A library to collect information for your trading bot. Use with `funtime` time series library
Funpicker - A way of collecting price information for your trading bot.
Funpicker is a library funguana created to get the price information for exchanges. This relies most on the cryptocompare api. However, there are parts that use ccxt to pull exchange specific information.
This library is to make our application highly modular. The basic premise of it is very simple:
- You explain which information you want to collect in a context
- You get a return with that information
- You store what you intend using another library (such as
funpicker is a firm wrapper around
request. Its job is to make pricing easier to access for the common bot maker
The single thing that makes funpicker better than all other platforms is that it relies 100% on making the process simipler for the user. There's only a couple of functions to be able to start getting information from exchanges immediately for either storage or analytics:
It is a layer on top of
ccxt. We added the following:
- An easy way to find data
- The user will have easy query options to get data with extra grainularity
- Easy access to orderbook information. Has an option of an in-memory queue to deal with rate limits. Or you could let it fail and not acknowledge it.
How does it work?
Using a few functions, we reach out to various API's to do the following:
- Get orderbook information
- Get pricing
In the future the plan is to introduce the following:
- General sentiment data
- Generic Twitter Streams
- Generic Reddit Streams
from funpicker import Queuy # this is the main query object # Initialize the query class. # It has a lot of default values at the start that we could use fpq = Query() # This gets all of the minutely historical price information for bitcoin. # This should work out the box initial = fpq.get()
Setting Desired Parameters dynamically
from funpicker import Query, QueryType # Now this gets the last 30 hours of ETH to USD prices. # This is in price format and this should be return all of the compressed candlebars fpq = Query().set_crypto("ETH").set_fiat("USD").set_exchange("binance").set_period("hour").set_limit(30).get()
Can directly get the single price data as well dynamically from an exchange.
This price information is entirely. It has all of the information availble to send directly into
funtime. The time-series database
from funpicker import Query, QueryType # Same as before. Only it gets the latest price information for one period of time. # This should be within 30-40 seconds of getting posted onto the exchange according to cryptocompare fpq = Query().set_crypto("ETH").set_fiat("USD").set_exchange("binance").set_period("hour").set_limit(30).get(QueryType.price)
Get the order book
As a data scientist, you may want to handle your data in dataframe format. With
funtime, you can get your timestamp information in both
dask.DataFrame format. You would use the
from funpicker import Query, QueryType # Similar as before, only it gets the orderbook when returned fpq = Query().set_crypto("ETH").set_fiat("USD").set_exchange("binance").get(QueryType.orderbook)
How to install
This requires an internet connection. Using
pip install funpicker
Or you can use
pipenv for it:
pipenv install funpicker
Download the file for your platform. If you're not sure which to choose, learn more about installing packages.
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