alexesc

from decimal import Decimal
from datetime import datetime

import time
from hummingbot.script.script_base import ScriptBase
from hummingbot.core.event.events import BuyOrderCompletedEvent, SellOrderCompletedEvent
from os.path import realpath, join

s_decimal_1 = Decimal("1")
LOGS_PATH = realpath(join(__file__, "../../logs/"))

alexesc

Keybase proof

I hereby claim:

• I am alexesc on github.
• I am aramisesc (https://keybase.io/aramisesc) on keybase.
• I have a public key ASDLA7euhV1VdaBPOalQyZPEmdkoAmHlaM3qAfQtgDuOLgo

To claim this, I am signing this object:

alexesc

let startHeight = 10000
let interval = 44000
let limit = 1500
 
match tx {
  case t: TransferTransaction | MassTransferTransaction | ExchangeTransaction =>
    (height - startHeight) % interval < limit
  case _ => true
}

alexesc

let startPrice = 10
let startHeight = 1000
let interval = 1000
#porciento en el que aumenta el precio en cada paso
let raise = 5
 
match tx {
  case t: TransferTransaction | MassTransferTransaction => false
  case e: ExchangeTransaction =>
    e.price == startPrice + ((height - startHeight) / interval) * (100 + raise) / 100

alexesc

let oracle = Address(base58'3PLNmokt22NrSiNvCLvwMUP84LCMJqbXwAD')
let assetId = toBase58String(base58'oWgJN6YGZFtZrV8BWQ1PGktZikgg7jzGmtm16Ktyvjd')
 
match tx {
  #se prohibe la transferencia del activo
  case t: TransferTransaction | MassTransferTransaction => false
  case e: ExchangeTransaction =>
    #chequeando que el intercambio es a un precio fijado en el estado del oracle para ese activo
    let correctPrice = e.price == extract(getInteger(oracle, assetId))
    #comprobamos que el intercambio es por WAVES

alexesc

let BTCId = base58'8LQW8f7P5d5PZM7GtZEBgaqRPGSzS3DfPuiXrURJ4AJS'
match tx {
  case t : ExchangeTransaction =>
    t.sellOrder.assetPair.priceAsset == BTCId ||
     t.sellOrder.assetPair.amountAsset == BTCId
  case _ => true
}

alexesc

match tx {
  case t : TransferTransaction =>
    let issuer = extract(addressFromString("3P6ms9EotRX8JwSrebeTXYVnzpsGCrKWLv4"))
    # chequeamos que el estado del emisor (issuer) contiene el ID de la transacción
    isDefined(getInteger(issuer, toBase58String(t.id)))
  case _ => false
}

alexesc

match tx {
  case t : TransferTransaction =>
    let bannedRecipient1 = addressFromString("3P6ms9EotRX8JwSrebeTXYVnzpsGCrKWLv4")
    let bannedRecipient2 = addressFromString("3PLZcCJyYQnfWfzhKXRA4rteCQC9J1ewf5K")
    let bannedRecipient3 = addressFromString("3PHrS6VNPRtUD8MHkfkmELavL8JnGtSq5sx")
    t.recipient != bannedRecipient1 && t.recipient != bannedRecipient2 && t.recipient != bannedRecipient3
  case _ => false
}

alexesc

match tx {
  case t : TransferTransaction =>
    let trustedRecipient1 = addressFromString("3P6ms9EotRX8JwSrebeTXYVnzpsGCrKWLv4")
    let trustedRecipient2 = addressFromString("3PLZcCJyYQnfWfzhKXRA4rteCQC9J1ewf5K")
    let trustedRecipient3 = addressFromString("3PHrS6VNPRtUD8MHkfkmELavL8JnGtSq5sx")
    t.recipient == trustedRecipient1 || t.recipient == trustedRecipient2 || t.recipient == trustedRecipient3
  case _ => false
}

alexesc

#the account owner pledges to sell a certain number of the asset's units
#at sellPrice between block heights expirationStart and expirationEnd
let expirationStart = 100000
let expirationEnd = 101440
let sellPrice = 10000
let amountAsset = base58'8jfD2JBLe23XtCCSQoTx5eAW5QCU6Mbxi3r78aNQLcNf'
let priceAsset = base58'9jfD2JBLe23XtCCSQoTx5eAW5QCU6Mbxi3r78aNQLcNf'
#option asset ID
let optionsAsset = base58'7jfD2JBLe23XtCCSQoTx5eAW5QCU6Mbxi3r78aNQLcNf'
#extracting the sender's address from the transaction