aceteam-nodes
A bundle of workflow node types for aceteam-workflow-engine: LLM text generation, HTTP requests, authenticated browser fetch, and XPath extraction.
This is a node-source package, not a runner. It ships no CLI and no execution
engine — it advertises its nodes through the aceteam_workflow_engine.nodes
entry-point group, and an operator mounts them into an engine with
wengine install aceteam-nodes. The engine then executes them.
Install into a workflow engine
Nodes are discovered through entry points and mounted by the engine operator with
the wengine CLI (which drives uv under the hood). From an engine project:
# Create an engine project if you don't have one yet
wengine init # creates engine.yaml + a pyproject.toml to install into
# Mount every node this package exposes
wengine install aceteam-nodes
# ...or mount only specific nodes
wengine install aceteam-nodes --only LLM --only APICall
wengine install runs uv add aceteam-nodes and records each node in the
operator-controlled name map (engine.yaml). It reads the entry-point table from
package metadata — listed below — without importing the modules. Nodes whose
entry declares an extra (e.g. LLM [llm]) pull that optional dependency
automatically, so wengine install aceteam-nodes --only LLM installs
aceteam-nodes[llm].
Workflows then reference these nodes by their type discriminator (LLM,
APICall, …). See the engine's node-distribution docs
for the full install/uninstall surface and the trust model.
Direct install
To add the package (and its optional deps) to an environment directly:
pip install aceteam-nodes # core nodes only
pip install "aceteam-nodes[llm]" # + LLM (aceteam-aep)
pip install "aceteam-nodes[browser-fetch]" # + BrowserFetch (Playwright)
pip install "aceteam-nodes[xpath-extract]" # + XPathExtract (lxml)
Using uv
uv add aceteam-nodes # core nodes only
uv add "aceteam-nodes[llm]" # + LLM (aceteam-aep)
uv add "aceteam-nodes[browser-fetch]" # + BrowserFetch (Playwright)
uv add "aceteam-nodes[xpath-extract]" # + XPathExtract (lxml)
Available Nodes
| Node | Extra | Description |
|---|---|---|
| LLM | llm |
AI text generation via aceteam-aep (OpenAI, Anthropic, Google, xAI, Ollama) |
| APICall | — | HTTP requests with Jinja templating |
| Shell | — | Run shell commands and capture stdout/stderr (trusted engines only) |
| BrowserFetch | browser-fetch |
Authenticated web fetch via Playwright |
| DiscordBotInfo | discord-bot-info |
Return the authenticated Discord bot's ID and username |
| DiscordListChannels | discord-list-channels |
List channels in a Discord server |
| DiscordReadMessages | discord-read-messages |
Fetch recent messages from a channel (Message Content intent required) |
| DiscordSendMessage | discord-send |
Send a message to a Discord channel |
| SlackListChannels | slack-list-channels |
List workspace channels via conversations.list |
| SlackReadMessages | slack-read-messages |
Fetch channel history via conversations.history |
| SlackSearchMessages | slack-search-messages |
Search workspace messages (requires SLACK_USER_TOKEN) |
| SlackSendMessage | slack-send |
Send a message via Slack Web API |
| TelegramBotInfo | telegram-bot-info |
Return the authenticated Telegram bot's ID and username |
| TelegramListChats | telegram-list-chats |
Look up metadata for a single chat via getChat |
| TelegramReadMessages | telegram-read-messages |
Fetch recent updates via getUpdates (incompatible with webhooks) |
| TelegramSendMessage | telegram-send |
Send a message via Telegram Bot API |
| XPathExtract | xpath-extract |
XPath extraction over HTML/XML |
Each node needing a heavy/optional dependency has one extra named after the
node (llm, browser-fetch, xpath-extract), so aceteam-nodes[browser-fetch]
reads as "BrowserFetch is installed." The APICall node needs no extra.
Browser profile setup
BrowserFetch drives a real Chromium profile so it can fetch authenticated pages.
After installing the browser-fetch extra and Playwright's browser binaries,
create the profile interactively:
# After: pip install "aceteam-nodes[browser-fetch]" && playwright install chromium
ace-browser-setup
# equivalent: uv run python scripts/browser_setup.py
Configuration
LLM provider credentials are read from the environment:
export OPENAI_API_KEY=sk-...
# or
export ANTHROPIC_API_KEY=sk-ant-...
export DISCORD_BOT_TOKEN=... # Discord send/read nodes
export SLACK_BOT_TOKEN=... # Slack send/read/list nodes
export SLACK_USER_TOKEN=... # Slack search node (user token, xoxp-...)
export TELEGRAM_BOT_TOKEN=... # Telegram send/read nodes
Development
# Setup (installs project + dev deps: pyright, pytest, ruff, aceteam-aep, playwright, lxml)
uv sync
# Test
uv run pytest
uv run pytest -x # stop on first failure
# Lint & format
uv run ruff check && uv run ruff format
# Type check
uv run pyright
# Build
uv build
# Release
scripts/release.sh -v vX.Y.Z --dry-run # preview
scripts/release.sh -v vX.Y.Z -y # publish to PyPI + GitHub
Adding a node
Add three things in lockstep:
- The node class in
src/aceteam_nodes/nodes/(with itsTYPE_INFO). - The export in
nodes/__init__.py. - The export in
__init__.py. - The entry-point line under
[project.entry-points."aceteam_workflow_engine.nodes"]inpyproject.toml(append[extra_dependency_name]if it needs an optional dependency).
Related
- Workflow Engine — the DAG execution engine that discovers and runs these nodes
- aceteam-aep — multi-provider LLM abstraction used by the LLM node
License
MIT
Metadata
Release files for aceteam-nodes 0.8.0
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| aceteam_nodes-0.8.0-py3-none-any.whl | Python 3 | none | any | Details |
Total release size: 244.1 kB
Release files / aceteam_nodes-0.8.0.tar.gz
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