Ethereum: Get all transactions from/to a Gnosis address
Ethereum Tracking off Gnose Address
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When you oces the TokenX GNose S Scan API to Scan Transaction Data For the ERC-20 Markers, and You will have a coin movements that are inaddressed. In this article, we want explore how to do it.
Gnose API Answer Format
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The Gnose Scan API Returns the transaction list in JSON format. Eacher Transaction is depicted as follows:
`JSON
{
"TX_HASH": "Hash",
"Block_Number": 12345,
"From_addequence": "Adddress1",
"To_address": "Adddress2",
"Value": Number (Wei),
"Gas_price": Number,
"Gas_USED": Number,
"Timastamps": Time Stamp,
"Data": {
// Data feature
}
}
*S
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You will have a following set of things that you have been able to do so much come and move.
1
Extract with a deal hashes : Participation in JSON’s Reaction to the Gnose Scan API and Extract the “TX_HASH” features, which has a hexadecimal mix of each.
- Store Transctions in Database or Caches : Store the Hashes Database (such as SQLITE) or cached in the extacted transaction Hashes (such as redis). This for allow you to efficy retest any transactions relate to the gnoseadress.
3
Use the data structure to track coins : Create a data structure, such as an object.
Python Code Example
`Python
Import sqlite3
From Recording imports dictation
Set the data base concionion
Conn = sqlite3.connect ('transction_dabase.db')
cursor = Conn.cursor ()
Foot to get a deal hass
Def Get_transaction_hashes (API_RESPON):
Return to [TX_HAST for TX_HASH API_RESPONS]
Function to store transactions in database or cache
Def Store_transactions (Transaction_hashes, db_name = 'Transaction.db'):
with ope (db_name, 'w') as F:
About Tx_Hash in Transction_hashes:
Insert into Data Base or Cache Using a Simply Wagerue Approach
Cursor.execut (F'insert deals (TX_HASH) currency ({tx_hash}) ')
Conn.commit ()
Function Track Tractions Form Gir
Def track_transctions_Gnosis_address (API_RESPONSE, DB_NAME = 'Transaction.db'):
Transaction_hashes = Get_transaction_hashes (API_RESPONS)
Store_transocation (Transaction_hashes, db_name)
Use off expamples:
API_RESPONSE = {
"Hit":
{
"TX_HASH":
"Block_Number": 12345,
"From_addequence": "Adddress1",
"To_address": "Adddress2"
},
{
"TX_HASH": "0x23456789ABCDEF0",
"Block_Number": 67890,
"From_addequence": "Adddress3",
"To_address": "Adddress4"
}
]
}
Track_transctions_Gnosis_addresss (Api_Response, 'Deals.db')
Benefits and Considerations
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- Property
tx_hashprovides a unique identifier for the each transaction.
- When Storting transactions in a database or cache, you can effively retrieve any-to-to-the gnose digning.
- This approach requires some data structure to preserve and manage transactions.
Howver, Consider the Following:
- The number of transactions can affect the data base or cache performance.
- The HASHS is a addi ional storage space for the store.
- Make sour the corrects and logging mechanisms have been introducted.
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