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Solana Watching Webocets using Solana
As an enthusiastic seller and enthusiastic decentralized financial platforms (DEFI), Raydium activity can be valuable assets for retailers. One way to achieve this is to use the Logsubscribe method, which returns direct access to Ray_logs and provides real -time insights on token operations.
What are the protocols?
Defi protocols are related to historical data collected from blockchain networks. Solana these protocols are saved in the database and can be reached using API or Weboxes. The Logsubscript method enables direct updates to this data to be an ideal choice for chips.
Websockets and Logssubscribe Method
Websopits offer a two -way communication channel between the customer (in this case its application) and the server. In this way, real -time updates can be sent from the server to the customer without requiring surveys or other time -consuming mechanisms.
The Logsubskribe method is a specific Solana API, with which customers can subscribe to certain token protocols. If this method results in a token protocol, the object containing the protocol data in JSON format is returned. Decoded JSON -TTTTS has various fields related to registered operations such as: b.: B.: B.
Time Tag: The time the transaction took place
- Txid
: clear identification of surgery
- "Sum": The sum of the chips involved in the operation
- "Fee": for an operation processing fee
JSON PAYOAD
Example **
Here is a decoded example of a JSON shelter, which is the Ray_log structure: demonstrates:
Json
{
Time Temple: 1643723900,
TXID: 0x1234567890abcdef,
“Review”: 10.0,
“Fee”: 1,0,
// … other fields …
}
`
Use Logsubscribe Raydium
To achieve direct protocols using the Logsubscribe method, you need to create a living room connection with Solana SDK and subscribe to the interests of Token (such as your goal access key). Receiving log data will be processed and available in your program.
Here is a simplified example of how to run Raydium method Logsubscribe:
`Javascript
Import {web3provider} from ‘@solana/web3.js’;
Import {logsubscribe} from ‘./api’;
// Create a new copy of the Web3 provider
Const provider = new web3provider ();
// Set Solana SDK
CONST SDK = New Web3 (provider);
// Subscribe to Target token protocols using the Logsubscribe method
Asynchicitic function of Getlogs () {
CONST [TXID, LOGIDEX] = Watte Sdk.Getlogids (
[the process.env.solana_token_id],
[‘Last’, ‘1’]
);
IF (TXID && Loginex) {
the test {
// Read magazines from Blockchain
CONST LOGS = Waiting Provider.GetLS ({{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{)
LOGID: TXID,
Numard: Logindex,
Accounts: [
the process.env.solana_Token_id,
// Other accounts involved in the operation …
] ‘
});
// Treat and return the decrypted JSON protection load
return logs.map ((log) => {
const {txid, quantity} = log.data;
return {
Time Seal: New Date (log
txid,
The crowd,
};
});
} Catch (error) {
console.error (error);
}
} differently {
console.log (‘no protocols’);
}
}
// Call the Getlogs feature to access and process log data
Getlogs (). Then ((magazines) => console.log (magazines));
`
This example shows how to create a site connection, subscribe to the target access key protocols using the Logsubscribe method, and decipher the JSON shelter to extract the operations.
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