tx · 7bx2LM8ETHj5M2NCgBHCFKW66GGbhJPhuyJ8YtpakJLK

3N4Ph9WAuB4cPRsTbeicm8T6Pqr9vS88EjT:  -0.00500000 Waves

2023.03.16 15:08 [2492559] smart account 3N4Ph9WAuB4cPRsTbeicm8T6Pqr9vS88EjT > SELF 0.00000000 Waves

{
    "type": 13,
    "id": "7bx2LM8ETHj5M2NCgBHCFKW66GGbhJPhuyJ8YtpakJLK",
    "fee": 500000,
    "feeAssetId": null,
    "timestamp": 1678968500896,
    "version": 2,
    "chainId": 84,
    "sender": "3N4Ph9WAuB4cPRsTbeicm8T6Pqr9vS88EjT",
    "senderPublicKey": "ETecocSPYjiwv1GLwr7mcAMPpBjfWaK95CSKoJckSnzn",
    "proofs": [
        "57qyYM3HThmUaQFcLCm2phxzRL2fhB8fNzxzDT7onSM6186bhQ8Hrbze8ALb66mQTdu7St5WrTZJjUjp5c8QJkYy"
    ],
    "script": null,
    "height": 2492559,
    "applicationStatus": "succeeded",
    "spentComplexity": 0
}

View: original | compacted
Prev: C9648F5Q3r3evnn5zNEpvcZ8UxpjwqE5yNMuemMc4Sbd
Next: 6WSuRsL3SQyeCd7zUYAK7ooaAEGUSB1GTRvnBS3UV2D5

Full: 

OldNewDifferences
1-{-# STDLIB_VERSION 6 #-}
2-{-# SCRIPT_TYPE ACCOUNT #-}
3-{-# CONTENT_TYPE DAPP #-}
4-let SEP = "__"
5-
6-func keyManagerPublicKey () = "%s__managerPublicKey"
7-
8-
9-func keyPendingManagerPublicKey () = "%s__pendingManagerPublicKey"
10-
11-
12-func keyWithdrawDelay (assetA,assetB) = makeString(["%s%s%s", "withdrawDelay", assetA, assetB], SEP)
13-
14-
15-func keyDepositFeePermille (assetA,assetB) = makeString(["%s%s%s", "depositFeePermille", assetA, assetB], SEP)
16-
17-
18-func keyWithdrawFeePermille (assetA,assetB) = makeString(["%s%s%s", "withdrawFeePermille", assetA, assetB], SEP)
19-
20-
21-func keyMinAmountDeposit (assetA,assetB) = makeString(["%s%s%s", "minAmountDeposit", assetA, assetB], SEP)
22-
23-
24-func keyAssetsPairStatus (assetA,assetB) = makeString(["%s%s%s", "assetsPairStatus", assetA, assetB], SEP)
25-
26-
27-func keyMinAmountWithdraw (assetA,assetB) = makeString(["%s%s%s", "minAmountWithdraw", assetA, assetB], SEP)
28-
29-
30-func keyBalance (assetA,assetB,userAddress) = makeString(["%s%s%s%s", "balance", assetA, assetB, userAddress], SEP)
31-
32-
33-func keyTotalFeeCollectedDeposit (assetA,assetB) = makeString(["%s%s%s%s", "totalFeeCollected", "deposit", assetA, assetB], SEP)
34-
35-
36-func keyProcessInProgress (userAddress,assetA,assetB,heightInKey) = makeString(["%s%s%s%s%s%d", "withdrawProcess", "inProgress", userAddress, assetA, assetB, toString(heightInKey)], SEP)
37-
38-
39-func keyProcessDone (userAddress,assetA,assetB,heightInKey) = makeString(["%s%s%s%s%s%d", "withdrawProcess", "done", userAddress, assetA, assetB, toString(heightInKey)], SEP)
40-
41-
42-func managerPublicKeyOrUnit () = match getString(keyManagerPublicKey()) {
43-    case s: String => 
44-        fromBase58String(s)
45-    case _: Unit => 
46-        unit
47-    case _ => 
48-        throw("Match error")
49-}
50-
51-
52-func pendingManagerPublicKeyOrUnit () = match getString(keyPendingManagerPublicKey()) {
53-    case s: String => 
54-        fromBase58String(s)
55-    case _: Unit => 
56-        unit
57-    case _ => 
58-        throw("Match error")
59-}
60-
61-
62-func mustManager (i) = {
63-    let pd = throw("Permission denied.")
64-    match managerPublicKeyOrUnit() {
65-        case pk: ByteVector => 
66-            if ((i.callerPublicKey == pk))
67-                then true
68-                else pd
69-        case _: Unit => 
70-            if ((i.caller == this))
71-                then true
72-                else pd
73-        case _ => 
74-            throw("Match error")
75-    }
76-    }
77-
78-
79-func fmtErr (msg) = makeString(["otc_multiasset.ride:", msg], " ")
80-
81-
82-func throwErr (msg) = throw(fmtErr(msg))
83-
84-
85-@Callable(i)
86-func registerAsset (assetA,assetB,withdrawDelay,depositFee,withdrawFee,minAmountDeposit,minAmountWithdraw,pairStatus) = {
87-    let checkCaller = mustManager(i)
88-    if ((checkCaller == checkCaller))
89-        then {
90-            let withdrawDelayKey = keyWithdrawDelay(assetA, assetB)
91-            let depositFeePermilleKey = keyDepositFeePermille(assetA, assetB)
92-            let withdrawFeePermilleKey = keyWithdrawFeePermille(assetA, assetB)
93-            let minAmountDepositKey = keyMinAmountDeposit(assetA, assetB)
94-            let minAmountWithdrawKey = keyMinAmountWithdraw(assetA, assetB)
95-            let pairStatusKey = keyAssetsPairStatus(assetA, assetB)
96-[IntegerEntry(withdrawDelayKey, withdrawDelay), IntegerEntry(depositFeePermilleKey, depositFee), IntegerEntry(withdrawFeePermilleKey, withdrawFee), IntegerEntry(minAmountDepositKey, minAmountDeposit), IntegerEntry(minAmountWithdrawKey, minAmountWithdraw), IntegerEntry(pairStatusKey, pairStatus)]
97-            }
98-        else throw("Strict value is not equal to itself.")
99-    }
100-
101-
102-
103-@Callable(i)
104-func swapAssetsAToB (assetB) = {
105-    let payment = value(i.payments[0])
106-    let assetA = toBase58String(value(payment.assetId))
107-    let asset = fromBase58String(value(assetB))
108-    let userAddress = toString(i.caller)
109-    let minAmountDeposit = valueOrErrorMessage(getInteger(keyMinAmountDeposit(assetA, assetB)), fmtErr("This asset pair does not exist."))
110-    let toDeposit = payment.amount
111-    let depositFee = valueOrErrorMessage(getInteger(keyDepositFeePermille(assetA, assetB)), fmtErr("The deposit fee for this pair of assets is not set."))
112-    let fee = ((toDeposit / 1000) * depositFee)
113-    let currentUserBalance = valueOrElse(getInteger(keyBalance(assetA, assetB, userAddress)), 0)
114-    let totalCommissions = valueOrElse(getInteger(keyTotalFeeCollectedDeposit(assetA, assetB)), 0)
115-    let pairStatus = valueOrErrorMessage(getInteger(keyAssetsPairStatus(assetA, assetB)), fmtErr("The asset pair status for this pair of assets is not set."))
116-    let checkPairStatus = if ((pairStatus == 0))
117-        then true
118-        else throwErr("The couple's deposit is blocked.")
119-    if ((checkPairStatus == checkPairStatus))
120-        then {
121-            let checkPayment = if ((toDeposit >= minAmountDeposit))
122-                then true
123-                else throwErr("The deposit amount is less than the minimum.")
124-            if ((checkPayment == checkPayment))
125-                then {
126-                    let newBalance = ((currentUserBalance + toDeposit) - fee)
127-                    let checkBalance = if ((newBalance > 0))
128-                        then true
129-                        else throwErr("The final balance is less than or equal to 0.")
130-                    if ((checkBalance == checkBalance))
131-                        then [IntegerEntry(keyBalance(assetA, assetB, userAddress), newBalance), IntegerEntry(keyTotalFeeCollectedDeposit(assetA, assetB), (totalCommissions + fee)), ScriptTransfer(i.caller, (toDeposit - fee), asset)]
132-                        else throw("Strict value is not equal to itself.")
133-                    }
134-                else throw("Strict value is not equal to itself.")
135-            }
136-        else throw("Strict value is not equal to itself.")
137-    }
138-
139-
140-
141-@Callable(i)
142-func initializationSwapAssetsBToA (assetA) = {
143-    let payment = value(i.payments[0])
144-    let toWithdraw = payment.amount
145-    let assetB = toBase58String(value(payment.assetId))
146-    let userAddress = toString(i.caller)
147-    let minAmountWithdraw = valueOrErrorMessage(getInteger(keyMinAmountWithdraw(assetA, assetB)), fmtErr("The minimum withdrawal amount for this pair of assets is not set."))
148-    let assetLockHeight = (height + valueOrErrorMessage(getInteger(keyWithdrawDelay(assetA, assetB)), fmtErr("Withdrawal delay is not set for the specified pair.")))
149-    let currentUserBalance = valueOrErrorMessage(getInteger(keyBalance(assetA, assetB, userAddress)), fmtErr("This user balance does not exist."))
150-    let totalCommissions = valueOrElse(getInteger(keyTotalFeeCollectedDeposit(assetA, assetB)), 0)
151-    let withdrawFeePermilleKey = keyWithdrawFeePermille(assetA, assetB)
152-    let withdrawFee = valueOrErrorMessage(getInteger(withdrawFeePermilleKey), fmtErr("The withdrawal fee for this pair of assets is not set."))
153-    let fee = ((toWithdraw / 1000) * withdrawFee)
154-    let newBalance = (currentUserBalance - toWithdraw)
155-    let checkBalance = if ((newBalance >= 0))
156-        then true
157-        else throwErr("Swap amount fail, amount is to small.")
158-    if ((checkBalance == checkBalance))
159-        then {
160-            let checkPayment = if ((toWithdraw >= minAmountWithdraw))
161-                then true
162-                else throwErr("The withdraw amount is less than the minimum.")
163-            if ((checkPayment == checkPayment))
164-                then {
165-                    let checkProcessInProgress = if ((getInteger(keyProcessInProgress(userAddress, assetA, assetB, assetLockHeight)) == unit))
166-                        then true
167-                        else throwErr("At this height, there is already an exchange of this pair.")
168-                    if ((checkProcessInProgress == checkProcessInProgress))
169-                        then [IntegerEntry(keyBalance(assetA, assetB, userAddress), newBalance), IntegerEntry(keyProcessInProgress(userAddress, assetA, assetB, assetLockHeight), (toWithdraw - fee)), IntegerEntry(keyTotalFeeCollectedDeposit(assetA, assetB), (totalCommissions + fee))]
170-                        else throw("Strict value is not equal to itself.")
171-                    }
172-                else throw("Strict value is not equal to itself.")
173-            }
174-        else throw("Strict value is not equal to itself.")
175-    }
176-
177-
178-
179-@Callable(i)
180-func withdrawAsset (assetA,assetB,heightInKey) = {
181-    let userAddress = toString(i.caller)
182-    let toWithdraw = valueOrErrorMessage(getInteger(keyProcessInProgress(userAddress, assetA, assetB, heightInKey)), fmtErr("At this height, withdraw was not initialized with this pair of assets."))
183-    let asset = fromBase58String(value(assetA))
184-    let checkHeight = if ((height >= heightInKey))
185-        then true
186-        else throwErr((("Withdrawal is possible after " + toString(heightInKey)) + " height or you have already withdrawn."))
187-    if ((checkHeight == checkHeight))
188-        then [DeleteEntry(keyProcessInProgress(userAddress, assetA, assetB, heightInKey)), IntegerEntry(keyProcessDone(userAddress, assetA, assetB, heightInKey), toWithdraw), ScriptTransfer(i.caller, toWithdraw, asset)]
189-        else throw("Strict value is not equal to itself.")
190-    }
191-
192-
193-
194-@Callable(i)
195-func withdrawFee (assetA,assetB) = {
196-    let checkCaller = mustManager(i)
197-    if ((checkCaller == checkCaller))
198-        then {
199-            let toWithdrawA = valueOrElse(getInteger(keyTotalFeeCollectedDeposit(assetA, assetB)), 0)
200-            let withdrawAssetA = fromBase58String(value(assetA))
201-[IntegerEntry(keyTotalFeeCollectedDeposit(assetA, assetB), 0), ScriptTransfer(i.caller, toWithdrawA, withdrawAssetA)]
202-            }
203-        else throw("Strict value is not equal to itself.")
204-    }
205-
206-
207-
208-@Callable(i)
209-func setManager (pendingManagerPublicKey) = {
210-    let checkCaller = mustManager(i)
211-    if ((checkCaller == checkCaller))
212-        then {
213-            let checkManagerPublicKey = fromBase58String(pendingManagerPublicKey)
214-            if ((checkManagerPublicKey == checkManagerPublicKey))
215-                then [StringEntry(keyPendingManagerPublicKey(), pendingManagerPublicKey)]
216-                else throw("Strict value is not equal to itself.")
217-            }
218-        else throw("Strict value is not equal to itself.")
219-    }
220-
221-
222-
223-@Callable(i)
224-func confirmManager () = {
225-    let pm = pendingManagerPublicKeyOrUnit()
226-    let hasPM = if (isDefined(pm))
227-        then true
228-        else throwErr("No pending manager.")
229-    if ((hasPM == hasPM))
230-        then {
231-            let checkPM = if ((i.callerPublicKey == value(pm)))
232-                then true
233-                else throwErr("You are not pending manager.")
234-            if ((checkPM == checkPM))
235-                then [StringEntry(keyManagerPublicKey(), toBase58String(value(pm))), DeleteEntry(keyPendingManagerPublicKey())]
236-                else throw("Strict value is not equal to itself.")
237-            }
238-        else throw("Strict value is not equal to itself.")
239-    }
240-
241-
242-@Verifier(tx)
243-func verify () = {
244-    let targetPublicKey =     match managerPublicKeyOrUnit() {
245-        case pk: ByteVector => 
246-            pk
247-        case _: Unit => 
248-            tx.senderPublicKey
249-        case _ => 
250-            throw("Match error")
251-    }
252-    sigVerify(tx.bodyBytes, tx.proofs[0], targetPublicKey)
253-    }
254-
1+# no script
github/deemru/w8io/026f985 
29.70 ms ◑