lvthillo

Keybase proof

I hereby claim:

• I am lvthillo on github.
• I am lorenzvanthillo (https://keybase.io/lorenzvanthillo) on keybase.
• I have a public key ASCxoQXt1LCgXLl4AZou66Kl5EfUbtSlFcZD27JrJRa2kQo

To claim this, I am signing this object:

lvthillo

signal = stock_data['macds'] # Your signal line
macd   = stock_data['macd']  # The MACD that need to cross the signal line
advice = ["No data"]    # Since you need at least two hours in the for loop

for i in range(1, len(signal)):
    # If the MACD crosses the signal line upward
    if macd[i] > signal[i] and macd[i - 1] <= signal[i - 1]:
        advice.append("BUY")
    # The other way around
    elif macd[i] < signal[i] and macd[i - 1] >= signal[i - 1]:

lvthillo

# Calculate RSI
stock_data['rsi_14']
print(stock_data)
# Get most recent RSI value of our data frame
# In our case this represents the RSI of the last 15 min
last_rsi = stock_data['rsi_14'].iloc[-1]
print(last_rsi)

lvthillo

  # stock_data contains historical data of ETH/BTC with a period of 1 hhour
  # the volume is calculated by using historical data 
  # run this as close to each 1h interval (e.g. 7.59h or 9.59m)
  last_items = stock_data.tail(24)
  print(last_items)
  day_volume_self_calculated = last_items['volume'].sum()
  print(day_volume_self_calculated)
  
  # better way to do it
  ticker = exchange.fetch_ticker(coin_pair)

lvthillo

import ccxt
import os 
import re
import time
import pandas as pd

from stockstats import StockDataFrame as Sdf

def get_historical_data(coin_pair, timeframe):
    """Get Historical data (ohlcv) from a coin_pair

lvthillo

import ccxt
import os 
import re

# configure exchange
exchange = getattr(ccxt, 'binance')({
  'apiKey': os.environ['APIKEY'],
  'secret': os.environ['SECRET'],
  'timeout': 10000,
  'enableRateLimit': True

lvthillo

import ccxt
import os 

# configure exchange
exchange = getattr(ccxt, 'binance')({
  'apiKey': os.environ['APIKEY'],
  'secret': os.environ['SECRET'],
  'timeout': 10000,
  'enableRateLimit': True
})

lvthillo

import json
import boto3
client = boto3.client('sns')

mesg = json.dumps({
    "default": "default",
    "body": "this is a test"
})

response = client.publish(

lvthillo

  GreenHighQueueSubscription:
    Type: AWS::SNS::Subscription
    Properties:
      Endpoint: !GetAtt GreenHighQueue.Arn
      Protocol: sqs
      FilterPolicy:
        color:
          - green
        number:
        - numeric:

lvthillo

  BlueYellowQueueSubscription:
    Type: AWS::SNS::Subscription
    Properties:
      Endpoint: !GetAtt BlueYellowQueue.Arn
      Protocol: sqs
      FilterPolicy:
        color:
          - blue
          - yellow
      RawMessageDelivery: True