urisys 0.1.89

URI control system managers/controllers over separate uri* capability packs.

urisys

AI Cost Tracking

• 🤖 LLM usage: $13.9089 (126 commits)
• 👤 Human dev: ~$3799 (38.0h @ $100/h, 30min dedup)

Generated on 2026-06-18 using openrouter/qwen/qwen3-coder-next

---

Centralny URI control plane dla TellMesh: CLI (urisys), managers, Markpact oraz monorepo obrazów Docker z edge runtime.

Instalacja

pip install urisys

Dev (checkout tellmesh)

Wymaga checkout tellmesh workspace — urisys obok sibling repos (uriresolver/, uricore/, urisys-node/, urikvm/, …).

cd tellmesh/urisys

python3 -m venv .venv
source .venv/bin/activate

uv sync --extra kvm    # [tool.uv.sources] → ../{pack}

Po instalacji CLI:

urisys --help
which urisys   # → .venv/bin/urisys

Zależności runtime: uricore (tellmesh wheel z GitHub), uriresolver (resolve + transport delegate), paczki URI z uri-packs (dev group w pyproject.toml).

Mapa wszystkich paczek (diagramy, linki): docs/MESH.md.

Capability packi kvm/him/ocr/llm doinstalowują się lazy przy pierwszym URI — docs/NODE-SETUP.md.

# slave / lenovo
pip install -U urisys
urisys init
urisys node serve --host 0.0.0.0 --port 8790

# dev host → zdalny lenovo
urisys remote health --endpoint http://192.168.188.201:8790
urisys remote restart --endpoint http://192.168.188.201:8790

Dev monorepo (wszystkie packi od razu):

uv sync --extra kvm

Każdy capability pack ma własny pyproject.toml (samodzielnie publikowalny na PyPI; zależy od uricore). Po publikacji: pip install urikvm urihim uriocr urillm. Na działającym node dogrywasz po połączeniu: POST /uri/pack {"pack":"kvm"} (wymaga URISYS_NODE_ALLOW_PACK_LOAD=1). Szczegóły: docs/DISTRIBUTION.md.

Szybki start

cd urisys && uv sync

# Pojedyncze URI (paczki z uri-packs)
urisys --packs browser call browser://default/page/open \
  --payload '{"url":"https://example.com"}' --approve

# Flow mock
urisys --packs all flow flows/device-maintenance.uri.flow.yaml --approve --dry-run

# HTTP server
urisys --packs all serve --port 8789

Docker lab (10 automatyzacji + RDP)

cd urisys-automation-lab
bash scripts/docker-up.sh
bash scripts/docker-smoke.sh

# Pełny test E2E
python3 scripts/run_test_sessions.py --sessions lab-10-flows
# lub: bash scripts/run-lab-e2e.sh

Dokumentacja

Indeks: docs/README.md — nawigacja, stan projektu, otwarte zadania.

Dokument	Temat
docs/ECOSYSTEM.md	Model warstw TellMesh
docs/MESH.md	Mapa TellMesh — paczki → urisys, diagramy Mermaid
docs/NODE-SETUP.md	Slave — urisys init, lazy install, hot-load, systemd
docs/DISTRIBUTION.md	PyPI · Markpact · GitHub OCI — packi, kvm-release
docs/PACKAGES.md	Layout tellmesh sibling repos, urioperators
docs/REPOS.md	GitHub tellmesh vs semcod, mapowanie paczek
docs/PACK-EXTENSIBILITY.md	Nowe schematy URI, forward, release_forwards
docs/OFFICE-AUTOMATION.md	Automatyzacja biurowa — roadmap
docs/ARCHITECTURE.md	Warstwy, runtime, porty Docker
docs/PROCESS-ARCHITECTURE.md	UriProcess: Markpact → resolver → marksync
docs/FLOWS.md	URI flows, uri2flow / uri3
docs/CLI.md	Komendy CLI
docs/MARKPACT.md	Markpact validate/compile/test
urisys-node/README.md	Slave node, kvm packs, hot-load, forward OCI
urisys-node/docs/SCREEN_BACKENDS.md	Wayland capture — portal, vdisplay, mss
urisys-node/docs/PAIRING.md	Parowanie master ↔ slave
project/MAP.md	Przewodnik po map.toon.yaml (code2llm)
project/PACKAGES.md	Indeks paczek sync z mapą

Struktura (po migracji packów)

tellmesh/
├── urisys/              pip package — CLI + managers + docker glue ★
├── uriresolver/           intent router (resolve + transport)
├── uricore/             uri_control + uri_control.edge
├── urioperators/        wspólne helpery LLM
├── urisys-node/         urisysnode (bundled); uriscreen/urishell via pip
├── urikvm/ urihim/ uriocr/ urillm/ urirdp/ urishell/ urienv/ …
├── urikvmedge/          CLI urisys-kvm
├── urirdpedge/          CLI urisys-rdp
├── urirdp-docker/       RDP + URI stack (:8795 / :3389)
└── urisys-automation-lab/  lab UI (:8099)

Managers

• PackManager — paczki uri*, manifest.yaml, Markpact
• MarkpactManager — validate / compile / test *.markpact.md
• RuntimeManager — uri_control.UriControlRuntime
• UriController — call, explain, routes
• FlowController — sekwencyjne *.uri.flow.yaml
• BridgeManager — forward do zdalnego /uri/call

Markpact

Thin pack Markpacts live in each capability repo: {pack}/markpacts/{pack}.markpact.md.

cd tellmesh/urisys
python3 scripts/generate_pack_markpacts.py --check   # CI drift guard
bash scripts/run-markpact-ci.sh                      # drift + validate + tests

cd tellmesh/urishell
export TELLMESH_ROOT=~/github/tellmesh
urisys markpact run markpacts/urishell.markpact.md --as flow --approve --dry-run

bash scripts/validate-all-markpacts.sh
bash examples/markpact/showcase-run-flow.sh          # uribrowser integration demo

# UriProcess: materialize + resolver per platform
export TELLMESH_ROOT=~/github/tellmesh
bash scripts/marksync-materialize.sh ../markpact-contracts/packs/desktop-automation-processes.markpact.md

Docs: docs/MARKPACT.md · docs/PROCESS-ARCHITECTURE.md · layout: markpacts/README.md

Pełna regresja (tellmesh workspace):

bash scripts/run-full-regression.sh

Analiza projektu (code2llm)

code2llm ./ -f all -o ./project
# → project/map.toon.yaml, calls.mmd, context.md

Ekosystem TellMesh

Orchestrator: urisys · Mapa: MESH.md · Model: ECOSYSTEM.md

Pole	Wartość
Warstwa	Orchestrator (centrum mesh)
Moduł	urisys
Zależności	uricontrol, uriresolver
Rola	CLI, Markpact, flow runner, PackManager, urisys init

Runtime edge: uri_control.edge w pakiecie uricontrol (legacy PyPI uricore / urisysedge usunięty 2026-06). Resolver intencji: uriresolver (uri_resolver) + transport w uritransport; policy gate: uriguard (uri_guard).

License

Licensed under Apache-2.0.