soltxs 1.0.7

Solana transaction normalizer, parser, and resolver.

📟 Solana Transactions (soltxs)

Solana transaction normalizer, parser, and resolver.

Installing

pip install soltxs

Overview

This library breaks down Solana transaction introspection and analysis into three steps:

1. Normalize: Converts a raw JSON RPC payload into a Transaction object.
2. Parse: Routes each instruction in the Transaction to the correct program-level parser. Produces objects describing each recognized instruction.
3. Resolve: Takes the parsed instructions and converts them into a more human-readable format.

Support

• Normalizers
  • Standard RPC Response
  • Modified YellowStone Geyser Response
• Parsers
  • Compute Budget
  • System Program
  • Token Program
  • PumpFun Program
  • Raydium AMM Program
• Resolvers
  • PumpFun Swap
  • Raydium Swap

Usage

import soltxs

tx = {"jsonrpc": ..., "result": ..., "id": ...}

# All three steps below can be combined into a single call.
# Equivalent to: resolve(parse(normalize(tx)))
result = soltxs.process(tx)

norm_tx = soltxs.normalize(tx)
# Transaction(
#     slot=...,
#     blockTime=...,
#     signatures=[...],
#     message=...,
#     meta=...,
#     loadedAddresses=...,
# )

parsed_data = soltxs.parse(norm_tx)
# ParsedTransaction(
#     signatures=[...],
#     instructions=[
#         <ComputeBudget.SetComputeUnitLimit(...)>,
#         <ComputeBudget.SetComputeUnitPrice(...)>,
#         <SystemProgram.CreateAccount(...)>,
#         <TokenProgram.InitAccount(...)>,
#         <RaydiumAMM.Swap(...)>,
#         <TokenProgram.Unknown(...)>,
#         <SystemProgram.Transfer(...)>,
#         <UnknownProgram.Unknown(...)>,
#     ],
#     Addons(
#         compute_units=<ComputeUnits(...)>,
#         instruction_count=<InstructionCount(...)>,
#         loaded_addresses=<LoadedAddresses(...)>
#         platform_identifier=<PlatformIdentifier(...)>,
#         token_transfer_summary=<TokenTransfer(...)>
#     )
# )

resolved_tx = soltxs.resolve(parsed_data)
# For example, a Raydium resolved output might be:
# Raydium(
#     type=...,
#     who=...,
#     from_token=...,
#     from_amount=...,
#     to_token=...,
#     to_amount=...,
#     minimum_amount_out=...
# )