + "-") + U), "yes"]
69
69
 
        else [R, ""]
70
70
 
    }
71
71
 
72
72
 
73
73
 
func W (M,X,Y,Z,R,B,aa,ab,ac,ad,ae) = {
74
74
 
    let af = if (((aa + 1) > 87))
75
75
 
        then if ((ae > 241))
76
76
 
            then [0, (ab + 1), (ac + 1), 0, 1]
77
77
 
            else [0, ab, ac, (ad + 1), (ae + 1)]
78
78
 
        else [(aa + 1), ab, ac, ad, ae]
79
79
 
    let ag = af[0]
80
80
 
    let ah = af[1]
81
81
 
    let ai = af[2]
82
82
 
    let aj = af[3]
83
83
 
    let ak = af[4]
84
84
 
    let al = (((((((take(drop(Z, ah), 1) + take(drop(Z, 1), 1)) + take(drop(Z, aj), 1)) + take(drop(Z, 3), 1)) + take(drop(Z, ai), 1)) + take(drop(Z, 5), 1)) + take(drop(Z, 6), 1)) + take(drop(Z, ak), 1))
85
85
 
    let am = ((sha256(al) + blake2b256(al)) + keccak256(al))
86
86
 
    let P = ((Y - X) + 1)
87
87
 
    let an = O(P, X, R, B, drop(am, ag))
88
88
 
    let ao = if ((an[1] != ""))
89
89
 
        then (B - 1)
90
90
 
        else B
91
91
 
    let ap = O(P, X, an[0], ao, drop(am, (ag + 1)))
92
92
 
    let aq = if ((ap[1] != ""))
93
93
 
        then (ao - 1)
94
94
 
        else ao
95
95
 
    let ar = O(P, X, ap[0], aq, drop(am, (ag + 2)))
96
96
 
    let as = if ((ar[1] != ""))
97
97
 
        then (aq - 1)
98
98
 
        else aq
99
99
 
    let at = O(P, X, ar[0], as, drop(am, (ag + 3)))
100
100
 
    let au = if ((at[1] != ""))
101
101
 
        then (as - 1)
102
102
 
        else as
103
103
 
    let av = O(P, X, at[0], au, drop(am, (ag + 4)))
104
104
 
    let aw = if ((av[1] != ""))
105
105
 
        then (au - 1)
106
106
 
        else au
107
107
 
    let ax = O(P, X, av[0], aw, drop(am, (ag + 5)))
108
108
 
    let ay = if ((ax[1] != ""))
109
109
 
        then (aw - 1)
110
110
 
        else aw
111
111
 
    let az = O(P, X, ax[0], ay, drop(am, (ag + 6)))
112
112
 
    let aA = if ((az[1] != ""))
113
113
 
        then (ay - 1)
114
114
 
        else ay
115
115
 
    let aB = O(P, X, az[0], aA, drop(am, (ag + 7)))
116
116
 
    let aC = if ((aB[1] != ""))
117
117
 
        then (aA - 1)
118
118
 
        else aA
119
119
 
    let aD = O(P, X, aB[0], aC, drop(am, (ag + 8)))
120
120
 
    let aE = if ((aD[1] != ""))
121
121
 
        then (aC - 1)
122
122
 
        else aC
123
123
 
    let aF = O(P, X, aD[0], aE, drop(am, (ag + 9)))
124
124
 
    let aG = if ((aF[1] != ""))
125
125
 
        then (aE - 1)
126
126
 
        else aE
127
127
 
    let aH = O(P, X, aF[0], aG, drop(am, (ag + 10)))
128
128
 
    let aI = if ((aH[1] != ""))
129
129
 
        then (aG - 1)
130
130
 
        else aG
131
131
 
[aH[0], if ((aI == 0))
132
132
 
        then "0"
133
133
 
        else toString(aI), toString((ag + 10)), toString(ah), toString(ai), toString(aj), toString(ak)]
134
134
 
    }
135
135
 
136
136
 
137
137
 
func aJ (M,C,aK) = {
138
138
 
    let aL = split(aK.key, "_")
139
139
 
    if ((size(aL) != 2))
140
140
 
        then throw("Invalid data key format. It must follow to ${sessionId}_${num}")
141
141
 
        else {
142
142
 
            let aM = aL[0]
143
143
 
            let aN = aL[1]
144
144
 
            if ((M != aM))
145
145
 
                then throw(((("Several data keys have different sessionId: " + M) + " and ") + aM))
146
146
 
                else if (isDefined(getString(this, aK.key)))
147
147
 
                    then throw(("One of the data keys has already presented in account state: key=" + aK.key))
148
148
 
                    else if ((size(aN) > 4))
149
149
 
                        then throw("Invalid data key format. It must follow to ${sessionId}_${num} where ${num} length couldn't be greater than 4")
150
150
 
                        else if ((take(aN, 1) == "0"))
151
151
 
                            then throw("Invalid data key format. It must follow to ${sessionId}_${num} where ${num} couldn't start from 0")
152
152
 
                            else {
153
153
 
                                let aO = parseInt(aN)
154
154
 
                                if (isDefined(aO))
155
155
 
                                    then {
156
156
 
                                        let aP = extract(aO)
157
157
 
                                        if (if ((1 > aP))
158
158
 
                                            then true
159
159
 
                                            else (aP > C))
160
160
 
                                            then throw((((("Invalid data key format. It must follow to ${sessionId}_${num}" + " where ${num} must be a valid int value from 1 to ") + toString(C)) + " but actualNum=") + toString(aP)))
161
161
 
                                            else {
162
162
 
                                                let aQ = aK.value
163
163
 
                                                if ($isInstanceOf(aQ, "String"))
164
164
 
                                                    then {
165
165
 
                                                        let aR = aQ
166
166
 
                                                        true
167
167
 
                                                        }
168
168
 
                                                    else throw((M + " draw: only String type is accepted for data transactions"))
169
169
 
                                                }
170
170
 
                                        }
171
171
 
                                    else throw((("Invalid data key format. It must follow to ${sessionId}_${num}" + " where ${num} must be a valid int value from 1 to 31250 but actualNum=") + aN))
172
172
 
                                }
173
173
 
            }
174
174
 
    }
175
175
 
176
176
 
177
177
 
func aS (A,aT,aU) = {
178
178
 
    let aV = 1000
179
179
 
    let aW = ((13 * c) / 100)
180
180
 
    let aX = 50
181
181
 
    let aY = ((8 * c) / 100)
182
182
 
    let aZ = 5000
183
183
 
    let ba = ((297 * c) / 100)
184
184
 
    let bb = 1000
185
185
 
    let bc = ((143 * c) / 100)
186
186
 
    let bd = 50000
187
187
 
    let be = ((1427 * c) / 100)
188
188
 
    let bf = 5000
189
189
 
    let bg = ((705 * c) / 100)
190
190
 
    let bh = if ((aV > A))
191
191
 
        then (aW + ((A / aX) * aY))
192
192
 
        else if ((aZ > A))
193
193
 
            then (ba + (((A / bb) - 1) * bc))
194
194
 
            else if ((bd > A))
195
195
 
                then (be + (((A / bf) - 1) * bg))
196
196
 
                else throw("Please contact our sales team to generate more than 50k rands")
197
197
 
    let bi = (bh + aU)
198
198
 
    if (isDefined(aT.assetId))
199
199
 
        then throw("Only WAVES can be used as a payment for rands generation")
200
200
 
        else if ((bi > aT.amount))
201
201
 
            then throw(((((("Attached payment is to small to generate " + toString(A)) + " unique randoms numbers and upload at least 1 data tx: actualPmt=") + toString(aT.amount)) + " but minPmt is ") + toString(bi)))
202
202
 
            else bh
203
203
 
    }
204
204
 
205
205
 
206
206
 
@Callable(bj)
207
207
 
func initDraw (y,z,A) = {
208
208
 
    let M = toBase58String(bj.transactionId)
209
209
 
    let bk = ((z - y) + 1)
210
210
 
    let bl = (bk / 2)
211
211
 
    let bm = size(toString((z - 1)))
212
212
 
    let bn = size(toString(A))
213
213
 
    let bo = (((2 * bm) + (2 * bn)) + 4)
214
214
 
    let bp = (((5120 - 175) - bo) / (bm + 1))
215
215
 
    if (if ((0 >= y))
216
216
 
        then true
217
217
 
        else (0 >= z))
218
218
 
        then throw("randFrom and randTo must be greater than 0")
219
219
 
        else if ((y >= z))
220
220
 
            then throw("randFrom must be strict less then randTo")
221
221
 
            else if ((A > bk))
222
222
 
                then throw(((((((("Impossible to generate " + toString(A)) + " unique numbers for provided random range [") + toString(y)) + ", ") + toString(z)) + "] with actual size ") + toString(bk)))
223
223
 
                else if ((A > bl))
224
224
 
                    then throw(((((((((("randsCount must be less then 50% of passed range length: range=[" + toString(y)) + ", ") + toString(z)) + "], rangeLength=") + toString(bk)) + " randsCount=") + toString(A)) + " allowedRandsCount=") + toString(bl)))
225
225
 
                    else if ((A > bp))
226
226
 
                        then throw(((((("randsCount couldn't be kept in 1 data entry: 1_randNumSpace=" + toString((bm + 1))) + " maxAllowedRandsCount=") + toString(bp)) + " actualRandsCount=") + toString(A)))
227
227
 
                        else if (!(isDefined(bj.payment)))
228
228
 
                            then throw("Please provide payment to generate unique random numbers")
229
229
 
                            else {
230
230
 
                                let aT = extract(bj.payment)
231
231
 
                                let aU = ((((c * 1) / 1000) * 33) + ((c * 4) / 1000))
232
232
 
                                let bq = aS(A, aT, aU)
233
233
 
                                let br = (aT.amount - bq)
234
234
 
                                let bs = (br / aU)
235
235
 
                                let C = if ((31250 >= (bs * 5)))
236
236
 
                                    then (bs * 5)
237
237
 
                                    else 31250
238
238
 
                                let x = toBase58String(bj.callerPublicKey)
239
239
 
                                let bt = toString(A)
240
240
 
                                let bu = v(h, x, toString(y), toString(z), bt, bt, toString(C), toBase58String(bj.transactionId), "0", "0", "1", "0", "1", "")
241
241
 
                                ScriptResult(WriteSet([DataEntry(M, bu)]), TransferSet([ScriptTransfer(b, bq, unit)]))
242
242
 
                                }
243
243
 
    }
244
244
 
245
245
 
246
246
 
247
247
 
@Callable(bj)
248
248
 
func random (M,Z) = {
249
249
 
    let bv = fromBase64String(Z)
250
250
 
    let bw = L(M)
251
251
 
    let w = bw[j]
252
252
 
    let x = bw[k]
253
253
 
    let bt = bw[n]
254
254
 
    let bx = parseIntValue(bw[o])
255
255
 
    let aa = parseIntValue(bw[r])
256
256
 
    let R = bw[s]
257
257
 
    let by = bw[l]
258
258
 
    let bz = bw[m]
259
259
 
    let D = bw[q]
260
260
 
    let F = parseIntValue(bw[9])
261
261
 
    let G = parseIntValue(bw[10])
262
262
 
    let H = parseIntValue(bw[11])
263
263
 
    let I = parseIntValue(bw[12])
264
264
 
    let X = parseIntValue(by)
265
265
 
    let Y = parseIntValue(bz)
266
266
 
    let bA = fromBase58String(x)
267
267
 
    if ((w != h))
268
268
 
        then throw((M + " draw: it must be in READY state to generate random numbers"))
269
-
        else if (!(rsaVerify(SHA256, toBytes("CtkzFiR8ficf9vyYB1qJk3MNbZDSeEcBa9jEnMZo8tos"), bv, a)))
269
+
        else if (!(rsaVerify(SHA256, toBytes(M), bv, a)))
270
270
 
            then throw("Invalid RSA signature")
271
271
 
            else {
272
272
 
                let bB = W(M, X, Y, bv, R, bx, aa, F, G, H, I)
273
273
 
                let bC = bB[1]
274
274
 
                let bD = if ((bC == "0"))
275
275
 
                    then i
276
276
 
                    else h
277
277
 
                WriteSet([DataEntry(M, v(bD, x, by, bz, bt, bC, bw[p], D, bB[2], bB[3], bB[4], bB[5], bB[6], bB[0]))])
278
278
 
                }
279
279
 
    }
280
280
 
281
281
 

github/deemru/w8io/873ac7e 
52.51 ms ◑