Solana: how do i confirm my transaction on my trading bot
Affirmation of Solana transactions using commercial robots
Solana is a quick and customizable blockchain platform that allows developers to create safe and high -performance commercial robots. However, the approval of transactions in the Solana network can be a challenge without adequate verification processes. In this article, we will study how to confirm the offers in Solana using your commercial robot software.
Understanding of transactions control
In the Solana network, the transaction tests are performed using a process called «transactions signature». When sending a transaction from the wallet or an external knot is used, it must be signed with a key that is imported into the bag. The network then check the signatories to the transaction to make sure they have the necessary permits.
How to confirm transactions
You can use the sol_client.submit_transation method to confirm Solana transactions. Here is an example of how to create and send a signed exchange:
Python
Matters asyncio
From Solana.publickey imports publickey
From Solana.transotion import transactionbuilder, account
Async Def Costure_transation (Sender_keyPair: KeyPair, Swap_Transotion: ST):
Async with Sol_client.Create_ACCOUNT (
Sender_keypair.public_key,
Account_id = "Your_acCount_id",
Lancports = 1000000
You can also use a variable quantity of Lamport
) like New_ACACUNT:
Wait Create_and_submit_transfer (Sender_Keypair, Swap_Transation, Sol_client)
Async Def Main ():
Transaction = Transactionbuilder (). Set_init_args (
"Swap", Sender_keipair = "Your_Swap_kepair"
) .Add_ACCount_info (
AccountMeta ("Account_id"). Connect ("Solana"),
AccountMeta ("Lancports"). Connect (1000000)
) .Sign_with_secret_key (Sender_kyPair)
Wait CORPENT_TRANSACACE (Sender_Keypair, deal)
If __name__ == "__Main__":
asyncio.run (main ())
`
Example of use of use
In this example, we create an «account» object with the sender’s public key and a variable quantity of lamps (1 million) to represent the balance of the original account. Then we sign the agreement using the sender’s private key.
When performing this code, it will send a swap signed on the Solana network, which can be controlled by other network nodes. If the verification process is successful, the robot software should receive the approval of the transactions and continue to trade.
Best Practice
- Always keep control of the touch and use safe practices such as multi -factor authentication (MFA).
- Use a reliable and reliable external node to control transactions on Solana’s network.
- Follow the best portfolio management practices, including the import of key or powerful passwords or IFM.
When performing these steps, you can confirm the offers in Solana using the commercial robot software and make sure it is done safely. Remember to always follow Solana’s latest documentation and the Community guidelines for safe and appropriate development.
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