tx · 4rKsJoCdotWQCih4tqjSoRhSF9qEDjqmk3kd7mU9mAN3

3P5Bfd58PPfNvBM2Hy8QfbcDqMeNtzg7KfP:  -0.01400000 Waves

2020.01.23 17:35 [1897557] smart account 3P5Bfd58PPfNvBM2Hy8QfbcDqMeNtzg7KfP > SELF 0.00000000 Waves

{
    "type": 13,
    "id": "4rKsJoCdotWQCih4tqjSoRhSF9qEDjqmk3kd7mU9mAN3",
    "fee": 1400000,
    "feeAssetId": null,
    "timestamp": 1579787001516,
    "version": 1,
    "sender": "3P5Bfd58PPfNvBM2Hy8QfbcDqMeNtzg7KfP",
    "senderPublicKey": "GqXuX2WHNr3WUqTaeH2YCySFY45NAJoE9RmY9bEWkzh",
    "proofs": [
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    ],
    "script": 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    "height": 1897557,
    "spentComplexity": 0
}

View: original | compacted
Prev: 7DRyRYFS9mcnbQDQnhZGwY4xaTc35BXfYtcsGJv59VAz
Next: 5AtmaD7Vre1AMSxEh6JvXbKZSv8QeSFoK39n8gK1iXD4

Diff: 
Old
New
Differences
75
75
 
76
76
 
let s = "oracles"
77
77
 
78
-
let t = "admins"
78
+
let t = "price_offset"
79
79
 
80
-
let u = "vote_interval"
80
+
let u = "price"
81
81
 
82
-
let v = "coefficient_oracle"
82
+
let v = "is_blocked"
83
83
 
84
-
let w = "coefficient_admin"
84
+
let w = "price_index"
85
85
 
86
-
let x = "script_update_interval"
87
-
88
-
let y = "price_offset"
89
-
90
-
let z = "price"
91
-
92
-
let A = "is_blocked"
93
-
94
-
let B = "vote_expire_block"
95
-
96
-
let C = "script_update_block"
97
-
98
-
let D = "price_index"
99
-
100
-
func E (F) = ("admin_vote_" + F)
86
+
func x (y) = (("black_swarm_price" + "_") + toString(y))
101
87
 
102
88
 
103
-
func G (F) = ((E(F) + "_") + "action")
89
+
func z (y) = ((u + "_") + toString(y))
104
90
 
105
91
 
106
-
func H (I) = (("black_swarm_price" + "_") + toString(I))
92
+
func A (B) = ((w + "_") + toString(B))
107
93
 
108
94
 
109
-
func J (I) = ((z + "_") + toString(I))
95
+
func C (D) = ("price_" + toString(D))
110
96
 
111
97
 
112
-
func K (L) = ((D + "_") + toString(L))
98
+
let E = a(u)
99
+
100
+
let F = a(w)
101
+
102
+
let G = f(v)
103
+
104
+
let H = 3
105
+
106
+
let I = a(t)
107
+
108
+
let J = e(s)
109
+
110
+
let K = n(J)
111
+
112
+
func L (M,D) = g(addressFromStringValue(M), C(D))
113
113
 
114
114
 
115
-
func M (N) = ("price_" + toString(N))
115
+
func N (D) = a(z(D))
116
116
 
117
117
 
118
-
let O = a(z)
119
-
120
-
let P = a(D)
121
-
122
-
let Q = a(B)
123
-
124
-
let R = a(C)
125
-
126
-
let S = a(x)
127
-
128
-
let T = f(A)
129
-
130
-
let U = a(v)
131
-
132
-
let V = a(w)
133
-
134
-
let W = a(y)
135
-
136
-
let X = a(u)
137
-
138
-
let Y = e(s)
139
-
140
-
let Z = n(Y)
141
-
142
-
func aa (F) = e(G(F))
118
+
func O (h) = isDefined(indexOf(J, h))
143
119
 
144
120
 
145
-
func ab (F,N) = g(addressFromStringValue(F), M(N))
121
+
func P (Q,h,R) = h :: Q
146
122
 
147
123
 
148
-
func ac (N) = a(J(N))
124
+
func S (Q,h) = P(Q, h, p)
149
125
 
150
126
 
151
-
func ad (h) = isDefined(indexOf(Y, h))
127
+
func T (Q,h) = P(Q, h, q)
152
128
 
153
129
 
154
-
func ae (af,h,ag) = h :: af
130
+
func U (Q,h) = P(Q, h, r)
155
131
 
156
132
 
157
-
func ah (af,h) = ae(af, h, p)
158
-
159
-
160
-
func ai (af,h) = ae(af, h, q)
161
-
162
-
163
-
func aj (af,h) = ae(af, h, r)
164
-
165
-
166
-
@Callable(ak)
167
-
func finalizeCurrentPrice () = {
168
-
    let al = [ab(Z[0], height), ab(Z[1], height), ab(Z[2], height), ab(Z[3], height), ab(Z[4], height)]
169
-
    let am = (((((if ((al[0] != 0))
170
-
        then 1
171
-
        else 0) + (if ((al[1] != 0))
172
-
        then 1
173
-
        else 0)) + (if ((al[2] != 0))
174
-
        then 1
175
-
        else 0)) + (if ((al[3] != 0))
176
-
        then 1
177
-
        else 0)) + (if ((al[4] != 0))
178
-
        then 1
179
-
        else 0))
180
-
    let an = ((((al[0] + al[1]) + al[2]) + al[3]) + al[4])
181
-
    let ao = (an / am)
182
-
    if (T)
183
-
        then throw("contract is blocked")
184
-
        else if ((ac(height) != 0))
185
-
            then throw("wait next block")
186
-
            else if ((U > am))
187
-
                then throw((((toString(U) + "/5 oracles need to set a price (") + toString(am)) + ")"))
188
-
                else if (if ((ao >= (O + ((O * W) / 100))))
189
-
                    then true
190
-
                    else ((O - ((O * W) / 100)) >= ao))
191
-
                    then WriteSet([DataEntry(A, true), DataEntry(H(height), ao)])
192
-
                    else {
193
-
                        let ap = (P + 1)
194
-
                        WriteSet([DataEntry(z, ao), DataEntry(J(height), ao), DataEntry(D, ap), DataEntry(K(ap), height)])
195
-
                        }
133
+
func V (W) = {
134
+
    let X = 90
135
+
    let Y = 110
136
+
    let Z = W[0]
137
+
    let aa = if ((0 >= W[0]))
138
+
        then [0]
139
+
        else {
140
+
            let ab = ((W[1] * 100) / Z)
141
+
            let ac = ((W[2] * 100) / Z)
142
+
            let ad = ((W[3] * 100) / Z)
143
+
            let ae = ((W[4] * 100) / Z)
144
+
            let af = if (if ((Y > ab))
145
+
                then (ab > X)
146
+
                else false)
147
+
                then [1, 0]
148
+
                else [0]
149
+
            let ag = if (if ((Y > ac))
150
+
                then (ac > X)
151
+
                else false)
152
+
                then 2 :: af
153
+
                else af
154
+
            let ah = if (if ((Y > ad))
155
+
                then (ad > X)
156
+
                else false)
157
+
                then 3 :: ag
158
+
                else ag
159
+
            if (if ((Y > ae))
160
+
                then (ae > X)
161
+
                else false)
162
+
                then 4 :: ah
163
+
                else ah
164
+
            }
165
+
    let ai = if ((size(aa) >= 3))
166
+
        then aa
167
+
        else {
168
+
            let aj = W[1]
169
+
            if ((0 >= aj))
170
+
                then [1]
171
+
                else {
172
+
                    let ak = ((W[0] * 100) / aj)
173
+
                    let al = ((W[2] * 100) / aj)
174
+
                    let am = ((W[3] * 100) / aj)
175
+
                    let an = ((W[4] * 100) / aj)
176
+
                    let af = if (if ((Y > ak))
177
+
                        then (ak > X)
178
+
                        else false)
179
+
                        then [0, 1]
180
+
                        else [1]
181
+
                    let ag = if (if ((Y > al))
182
+
                        then (al > X)
183
+
                        else false)
184
+
                        then 2 :: af
185
+
                        else af
186
+
                    let ah = if (if ((Y > am))
187
+
                        then (am > X)
188
+
                        else false)
189
+
                        then 3 :: ag
190
+
                        else ag
191
+
                    if (if ((Y > an))
192
+
                        then (an > X)
193
+
                        else false)
194
+
                        then 4 :: ah
195
+
                        else ah
196
+
                    }
197
+
            }
198
+
    let ao = if ((size(ai) >= 3))
199
+
        then ai
200
+
        else {
201
+
            let ap = W[2]
202
+
            if ((0 >= ap))
203
+
                then [2]
204
+
                else {
205
+
                    let aq = ((W[0] * 100) / ap)
206
+
                    let ar = ((W[1] * 100) / ap)
207
+
                    let as = ((W[3] * 100) / ap)
208
+
                    let at = ((W[4] * 100) / ap)
209
+
                    let af = if (if ((Y > aq))
210
+
                        then (aq > X)
211
+
                        else false)
212
+
                        then [0, 2]
213
+
                        else [2]
214
+
                    let ag = if (if ((Y > ar))
215
+
                        then (ar > X)
216
+
                        else false)
217
+
                        then 1 :: af
218
+
                        else af
219
+
                    let ah = if (if ((Y > as))
220
+
                        then (as > X)
221
+
                        else false)
222
+
                        then 3 :: ag
223
+
                        else ag
224
+
                    if (if ((Y > at))
225
+
                        then (at > X)
226
+
                        else false)
227
+
                        then 4 :: ah
228
+
                        else ah
229
+
                    }
230
+
            }
231
+
    let au = if ((size(ao) >= 3))
232
+
        then ao
233
+
        else {
234
+
            let av = W[3]
235
+
            if ((0 >= av))
236
+
                then [3]
237
+
                else {
238
+
                    let aw = ((W[0] * 100) / av)
239
+
                    let ax = ((W[1] * 100) / av)
240
+
                    let ay = ((W[2] * 100) / av)
241
+
                    let az = ((W[4] * 100) / av)
242
+
                    let af = if (if ((Y > aw))
243
+
                        then (aw > X)
244
+
                        else false)
245
+
                        then [0, 3]
246
+
                        else [3]
247
+
                    let ag = if (if ((Y > ax))
248
+
                        then (ax > X)
249
+
                        else false)
250
+
                        then 1 :: af
251
+
                        else af
252
+
                    let ah = if (if ((Y > ay))
253
+
                        then (ay > X)
254
+
                        else false)
255
+
                        then 2 :: ag
256
+
                        else ag
257
+
                    if (if ((Y > az))
258
+
                        then (az > X)
259
+
                        else false)
260
+
                        then 4 :: ah
261
+
                        else ah
262
+
                    }
263
+
            }
264
+
    if ((size(au) >= 3))
265
+
        then au
266
+
        else {
267
+
            let aA = W[4]
268
+
            if ((0 >= aA))
269
+
                then [4]
270
+
                else {
271
+
                    let aB = ((W[0] * 100) / aA)
272
+
                    let aC = ((W[1] * 100) / aA)
273
+
                    let aD = ((W[2] * 100) / aA)
274
+
                    let aE = ((W[3] * 100) / aA)
275
+
                    let af = if (if ((Y > aB))
276
+
                        then (aB > X)
277
+
                        else false)
278
+
                        then [0, 4]
279
+
                        else [4]
280
+
                    let ag = if (if ((Y > aC))
281
+
                        then (aC > X)
282
+
                        else false)
283
+
                        then 1 :: af
284
+
                        else af
285
+
                    let ah = if (if ((Y > aD))
286
+
                        then (aD > X)
287
+
                        else false)
288
+
                        then 2 :: ag
289
+
                        else ag
290
+
                    if (if ((Y > aE))
291
+
                        then (aE > X)
292
+
                        else false)
293
+
                        then 3 :: ah
294
+
                        else ah
295
+
                    }
296
+
            }
196
297
 
    }
197
298
 
198
299
 
199
-
@Verifier(aq)
200
-
func ar () = {
201
-
    let as = ["BLEoguzPVKVTfXxxT3W7Rqf8aUm2ggC9Vemd2MQawM2G", "FWVffYr2ALmHMejZm3WqeLz6Sdym3gLFGtJn4KTwyU5x", "3Wh2LaWcb5gg7K2pPcW3Ep6EAuRBzYkAgrdpt43jTDFa", "5WRXFSjwcTbNfKcJs8ZqXmSSWYsSVJUtMvMqZj5hH4Nc"]
202
-
    let at = ((((if (sigVerify(aq.bodyBytes, aq.proofs[0], fromBase58String(as[0])))
300
+
@Callable(aF)
301
+
func finalizeCurrentPrice () = {
302
+
    let W = [L(K[0], height), L(K[1], height), L(K[2], height), L(K[3], height), L(K[4], height)]
303
+
    let aG = V(W)
304
+
    let aH = size(aG)
305
+
    if ((3 > aH))
306
+
        then throw("Could not finalize price because of big variation")
307
+
        else {
308
+
            let aI = ((W[aG[0]] + W[aG[1]]) + W[aG[2]])
309
+
            let aJ = if ((aH >= 4))
310
+
                then (aI + W[aG[3]])
311
+
                else aI
312
+
            let aK = if ((aH >= 5))
313
+
                then (aJ + W[aG[4]])
314
+
                else aJ
315
+
            if ((aH >= 6))
316
+
                then throw("Invalid pricesInRange creation")
317
+
                else {
318
+
                    let aL = (aK / aH)
319
+
                    if (G)
320
+
                        then throw("contract is blocked")
321
+
                        else if ((N(height) != 0))
322
+
                            then throw("wait next block")
323
+
                            else if ((H > aH))
324
+
                                then throw((((toString(H) + "/5 oracles need to set a price (") + toString(aH)) + ")"))
325
+
                                else if (if ((aL >= (E + ((E * I) / 100))))
326
+
                                    then true
327
+
                                    else ((E - ((E * I) / 100)) >= aL))
328
+
                                    then WriteSet([DataEntry(v, true), DataEntry(x(height), aL)])
329
+
                                    else {
330
+
                                        let aM = (F + 1)
331
+
                                        WriteSet([DataEntry(u, aL), DataEntry(z(height), aL), DataEntry(w, aM), DataEntry(A(aM), height)])
332
+
                                        }
333
+
                    }
334
+
            }
335
+
    }
336
+
337
+
338
+
@Verifier(aN)
339
+
func aO () = {
340
+
    let aP = ["BLEoguzPVKVTfXxxT3W7Rqf8aUm2ggC9Vemd2MQawM2G", "FWVffYr2ALmHMejZm3WqeLz6Sdym3gLFGtJn4KTwyU5x", "3Wh2LaWcb5gg7K2pPcW3Ep6EAuRBzYkAgrdpt43jTDFa", "5WRXFSjwcTbNfKcJs8ZqXmSSWYsSVJUtMvMqZj5hH4Nc"]
341
+
    let aQ = ((((if (sigVerify(aN.bodyBytes, aN.proofs[0], fromBase58String(aP[0])))
203
342
 
        then 1
204
-
        else 0) + (if (sigVerify(aq.bodyBytes, aq.proofs[1], fromBase58String(as[1])))
343
+
        else 0) + (if (sigVerify(aN.bodyBytes, aN.proofs[1], fromBase58String(aP[1])))
205
344
 
        then 1
206
-
        else 0)) + (if (sigVerify(aq.bodyBytes, aq.proofs[2], fromBase58String(as[2])))
345
+
        else 0)) + (if (sigVerify(aN.bodyBytes, aN.proofs[2], fromBase58String(aP[2])))
207
346
 
        then 1
208
-
        else 0)) + (if (sigVerify(aq.bodyBytes, aq.proofs[3], fromBase58String(as[3])))
347
+
        else 0)) + (if (sigVerify(aN.bodyBytes, aN.proofs[3], fromBase58String(aP[3])))
209
348
 
        then 2
210
349
 
        else 0))
211
-
    (at >= 3)
350
+
    (aQ >= 3)
212
351
 
    }
213
352
 

Full: 
Old
New
Differences
1
1
 
{-# STDLIB_VERSION 3 #-}
2
2
 
{-# SCRIPT_TYPE ACCOUNT #-}
3
3
 
{-# CONTENT_TYPE DAPP #-}
4
4
 
func a (b) = {
5
5
 
    let c = getInteger(this, b)
6
6
 
    if ($isInstanceOf(c, "Int"))
7
7
 
        then {
8
8
 
            let d = c
9
9
 
            d
10
10
 
            }
11
11
 
        else 0
12
12
 
    }
13
13
 
14
14
 
15
15
 
func e (b) = {
16
16
 
    let c = getString(this, b)
17
17
 
    if ($isInstanceOf(c, "String"))
18
18
 
        then {
19
19
 
            let d = c
20
20
 
            d
21
21
 
            }
22
22
 
        else ""
23
23
 
    }
24
24
 
25
25
 
26
26
 
func f (b) = {
27
27
 
    let c = getBoolean(this, b)
28
28
 
    if ($isInstanceOf(c, "Boolean"))
29
29
 
        then {
30
30
 
            let d = c
31
31
 
            d
32
32
 
            }
33
33
 
        else false
34
34
 
    }
35
35
 
36
36
 
37
37
 
func g (h,b) = {
38
38
 
    let c = getInteger(h, b)
39
39
 
    if ($isInstanceOf(c, "Int"))
40
40
 
        then {
41
41
 
            let d = c
42
42
 
            d
43
43
 
            }
44
44
 
        else 0
45
45
 
    }
46
46
 
47
47
 
48
48
 
func i (h,b) = {
49
49
 
    let c = getString(h, b)
50
50
 
    if ($isInstanceOf(c, "String"))
51
51
 
        then {
52
52
 
            let d = c
53
53
 
            d
54
54
 
            }
55
55
 
        else ""
56
56
 
    }
57
57
 
58
58
 
59
59
 
func j (k,l) = {
60
60
 
    let m = split(k, l)
61
61
 
    if ((take(m[1], 1) == ","))
62
62
 
        then (m[0] + drop(m[1], 1))
63
63
 
        else (dropRight(m[0], 1) + m[1])
64
64
 
    }
65
65
 
66
66
 
67
67
 
func n (o) = split(o, ",")
68
68
 
69
69
 
70
70
 
let p = "block"
71
71
 
72
72
 
let q = "unblock"
73
73
 
74
74
 
let r = "update"
75
75
 
76
76
 
let s = "oracles"
77
77
 
78
-
let t = "admins"
78
+
let t = "price_offset"
79
79
 
80
-
let u = "vote_interval"
80
+
let u = "price"
81
81
 
82
-
let v = "coefficient_oracle"
82
+
let v = "is_blocked"
83
83
 
84
-
let w = "coefficient_admin"
84
+
let w = "price_index"
85
85
 
86
-
let x = "script_update_interval"
87
-
88
-
let y = "price_offset"
89
-
90
-
let z = "price"
91
-
92
-
let A = "is_blocked"
93
-
94
-
let B = "vote_expire_block"
95
-
96
-
let C = "script_update_block"
97
-
98
-
let D = "price_index"
99
-
100
-
func E (F) = ("admin_vote_" + F)
86
+
func x (y) = (("black_swarm_price" + "_") + toString(y))
101
87
 
102
88
 
103
-
func G (F) = ((E(F) + "_") + "action")
89
+
func z (y) = ((u + "_") + toString(y))
104
90
 
105
91
 
106
-
func H (I) = (("black_swarm_price" + "_") + toString(I))
92
+
func A (B) = ((w + "_") + toString(B))
107
93
 
108
94
 
109
-
func J (I) = ((z + "_") + toString(I))
95
+
func C (D) = ("price_" + toString(D))
110
96
 
111
97
 
112
-
func K (L) = ((D + "_") + toString(L))
98
+
let E = a(u)
99
+
100
+
let F = a(w)
101
+
102
+
let G = f(v)
103
+
104
+
let H = 3
105
+
106
+
let I = a(t)
107
+
108
+
let J = e(s)
109
+
110
+
let K = n(J)
111
+
112
+
func L (M,D) = g(addressFromStringValue(M), C(D))
113
113
 
114
114
 
115
-
func M (N) = ("price_" + toString(N))
115
+
func N (D) = a(z(D))
116
116
 
117
117
 
118
-
let O = a(z)
119
-
120
-
let P = a(D)
121
-
122
-
let Q = a(B)
123
-
124
-
let R = a(C)
125
-
126
-
let S = a(x)
127
-
128
-
let T = f(A)
129
-
130
-
let U = a(v)
131
-
132
-
let V = a(w)
133
-
134
-
let W = a(y)
135
-
136
-
let X = a(u)
137
-
138
-
let Y = e(s)
139
-
140
-
let Z = n(Y)
141
-
142
-
func aa (F) = e(G(F))
118
+
func O (h) = isDefined(indexOf(J, h))
143
119
 
144
120
 
145
-
func ab (F,N) = g(addressFromStringValue(F), M(N))
121
+
func P (Q,h,R) = h :: Q
146
122
 
147
123
 
148
-
func ac (N) = a(J(N))
124
+
func S (Q,h) = P(Q, h, p)
149
125
 
150
126
 
151
-
func ad (h) = isDefined(indexOf(Y, h))
127
+
func T (Q,h) = P(Q, h, q)
152
128
 
153
129
 
154
-
func ae (af,h,ag) = h :: af
130
+
func U (Q,h) = P(Q, h, r)
155
131
 
156
132
 
157
-
func ah (af,h) = ae(af, h, p)
158
-
159
-
160
-
func ai (af,h) = ae(af, h, q)
161
-
162
-
163
-
func aj (af,h) = ae(af, h, r)
164
-
165
-
166
-
@Callable(ak)
167
-
func finalizeCurrentPrice () = {
168
-
    let al = [ab(Z[0], height), ab(Z[1], height), ab(Z[2], height), ab(Z[3], height), ab(Z[4], height)]
169
-
    let am = (((((if ((al[0] != 0))
170
-
        then 1
171
-
        else 0) + (if ((al[1] != 0))
172
-
        then 1
173
-
        else 0)) + (if ((al[2] != 0))
174
-
        then 1
175
-
        else 0)) + (if ((al[3] != 0))
176
-
        then 1
177
-
        else 0)) + (if ((al[4] != 0))
178
-
        then 1
179
-
        else 0))
180
-
    let an = ((((al[0] + al[1]) + al[2]) + al[3]) + al[4])
181
-
    let ao = (an / am)
182
-
    if (T)
183
-
        then throw("contract is blocked")
184
-
        else if ((ac(height) != 0))
185
-
            then throw("wait next block")
186
-
            else if ((U > am))
187
-
                then throw((((toString(U) + "/5 oracles need to set a price (") + toString(am)) + ")"))
188
-
                else if (if ((ao >= (O + ((O * W) / 100))))
189
-
                    then true
190
-
                    else ((O - ((O * W) / 100)) >= ao))
191
-
                    then WriteSet([DataEntry(A, true), DataEntry(H(height), ao)])
192
-
                    else {
193
-
                        let ap = (P + 1)
194
-
                        WriteSet([DataEntry(z, ao), DataEntry(J(height), ao), DataEntry(D, ap), DataEntry(K(ap), height)])
195
-
                        }
133
+
func V (W) = {
134
+
    let X = 90
135
+
    let Y = 110
136
+
    let Z = W[0]
137
+
    let aa = if ((0 >= W[0]))
138
+
        then [0]
139
+
        else {
140
+
            let ab = ((W[1] * 100) / Z)
141
+
            let ac = ((W[2] * 100) / Z)
142
+
            let ad = ((W[3] * 100) / Z)
143
+
            let ae = ((W[4] * 100) / Z)
144
+
            let af = if (if ((Y > ab))
145
+
                then (ab > X)
146
+
                else false)
147
+
                then [1, 0]
148
+
                else [0]
149
+
            let ag = if (if ((Y > ac))
150
+
                then (ac > X)
151
+
                else false)
152
+
                then 2 :: af
153
+
                else af
154
+
            let ah = if (if ((Y > ad))
155
+
                then (ad > X)
156
+
                else false)
157
+
                then 3 :: ag
158
+
                else ag
159
+
            if (if ((Y > ae))
160
+
                then (ae > X)
161
+
                else false)
162
+
                then 4 :: ah
163
+
                else ah
164
+
            }
165
+
    let ai = if ((size(aa) >= 3))
166
+
        then aa
167
+
        else {
168
+
            let aj = W[1]
169
+
            if ((0 >= aj))
170
+
                then [1]
171
+
                else {
172
+
                    let ak = ((W[0] * 100) / aj)
173
+
                    let al = ((W[2] * 100) / aj)
174
+
                    let am = ((W[3] * 100) / aj)
175
+
                    let an = ((W[4] * 100) / aj)
176
+
                    let af = if (if ((Y > ak))
177
+
                        then (ak > X)
178
+
                        else false)
179
+
                        then [0, 1]
180
+
                        else [1]
181
+
                    let ag = if (if ((Y > al))
182
+
                        then (al > X)
183
+
                        else false)
184
+
                        then 2 :: af
185
+
                        else af
186
+
                    let ah = if (if ((Y > am))
187
+
                        then (am > X)
188
+
                        else false)
189
+
                        then 3 :: ag
190
+
                        else ag
191
+
                    if (if ((Y > an))
192
+
                        then (an > X)
193
+
                        else false)
194
+
                        then 4 :: ah
195
+
                        else ah
196
+
                    }
197
+
            }
198
+
    let ao = if ((size(ai) >= 3))
199
+
        then ai
200
+
        else {
201
+
            let ap = W[2]
202
+
            if ((0 >= ap))
203
+
                then [2]
204
+
                else {
205
+
                    let aq = ((W[0] * 100) / ap)
206
+
                    let ar = ((W[1] * 100) / ap)
207
+
                    let as = ((W[3] * 100) / ap)
208
+
                    let at = ((W[4] * 100) / ap)
209
+
                    let af = if (if ((Y > aq))
210
+
                        then (aq > X)
211
+
                        else false)
212
+
                        then [0, 2]
213
+
                        else [2]
214
+
                    let ag = if (if ((Y > ar))
215
+
                        then (ar > X)
216
+
                        else false)
217
+
                        then 1 :: af
218
+
                        else af
219
+
                    let ah = if (if ((Y > as))
220
+
                        then (as > X)
221
+
                        else false)
222
+
                        then 3 :: ag
223
+
                        else ag
224
+
                    if (if ((Y > at))
225
+
                        then (at > X)
226
+
                        else false)
227
+
                        then 4 :: ah
228
+
                        else ah
229
+
                    }
230
+
            }
231
+
    let au = if ((size(ao) >= 3))
232
+
        then ao
233
+
        else {
234
+
            let av = W[3]
235
+
            if ((0 >= av))
236
+
                then [3]
237
+
                else {
238
+
                    let aw = ((W[0] * 100) / av)
239
+
                    let ax = ((W[1] * 100) / av)
240
+
                    let ay = ((W[2] * 100) / av)
241
+
                    let az = ((W[4] * 100) / av)
242
+
                    let af = if (if ((Y > aw))
243
+
                        then (aw > X)
244
+
                        else false)
245
+
                        then [0, 3]
246
+
                        else [3]
247
+
                    let ag = if (if ((Y > ax))
248
+
                        then (ax > X)
249
+
                        else false)
250
+
                        then 1 :: af
251
+
                        else af
252
+
                    let ah = if (if ((Y > ay))
253
+
                        then (ay > X)
254
+
                        else false)
255
+
                        then 2 :: ag
256
+
                        else ag
257
+
                    if (if ((Y > az))
258
+
                        then (az > X)
259
+
                        else false)
260
+
                        then 4 :: ah
261
+
                        else ah
262
+
                    }
263
+
            }
264
+
    if ((size(au) >= 3))
265
+
        then au
266
+
        else {
267
+
            let aA = W[4]
268
+
            if ((0 >= aA))
269
+
                then [4]
270
+
                else {
271
+
                    let aB = ((W[0] * 100) / aA)
272
+
                    let aC = ((W[1] * 100) / aA)
273
+
                    let aD = ((W[2] * 100) / aA)
274
+
                    let aE = ((W[3] * 100) / aA)
275
+
                    let af = if (if ((Y > aB))
276
+
                        then (aB > X)
277
+
                        else false)
278
+
                        then [0, 4]
279
+
                        else [4]
280
+
                    let ag = if (if ((Y > aC))
281
+
                        then (aC > X)
282
+
                        else false)
283
+
                        then 1 :: af
284
+
                        else af
285
+
                    let ah = if (if ((Y > aD))
286
+
                        then (aD > X)
287
+
                        else false)
288
+
                        then 2 :: ag
289
+
                        else ag
290
+
                    if (if ((Y > aE))
291
+
                        then (aE > X)
292
+
                        else false)
293
+
                        then 3 :: ah
294
+
                        else ah
295
+
                    }
296
+
            }
196
297
 
    }
197
298
 
198
299
 
199
-
@Verifier(aq)
200
-
func ar () = {
201
-
    let as = ["BLEoguzPVKVTfXxxT3W7Rqf8aUm2ggC9Vemd2MQawM2G", "FWVffYr2ALmHMejZm3WqeLz6Sdym3gLFGtJn4KTwyU5x", "3Wh2LaWcb5gg7K2pPcW3Ep6EAuRBzYkAgrdpt43jTDFa", "5WRXFSjwcTbNfKcJs8ZqXmSSWYsSVJUtMvMqZj5hH4Nc"]
202
-
    let at = ((((if (sigVerify(aq.bodyBytes, aq.proofs[0], fromBase58String(as[0])))
300
+
@Callable(aF)
301
+
func finalizeCurrentPrice () = {
302
+
    let W = [L(K[0], height), L(K[1], height), L(K[2], height), L(K[3], height), L(K[4], height)]
303
+
    let aG = V(W)
304
+
    let aH = size(aG)
305
+
    if ((3 > aH))
306
+
        then throw("Could not finalize price because of big variation")
307
+
        else {
308
+
            let aI = ((W[aG[0]] + W[aG[1]]) + W[aG[2]])
309
+
            let aJ = if ((aH >= 4))
310
+
                then (aI + W[aG[3]])
311
+
                else aI
312
+
            let aK = if ((aH >= 5))
313
+
                then (aJ + W[aG[4]])
314
+
                else aJ
315
+
            if ((aH >= 6))
316
+
                then throw("Invalid pricesInRange creation")
317
+
                else {
318
+
                    let aL = (aK / aH)
319
+
                    if (G)
320
+
                        then throw("contract is blocked")
321
+
                        else if ((N(height) != 0))
322
+
                            then throw("wait next block")
323
+
                            else if ((H > aH))
324
+
                                then throw((((toString(H) + "/5 oracles need to set a price (") + toString(aH)) + ")"))
325
+
                                else if (if ((aL >= (E + ((E * I) / 100))))
326
+
                                    then true
327
+
                                    else ((E - ((E * I) / 100)) >= aL))
328
+
                                    then WriteSet([DataEntry(v, true), DataEntry(x(height), aL)])
329
+
                                    else {
330
+
                                        let aM = (F + 1)
331
+
                                        WriteSet([DataEntry(u, aL), DataEntry(z(height), aL), DataEntry(w, aM), DataEntry(A(aM), height)])
332
+
                                        }
333
+
                    }
334
+
            }
335
+
    }
336
+
337
+
338
+
@Verifier(aN)
339
+
func aO () = {
340
+
    let aP = ["BLEoguzPVKVTfXxxT3W7Rqf8aUm2ggC9Vemd2MQawM2G", "FWVffYr2ALmHMejZm3WqeLz6Sdym3gLFGtJn4KTwyU5x", "3Wh2LaWcb5gg7K2pPcW3Ep6EAuRBzYkAgrdpt43jTDFa", "5WRXFSjwcTbNfKcJs8ZqXmSSWYsSVJUtMvMqZj5hH4Nc"]
341
+
    let aQ = ((((if (sigVerify(aN.bodyBytes, aN.proofs[0], fromBase58String(aP[0])))
203
342
 
        then 1
204
-
        else 0) + (if (sigVerify(aq.bodyBytes, aq.proofs[1], fromBase58String(as[1])))
343
+
        else 0) + (if (sigVerify(aN.bodyBytes, aN.proofs[1], fromBase58String(aP[1])))
205
344
 
        then 1
206
-
        else 0)) + (if (sigVerify(aq.bodyBytes, aq.proofs[2], fromBase58String(as[2])))
345
+
        else 0)) + (if (sigVerify(aN.bodyBytes, aN.proofs[2], fromBase58String(aP[2])))
207
346
 
        then 1
208
-
        else 0)) + (if (sigVerify(aq.bodyBytes, aq.proofs[3], fromBase58String(as[3])))
347
+
        else 0)) + (if (sigVerify(aN.bodyBytes, aN.proofs[3], fromBase58String(aP[3])))
209
348
 
        then 2
210
349
 
        else 0))
211
-
    (at >= 3)
350
+
    (aQ >= 3)
212
351
 
    }
213
352
 

github/deemru/w8io/6500d08 
81.76 ms ◑