w8 · tx · 71U···Vca

tx · 71UNf1oxzTSBcWix2Bhd2CiPeBroeEyqinTscrXqdVca

3MsU936briqQ2XZMpkhWdrV8EsNwm5iCuRY:  -0.01000000 Waves

2022.05.25 14:21 [2067150] smart account 3MsU936briqQ2XZMpkhWdrV8EsNwm5iCuRY > SELF 0.00000000 Waves

{
    "type": 13,
    "id": "71UNf1oxzTSBcWix2Bhd2CiPeBroeEyqinTscrXqdVca",
    "fee": 1000000,
    "feeAssetId": null,
    "timestamp": 1653477710108,
    "version": 2,
    "chainId": 84,
    "sender": "3MsU936briqQ2XZMpkhWdrV8EsNwm5iCuRY",
    "senderPublicKey": "F471QhzucRgQCSkZK5opBNc55AoNgiibCabvTp6GZ9nq",
    "proofs": [
        "56VbH4H5RXahPB3eGiDMg8nYGDGA2oQocq4zUzRSzK4SnNZLDVFJcRCSZBFMM7cHzsV1ktf7wvTzvDHuK7WQiyp5"
    ],
    "script": 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    "height": 2067150,
    "applicationStatus": "succeeded",
    "spentComplexity": 0
}

View: original | compacted
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Diff: 
Old New Differences
95 95  
96 96  
97 97  @Callable(i)
98 - func wouldLikeToBeNeutrinoNode () = if ((size(i.payments) != 1))
98 + func sumbitNewMiner () = if ((size(i.payments) != 1))
99 99      then throw("exact 1 payment must be attached")
100 100      else if ((i.caller != i.originCaller))
101 101          then throw("dapp to dapp calls are not allowed")
136 136                      let benificaryAddress = addressFromStringValue(benificaryAddressStr)
137 137                      let protocolPart = getIntOrFail(keyProtocolPartX6())
138 138                      let benificaryPart = getIntOrFail(keyBenificaryPartX6())
139 -                     if ((wavesBalance(minerAddress).available != 0))
140 -                         then throw("all Waves must be sent from Node")
139 +                     let availableBalance = wavesBalance(minerAddress).available
140 +                     if ((availableBalance != 0))
141 +                         then throw((("all " + toString(availableBalance)) + "Wavelets from the Node balance must be attached into the payment"))
141 142                          else {
142 143                              let benificaryAmt = fraction(minedAmt, benificaryPart, MULT6)
143 144                              let protocolAmt = (minedAmt - benificaryAmt)
Full: 
Old New Differences
1 1  {-# STDLIB_VERSION 5 #-}
2 2  {-# SCRIPT_TYPE ACCOUNT #-}
3 3  {-# CONTENT_TYPE DAPP #-}
4 4  let SEP = "__"
5 5  
6 6  let MULT6 = 1000000
7 7  
8 8  let MULT8 = 100000000
9 9  
10 10  let WAVESIDSTR = "WAVES"
11 11  
12 12  let WAVESID = fromBase58String(WAVESIDSTR)
13 13  
14 14  func getIntOrFail (key) = valueOrErrorMessage(getInteger(this, key), (("Mandatory this." + key) + " is not defined"))
15 15  
16 16  
17 17  func getStrOrElse (key,defaultVal) = valueOrElse(getString(this, key), defaultVal)
18 18  
19 19  
20 20  func getStringOrFail (key) = valueOrErrorMessage(getString(this, key), (("Mandatory this." + key) + " is not defined"))
21 21  
22 22  
23 23  func getAddressOrFail (key) = valueOrErrorMessage(addressFromString(getStringOrFail(key)), (("Fail to convert this." + key) + " value into Address"))
24 24  
25 25  
26 26  func validateAddressOrFail (addressStr) = {
27 27      let address = valueOrErrorMessage(addressFromString(addressStr), ("fail to convert into address " + addressStr))
28 28      if ((0 > wavesBalance(address).available))
29 29          then throw()
30 30          else addressStr
31 31      }
32 32  
33 33  
34 34  func keyNodeRegistry (address) = ("%s__" + address)
35 35  
36 36  
37 37  func keyNodeRewardsTotals (address) = ("%s%s__totals__" + address)
38 38  
39 39  
40 40  func keyDepositAmount () = "%s%s__cfg__depositAmount"
41 41  
42 42  
43 43  func keyNeutrinoAddressStr () = "%s%s__cfg__neutrinoAddress"
44 44  
45 45  
46 46  func keyMasterNodeAddressStr () = "%s%s__cfg__mainNeutrinoNodeAddress"
47 47  
48 48  
49 49  func keyProtocolPartX6 () = "%s%s__cfg__protocolPartX6"
50 50  
51 51  
52 52  func keyBenificaryPartX6 () = "%s%s__cfg__benificaryPartX6"
53 53  
54 54  
55 55  func formatDepositRecord (txIdStr,depositAmount,remainingDepositAmount) = makeString(["%s%d%d%d%d", txIdStr, toString(lastBlock.height), toString(lastBlock.timestamp), toString(depositAmount), toString(remainingDepositAmount)], SEP)
56 56  
57 57  
58 58  func keyRewardHistory (nodeAddress,txId) = makeString(["%s%s%s", "history", toString(nodeAddress), toBase58String(txId)], SEP)
59 59  
60 60  
61 61  func dataRewardHistory (wavesAmountTotal,beneficiaryAmt,protocolAmt,protocolAmtPart1,protocolAmtPart2) = makeString(["%d%d%d%d%d%d%d", toString(lastBlock.height), toString(lastBlock.timestamp), toString(wavesAmountTotal), toString(beneficiaryAmt), toString(protocolAmt), toString(protocolAmtPart1), toString(protocolAmtPart2)], SEP)
62 62  
63 63  
64 64  func RewardHistoryEntry (nodeAddress,txId,minedAmt,beneficiaryAmt,protocolAmt,protocolAmt1,protocolAmt2) = StringEntry(keyRewardHistory(nodeAddress, txId), dataRewardHistory(minedAmt, beneficiaryAmt, protocolAmt, protocolAmt1, protocolAmt2))
65 65  
66 66  
67 67  func dataRewardTotals (minedAmt,beneficiaryAmt,protocolAmt,protocolAmtPart1,protocolAmtPart2) = makeString(["%d%d%d%d%d", toString(minedAmt), toString(beneficiaryAmt), toString(protocolAmt), toString(protocolAmtPart1), toString(protocolAmtPart2)], SEP)
68 68  
69 69  
70 70  func RewardTotalsEntry (miner,minedAmt,beneficiaryAmt,protocolAmt,protocolAmtPart1,protocolAmtPart2) = {
71 71      let nodeRewardsTotalsKEY = keyNodeRewardsTotals(toString(miner))
72 72      let nodeRewardsArray = split(getStrOrElse(nodeRewardsTotalsKEY, dataRewardTotals(0, 0, 0, 0, 0)), SEP)
73 73      let newMinedAmt = (parseIntValue(nodeRewardsArray[1]) + minedAmt)
74 74      let newBeneficiaryAmt = (parseIntValue(nodeRewardsArray[2]) + beneficiaryAmt)
75 75      let newProtocolAmt = (parseIntValue(nodeRewardsArray[3]) + protocolAmt)
76 76      let newProtocolAmtPart1 = (parseIntValue(nodeRewardsArray[4]) + protocolAmtPart1)
77 77      let newProtocolAmtPart2 = (parseIntValue(nodeRewardsArray[5]) + protocolAmtPart2)
78 78      StringEntry(nodeRewardsTotalsKEY, dataRewardTotals(newMinedAmt, newBeneficiaryAmt, newProtocolAmt, newProtocolAmtPart1, newProtocolAmtPart2))
79 79      }
80 80  
81 81  
82 82  @Callable(i)
83 83  func constructor (depositAmount,neutrinoAddressStr,masterNodeAddressStr,protocolPartX6,benificaryPartX6) = if ((i.caller != this))
84 84      then throw("permissions denied")
85 85      else if ((0 > depositAmount))
86 86          then throw("depositAmount less then zero")
87 87          else if ((0 > protocolPartX6))
88 88              then throw("protocolPartX6 less then zero")
89 89              else if ((0 > benificaryPartX6))
90 90                  then throw("benificaryPartX6 less then zero")
91 91                  else if (((protocolPartX6 + benificaryPartX6) != MULT6))
92 92                      then throw("parts sum must be 1")
93 93                      else [IntegerEntry(keyDepositAmount(), depositAmount), StringEntry(keyNeutrinoAddressStr(), validateAddressOrFail(neutrinoAddressStr)), StringEntry(keyMasterNodeAddressStr(), validateAddressOrFail(masterNodeAddressStr)), IntegerEntry(keyProtocolPartX6(), protocolPartX6), IntegerEntry(keyBenificaryPartX6(), benificaryPartX6)]
94 94  
95 95  
96 96  
97 97  @Callable(i)
98 - func wouldLikeToBeNeutrinoNode () = if ((size(i.payments) != 1))
98 + func sumbitNewMiner () = if ((size(i.payments) != 1))
99 99      then throw("exact 1 payment must be attached")
100 100      else if ((i.caller != i.originCaller))
101 101          then throw("dapp to dapp calls are not allowed")
102 102          else {
103 103              let pmt = i.payments[0]
104 104              let deposit = pmt.amount
105 105              let pmtAssetId = valueOrElse(pmt.assetId, WAVESID)
106 106              let expectedDepositAmount = getIntOrFail(keyDepositAmount())
107 107              let txId = toBase58String(i.transactionId)
108 108              let nodeAddress = toString(i.caller)
109 109              let nodeRegistryKEY = keyNodeRegistry(nodeAddress)
110 110              if ((pmtAssetId != WAVESID))
111 111                  then throw("only Waves can be used for deposit")
112 112                  else if ((deposit != expectedDepositAmount))
113 113                      then throw((("exactly " + toString(expectedDepositAmount)) + " Wavelets are expected"))
114 114                      else if ((getStrOrElse(nodeRegistryKEY, "") != ""))
115 115                          then throw("your node already registered")
116 116                          else [StringEntry(nodeRegistryKEY, formatDepositRecord(txId, deposit, deposit))]
117 117              }
118 118  
119 119  
120 120  
121 121  @Callable(i)
122 122  func distibuteMinerReward (benificaryAddressStr) = if ((size(i.payments) != 1))
123 123      then throw("exact 1 payment must be attached")
124 124      else if ((i.caller != i.originCaller))
125 125          then throw("dapp to dapp calls are not allowed")
126 126          else {
127 127              let pmt = i.payments[0]
128 128              let minedAmt = pmt.amount
129 129              let pmtAssetId = valueOrElse(pmt.assetId, WAVESID)
130 130              if ((pmtAssetId != WAVESID))
131 131                  then throw("only Waves can be used")
132 132                  else {
133 133                      let neutrinoAddress = getAddressOrFail(keyNeutrinoAddressStr())
134 134                      let masterNodeAddress = getAddressOrFail(keyMasterNodeAddressStr())
135 135                      let minerAddress = i.caller
136 136                      let benificaryAddress = addressFromStringValue(benificaryAddressStr)
137 137                      let protocolPart = getIntOrFail(keyProtocolPartX6())
138 138                      let benificaryPart = getIntOrFail(keyBenificaryPartX6())
139 -                     if ((wavesBalance(minerAddress).available != 0))
140 -                         then throw("all Waves must be sent from Node")
139 +                     let availableBalance = wavesBalance(minerAddress).available
140 +                     if ((availableBalance != 0))
141 +                         then throw((("all " + toString(availableBalance)) + "Wavelets from the Node balance must be attached into the payment"))
141 142                          else {
142 143                              let benificaryAmt = fraction(minedAmt, benificaryPart, MULT6)
143 144                              let protocolAmt = (minedAmt - benificaryAmt)
144 145                              let protocolAmt1 = (protocolAmt / 2)
145 146                              let protocolAmt2 = (protocolAmt - protocolAmt1)
146 147  [ScriptTransfer(benificaryAddress, benificaryAmt, unit), ScriptTransfer(neutrinoAddress, protocolAmt1, unit), ScriptTransfer(masterNodeAddress, protocolAmt2, unit), RewardHistoryEntry(minerAddress, i.transactionId, minedAmt, benificaryAmt, protocolAmt, protocolAmt1, protocolAmt2), RewardTotalsEntry(minerAddress, minedAmt, benificaryAmt, protocolAmt, protocolAmt1, protocolAmt2)]
147 148                              }
148 149                      }
149 150              }
150 151  
151 152

Old	New		Differences
95	95
96	96
97	97		@Callable(i)
98		-	func ~~wouldLikeToBeNeutrinoNode~~ () = if ((size(i.payments) != 1))
	98	+	func sumbitNewMiner () = if ((size(i.payments) != 1))
99	99		then throw("exact 1 payment must be attached")
100	100		else if ((i.caller != i.originCaller))
101	101		then throw("dapp to dapp calls are not allowed")

136	136		let benificaryAddress = addressFromStringValue(benificaryAddressStr)
137	137		let protocolPart = getIntOrFail(keyProtocolPartX6())
138	138		let benificaryPart = getIntOrFail(keyBenificaryPartX6())
139		-	if ((wavesBalance(minerAddress).available != 0))
140		-	then throw("all Waves must be sent from Node")
	139	+	let availableBalance = wavesBalance(minerAddress).available
	140	+	if ((availableBalance != 0))
	141	+	then throw((("all " + toString(availableBalance)) + "Wavelets from the Node balance must be attached into the payment"))
141	142		else {
142	143		let benificaryAmt = fraction(minedAmt, benificaryPart, MULT6)
143	144		let protocolAmt = (minedAmt - benificaryAmt)

Old	New		Differences
1	1		{-# STDLIB_VERSION 5 #-}
2	2		{-# SCRIPT_TYPE ACCOUNT #-}
3	3		{-# CONTENT_TYPE DAPP #-}
4	4		let SEP = "__"
5	5
6	6		let MULT6 = 1000000
7	7
8	8		let MULT8 = 100000000
9	9
10	10		let WAVESIDSTR = "WAVES"
11	11
12	12		let WAVESID = fromBase58String(WAVESIDSTR)
13	13
14	14		func getIntOrFail (key) = valueOrErrorMessage(getInteger(this, key), (("Mandatory this." + key) + " is not defined"))
15	15
16	16
17	17		func getStrOrElse (key,defaultVal) = valueOrElse(getString(this, key), defaultVal)
18	18
19	19
20	20		func getStringOrFail (key) = valueOrErrorMessage(getString(this, key), (("Mandatory this." + key) + " is not defined"))
21	21
22	22
23	23		func getAddressOrFail (key) = valueOrErrorMessage(addressFromString(getStringOrFail(key)), (("Fail to convert this." + key) + " value into Address"))
24	24
25	25
26	26		func validateAddressOrFail (addressStr) = {
27	27		let address = valueOrErrorMessage(addressFromString(addressStr), ("fail to convert into address " + addressStr))
28	28		if ((0 > wavesBalance(address).available))
29	29		then throw()
30	30		else addressStr
31	31		}
32	32
33	33
34	34		func keyNodeRegistry (address) = ("%s__" + address)
35	35
36	36
37	37		func keyNodeRewardsTotals (address) = ("%s%s__totals__" + address)
38	38
39	39
40	40		func keyDepositAmount () = "%s%s__cfg__depositAmount"
41	41
42	42
43	43		func keyNeutrinoAddressStr () = "%s%s__cfg__neutrinoAddress"
44	44
45	45
46	46		func keyMasterNodeAddressStr () = "%s%s__cfg__mainNeutrinoNodeAddress"
47	47
48	48
49	49		func keyProtocolPartX6 () = "%s%s__cfg__protocolPartX6"
50	50
51	51
52	52		func keyBenificaryPartX6 () = "%s%s__cfg__benificaryPartX6"
53	53
54	54
55	55		func formatDepositRecord (txIdStr,depositAmount,remainingDepositAmount) = makeString(["%s%d%d%d%d", txIdStr, toString(lastBlock.height), toString(lastBlock.timestamp), toString(depositAmount), toString(remainingDepositAmount)], SEP)
56	56
57	57
58	58		func keyRewardHistory (nodeAddress,txId) = makeString(["%s%s%s", "history", toString(nodeAddress), toBase58String(txId)], SEP)
59	59
60	60
61	61		func dataRewardHistory (wavesAmountTotal,beneficiaryAmt,protocolAmt,protocolAmtPart1,protocolAmtPart2) = makeString(["%d%d%d%d%d%d%d", toString(lastBlock.height), toString(lastBlock.timestamp), toString(wavesAmountTotal), toString(beneficiaryAmt), toString(protocolAmt), toString(protocolAmtPart1), toString(protocolAmtPart2)], SEP)
62	62
63	63
64	64		func RewardHistoryEntry (nodeAddress,txId,minedAmt,beneficiaryAmt,protocolAmt,protocolAmt1,protocolAmt2) = StringEntry(keyRewardHistory(nodeAddress, txId), dataRewardHistory(minedAmt, beneficiaryAmt, protocolAmt, protocolAmt1, protocolAmt2))
65	65
66	66
67	67		func dataRewardTotals (minedAmt,beneficiaryAmt,protocolAmt,protocolAmtPart1,protocolAmtPart2) = makeString(["%d%d%d%d%d", toString(minedAmt), toString(beneficiaryAmt), toString(protocolAmt), toString(protocolAmtPart1), toString(protocolAmtPart2)], SEP)
68	68
69	69
70	70		func RewardTotalsEntry (miner,minedAmt,beneficiaryAmt,protocolAmt,protocolAmtPart1,protocolAmtPart2) = {
71	71		let nodeRewardsTotalsKEY = keyNodeRewardsTotals(toString(miner))
72	72		let nodeRewardsArray = split(getStrOrElse(nodeRewardsTotalsKEY, dataRewardTotals(0, 0, 0, 0, 0)), SEP)
73	73		let newMinedAmt = (parseIntValue(nodeRewardsArray[1]) + minedAmt)
74	74		let newBeneficiaryAmt = (parseIntValue(nodeRewardsArray[2]) + beneficiaryAmt)
75	75		let newProtocolAmt = (parseIntValue(nodeRewardsArray[3]) + protocolAmt)
76	76		let newProtocolAmtPart1 = (parseIntValue(nodeRewardsArray[4]) + protocolAmtPart1)
77	77		let newProtocolAmtPart2 = (parseIntValue(nodeRewardsArray[5]) + protocolAmtPart2)
78	78		StringEntry(nodeRewardsTotalsKEY, dataRewardTotals(newMinedAmt, newBeneficiaryAmt, newProtocolAmt, newProtocolAmtPart1, newProtocolAmtPart2))
79	79		}
80	80
81	81
82	82		@Callable(i)
83	83		func constructor (depositAmount,neutrinoAddressStr,masterNodeAddressStr,protocolPartX6,benificaryPartX6) = if ((i.caller != this))
84	84		then throw("permissions denied")
85	85		else if ((0 > depositAmount))
86	86		then throw("depositAmount less then zero")
87	87		else if ((0 > protocolPartX6))
88	88		then throw("protocolPartX6 less then zero")
89	89		else if ((0 > benificaryPartX6))
90	90		then throw("benificaryPartX6 less then zero")
91	91		else if (((protocolPartX6 + benificaryPartX6) != MULT6))
92	92		then throw("parts sum must be 1")
93	93		else [IntegerEntry(keyDepositAmount(), depositAmount), StringEntry(keyNeutrinoAddressStr(), validateAddressOrFail(neutrinoAddressStr)), StringEntry(keyMasterNodeAddressStr(), validateAddressOrFail(masterNodeAddressStr)), IntegerEntry(keyProtocolPartX6(), protocolPartX6), IntegerEntry(keyBenificaryPartX6(), benificaryPartX6)]
94	94
95	95
96	96
97	97		@Callable(i)
98		-	func ~~wouldLikeToBeNeutrinoNode~~ () = if ((size(i.payments) != 1))
	98	+	func sumbitNewMiner () = if ((size(i.payments) != 1))
99	99		then throw("exact 1 payment must be attached")
100	100		else if ((i.caller != i.originCaller))
101	101		then throw("dapp to dapp calls are not allowed")
102	102		else {
103	103		let pmt = i.payments[0]
104	104		let deposit = pmt.amount
105	105		let pmtAssetId = valueOrElse(pmt.assetId, WAVESID)
106	106		let expectedDepositAmount = getIntOrFail(keyDepositAmount())
107	107		let txId = toBase58String(i.transactionId)
108	108		let nodeAddress = toString(i.caller)
109	109		let nodeRegistryKEY = keyNodeRegistry(nodeAddress)
110	110		if ((pmtAssetId != WAVESID))
111	111		then throw("only Waves can be used for deposit")
112	112		else if ((deposit != expectedDepositAmount))
113	113		then throw((("exactly " + toString(expectedDepositAmount)) + " Wavelets are expected"))
114	114		else if ((getStrOrElse(nodeRegistryKEY, "") != ""))
115	115		then throw("your node already registered")
116	116		else [StringEntry(nodeRegistryKEY, formatDepositRecord(txId, deposit, deposit))]
117	117		}
118	118
119	119
120	120
121	121		@Callable(i)
122	122		func distibuteMinerReward (benificaryAddressStr) = if ((size(i.payments) != 1))
123	123		then throw("exact 1 payment must be attached")
124	124		else if ((i.caller != i.originCaller))
125	125		then throw("dapp to dapp calls are not allowed")
126	126		else {
127	127		let pmt = i.payments[0]
128	128		let minedAmt = pmt.amount
129	129		let pmtAssetId = valueOrElse(pmt.assetId, WAVESID)
130	130		if ((pmtAssetId != WAVESID))
131	131		then throw("only Waves can be used")
132	132		else {
133	133		let neutrinoAddress = getAddressOrFail(keyNeutrinoAddressStr())
134	134		let masterNodeAddress = getAddressOrFail(keyMasterNodeAddressStr())
135	135		let minerAddress = i.caller
136	136		let benificaryAddress = addressFromStringValue(benificaryAddressStr)
137	137		let protocolPart = getIntOrFail(keyProtocolPartX6())
138	138		let benificaryPart = getIntOrFail(keyBenificaryPartX6())
139		-	if ((wavesBalance(minerAddress).available != 0))
140		-	then throw("all Waves must be sent from Node")
	139	+	let availableBalance = wavesBalance(minerAddress).available
	140	+	if ((availableBalance != 0))
	141	+	then throw((("all " + toString(availableBalance)) + "Wavelets from the Node balance must be attached into the payment"))
141	142		else {
142	143		let benificaryAmt = fraction(minedAmt, benificaryPart, MULT6)
143	144		let protocolAmt = (minedAmt - benificaryAmt)
144	145		let protocolAmt1 = (protocolAmt / 2)
145	146		let protocolAmt2 = (protocolAmt - protocolAmt1)
146	147		[ScriptTransfer(benificaryAddress, benificaryAmt, unit), ScriptTransfer(neutrinoAddress, protocolAmt1, unit), ScriptTransfer(masterNodeAddress, protocolAmt2, unit), RewardHistoryEntry(minerAddress, i.transactionId, minedAmt, benificaryAmt, protocolAmt, protocolAmt1, protocolAmt2), RewardTotalsEntry(minerAddress, minedAmt, benificaryAmt, protocolAmt, protocolAmt1, protocolAmt2)]
147	148		}
148	149		}
149	150		}
150	151
151	152

github/deemru/w8io/c3f4982 
31.12 ms ◑