tx · 9hkfv8sefgMA6FjLLpj4rwcztWjmGcYMnkBMYxXYb6V8

3NBsiM9nhCb44CYKhUKSkkCivsCssHjyNiF:  -0.01000000 Waves

2023.11.27 17:58 [2861955] smart account 3NBsiM9nhCb44CYKhUKSkkCivsCssHjyNiF > SELF 0.00000000 Waves

{
    "type": 13,
    "id": "9hkfv8sefgMA6FjLLpj4rwcztWjmGcYMnkBMYxXYb6V8",
    "fee": 1000000,
    "feeAssetId": null,
    "timestamp": 1701097102781,
    "version": 2,
    "chainId": 84,
    "sender": "3NBsiM9nhCb44CYKhUKSkkCivsCssHjyNiF",
    "senderPublicKey": "3hCTei4Guj2wEDRRRG1C1E6uactPJ7kvGnnURgGt9WjF",
    "proofs": [
        "3j4xRoCrnWxHfnZkYrfnEz3zPZGqUGECzHQmFqC7BBa3YppyXtaUnTsMTe2SBEPTG4uvxj4BYrrZumk8HCHk6VFs"
    ],
    "script": "base64:BgICCAIAAACM2Hc5",
    "height": 2861955,
    "applicationStatus": "succeeded",
    "spentComplexity": 0
}

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{-# STDLIB_VERSION 6 #-}
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{-# SCRIPT_TYPE ACCOUNT #-}
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{-# CONTENT_TYPE DAPP #-}
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let BAI_ADDRESS = "3N9tKixzqTYWnEXQxrDQ5pBTGvQd6sFsvmV"
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let TYPE = "crashEvaluation"
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let BAI_FEE = 10000000
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let AI_TOKEN_ASSET_ID = base58'AxGKQRxKo4F2EbhrRq6N2tdLsxtMnpzQsS4QemV6V1W1'
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func removeMarks (marksString) = {
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    let a = drop(marksString, 1)
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    let b = dropRight(a, 1)
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    b
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    }
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func parseJson (json) = {
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    let modifiedJson = drop(json, 1)
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    let modifiedJson2 = dropRight(modifiedJson, 1)
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    let split1 = split(modifiedJson2, ",")
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    let keyValue1 = split(split1[0], ":")
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    let key1 = removeMarks(keyValue1[0])
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    let value1 = removeMarks(keyValue1[1])
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    let keyValue2 = split(split1[1], ":")
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    let key2 = removeMarks(keyValue2[0])
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    let value2 = removeMarks(keyValue2[1])
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    let keyValue3 = split(split1[2], ":")
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    let key3 = removeMarks(keyValue3[0])
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    let value3 = removeMarks(keyValue3[1])
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    $Tuple3([key1, value1], [key2, value2], [key3, value3])
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    }
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@Callable(i)
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func registerData (clientInput,opponentInput,id,oppAddress,lgtCond) = {
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    let searchForExistingData =     match getString(id) {
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        case s: String => 
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            s
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        case _ => 
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            "no Data exists"
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    }
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    if ((searchForExistingData != "no Data exists"))
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        then throw("There is already existing Data for this case!")
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        else {
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            let parameters = [id, TYPE, "evaluatedDataCallback"]
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            let client = toString(i.caller)
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            let txId = toBase58String(i.transactionId)
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            let invokeTask = invoke(Address(fromBase58String(BAI_ADDRESS)), "registerTaskCallback", parameters, [AttachedPayment(AI_TOKEN_ASSET_ID, BAI_FEE)])
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[StringEntry(id, txId), IntegerEntry((((id + "_") + client) + "_age"), clientInput[0]), IntegerEntry((((id + "_") + client) + "_sex"), clientInput[1]), IntegerEntry((((id + "_") + client) + "_damage"), clientInput[2]), IntegerEntry((((id + "_") + client) + "_fac1"), clientInput[3]), IntegerEntry((((id + "_") + client) + "_fac2"), clientInput[4]), IntegerEntry((((id + "_") + client) + "_fac3"), clientInput[5]), IntegerEntry((((id + "_") + client) + "_fac4"), clientInput[6]), IntegerEntry((((id + "_") + client) + "_vio1"), clientInput[7]), IntegerEntry((((id + "_") + client) + "_vio2"), clientInput[8]), IntegerEntry((((id + "_") + client) + "_vio3"), clientInput[9]), IntegerEntry((((id + "_") + client) + "_vio4"), clientInput[10]), IntegerEntry((((id + "_") + client) + "_cost"), clientInput[11]), IntegerEntry((((id + "_") + oppAddress) + "_age"), opponentInput[0]), IntegerEntry((((id + "_") + oppAddress) + "_sex"), opponentInput[1]), IntegerEntry((((id + "_") + oppAddress) + "_damage"), opponentInput[2]), IntegerEntry((((id + "_") + oppAddress) + "_fac1"), opponentInput[3]), IntegerEntry((((id + "_") + oppAddress) + "_fac2"), opponentInput[4]), IntegerEntry((((id + "_") + oppAddress) + "_fac3"), opponentInput[5]), IntegerEntry((((id + "_") + oppAddress) + "_fac4"), opponentInput[6]), IntegerEntry((((id + "_") + oppAddress) + "_vio1"), opponentInput[7]), IntegerEntry((((id + "_") + oppAddress) + "_vio2"), opponentInput[8]), IntegerEntry((((id + "_") + oppAddress) + "_vio3"), opponentInput[9]), IntegerEntry((((id + "_") + oppAddress) + "_vio4"), opponentInput[10]), IntegerEntry((((id + "_") + oppAddress) + "_cost"), opponentInput[11]), IntegerEntry((id + "_lgt"), lgtCond), StringEntry((id + "_status"), "open"), StringEntry((id + "_sender"), client)]
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            }
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    }
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@Callable(i)
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func evaluatedDataCallback (response) = {
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    let txId = toBase58String(i.transactionId)
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    let parsedJson = parseJson(response)
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    let crashId = parsedJson._1[1]
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    let innocentAddress = parsedJson._2[1]
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    let guiltyAddress = parsedJson._3[1]
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    let RegisterTxId =     match getString(crashId) {
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        case s: String => 
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            s
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        case _ => 
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            "no Data exists"
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    }
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    if ((RegisterTxId == "no Data exists"))
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        then throw("There is no Data for this crashId!")
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        else {
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            let status =             match getString((crashId + "_status")) {
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                case s: String => 
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                    s
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                case _ => 
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                    "no Data exists"
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            }
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            if ((status == "no Data exists"))
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                then throw("There is no status for this case!")
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                else if ((status == "closed"))
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                    then throw("A case should not be evaluated twice!")
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                    else {
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                        let costEstimationOfInnocentPerson =                         match getInteger((((RegisterTxId + "_") + innocentAddress) + "_cost")) {
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                            case s: Int => 
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                                s
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                            case _ => 
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                                "No data Found"
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                        }
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                        if ((costEstimationOfInnocentPerson == "No data Found"))
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                            then throw("There is no data for this address!")
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                            else if ((costEstimationOfInnocentPerson == -1))
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                                then [StringEntry((crashId + "_eval"), txId), StringEntry((crashId + "_innocent_address"), innocentAddress), StringEntry((crashId + "_guilty_address"), guiltyAddress), StringEntry((crashId + "_status"), "evaluated")]
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                                else [StringEntry((crashId + "_eval"), txId), StringEntry((crashId + "_innocent_address"), innocentAddress), StringEntry((crashId + "_guilty_address"), guiltyAddress), StringEntry((crashId + "_status"), "closed"), ScriptTransfer(Address(fromBase58String(innocentAddress)), 100000000, unit)]
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                        }
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            }
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    }
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@Callable(i)
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func evaluatedData (prediction_id,per_one_address,per_two_address,guilty_person_address) = {
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    let txId = toBase58String(i.transactionId)
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[StringEntry(prediction_id, txId), StringEntry((txId + "_guilty"), guilty_person_address)]
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    }
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@Callable(i)
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func requestPayout (pred_txId,amount,id) = {
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    let client = toString(i.caller)
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    let txId = toBase58String(i.transactionId)
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[StringEntry((id + "_request_payout"), txId), IntegerEntry((txId + "_amount"), amount), StringEntry((txId + "_prediction_id"), pred_txId)]
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    }
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@Verifier(tx)
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func verify () = sigVerify(tx.bodyBytes, tx.proofs[0], tx.senderPublicKey)
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github/deemru/w8io/169f3d6 
27.04 ms ◑