#
![]() | submitted by rotaryfurball to raspberry_pi [link] [comments] |
![]() | submitted by rotaryfurball to Bitcoin [link] [comments] |
submitted by crypt0queen to CryptoCurrency [link] [comments]
![]() | submitted by rotaryfurball to 3Dprinting [link] [comments] |
![]() | submitted by Typhoonsg1 to raspberry_pi [link] [comments] |
![]() | submitted by sirchugh to SwiftUI [link] [comments] |
![]() | submitted by sirchugh to iOSProgramming [link] [comments] |
pip install shrimpy-python
# import the Shrimpy library for free crypto exchange websockets import shrimpy # create the Shrimpy websocket client client = shrimpy.ShrimpyWsClient() # define the handler to manage the output stream def handler(msg): # multiple trades can be returned in each message, so take the last one ticker = msg['content'][len(msg['content']) - 1]['price'] print(ticker) # construct the subscription object subscribe_data = { "type": "subscribe", "exchange": "binance", "pair": "btc-usdt", "channel": "trade" } # connect to the Shrimpy websocket and subscribe client.connect() client.subscribe(subscribe_data, handler) # disconnect from the websocket once data collection is complete client.disconnect()That's it! Let me know if you have any questions. You can find the documentation for these APIs here. I also wrote up a few example articles to provide more information:
submitted by sirchugh to programming [link] [comments]
pip install shrimpy-pythonScript
# import the Shrimpy library for free crypto exchange websockets import shrimpy # create the Shrimpy websocket client client = shrimpy.ShrimpyWsClient() # define the handler to manage the output stream def handler(msg): # multiple trades can be returned in each message, so take the last one ticker = msg['content'][len(msg['content']) - 1]['price'] print(ticker) # construct the subscription object subscribe_data = { "type": "subscribe", "exchange": "coinbasepro", "pair": "btc-usd", "channel": "trade" } # connect to the Shrimpy websocket and subscribe client.connect() client.subscribe(subscribe_data, handler) # disconnect from the websocket once data collection is complete client.disconnect()That's it! Let me know if you have any questions. You can find the documentation for these APIs here. I also wrote up a few example articles to provide more information:
pip install shrimpy-python
# import the Shrimpy library for free crypto exchange websockets import shrimpy # create the Shrimpy websocket client client = shrimpy.ShrimpyWsClient() # define the handler to manage the output stream def handler(msg): # multiple trades can be returned in each message, so take the last one ticker = msg['content'][len(msg['content']) - 1]['price'] print(ticker) # construct the subscription object subscribe_data = { "type": "subscribe", "exchange": "binance", "pair": "btc-usdt", "channel": "trade" } # connect to the Shrimpy websocket and subscribe client.connect() client.subscribe(subscribe_data, handler) # disconnect from the websocket once data collection is complete client.disconnect()That's it! Let me know if you have any questions. You can find the documentation for these APIs here. I also wrote up a few example articles to provide more information:
pip install shrimpy-pythonScript
# import the Shrimpy library for free crypto exchange websockets import shrimpy # create the Shrimpy websocket client client = shrimpy.ShrimpyWsClient() # define the handler to manage the output stream def handler(msg): # multiple trades can be returned in each message, so take the last one ticker = msg['content'][len(msg['content']) - 1]['price'] print(ticker) # construct the subscription object subscribe_data = { "type": "subscribe", "exchange": "binance", "pair": "btc-usdt", "channel": "trade" } # connect to the Shrimpy websocket and subscribe client.connect() client.subscribe(subscribe_data, handler) # disconnect from the websocket once data collection is complete client.disconnect()That's it! Let me know if you have any questions. You can find the documentation for these APIs here. I also wrote up a few example articles to provide more information:
pip install shrimpy-pythonScript
# import the Shrimpy library for free crypto exchange websockets import shrimpy # create the Shrimpy websocket client client = shrimpy.ShrimpyWsClient() # define the handler to manage the output stream def handler(msg): # multiple trades can be returned in each message, so take the last one ticker = msg['content'][len(msg['content']) - 1]['price'] print(ticker) # construct the subscription object subscribe_data = { "type": "subscribe", "exchange": "kucoin", "pair": "btc-usdt", "channel": "trade" } # connect to the Shrimpy websocket and subscribe client.connect() client.subscribe(subscribe_data, handler) # disconnect from the websocket once data collection is complete client.disconnect()That's it! Let me know if you have any questions. You can find the documentation for these APIs here. I also wrote up a few example articles to provide more information:
pip install shrimpy-pythonScript
# import the Shrimpy library for free crypto exchange websockets import shrimpy # create the Shrimpy websocket client client = shrimpy.ShrimpyWsClient() # define the handler to manage the output stream def handler(msg): # multiple trades can be returned in each message, so take the last one ticker = msg['content'][len(msg['content']) - 1]['price'] print(ticker) # construct the subscription object subscribe_data = { "type": "subscribe", "exchange": "bittex", "pair": "btc-usdt", "channel": "trade" } # connect to the Shrimpy websocket and subscribe client.connect() client.subscribe(subscribe_data, handler) # disconnect from the websocket once data collection is complete client.disconnect()That's it! Let me know if you have any questions. You can find the documentation for these APIs here. I also wrote up a few example articles to provide more information:
![]() | submitted by scgco to GGCrypto [link] [comments] |
pip install shrimpy-python
# import the Shrimpy library for free crypto exchange websockets import shrimpy # create the Shrimpy websocket client client = shrimpy.ShrimpyWsClient() # define the handler to manage the output stream def handler(msg): # multiple trades can be returned in each message, so take the last one ticker = msg['content'][len(msg['content']) - 1]['price'] print(ticker) # construct the subscription object subscribe_data = { "type": "subscribe", "exchange": "binance", "pair": "btc-usdt", "channel": "trade" } # connect to the Shrimpy websocket and subscribe client.connect() client.subscribe(subscribe_data, handler) # disconnect from the websocket once data collection is complete client.disconnect()That's it! Let me know if you have any questions. You can find the documentation for these APIs here. I also wrote up a few example articles to provide more information:
pip install shrimpy-python
# import the Shrimpy library for free crypto exchange websockets import shrimpy # create the Shrimpy websocket client client = shrimpy.ShrimpyWsClient() # define the handler to manage the output stream def handler(msg): # multiple trades can be returned in each message, so take the last one ticker = msg['content'][len(msg['content']) - 1]['price'] print(ticker) # construct the subscription object subscribe_data = { "type": "subscribe", "exchange": "binance", "pair": "btc-usdt", "channel": "trade" } # connect to the Shrimpy websocket and subscribe client.connect() client.subscribe(subscribe_data, handler) # disconnect from the websocket once data collection is complete client.disconnect()That's it! Let me know if you have any questions. You can find the documentation for these APIs here. I also wrote up a few example articles to provide more information:
![]() | submitted by Leka213 to CryptocurrencyToday [link] [comments] |
![]() | submitted by ososru to Bitcoin4free [link] [comments] |
What Is Bitcoin (BTC)? Bitcoin is a decentralized cryptocurrency originally described in a 2008 whitepaper by a person, or group of people, using the alias Satoshi Nakamoto.It was launched soon after, in January 2009. Bitcoin is a peer-to-peer online currency, meaning that all transactions happen directly between equal, independent network participants, without the need for any intermediary to ... Bitcoin was originally invented by an unknown person or group under the pseudonym Satoshi Nakamoto and released as open-source software in 2009. Bitcoin has long been the face of cryptocurrency, and research produced by the University of Cambridge estimates that in 2017, there are 2.9 to 5.8 million unique users using a cryptocurrency wallet ... Bitcoin Price (BTC). Price chart, trade volume, market cap, and more. Discover new cryptocurrencies to add to your portfolio. Bitcoin Ticker - Tick by tick, real time updates. All data is indicative. ... Animate Depth Movements . Highlight BTC bids/asks above : Alert if price falls below: Alert if price climbs above: Alert if price change +/- : Sound Alert . Desktop Alert . Show Personalized Content . Finished: ... ticker.bitcointicker.co 10080. Square’s Big Bitcoin Haul Is Good for Square but Better for Bitcoin Aug. 5, 2020 at 4:59 p.m. ET by Barron's Cryptocurrency funds rally as bitcoin hits a 2-month high
[index] [2282] [2572] [2785] [1311] [3003] [3703] [467] [3522] [3426] [4939]
This is the new and updated V2 of the Bitcoin Ticker. In this video, I show how I made it and what it is for. This is a fun project that you can do at home, there is a lot to learn on the way. In this video we make a simple Bitcoin price tracker. We use the WiFi capabilities of the ESP8266 to connect to a web site that has an API for watching the bitcoin price, retrieve the data ... Build a Desktop Arcade Machine with Raspberry Pi 3 and Retropie: Super Turbo Pro Edition - Duration: 27:15. Ryan Bates Recommended for you A short preview of the Bitcoin and Litecoin price ticker widget for the plugin page on Wordpress.org. Get the plugin at: http://wordpress.org/plugins/bitcoin... In this project, I show you how to build a physical Bitcoin ticker with the ESP8266 WiFi chip. You will learn how to grab the realtime price of Bitcoin, display it on an OLED screen, and also ...