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Description

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Fixes # (issue)

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  • Bug fix (non-breaking change which fixes an issue)
  • New feature (non-breaking change which adds functionality)
  • Breaking change (fix or feature that would cause existing functionality to not work as expected)
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Code review prechecks:

  • Code follows the style guidelines of this project
  • Code has been self-reviewed
  • Inline comments have been added for each method
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  • Code changes introduces no new problems or warnings
  • Test cases have been added
  • Dependent changes have been merged and published in downstream modules

google-labs-jules bot and others added 6 commits October 19, 2025 17:09
This commit establishes the complete directory structure, build scripts, and placeholder files for the "timechain-aurumgrid-lunco-sim" (TAL) project.

It includes:
- A top-level CMakeLists.txt to manage the C++ builds.
- A setup.py and `__init__.py` for the Python package.
- A `build.sh` script to orchestrate the entire build process.
- Placeholder C++ source files and a thin C++ wrapper for LunCoSim.

This provides the foundational structure for the integrated C++/Python project.
Create initial scaffold for TAL super-build
This commit establishes the complete directory structure, SmartWeave contract, off-chain worker, and placeholder files for the `base-activity-oracle` project.

It includes:
- The SmartWeave contract in `contracts/base-activity-oracle.js`.
- The off-chain worker in `src/base-sync-worker/`, including the `main.js`, `Dockerfile`, and `package.json`.
- Placeholder files for tests and examples.

This provides the foundational structure for the Arweave-based cross-chain activity oracle.
Create initial scaffold for Base Activity Oracle
Implements a Python prototype for a VRF-based beacon to generate a secure, verifiable random seed.

The seed is derived from the hash of the VRF output combined with a time-based beacon.

Uses the 'pyvrf' library, which wraps Algorand's libsodium fork for the VRF implementation. Includes a demonstration script and an integration test to verify the producer-consumer flow.
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