w8 · tx · 8y2···DHW

tx · 8y2C3N3BzQKupBcKKues5evvGR3kara3EbGrfG9wPDHW

3N7Gg64FJ3ESaqn41qu1ete7zmzbmoP1AAV:  -0.01000000 Waves

2021.12.09 11:16 [1826450] smart account 3N7Gg64FJ3ESaqn41qu1ete7zmzbmoP1AAV > SELF 0.00000000 Waves

{
    "type": 13,
    "id": "8y2C3N3BzQKupBcKKues5evvGR3kara3EbGrfG9wPDHW",
    "fee": 1000000,
    "feeAssetId": null,
    "timestamp": 1639037795164,
    "version": 2,
    "chainId": 84,
    "sender": "3N7Gg64FJ3ESaqn41qu1ete7zmzbmoP1AAV",
    "senderPublicKey": "5amLtMwixiEesBDKPy9dkFWntG2fNxhTs5n69JbQE9F7",
    "proofs": [
        "43AxxEJLSfVcN9MJ9GFPmq9ZXCkcsKJrkVA2Qb8FweZ2z3JEDJ5FkGioeoWt2v9v4SHHZfxYUJwEgJdtNPkSg2Dj"
    ],
    "script": 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    "height": 1826450,
    "applicationStatus": "succeeded",
    "spentComplexity": 0
}

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Diff: 
Old New Differences
5 5  
6 6  @Callable(i)
7 7  func reset () = [StringEntry("lastgameid", "0"), StringEntry("lastchallengeid", "0")]
8 + 
9 + 
10 + 
11 + @Callable(i)
12 + func setrules () = [StringEntry("mb+", "-1,-1|1,-1"), StringEntry("mb-", ""), StringEntry("mw+", "-1,1|1,1"), StringEntry("mb-", "")]
8 13  
9 14  
10 15  
32 37                                  else throw("not gamer")
33 38                              if ((side == side))
34 39                                  then {
40 +                                     let otherside = if ((side == "w"))
41 +                                         then "b"
42 +                                         else "w"
35 43                                      let turn = if ((side == game[5]))
36 44                                          then true
37 45                                          else throw("not your turn")
45 53                                                      let fromy = parseIntValue(takeRight(from, 1))
46 54                                                      let tox = parseIntValue(take(to, 1))
47 55                                                      let toy = parseIntValue(takeRight(to, 1))
48 -                                                     let iscorrect = if (if ((take(cells[fromx][fromy], 1) == side))
49 -                                                         then (take(cells[tox][toy], 1) != side)
50 -                                                         else false)
56 +                                                     let figure = takeRight(cells[fromx][fromy], 1)
57 +                                                     let movetype = if ((take(cells[tox][toy], 1) == "0"))
58 +                                                         then "m"
59 +                                                         else if ((take(cells[tox][toy], 1) == otherside))
60 +                                                             then "e"
61 +                                                             else throw("can not eat himself")
62 +                                                     let movement = ((toString((fromx - tox)) + ",") + toString((fromy - toy)))
63 +                                                     let possible = split(getStringValue((movetype + figure)), "|")
64 +                                                     let iscorrect = if (containsElement(possible, movement))
51 65                                                          then true
52 -                                                         else throw("wrong position")
53 -                                                     if ((iscorrect == iscorrect))
54 -                                                         then {
55 -                                                             let figure = cells[fromx][fromy]
56 -                                                             if (iscorrect)
57 -                                                                 then [StringEntry("_", "figure")]
58 -                                                                 else [StringEntry("_", "_")]
59 -                                                             }
60 -                                                         else throw("Strict value is not equal to itself.")
66 +                                                         else throw("incorrect movement")
67 +                                                     if (iscorrect)
68 +                                                         then [StringEntry("_", "figure")]
69 +                                                         else [StringEntry("_", "_")]
61 70                                                      }
62 71                                                  else throw("Strict value is not equal to itself.")
63 72                                              }
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 + 
9 + 
10 + 
11 + @Callable(i)
12 + func setrules () = [StringEntry("mb+", "-1,-1|1,-1"), StringEntry("mb-", ""), StringEntry("mw+", "-1,1|1,1"), StringEntry("mb-", "")]
8 13  
9 14  
10 15  
11 16  @Callable(i)
12 17  func move (gameid,from,to) = {
13 18      let game = split(getStringValue(("game-" + gameid)), separ)
14 19      if ((game == game))
15 20          then {
16 21              let callerAdress = toBase58String(i.caller.bytes)
17 22              if ((callerAdress == callerAdress))
18 23                  then {
19 24                      let isgame = if ((game[0] == "ongoing"))
20 25                          then true
21 26                          else throw("not ongoing game")
22 27                      if ((isgame == isgame))
23 28                          then {
24 29                              let side = if (if (isgame)
25 30                                  then if ((game[1] == callerAdress))
26 31                                      then true
27 32                                      else (game[2] == callerAdress)
28 33                                  else false)
29 34                                  then if ((game[1] == callerAdress))
30 35                                      then "w"
31 36                                      else "b"
32 37                                  else throw("not gamer")
33 38                              if ((side == side))
34 39                                  then {
40 +                                     let otherside = if ((side == "w"))
41 +                                         then "b"
42 +                                         else "w"
35 43                                      let turn = if ((side == game[5]))
36 44                                          then true
37 45                                          else throw("not your turn")
38 46                                      if ((turn == turn))
39 47                                          then {
40 48                                              let situation = split(game[8], "!")
41 49                                              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], "|")]
42 50                                              if ((cells == cells))
43 51                                                  then {
44 52                                                      let fromx = parseIntValue(take(from, 1))
45 53                                                      let fromy = parseIntValue(takeRight(from, 1))
46 54                                                      let tox = parseIntValue(take(to, 1))
47 55                                                      let toy = parseIntValue(takeRight(to, 1))
48 -                                                     let iscorrect = if (if ((take(cells[fromx][fromy], 1) == side))
49 -                                                         then (take(cells[tox][toy], 1) != side)
50 -                                                         else false)
56 +                                                     let figure = takeRight(cells[fromx][fromy], 1)
57 +                                                     let movetype = if ((take(cells[tox][toy], 1) == "0"))
58 +                                                         then "m"
59 +                                                         else if ((take(cells[tox][toy], 1) == otherside))
60 +                                                             then "e"
61 +                                                             else throw("can not eat himself")
62 +                                                     let movement = ((toString((fromx - tox)) + ",") + toString((fromy - toy)))
63 +                                                     let possible = split(getStringValue((movetype + figure)), "|")
64 +                                                     let iscorrect = if (containsElement(possible, movement))
51 65                                                          then true
52 -                                                         else throw("wrong position")
53 -                                                     if ((iscorrect == iscorrect))
54 -                                                         then {
55 -                                                             let figure = cells[fromx][fromy]
56 -                                                             if (iscorrect)
57 -                                                                 then [StringEntry("_", "figure")]
58 -                                                                 else [StringEntry("_", "_")]
59 -                                                             }
60 -                                                         else throw("Strict value is not equal to itself.")
66 +                                                         else throw("incorrect movement")
67 +                                                     if (iscorrect)
68 +                                                         then [StringEntry("_", "figure")]
69 +                                                         else [StringEntry("_", "_")]
61 70                                                      }
62 71                                                  else throw("Strict value is not equal to itself.")
63 72                                              }
64 73                                          else throw("Strict value is not equal to itself.")
65 74                                      }
66 75                                  else throw("Strict value is not equal to itself.")
67 76                              }
68 77                          else throw("Strict value is not equal to itself.")
69 78                      }
70 79                  else throw("Strict value is not equal to itself.")
71 80              }
72 81          else throw("Strict value is not equal to itself.")
73 82      }
74 83  
75 84  
76 85  
77 86  @Callable(i)
78 87  func startgame (challengeid) = {
79 88      let pmt = if ((size(i.payments) == 1))
80 89          then i.payments[0]
81 90          else throw("must stake some waves")
82 91      if (isDefined(pmt.assetId))
83 92          then throw("works with waves only")
84 93          else {
85 94              let callerAdress = toBase58String(i.caller.bytes)
86 95              let conditions = split(getStringValue(("challenge-" + challengeid)), separ)
87 96              if ((size(conditions) > 0))
88 97                  then if ((pmt.amount >= parseIntValue(conditions[3])))
89 98                      then if ((conditions[0] == "awaiting"))
90 99                          then {
91 100                              let black = if ((conditions[2] == "b"))
92 101                                  then conditions[1]
93 102                                  else callerAdress
94 103                              let white = if ((conditions[2] == "w"))
95 104                                  then conditions[1]
96 105                                  else callerAdress
97 106                              let gameid = toString((parseIntValue(getStringValue("lastgameid")) + 1))
98 107  [StringEntry(("challenge-" + challengeid), makeString([gameid, conditions[1], conditions[2], conditions[3], callerAdress], separ)), {
99 108                                  let situation = "wl-wh-we-wf-wq-we-wh-wl!wp-wp-wp-wp-wp-wp-wp-wp!00-00-00-00-00-00-00-00!00-00-00-00-00-00-00-00!00-00-00-00-00-00-00-00!00-00-00-00-00-00-00-00!bp-bp-bp-bp-bp-bp-bp-bp!bl-bh-be-bf-bq-be-bh-bl"
100 109                                  StringEntry(("game-" + gameid), makeString(["ongoing", white, black, conditions[3], "0", "w", "startblock", "laststepblock", situation], separ))
101 110                                  }, StringEntry("lastgameid", gameid), ScriptTransfer(i.caller, (pmt.amount - parseIntValue(conditions[3])), unit)]
102 111                              }
103 112                          else throw("no challenge awaiting")
104 113                      else throw("need more money")
105 114                  else throw("no challenge")
106 115              }
107 116      }
108 117  
109 118  
110 119  
111 120  @Callable(i)
112 121  func setchallenge (side) = if (if ((side == "b"))
113 122      then true
114 123      else (side == "w"))
115 124      then {
116 125          let pmt = if ((size(i.payments) == 1))
117 126              then i.payments[0]
118 127              else throw("must stake some waves")
119 128          if (isDefined(pmt.assetId))
120 129              then throw("works with waves only")
121 130              else {
122 131                  let callerAdress = toBase58String(i.caller.bytes)
123 132                  let challengeid = toString((parseIntValue(getStringValue("lastchallengeid")) + 1))
124 133  [StringEntry(("challenge-" + challengeid), makeString(["awaiting", callerAdress, side, toString(pmt.amount)], separ)), StringEntry("lastchallengeid", challengeid)]
125 134                  }
126 135          }
127 136      else throw("invalid side")
128 137  
129 138  
130 139  
131 140  @Callable(i)
132 141  func unsetchallenge (challendgeid) = {
133 142      let callerAdress = toBase58String(i.caller.bytes)
134 143      func getchallenge (challendgeid) =         match getString(("challenge-" + challendgeid)) {
135 144          case a: String => 
136 145              getStringValue(("challenge-" + challendgeid))
137 146          case _ => 
138 147              ""
139 148      }
140 149  
141 150      let challenge = split(getchallenge(challendgeid), separ)
142 151      if ((size(challenge) > 0))
143 152          then if ((challenge[0] == "awaiting"))
144 153              then [StringEntry(("challenge-" + challendgeid), makeString(["unset", challenge[1], challenge[2], challenge[3]], separ))]
145 154              else throw("challenge not exists")
146 155          else throw("challenge not exists")
147 156      }
148 157  
149 158

Old	New		Differences
5	5
6	6		@Callable(i)
7	7		func reset () = [StringEntry("lastgameid", "0"), StringEntry("lastchallengeid", "0")]
	8	+
	9	+
	10	+
	11	+	@Callable(i)
	12	+	func setrules () = [StringEntry("mb+", "-1,-1\|1,-1"), StringEntry("mb-", ""), StringEntry("mw+", "-1,1\|1,1"), StringEntry("mb-", "")]
8	13
9	14
10	15

32	37		else throw("not gamer")
33	38		if ((side == side))
34	39		then {
	40	+	let otherside = if ((side == "w"))
	41	+	then "b"
	42	+	else "w"
35	43		let turn = if ((side == game[5]))
36	44		then true
37	45		else throw("not your turn")

45	53		let fromy = parseIntValue(takeRight(from, 1))
46	54		let tox = parseIntValue(take(to, 1))
47	55		let toy = parseIntValue(takeRight(to, 1))
48		-	let iscorrect = if (if ((take(cells[fromx][fromy], 1) == side))
49		-	then (take(cells[tox][toy], 1) != side)
50		-	else false)
	56	+	let figure = takeRight(cells[fromx][fromy], 1)
	57	+	let movetype = if ((take(cells[tox][toy], 1) == "0"))
	58	+	then "m"
	59	+	else if ((take(cells[tox][toy], 1) == otherside))
	60	+	then "e"
	61	+	else throw("can not eat himself")
	62	+	let movement = ((toString((fromx - tox)) + ",") + toString((fromy - toy)))
	63	+	let possible = split(getStringValue((movetype + figure)), "\|")
	64	+	let iscorrect = if (containsElement(possible, movement))
51	65		then true
52		-	else throw("wrong position")
53		-	if ((iscorrect == iscorrect))
54		-	then {
55		-	let figure = cells[fromx][fromy]
56		-	if (iscorrect)
57		-	then [StringEntry("_", "figure")]
58		-	else [StringEntry("_", "_")]
59		-	}
60		-	else throw("Strict value is not equal to itself.")
	66	+	else throw("incorrect movement")
	67	+	if (iscorrect)
	68	+	then [StringEntry("_", "figure")]
	69	+	else [StringEntry("_", "_")]
61	70		}
62	71		else throw("Strict value is not equal to itself.")
63	72		}

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	+
	9	+
	10	+
	11	+	@Callable(i)
	12	+	func setrules () = [StringEntry("mb+", "-1,-1\|1,-1"), StringEntry("mb-", ""), StringEntry("mw+", "-1,1\|1,1"), StringEntry("mb-", "")]
8	13
9	14
10	15
11	16		@Callable(i)
12	17		func move (gameid,from,to) = {
13	18		let game = split(getStringValue(("game-" + gameid)), separ)
14	19		if ((game == game))
15	20		then {
16	21		let callerAdress = toBase58String(i.caller.bytes)
17	22		if ((callerAdress == callerAdress))
18	23		then {
19	24		let isgame = if ((game[0] == "ongoing"))
20	25		then true
21	26		else throw("not ongoing game")
22	27		if ((isgame == isgame))
23	28		then {
24	29		let side = if (if (isgame)
25	30		then if ((game[1] == callerAdress))
26	31		then true
27	32		else (game[2] == callerAdress)
28	33		else false)
29	34		then if ((game[1] == callerAdress))
30	35		then "w"
31	36		else "b"
32	37		else throw("not gamer")
33	38		if ((side == side))
34	39		then {
	40	+	let otherside = if ((side == "w"))
	41	+	then "b"
	42	+	else "w"
35	43		let turn = if ((side == game[5]))
36	44		then true
37	45		else throw("not your turn")
38	46		if ((turn == turn))
39	47		then {
40	48		let situation = split(game[8], "!")
41	49		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], "\|")]
42	50		if ((cells == cells))
43	51		then {
44	52		let fromx = parseIntValue(take(from, 1))
45	53		let fromy = parseIntValue(takeRight(from, 1))
46	54		let tox = parseIntValue(take(to, 1))
47	55		let toy = parseIntValue(takeRight(to, 1))
48		-	let iscorrect = if (if ((take(cells[fromx][fromy], 1) == side))
49		-	then (take(cells[tox][toy], 1) != side)
50		-	else false)
	56	+	let figure = takeRight(cells[fromx][fromy], 1)
	57	+	let movetype = if ((take(cells[tox][toy], 1) == "0"))
	58	+	then "m"
	59	+	else if ((take(cells[tox][toy], 1) == otherside))
	60	+	then "e"
	61	+	else throw("can not eat himself")
	62	+	let movement = ((toString((fromx - tox)) + ",") + toString((fromy - toy)))
	63	+	let possible = split(getStringValue((movetype + figure)), "\|")
	64	+	let iscorrect = if (containsElement(possible, movement))
51	65		then true
52		-	else throw("wrong position")
53		-	if ((iscorrect == iscorrect))
54		-	then {
55		-	let figure = cells[fromx][fromy]
56		-	if (iscorrect)
57		-	then [StringEntry("_", "figure")]
58		-	else [StringEntry("_", "_")]
59		-	}
60		-	else throw("Strict value is not equal to itself.")
	66	+	else throw("incorrect movement")
	67	+	if (iscorrect)
	68	+	then [StringEntry("_", "figure")]
	69	+	else [StringEntry("_", "_")]
61	70		}
62	71		else throw("Strict value is not equal to itself.")
63	72		}
64	73		else throw("Strict value is not equal to itself.")
65	74		}
66	75		else throw("Strict value is not equal to itself.")
67	76		}
68	77		else throw("Strict value is not equal to itself.")
69	78		}
70	79		else throw("Strict value is not equal to itself.")
71	80		}
72	81		else throw("Strict value is not equal to itself.")
73	82		}
74	83
75	84
76	85
77	86		@Callable(i)
78	87		func startgame (challengeid) = {
79	88		let pmt = if ((size(i.payments) == 1))
80	89		then i.payments[0]
81	90		else throw("must stake some waves")
82	91		if (isDefined(pmt.assetId))
83	92		then throw("works with waves only")
84	93		else {
85	94		let callerAdress = toBase58String(i.caller.bytes)
86	95		let conditions = split(getStringValue(("challenge-" + challengeid)), separ)
87	96		if ((size(conditions) > 0))
88	97		then if ((pmt.amount >= parseIntValue(conditions[3])))
89	98		then if ((conditions[0] == "awaiting"))
90	99		then {
91	100		let black = if ((conditions[2] == "b"))
92	101		then conditions[1]
93	102		else callerAdress
94	103		let white = if ((conditions[2] == "w"))
95	104		then conditions[1]
96	105		else callerAdress
97	106		let gameid = toString((parseIntValue(getStringValue("lastgameid")) + 1))
98	107		[StringEntry(("challenge-" + challengeid), makeString([gameid, conditions[1], conditions[2], conditions[3], callerAdress], separ)), {
99	108		let situation = "wl-wh-we-wf-wq-we-wh-wl!wp-wp-wp-wp-wp-wp-wp-wp!00-00-00-00-00-00-00-00!00-00-00-00-00-00-00-00!00-00-00-00-00-00-00-00!00-00-00-00-00-00-00-00!bp-bp-bp-bp-bp-bp-bp-bp!bl-bh-be-bf-bq-be-bh-bl"
100	109		StringEntry(("game-" + gameid), makeString(["ongoing", white, black, conditions[3], "0", "w", "startblock", "laststepblock", situation], separ))
101	110		}, StringEntry("lastgameid", gameid), ScriptTransfer(i.caller, (pmt.amount - parseIntValue(conditions[3])), unit)]
102	111		}
103	112		else throw("no challenge awaiting")
104	113		else throw("need more money")
105	114		else throw("no challenge")
106	115		}
107	116		}
108	117
109	118
110	119
111	120		@Callable(i)
112	121		func setchallenge (side) = if (if ((side == "b"))
113	122		then true
114	123		else (side == "w"))
115	124		then {
116	125		let pmt = if ((size(i.payments) == 1))
117	126		then i.payments[0]
118	127		else throw("must stake some waves")
119	128		if (isDefined(pmt.assetId))
120	129		then throw("works with waves only")
121	130		else {
122	131		let callerAdress = toBase58String(i.caller.bytes)
123	132		let challengeid = toString((parseIntValue(getStringValue("lastchallengeid")) + 1))
124	133		[StringEntry(("challenge-" + challengeid), makeString(["awaiting", callerAdress, side, toString(pmt.amount)], separ)), StringEntry("lastchallengeid", challengeid)]
125	134		}
126	135		}
127	136		else throw("invalid side")
128	137
129	138
130	139
131	140		@Callable(i)
132	141		func unsetchallenge (challendgeid) = {
133	142		let callerAdress = toBase58String(i.caller.bytes)
134	143		func getchallenge (challendgeid) = match getString(("challenge-" + challendgeid)) {
135	144		case a: String =>
136	145		getStringValue(("challenge-" + challendgeid))
137	146		case _ =>
138	147		""
139	148		}
140	149
141	150		let challenge = split(getchallenge(challendgeid), separ)
142	151		if ((size(challenge) > 0))
143	152		then if ((challenge[0] == "awaiting"))
144	153		then [StringEntry(("challenge-" + challendgeid), makeString(["unset", challenge[1], challenge[2], challenge[3]], separ))]
145	154		else throw("challenge not exists")
146	155		else throw("challenge not exists")
147	156		}
148	157
149	158

github/deemru/w8io/026f985 
28.96 ms ◑