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Persecution of Ethereum operations from GNOS address
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While using the toxx Gnosi Scan-Api to access the ERC 20 access key operations may be willing to follow all coin movements that come and move from this address. In this article, we will examine how this can be achieved.
GNOS SCAN API Answer
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Gnosi Scan -Api returns the list of operations in JSON format. Each operation is shown as follows:
`Json
{
TX_HASH: “Magosa”,
Block_number: 12345,
From_address: ADDRESS1,
To_address: Address2,
“Value”: Number (white),
Gas_price: Number,
Gas_use: Number,
Time Temple: Time Temple,
“Data”: {{{
// Data Properties
}
}
`
Transactions persecution from GNOS address
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To perform all coin movements that come and go from the Gnos address, you can use the following steps:
1
- In this way you can effectively access all operations associated with the GNOS address.
- Use data structure to follow : Create data structure, e.g. Movement.
Python code example
`Python
Imported SQLITE3
Import
Set the database connection
break = sqlite3.connect ('transaction_database.db')
Cursor = conn.cursor ()
Function for Operation to Extract API Reply
Def Get_transACTION_HASHES (API_RESPONSE):
return [tx_hash for tx_hash in api_response]
Feature to save operations in a database or cache
Def Store_transations (Transaction_hashes, db_name = 'transctions.db'):
With open (db_name, 'w') as f:
In Tx_hash Operation_Hashes:
Insert into a database or container with a simple key value method
cursor.execute (F'sert in the transctions (tx_hash) ({tx_hash}) ')' ')') '
Conno.commit ()
Function to track operations from the address of the GnOS
Def Track_transations_Gnos_address (API_RESPONSE, DB_NAME = 'transctions.db'):
Transaction_hashes = get_transACTION_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 owns a clear identifier for each operation.
- By retaining operations in a database or container, you can effectively access all operations associated with the GnOSO address.
- This approach requires certain data structure efforts to protect and manage operations.
But consider the following:
- Database or cache performance can be affected by the number of operations.
- An additional storage space is required to protect the operations.
- Make sure the mechanisms of the rules of errors and protocol mechanisms are appropriate.