tx · 3vKv28gnX1HBwhDocHsaJijyPfTkkktUWPo9oWn7ER3j

3MyHwrSEHk1LzLWgz4wMVEbYypEhq1ZXpnZ:  -0.01400000 Waves

2019.08.28 13:24 [650930] smart account 3MyHwrSEHk1LzLWgz4wMVEbYypEhq1ZXpnZ > SELF 0.00000000 Waves

{
    "type": 13,
    "id": "3vKv28gnX1HBwhDocHsaJijyPfTkkktUWPo9oWn7ER3j",
    "fee": 1400000,
    "feeAssetId": null,
    "timestamp": 1566987969183,
    "version": 1,
    "sender": "3MyHwrSEHk1LzLWgz4wMVEbYypEhq1ZXpnZ",
    "senderPublicKey": "D4CC6D8UKUzgs9xRbRDKdBoDmS5P4itWT4p7ueC3UeuB",
    "proofs": [
        "Re23n9c4z9eHXstUtPXGZM3phaZPE9EngGT9UKoQnFJ2mUADXuus52cFi13FMedCkmaVTMiJhYDgBWnZ3vw2Kyc"
    ],
    "script": "base64:AwQAAAAHUHViS2V5MQEAAAAgaQxxSAhSITOlMYdvwKcfK7u/x0yzOg/68EH0ax0QlWUEAAAAB1B1YktleTIBAAAAILb58FcZXTIbjEshMW6ayDB2XcNop87YatlbtNE8j6N0BAAAAARzaWcxAwkAAfQAAAADCAUAAAACdHgAAAAJYm9keUJ5dGVzCQABkQAAAAIIBQAAAAJ0eAAAAAZwcm9vZnMAAAAAAAAAAAAFAAAAB1B1YktleTEAAAAAAAAAAAEAAAAAAAAAAAAEAAAABHNpZzIDCQAB9AAAAAMIBQAAAAJ0eAAAAAlib2R5Qnl0ZXMJAAGRAAAAAggFAAAAAnR4AAAABnByb29mcwAAAAAAAAAAAQUAAAAHUHViS2V5MgAAAAAAAAAAAQAAAAAAAAAAAAkAAGYAAAACCQAAZAAAAAIFAAAABHNpZzEFAAAABHNpZzIAAAAAAAAAAADO+UOI",
    "chainId": 84,
    "height": 650930,
    "spentComplexity": 0
}

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Differences
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{-# STDLIB_VERSION 1 #-}
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{-# STDLIB_VERSION 3 #-}
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{-# CONTENT_TYPE EXPRESSION #-}
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let redPubKey = base58'FGdfvf5Tqt9oF6erwrySeqWhbnBvFBcAgyzxi5ipkaSs'
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let greenPubKey = base58'EcNRQ6fnbwxXhsHNxsgBxcoT3NviaNUsKkku6cPq1nKE'
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let bluePubKey = base58'6RmvmpKVEAkaXkvrCqkDjacuUS6yP5Y1Q9rrFWFWdAsS'
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let redAddr = Address(base58'3P38uq2GFgQ61mzq6ws3mphmViAyNhVV59w')
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let greenAddr = Address(base58'3PCAkktVadW14UFo2sfp2GHsYyKbNXYLpeJ')
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let blueAddr = Address(base58'3P7zzvxkrQdMCky2nrCPggnyWEJjqzoY8Us')
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let contract = tx.sender
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let redSigned = sigVerify(tx.bodyBytes, tx.proofs[0], redPubKey)
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let greenSigned = sigVerify(tx.bodyBytes, tx.proofs[0], greenPubKey)
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let blueSigned = sigVerify(tx.bodyBytes, tx.proofs[0], bluePubKey)
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match tx {
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    case ttx: DataTransaction => 
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        let dataSize = size(ttx.data)
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        let fromKey = ttx.data[0].key
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        let toKey = ttx.data[1].key
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        let newTurnFromKey = ttx.data[2].key
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        let turnToKey = ttx.data[3].key
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        let newFromUnits = ttx.data[0].value
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        let newToUnits = ttx.data[1].value
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        let newTurnFromValue = ttx.data[2].value
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        let turnToValue = ttx.data[3].value
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        let turnCorrect = if (if (if (if (if (if (if (if (if (if (if (if ((fromKey == "country1"))
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            then if (if ((toKey == "country2"))
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                then (toKey == "country8")
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                else false)
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                then (toKey == "country9")
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                else false
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            else false)
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            then true
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            else if ((fromKey == "country2"))
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                then if (if (if ((toKey == "country1"))
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                    then true
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                    else (toKey == "country3"))
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                    then true
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                    else (toKey == "country9"))
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                    then true
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                    else (toKey == "country10")
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                else false)
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            then true
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            else if ((fromKey == "country3"))
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                then if (if (if ((toKey == "country2"))
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                    then true
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                    else (toKey == "country4"))
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                    then true
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                    else (toKey == "country10"))
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                    then true
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                    else (toKey == "country11")
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                else false)
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            then true
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            else if ((fromKey == "country4"))
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                then if (if ((toKey == "country3"))
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                    then true
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                    else (toKey == "country5"))
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                    then true
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                    else (toKey == "country11")
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                else false)
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            then true
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            else if ((fromKey == "country5"))
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                then if ((toKey == "country4"))
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                    then true
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                    else (toKey == "country6")
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                else false)
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            then true
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            else if ((fromKey == "country6"))
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                then if ((toKey == "country5"))
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                    then true
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                    else (toKey == "country7")
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                else false)
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            then true
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            else if ((fromKey == "country7"))
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                then if ((toKey == "country6"))
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                    then true
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                    else (toKey == "country16")
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                else false)
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            then true
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            else if ((fromKey == "country8"))
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                then if (if ((toKey == "country1"))
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                    then true
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                    else (toKey == "country9"))
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                    then true
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                    else (toKey == "country12")
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                else false)
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            then true
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            else if ((fromKey == "country9"))
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                then if (if (if (if ((toKey == "country1"))
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                    then true
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                    else (toKey == "country2"))
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                    then true
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                    else (toKey == "country8"))
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                    then true
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                    else (toKey == "country10"))
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                    then true
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                    else (toKey == "country12")
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                else false)
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            then true
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            else if ((fromKey == "country10"))
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                then if (if (if (if (if ((toKey == "country2"))
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                    then true
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                    else (toKey == "country3"))
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                    then true
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                    else (toKey == "country9"))
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                    then true
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                    else (toKey == "country11"))
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                    then true
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                    else (toKey == "country12"))
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                    then true
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                    else (toKey == "country13")
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                else false)
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            then true
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            else if ((fromKey == "country11"))
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                then if ((toKey == "country10"))
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                    then true
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                    else (toKey == "country12")
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                else false)
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            then true
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            else if ((fromKey == "country12"))
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                then (toKey == "country11")
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                else false
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        let turnFromKey = ("turn_" + fromKey)
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        let turnFromValue = extract(getInteger(contract, turnFromKey))
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        let turnAllowed = if (if (((height - 0) > turnFromValue))
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            then (turnFromKey == newTurnFromKey)
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            else false)
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            then (newTurnFromValue == height)
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            else false
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        let oldTurnToKey = ("turn_" + toKey)
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        let oldTurnToValue = extract(getInteger(contract, oldTurnToKey))
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        let locked = if ((("turn_" + toKey) == turnToKey))
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            then (turnToValue == height)
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            else false
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        let lockNotChanged = if ((("turn_" + toKey) == turnToKey))
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            then (turnToValue == (height - 1))
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            else false
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        let fromUnits = extract(getInteger(contract, fromKey))
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        let toUnits = extract(getInteger(contract, toKey))
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        let redAttackers = (fromUnits % 100)
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        let greenAttackers = (((fromUnits - redAttackers) % 10000) / 100)
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        let blueAttackers = (((fromUnits - (greenAttackers * 100)) - redAttackers) / 10000)
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        let redDefenders = (toUnits % 100)
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        let greenDefenders = (((toUnits - redDefenders) % 10000) / 100)
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        let blueDefenders = ((((toUnits - (greenDefenders * 100)) - redDefenders) % 1000000) / 10000)
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        let whiteDefenders = ((((toUnits - (blueDefenders * 10000)) - (greenDefenders * 100)) - redDefenders) / 1000000)
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        let countryAttackers = ((redAttackers + greenAttackers) + blueAttackers)
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        let countryDefenders = (((redDefenders + greenDefenders) + blueDefenders) + whiteDefenders)
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        let unlimitedAttackers = (((redAttackers + greenAttackers) + blueAttackers) + (height - turnFromValue))
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        let unlimitedDefenders = if ((whiteDefenders > 0))
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            then whiteDefenders
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            else (((redDefenders + greenDefenders) + blueDefenders) + (height - oldTurnToValue))
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        let attackers = if ((unlimitedAttackers >= 10))
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            then 9
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            else (unlimitedAttackers - 1)
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        let defenders = if ((unlimitedDefenders >= 10))
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            then 10
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            else unlimitedDefenders
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        let king = if (if (if ((redAttackers > 0))
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            then redSigned
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            else false)
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            then true
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            else if ((greenAttackers > 0))
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                then greenSigned
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                else false)
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            then true
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            else if ((blueAttackers > 0))
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                then blueSigned
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                else false
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        let multiAttackers = if ((countryAttackers > 0))
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            then (fromUnits / countryAttackers)
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            else 0
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        let multiDefenders = if ((countryDefenders > 0))
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            then (toUnits / countryDefenders)
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            else 0
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        let fight = if (if (king)
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            then (multiAttackers != multiDefenders)
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            else false)
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            then (newFromUnits == multiAttackers)
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            else false
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        let winCase = (attackers >= defenders)
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        let lostCase = (defenders > attackers)
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        let winToUnits = (newToUnits == (((attackers - defenders) + 1) * multiAttackers))
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        let lostToUnits = (newToUnits == ((defenders - attackers) * multiDefenders))
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        let win = if (if (if (fight)
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            then winCase
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            else false)
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            then winToUnits
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            else false)
188
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            then locked
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            else false
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        let lost = if (if (if (fight)
191
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            then lostCase
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            else false)
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            then lostToUnits
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            else false)
195
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            then lockNotChanged
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            else false
197
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        let add = if ((10 >= (attackers + defenders)))
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            then (attackers + defenders)
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            else 10
200
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        let move = if (if (if (if (king)
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            then (multiAttackers == multiDefenders)
202
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            else false)
203
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            then (newFromUnits == multiAttackers)
204
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            else false)
205
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            then (newToUnits == (add * multiAttackers))
206
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            else false)
207
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            then locked
208
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            else false
209
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        if (if (if (if (if (if (win)
210
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            then true
211
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            else lost)
212
-
            then true
213
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            else move)
214
-
            then turnAllowed
215
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            else false)
216
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            then turnCorrect
217
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            else false)
218
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            then (dataSize == 4)
219
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            else false)
220
-
            then true
221
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            else (dataSize == 12)
222
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    case ntx: TransferTransaction => 
223
-
        true
224
-
    case _ => 
225
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        true
226
-
}
3
+
let PubKey1 = base58'854p8BYzrj6yBPRPmfQur3oF1Rjc1AJ548qRp5FT5kDa'
4
+
let PubKey2 = base58'DKGFPozLrsiR8NM4NJzqQaBYC8NyGYjuw2hDYicQVjco'
5
+
let sig1 = if (sigVerify(tx.bodyBytes, tx.proofs[0], PubKey1))
6
+
    then 1
7
+
    else 0
8
+
let sig2 = if (sigVerify(tx.bodyBytes, tx.proofs[1], PubKey2))
9
+
    then 1
10
+
    else 0
11
+
((sig1 + sig2) > 0)

github/deemru/w8io/873ac7e 
23.77 ms ◑