Bot for Solana on SolScan API

Below is the updated concise version of the technical assignment considering the automatic retrieval of initial addresses from the debridge explorer (the debridge transaction explorer):

Technical assignment for the developer

Goal:

Create an application that tracks the chain of SOL transfers in the Solana network through the Solscan API. The program should automatically retrieve initial addresses from the debridge explorer, recursively analyze transactions, and determine the "final" address (from which no further transfers occur).

Main functions:

 1. Retrieving initial addresses:

 • Automatically retrieve initial addresses from the debridge explorer, which is the debridge transaction explorer.

 • Use the API or another available mechanism of the debridge explorer to extract a list of addresses from which further analysis will begin.

 2. Retrieving transactions:

 • Send HTTP requests to the Solscan API to obtain a list of transactions for a given address (for example, through the request:

GET https://public-api.solscan.io/account/transactions?account=&lt;ADDRESS>&limit=<NUMBER>

```).

 • Process and parse the JSON response to extract information about the transaction type, sender and receiver addresses.

 3. Analyzing transactions:

 • Filter transactions related to SOL transfers.

 • Extract the receiver address for each suitable transaction.

 4. Recursive tracking:

 • For each found receiver address, initiate a repeat retrieval of transactions.

 • Prevent re-analysis of already processed addresses.

 • If an address has no outgoing transfers (or is inactive for a specified period), consider it "final".

 5. Logging and reporting:

 • Log all requests, discovered transactions, and errors.

 • Generate a final report (for example, in JSON or CSV) containing the chains of transfers and the list of final addresses.

 6. Customizability:

 • Ability to set parameters such as transaction limit per request, maximum recursion depth, and time interval for determining the "final" address.