pyxatu 1.10.1

A Python interface for the Xatu API with execution layer state tracking

PyXatu

Pyxatu is a Python package for querying data from the Xatu database and was developed to make access to Ethereum data as easy as possible without sacrificing on a rich set of features.

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Pyxatu comes out of the box with:

• High level access to Xatu (Ethereum EL + CL)

• Mevboost Data API Interface

• Validator label mapping

  Install

   pip install pyxatu
   xatu setup
  

xatu setup copies the default configuration file to your HOME directory as .pyxatu_config.json. Update this file with your actual Xatu credentials. Alternatively, you can use environment variables. If you don't have credentials yet, please get in contact with someone from EthPandaOps.

Example Usage

As a first step, we always want to initialize PyXatu.

import pyxatu

xatu = pyxatu.PyXatu()

We use xatu to execute our first query: We want to get the block number and the gas used of a block in a certain slot:

df = xatu.get_slots(
   slot = [9000000, 9000010],
   columns="slot, execution_payload_block_number, execution_payload_gas_used",
   orderby="slot"
)

print(df)

slot	execution_payload_block_number	execution_payload_gas_used
9000000	19796604	18026681
9000001	19796605	13920219
9000002	19796606	12498513
9000003	19796607	2914192
9000004	19796608	29996743
...	...	...

Second, let's say we want to know which validator attested correctly in a certain epoch:

df = xatu.get_elaborated_attestations(slot = 9000000)

print(df.head().to_markdown(index=False))

slot	validator	status	vote_type
9000000	7	correct	source
9000000	1179655	correct	source
9000000	524305	correct	source
9000000	17	correct	source
9000000	1179681	correct	source
...	...	...	...

Next, we want to get all bids accross all mevboost relays for a specific slot:

df = xatu.mevboost.get_bids(slot = 9096969)

print(df.groupby("relay")["value"].median().reset_index().to_markdown(index=False))

relay	value
aestus	3.92872e+16
bloxroute (max profit)	3.89533e+16
bloxroute (regulated)	3.89042e+16
eden	3.07634e+16
flashbots	3.89779e+16

and the delivered mevboost payloads:

df = xatu.mevboost.get_payloads(slot = 9814162)

print(df.groupby("relay")["value"].median().reset_index().to_markdown(index=False))

relay	value
bloxroute (max profit)	1.39261e+16
ultra sound	1.39261e+16

What if we need a mappling from validator ids to labels:

xatu.validators.mapping[["validator_id", "deposit_address", "label", "lido_node_operator"]]

validator_id	deposit_address	label	lido_node_operator
1545106	0xfddf38947afb03c621c71b06c9c70bce73f12999	lido	Develp GmbH
1545105	0xfddf38947afb03c621c71b06c9c70bce73f12999	lido	Develp GmbH
1546068	0xd523794c879d9ec028960a231f866758e405be34	everstake
1546067	0xe3cbd06d7dadb3f4e6557bab7edd924cd1489e8f	mantle
1546066	0xd4039ecc40aeda0582036437cf3ec02845da4c13	kraken
1546065	0xd4039ecc40aeda0582036437cf3ec02845da4c13	kraken
1545103	0xfddf38947afb03c621c71b06c9c70bce73f12999	lido	Launchnodes
1545102	0xfddf38947afb03c621c71b06c9c70bce73f12999	lido	Launchnodes

Contribution Guidelines

Please follow these steps to contribute:

1. Fork the Repository: Start by forking the repository to your GitHub account.
2. Create a New Branch: Create a new branch for your feature or bugfix.

   git checkout -b feature/new-feature
   

3. Write Tests: Ensure your code is well-tested and follows the project's coding standards.
4. Submit a Pull Request: Once you're ready, submit a pull request for review.

New contributions that help improve PyXatu are more than welcome!

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For any additional questions or support, feel free to open an issue on the GitHub repository.