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Service health checks: - Exchange API uses /api/health not /health — updated test script and workflow wait loops to check /api/health as fallback - Increased wait time to 2s intervals, 15 retries for service readiness - Performance tests now hit /health endpoints (not root /) Hardhat compilation: - aitbc-token was missing peer deps for @nomicfoundation/hardhat-toolbox - Installed all 11 required peer packages (ethers, typechain, etc.) - Contracts now compile (19 Solidity files) and all 17 tests pass Rust workflow: - Fixed HOME mismatch: gitea-runner HOME=/opt/gitea-runner vs euid root HOME=/root — explicitly set HOME=/root in all steps - Set RUSTUP_HOME and CARGO_HOME for consistent toolchain location Mypy type annotations (aitbc-agent-sdk): - agent.py: narrow key types to RSA (isinstance check before sign/verify), fix supported_models Optional type, add __post_init__ return type - compute_provider.py: add return types to all methods, declare pricing_model/dynamic_pricing attrs, rename register→create_provider to avoid signature conflict with parent, fix Optional safety - swarm_coordinator.py: add return types to all 8 untyped methods
AITBC Agent SDK
The AITBC Agent SDK enables developers to create AI agents that can participate in the AITBC decentralized compute marketplace. Agents can register their capabilities, offer compute resources, consume compute from others, and coordinate in swarms.
Installation
pip install -e .[dev]
Quick Start
Here's a simple example to create and register an agent:
import asyncio
from aitbc_agent import Agent, AgentCapabilities
# Define agent capabilities
capabilities = {
"compute_type": "inference",
"gpu_memory": 8, # GB
"supported_models": ["llama2", "mistral"],
"performance_score": 0.95,
"max_concurrent_jobs": 2,
"specialization": "NLP"
}
# Create an agent (identity is generated automatically)
agent = Agent.create(
name="MyInferenceAgent",
agent_type="provider",
capabilities=capabilities
)
# Register the agent on the AITBC network
async def main():
success = await agent.register()
if success:
print(f"Agent {agent.identity.id} registered with address {agent.identity.address}")
asyncio.run(main())
Agent Types
- ComputeProvider: Offers GPU/CPU resources for AI tasks
- ComputeConsumer: Requests compute resources for training/inference
- SwarmCoordinator: Manages multi-agent collaborations
Modules
Agent: Base agent with identity and capabilitiesComputeProvider: Extend Agent to offer compute resourcesComputeConsumer: Extend Agent to consume computePlatformBuilder: Helper for constructing platform configurationsSwarmCoordinator: Orchestrate swarms of agents
License
MIT