tx · 3PzDaRvPnUAh6HAYzq4e5jWCXCWgHSfJWogMxSWdjN8r

3NBCBtA1F4m6tBir7JX2dUtDNt4ujmHH5NA:  -0.02000000 Waves

2020.04.28 16:47 [974669] smart account 3NBCBtA1F4m6tBir7JX2dUtDNt4ujmHH5NA > SELF 0.00000000 Waves

{
    "type": 13,
    "id": "3PzDaRvPnUAh6HAYzq4e5jWCXCWgHSfJWogMxSWdjN8r",
    "fee": 2000000,
    "feeAssetId": null,
    "timestamp": 1588081697913,
    "version": 1,
    "sender": "3NBCBtA1F4m6tBir7JX2dUtDNt4ujmHH5NA",
    "senderPublicKey": "Aj2RvtYHTSnDfcwYBCD5ZEwG3V483xJe2L1n13KPsi3a",
    "proofs": [
        "5A3iPmQ2y6YGGK4HihM5wD3st9U72MzrfH42xYDWnmoJVZz6L69sNFJCQ1kQfdavfjno8ARm17aNwnGBpdeHAcTu"
    ],
    "script": 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    "chainId": 84,
    "height": 974669,
    "spentComplexity": 0
}

View: original | compacted
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Diff: 
Old
New
Differences
68
68
 
    }
69
69
 
70
70
 
71
+
func decodeBytes32 (data,offset) = if ((32 > size(data)))
72
+
    then throw("decode bytes32 error, data must be at least 32 bytes")
73
+
    else [take(drop(data, offset), 32), (offset + 32)]
74
+
75
+
76
+
func decodeBytes64 (data,offset) = if ((64 > size(data)))
77
+
    then throw("decode bytes64 error, data must be at least 64 bytes")
78
+
    else [take(drop(data, offset), 64), (offset + 64)]
79
+
80
+
81
+
func decodeBytes65 (data,offset) = if ((65 > size(data)))
82
+
    then throw("decode bytes65 error, data must be at least 65 bytes")
83
+
    else [take(drop(data, offset), 65), (offset + 65)]
84
+
85
+
71
86
 
func decodeBytes (data,offset) = {
72
87
 
    let decoded1 = decodeInt32(data, offset)
73
88
 
    let bytesSize = decoded1[0]
121
136
 
122
137
 
123
138
 
@Callable(contextObj)
139
+
func testDecodeBytes32 (data) = {
140
+
    let offset = 0
141
+
    let decoded = decodeBytes32(data, offset)
142
+
    WriteSet([DataEntry("bytes", decoded[0])])
143
+
    }
144
+
145
+
146
+
147
+
@Callable(contextObj)
124
148
 
func testIntFromBytes (data) = WriteSet([DataEntry("bytesToInt", toInt(data, 0))])
125
149
 
126
150
 

Full: 
Old
New
Differences
1
1
 
{-# STDLIB_VERSION 3 #-}
2
2
 
{-# SCRIPT_TYPE ACCOUNT #-}
3
3
 
{-# CONTENT_TYPE DAPP #-}
4
4
 
func decodeInt8 (data,offset) = if ((1 > size(data)))
5
5
 
    then throw("decode u8 error, data must be at least 1 byte")
6
6
 
    else if ((offset > size(data)))
7
7
 
        then throw("decode u8 error, decoding is finish")
8
8
 
        else {
9
9
 
            let x0 = take(drop(data, offset), 1)
10
10
 
            let x1 = toInt((base58'1111111' + x0), 0)
11
11
 
            if ((128 > x1))
12
12
 
                then [x1, (offset + 1)]
13
13
 
                else [toInt((base58'Ahg1opVcGW' + x0), 0), (offset + 1)]
14
14
 
            }
15
15
 
16
16
 
17
17
 
func decodeInt16 (data,offset) = if ((2 > size(data)))
18
18
 
    then throw("decode u16 error, data must be at least 2 bytes")
19
19
 
    else if ((offset > size(data)))
20
20
 
        then throw("decode u16 error, decoding is finish")
21
21
 
        else {
22
22
 
            let x0 = drop(data, offset)
23
23
 
            let x1 = take(x0, 1)
24
24
 
            let x2 = take(drop(x0, 1), 1)
25
25
 
            if ((decodeInt8(x2, 0)[0] >= 0))
26
26
 
                then [toInt(((base58'111111' + x2) + x1), 0), (offset + 2)]
27
27
 
                else [toInt(((base58'3CUsUpv9t' + x2) + x1), 0), (offset + 2)]
28
28
 
            }
29
29
 
30
30
 
31
31
 
func decodeInt32 (data,offset) = if ((4 > size(data)))
32
32
 
    then throw("decode u32 error, data must be at least 4 bytes")
33
33
 
    else if ((offset > size(data)))
34
34
 
        then throw("decode u32 error, decoding is finish")
35
35
 
        else {
36
36
 
            let x0 = drop(data, offset)
37
37
 
            let x1 = take(x0, 1)
38
38
 
            let x2 = take(drop(x0, 1), 1)
39
39
 
            let x3 = take(drop(x0, 2), 1)
40
40
 
            let x4 = take(drop(x0, 3), 1)
41
41
 
            if ((decodeInt8(x4, 0)[0] >= 0))
42
42
 
                then [toInt(((((base58'1111' + x4) + x3) + x2) + x1), 0), (offset + 4)]
43
43
 
                else [toInt(((((base58'7YXq9G' + x4) + x3) + x2) + x1), 0), (offset + 4)]
44
44
 
            }
45
45
 
46
46
 
47
47
 
func decodeInt64 (data,offset) = if ((8 > size(data)))
48
48
 
    then throw("decode u32 error, data must be at least 8 bytes")
49
49
 
    else if ((offset > size(data)))
50
50
 
        then throw("decode u32 error, decoding is finish")
51
51
 
        else {
52
52
 
            let x0 = drop(data, offset)
53
53
 
            let x1 = take(x0, 1)
54
54
 
            let x2 = take(drop(x0, 1), 1)
55
55
 
            let x3 = take(drop(x0, 2), 1)
56
56
 
            let x4 = take(drop(x0, 3), 1)
57
57
 
            let x5 = take(drop(x0, 4), 1)
58
58
 
            let x6 = take(drop(x0, 5), 1)
59
59
 
            let x7 = take(drop(x0, 6), 1)
60
60
 
            let x8 = take(drop(x0, 7), 1)
61
61
 
[toInt((((((((x8 + x7) + x6) + x5) + x4) + x3) + x2) + x1), 0), (offset + 8)]
62
62
 
            }
63
63
 
64
64
 
65
65
 
func decodeBool (data,offset) = {
66
66
 
    let decoded1 = decodeInt8(data, offset)
67
67
 
[(decoded1[0] != 0), decoded1[1]]
68
68
 
    }
69
69
 
70
70
 
71
+
func decodeBytes32 (data,offset) = if ((32 > size(data)))
72
+
    then throw("decode bytes32 error, data must be at least 32 bytes")
73
+
    else [take(drop(data, offset), 32), (offset + 32)]
74
+
75
+
76
+
func decodeBytes64 (data,offset) = if ((64 > size(data)))
77
+
    then throw("decode bytes64 error, data must be at least 64 bytes")
78
+
    else [take(drop(data, offset), 64), (offset + 64)]
79
+
80
+
81
+
func decodeBytes65 (data,offset) = if ((65 > size(data)))
82
+
    then throw("decode bytes65 error, data must be at least 65 bytes")
83
+
    else [take(drop(data, offset), 65), (offset + 65)]
84
+
85
+
71
86
 
func decodeBytes (data,offset) = {
72
87
 
    let decoded1 = decodeInt32(data, offset)
73
88
 
    let bytesSize = decoded1[0]
74
89
 
    let nextOffset = decoded1[1]
75
90
 
[take(drop(data, nextOffset), bytesSize), (nextOffset + bytesSize)]
76
91
 
    }
77
92
 
78
93
 
79
94
 
func decodeString (data,offset) = {
80
95
 
    let decoded1 = decodeInt32(data, offset)
81
96
 
    let bytesSize = decoded1[0]
82
97
 
    let nextOffset = decoded1[1]
83
98
 
[toUtf8String(take(drop(data, nextOffset), bytesSize)), (nextOffset + bytesSize)]
84
99
 
    }
85
100
 
86
101
 
87
102
 
@Callable(contextObj)
88
103
 
func testDecodeInt16 (data) = {
89
104
 
    let offset = 0
90
105
 
    let x1 = decodeInt16(data, offset)
91
106
 
    WriteSet([DataEntry("i16", x1[0])])
92
107
 
    }
93
108
 
94
109
 
95
110
 
96
111
 
@Callable(contextObj)
97
112
 
func testDecodeInt64 (data) = {
98
113
 
    let offset = 0
99
114
 
    let decoded = decodeInt64(data, offset)
100
115
 
    WriteSet([DataEntry("i64", decoded[0])])
101
116
 
    }
102
117
 
103
118
 
104
119
 
105
120
 
@Callable(contextObj)
106
121
 
func testDecodeString (data) = {
107
122
 
    let offset = 0
108
123
 
    let decoded = decodeString(data, offset)
109
124
 
    WriteSet([DataEntry("string", decoded[0])])
110
125
 
    }
111
126
 
112
127
 
113
128
 
114
129
 
@Callable(contextObj)
115
130
 
func testDecodeBytes (data) = {
116
131
 
    let offset = 0
117
132
 
    let decoded = decodeBytes(data, offset)
118
133
 
    WriteSet([DataEntry("bytes", decoded[0])])
119
134
 
    }
120
135
 
121
136
 
122
137
 
123
138
 
@Callable(contextObj)
139
+
func testDecodeBytes32 (data) = {
140
+
    let offset = 0
141
+
    let decoded = decodeBytes32(data, offset)
142
+
    WriteSet([DataEntry("bytes", decoded[0])])
143
+
    }
144
+
145
+
146
+
147
+
@Callable(contextObj)
124
148
 
func testIntFromBytes (data) = WriteSet([DataEntry("bytesToInt", toInt(data, 0))])
125
149
 
126
150
 
127
151
 
128
152
 
@Callable(contextObj)
129
153
 
func testStringFromBytes (data) = WriteSet([DataEntry("bytesToString", toUtf8String(data))])
130
154
 
131
155
 
132
156
 
133
157
 
@Callable(contextObj)
134
158
 
func setValidator (validator) = if ((contextObj.caller == this))
135
159
 
    then WriteSet([DataEntry("validator", validator)])
136
160
 
    else throw("Only owner can use this function.")
137
161
 
138
162
 
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@Callable(contextObj)
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func reportData (data) = {
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    let validator = getBinary(this, "validator")
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    if ((contextObj.caller.bytes == validator))
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        then WriteSet([DataEntry("data_reported", data)])
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        else throw("Only validator can use this function.")
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    }
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github/deemru/w8io/3ef1775 
43.17 ms ◑