- Introduced `get_wildcard_address` function for explicit wildcard binding.
- Updated examples to use `get_available_interfaces` and `get_optimal_binding_address` for address selection.
- Ensured consistent usage of the new address paradigm across all example files.
- Added tests to verify the implementation of the new address paradigm and wildcard feature.
- Added a function to find a free port on localhost.
- Updated the run function to use the new port finding logic when a non-positive port is provided.
- Modified address printing to handle multiple listen addresses correctly.
- Improved the get_available_interfaces function to ensure the IPv4 loopback address is included.
* Implementing random walk in py libp2p
* Add documentation for Random Walk module implementation in py-libp2p
* Add Random Walk example for py-libp2p Kademlia DHT
* refactor: peer eviction from routing table stopped
* refactored location of random walk
* add nodesin routing table from peerstore
* random walk working as expected
* removed extra functions
* Removed all manual triggers
* added newsfragments
* fix linting issues
* refacored logs and cleaned example file
* refactor: update RandomWalk and RTRefreshManager to use query function for peer discovery
* docs: added Random Walk example docs
* added optional argument to use random walk in kademlia DHT
* enabled random walk in example file
* Added tests for RandomWalk module
* fixed lint issues
* Update refresh interval and some more tests are added.
* Removed Random Walk module documentation file
* Extra parentheses have been removed from the random walk logs.
Co-authored-by: Paul Robinson <5199899+pacrob@users.noreply.github.com>
---------
Co-authored-by: Manu Sheel Gupta <manusheel.edu@gmail.com>
Co-authored-by: Paul Robinson <5199899+pacrob@users.noreply.github.com>
- Replaced hardcoded listen address with `get_optimal_binding_address` for improved flexibility.
- Imported address validation utilities in `echo.py` and updated `__init__.py` to include new functions.
- Added `network_discover.py` to demonstrate Thin Waist address handling.
- Introduced `address_validation.py` with functions for discovering available network interfaces, expanding wildcard addresses, and determining optimal binding addresses.
- Included fallback mechanisms for environments lacking Thin Waist support.
