w8 · tx · 4s2···eV2

tx · 4s2sm2cixHoysEJXKBa1WKjoDKsd6SDZ2KXfsrSSbeV2

3NARdCrmQCEs9RNtwCSRc6JCoThQGyXjrAj:  -0.01400000 Waves

2021.10.06 11:50 [1734146] smart account 3NARdCrmQCEs9RNtwCSRc6JCoThQGyXjrAj > SELF 0.00000000 Waves

{
    "type": 13,
    "id": "4s2sm2cixHoysEJXKBa1WKjoDKsd6SDZ2KXfsrSSbeV2",
    "fee": 1400000,
    "feeAssetId": null,
    "timestamp": 1633510265425,
    "version": 2,
    "chainId": 84,
    "sender": "3NARdCrmQCEs9RNtwCSRc6JCoThQGyXjrAj",
    "senderPublicKey": "C246qxhuyo9DBk1pjMzEQSVAWmiqYupG2swGkxTeAvLV",
    "proofs": [
        "2H9Sw8twnjnMZ8Fbx8RWxeUpVZE7PssuXBsuFsE4iaAL95KkjXyAHh2fwRTQR6UCxgQZPrtyntCjsaK9ocXzfGeE"
    ],
    "script": 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    "height": 1734146,
    "applicationStatus": "succeeded",
    "spentComplexity": 0
}

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Full: 
Old New Differences
1 1  {-# STDLIB_VERSION 4 #-}
2 2  {-# SCRIPT_TYPE ACCOUNT #-}
3 3  {-# CONTENT_TYPE DAPP #-}
4 4  let A4AAssetID = base58'J9VzWPfRSQyCbEv5oWpxLSihigbpbJsGBHJZV9Ct8ook'
5 5  
6 6  let USDTAssetID = base58'Zn3cLHW7aAVPm5aACcTjvg7e7iEy2cKDtbowok5qa9H'
7 7  
8 8  let CODEAssetID = base58'HKC7bagwpSpj1MpKhsevvwcnUuYgk1v7CdPTMnU29j9w'
9 9  
10 10  let FeeAddress = base58'6Z73KxcX3sugpiStpSRXxKxTmWqCaLVwFeM6kwyiKVDR'
11 11  
12 12  let devAddress = base58'8d4zGuTjT3h67Z4DatzMXdXXW1GvoQhMTjwCGFxJuene'
13 13  
14 14  @Callable(i)
15 15  func IssueA4A () = {
16 16      let pmt = value(i.payments[0])
17 17      let currentKey = toBase58String(i.caller.bytes)
18 18      let PricePerA4A = getIntegerValue(this, "A4A/TN")
19 19      let A4AHardCap = getIntegerValue(this, "A4AHardCap")
20 20      let NewA4AToUser = fraction(100000, pmt.amount, PricePerA4A)
21 21      let PreviousIssuedA4A = getIntegerValue(this, "Total_Issued_A4A:")
22 22      let TotalIssuedA4A = (PreviousIssuedA4A + NewA4AToUser)
23 23      let PendingMinting = (A4AHardCap - TotalIssuedA4A)
24 24      let PreviousA4AReserveValue = getIntegerValue(this, "Total_A4A_Reserve_In_TN:")
25 25      let A4AReserveValue = (PreviousA4AReserveValue + pmt.amount)
26 26      let PreviousA4ABackupPrice = getIntegerValue(this, "A4A_Backup_Value_In_TN:")
27 27      let A4ABackupPrice = fraction(100000, A4AReserveValue, TotalIssuedA4A)
28 28      if (isDefined(pmt.assetId))
29 29          then throw("Incorrect asset attached, please attach TN.")
30 30          else if ((5000000 > pmt.amount))
31 31              then throw("Please Attach minimum 0.05 TN To Issue A4A Asset.")
32 32              else if ((TotalIssuedA4A > A4AHardCap))
33 33                  then throw((((((("A4A Minting is about to reach the Hard Cap of " + toString(A4AHardCap)) + "/10^8 A4A. Please Reduce your Minting Order by ") + toString(PendingMinting)) + " or put ") + toString((A4AHardCap - PreviousIssuedA4A))) + "/10^8"))
34 34                  else [IntegerEntry("Total_Issued_A4A:", TotalIssuedA4A), IntegerEntry("Balance_Minting_A4A:", PendingMinting), IntegerEntry("Total_A4A_Reserve_In_TN:", A4AReserveValue), IntegerEntry("A4A_Backup_Value_In_TN:", A4ABackupPrice), StringEntry("message", "<h1>A4A Issued Successfully!</h1><br>"), Reissue(A4AAssetID, NewA4AToUser, true), ScriptTransfer(i.caller, ((NewA4AToUser * 990) / 1000), A4AAssetID), ScriptTransfer(addressFromPublicKey(FeeAddress), ((NewA4AToUser * 9) / 1000), A4AAssetID), ScriptTransfer(addressFromPublicKey(devAddress), ((NewA4AToUser * 1) / 1000), A4AAssetID)]
35 35      }
36 36  
37 37  
38 38  
39 39  @Callable(i)
40 40  func Liquidate () = {
41 41      let currentKey = toBase58String(i.callerPublicKey)
42 42      let pmt = value(i.payments[0])
43 43      let PreviousIssuedA4A = getIntegerValue(this, "Total_Issued_A4A:")
44 44      let PreviousBurnedA4A = getIntegerValue(this, "Total_Burned_A4A:")
45 45      let TotalIssuedA4A = (PreviousIssuedA4A - pmt.amount)
46 46      let TotalBurnedA4A = (PreviousBurnedA4A + pmt.amount)
47 47      let PreviousA4AReserveValue = getIntegerValue(this, "Total_A4A_Reserve_In_TN:")
48 48      let PreviousA4ABackupPrice = getIntegerValue(this, "A4A_Backup_Value_In_TN:")
49 49      let calculateburnvalue = fraction(PreviousA4ABackupPrice, pmt.amount, 100000)
50 50      let A4AReserveValue = (PreviousA4AReserveValue - calculateburnvalue)
51 51      let A4ABackupPrice = fraction(100000, A4AReserveValue, TotalIssuedA4A)
52 52      if ((pmt.assetId != A4AAssetID))
53 53          then throw("Kindly Deposit Only 8hdsVCxPBVEmVUZyyX8Sd98Z9hU7Fny26W96sjKiTw8g (A4A).")
54 54          else if ((100000 > pmt.amount))
55 55              then throw("Attach Amount must be greater than 0.001 A4A.")
56 56              else [Burn(A4AAssetID, pmt.amount), IntegerEntry("Total_Issued_A4A:", TotalIssuedA4A), IntegerEntry("Total_Burned_A4A:", TotalBurnedA4A), IntegerEntry("Total_A4A_Reserve_In_TN:", A4AReserveValue), IntegerEntry("A4A_Backup_Value_In_TN:", A4ABackupPrice), StringEntry("message", "<h1>A4A Liquidated Successfully!</h1><br>"), ScriptTransfer(i.caller, ((calculateburnvalue * 990) / 1000), unit), ScriptTransfer(addressFromPublicKey(FeeAddress), ((calculateburnvalue * 9) / 1000), unit), ScriptTransfer(addressFromPublicKey(devAddress), ((calculateburnvalue * 1) / 1000), unit)]
57 57      }
58 58  
59 59  
60 60  
61 61  @Callable(i)
62 62  func Deposit (days) = {
63 63      let pmt = if ((size(i.payments) == 1))
64 64          then i.payments[0]
65 65          else throw("No payment attached, Please Attach A4A Token as per TIER in payment[1].")
66 66      let currentKey = toBase58String(i.caller.bytes)
67 67      let maximumlockdays = 90
68 68      let lockstatus = "LOCKED"
69 69      let ULBT = 99999999999
70 70      let ULST = 599999999999
71 71      let ULGT = 1199999999999
72 72      let ULDT = 1200000000000
73 73      let oneday = 1440
74 74      let actualblocks = (oneday * days)
75 75      let totallockblocks = (height + actualblocks)
76 76      let Tier1 = 36000
77 77      let Tier1rewards = fraction(fraction((Tier1 * 2), pmt.amount, pow(10, 0, 8, 0, 0, UP)), actualblocks, pow(10, 0, 6, 0, 0, UP))
78 78      let Tier2rewards = fraction(fraction((Tier1 * 4), pmt.amount, pow(10, 0, 8, 0, 0, UP)), actualblocks, pow(10, 0, 6, 0, 0, UP))
79 79      let Tier3rewards = fraction(fraction((Tier1 * 8), pmt.amount, pow(10, 0, 8, 0, 0, UP)), actualblocks, pow(10, 0, 6, 0, 0, UP))
80 80      let StakedA4AAmount =     match getInteger(this, "Staked_Amount") {
81 81          case a: Int => 
82 82              a
83 83          case _ => 
84 84              0
85 85      }
86 86      let newStakedA4AAmount = (StakedA4AAmount + pmt.amount)
87 87      let currentA4AAmount =     match getInteger(this, ("Deposit_Amount_Of_" + currentKey)) {
88 88          case a: Int => 
89 89              a
90 90          case _ => 
91 91              0
92 92      }
93 93      let newA4AAmount = (currentA4AAmount + pmt.amount)
94 94      if ((pmt.assetId != A4AAssetID))
95 95          then throw((("Incorrect asset attached, please attach " + toBase58String(A4AAssetID)) + " only."))
96 96          else if ((6 >= days))
97 97              then throw("Choose Locking days in between 7 to 90.")
98 98              else if ((days > maximumlockdays))
99 99                  then throw("You Entered days greater than 90 please Enter no. of days in between 7 to 90.")
100 100                  else if ((33300000000 > pmt.amount))
101 101                      then throw("Please Attach minimum 333 A4A To Achieve BRONZE TIER.")
102 102                      else if ((ULBT >= pmt.amount))
103 103                          then [StringEntry(("Tier_Of_" + currentKey), "BRONZE"), IntegerEntry(("Deposit_height_Of_" + currentKey), height), IntegerEntry("Staked_Amount", newStakedA4AAmount), IntegerEntry(("Deposit_Amount_Of_" + currentKey), newA4AAmount), IntegerEntry(("Total_Lock_Blocks_Of_" + currentKey), totallockblocks), StringEntry(("Lock_Status_Of_" + currentKey), lockstatus), IntegerEntry(("Rewards_Of_" + currentKey), fraction(fraction(Tier1, pmt.amount, pow(10, 0, 8, 0, 0, UP)), actualblocks, pow(10, 0, 6, 0, 0, UP)))]
104 104                          else if ((ULST >= pmt.amount))
105 105                              then [StringEntry(("Tier_Of_" + currentKey), "SILVER"), IntegerEntry(("Deposit_height_Of_" + currentKey), height), IntegerEntry("Staked_Amount", newStakedA4AAmount), IntegerEntry(("Deposit_Amount_Of_" + currentKey), newA4AAmount), IntegerEntry(("Total_Lock_Blocks_Of_" + currentKey), totallockblocks), StringEntry(("Lock_Status_Of_" + currentKey), lockstatus), IntegerEntry(("Rewards_Of_" + currentKey), Tier1rewards)]
106 106                              else if ((ULGT >= pmt.amount))
107 107                                  then [StringEntry(("Tier_Of_" + currentKey), "GOLD"), IntegerEntry(("Deposit_height_Of_" + currentKey), height), IntegerEntry("Staked_Amount", newStakedA4AAmount), IntegerEntry(("Deposit_Amount_Of_" + currentKey), newA4AAmount), IntegerEntry(("Total_Lock_Blocks_Of_" + currentKey), totallockblocks), StringEntry(("Lock_Status_Of_" + currentKey), lockstatus), IntegerEntry(("Rewards_Of_" + currentKey), Tier2rewards)]
108 108                                  else if ((ULDT == pmt.amount))
109 109                                      then [StringEntry(("Tier_Of_" + currentKey), "DIAMOND"), IntegerEntry(("Deposit_height_Of_" + currentKey), height), IntegerEntry("Staked_Amount", newStakedA4AAmount), IntegerEntry(("Deposit_Amount_Of_" + currentKey), newA4AAmount), IntegerEntry(("Total_Lock_Blocks_Of_" + currentKey), totallockblocks), StringEntry(("Lock_Status_Of_" + currentKey), lockstatus), IntegerEntry(("Rewards_Of_" + currentKey), Tier3rewards)]
110 110                                      else throw("Please Choose a Range Between 333-12000.")
111 111      }
112 112  
113 113  
114 114  
115 115  @Callable(i)
116 116  func Withdraw () = {
117 117      let currentKey = toBase58String(i.caller.bytes)
118 118      let checkdepositvalue = getIntegerValue(this, ("Deposit_Amount_Of_" + currentKey))
119 119      let checkstakedvalue = getIntegerValue(this, "Staked_Amount")
120 120      let newstakedvalue = (checkstakedvalue - checkdepositvalue)
121 121      let check90Dgap = (getIntegerValue(this, ("Total_Lock_Blocks_Of_" + currentKey)) - getIntegerValue(this, ("Deposit_height_Of_" + currentKey)))
122 122      let fetchRewardData = getIntegerValue(this, "Total_USDT_Claimed:")
123 123      let totalrewardclaimed = (fetchRewardData + getIntegerValue(this, ("Rewards_Of_" + currentKey)))
124 124      if ((getIntegerValue(this, ("Total_Lock_Blocks_Of_" + currentKey)) > height))
125 125          then throw(((("Your " + toString(getIntegerValue(this, ("Deposit_Amount_Of_" + currentKey)))) + " A4A are Under Lock. Consider last 8 digits as value after Decimals. Token will be Unlocked after ") + toString((getIntegerValue(this, ("Total_Lock_Blocks_Of_" + currentKey)) - height))))
126 126          else if ((checkdepositvalue == 0))
127 127              then throw("You Have Already Withdraw your Amount.")
128 128              else if ((check90Dgap == 129600))
129 129                  then [ScriptTransfer(i.caller, getIntegerValue(this, ("Deposit_Amount_Of_" + currentKey)), A4AAssetID), ScriptTransfer(i.caller, getIntegerValue(this, ("Rewards_Of_" + currentKey)), USDTAssetID), ScriptTransfer(i.caller, (getIntegerValue(this, ("Deposit_Amount_Of_" + currentKey)) * (3 / 1000)), CODEAssetID), StringEntry(("Tier_Of_" + currentKey), "NONE"), IntegerEntry(("Deposit_height_Of_" + currentKey), 0), IntegerEntry("Staked_Amount", newstakedvalue), IntegerEntry(("Deposit_Amount_Of_" + currentKey), 0), IntegerEntry(("Total_Lock_Blocks_Of_" + currentKey), 0), StringEntry(("Lock_Status_Of_" + currentKey), "UNLOCK"), IntegerEntry(("Rewards_Of_" + currentKey), 0), IntegerEntry("Total_USDT_Claimed:", totalrewardclaimed)]
130 130                  else [ScriptTransfer(i.caller, getIntegerValue(this, ("Deposit_Amount_Of_" + currentKey)), A4AAssetID), ScriptTransfer(i.caller, getIntegerValue(this, ("Rewards_Of_" + currentKey)), USDTAssetID), StringEntry(("Tier_Of_" + currentKey), "NONE"), IntegerEntry(("Deposit_height_Of_" + currentKey), 0), IntegerEntry("Staked_Amount", newstakedvalue), IntegerEntry(("Deposit_Amount_Of_" + currentKey), 0), IntegerEntry(("Total_Lock_Blocks_Of_" + currentKey), 0), StringEntry(("Lock_Status_Of_" + currentKey), "UNLOCK"), IntegerEntry(("Rewards_Of_" + currentKey), 0), IntegerEntry("Total_USDT_Claimed:", totalrewardclaimed)]
131 131      }
132 132  
133 133  
134 134  
135 135  @Callable(i)
136 136  func DepositUSDT () = {
137 137      let pmt = if ((size(i.payments) == 1))
138 138          then i.payments[0]
139 139          else throw("No payment attached, Please Attach USDT Token in payment[1].")
140 140      let calleraddress = toBase58String(i.caller.bytes)
141 141      let USDTdepositor = getStringValue(this, "Funding_Address")
142 142      let fetcholdUSDTbal = getIntegerValue(this, "USDT_Balance")
143 143      let oldUSDTbal =     match getInteger(this, "USDT_Balance") {
144 144          case a: Int => 
145 145              a
146 146          case _ => 
147 147              0
148 148      }
149 149      let newUSDTbal = (oldUSDTbal + pmt.amount)
150 150      if ((USDTdepositor != calleraddress))
151 151          then throw((("I know You are not An Admin. Only " + USDTdepositor) + " has rights to add USDT Funds."))
152 152          else if ((pmt.assetId != USDTAssetID))
153 153              then throw((("Kindly Deposit Only USDT " + toBase58String(USDTAssetID)) + " AssetID."))
154 154              else if ((1000000 > pmt.amount))
155 155                  then throw("Attach minimum 1 USDT atleast For Payment.")
156 156                  else [IntegerEntry("USDT_Balance", newUSDTbal)]
157 157      }
158 158  
159 159  
160 160  @Verifier(tx)
161 161  func verify () = sigVerify(tx.bodyBytes, tx.proofs[0], tx.senderPublicKey)
162 162

Old	New	Differences
1	1	{-# STDLIB_VERSION 4 #-}
2	2	{-# SCRIPT_TYPE ACCOUNT #-}
3	3	{-# CONTENT_TYPE DAPP #-}
4	4	let A4AAssetID = base58'J9VzWPfRSQyCbEv5oWpxLSihigbpbJsGBHJZV9Ct8ook'
5	5
6	6	let USDTAssetID = base58'Zn3cLHW7aAVPm5aACcTjvg7e7iEy2cKDtbowok5qa9H'
7	7
8	8	let CODEAssetID = base58'HKC7bagwpSpj1MpKhsevvwcnUuYgk1v7CdPTMnU29j9w'
9	9
10	10	let FeeAddress = base58'6Z73KxcX3sugpiStpSRXxKxTmWqCaLVwFeM6kwyiKVDR'
11	11
12	12	let devAddress = base58'8d4zGuTjT3h67Z4DatzMXdXXW1GvoQhMTjwCGFxJuene'
13	13
14	14	@Callable(i)
15	15	func IssueA4A () = {
16	16	let pmt = value(i.payments[0])
17	17	let currentKey = toBase58String(i.caller.bytes)
18	18	let PricePerA4A = getIntegerValue(this, "A4A/TN")
19	19	let A4AHardCap = getIntegerValue(this, "A4AHardCap")
20	20	let NewA4AToUser = fraction(100000, pmt.amount, PricePerA4A)
21	21	let PreviousIssuedA4A = getIntegerValue(this, "Total_Issued_A4A:")
22	22	let TotalIssuedA4A = (PreviousIssuedA4A + NewA4AToUser)
23	23	let PendingMinting = (A4AHardCap - TotalIssuedA4A)
24	24	let PreviousA4AReserveValue = getIntegerValue(this, "Total_A4A_Reserve_In_TN:")
25	25	let A4AReserveValue = (PreviousA4AReserveValue + pmt.amount)
26	26	let PreviousA4ABackupPrice = getIntegerValue(this, "A4A_Backup_Value_In_TN:")
27	27	let A4ABackupPrice = fraction(100000, A4AReserveValue, TotalIssuedA4A)
28	28	if (isDefined(pmt.assetId))
29	29	then throw("Incorrect asset attached, please attach TN.")
30	30	else if ((5000000 > pmt.amount))
31	31	then throw("Please Attach minimum 0.05 TN To Issue A4A Asset.")
32	32	else if ((TotalIssuedA4A > A4AHardCap))
33	33	then throw((((((("A4A Minting is about to reach the Hard Cap of " + toString(A4AHardCap)) + "/10^8 A4A. Please Reduce your Minting Order by ") + toString(PendingMinting)) + " or put ") + toString((A4AHardCap - PreviousIssuedA4A))) + "/10^8"))
34	34	else [IntegerEntry("Total_Issued_A4A:", TotalIssuedA4A), IntegerEntry("Balance_Minting_A4A:", PendingMinting), IntegerEntry("Total_A4A_Reserve_In_TN:", A4AReserveValue), IntegerEntry("A4A_Backup_Value_In_TN:", A4ABackupPrice), StringEntry("message", "<h1>A4A Issued Successfully!</h1><br>"), Reissue(A4AAssetID, NewA4AToUser, true), ScriptTransfer(i.caller, ((NewA4AToUser * 990) / 1000), A4AAssetID), ScriptTransfer(addressFromPublicKey(FeeAddress), ((NewA4AToUser * 9) / 1000), A4AAssetID), ScriptTransfer(addressFromPublicKey(devAddress), ((NewA4AToUser * 1) / 1000), A4AAssetID)]
35	35	}
36	36
37	37
38	38
39	39	@Callable(i)
40	40	func Liquidate () = {
41	41	let currentKey = toBase58String(i.callerPublicKey)
42	42	let pmt = value(i.payments[0])
43	43	let PreviousIssuedA4A = getIntegerValue(this, "Total_Issued_A4A:")
44	44	let PreviousBurnedA4A = getIntegerValue(this, "Total_Burned_A4A:")
45	45	let TotalIssuedA4A = (PreviousIssuedA4A - pmt.amount)
46	46	let TotalBurnedA4A = (PreviousBurnedA4A + pmt.amount)
47	47	let PreviousA4AReserveValue = getIntegerValue(this, "Total_A4A_Reserve_In_TN:")
48	48	let PreviousA4ABackupPrice = getIntegerValue(this, "A4A_Backup_Value_In_TN:")
49	49	let calculateburnvalue = fraction(PreviousA4ABackupPrice, pmt.amount, 100000)
50	50	let A4AReserveValue = (PreviousA4AReserveValue - calculateburnvalue)
51	51	let A4ABackupPrice = fraction(100000, A4AReserveValue, TotalIssuedA4A)
52	52	if ((pmt.assetId != A4AAssetID))
53	53	then throw("Kindly Deposit Only 8hdsVCxPBVEmVUZyyX8Sd98Z9hU7Fny26W96sjKiTw8g (A4A).")
54	54	else if ((100000 > pmt.amount))
55	55	then throw("Attach Amount must be greater than 0.001 A4A.")
56	56	else [Burn(A4AAssetID, pmt.amount), IntegerEntry("Total_Issued_A4A:", TotalIssuedA4A), IntegerEntry("Total_Burned_A4A:", TotalBurnedA4A), IntegerEntry("Total_A4A_Reserve_In_TN:", A4AReserveValue), IntegerEntry("A4A_Backup_Value_In_TN:", A4ABackupPrice), StringEntry("message", "<h1>A4A Liquidated Successfully!</h1><br>"), ScriptTransfer(i.caller, ((calculateburnvalue * 990) / 1000), unit), ScriptTransfer(addressFromPublicKey(FeeAddress), ((calculateburnvalue * 9) / 1000), unit), ScriptTransfer(addressFromPublicKey(devAddress), ((calculateburnvalue * 1) / 1000), unit)]
57	57	}
58	58
59	59
60	60
61	61	@Callable(i)
62	62	func Deposit (days) = {
63	63	let pmt = if ((size(i.payments) == 1))
64	64	then i.payments[0]
65	65	else throw("No payment attached, Please Attach A4A Token as per TIER in payment[1].")
66	66	let currentKey = toBase58String(i.caller.bytes)
67	67	let maximumlockdays = 90
68	68	let lockstatus = "LOCKED"
69	69	let ULBT = 99999999999
70	70	let ULST = 599999999999
71	71	let ULGT = 1199999999999
72	72	let ULDT = 1200000000000
73	73	let oneday = 1440
74	74	let actualblocks = (oneday * days)
75	75	let totallockblocks = (height + actualblocks)
76	76	let Tier1 = 36000
77	77	let Tier1rewards = fraction(fraction((Tier1 * 2), pmt.amount, pow(10, 0, 8, 0, 0, UP)), actualblocks, pow(10, 0, 6, 0, 0, UP))
78	78	let Tier2rewards = fraction(fraction((Tier1 * 4), pmt.amount, pow(10, 0, 8, 0, 0, UP)), actualblocks, pow(10, 0, 6, 0, 0, UP))
79	79	let Tier3rewards = fraction(fraction((Tier1 * 8), pmt.amount, pow(10, 0, 8, 0, 0, UP)), actualblocks, pow(10, 0, 6, 0, 0, UP))
80	80	let StakedA4AAmount = match getInteger(this, "Staked_Amount") {
81	81	case a: Int =>
82	82	a
83	83	case _ =>
84	84	0
85	85	}
86	86	let newStakedA4AAmount = (StakedA4AAmount + pmt.amount)
87	87	let currentA4AAmount = match getInteger(this, ("Deposit_Amount_Of_" + currentKey)) {
88	88	case a: Int =>
89	89	a
90	90	case _ =>
91	91	0
92	92	}
93	93	let newA4AAmount = (currentA4AAmount + pmt.amount)
94	94	if ((pmt.assetId != A4AAssetID))
95	95	then throw((("Incorrect asset attached, please attach " + toBase58String(A4AAssetID)) + " only."))
96	96	else if ((6 >= days))
97	97	then throw("Choose Locking days in between 7 to 90.")
98	98	else if ((days > maximumlockdays))
99	99	then throw("You Entered days greater than 90 please Enter no. of days in between 7 to 90.")
100	100	else if ((33300000000 > pmt.amount))
101	101	then throw("Please Attach minimum 333 A4A To Achieve BRONZE TIER.")
102	102	else if ((ULBT >= pmt.amount))
103	103	then [StringEntry(("Tier_Of_" + currentKey), "BRONZE"), IntegerEntry(("Deposit_height_Of_" + currentKey), height), IntegerEntry("Staked_Amount", newStakedA4AAmount), IntegerEntry(("Deposit_Amount_Of_" + currentKey), newA4AAmount), IntegerEntry(("Total_Lock_Blocks_Of_" + currentKey), totallockblocks), StringEntry(("Lock_Status_Of_" + currentKey), lockstatus), IntegerEntry(("Rewards_Of_" + currentKey), fraction(fraction(Tier1, pmt.amount, pow(10, 0, 8, 0, 0, UP)), actualblocks, pow(10, 0, 6, 0, 0, UP)))]
104	104	else if ((ULST >= pmt.amount))
105	105	then [StringEntry(("Tier_Of_" + currentKey), "SILVER"), IntegerEntry(("Deposit_height_Of_" + currentKey), height), IntegerEntry("Staked_Amount", newStakedA4AAmount), IntegerEntry(("Deposit_Amount_Of_" + currentKey), newA4AAmount), IntegerEntry(("Total_Lock_Blocks_Of_" + currentKey), totallockblocks), StringEntry(("Lock_Status_Of_" + currentKey), lockstatus), IntegerEntry(("Rewards_Of_" + currentKey), Tier1rewards)]
106	106	else if ((ULGT >= pmt.amount))
107	107	then [StringEntry(("Tier_Of_" + currentKey), "GOLD"), IntegerEntry(("Deposit_height_Of_" + currentKey), height), IntegerEntry("Staked_Amount", newStakedA4AAmount), IntegerEntry(("Deposit_Amount_Of_" + currentKey), newA4AAmount), IntegerEntry(("Total_Lock_Blocks_Of_" + currentKey), totallockblocks), StringEntry(("Lock_Status_Of_" + currentKey), lockstatus), IntegerEntry(("Rewards_Of_" + currentKey), Tier2rewards)]
108	108	else if ((ULDT == pmt.amount))
109	109	then [StringEntry(("Tier_Of_" + currentKey), "DIAMOND"), IntegerEntry(("Deposit_height_Of_" + currentKey), height), IntegerEntry("Staked_Amount", newStakedA4AAmount), IntegerEntry(("Deposit_Amount_Of_" + currentKey), newA4AAmount), IntegerEntry(("Total_Lock_Blocks_Of_" + currentKey), totallockblocks), StringEntry(("Lock_Status_Of_" + currentKey), lockstatus), IntegerEntry(("Rewards_Of_" + currentKey), Tier3rewards)]
110	110	else throw("Please Choose a Range Between 333-12000.")
111	111	}
112	112
113	113
114	114
115	115	@Callable(i)
116	116	func Withdraw () = {
117	117	let currentKey = toBase58String(i.caller.bytes)
118	118	let checkdepositvalue = getIntegerValue(this, ("Deposit_Amount_Of_" + currentKey))
119	119	let checkstakedvalue = getIntegerValue(this, "Staked_Amount")
120	120	let newstakedvalue = (checkstakedvalue - checkdepositvalue)
121	121	let check90Dgap = (getIntegerValue(this, ("Total_Lock_Blocks_Of_" + currentKey)) - getIntegerValue(this, ("Deposit_height_Of_" + currentKey)))
122	122	let fetchRewardData = getIntegerValue(this, "Total_USDT_Claimed:")
123	123	let totalrewardclaimed = (fetchRewardData + getIntegerValue(this, ("Rewards_Of_" + currentKey)))
124	124	if ((getIntegerValue(this, ("Total_Lock_Blocks_Of_" + currentKey)) > height))
125	125	then throw(((("Your " + toString(getIntegerValue(this, ("Deposit_Amount_Of_" + currentKey)))) + " A4A are Under Lock. Consider last 8 digits as value after Decimals. Token will be Unlocked after ") + toString((getIntegerValue(this, ("Total_Lock_Blocks_Of_" + currentKey)) - height))))
126	126	else if ((checkdepositvalue == 0))
127	127	then throw("You Have Already Withdraw your Amount.")
128	128	else if ((check90Dgap == 129600))
129	129	then [ScriptTransfer(i.caller, getIntegerValue(this, ("Deposit_Amount_Of_" + currentKey)), A4AAssetID), ScriptTransfer(i.caller, getIntegerValue(this, ("Rewards_Of_" + currentKey)), USDTAssetID), ScriptTransfer(i.caller, (getIntegerValue(this, ("Deposit_Amount_Of_" + currentKey)) * (3 / 1000)), CODEAssetID), StringEntry(("Tier_Of_" + currentKey), "NONE"), IntegerEntry(("Deposit_height_Of_" + currentKey), 0), IntegerEntry("Staked_Amount", newstakedvalue), IntegerEntry(("Deposit_Amount_Of_" + currentKey), 0), IntegerEntry(("Total_Lock_Blocks_Of_" + currentKey), 0), StringEntry(("Lock_Status_Of_" + currentKey), "UNLOCK"), IntegerEntry(("Rewards_Of_" + currentKey), 0), IntegerEntry("Total_USDT_Claimed:", totalrewardclaimed)]
130	130	else [ScriptTransfer(i.caller, getIntegerValue(this, ("Deposit_Amount_Of_" + currentKey)), A4AAssetID), ScriptTransfer(i.caller, getIntegerValue(this, ("Rewards_Of_" + currentKey)), USDTAssetID), StringEntry(("Tier_Of_" + currentKey), "NONE"), IntegerEntry(("Deposit_height_Of_" + currentKey), 0), IntegerEntry("Staked_Amount", newstakedvalue), IntegerEntry(("Deposit_Amount_Of_" + currentKey), 0), IntegerEntry(("Total_Lock_Blocks_Of_" + currentKey), 0), StringEntry(("Lock_Status_Of_" + currentKey), "UNLOCK"), IntegerEntry(("Rewards_Of_" + currentKey), 0), IntegerEntry("Total_USDT_Claimed:", totalrewardclaimed)]
131	131	}
132	132
133	133
134	134
135	135	@Callable(i)
136	136	func DepositUSDT () = {
137	137	let pmt = if ((size(i.payments) == 1))
138	138	then i.payments[0]
139	139	else throw("No payment attached, Please Attach USDT Token in payment[1].")
140	140	let calleraddress = toBase58String(i.caller.bytes)
141	141	let USDTdepositor = getStringValue(this, "Funding_Address")
142	142	let fetcholdUSDTbal = getIntegerValue(this, "USDT_Balance")
143	143	let oldUSDTbal = match getInteger(this, "USDT_Balance") {
144	144	case a: Int =>
145	145	a
146	146	case _ =>
147	147	0
148	148	}
149	149	let newUSDTbal = (oldUSDTbal + pmt.amount)
150	150	if ((USDTdepositor != calleraddress))
151	151	then throw((("I know You are not An Admin. Only " + USDTdepositor) + " has rights to add USDT Funds."))
152	152	else if ((pmt.assetId != USDTAssetID))
153	153	then throw((("Kindly Deposit Only USDT " + toBase58String(USDTAssetID)) + " AssetID."))
154	154	else if ((1000000 > pmt.amount))
155	155	then throw("Attach minimum 1 USDT atleast For Payment.")
156	156	else [IntegerEntry("USDT_Balance", newUSDTbal)]
157	157	}
158	158
159	159
160	160	@Verifier(tx)
161	161	func verify () = sigVerify(tx.bodyBytes, tx.proofs[0], tx.senderPublicKey)
162	162

github/deemru/w8io/169f3d6 
39.81 ms ◑