tx · BcFUd1DTjTuieRMEXndmxq9GEeNjJ98pfK4L8gJkC6rQ

3N7Gg64FJ3ESaqn41qu1ete7zmzbmoP1AAV:  -0.01000000 Waves

2021.12.10 09:30 [1827777] smart account 3N7Gg64FJ3ESaqn41qu1ete7zmzbmoP1AAV > SELF 0.00000000 Waves

{
    "type": 13,
    "id": "BcFUd1DTjTuieRMEXndmxq9GEeNjJ98pfK4L8gJkC6rQ",
    "fee": 1000000,
    "feeAssetId": null,
    "timestamp": 1639117860984,
    "version": 2,
    "chainId": 84,
    "sender": "3N7Gg64FJ3ESaqn41qu1ete7zmzbmoP1AAV",
    "senderPublicKey": "5amLtMwixiEesBDKPy9dkFWntG2fNxhTs5n69JbQE9F7",
    "proofs": [
        "2Rzy81g7dp5oFhVkhbzaAoK8VnpaALBci8bj6NjXURowR6v6DG2KqYYeK3Gqxe18odk4wxAwoh1bGXH92w8zBweB"
    ],
    "script": 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    "height": 1827777,
    "applicationStatus": "succeeded",
    "spentComplexity": 0
}

View: original | compacted
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Next: B1Z39kB2bum2xZJ4eYEu7ptrhNLBovzm38Ls8v44aPLm

Diff: 
Old
New
Differences
21
21
 
        case _ => 
22
22
 
            throw("no game")
23
23
 
    }
24
-
    let correctxy = if (if (if (if ((fromx > -1))
25
-
        then (tox > -1)
26
-
        else false)
27
-
        then (8 > fromy)
28
-
        else false)
29
-
        then (8 > toy)
30
-
        else false)
31
-
        then true
32
-
        else throw("incorrect xy")
33
-
    if ((correctxy == correctxy))
24
+
    if ((game == game))
34
25
 
        then {
35
-
            let callerAdress = toBase58String(i.caller.bytes)
36
-
            let isgame = if ((game[0] == "ongoing"))
26
+
            let correctxy = if (if (if (if ((fromx > -1))
27
+
                then (tox > -1)
28
+
                else false)
29
+
                then (8 > fromy)
30
+
                else false)
31
+
                then (8 > toy)
32
+
                else false)
37
33
 
                then true
38
-
                else throw("not ongoing game")
39
-
            let side = if (if (isgame)
40
-
                then if ((game[1] == callerAdress))
41
-
                    then true
42
-
                    else (game[2] == callerAdress)
43
-
                else false)
44
-
                then if ((game[1] == callerAdress))
45
-
                    then "w"
46
-
                    else "b"
47
-
                else throw("not gamer")
48
-
            let otherside = if ((side == "w"))
49
-
                then "b"
50
-
                else "w"
51
-
            let turn = if ((side == game[5]))
52
-
                then true
53
-
                else throw("not your turn")
54
-
            let situation = split(game[8], "!")
55
-
            let cells = [split(situation[0], "-"), split(situation[1], "-"), split(situation[2], "-"), split(situation[3], "-"), split(situation[4], "-"), split(situation[5], "-"), split(situation[6], "-"), split(situation[7], "-")]
56
-
            let figure = if ((takeRight(cells[fromy][fromx], 1) == "0"))
57
-
                then throw("empty cell")
58
-
                else takeRight(cells[fromy][fromx], 1)
59
-
            let movetype = if ((take(cells[toy][tox], 1) == "0"))
60
-
                then "m"
61
-
                else if ((take(cells[toy][tox], 1) == otherside))
62
-
                    then "e"
63
-
                    else throw("can not eat himself")
64
-
            let movement = ((toString((fromx - tox)) + ",") + toString((fromy - toy)))
65
-
            let possible =             match getString((((movetype + side) + figure) + "+")) {
66
-
                case a: String => 
67
-
                    split(getStringValue((((movetype + side) + figure) + "+")), "|")
68
-
                case _ => 
69
-
                    throw((((("no rules for " + movetype) + side) + figure) + "+"))
70
-
            }
71
-
            let impossible =             match getString((((movetype + side) + figure) + "-")) {
72
-
                case a: String => 
73
-
                    split(getStringValue((((movetype + side) + figure) + "-")), "|")
74
-
                case _ => 
75
-
                    throw((((("no rules for " + movetype) + side) + figure) + "-"))
76
-
            }
77
-
            let iscorrect1 = if (containsElement(possible, movement))
78
-
                then true
79
-
                else throw(((((("incorrect movement+: fig=" + figure) + " side=") + side) + " mtype=") + movetype))
80
-
            let iscorrect2 = if (containsElement(impossible, movement))
81
-
                then throw(((((((("incorrect (" + movement) + ")movement-: fig=") + figure) + " side=") + side) + " mtype=") + movetype))
82
-
                else true
83
-
            if (iscorrect2)
34
+
                else throw("incorrect xy")
35
+
            if ((correctxy == correctxy))
84
36
 
                then {
85
-
                    let old = game[8]
86
-
                    let new = ((take(old, ((fromx * 3) + ((fromy * 8) * 3))) + "00") + takeRight(old, ((191 - ((fromx * 3) + ((fromy * 8) * 3))) - 2)))
87
-
                    let newsituation = (((take(new, ((tox * 3) + ((toy * 8) * 3))) + side) + figure) + takeRight(new, ((191 - ((tox * 3) + ((toy * 8) * 3))) - 2)))
88
-
                    $Tuple2([StringEntry(("game-" + gameid), makeString([game[0], game[1], game[2], game[3], toString((parseIntValue(game[4]) + 1)), otherside, game[6], game[7], newsituation], separ))], [StringEntry("_", "possible")])
37
+
                    let callerAdress = toBase58String(i.caller.bytes)
38
+
                    if ((callerAdress == callerAdress))
39
+
                        then {
40
+
                            let isgame = if ((game[0] == "ongoing"))
41
+
                                then true
42
+
                                else throw("not ongoing game")
43
+
                            if ((isgame == isgame))
44
+
                                then {
45
+
                                    let side = if (if (isgame)
46
+
                                        then if ((game[1] == callerAdress))
47
+
                                            then true
48
+
                                            else (game[2] == callerAdress)
49
+
                                        else false)
50
+
                                        then if ((game[1] == callerAdress))
51
+
                                            then "w"
52
+
                                            else "b"
53
+
                                        else throw("not gamer")
54
+
                                    if ((side == side))
55
+
                                        then {
56
+
                                            let otherside = if ((side == "w"))
57
+
                                                then "b"
58
+
                                                else "w"
59
+
                                            let turn = if ((side == game[5]))
60
+
                                                then true
61
+
                                                else throw("not your turn")
62
+
                                            if ((turn == turn))
63
+
                                                then {
64
+
                                                    let situation = split(game[8], "!")
65
+
                                                    let cells = [split(situation[0], "-"), split(situation[1], "-"), split(situation[2], "-"), split(situation[3], "-"), split(situation[4], "-"), split(situation[5], "-"), split(situation[6], "-"), split(situation[7], "-")]
66
+
                                                    if ((cells == cells))
67
+
                                                        then {
68
+
                                                            let figure = if ((takeRight(cells[fromy][fromx], 1) == "0"))
69
+
                                                                then throw("empty cell")
70
+
                                                                else takeRight(cells[fromy][fromx], 1)
71
+
                                                            let movetype = if ((take(cells[toy][tox], 1) == "0"))
72
+
                                                                then "m"
73
+
                                                                else if ((take(cells[toy][tox], 1) == otherside))
74
+
                                                                    then "e"
75
+
                                                                    else throw("can not eat himself")
76
+
                                                            let movement = ((toString((fromx - tox)) + ",") + toString((fromy - toy)))
77
+
                                                            let possible =                                                             match getString((((movetype + side) + figure) + "+")) {
78
+
                                                                case a: String => 
79
+
                                                                    split(getStringValue((((movetype + side) + figure) + "+")), "|")
80
+
                                                                case _ => 
81
+
                                                                    throw((((("no rules for " + movetype) + side) + figure) + "+"))
82
+
                                                            }
83
+
                                                            let impossible =                                                             match getString((((movetype + side) + figure) + "-")) {
84
+
                                                                case a: String => 
85
+
                                                                    split(getStringValue((((movetype + side) + figure) + "-")), "|")
86
+
                                                                case _ => 
87
+
                                                                    throw((((("no rules for " + movetype) + side) + figure) + "-"))
88
+
                                                            }
89
+
                                                            let iscorrect1 = if (containsElement(possible, movement))
90
+
                                                                then true
91
+
                                                                else throw(((((("incorrect movement+: fig=" + figure) + " side=") + side) + " mtype=") + movetype))
92
+
                                                            let iscorrect2 = if (containsElement(impossible, movement))
93
+
                                                                then throw(((((((("incorrect (" + movement) + ")movement-: fig=") + figure) + " side=") + side) + " mtype=") + movetype))
94
+
                                                                else true
95
+
                                                            if (iscorrect2)
96
+
                                                                then {
97
+
                                                                    let old = game[8]
98
+
                                                                    let new = ((take(old, ((fromx * 3) + ((fromy * 8) * 3))) + "00") + takeRight(old, ((191 - ((fromx * 3) + ((fromy * 8) * 3))) - 2)))
99
+
                                                                    let newsituation = (((take(new, ((tox * 3) + ((toy * 8) * 3))) + side) + figure) + takeRight(new, ((191 - ((tox * 3) + ((toy * 8) * 3))) - 2)))
100
+
                                                                    $Tuple2([StringEntry(("game-" + gameid), makeString([game[0], game[1], game[2], game[3], toString((parseIntValue(game[4]) + 1)), otherside, game[6], game[7], newsituation], separ))], [StringEntry("_", "possible")])
101
+
                                                                    }
102
+
                                                                else throw(((((("impossible movement: fig=" + figure) + " side=") + side) + " mtype=") + movetype))
103
+
                                                            }
104
+
                                                        else throw("Strict value is not equal to itself.")
105
+
                                                    }
106
+
                                                else throw("Strict value is not equal to itself.")
107
+
                                            }
108
+
                                        else throw("Strict value is not equal to itself.")
109
+
                                    }
110
+
                                else throw("Strict value is not equal to itself.")
111
+
                            }
112
+
                        else throw("Strict value is not equal to itself.")
89
113
 
                    }
90
-
                else throw(((((("impossible movement: fig=" + figure) + " side=") + side) + " mtype=") + movetype))
114
+
                else throw("Strict value is not equal to itself.")
91
115
 
            }
92
116
 
        else throw("Strict value is not equal to itself.")
93
117
 
    }
Full: 
Old
New
Differences
1
1
 
{-# STDLIB_VERSION 5 #-}
2
2
 
{-# SCRIPT_TYPE ACCOUNT #-}
3
3
 
{-# CONTENT_TYPE DAPP #-}
4
4
 
let separ = "|"
5
5
 
6
6
 
@Callable(i)
7
7
 
func reset () = [StringEntry("lastgameid", "0"), StringEntry("lastchallengeid", "0")]
8
8
 
9
9
 
10
10
 
11
11
 
@Callable(i)
12
12
 
func setrules () = [StringEntry("mbf+", "-1,1|1,1"), StringEntry("mbf-", ""), StringEntry("mwf+", "-1,-1|1,-1"), StringEntry("mwf-", "")]
13
13
 
14
14
 
15
15
 
16
16
 
@Callable(i)
17
17
 
func move (gameid,fromx,fromy,tox,toy) = {
18
18
 
    let game =     match getString(("game-" + gameid)) {
19
19
 
        case a: String => 
20
20
 
            split(getStringValue(("game-" + gameid)), separ)
21
21
 
        case _ => 
22
22
 
            throw("no game")
23
23
 
    }
24
-
    let correctxy = if (if (if (if ((fromx > -1))
25
-
        then (tox > -1)
26
-
        else false)
27
-
        then (8 > fromy)
28
-
        else false)
29
-
        then (8 > toy)
30
-
        else false)
31
-
        then true
32
-
        else throw("incorrect xy")
33
-
    if ((correctxy == correctxy))
24
+
    if ((game == game))
34
25
 
        then {
35
-
            let callerAdress = toBase58String(i.caller.bytes)
36
-
            let isgame = if ((game[0] == "ongoing"))
26
+
            let correctxy = if (if (if (if ((fromx > -1))
27
+
                then (tox > -1)
28
+
                else false)
29
+
                then (8 > fromy)
30
+
                else false)
31
+
                then (8 > toy)
32
+
                else false)
37
33
 
                then true
38
-
                else throw("not ongoing game")
39
-
            let side = if (if (isgame)
40
-
                then if ((game[1] == callerAdress))
41
-
                    then true
42
-
                    else (game[2] == callerAdress)
43
-
                else false)
44
-
                then if ((game[1] == callerAdress))
45
-
                    then "w"
46
-
                    else "b"
47
-
                else throw("not gamer")
48
-
            let otherside = if ((side == "w"))
49
-
                then "b"
50
-
                else "w"
51
-
            let turn = if ((side == game[5]))
52
-
                then true
53
-
                else throw("not your turn")
54
-
            let situation = split(game[8], "!")
55
-
            let cells = [split(situation[0], "-"), split(situation[1], "-"), split(situation[2], "-"), split(situation[3], "-"), split(situation[4], "-"), split(situation[5], "-"), split(situation[6], "-"), split(situation[7], "-")]
56
-
            let figure = if ((takeRight(cells[fromy][fromx], 1) == "0"))
57
-
                then throw("empty cell")
58
-
                else takeRight(cells[fromy][fromx], 1)
59
-
            let movetype = if ((take(cells[toy][tox], 1) == "0"))
60
-
                then "m"
61
-
                else if ((take(cells[toy][tox], 1) == otherside))
62
-
                    then "e"
63
-
                    else throw("can not eat himself")
64
-
            let movement = ((toString((fromx - tox)) + ",") + toString((fromy - toy)))
65
-
            let possible =             match getString((((movetype + side) + figure) + "+")) {
66
-
                case a: String => 
67
-
                    split(getStringValue((((movetype + side) + figure) + "+")), "|")
68
-
                case _ => 
69
-
                    throw((((("no rules for " + movetype) + side) + figure) + "+"))
70
-
            }
71
-
            let impossible =             match getString((((movetype + side) + figure) + "-")) {
72
-
                case a: String => 
73
-
                    split(getStringValue((((movetype + side) + figure) + "-")), "|")
74
-
                case _ => 
75
-
                    throw((((("no rules for " + movetype) + side) + figure) + "-"))
76
-
            }
77
-
            let iscorrect1 = if (containsElement(possible, movement))
78
-
                then true
79
-
                else throw(((((("incorrect movement+: fig=" + figure) + " side=") + side) + " mtype=") + movetype))
80
-
            let iscorrect2 = if (containsElement(impossible, movement))
81
-
                then throw(((((((("incorrect (" + movement) + ")movement-: fig=") + figure) + " side=") + side) + " mtype=") + movetype))
82
-
                else true
83
-
            if (iscorrect2)
34
+
                else throw("incorrect xy")
35
+
            if ((correctxy == correctxy))
84
36
 
                then {
85
-
                    let old = game[8]
86
-
                    let new = ((take(old, ((fromx * 3) + ((fromy * 8) * 3))) + "00") + takeRight(old, ((191 - ((fromx * 3) + ((fromy * 8) * 3))) - 2)))
87
-
                    let newsituation = (((take(new, ((tox * 3) + ((toy * 8) * 3))) + side) + figure) + takeRight(new, ((191 - ((tox * 3) + ((toy * 8) * 3))) - 2)))
88
-
                    $Tuple2([StringEntry(("game-" + gameid), makeString([game[0], game[1], game[2], game[3], toString((parseIntValue(game[4]) + 1)), otherside, game[6], game[7], newsituation], separ))], [StringEntry("_", "possible")])
37
+
                    let callerAdress = toBase58String(i.caller.bytes)
38
+
                    if ((callerAdress == callerAdress))
39
+
                        then {
40
+
                            let isgame = if ((game[0] == "ongoing"))
41
+
                                then true
42
+
                                else throw("not ongoing game")
43
+
                            if ((isgame == isgame))
44
+
                                then {
45
+
                                    let side = if (if (isgame)
46
+
                                        then if ((game[1] == callerAdress))
47
+
                                            then true
48
+
                                            else (game[2] == callerAdress)
49
+
                                        else false)
50
+
                                        then if ((game[1] == callerAdress))
51
+
                                            then "w"
52
+
                                            else "b"
53
+
                                        else throw("not gamer")
54
+
                                    if ((side == side))
55
+
                                        then {
56
+
                                            let otherside = if ((side == "w"))
57
+
                                                then "b"
58
+
                                                else "w"
59
+
                                            let turn = if ((side == game[5]))
60
+
                                                then true
61
+
                                                else throw("not your turn")
62
+
                                            if ((turn == turn))
63
+
                                                then {
64
+
                                                    let situation = split(game[8], "!")
65
+
                                                    let cells = [split(situation[0], "-"), split(situation[1], "-"), split(situation[2], "-"), split(situation[3], "-"), split(situation[4], "-"), split(situation[5], "-"), split(situation[6], "-"), split(situation[7], "-")]
66
+
                                                    if ((cells == cells))
67
+
                                                        then {
68
+
                                                            let figure = if ((takeRight(cells[fromy][fromx], 1) == "0"))
69
+
                                                                then throw("empty cell")
70
+
                                                                else takeRight(cells[fromy][fromx], 1)
71
+
                                                            let movetype = if ((take(cells[toy][tox], 1) == "0"))
72
+
                                                                then "m"
73
+
                                                                else if ((take(cells[toy][tox], 1) == otherside))
74
+
                                                                    then "e"
75
+
                                                                    else throw("can not eat himself")
76
+
                                                            let movement = ((toString((fromx - tox)) + ",") + toString((fromy - toy)))
77
+
                                                            let possible =                                                             match getString((((movetype + side) + figure) + "+")) {
78
+
                                                                case a: String => 
79
+
                                                                    split(getStringValue((((movetype + side) + figure) + "+")), "|")
80
+
                                                                case _ => 
81
+
                                                                    throw((((("no rules for " + movetype) + side) + figure) + "+"))
82
+
                                                            }
83
+
                                                            let impossible =                                                             match getString((((movetype + side) + figure) + "-")) {
84
+
                                                                case a: String => 
85
+
                                                                    split(getStringValue((((movetype + side) + figure) + "-")), "|")
86
+
                                                                case _ => 
87
+
                                                                    throw((((("no rules for " + movetype) + side) + figure) + "-"))
88
+
                                                            }
89
+
                                                            let iscorrect1 = if (containsElement(possible, movement))
90
+
                                                                then true
91
+
                                                                else throw(((((("incorrect movement+: fig=" + figure) + " side=") + side) + " mtype=") + movetype))
92
+
                                                            let iscorrect2 = if (containsElement(impossible, movement))
93
+
                                                                then throw(((((((("incorrect (" + movement) + ")movement-: fig=") + figure) + " side=") + side) + " mtype=") + movetype))
94
+
                                                                else true
95
+
                                                            if (iscorrect2)
96
+
                                                                then {
97
+
                                                                    let old = game[8]
98
+
                                                                    let new = ((take(old, ((fromx * 3) + ((fromy * 8) * 3))) + "00") + takeRight(old, ((191 - ((fromx * 3) + ((fromy * 8) * 3))) - 2)))
99
+
                                                                    let newsituation = (((take(new, ((tox * 3) + ((toy * 8) * 3))) + side) + figure) + takeRight(new, ((191 - ((tox * 3) + ((toy * 8) * 3))) - 2)))
100
+
                                                                    $Tuple2([StringEntry(("game-" + gameid), makeString([game[0], game[1], game[2], game[3], toString((parseIntValue(game[4]) + 1)), otherside, game[6], game[7], newsituation], separ))], [StringEntry("_", "possible")])
101
+
                                                                    }
102
+
                                                                else throw(((((("impossible movement: fig=" + figure) + " side=") + side) + " mtype=") + movetype))
103
+
                                                            }
104
+
                                                        else throw("Strict value is not equal to itself.")
105
+
                                                    }
106
+
                                                else throw("Strict value is not equal to itself.")
107
+
                                            }
108
+
                                        else throw("Strict value is not equal to itself.")
109
+
                                    }
110
+
                                else throw("Strict value is not equal to itself.")
111
+
                            }
112
+
                        else throw("Strict value is not equal to itself.")
89
113
 
                    }
90
-
                else throw(((((("impossible movement: fig=" + figure) + " side=") + side) + " mtype=") + movetype))
114
+
                else throw("Strict value is not equal to itself.")
91
115
 
            }
92
116
 
        else throw("Strict value is not equal to itself.")
93
117
 
    }
94
118
 
95
119
 
96
120
 
97
121
 
@Callable(i)
98
122
 
func startgame (challengeid) = {
99
123
 
    let pmt = if ((size(i.payments) == 1))
100
124
 
        then i.payments[0]
101
125
 
        else throw("must stake some waves")
102
126
 
    if (isDefined(pmt.assetId))
103
127
 
        then throw("works with waves only")
104
128
 
        else {
105
129
 
            let callerAdress = toBase58String(i.caller.bytes)
106
130
 
            let conditions = split(getStringValue(("challenge-" + challengeid)), separ)
107
131
 
            if ((size(conditions) > 0))
108
132
 
                then if ((pmt.amount >= parseIntValue(conditions[3])))
109
133
 
                    then if ((conditions[0] == "awaiting"))
110
134
 
                        then {
111
135
 
                            let black = if ((conditions[2] == "b"))
112
136
 
                                then conditions[1]
113
137
 
                                else callerAdress
114
138
 
                            let white = if ((conditions[2] == "w"))
115
139
 
                                then conditions[1]
116
140
 
                                else callerAdress
117
141
 
                            let gameid = toString((parseIntValue(getStringValue("lastgameid")) + 1))
118
142
 
[StringEntry(("challenge-" + challengeid), makeString([gameid, conditions[1], conditions[2], conditions[3], callerAdress], separ)), {
119
143
 
                                let situation = "wf-00-wf-00-wf-00-wf-00!00-wf-00-wf-00-wf-00-wf!wf-00-wf-00-wf-00-wf-00!00-00-00-00-00-00-00-00!00-00-00-00-00-00-00-00!00-bf-00-bf-00-bf-00-bf!bf-00-bf-00-bf-00-bf-00!00-bf-00-bf-00-bf-00-bf"
120
144
 
                                StringEntry(("game-" + gameid), makeString(["ongoing", white, black, conditions[3], "0", "w", "startblock", "laststepblock", situation], separ))
121
145
 
                                }, StringEntry("lastgameid", gameid), ScriptTransfer(i.caller, (pmt.amount - parseIntValue(conditions[3])), unit)]
122
146
 
                            }
123
147
 
                        else throw("no challenge awaiting")
124
148
 
                    else throw("need more money")
125
149
 
                else throw("no challenge")
126
150
 
            }
127
151
 
    }
128
152
 
129
153
 
130
154
 
131
155
 
@Callable(i)
132
156
 
func setchallenge (side) = if (if ((side == "b"))
133
157
 
    then true
134
158
 
    else (side == "w"))
135
159
 
    then {
136
160
 
        let pmt = if ((size(i.payments) == 1))
137
161
 
            then i.payments[0]
138
162
 
            else throw("must stake some waves")
139
163
 
        if (isDefined(pmt.assetId))
140
164
 
            then throw("works with waves only")
141
165
 
            else {
142
166
 
                let callerAdress = toBase58String(i.caller.bytes)
143
167
 
                let challengeid = toString((parseIntValue(getStringValue("lastchallengeid")) + 1))
144
168
 
[StringEntry(("challenge-" + challengeid), makeString(["awaiting", callerAdress, side, toString(pmt.amount)], separ)), StringEntry("lastchallengeid", challengeid)]
145
169
 
                }
146
170
 
        }
147
171
 
    else throw("invalid side")
148
172
 
149
173
 
150
174
 
151
175
 
@Callable(i)
152
176
 
func unsetchallenge (challendgeid) = {
153
177
 
    let callerAdress = toBase58String(i.caller.bytes)
154
178
 
    func getchallenge (challendgeid) =         match getString(("challenge-" + challendgeid)) {
155
179
 
        case a: String => 
156
180
 
            getStringValue(("challenge-" + challendgeid))
157
181
 
        case _ => 
158
182
 
            ""
159
183
 
    }
160
184
 
161
185
 
    let challenge = split(getchallenge(challendgeid), separ)
162
186
 
    if ((size(challenge) > 0))
163
187
 
        then if ((challenge[0] == "awaiting"))
164
188
 
            then [StringEntry(("challenge-" + challendgeid), makeString(["unset", challenge[1], challenge[2], challenge[3]], separ))]
165
189
 
            else throw("challenge not exists")
166
190
 
        else throw("challenge not exists")
167
191
 
    }
168
192
 
169
193
 

github/deemru/w8io/026f985 
32.59 ms ◑