tx · DDvS8M4E879kMFRKsuKngHG2f7MvRzNqCVFo2BfgSdWD

3N4NS7d4Jo9a6F14LiFUKKYVdUkkf2eP4Zx:  -0.02100000 Waves

2023.02.10 10:52 [2443254] smart account 3N4NS7d4Jo9a6F14LiFUKKYVdUkkf2eP4Zx > SELF 0.00000000 Waves

{
    "type": 13,
    "id": "DDvS8M4E879kMFRKsuKngHG2f7MvRzNqCVFo2BfgSdWD",
    "fee": 2100000,
    "feeAssetId": null,
    "timestamp": 1676015646309,
    "version": 2,
    "chainId": 84,
    "sender": "3N4NS7d4Jo9a6F14LiFUKKYVdUkkf2eP4Zx",
    "senderPublicKey": "NaY7sqttWGpnVrcb6uE8xPp2VnMjT7fhv3q1TKGL9ar",
    "proofs": [
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    ],
    "script": 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    "height": 2443254,
    "applicationStatus": "succeeded",
    "spentComplexity": 0
}

View: original | compacted
Prev: 8MMAPLgc1dx9wweySh4pAuwYek7XLArWYsFvws4y56t8
Next: AphZ2C6CffKoiMCNuHknyRgdEQnVcgvTaif8ukqbuAfS

Diff: 
Old
New
Differences
1
1
 
{-# STDLIB_VERSION 4 #-}
2
2
 
{-# SCRIPT_TYPE ACCOUNT #-}
3
3
 
{-# CONTENT_TYPE DAPP #-}
4
-
func a (b,c) = fraction(fraction(b, c, 1000000), 1000000, 100000000)
4
+
let a = "__"
5
+
6
+
let b = 1
7
+
8
+
let c = 2
9
+
10
+
let d = 3
11
+
12
+
let e = 4
13
+
14
+
let f = 5
15
+
16
+
let g = 6
17
+
18
+
let h = 7
19
+
20
+
let i = 8
21
+
22
+
let j = 9
23
+
24
+
let k = 10
25
+
26
+
let l = 11
27
+
28
+
let m = 12
29
+
30
+
let n = 13
31
+
32
+
let o = 14
33
+
34
+
func p () = "%s__controlConfig"
5
35
 
6
36
 
7
-
func d (e,f) = valueOrElse(getInteger(addressFromStringValue(e), f), 0)
37
+
func q (r,s,t,u,v,w,x,y,z,A,B,C,D,E) = makeString(["%s%s%s%s%s%s%s%s%s%s%s%s%s%s", r, s, t, u, v, w, x, y, z, A, B, C, D, E], a)
8
38
 
9
39
 
10
-
func g (e,f) = valueOrElse(getString(e, f), "")
40
+
func F (G,H) = fraction(fraction(G, H, 1000000), 1000000, 100000000)
11
41
 
12
42
 
13
-
func h (i) = split(i, ",")
43
+
func I (J,K) = valueOrElse(getInteger(addressFromStringValue(J), K), 0)
14
44
 
15
45
 
16
-
let c = valueOrElse(getInteger(this, "price"), 0)
46
+
func L (J,K) = valueOrElse(getString(J, K), "")
17
47
 
18
-
let j = valueOrElse(getInteger(this, "price_index"), 0)
19
48
 
20
-
let k = valueOrElse(getBoolean(this, "is_blocked"), false)
49
+
func M (N) = split(N, ",")
21
50
 
22
-
let l = 25
23
51
 
24
-
let m = valueOrElse(getString(this, "oracles"), "")
52
+
let H = valueOrElse(getInteger(this, "price"), 0)
25
53
 
26
-
let n = h(m)
54
+
let O = valueOrElse(getInteger(this, "price_index"), 0)
27
55
 
28
-
let o = Address(base58'3Mzbx34Ex5rRbn39vUHx9kiwh3nneF8S5we')
56
+
let P = valueOrElse(getBoolean(this, "is_blocked"), false)
29
57
 
30
-
let p = Address(base58'3N5nmMvMH8o3RPEyCKCaoWahBTYTexnZy62')
58
+
let Q = 1000
31
59
 
32
-
let q = base58'25FEqEjRkqK6yCkiT7Lz6SAYz7gUFCtxfCChnrVFD5AT'
60
+
let R = valueOrElse(getString(this, "oracles"), "")
33
61
 
34
-
let r = valueOrElse(getInteger(o, "balance_lock_neutrino"), 0)
62
+
let S = M(R)
35
63
 
36
-
let s = valueOrElse(getInteger(o, "balance_lock_waves"), 0)
64
+
let T = Address(base58'3N9be2mwrA52WJho6DiesZkk4351GvpnWuj')
37
65
 
38
-
let t = (wavesBalance(o).regular - s)
66
+
let U = Address(base58'3N24ZPUAMhFm76N3vbNiiDtFqfUnmBHTc5N')
39
67
 
40
-
let u = (((r + value(assetInfo(q)).quantity) - assetBalance(o, q)) - assetBalance(p, q))
68
+
let V = base58'HezsdQuRDtzksAYUy97gfhKy7Z1NW2uXYSHA3bgqenNZ'
41
69
 
42
-
let v = (u - a(t, c))
70
+
let W = this
43
71
 
44
-
func w (x) = {
45
-
    let y = 90
46
-
    let z = 110
47
-
    let A = x[0]
48
-
    let B = if ((0 >= x[0]))
72
+
func X (J,K) = valueOrErrorMessage(getString(J, K), makeString(["mandatory ", toString(J), ".", K, " is not defined"], ""))
73
+
74
+
75
+
func Y (Z,aa) = valueOrErrorMessage(addressFromString(Z[aa]), ("Control cfg doesn't contain address at index " + toString(aa)))
76
+
77
+
78
+
let Z = split(X(this, p()), a)
79
+
80
+
let D = Y(Z, n)
81
+
82
+
let ab = valueOrElse(getInteger(T, "balance_lock_neutrino"), 0)
83
+
84
+
let ac = valueOrElse(getInteger(T, "balance_lock_waves"), 0)
85
+
86
+
let ad = (wavesBalance(T).regular - ac)
87
+
88
+
let ae = (((ab + value(assetInfo(V)).quantity) - assetBalance(T, V)) - assetBalance(U, V))
89
+
90
+
let af = (ae - F(ad, H))
91
+
92
+
func ag (ah) = {
93
+
    let ai = 90
94
+
    let aj = 110
95
+
    let ak = ah[0]
96
+
    let al = if ((0 >= ah[0]))
49
97
 
        then [0]
50
98
 
        else {
51
-
            let C = ((x[1] * 100) / A)
52
-
            let D = ((x[2] * 100) / A)
53
-
            let E = ((x[3] * 100) / A)
54
-
            let F = ((x[4] * 100) / A)
55
-
            let G = if (if ((z > C))
56
-
                then (C > y)
99
+
            let am = ((ah[1] * 100) / ak)
100
+
            let an = ((ah[2] * 100) / ak)
101
+
            let ao = ((ah[3] * 100) / ak)
102
+
            let ap = ((ah[4] * 100) / ak)
103
+
            let aq = if (if ((aj > am))
104
+
                then (am > ai)
57
105
 
                else false)
58
106
 
                then [1, 0]
59
107
 
                else [0]
60
-
            let H = if (if ((z > D))
61
-
                then (D > y)
108
+
            let ar = if (if ((aj > an))
109
+
                then (an > ai)
62
110
 
                else false)
63
-
                then 2 :: G
64
-
                else G
65
-
            let I = if (if ((z > E))
66
-
                then (E > y)
111
+
                then 2 :: aq
112
+
                else aq
113
+
            let as = if (if ((aj > ao))
114
+
                then (ao > ai)
67
115
 
                else false)
68
-
                then 3 :: H
69
-
                else H
70
-
            if (if ((z > F))
71
-
                then (F > y)
116
+
                then 3 :: ar
117
+
                else ar
118
+
            if (if ((aj > ap))
119
+
                then (ap > ai)
72
120
 
                else false)
73
-
                then 4 :: I
74
-
                else I
121
+
                then 4 :: as
122
+
                else as
75
123
 
            }
76
-
    let J = if ((size(B) >= 3))
77
-
        then B
124
+
    let at = if ((size(al) >= 3))
125
+
        then al
78
126
 
        else {
79
-
            let K = x[1]
80
-
            if ((0 >= K))
127
+
            let au = ah[1]
128
+
            if ((0 >= au))
81
129
 
                then [1]
82
130
 
                else {
83
-
                    let L = ((x[0] * 100) / K)
84
-
                    let M = ((x[2] * 100) / K)
85
-
                    let N = ((x[3] * 100) / K)
86
-
                    let O = ((x[4] * 100) / K)
87
-
                    let G = if (if ((z > L))
88
-
                        then (L > y)
131
+
                    let av = ((ah[0] * 100) / au)
132
+
                    let aw = ((ah[2] * 100) / au)
133
+
                    let ax = ((ah[3] * 100) / au)
134
+
                    let ay = ((ah[4] * 100) / au)
135
+
                    let aq = if (if ((aj > av))
136
+
                        then (av > ai)
89
137
 
                        else false)
90
138
 
                        then [0, 1]
91
139
 
                        else [1]
92
-
                    let H = if (if ((z > M))
93
-
                        then (M > y)
140
+
                    let ar = if (if ((aj > aw))
141
+
                        then (aw > ai)
94
142
 
                        else false)
95
-
                        then 2 :: G
96
-
                        else G
97
-
                    let I = if (if ((z > N))
98
-
                        then (N > y)
143
+
                        then 2 :: aq
144
+
                        else aq
145
+
                    let as = if (if ((aj > ax))
146
+
                        then (ax > ai)
99
147
 
                        else false)
100
-
                        then 3 :: H
101
-
                        else H
102
-
                    if (if ((z > O))
103
-
                        then (O > y)
148
+
                        then 3 :: ar
149
+
                        else ar
150
+
                    if (if ((aj > ay))
151
+
                        then (ay > ai)
104
152
 
                        else false)
105
-
                        then 4 :: I
106
-
                        else I
153
+
                        then 4 :: as
154
+
                        else as
107
155
 
                    }
108
156
 
            }
109
-
    let P = if ((size(J) >= 3))
110
-
        then J
157
+
    let az = if ((size(at) >= 3))
158
+
        then at
111
159
 
        else {
112
-
            let Q = x[2]
113
-
            if ((0 >= Q))
160
+
            let aA = ah[2]
161
+
            if ((0 >= aA))
114
162
 
                then [2]
115
163
 
                else {
116
-
                    let R = ((x[0] * 100) / Q)
117
-
                    let S = ((x[1] * 100) / Q)
118
-
                    let T = ((x[3] * 100) / Q)
119
-
                    let U = ((x[4] * 100) / Q)
120
-
                    let G = if (if ((z > R))
121
-
                        then (R > y)
164
+
                    let aB = ((ah[0] * 100) / aA)
165
+
                    let aC = ((ah[1] * 100) / aA)
166
+
                    let aD = ((ah[3] * 100) / aA)
167
+
                    let aE = ((ah[4] * 100) / aA)
168
+
                    let aq = if (if ((aj > aB))
169
+
                        then (aB > ai)
122
170
 
                        else false)
123
171
 
                        then [0, 2]
124
172
 
                        else [2]
125
-
                    let H = if (if ((z > S))
126
-
                        then (S > y)
173
+
                    let ar = if (if ((aj > aC))
174
+
                        then (aC > ai)
127
175
 
                        else false)
128
-
                        then 1 :: G
129
-
                        else G
130
-
                    let I = if (if ((z > T))
131
-
                        then (T > y)
176
+
                        then 1 :: aq
177
+
                        else aq
178
+
                    let as = if (if ((aj > aD))
179
+
                        then (aD > ai)
132
180
 
                        else false)
133
-
                        then 3 :: H
134
-
                        else H
135
-
                    if (if ((z > U))
136
-
                        then (U > y)
181
+
                        then 3 :: ar
182
+
                        else ar
183
+
                    if (if ((aj > aE))
184
+
                        then (aE > ai)
137
185
 
                        else false)
138
-
                        then 4 :: I
139
-
                        else I
186
+
                        then 4 :: as
187
+
                        else as
140
188
 
                    }
141
189
 
            }
142
-
    let V = if ((size(P) >= 3))
143
-
        then P
190
+
    let aF = if ((size(az) >= 3))
191
+
        then az
144
192
 
        else {
145
-
            let W = x[3]
146
-
            if ((0 >= W))
193
+
            let aG = ah[3]
194
+
            if ((0 >= aG))
147
195
 
                then [3]
148
196
 
                else {
149
-
                    let X = ((x[0] * 100) / W)
150
-
                    let Y = ((x[1] * 100) / W)
151
-
                    let Z = ((x[2] * 100) / W)
152
-
                    let aa = ((x[4] * 100) / W)
153
-
                    let G = if (if ((z > X))
154
-
                        then (X > y)
197
+
                    let aH = ((ah[0] * 100) / aG)
198
+
                    let aI = ((ah[1] * 100) / aG)
199
+
                    let aJ = ((ah[2] * 100) / aG)
200
+
                    let aK = ((ah[4] * 100) / aG)
201
+
                    let aq = if (if ((aj > aH))
202
+
                        then (aH > ai)
155
203
 
                        else false)
156
204
 
                        then [0, 3]
157
205
 
                        else [3]
158
-
                    let H = if (if ((z > Y))
159
-
                        then (Y > y)
206
+
                    let ar = if (if ((aj > aI))
207
+
                        then (aI > ai)
160
208
 
                        else false)
161
-
                        then 1 :: G
162
-
                        else G
163
-
                    let I = if (if ((z > Z))
164
-
                        then (Z > y)
209
+
                        then 1 :: aq
210
+
                        else aq
211
+
                    let as = if (if ((aj > aJ))
212
+
                        then (aJ > ai)
165
213
 
                        else false)
166
-
                        then 2 :: H
167
-
                        else H
168
-
                    if (if ((z > aa))
169
-
                        then (aa > y)
214
+
                        then 2 :: ar
215
+
                        else ar
216
+
                    if (if ((aj > aK))
217
+
                        then (aK > ai)
170
218
 
                        else false)
171
-
                        then 4 :: I
172
-
                        else I
219
+
                        then 4 :: as
220
+
                        else as
173
221
 
                    }
174
222
 
            }
175
-
    if ((size(V) >= 3))
176
-
        then V
223
+
    if ((size(aF) >= 3))
224
+
        then aF
177
225
 
        else {
178
-
            let ab = x[4]
179
-
            if ((0 >= ab))
226
+
            let aL = ah[4]
227
+
            if ((0 >= aL))
180
228
 
                then [4]
181
229
 
                else {
182
-
                    let ac = ((x[0] * 100) / ab)
183
-
                    let ad = ((x[1] * 100) / ab)
184
-
                    let ae = ((x[2] * 100) / ab)
185
-
                    let af = ((x[3] * 100) / ab)
186
-
                    let G = if (if ((z > ac))
187
-
                        then (ac > y)
230
+
                    let aM = ((ah[0] * 100) / aL)
231
+
                    let aN = ((ah[1] * 100) / aL)
232
+
                    let aO = ((ah[2] * 100) / aL)
233
+
                    let aP = ((ah[3] * 100) / aL)
234
+
                    let aq = if (if ((aj > aM))
235
+
                        then (aM > ai)
188
236
 
                        else false)
189
237
 
                        then [0, 4]
190
238
 
                        else [4]
191
-
                    let H = if (if ((z > ad))
192
-
                        then (ad > y)
239
+
                    let ar = if (if ((aj > aN))
240
+
                        then (aN > ai)
193
241
 
                        else false)
194
-
                        then 1 :: G
195
-
                        else G
196
-
                    let I = if (if ((z > ae))
197
-
                        then (ae > y)
242
+
                        then 1 :: aq
243
+
                        else aq
244
+
                    let as = if (if ((aj > aO))
245
+
                        then (aO > ai)
198
246
 
                        else false)
199
-
                        then 2 :: H
200
-
                        else H
201
-
                    if (if ((z > af))
202
-
                        then (af > y)
247
+
                        then 2 :: ar
248
+
                        else ar
249
+
                    if (if ((aj > aP))
250
+
                        then (aP > ai)
203
251
 
                        else false)
204
-
                        then 3 :: I
205
-
                        else I
252
+
                        then 3 :: as
253
+
                        else as
206
254
 
                    }
207
255
 
            }
208
256
 
    }
209
257
 
210
258
 
211
-
func ag (c) = toBytes((((("WAVESNEUTRINOPREFIX" + "_") + toString(height)) + "_") + toString(c)))
259
+
func aQ (H) = toBytes((((("WAVESNEUTRINOPREFIX" + "_") + toString(height)) + "_") + toString(H)))
212
260
 
213
261
 
214
-
@Callable(ah)
215
-
func callEmergencyShutdown (ai) = {
216
-
    let aj = "3N65UDbSkK72XdSgH3NhvJ8HaH57x8VmoW3"
217
-
    let ak = toString(ah.caller)
218
-
    if ((aj != ak))
219
-
        then throw("caller must be one an emergency oracle")
220
-
        else [BooleanEntry("is_blocked", true), StringEntry("is_blocked_caller", ak), StringEntry("is_blocked_reason", ai)]
262
+
@Callable(aR)
263
+
func constructorV1 (r,s,t,u,v,w,x,y,z,A,B,C,D,E) = if ((aR.caller != this))
264
+
    then throw("permissions denied")
265
+
    else [StringEntry(p(), q(r, s, t, u, v, w, x, y, z, A, B, C, D, E))]
266
+
267
+
268
+
269
+
@Callable(aR)
270
+
func callEmergencyShutdown (aS) = {
271
+
    let aT = "3MtJykN7kE16Y3oh6foo2BZvHY7hCpnMsVu"
272
+
    let aU = toString(aR.caller)
273
+
    if (if ((aT != aU))
274
+
        then (toString(D) != aU)
275
+
        else false)
276
+
        then throw("caller must be one an emergency oracle or Governance contract")
277
+
        else [BooleanEntry("is_blocked", true), StringEntry("is_blocked_caller", aU), StringEntry("is_blocked_reason", aS)]
221
278
 
    }
222
279
 
223
280
 
224
281
 
225
-
@Callable(ah)
226
-
func finalizeCurrentPrice (al,am,an,ao,ap,aq,ar,as,at,au) = if (k)
282
+
@Callable(aR)
283
+
func finalizeCurrentPrice (aV,aW,aX,aY,aZ,ba,bb,bc,bd,be) = if (P)
227
284
 
    then throw("contract is blocked by EMERGENCY SHUTDOWN actions untill reactivation by emergency oracles")
228
285
 
    else if ((valueOrElse(getInteger(this, ("price_" + toString(height))), 0) != 0))
229
286
 
        then throw("wait next block")
230
-
        else if ((n[(height % 5)] != toBase58String(ah.callerPublicKey)))
231
-
            then throw(((("Out of turn finalization: " + toString(height)) + " block should be finalize by ") + n[(height % 5)]))
287
+
        else if ((S[(height % 5)] != toBase58String(aR.callerPublicKey)))
288
+
            then throw(((("Out of turn finalization: " + toString(height)) + " block should be finalize by ") + S[(height % 5)]))
232
289
 
            else {
233
-
                let x = [if (sigVerify_8Kb(ag(al), am, fromBase58String(n[0])))
234
-
                    then al
235
-
                    else 0, if (sigVerify_8Kb(ag(an), ao, fromBase58String(n[1])))
236
-
                    then an
237
-
                    else 0, if (sigVerify_8Kb(ag(ap), aq, fromBase58String(n[2])))
238
-
                    then ap
239
-
                    else 0, if (sigVerify_8Kb(ag(ar), as, fromBase58String(n[3])))
240
-
                    then ar
241
-
                    else 0, if (sigVerify_8Kb(ag(at), au, fromBase58String(n[4])))
242
-
                    then at
290
+
                let ah = [if (sigVerify_8Kb(aQ(aV), aW, fromBase58String(S[0])))
291
+
                    then aV
292
+
                    else 0, if (sigVerify_8Kb(aQ(aX), aY, fromBase58String(S[1])))
293
+
                    then aX
294
+
                    else 0, if (sigVerify_8Kb(aQ(aZ), ba, fromBase58String(S[2])))
295
+
                    then aZ
296
+
                    else 0, if (sigVerify_8Kb(aQ(bb), bc, fromBase58String(S[3])))
297
+
                    then bb
298
+
                    else 0, if (sigVerify_8Kb(aQ(bd), be, fromBase58String(S[4])))
299
+
                    then bd
243
300
 
                    else 0]
244
-
                let av = if ((x[0] == 0))
301
+
                let bf = if ((ah[0] == 0))
245
302
 
                    then 1
246
-
                    else (0 + (if ((x[1] == 0))
303
+
                    else (0 + (if ((ah[1] == 0))
247
304
 
                        then 1
248
-
                        else (0 + (if ((x[2] == 0))
305
+
                        else (0 + (if ((ah[2] == 0))
249
306
 
                            then 1
250
-
                            else (0 + (if ((x[3] == 0))
307
+
                            else (0 + (if ((ah[3] == 0))
251
308
 
                                then 1
252
-
                                else (0 + (if ((x[4] == 0))
309
+
                                else (0 + (if ((ah[4] == 0))
253
310
 
                                    then 1
254
311
 
                                    else 0))))))))
255
-
                if ((av >= 3))
312
+
                if ((bf >= 3))
256
313
 
                    then throw("3 prices or more are equals to 0")
257
314
 
                    else {
258
-
                        let aw = w(x)
259
-
                        let ax = size(aw)
260
-
                        if ((3 > ax))
315
+
                        let bg = ag(ah)
316
+
                        let bh = size(bg)
317
+
                        if ((3 > bh))
261
318
 
                            then throw(((((((((((((((((((((("Could not finalize price because of big variation: height=" + toString(height)) + "
262
-
") + n[0]) + "=") + toString(x[0])) + "
263
-
") + n[1]) + "=") + toString(x[1])) + "
264
-
") + n[2]) + "=") + toString(x[2])) + "
265
-
") + n[3]) + "=") + toString(x[3])) + "
266
-
") + n[4]) + "=") + toString(x[4])))
319
+
") + S[0]) + "=") + toString(ah[0])) + "
320
+
") + S[1]) + "=") + toString(ah[1])) + "
321
+
") + S[2]) + "=") + toString(ah[2])) + "
322
+
") + S[3]) + "=") + toString(ah[3])) + "
323
+
") + S[4]) + "=") + toString(ah[4])))
267
324
 
                            else {
268
-
                                let ay = ((x[aw[0]] + x[aw[1]]) + x[aw[2]])
269
-
                                let az = if ((ax >= 4))
270
-
                                    then (ay + x[aw[3]])
271
-
                                    else ay
272
-
                                let aA = if ((ax >= 5))
273
-
                                    then (az + x[aw[4]])
274
-
                                    else az
275
-
                                if ((ax >= 6))
325
+
                                let bi = ((ah[bg[0]] + ah[bg[1]]) + ah[bg[2]])
326
+
                                let bj = if ((bh >= 4))
327
+
                                    then (bi + ah[bg[3]])
328
+
                                    else bi
329
+
                                let bk = if ((bh >= 5))
330
+
                                    then (bj + ah[bg[4]])
331
+
                                    else bj
332
+
                                if ((bh >= 6))
276
333
 
                                    then throw("Invalid pricesInRange creation")
277
334
 
                                    else {
278
-
                                        let aB = (aA / ax)
279
-
                                        if (if ((aB >= (c + ((c * l) / 100))))
335
+
                                        let bl = (bk / bh)
336
+
                                        if (if ((bl >= (H + ((H * Q) / 100))))
280
337
 
                                            then true
281
-
                                            else ((c - ((c * l) / 100)) >= aB))
338
+
                                            else ((H - ((H * Q) / 100)) >= bl))
282
339
 
                                            then {
283
-
                                                let ai = "automatic emergency shutdown because of large price variability"
284
-
[BooleanEntry("is_blocked", true), StringEntry("is_blocked_caller", toString(this)), StringEntry("is_blocked_reason", ai), IntegerEntry((("black_swarm_price" + "_") + toString(height)), aB)]
340
+
                                                let aS = "automatic emergency shutdown because of large price variability"
341
+
[BooleanEntry("is_blocked", true), StringEntry("is_blocked_caller", toString(this)), StringEntry("is_blocked_reason", aS), IntegerEntry((("black_swarm_price" + "_") + toString(height)), bl)]
285
342
 
                                                }
286
343
 
                                            else {
287
-
                                                let aC = (j + 1)
288
-
[IntegerEntry("price", aB), IntegerEntry(("price_" + toString(height)), aB), IntegerEntry("price_index", aC), IntegerEntry(("price_index_" + toString(aC)), height), IntegerEntry(("deficit_" + toString(height)), v), IntegerEntry(("neutrinoSupply_" + toString(height)), u), IntegerEntry(("deficit_percent_" + toString(height)), if ((u != 0))
289
-
                                                    then ((v * 100) / u)
344
+
                                                let bm = (O + 1)
345
+
[IntegerEntry("price", bl), IntegerEntry(("price_" + toString(height)), bl), IntegerEntry("price_index", bm), IntegerEntry(("price_index_" + toString(bm)), height), IntegerEntry(("deficit_" + toString(height)), af), IntegerEntry(("neutrinoSupply_" + toString(height)), ae), IntegerEntry(("deficit_percent_" + toString(height)), if ((ae != 0))
346
+
                                                    then ((af * 100) / ae)
290
347
 
                                                    else 0)]
291
348
 
                                                }
292
349
 
                                        }
295
352
 
                }
296
353
 
297
354
 
298
-
@Verifier(aD)
299
-
func aE () = {
300
-
    let aF = ["GXxmZaCigPgJsT6d1cLr8nUXA65nGX8V7FuAzzrY8wQE", "3xumx4hrPpeeoo79HLGbZCgfz95L39ZFdxxwWeSUC2Pu", "D4CqtK5fBsnzRo33ZMhrM7niLseDH2uRoK6weBq2JQ3A", "5WRXFSjwcTbNfKcJs8ZqXmSSWYsSVJUtMvMqZj5hH4Nc"]
301
-
    let aG = ((((if (sigVerify(aD.bodyBytes, aD.proofs[0], fromBase58String(aF[0])))
355
+
356
+
@Callable(aR)
357
+
func updateReservesAndNeutrinoSupply () = {
358
+
    func bn (K) =     {
359
+
        let bo = getInteger(this, K)
360
+
        if ($isInstanceOf(bo, "Int"))
361
+
            then {
362
+
                let bp = bo
363
+
                bp
364
+
                }
365
+
            else 0
366
+
        }
367
+
368
+
    let aa = bn("updateReservesAndNeutrinoSupplyIdx")
369
+
    let bq = (aa + 1)
370
+
[IntegerEntry("updateReservesAndNeutrinoSupplyIdx", bq), IntegerEntry("reserve", ad), IntegerEntry("neutrinoSupply", ae), IntegerEntry("reservesInUsdn", F(ad, H)), IntegerEntry("deficit", af)]
371
+
    }
372
+
373
+
374
+
375
+
@Callable(aR)
376
+
func wavesBalancesVsPayment () = {
377
+
    let br = wavesBalance(this)
378
+
[IntegerEntry("wavesBalance_available", br.available), IntegerEntry("wavesBalance_regular", br.regular), IntegerEntry("wavesBalance_generating", br.generating), IntegerEntry("wavesBalance_effective", br.effective), IntegerEntry("waves_payment", value(aR.payments[0]).amount)]
379
+
    }
380
+
381
+
382
+
@Verifier(bs)
383
+
func bt () = {
384
+
    let bu = makeString(["ExtEEK19nmKj9mCpnWyvEEJFYATLMcVEMvohhUHkyHNm", "Ev5py5FfBQX9cZpYKnfQrTB49Byf8QmpZWeDVRim4yV7", "DUuuLjXu98nBwZc7fqwCTjtA3nnRwgTbkMSr5SU2NmDR", "DUuuLjXu98nBwZc7fqwCTjtA3nnRwgTbkMSr5SU2NmDR"], a)
385
+
    let bv = split(valueOrElse(getString(W, "%s__multisig"), bu), a)
386
+
    let bw = ((((if (sigVerify(bs.bodyBytes, bs.proofs[0], fromBase58String(bv[0])))
302
387
 
        then 1
303
-
        else 0) + (if (sigVerify(aD.bodyBytes, aD.proofs[1], fromBase58String(aF[1])))
388
+
        else 0) + (if (sigVerify(bs.bodyBytes, bs.proofs[1], fromBase58String(bv[1])))
304
389
 
        then 1
305
-
        else 0)) + (if (sigVerify(aD.bodyBytes, aD.proofs[2], fromBase58String(aF[2])))
390
+
        else 0)) + (if (sigVerify(bs.bodyBytes, bs.proofs[2], fromBase58String(bv[2])))
306
391
 
        then 1
307
-
        else 0)) + (if (sigVerify(aD.bodyBytes, aD.proofs[3], fromBase58String(aF[3])))
392
+
        else 0)) + (if (sigVerify(bs.bodyBytes, bs.proofs[3], fromBase58String(bv[3])))
308
393
 
        then 2
309
394
 
        else 0))
310
-
    (aG >= 3)
395
+
    (bw >= 3)
311
396
 
    }
312
397
 

Full: 
Old
New
Differences
1
1
 
{-# STDLIB_VERSION 4 #-}
2
2
 
{-# SCRIPT_TYPE ACCOUNT #-}
3
3
 
{-# CONTENT_TYPE DAPP #-}
4
-
func a (b,c) = fraction(fraction(b, c, 1000000), 1000000, 100000000)
4
+
let a = "__"
5
+
6
+
let b = 1
7
+
8
+
let c = 2
9
+
10
+
let d = 3
11
+
12
+
let e = 4
13
+
14
+
let f = 5
15
+
16
+
let g = 6
17
+
18
+
let h = 7
19
+
20
+
let i = 8
21
+
22
+
let j = 9
23
+
24
+
let k = 10
25
+
26
+
let l = 11
27
+
28
+
let m = 12
29
+
30
+
let n = 13
31
+
32
+
let o = 14
33
+
34
+
func p () = "%s__controlConfig"
5
35
 
6
36
 
7
-
func d (e,f) = valueOrElse(getInteger(addressFromStringValue(e), f), 0)
37
+
func q (r,s,t,u,v,w,x,y,z,A,B,C,D,E) = makeString(["%s%s%s%s%s%s%s%s%s%s%s%s%s%s", r, s, t, u, v, w, x, y, z, A, B, C, D, E], a)
8
38
 
9
39
 
10
-
func g (e,f) = valueOrElse(getString(e, f), "")
40
+
func F (G,H) = fraction(fraction(G, H, 1000000), 1000000, 100000000)
11
41
 
12
42
 
13
-
func h (i) = split(i, ",")
43
+
func I (J,K) = valueOrElse(getInteger(addressFromStringValue(J), K), 0)
14
44
 
15
45
 
16
-
let c = valueOrElse(getInteger(this, "price"), 0)
46
+
func L (J,K) = valueOrElse(getString(J, K), "")
17
47
 
18
-
let j = valueOrElse(getInteger(this, "price_index"), 0)
19
48
 
20
-
let k = valueOrElse(getBoolean(this, "is_blocked"), false)
49
+
func M (N) = split(N, ",")
21
50
 
22
-
let l = 25
23
51
 
24
-
let m = valueOrElse(getString(this, "oracles"), "")
52
+
let H = valueOrElse(getInteger(this, "price"), 0)
25
53
 
26
-
let n = h(m)
54
+
let O = valueOrElse(getInteger(this, "price_index"), 0)
27
55
 
28
-
let o = Address(base58'3Mzbx34Ex5rRbn39vUHx9kiwh3nneF8S5we')
56
+
let P = valueOrElse(getBoolean(this, "is_blocked"), false)
29
57
 
30
-
let p = Address(base58'3N5nmMvMH8o3RPEyCKCaoWahBTYTexnZy62')
58
+
let Q = 1000
31
59
 
32
-
let q = base58'25FEqEjRkqK6yCkiT7Lz6SAYz7gUFCtxfCChnrVFD5AT'
60
+
let R = valueOrElse(getString(this, "oracles"), "")
33
61
 
34
-
let r = valueOrElse(getInteger(o, "balance_lock_neutrino"), 0)
62
+
let S = M(R)
35
63
 
36
-
let s = valueOrElse(getInteger(o, "balance_lock_waves"), 0)
64
+
let T = Address(base58'3N9be2mwrA52WJho6DiesZkk4351GvpnWuj')
37
65
 
38
-
let t = (wavesBalance(o).regular - s)
66
+
let U = Address(base58'3N24ZPUAMhFm76N3vbNiiDtFqfUnmBHTc5N')
39
67
 
40
-
let u = (((r + value(assetInfo(q)).quantity) - assetBalance(o, q)) - assetBalance(p, q))
68
+
let V = base58'HezsdQuRDtzksAYUy97gfhKy7Z1NW2uXYSHA3bgqenNZ'
41
69
 
42
-
let v = (u - a(t, c))
70
+
let W = this
43
71
 
44
-
func w (x) = {
45
-
    let y = 90
46
-
    let z = 110
47
-
    let A = x[0]
48
-
    let B = if ((0 >= x[0]))
72
+
func X (J,K) = valueOrErrorMessage(getString(J, K), makeString(["mandatory ", toString(J), ".", K, " is not defined"], ""))
73
+
74
+
75
+
func Y (Z,aa) = valueOrErrorMessage(addressFromString(Z[aa]), ("Control cfg doesn't contain address at index " + toString(aa)))
76
+
77
+
78
+
let Z = split(X(this, p()), a)
79
+
80
+
let D = Y(Z, n)
81
+
82
+
let ab = valueOrElse(getInteger(T, "balance_lock_neutrino"), 0)
83
+
84
+
let ac = valueOrElse(getInteger(T, "balance_lock_waves"), 0)
85
+
86
+
let ad = (wavesBalance(T).regular - ac)
87
+
88
+
let ae = (((ab + value(assetInfo(V)).quantity) - assetBalance(T, V)) - assetBalance(U, V))
89
+
90
+
let af = (ae - F(ad, H))
91
+
92
+
func ag (ah) = {
93
+
    let ai = 90
94
+
    let aj = 110
95
+
    let ak = ah[0]
96
+
    let al = if ((0 >= ah[0]))
49
97
 
        then [0]
50
98
 
        else {
51
-
            let C = ((x[1] * 100) / A)
52
-
            let D = ((x[2] * 100) / A)
53
-
            let E = ((x[3] * 100) / A)
54
-
            let F = ((x[4] * 100) / A)
55
-
            let G = if (if ((z > C))
56
-
                then (C > y)
99
+
            let am = ((ah[1] * 100) / ak)
100
+
            let an = ((ah[2] * 100) / ak)
101
+
            let ao = ((ah[3] * 100) / ak)
102
+
            let ap = ((ah[4] * 100) / ak)
103
+
            let aq = if (if ((aj > am))
104
+
                then (am > ai)
57
105
 
                else false)
58
106
 
                then [1, 0]
59
107
 
                else [0]
60
-
            let H = if (if ((z > D))
61
-
                then (D > y)
108
+
            let ar = if (if ((aj > an))
109
+
                then (an > ai)
62
110
 
                else false)
63
-
                then 2 :: G
64
-
                else G
65
-
            let I = if (if ((z > E))
66
-
                then (E > y)
111
+
                then 2 :: aq
112
+
                else aq
113
+
            let as = if (if ((aj > ao))
114
+
                then (ao > ai)
67
115
 
                else false)
68
-
                then 3 :: H
69
-
                else H
70
-
            if (if ((z > F))
71
-
                then (F > y)
116
+
                then 3 :: ar
117
+
                else ar
118
+
            if (if ((aj > ap))
119
+
                then (ap > ai)
72
120
 
                else false)
73
-
                then 4 :: I
74
-
                else I
121
+
                then 4 :: as
122
+
                else as
75
123
 
            }
76
-
    let J = if ((size(B) >= 3))
77
-
        then B
124
+
    let at = if ((size(al) >= 3))
125
+
        then al
78
126
 
        else {
79
-
            let K = x[1]
80
-
            if ((0 >= K))
127
+
            let au = ah[1]
128
+
            if ((0 >= au))
81
129
 
                then [1]
82
130
 
                else {
83
-
                    let L = ((x[0] * 100) / K)
84
-
                    let M = ((x[2] * 100) / K)
85
-
                    let N = ((x[3] * 100) / K)
86
-
                    let O = ((x[4] * 100) / K)
87
-
                    let G = if (if ((z > L))
88
-
                        then (L > y)
131
+
                    let av = ((ah[0] * 100) / au)
132
+
                    let aw = ((ah[2] * 100) / au)
133
+
                    let ax = ((ah[3] * 100) / au)
134
+
                    let ay = ((ah[4] * 100) / au)
135
+
                    let aq = if (if ((aj > av))
136
+
                        then (av > ai)
89
137
 
                        else false)
90
138
 
                        then [0, 1]
91
139
 
                        else [1]
92
-
                    let H = if (if ((z > M))
93
-
                        then (M > y)
140
+
                    let ar = if (if ((aj > aw))
141
+
                        then (aw > ai)
94
142
 
                        else false)
95
-
                        then 2 :: G
96
-
                        else G
97
-
                    let I = if (if ((z > N))
98
-
                        then (N > y)
143
+
                        then 2 :: aq
144
+
                        else aq
145
+
                    let as = if (if ((aj > ax))
146
+
                        then (ax > ai)
99
147
 
                        else false)
100
-
                        then 3 :: H
101
-
                        else H
102
-
                    if (if ((z > O))
103
-
                        then (O > y)
148
+
                        then 3 :: ar
149
+
                        else ar
150
+
                    if (if ((aj > ay))
151
+
                        then (ay > ai)
104
152
 
                        else false)
105
-
                        then 4 :: I
106
-
                        else I
153
+
                        then 4 :: as
154
+
                        else as
107
155
 
                    }
108
156
 
            }
109
-
    let P = if ((size(J) >= 3))
110
-
        then J
157
+
    let az = if ((size(at) >= 3))
158
+
        then at
111
159
 
        else {
112
-
            let Q = x[2]
113
-
            if ((0 >= Q))
160
+
            let aA = ah[2]
161
+
            if ((0 >= aA))
114
162
 
                then [2]
115
163
 
                else {
116
-
                    let R = ((x[0] * 100) / Q)
117
-
                    let S = ((x[1] * 100) / Q)
118
-
                    let T = ((x[3] * 100) / Q)
119
-
                    let U = ((x[4] * 100) / Q)
120
-
                    let G = if (if ((z > R))
121
-
                        then (R > y)
164
+
                    let aB = ((ah[0] * 100) / aA)
165
+
                    let aC = ((ah[1] * 100) / aA)
166
+
                    let aD = ((ah[3] * 100) / aA)
167
+
                    let aE = ((ah[4] * 100) / aA)
168
+
                    let aq = if (if ((aj > aB))
169
+
                        then (aB > ai)
122
170
 
                        else false)
123
171
 
                        then [0, 2]
124
172
 
                        else [2]
125
-
                    let H = if (if ((z > S))
126
-
                        then (S > y)
173
+
                    let ar = if (if ((aj > aC))
174
+
                        then (aC > ai)
127
175
 
                        else false)
128
-
                        then 1 :: G
129
-
                        else G
130
-
                    let I = if (if ((z > T))
131
-
                        then (T > y)
176
+
                        then 1 :: aq
177
+
                        else aq
178
+
                    let as = if (if ((aj > aD))
179
+
                        then (aD > ai)
132
180
 
                        else false)
133
-
                        then 3 :: H
134
-
                        else H
135
-
                    if (if ((z > U))
136
-
                        then (U > y)
181
+
                        then 3 :: ar
182
+
                        else ar
183
+
                    if (if ((aj > aE))
184
+
                        then (aE > ai)
137
185
 
                        else false)
138
-
                        then 4 :: I
139
-
                        else I
186
+
                        then 4 :: as
187
+
                        else as
140
188
 
                    }
141
189
 
            }
142
-
    let V = if ((size(P) >= 3))
143
-
        then P
190
+
    let aF = if ((size(az) >= 3))
191
+
        then az
144
192
 
        else {
145
-
            let W = x[3]
146
-
            if ((0 >= W))
193
+
            let aG = ah[3]
194
+
            if ((0 >= aG))
147
195
 
                then [3]
148
196
 
                else {
149
-
                    let X = ((x[0] * 100) / W)
150
-
                    let Y = ((x[1] * 100) / W)
151
-
                    let Z = ((x[2] * 100) / W)
152
-
                    let aa = ((x[4] * 100) / W)
153
-
                    let G = if (if ((z > X))
154
-
                        then (X > y)
197
+
                    let aH = ((ah[0] * 100) / aG)
198
+
                    let aI = ((ah[1] * 100) / aG)
199
+
                    let aJ = ((ah[2] * 100) / aG)
200
+
                    let aK = ((ah[4] * 100) / aG)
201
+
                    let aq = if (if ((aj > aH))
202
+
                        then (aH > ai)
155
203
 
                        else false)
156
204
 
                        then [0, 3]
157
205
 
                        else [3]
158
-
                    let H = if (if ((z > Y))
159
-
                        then (Y > y)
206
+
                    let ar = if (if ((aj > aI))
207
+
                        then (aI > ai)
160
208
 
                        else false)
161
-
                        then 1 :: G
162
-
                        else G
163
-
                    let I = if (if ((z > Z))
164
-
                        then (Z > y)
209
+
                        then 1 :: aq
210
+
                        else aq
211
+
                    let as = if (if ((aj > aJ))
212
+
                        then (aJ > ai)
165
213
 
                        else false)
166
-
                        then 2 :: H
167
-
                        else H
168
-
                    if (if ((z > aa))
169
-
                        then (aa > y)
214
+
                        then 2 :: ar
215
+
                        else ar
216
+
                    if (if ((aj > aK))
217
+
                        then (aK > ai)
170
218
 
                        else false)
171
-
                        then 4 :: I
172
-
                        else I
219
+
                        then 4 :: as
220
+
                        else as
173
221
 
                    }
174
222
 
            }
175
-
    if ((size(V) >= 3))
176
-
        then V
223
+
    if ((size(aF) >= 3))
224
+
        then aF
177
225
 
        else {
178
-
            let ab = x[4]
179
-
            if ((0 >= ab))
226
+
            let aL = ah[4]
227
+
            if ((0 >= aL))
180
228
 
                then [4]
181
229
 
                else {
182
-
                    let ac = ((x[0] * 100) / ab)
183
-
                    let ad = ((x[1] * 100) / ab)
184
-
                    let ae = ((x[2] * 100) / ab)
185
-
                    let af = ((x[3] * 100) / ab)
186
-
                    let G = if (if ((z > ac))
187
-
                        then (ac > y)
230
+
                    let aM = ((ah[0] * 100) / aL)
231
+
                    let aN = ((ah[1] * 100) / aL)
232
+
                    let aO = ((ah[2] * 100) / aL)
233
+
                    let aP = ((ah[3] * 100) / aL)
234
+
                    let aq = if (if ((aj > aM))
235
+
                        then (aM > ai)
188
236
 
                        else false)
189
237
 
                        then [0, 4]
190
238
 
                        else [4]
191
-
                    let H = if (if ((z > ad))
192
-
                        then (ad > y)
239
+
                    let ar = if (if ((aj > aN))
240
+
                        then (aN > ai)
193
241
 
                        else false)
194
-
                        then 1 :: G
195
-
                        else G
196
-
                    let I = if (if ((z > ae))
197
-
                        then (ae > y)
242
+
                        then 1 :: aq
243
+
                        else aq
244
+
                    let as = if (if ((aj > aO))
245
+
                        then (aO > ai)
198
246
 
                        else false)
199
-
                        then 2 :: H
200
-
                        else H
201
-
                    if (if ((z > af))
202
-
                        then (af > y)
247
+
                        then 2 :: ar
248
+
                        else ar
249
+
                    if (if ((aj > aP))
250
+
                        then (aP > ai)
203
251
 
                        else false)
204
-
                        then 3 :: I
205
-
                        else I
252
+
                        then 3 :: as
253
+
                        else as
206
254
 
                    }
207
255
 
            }
208
256
 
    }
209
257
 
210
258
 
211
-
func ag (c) = toBytes((((("WAVESNEUTRINOPREFIX" + "_") + toString(height)) + "_") + toString(c)))
259
+
func aQ (H) = toBytes((((("WAVESNEUTRINOPREFIX" + "_") + toString(height)) + "_") + toString(H)))
212
260
 
213
261
 
214
-
@Callable(ah)
215
-
func callEmergencyShutdown (ai) = {
216
-
    let aj = "3N65UDbSkK72XdSgH3NhvJ8HaH57x8VmoW3"
217
-
    let ak = toString(ah.caller)
218
-
    if ((aj != ak))
219
-
        then throw("caller must be one an emergency oracle")
220
-
        else [BooleanEntry("is_blocked", true), StringEntry("is_blocked_caller", ak), StringEntry("is_blocked_reason", ai)]
262
+
@Callable(aR)
263
+
func constructorV1 (r,s,t,u,v,w,x,y,z,A,B,C,D,E) = if ((aR.caller != this))
264
+
    then throw("permissions denied")
265
+
    else [StringEntry(p(), q(r, s, t, u, v, w, x, y, z, A, B, C, D, E))]
266
+
267
+
268
+
269
+
@Callable(aR)
270
+
func callEmergencyShutdown (aS) = {
271
+
    let aT = "3MtJykN7kE16Y3oh6foo2BZvHY7hCpnMsVu"
272
+
    let aU = toString(aR.caller)
273
+
    if (if ((aT != aU))
274
+
        then (toString(D) != aU)
275
+
        else false)
276
+
        then throw("caller must be one an emergency oracle or Governance contract")
277
+
        else [BooleanEntry("is_blocked", true), StringEntry("is_blocked_caller", aU), StringEntry("is_blocked_reason", aS)]
221
278
 
    }
222
279
 
223
280
 
224
281
 
225
-
@Callable(ah)
226
-
func finalizeCurrentPrice (al,am,an,ao,ap,aq,ar,as,at,au) = if (k)
282
+
@Callable(aR)
283
+
func finalizeCurrentPrice (aV,aW,aX,aY,aZ,ba,bb,bc,bd,be) = if (P)
227
284
 
    then throw("contract is blocked by EMERGENCY SHUTDOWN actions untill reactivation by emergency oracles")
228
285
 
    else if ((valueOrElse(getInteger(this, ("price_" + toString(height))), 0) != 0))
229
286
 
        then throw("wait next block")
230
-
        else if ((n[(height % 5)] != toBase58String(ah.callerPublicKey)))
231
-
            then throw(((("Out of turn finalization: " + toString(height)) + " block should be finalize by ") + n[(height % 5)]))
287
+
        else if ((S[(height % 5)] != toBase58String(aR.callerPublicKey)))
288
+
            then throw(((("Out of turn finalization: " + toString(height)) + " block should be finalize by ") + S[(height % 5)]))
232
289
 
            else {
233
-
                let x = [if (sigVerify_8Kb(ag(al), am, fromBase58String(n[0])))
234
-
                    then al
235
-
                    else 0, if (sigVerify_8Kb(ag(an), ao, fromBase58String(n[1])))
236
-
                    then an
237
-
                    else 0, if (sigVerify_8Kb(ag(ap), aq, fromBase58String(n[2])))
238
-
                    then ap
239
-
                    else 0, if (sigVerify_8Kb(ag(ar), as, fromBase58String(n[3])))
240
-
                    then ar
241
-
                    else 0, if (sigVerify_8Kb(ag(at), au, fromBase58String(n[4])))
242
-
                    then at
290
+
                let ah = [if (sigVerify_8Kb(aQ(aV), aW, fromBase58String(S[0])))
291
+
                    then aV
292
+
                    else 0, if (sigVerify_8Kb(aQ(aX), aY, fromBase58String(S[1])))
293
+
                    then aX
294
+
                    else 0, if (sigVerify_8Kb(aQ(aZ), ba, fromBase58String(S[2])))
295
+
                    then aZ
296
+
                    else 0, if (sigVerify_8Kb(aQ(bb), bc, fromBase58String(S[3])))
297
+
                    then bb
298
+
                    else 0, if (sigVerify_8Kb(aQ(bd), be, fromBase58String(S[4])))
299
+
                    then bd
243
300
 
                    else 0]
244
-
                let av = if ((x[0] == 0))
301
+
                let bf = if ((ah[0] == 0))
245
302
 
                    then 1
246
-
                    else (0 + (if ((x[1] == 0))
303
+
                    else (0 + (if ((ah[1] == 0))
247
304
 
                        then 1
248
-
                        else (0 + (if ((x[2] == 0))
305
+
                        else (0 + (if ((ah[2] == 0))
249
306
 
                            then 1
250
-
                            else (0 + (if ((x[3] == 0))
307
+
                            else (0 + (if ((ah[3] == 0))
251
308
 
                                then 1
252
-
                                else (0 + (if ((x[4] == 0))
309
+
                                else (0 + (if ((ah[4] == 0))
253
310
 
                                    then 1
254
311
 
                                    else 0))))))))
255
-
                if ((av >= 3))
312
+
                if ((bf >= 3))
256
313
 
                    then throw("3 prices or more are equals to 0")
257
314
 
                    else {
258
-
                        let aw = w(x)
259
-
                        let ax = size(aw)
260
-
                        if ((3 > ax))
315
+
                        let bg = ag(ah)
316
+
                        let bh = size(bg)
317
+
                        if ((3 > bh))
261
318
 
                            then throw(((((((((((((((((((((("Could not finalize price because of big variation: height=" + toString(height)) + "
262
-
") + n[0]) + "=") + toString(x[0])) + "
263
-
") + n[1]) + "=") + toString(x[1])) + "
264
-
") + n[2]) + "=") + toString(x[2])) + "
265
-
") + n[3]) + "=") + toString(x[3])) + "
266
-
") + n[4]) + "=") + toString(x[4])))
319
+
") + S[0]) + "=") + toString(ah[0])) + "
320
+
") + S[1]) + "=") + toString(ah[1])) + "
321
+
") + S[2]) + "=") + toString(ah[2])) + "
322
+
") + S[3]) + "=") + toString(ah[3])) + "
323
+
") + S[4]) + "=") + toString(ah[4])))
267
324
 
                            else {
268
-
                                let ay = ((x[aw[0]] + x[aw[1]]) + x[aw[2]])
269
-
                                let az = if ((ax >= 4))
270
-
                                    then (ay + x[aw[3]])
271
-
                                    else ay
272
-
                                let aA = if ((ax >= 5))
273
-
                                    then (az + x[aw[4]])
274
-
                                    else az
275
-
                                if ((ax >= 6))
325
+
                                let bi = ((ah[bg[0]] + ah[bg[1]]) + ah[bg[2]])
326
+
                                let bj = if ((bh >= 4))
327
+
                                    then (bi + ah[bg[3]])
328
+
                                    else bi
329
+
                                let bk = if ((bh >= 5))
330
+
                                    then (bj + ah[bg[4]])
331
+
                                    else bj
332
+
                                if ((bh >= 6))
276
333
 
                                    then throw("Invalid pricesInRange creation")
277
334
 
                                    else {
278
-
                                        let aB = (aA / ax)
279
-
                                        if (if ((aB >= (c + ((c * l) / 100))))
335
+
                                        let bl = (bk / bh)
336
+
                                        if (if ((bl >= (H + ((H * Q) / 100))))
280
337
 
                                            then true
281
-
                                            else ((c - ((c * l) / 100)) >= aB))
338
+
                                            else ((H - ((H * Q) / 100)) >= bl))
282
339
 
                                            then {
283
-
                                                let ai = "automatic emergency shutdown because of large price variability"
284
-
[BooleanEntry("is_blocked", true), StringEntry("is_blocked_caller", toString(this)), StringEntry("is_blocked_reason", ai), IntegerEntry((("black_swarm_price" + "_") + toString(height)), aB)]
340
+
                                                let aS = "automatic emergency shutdown because of large price variability"
341
+
[BooleanEntry("is_blocked", true), StringEntry("is_blocked_caller", toString(this)), StringEntry("is_blocked_reason", aS), IntegerEntry((("black_swarm_price" + "_") + toString(height)), bl)]
285
342
 
                                                }
286
343
 
                                            else {
287
-
                                                let aC = (j + 1)
288
-
[IntegerEntry("price", aB), IntegerEntry(("price_" + toString(height)), aB), IntegerEntry("price_index", aC), IntegerEntry(("price_index_" + toString(aC)), height), IntegerEntry(("deficit_" + toString(height)), v), IntegerEntry(("neutrinoSupply_" + toString(height)), u), IntegerEntry(("deficit_percent_" + toString(height)), if ((u != 0))
289
-
                                                    then ((v * 100) / u)
344
+
                                                let bm = (O + 1)
345
+
[IntegerEntry("price", bl), IntegerEntry(("price_" + toString(height)), bl), IntegerEntry("price_index", bm), IntegerEntry(("price_index_" + toString(bm)), height), IntegerEntry(("deficit_" + toString(height)), af), IntegerEntry(("neutrinoSupply_" + toString(height)), ae), IntegerEntry(("deficit_percent_" + toString(height)), if ((ae != 0))
346
+
                                                    then ((af * 100) / ae)
290
347
 
                                                    else 0)]
291
348
 
                                                }
292
349
 
                                        }
293
350
 
                                }
294
351
 
                        }
295
352
 
                }
296
353
 
297
354
 
298
-
@Verifier(aD)
299
-
func aE () = {
300
-
    let aF = ["GXxmZaCigPgJsT6d1cLr8nUXA65nGX8V7FuAzzrY8wQE", "3xumx4hrPpeeoo79HLGbZCgfz95L39ZFdxxwWeSUC2Pu", "D4CqtK5fBsnzRo33ZMhrM7niLseDH2uRoK6weBq2JQ3A", "5WRXFSjwcTbNfKcJs8ZqXmSSWYsSVJUtMvMqZj5hH4Nc"]
301
-
    let aG = ((((if (sigVerify(aD.bodyBytes, aD.proofs[0], fromBase58String(aF[0])))
355
+
356
+
@Callable(aR)
357
+
func updateReservesAndNeutrinoSupply () = {
358
+
    func bn (K) =     {
359
+
        let bo = getInteger(this, K)
360
+
        if ($isInstanceOf(bo, "Int"))
361
+
            then {
362
+
                let bp = bo
363
+
                bp
364
+
                }
365
+
            else 0
366
+
        }
367
+
368
+
    let aa = bn("updateReservesAndNeutrinoSupplyIdx")
369
+
    let bq = (aa + 1)
370
+
[IntegerEntry("updateReservesAndNeutrinoSupplyIdx", bq), IntegerEntry("reserve", ad), IntegerEntry("neutrinoSupply", ae), IntegerEntry("reservesInUsdn", F(ad, H)), IntegerEntry("deficit", af)]
371
+
    }
372
+
373
+
374
+
375
+
@Callable(aR)
376
+
func wavesBalancesVsPayment () = {
377
+
    let br = wavesBalance(this)
378
+
[IntegerEntry("wavesBalance_available", br.available), IntegerEntry("wavesBalance_regular", br.regular), IntegerEntry("wavesBalance_generating", br.generating), IntegerEntry("wavesBalance_effective", br.effective), IntegerEntry("waves_payment", value(aR.payments[0]).amount)]
379
+
    }
380
+
381
+
382
+
@Verifier(bs)
383
+
func bt () = {
384
+
    let bu = makeString(["ExtEEK19nmKj9mCpnWyvEEJFYATLMcVEMvohhUHkyHNm", "Ev5py5FfBQX9cZpYKnfQrTB49Byf8QmpZWeDVRim4yV7", "DUuuLjXu98nBwZc7fqwCTjtA3nnRwgTbkMSr5SU2NmDR", "DUuuLjXu98nBwZc7fqwCTjtA3nnRwgTbkMSr5SU2NmDR"], a)
385
+
    let bv = split(valueOrElse(getString(W, "%s__multisig"), bu), a)
386
+
    let bw = ((((if (sigVerify(bs.bodyBytes, bs.proofs[0], fromBase58String(bv[0])))
302
387
 
        then 1
303
-
        else 0) + (if (sigVerify(aD.bodyBytes, aD.proofs[1], fromBase58String(aF[1])))
388
+
        else 0) + (if (sigVerify(bs.bodyBytes, bs.proofs[1], fromBase58String(bv[1])))
304
389
 
        then 1
305
-
        else 0)) + (if (sigVerify(aD.bodyBytes, aD.proofs[2], fromBase58String(aF[2])))
390
+
        else 0)) + (if (sigVerify(bs.bodyBytes, bs.proofs[2], fromBase58String(bv[2])))
306
391
 
        then 1
307
-
        else 0)) + (if (sigVerify(aD.bodyBytes, aD.proofs[3], fromBase58String(aF[3])))
392
+
        else 0)) + (if (sigVerify(bs.bodyBytes, bs.proofs[3], fromBase58String(bv[3])))
308
393
 
        then 2
309
394
 
        else 0))
310
-
    (aG >= 3)
395
+
    (bw >= 3)
311
396
 
    }
312
397
 

github/deemru/w8io/026f985 
165.18 ms ◑