CRYPTOCURRENCY

Ethereum: Golang ending (Binance) web service stream using go routine

Ethereum: Implementing the data interface data streaming with drops with drops

As we strive to integrate various services and application signatures into existing systems, it is necessary to understand background concepts to ensure continuous performance. One of these services that has received significant attention lately is the interface of the Binance application, especially when it comes to information streaming. In this article, we will consider the implementation of a Goutine -based solution for Binance streaming API data consumption.

What is Ethereum?

Ethereum: Golang ending (Binance) web service stream using go routine

Before we dive into the specific resources of this example, briefly present what Ethereum is. Ethereum (ETH) is an open -source decentralized platform that allows intelligent contracts and decentralized applications (DAP). The Ethereum network uses a consensus mechanism called Poske Proof (POS), which allows users to validate events and create new blocks without the need for mining.

Binance API and data streaming

Binance’s API provides real market information, including stores, orders and other relevant information. However, integrating this application signature into an existing system can be a complex task due to its large amount. The Binance streaming API is designed to process large amounts of data effectively, but requires appropriate processing and processing.

Using drops to transmit data

To implement the binance API current with the drops, we follow these steps:

  • Install the required libraries : We use “synchronization/atomic” in shared variables in Atom and net/http http requests.

2

  • Make a routine to deal with the flow of information : Create a GO routine that deals with each data point received at the Binance application interface.

Here is an example of the implementation of GO:

`Go

installment

import (

“FMT”

“Registration”

“Synchronization/Atom” “

“Time”

“github.com/binnigeco/binance-api-go/v3”

In

Write the binaneapi structure {

Customer *Binance-api-GO.v3.client

}

FUNC NEWBINANCAEPI () *Bincaapapi {

Alternatives: = & binance-api-go.oootions {

Mirikey: “Your_api_Key”,

Alcret: “Your_api_secret”,

Symbol: “BTC/USDT”,

}

C, Err: = binance-api-go.newclient (options)

If you err! = zero {

Log.fatal (ERR)

}

Return & Binanceapi {Customer: C}

}

FUNC (B Binanceapi) GETSTREAM () ( Sync.rwmutex, [] STRUCT {

Time stamp team

String Ordirid

the data structure {

Symbol of a rope

Write a string

partition

INT64 VALUE

}

}) {

Var stream *sync.rwmutex

Var orders [] [] structure {

Time stamp team

String Ordirid

the data structure {

Symbol of a rope

Write a string

partition

INT64 VALUE

}

}

Err: = B.Client.getStream (“Stream”, “BTC/USDT”, Func (Stream *Sync.rwmutex) Error {

stream.lock ()

postponed stream.unlock ()

Orders = Appendix (Orders, Structure {

Time stamp team

String Ordirid

the data structure {

Symbol of a rope

Write a string

partition

INT64 VALUE

}

} …)

zero

})

If you err! = zero {

Log.fatal (ERR)

}

Stream = Atomic.Newint32 (0)

Return and power, orders

}

FUNC MAIN () {

B: = newbinancei ()

{

Stream, _, err: = b.getStream ()

If you err! = zero {

registration.

Ethereum Formal Security