zeekayandHanzo Dev 68877409e1 fix(cli): pip install hanzo shipped a 10-command CLI, not the 56-command one
`hanzo` depends on `hanzo-cli`, and BOTH declared `[project.scripts] hanzo`.
Entry-point resolution is install-order dependent, so which CLI a user got was
a coin flip — and hanzo-cli kept winning. The result:

  $ hanzo auth login
  Error: No such command 'auth'.

So the "auth login is broken by Cloudflare 1010" story was real but unreachable:
users never got as far as the HTTP call, because the binary they had did not
have an `auth` command at all. Publishing that fix would have changed nothing.

One command, one owner:
- hanzo-cli drops its console script. `hanzo` is the ONE command.
- `paas` and `bot` are mounted into it — the only two groups with no equivalent.
  `kms` is NOT mounted: `hanzo secrets` is a strict superset (audit/grant/
  revoke/rollback/rotate/versions on top of the same get/list/set/delete), and
  two commands for one concern is what we are removing.
- hanzo_cli grows a __main__ so it stays invocable as `python -m hanzo_cli`,
  and its e2e suite targets that instead of whatever `hanzo` resolves to.

Endpoints, one definition:
- models.IAMConfig (the class the package EXPORTS) gains the HIP-0111 endpoint
  properties. config.IAMConfig had them, but nothing imports that one — a
  second same-named class nobody uses is how the legacy path survived.
- config.py + fastapi.py stop hand-assembling paths and read the constants.
- password_login posted to `/oauth/token`, which is not a 404: IAM serves a
  200 text/html SPA catch-all for unregistered paths, so it received a login
  PAGE and json() blew up on HTML. Verified: legacy 200 text/html vs canonical
  401 application/json.

PKCE, because this is a public client:
- browser_login ships no client_secret, so the authorization code was the only
  secret in the flow and it arrives over a plaintext loopback redirect. The SDK
  already accepted code_challenge/code_verifier; the CLI simply never passed
  them. RFC 8252 §8.1 / RFC 7636 S256.

Version, one source:
- pyproject said 0.4.4, __init__ said 0.3.47, cli.py said 0.3.48, and the
  installed binary reported 0.1.0 — four answers, none right. Now resolved
  from the installed distribution.

Verified on a clean venv: entry-point providers 2 -> 1, commands 10 -> 58,
`hanzo --version` 0.1.0 -> 0.4.4, all four endpoints canonical. hanzo-iam
19/19 pass; hanzo-cli's 20 failures are unchanged before and after and are all
live-service auth (no stored token in this environment).

Co-authored-by: Hanzo Dev <[email protected]>
2026-07-26 14:51:42 -07:00
2025-03-15 03:31:14 +00:00
2025-03-15 03:31:14 +00:00
2026-06-26 11:57:39 -07:00
2025-03-15 03:56:11 +00:00

Hanzo Python SDK

Hanzo Python SDK

The flagship Python SDK for the Open AI Cloud — models, agents, tools, memory, and MCP in one install.

CI PyPI Python Version License

This is the most complete Hanzo SDK — a uv workspace of 60+ composable packages covering the full AI surface: the typed cloud client, an agent framework, the Model Context Protocol server and tools, persistent memory + RAG, distributed compute, and a batteries-included CLI. If you build AI in Python, start here.

Install

pip install hanzo          # flagship: CLI + agents + MCP + client

Or install exactly what you need:

pip install hanzoai        # just the typed cloud API client
pip install "hanzo[all]"   # everything, including optional extras

Quickstart

from hanzoai import ApiClient, Configuration, AiOpenAICompatibleApi
from hanzoai import AiChatCompletionRequest, AiChatMessage

config = Configuration(host="https://api.hanzo.ai", access_token="sk-...")

with ApiClient(config) as client:
    ai = AiOpenAICompatibleApi(client)
    resp = ai.ai_create_chat_completion(
        AiChatCompletionRequest(
            model="zen-coder",
            messages=[AiChatMessage(role="user", content="Ship it.")],
        )
    )
    print(resp.choices[0].message.content)

Every route is https://api.hanzo.ai/v1/<service>/*. Models come from the Zen family (our own models) plus any provider you connect — one typed client, no proxy in the middle.

Packages

The workspace splits cleanly by concern. The headline packages:

Package Purpose
hanzoai Typed cloud API client (generated from the Hanzo OpenAPI surface).
hanzo The hanzo CLI + runtime that ties everything together.
hanzo-mcp Model Context Protocol server — discovers tools via entry points.
hanzo-agents / hanzo-agent Agent framework — build and orchestrate agents and swarms.
hanzo-network Distributed AI compute and node orchestration.
hanzo-memory Persistent memory + RAG (SQLite, optional vector backends).
hanzo-tools-* 60+ single-concern tool packages (shell, browser, fs, code, vector, iam, …), each exposing a TOOLS list.
python-sdk/
└── pkg/
    ├── hanzoai/          # typed cloud client (OpenAPI-generated)
    ├── hanzo/            # CLI + runtime meta package
    ├── hanzo-mcp/        # MCP server (entry-point tool discovery)
    ├── hanzo-agents/     # agent framework
    ├── hanzo-network/    # distributed compute
    ├── hanzo-memory/     # memory + RAG
    └── hanzo-tools-*/    # composable tool packages

CLI

pip install hanzo gives you the hanzo command:

hanzo chat            # chat with the Zen models
hanzo node            # start / manage a local compute node
hanzo mcp             # run the MCP server for your editor or agent
hanzo agent           # build and run agents
hanzo run             # run a workflow
hanzo cloud           # manage cloud resources
hanzo search          # AI-powered search

Run hanzo --help for the full command tree.

Model Context Protocol (hanzo-mcp)

hanzo-mcp hosts the MCP server and discovers tools through [project.entry-points."hanzo.tools"], so any installed hanzo-tools-* package lights up automatically.

from hanzo_mcp import create_mcp_server

server = create_mcp_server()
server.register_tool(my_tool)
server.start()

Agents (hanzo-agents)

from hanzo_agents import Agent, Swarm

agent = Agent(
    name="researcher",
    model="zen-coder",
    instructions="You are a research assistant.",
)

swarm = Swarm([agent])
result = await swarm.run("Research quantum computing.")

Network (hanzo-network)

from hanzo_network import LocalComputeNode, DistributedNetwork

node = LocalComputeNode(node_id="node-001")
network = DistributedNetwork()
network.register_node(node)

Memory (hanzo-memory)

Persistent memory and RAG backed by SQLite, with optional vector search (sqlite-vec, lancedb, kuzu). Global state lives in ~/.hanzo/; per-project state in .hanzo/.

from hanzo_memory import MemoryService

memory = MemoryService()
await memory.store("key", "value")
result = await memory.retrieve("key")

Development

This is a uv workspace.

git clone https://github.com/hanzoai/python-sdk.git
cd python-sdk
uv sync --all-packages       # install the whole workspace

uv run pytest tests/ -v      # run tests
make lint                    # ruff lint
make format                  # ruff format
make type-check              # mypy / pyright

Per-package work:

uv run pytest pkg/hanzo-mcp -v
cd pkg/hanzo && uv build

Configuration

HANZO_API_KEY=your-api-key
HANZO_BASE_URL=https://api.hanzo.ai
HANZO_LOG_LEVEL=INFO

Or ~/.hanzo/config.yaml:

api:
  key: your-api-key
  base_url: https://api.hanzo.ai
logging:
  level: INFO

Security

  • Transport is TLS 1.3+. Secrets belong in a KMS, never in source or plaintext.
  • SOC 2 audit in progress; HIPAA BAA available.

Report vulnerabilities to [email protected]. See SECURITY.md.

Contributing

Contributions welcome — see CONTRIBUTING.md. Use type hints, add tests for new behavior, and run make lint before opening a PR.

License

Apache License 2.0 — see LICENSE.

Support

Hanzo — the Open AI Cloud

Open source · every language · on-chain settlement. hanzo.ai · docs.hanzo.ai

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