Ethereum: Get all transactions from/to a Gnosis address
Tracking Ethereum Transactions from a gnosis address
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As you use the Tokentx Gnoza Scan API to take over the transaction data for an ERC-20 token, you may want to track all the coins that come and leave that address. In this article, we will explore how to achieve this.
Gnosos Scan API Reply Format
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The Gnosis Scanning API returns a list of JSon Transactions. Each Transaction is represented as follows:
`Json
{
"tx_hash": "hash",
"Block_Number": 12345,
"From_address": "Address1",
"to_address": "Address2",
"Value": number (in wei),
"gases_price": number,
"Gas_used": number,
"Timestamp": Timestamp,
"Date": {
// Data Properties
}
}
tracking transactions from a gnoza address
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To track all the movements of coins that come and move from a gnosis address, you can use the following steps:
- extract the transaction hashes : analyze the JSON response from the Gnoza Scan API and extract theTx_hash
Property, which contains the hexadecimal hash of each transaction.
- Store transactions in a database or cache : Store transactions extracted in a database (for example, sleblite) or a memory layer in cache (for example, redis). This will allow you to effectively recover all the transactions associated with the Gnoza Address.
- Use a data structure to track coins
: Create a Data Structure, Such which contains information on circulation currency.
Example Python Code
Python
Import sleqite3
Since Typing Import Dict
Configure the database connection
Conn = sleqite3.connect ('transaction_database.db')
Cursor = conn.cursor ()
Function for Extracting Transactions in the API Response
Def Get_transacti_Hashes (API_Response):
Return [tx_hash for tx_hash in api_response]
Function to Store Transactions in Database or Cache
Def store_transactions (transaction_hashes, db_name = 'transactions.db'):
with open (db_name, 'w') as f:
For tx_hash in transaction_hashes:
Enter the database or cache using a simple key value approach
Cursor.execut (in insert in transactions (tx_hash) values ({tx_hash} ')
Conn.commit ()
Function to track transactions from Gnoza Address
Def track_transactions
transaction_hashes = get_transction_hashes (api_response)
Store_transactions (transaction_hashes, db_name)
Example of Use:
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_transactions_gognoiss_address (API_Response, 'transactions.db')
benefits and considerations
-----------------------
- Thetx_hasha` property offers a unique identifier for each transaction.
- By historing transactions in a database or cache, you can effectively take over all the transactions associated with the Gnosis Address.
- This approach requirements some Aerial Data Structures for Transaction Storage and Management.
However, consider the following:
- The performance of the database or cache can be affected by the number of transactions.
- An additional storage space is required to store transaction.
- Make sure that they are in effect errors management mechanisms and proper exploitation.
