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Ethereum surgery monitoring from Gnos address
======= Grandos ======
When using API to scan Tokentx GNOS to get the ERC-20 cursor surgery data, you may want to follow all the upcoming coins movements and pass this address. In this article, we will investigate how to achieve this.
API Answer Format Scan GnOS **
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GnOSS scan API returns the JSON operation list. Each operation is presented as follows:
`Json
{
TX_HASH: "Magosa",
Block_number: 12345,
From_address: ADDRESS1,
To_address: Address2,
"Value": Number (Wei),
Gas_price: Number,
Gas_use: Number,
Time Tag: Time Tag,
“Data”: {{{
// Data Properties
}
}
Transches monitoring from GNOS address
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You can use the following steps to follow all the movements of the upcoming coins and passing from the GNOS address:
1
- This will allow you to effectively scan all the operations associated with the GNOS address.
3.
Python code example
`Python
Imported SQLITE3
From the introduction of import dictation
Set the database link
Conn = sqlite3.connect (‘transaction_database.db’)
Cursor = conn.cursor ()
Feature to scan API Reply bags for surgery
Def get_transction_hashes (API_RESPONSE):
Return [tx_hash for tx_hash in api_response]
#Function of Operations Storage Database or Tank
Def Store_transations (Transaction_hashes, db_name = ‘transctions.db’):
with open (db_name, ‘w’) as f:
In TX_HASH Operations_Hashes:
Put a database or cache using a simple key value method
cursor.execute (f’sert in the transctions (tx_hash) values ({tx_hash}) ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ‘
Conn.commit ()
Transachability tracking feature from GnOS address
Def Track_transations_Gnos_address (API_RESPONSE, DB_NAME = ‘transctions.db’):
Transaction_hashes = get_transction_hashes (api_response)
Store_transations (Transaction_hashes, DB_Name)
Example Usage:
API_RESPONSE = {
“Result”: [
{
TX_HASH: 0x1234567890abcdef,
Block_number: 12345,
From_address: ADDRESS1,
“To_address”: “Address2”
},
{
TX_HASH: 0x23456789abcdef0,
Block_number: 67890,
From_address: Address3,
To_address: “Address4”
}
)
}
Track_transatsions_Gnos_address (API_RESPONSE, ‘transctions.db’)
`
Benefits and considerations
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- Tx_hash property provides a unique identifier for each operation.
- By protecting operations in the database or container, you can effectively scan all the operations related to the GNOS address.
- This approach requires certain structures of storage and operation management data.
But think about the following:
- The performance of the database or container may be affected by the number of operations.
- The additional storage space is required to protect the transaction.
- Make sure there are correct mistakes and registration handling mechanisms.