tx · 38QKzR5WsuxtKQZVVUvGS8WXYpHyXhbLqWiJndzVA6dq

3NAVsUiHMQhkX4keYNiV59vmRTzsnvCTA4a:  -0.01400000 Waves

2020.10.20 01:06 [1228033] smart account 3NAVsUiHMQhkX4keYNiV59vmRTzsnvCTA4a > SELF 0.00000000 Waves

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    "type": 13,
    "id": "38QKzR5WsuxtKQZVVUvGS8WXYpHyXhbLqWiJndzVA6dq",
    "fee": 1400000,
    "feeAssetId": null,
    "timestamp": 1603145227292,
    "version": 2,
    "chainId": 84,
    "sender": "3NAVsUiHMQhkX4keYNiV59vmRTzsnvCTA4a",
    "senderPublicKey": "7rC1eUHm39ujzNxeYHmmZia2bTsJ1Un38mzD1QHNVwUN",
    "proofs": [
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    ],
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    "height": 1228033,
    "applicationStatus": "succeeded",
    "spentComplexity": 0
}

View: original | compacted
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Differences
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{-# STDLIB_VERSION 4 #-}
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{-# SCRIPT_TYPE ACCOUNT #-}
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{-# CONTENT_TYPE DAPP #-}
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let a = base58'5zNG3WFGEh3tA38hAZSvD9fMTsR7hwPU7XR4qZqGjs46'
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let b = base58'7rC1eUHm39ujzNxeYHmmZia2bTsJ1Un38mzD1QHNVwUN'
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let c = "3N2hHaqEEXjFHE5G8NTw6v7KNMwcHob2Ena"
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let d = "3N2hHaqEEXjFHE5G8NTw6v7KNMwcHob2Ena"
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let e = 10
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let f = 2000
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let g = 300
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let h = 200
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let i = 100
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let j = 84
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let k = 43200
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let l = 1000
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let m = height
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func n () = {
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    let o = getString(this, "statistic")
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    if ($isInstanceOf(o, "String"))
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        then {
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            let p = o
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            p
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            }
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        else ("0_0_0_0_0_0_0_0_0_0_" + toString(m))
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    }
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func q (r,l) = {
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    let o = getString(this, r)
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    if ($isInstanceOf(o, "String"))
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        then {
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            let p = o
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            p
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            }
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        else makeString(["0_0_0_0_0_0_0", l, "0_0_0_0"], "_")
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    }
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50
 
51
51
 
52
52
 
func s (l) = {
53
53
 
    let t = split(l, "referral:")
54
54
 
    if (isDefined(t[1]))
55
55
 
        then if (isDefined(addressFromString(t[1])))
56
56
 
            then t[1]
57
57
 
            else "0"
58
58
 
        else "0"
59
59
 
    }
60
60
 
61
61
 
62
62
 
func u (v) = {
63
63
 
    let p = split(v, " III")
64
64
 
    let w = split(p[0], ".")
65
65
 
    let x = (parseIntValue(w[0]) * 100000000)
66
66
 
    if ((size(w) == 1))
67
67
 
        then x
68
68
 
        else ((parseIntValue(w[1]) * pow(10, 0, (8 - size(w[1])), 0, 0, HALFDOWN)) + x)
69
69
 
    }
70
70
 
71
71
 
72
72
 
@Callable(x)
73
73
 
func deposit (y) = {
74
74
 
    let z = value(x.payments[0])
75
75
 
    let t = z.amount
76
76
 
    let A = {
77
77
 
        let o = z.assetId
78
78
 
        if ($isInstanceOf(o, "ByteVector"))
79
79
 
            then {
80
80
 
                let B = o
81
81
 
                toBase58String(B)
82
82
 
                }
83
83
 
            else ""
84
84
 
        }
85
85
 
    if ((z.assetId != a))
86
86
 
        then throw("Only III token")
87
87
 
        else if ((l > t))
88
88
 
            then throw((("Min sum " + toString(l)) + " III token"))
89
89
 
            else {
90
90
 
                let p = toBase58String(x.caller.bytes)
91
91
 
                let v = split(n(), "_")
92
92
 
                if ((p == c))
93
93
 
                    then [StringEntry("statistic", makeString([v[0], v[1], v[2], v[3], v[4], v[5], v[6], toString((parseIntValue(v[7]) + t)), v[8], v[9], v[10]], "_"))]
94
94
 
                    else {
95
95
 
                        let C = ((t / 10000) * (10000 + f))
96
96
 
                        let D = (C - t)
97
97
 
                        let r = split(q(p, s(y)), "_")
98
98
 
                        let E = parseIntValue(r[2])
99
99
 
                        let F = toString((((t / 10000) * j) + parseIntValue(v[9])))
100
100
 
                        if ((r[7] == "0"))
101
101
 
                            then [StringEntry("statistic", makeString([toString((parseIntValue(v[0]) + t)), toString((parseIntValue(v[1]) + 1)), v[2], v[3], v[4], v[5], v[6], v[7], toString((parseIntValue(v[8]) + D)), F, v[10]], "_")), StringEntry(p, makeString([toString((parseIntValue(r[0]) + t)), toString((parseIntValue(r[1]) + C)), toString((E + C)), toString(((E + C) / e)), toString(m), r[5], r[6], r[7], r[8], r[9], r[10], r[11]], "_"))]
102
102
 
                            else {
103
103
 
                                let G = split(q(r[7], "0"), "_")
104
104
 
                                let H = ((t / 10000) * g)
105
105
 
                                if ((G[7] == "0"))
106
106
 
                                    then [StringEntry("statistic", makeString([toString((parseIntValue(v[0]) + t)), toString((parseIntValue(v[1]) + 1)), v[2], v[3], toString((parseIntValue(v[4]) + H)), toString((parseIntValue(v[5]) + 1)), v[6], v[7], toString(((parseIntValue(v[8]) + D) + H)), F, v[10]], "_")), StringEntry(p, makeString([toString((parseIntValue(r[0]) + t)), toString((parseIntValue(r[1]) + C)), toString((E + C)), toString(((E + C) / e)), toString(m), r[5], r[6], r[7], r[8], r[9], r[10], r[11]], "_")), StringEntry(r[7], makeString([G[0], G[1], G[2], G[3], G[4], G[5], G[6], G[7], toString((parseIntValue(G[8]) + H)), G[9], G[10], toString((parseIntValue(G[11]) + H))], "_"))]
107
107
 
                                    else {
108
108
 
                                        let I = split(q(G[7], "0"), "_")
109
109
 
                                        let J = ((t / 10000) * h)
110
110
 
                                        if ((I[7] == "0"))
111
111
 
                                            then [StringEntry("statistic", makeString([toString((parseIntValue(v[0]) + t)), toString((parseIntValue(v[1]) + 1)), v[2], v[3], toString(((parseIntValue(v[4]) + H) + J)), toString((parseIntValue(v[5]) + 2)), v[6], v[7], toString((((parseIntValue(v[8]) + D) + H) + J)), F, v[10]], "_")), StringEntry(p, makeString([toString((parseIntValue(r[0]) + t)), toString((parseIntValue(r[1]) + C)), toString((E + C)), toString(((E + C) / e)), toString(m), r[5], r[6], r[7], r[8], r[9], r[10], r[11]], "_")), StringEntry(r[7], makeString([G[0], G[1], G[2], G[3], G[4], G[5], G[6], G[7], toString((parseIntValue(G[8]) + H)), G[9], G[10], toString((parseIntValue(G[11]) + H))], "_")), StringEntry(G[7], makeString([I[0], I[1], I[2], I[3], I[4], I[5], I[6], I[7], I[8], toString((parseIntValue(I[9]) + J)), I[10], toString((parseIntValue(I[11]) + J))], "_"))]
112
112
 
                                            else {
113
113
 
                                                let K = split(q(I[7], "0"), "_")
114
114
 
                                                let L = ((t / 10000) * i)
115
115
 
[StringEntry("statistic", makeString([toString((parseIntValue(v[0]) + t)), toString((parseIntValue(v[1]) + 1)), v[2], v[3], toString((((parseIntValue(v[4]) + H) + J) + L)), toString((parseIntValue(v[5]) + 3)), v[6], v[7], toString(((((parseIntValue(v[8]) + D) + H) + J) + L)), F, v[10]], "_")), StringEntry(p, makeString([toString((parseIntValue(r[0]) + t)), toString((parseIntValue(r[1]) + C)), toString((E + C)), toString(((E + C) / e)), toString(m), r[5], r[6], r[7], r[8], r[9], r[10], r[11]], "_")), StringEntry(r[7], makeString([G[0], G[1], G[2], G[3], G[4], G[5], G[6], G[7], toString((parseIntValue(G[8]) + H)), G[9], G[10], toString((parseIntValue(G[11]) + H))], "_")), StringEntry(G[7], makeString([I[0], I[1], I[2], I[3], I[4], I[5], I[6], I[7], I[8], toString((parseIntValue(I[9]) + J)), I[10], toString((parseIntValue(I[11]) + J))], "_")), StringEntry(I[7], makeString([K[0], K[1], K[2], K[3], K[4], K[5], K[6], K[7], K[8], K[9], toString((parseIntValue(K[10]) + L)), toString((parseIntValue(K[11]) + L))], "_"))]
116
116
 
                                                }
117
117
 
                                        }
118
118
 
                                }
119
119
 
                        }
120
120
 
                }
121
121
 
    }
122
122
 
123
123
 
124
124
 
125
125
 
@Callable(x)
126
126
 
func withdraw (M) = {
127
127
 
    let D = u(M)
128
128
 
    let p = toBase58String(x.caller.bytes)
129
129
 
    let r = split(q(p, "0"), "_")
130
130
 
    let v = split(n(), "_")
131
131
 
    let N = parseIntValue(r[4])
132
132
 
    let C = parseIntValue(r[2])
133
133
 
    let O = parseIntValue(r[3])
134
134
 
    let w = parseIntValue(r[11])
135
135
 
    let P = (N + e)
136
136
 
    let Q = if ((m >= P))
137
137
 
        then (C + w)
138
138
 
        else ((((e - P) + m) * O) + w)
139
139
 
    if ((0 >= D))
140
140
 
        then throw("Can't withdraw negative amount")
141
141
 
        else if ((w >= D))
142
142
 
            then [StringEntry("statistic", makeString([v[0], v[1], v[2], toString((parseIntValue(v[3]) + 1)), v[4], v[5], toString((parseIntValue(v[6]) + D)), v[7], v[8], v[9], v[10]], "_")), StringEntry(p, makeString([r[0], r[1], r[2], r[3], r[4], toString((parseIntValue(r[5]) + D)), toString((parseIntValue(r[6]) + D)), r[7], r[8], r[9], r[10], toString((parseIntValue(r[11]) - D))], "_")), ScriptTransfer(x.caller, D, a)]
143
143
 
            else if ((0 > (Q - D)))
144
144
 
                then throw("Not enough balance")
145
145
 
                else {
146
146
 
                    let R = ((C + w) - D)
147
147
 
[StringEntry("statistic", makeString([v[0], v[1], toString(((parseIntValue(v[2]) + D) - parseIntValue(r[11]))), toString((parseIntValue(v[3]) + 1)), v[4], v[5], toString((parseIntValue(v[6]) + parseIntValue(r[11]))), v[7], v[8], v[9], v[10]], "_")), StringEntry(p, makeString([r[0], r[1], toString(R), r[3], r[4], toString((parseIntValue(r[5]) + D)), toString((parseIntValue(r[6]) + D)), r[7], r[8], r[9], (r[10] + "_0")], "_")), ScriptTransfer(x.caller, D, a)]
148
148
 
                    }
149
149
 
    }
150
150
 
151
151
 
152
152
 
153
153
 
@Callable(x)
154
154
 
func Marketing (S) = {
155
155
 
    let v = split(n(), "_")
156
156
 
    let D = parseIntValue(v[9])
157
157
 
    if ((0 >= D))
158
158
 
        then throw("The marketing balance is empty")
159
159
 
        else if (((k + parseIntValue(v[10])) > height))
160
160
 
            then throw("The time has not come yet")
161
161
 
            else [StringEntry("statistic", makeString([v[0], v[1], v[2], v[3], v[4], v[5], v[6], v[7], v[8], toString(0), toString(height)], "_")), ScriptTransfer(addressFromStringValue(d), D, a)]
162
162
 
    }
163
163
 
164
164
 
165
165
 
@Verifier(T)
166
166
 
func U () = {
167
167
 
    let o = T
168
168
 
    if ($isInstanceOf(o, "SetScriptTransaction"))
169
169
 
        then {
170
170
 
            let O = o
171
171
 
            sigVerify(T.bodyBytes, T.proofs[0], b)
172
172
 
            }
173
173
 
        else true
174
174
 
    }
175
175
 

github/deemru/w8io/169f3d6 
708.72 ms ◑