NoiseWeaver

A rebrandable, polyglot platform for AI asset pipelines — the open, generic layer you run around a pipeline. It provides the parts every studio needs and none of the parts that are anyone's secret.

NoiseWeaver contains no pipeline: the stages, recipes, model wiring, and prompts are a plugin written by whoever uses it. The dependency arrow points one way — plugins import noiseweaver; noiseweaver never imports a plugin, a specific compute daemon, or a storage backend it merely orchestrates. That keeps the platform free of proprietary IP and able to stand on its own (and to be shared between studios).

The four pillars (+ the shell)

Everything is pure-Python and fully unit-tested with no daemon, pod, cluster, or Perforce server (70 tests) — the external pieces are injected and faked.

Build engine — noiseweaver.build

A spec is a JSON document ({type, stages: {stage: params}}). The engine knows how to chain, hash, store, and cache stages into a Merkle DAG where every parameter branch is content-addressed and cheaply cached; it knows nothing about what the stages do. A plugin injects a Pipeline (the stage names + per-stage normalizers, recipe versions, etc.) and the executors.

from noiseweaver.build import Spec, SpecFormat, Pipeline, Staging, Index, build

fmt = SpecFormat(suffix=".demo.json")                  # your on-disk format + a validator
pipe = Pipeline(stages=("gen", "post"), normalize=my_normalize,
                recipe_versions={"gen": "g/1"}, artifact_names={"gen": "gen.png"})

spec = Spec.load("proj/thing.demo.json", fmt, root="…")
build(spec, pipe, {"gen": gen_executor, "post": post_executor},
      staging=Staging("~/.cache/staging"), index=Index("~/.cache/staging"))
# unchanged stages are cache hits; changing one param recomputes only it + its descendants.

Subclass Spec to bind your format once (so callers keep a clean MySpec.load(path)) — e.g. a plugin binds its own .<type>.json format + validator + recipe versions in one place.

Compute — noiseweaver.compute

Two orthogonal axes, composed into a Placement = (Tool, Platform, ExecutionMode) the scheduler resolves Kubernetes-style:

• Tool — the API you speak (ComfyUITool HTTP ships built in; a plugin adds its own, e.g. an NDJSON/UDS local-daemon client). Platform-agnostic; one client whether the service is local, on a pod, or in a cluster.
• Platform — where it's provisioned and reached (LocalPlatform, ExternalPlatform, RemotePlatform). Tool-agnostic; RunPod/k8s lifecycle is injected once and shared across tools.
• Requirements ↔ Offers — a tool declares Requirements({os, arch, accelerator, vram}); a platform declares Offers; the scheduler only places a tool where the offers satisfy it (an MLX tool requires {macos, mlx} so it never schedules off a Mac; a CUDA workload never lands on a Mac).
• Execution modes — SERVICE (a persistent endpoint, many calls) and JOB (submit → result).

from noiseweaver.compute import (
    Scheduler, ComfyUITool, LocalPlatform, RemotePlatform, Offers,
    ImageRequest, text_to_image,
)

sched = Scheduler(
    # ComfyUITool ships with NoiseWeaver; MyLocalDaemonTool is your plugin's own Tool.
    tools=[MyLocalDaemonTool(), ComfyUITool()],
    platforms=[LocalPlatform(),
               RemotePlatform("runpod", Offers("linux", "x86_64", frozenset({"cuda"}), 80),
                              acquire=my_pod_acquire)],
)
# picks the local daemon for a Mac-hostable weight, else comfyui@runpod — by matching, not branches.
result = text_to_image(sched, ImageRequest(prompt="…", output="/tmp/out.png",
                                           model="flux", variant="flux1-schnell"))

Storage — noiseweaver.storage / noiseweaver.cas

Point each logical repo at a local folder or a Perforce stream; the pipeline only sees a local path (a synced Perforce stream is a folder), and NoiseWeaver manages the Perforce workspace (client spec + login) and sync/submit.

from noiseweaver.config import NoiseWeaverConfig

cfg = NoiseWeaverConfig.load()        # reads noiseweaver.toml; P4 password from $P4PASSWD
assets = cfg.repo("assets")
assets.ensure_ready()                 # provisions the p4 client + login (idempotent)
assets.sync()                         # `p4 sync` (no-op for a local repo)
root = assets.root()                  # the local path your pipeline reads/writes
assets.submit([root / "new.fbx"], "add new asset")

noiseweaver.cas.CasStore is the immutable, content-addressed blob+manifest store the build engine's staging is built on (hardlink materialization, safe to back up as a plain folder).

To back a repo with a local, password-protected, checkpoint-backed Perforce server (and how to fold-back-up Perforce safely with Backblaze), see docs/perforce-local-server.md.

Pod — noiseweaver.pod

The generic pod transport the compute backends provision onto: discover_endpoint (RunPod GraphQL direct-SSH), PodSSH (persistent control SSH + local port-forward), ComfyUIClient (HTTP + UI→API workflow conversion), and PodService — the reusable lifecycle: discover → connect → optional deploy hook → start a foreground command → forward its port → wait until ready → tear down on close. Discovery + the SSH class are injectable, so the whole lifecycle unit-tests with no pod.

The shell — noiseweaver.shell / noiseweaver.plugin

from noiseweaver.shell import launch
launch(MyPipelinePlugin(), my_config)    # serves the rebranded UI on the LAN

A plugin implements three methods — branding(), build_header(config), tabs(). The shell owns the chrome; set NOISEWEAVER_TITLE / NOISEWEAVER_SUBTITLE to rebrand without code. See noiseweaver/plugin.py.

Configuration

noiseweaver.toml (path via NOISEWEAVER_CONFIG) — repos + the compute policy; secrets come from the environment, never the file. See noiseweaver.example.toml.

[repos.assets]
kind   = "perforce"         # or "local"
stream = "//assets/main"
client = "assets-mac-you"
root   = "~/p4/assets"

[compute]
runpod = true               # offload backends available to the scheduler
k8s    = false
prefer = ["local", "runpod", "k8s"]

Develop

uv sync --extra dev
uv run pytest        # 70 tests, no external services
uv run ruff check

MIT licensed.