tx · 9a4Kh1koGivcFfGVgPQV7JySeSZVaMYY4LD7tAP54Rs1

3Mv11ueV92McwDfCDMXiwhEpiPyRNssXs3P:  -1.40000000 Waves

2019.08.20 11:49 [639232] smart account 3Mv11ueV92McwDfCDMXiwhEpiPyRNssXs3P > SELF 0.00000000 Waves

{
    "type": 13,
    "id": "9a4Kh1koGivcFfGVgPQV7JySeSZVaMYY4LD7tAP54Rs1",
    "fee": 140000000,
    "feeAssetId": null,
    "timestamp": 1566291009421,
    "version": 1,
    "sender": "3Mv11ueV92McwDfCDMXiwhEpiPyRNssXs3P",
    "senderPublicKey": "B6QaSFkjGsEG6ong24CgrKaYkWPknjUM9vqRLoUGFLeC",
    "proofs": [
        "5DDbzemFsNjtpBaBUN9cjAegkUwwp4D75iBAVcEyekB9fr8bqRLUrXVHW4yj295qi6PEBzdMuGuPmMdVLYpTBbby"
    ],
    "script": "base64:AwQAAAAHUHViS2V5MQEAAAAgaQxxSAhSITOlMYdvwKcfK7u/x0yzOg/68EH0ax0QlWUEAAAAB1B1YktleTIBAAAAILb58FcZXTIbjEshMW6ayDB2XcNop87YatlbtNE8j6N0BAAAAARzaWcxAwkAAfQAAAADCAUAAAACdHgAAAAJYm9keUJ5dGVzCQABkQAAAAIIBQAAAAJ0eAAAAAZwcm9vZnMAAAAAAAAAAAAFAAAAB1B1YktleTEAAAAAAAAAAAEAAAAAAAAAAAAEAAAABHNpZzIDCQAB9AAAAAMIBQAAAAJ0eAAAAAlib2R5Qnl0ZXMJAAGRAAAAAggFAAAAAnR4AAAABnByb29mcwAAAAAAAAAAAQUAAAAHUHViS2V5MgAAAAAAAAAAAQAAAAAAAAAAAAkAAGYAAAACCQAAZAAAAAIFAAAABHNpZzEFAAAABHNpZzIAAAAAAAAAAADO+UOI",
    "chainId": 84,
    "height": 639232,
    "spentComplexity": 0
}

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Full: 

OldNewDifferences
11 {-# STDLIB_VERSION 3 #-}
2-{-# SCRIPT_TYPE ACCOUNT #-}
3-{-# CONTENT_TYPE DAPP #-}
4-let a = fromBase64String("base64:MIIBIjANBgkqhkiG9w0BAQEFAAOCAQ8AMIIBCgKCAQEAqlAiANSmBpDHYKP9sKgeN/l1bAb28g/tGlgDkwT5FiMN4X3pwdvdxE7mvSR8/41dU9rx4jG+6tZpb1ULVDPs431tR2IRaTXw5Cj+Ac2vhL+5JamCerGD1UW+bh/EGQtxo8W3YLDrofXB5QHJx4Pkz2Kgf+oS/C8hHuB/U4krO76U0507GTjZPP9kRQ0uLSMeqQXt8wXS+nMp5wajqxPpDLMaSREgsKwv/AEkP4dzpTYbikLBYl4qtdJsD84HLFSkiwd3BhcOrPjoIYmLxQuBD5TIMKTKD3sdZgaY9rsyqx3A00innyxD6zp3b4gFpUOX8JxKZdEC2myEqleNgg7GzwIDAQAB")
5-
6-let b = addressFromStringValue("3NCiG28LmWyTigWG13E5QnvdHBsZFYXSS2j")
7-
8-let c = 50
9-
10-let d = toBytes("")
11-
12-let e = "INIT"
13-
14-let f = "READY"
15-
16-let g = "FINISHED"
17-
18-func h (i) = if ((0 > i))
19-    then -(i)
20-    else i
21-
22-
23-func j (k,l,m) = {
24-    let n = ((k + "_") + l)
25-    if ((m == ""))
26-        then n
27-        else ((n + "_") + m)
28-    }
29-
30-
31-func o (p) = {
32-    let q = getStringValue(this, p)
33-    split(q, "_")
34-    }
35-
36-
37-func r (s,t) = {
38-    let u = h(toInt(t))
39-    let v = toBytes(u)
40-    let w = (size(s) / 8)
41-    if ((0 == w))
42-        then [v, drop(t, 1)]
43-        else {
44-            let x = if (if (if (if (if (if (if (if (if ((w >= 1))
45-                then (take(s, 8) == v)
46-                else false)
47-                then true
48-                else if ((w >= 2))
49-                    then (take(drop(s, (1 * 8)), 8) == v)
50-                    else false)
51-                then true
52-                else if ((w >= 3))
53-                    then (take(drop(s, (2 * 8)), 8) == v)
54-                    else false)
55-                then true
56-                else if ((w >= 4))
57-                    then (take(drop(s, (3 * 8)), 8) == v)
58-                    else false)
59-                then true
60-                else if ((w >= 5))
61-                    then (take(drop(s, (4 * 8)), 8) == v)
62-                    else false)
63-                then true
64-                else if ((w >= 6))
65-                    then (take(drop(s, (5 * 8)), 8) == v)
66-                    else false)
67-                then true
68-                else if ((w >= 7))
69-                    then (take(drop(s, (6 * 8)), 8) == v)
70-                    else false)
71-                then true
72-                else if ((w >= 8))
73-                    then (take(drop(s, (7 * 8)), 8) == v)
74-                    else false)
75-                then true
76-                else if ((w >= 9))
77-                    then (take(drop(s, (8 * 8)), 8) == v)
78-                    else false
79-            if (x)
80-                then [s, drop(t, 1)]
81-                else [(s + v), drop(t, 1)]
82-            }
83-    }
84-
85-
86-func y (p,z,A,B) = {
87-    let C = toBytes("")
88-    let D = sha256(B)
89-    let E = DataEntry("r1", 10)
90-    let F = DataTransaction(nil, C, 0, 0, 0, this, C, C, [C])
91-    let G = r(C, D)
92-    let H = r(G[0], G[1])
93-    let I = r(H[0], H[1])
94-    let J = r(I[0], I[1])
95-    let K = r(J[0], J[1])
96-    let L = r(K[0], K[1])
97-    let M = r(L[0], L[1])
98-    let N = r(M[0], M[1])
99-    let O = r(N[0], N[1])
100-O[0]
101-    }
102-
103-
104-func P (p,Q,R,S) = {
105-    let T = take(Q.key, c)
106-    if ((S >= R))
107-        then true
108-        else if (if (if ((p == T))
109-            then (size(Q.key) > c)
110-            else false)
111-            then !(isDefined(getString(this, Q.key)))
112-            else false)
113-            then {
114-                let U = Q.value
115-                if ($isInstanceOf(U, "String"))
116-                    then {
117-                        let V = U
118-                        true
119-                        }
120-                    else throw((p + " draw: only String type is accepted for data transactions"))
121-                }
122-            else false
123-    }
124-
125-
126-func W (X) = {
127-    let t = X.bodyBytes
128-    let Y = X.data
129-    let u = h(toInt(t))
130-    let Z = drop(t, 1)
131-    let w = size(Y)
132-    if ((0 == w))
133-        then {
134-            let aa = DataEntry(toString(u), u)
135-            DataTransaction([aa], d, 0, 0, 0, this, d, Z, [d])
136-            }
137-        else {
138-            let x = if (if (if (if (if (if (if (if (if ((w >= 1))
139-                then (Y[0].value == u)
140-                else false)
141-                then true
142-                else if ((w >= 2))
143-                    then (Y[1].value == u)
144-                    else false)
145-                then true
146-                else if ((w >= 3))
147-                    then (Y[2].value == u)
148-                    else false)
149-                then true
150-                else if ((w >= 4))
151-                    then (Y[3].value == u)
152-                    else false)
153-                then true
154-                else if ((w >= 5))
155-                    then (Y[4].value == u)
156-                    else false)
157-                then true
158-                else if ((w >= 6))
159-                    then (Y[5].value == u)
160-                    else false)
161-                then true
162-                else if ((w >= 7))
163-                    then (Y[6].value == u)
164-                    else false)
165-                then true
166-                else if ((w >= 8))
167-                    then (Y[7].value == u)
168-                    else false)
169-                then true
170-                else if ((w >= 9))
171-                    then (Y[8].value == u)
172-                    else false
173-            if (x)
174-                then DataTransaction(Y, d, 0, 0, 0, this, d, Z, [d])
175-                else {
176-                    let ab = DataEntry(toString(u), u) :: Y
177-                    DataTransaction(ab, d, 0, 0, 0, this, d, Z, [d])
178-                    }
179-            }
180-    }
181-
182-
183-func ac (p,z,A,B) = {
184-    let D = sha256(B)
185-    let X = DataTransaction(nil, d, 0, 0, 0, this, d, D, [d])
186-    W(W(W(W(W(W(W(W(W(X)))))))))
187-    }
188-
189-
190-@Callable(ad)
191-func random2 (p,B) = {
192-    let z = 1
193-    let A = 100
194-    let ae = o(p)
195-    let k = ae[0]
196-    let l = ae[1]
197-    let af = fromBase58String(l)
198-    if ((k != f))
199-        then throw((p + " draw: it must be in READY state to generate random numbers"))
200-        else if (!(rsaVerify(SHA256, toBytes(p), B, a)))
201-            then throw("Invalid RSA signature")
202-            else {
203-                let X = ac(p, z, A, B)
204-                let w = size(X.data)
205-                let ag = if ((w >= 1))
206-                    then X.data[0].key
207-                    else ""
208-                let ah = if ((w >= 2))
209-                    then ((ag + "_") + X.data[0].key)
210-                    else ag
211-                let ai = if ((w >= 3))
212-                    then ((ah + "_") + X.data[1].key)
213-                    else ah
214-                let aj = if ((w >= 4))
215-                    then ((ai + "_") + X.data[2].key)
216-                    else ai
217-                let ak = if ((w >= 5))
218-                    then ((aj + "_") + X.data[3].key)
219-                    else aj
220-                let al = if ((w >= 6))
221-                    then ((ak + "_") + X.data[4].key)
222-                    else ak
223-                let am = if ((w >= 7))
224-                    then ((al + "_") + X.data[5].key)
225-                    else al
226-                let an = if ((w >= 8))
227-                    then ((am + "_") + X.data[6].key)
228-                    else am
229-                let ao = if ((w >= 9))
230-                    then ((an + "_") + X.data[7].key)
231-                    else an
232-                WriteSet([DataEntry(p, j(g, l, ao))])
233-                }
234-    }
235-
236-
237-
238-@Callable(ad)
239-func initDraw (p) = {
240-    let ap = (size(fromBase58String(p)) > 0)
241-    if ((size(p) != c))
242-        then throw("Draw Id must be exactly 50 simbols")
243-        else if (!(ap))
244-            then throw("Draw id must be in Base58 format")
245-            else {
246-                let l = toBase58String(ad.callerPublicKey)
247-                let aq = j(e, l, "")
248-                WriteSet([DataEntry(p, aq)])
249-                }
250-    }
251-
252-
253-
254-@Callable(ad)
255-func ready (p) = {
256-    let ae = o(p)
257-    let k = ae[0]
258-    let l = ae[1]
259-    let af = fromBase58String(l)
260-    if ((k != e))
261-        then throw((p + " draw: moving into READY state is allowed only from INIT state"))
262-        else if ((af != ad.callerPublicKey))
263-            then throw((p + "draw: moving into READY state is allowed for organizer only"))
264-            else {
265-                let ar = j(f, l, "")
266-                WriteSet([DataEntry(p, ar)])
267-                }
268-    }
269-
270-
271-
272-@Callable(ad)
273-func random (p,B) = {
274-    let z = 1
275-    let A = 100
276-    let ae = o(p)
277-    let k = ae[0]
278-    let l = ae[1]
279-    let af = fromBase58String(l)
280-    if ((k != f))
281-        then throw((p + " draw: it must be in READY state to generate random numbers"))
282-        else if (!(rsaVerify(SHA256, toBytes(p), B, a)))
283-            then throw("Invalid RSA signature")
284-            else {
285-                let as = y(p, z, A, B)
286-                let w = size(as)
287-                let ah = if ((w >= 1))
288-                    then toString(toInt(take(drop(as, 0), 8)))
289-                    else ""
290-                let ai = if ((w >= 2))
291-                    then ((ah + "_") + toString(toInt(take(drop(as, (1 * 8)), 8))))
292-                    else ah
293-                let aj = if ((w >= 3))
294-                    then ((ai + "_") + toString(toInt(take(drop(as, (2 * 8)), 8))))
295-                    else ai
296-                let ak = if ((w >= 4))
297-                    then ((aj + "_") + toString(toInt(take(drop(as, (3 * 8)), 8))))
298-                    else aj
299-                let al = if ((w >= 5))
300-                    then ((ak + "_") + toString(toInt(take(drop(as, (4 * 8)), 8))))
301-                    else ak
302-                let am = if ((w >= 6))
303-                    then ((al + "_") + toString(toInt(take(drop(as, (5 * 8)), 8))))
304-                    else al
305-                let an = if ((w >= 7))
306-                    then ((am + "_") + toString(toInt(take(drop(as, (6 * 8)), 8))))
307-                    else am
308-                let ao = if ((w >= 8))
309-                    then ((an + "_") + toString(toInt(take(drop(as, (7 * 8)), 8))))
310-                    else an
311-                let at = if ((w >= 9))
312-                    then ((ao + "_") + toString(toInt(take(drop(as, (8 * 8)), 8))))
313-                    else ao
314-                WriteSet([DataEntry(p, j(g, l, at))])
315-                }
316-    }
317-
318-
319-@Verifier(au)
320-func av () = {
321-    let U = au
322-    if ($isInstanceOf(U, "DataTransaction"))
323-        then {
324-            let F = U
325-            let aw = F.data[0]
326-            let p = take(aw.key, c)
327-            let ae = o(p)
328-            let k = ae[0]
329-            let l = ae[1]
330-            let af = fromBase58String(l)
331-            let R = size(F.data)
332-            if (if (if (if (if (if (if (if (if (if (if (if (if (if (if (if (if (if ((k == e))
333-                then sigVerify(au.bodyBytes, au.proofs[0], af)
334-                else false)
335-                then (R > 0)
336-                else false)
337-                then (15 >= R)
338-                else false)
339-                then P(p, aw, R, 0)
340-                else false)
341-                then P(p, F.data[1], R, 1)
342-                else false)
343-                then P(p, F.data[2], R, 2)
344-                else false)
345-                then P(p, F.data[3], R, 3)
346-                else false)
347-                then P(p, F.data[4], R, 4)
348-                else false)
349-                then P(p, F.data[5], R, 5)
350-                else false)
351-                then P(p, F.data[6], R, 6)
352-                else false)
353-                then P(p, F.data[7], R, 7)
354-                else false)
355-                then P(p, F.data[8], R, 8)
356-                else false)
357-                then P(p, F.data[9], R, 9)
358-                else false)
359-                then P(p, F.data[10], R, 10)
360-                else false)
361-                then P(p, F.data[11], R, 11)
362-                else false)
363-                then P(p, F.data[12], R, 12)
364-                else false)
365-                then P(p, F.data[13], R, 13)
366-                else false)
367-                then P(p, F.data[14], R, 14)
368-                else false
369-            }
370-        else if ($isInstanceOf(U, "SetScriptTransaction"))
371-            then {
372-                let ax = U
373-                true
374-                }
375-            else false
376-    }
377-
2+{-# CONTENT_TYPE EXPRESSION #-}
3+let PubKey1 = base58'854p8BYzrj6yBPRPmfQur3oF1Rjc1AJ548qRp5FT5kDa'
4+let PubKey2 = base58'DKGFPozLrsiR8NM4NJzqQaBYC8NyGYjuw2hDYicQVjco'
5+let sig1 = if (sigVerify(tx.bodyBytes, tx.proofs[0], PubKey1))
6+    then 1
7+    else 0
8+let sig2 = if (sigVerify(tx.bodyBytes, tx.proofs[1], PubKey2))
9+    then 1
10+    else 0
11+((sig1 + sig2) > 0)
github/deemru/w8io/169f3d6 
89.02 ms ◑