I will be happy to help you with your question about the program sending of bitcoins without starting a node. Here is an article that concerns this topic:
Ethereum: programming sending bitcoins without running a node
Recently, the Ethereum network becomes among developers and users who need access to the Ethereum blockchain blockchain for various purposes, increasingly popular. One of the most common cases of use is the transmission of bitcoin (BTC) between the parties without relying on the start of the complete eThereum node on its server.
Problem of starting a full node
Starting the full eThereum node requires significant computing sources, memory and bandwidth. This means that users who need access to the Ethereum network for different purposes may not be able to run the entire node on their server, especially if they have limited resources or have high transaction charges.
Program sending of bitcoins without running a node
Fortunately, there is a solution that allows developers to programmatically send bitcoins without starting the complete eThereum node on their server. This method uses Ethereum virtual computer (EVM) and intelligent contracts to enable bitcoin transactions without requiring any nodes to start the client’s server.
How it works
This process involves the creation of an intelligent contract that defines the function of the program sending of bitcoins, which can then be performed by the user’s web application. The intelligent contract confirms the consignor’s address, the recipient’s address and the amount of bitcoins before continuing the transaction.
Here is an example of how to create a simple bitcoin transaction contract:
`Solidity
Pragma of solidity ^0.6.0;
SIMPLEBITCOINTRANSACTION contract {
address the public owner;
deal with a public sender;
address the public recipient;
constructor (address _owner, address _sender, address _recipient) public {
owner = _wowner;
sender = _sender;
recipient = _recipient;
}
SENDBTC function (UINT256 amount) Public revenues (bool success, bool fromowner, bool torecipient, uint256 sumsent) {
require (amount> 0);
// Verify the Sender’s addresses and recipient
request (sender! = 0x0 && sender! = Address (0x0));
// Verify the amounts
require (amount> = 1);
// Create a transfer contract
Contract Contract Contract = New TransferContract (owner, sender, recipient);
Treaty.Transferamount (Sumysent);
Return (true, Odwner, torecipient, Sumysent);
}
}
`
Third Party Support
Unfortunately, there are no third -party services that would allow developers to program Bitcoins programmatically without running the complete eThereum node on their server. However, some online API platforms and interfaces may provide access to bitcoin transactions or allow users to create and make smart contracts.
Some examples include:
* Coinbase
: Coinbase promotes the creation of bitcoin transactions using its API interface, but require a complete eThereum node on your server to cook the transaction.
* LEDGER LIVE
: LEDGER LIVE is an online platform that allows users to programmatically send bitcoins without starting the complete eThereum node. However, they charge a fee for each transaction.
Conclusion
In conclusion, sending bitcoins programmatically without running the complete Ethereum node on your server requires an intelligent contract and EVM. Although third -party services are available, they require a complete Ethereum node to verify transactions on your server. Developers can review online platforms or API that provide access to bitcoin transactions or create their own intelligent contracts.
I hope this article will help you understand how to send Bitcoins programmatically without starting a knot!