Etherlens 0.0.1

EtherLens is a Python library designed to provide comprehensive insights into Ethereum transactions

Etherlens

EtherLens is a Python library designed to provide comprehensive insights into Blockchain transactions, token balances, and gas balances associated with a specific address. This library offers a range of functionalities, including decoding transactions made by an address, fetching token balances for various ERC-20 tokens, and retrieving gas balances.

Key Feature

• Transaction Decoding: Decode any blockchain (ETH,BSC,ARB,OP,BASE,POLY) transaction that contain similar uniswap V2 router functions and universal router like function.It gives insight on token bought,token sold,amount bought,amount sold,hash of the transction
• Token Balance Fetching: Fetch token balances associated with a given blockchain address for a wide range of ERC-20 tokens, allowing users to quickly ascertain their token holdings.
• Gas Balance Retrieval: Retrieve gas balances associated with an Ethereum address, enabling users to monitor gas usage and ensure efficient management of gas resources.

Caution

⚠ This library has not been audited, and there is no pledge for one !

⚠ Might be of advantage to be familiar with general blockchain concepts and web3.py in particular.

⚠ This project is a work in progress so not all swap transaction are decoded yet.

Installation

It is recommended to use Python virtual environments, here is a tutorial inorder for the dependencies not to conflict with any other Dependencies you might have in your system

# install the Etherlens from pypi.org
pip install Etherlens

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Utilization

This Library exposes a class Observe which has hpublic method that can be use to decode address transction,get token address balance,fetch native gas balance and more

How to decode/get address transaction detail, assuming it swapped on uniswap/sushi or any dapp with similar V2 router contract functions

You can pass in only one address or list of addresses to the method

Blockchain usage

During instantiation of the class Observe user should specify which blockchain he/she wants eg 'ETH','BSC','BASE','OP','ARB','POLY'

from etherlens import Observe

Your_rpc_url = 'https://.......'
Decode = Observe(Your_rpc_url,'ETH')
Address = ['0x82D55805Cd58E908772025F3f32AE55B0eD93143','0x26cE34d34724428138F2E5a6a5B5B95ad8e64f6C']
Output = Decode.monitor(Address)
print(Output)

Example of Output returned by the monitor( ):

{'Address(0x15deac498767a6e997c007ca91df55cbdd8a6198)': [
 {'hash(0x0ba00128c137225647c6e264659f156bde27eafb6133a2e89cfa450ea9eda5d2)':
                                                        {'amountIn': 321551417590518774759424,
                                                          'aountOut': 24405654217389512,
                                                            'tokenIn': '0xfEA9DcDc9E23a9068bF557AD5b186675C61d33eA',
                                                        'tokenOut': '0x4200000000000000000000000000000000000006'}},
'Address(0xc633843de683ff3e91353412b039b0699fa1615b)': [
{'hash(0x53633f8e720ba4f22387ff1e34dac802c07dd9b7ec5b1963b755ff99edf9c15e)':
                                                        {'ammountIn': 26697410107434513,
                                                          'amountOut': 1579868553164855380085,
                                                          'tokenIn': '0x4200000000000000000000000000000000000006',
                                                          'tokenOut': '0xBd59400A7b2062E6a4F64AbbE99D046Fe226757C'}}, {'hash(0xeafc84e5cb41260e32cdd094092b6e4e9189e3e813a4d56e9893b36ca13911b8)':
                                                        {'ammountIn': 1681333259230206230528,
                                                          'amountOut': 3864771106922855,
                                                            'tokenIn': '0xBd59400A7b2062E6a4F64AbbE99D046Fe226757C',
                                                              'tokenOut': '0x4200000000000000000000000000000000000006'}}]}

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Get Swap detail with hash

hash = '0x53633f8e720ba4f22387ff1e34dac802c07dd9b7ec5b1963b755ff99edf9c15e'
output = Decode.monitor_with_hash(hash)
print(output)

Example of Output Returned by monitor_with_hash( )

{'hash(0x53633f8e720ba4f22387ff1e34dac802c07dd9b7ec5b1963b755ff99edf9c15e)': {'ammountIn': 26697410107434513, 'amountOut': 1579868553164855380085, 'tokenIn': '0x4200000000000000000000000000000000000006', 'tokenOut': '0xBd59400A7b2062E6a4F64AbbE99D046Fe226757C'}}

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Retrive Address/Addresses token(ERC20) balance

tokenContractAddress = '0x9DE16c805A3227b9b92e39a446F9d56cf59fe640'
Address = ['0x08c03a6b5d51a8915bae08a0f182dab6fb2c059b','0x94661f0b3619072c6ce591534e95019a4a3f7ad5'] # you can use a string of address too eg addresss = '0x08c03a6b5d51a8915bae08a0f182dab6fb2c059b'
output = Decode.token_balance(tokenContractAddress,Address)
print(output)

Example of output Returned by token_balance( ):

{'0x08c03a6b5d51a8915bae08a0f182dab6fb2c059b': 1476352034707.0415, '0x94661f0b3619072c6ce591534e95019a4a3f7ad5': 1408145648317.3828}

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Retrive Address Eth/native gas balance

Address = ['0x15deac498767a6e997c007ca91df55cbdd8a6198','0x94661f0b3619072c6ce591534e95019a4a3f7ad5']
output = Decode.eth_balance(Address)
print(output)

Example of Output Returned by eth_balance( ):

{'0x15deac498767a6e997c007ca91df55cbdd8a6198': 0.001072, '0x94661f0b3619072c6ce591534e95019a4a3f7ad5': 0.039995}