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| secrets: inherit | ||
| with: | ||
| cmd: "pytest --durations=0 -m 'not (tool or mujoco)'" | ||
| cmd: "_DIMOS_COV=1 coverage run -m pytest --durations=0 -m 'not (tool or mujoco)' && coverage combine && coverage html && coverage report" |
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just to have a single place where this stuff is specified, should this be running ./bin/pytest-coverage ?
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| export _DIMOS_COV=1 | ||
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| uv run coverage run -m pytest "$@" -m 'not tool' |
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just to have a single place where this stuff is specified, should this be running ./bin/pytest-fast && ./bin/pytest-slow ? maybe not possible just mentioning preference
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But we don't want to run multiple command, right? And this is running not tool which includes ./bin/pytest-mujoco.
leshy
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I see you are uploading artifacts,
I'm very keen on performance stats now with resource monitor so should go to the same place,
to not start a db I had an idea of just appending .json to some stats repo, so that we can build graphs through time. and compare to dev. IDK if this is better placed in assets instead of a repo.
then we can graph test coverage by author, repo performance through time, etc. even performance gain/loss by author
Release v0.0.11 82 PRs, 10 contributors, 396 files changed. This release brings a production CLI, MCP tooling, temporal memory, and first-class support for coding agents. Dask has been removed. The entire stack now runs from `dimos run` through `dimos stop`. ### Agent-Native Development DimOS is now built to be driven by coding agents. Point OpenClaw, Claude Code, or Cursor at [AGENTS.md](AGENTS.md) and they can build, run, and debug Dimensional applications using the CLI and MCP interfaces directly. - **AGENTS.md** — comprehensive onboarding doc: architecture, CLI reference, skill rules, blueprint quick-reference. Your agent reads this and starts coding. - **MCP server** — all `@skill` methods exposed as HTTP tools. External agents call `dimos mcp call relative_move --arg forward=0.5` or connect via JSON-RPC. - **MCP CLI** — `dimos mcp list-tools`, `dimos mcp call`, `dimos mcp status`, `dimos mcp modules` - **Agent context logging** — MCP tool calls and agent messages logged to per-run JSONL for debugging and replay. ### CLI & Daemon Full process lifecycle — no more Ctrl-C in tmux. - `dimos run --daemon` — background execution with health checks and run registry - `dimos stop [--force]` — graceful shutdown with SIGTERM → SIGKILL fallback - `dimos restart` — replays the original CLI arguments - `dimos status` — PID, blueprint, uptime, MCP port - `dimos log -f` — structured per-run logs with follow, JSON output, filtering - `dimos show-config` — resolved GlobalConfig with source tracing ### Temporal-Spatial Memory Robots in physical space ingest hours of video and lidar. Temporal-spatial memory gives them a human-like understanding of the world — causal object relationships, entity tracking through time and physical space, and the ability to answer complex temporal queries: *Who spends the most time in the kitchen? What time on average do I wake up? Which set of switches toggles the main lights? Who was at the office at 9am last Thursday?* Traditional frame-level embeddings (CLIP, ViT) lose temporal context and don't scale beyond a handful of frames. Video transformers are expensive and don't operate in RGB-D. Dimensional agents work with video + lidar natively, tracking entities across hours and days. ```bash dimos --replay --replay-dir unitree_go2_office_walk2 run unitree-go2-temporal-memory ``` ### Interactive Viewer Custom Rerun fork (`dimos-viewer`) is now the default. Click-to-navigate: click a point in the 3D view → PointStamped → A* planner → robot moves. - Camera | 3D split layout on Go2, G1, and drone blueprints - Native keyboard teleop in the viewer - `--viewer rerun|rerun-web|rerun-connect|foxglove|none` ### Drone Support Drone blueprints modernized to match Go2 composition pattern. `drone-basic` and `drone-agentic` work with replay, Rerun, and the full CLI. ```bash dimos --replay run drone-basic dimos --replay run drone-agentic ``` ### More - **Go2 fleet control** — multi-robot with `--robot-ips` (#1487) - **Replay `--replay-dir`** — select dataset, loops by default (#1519, #1494) - **Interactive install** — `curl -fsSL .../install.sh | bash` (#1395) - **Nix on non-Debian Linux** (#1472) - **Remove Dask** — native worker pool (#1365) - **Remove asyncio dependency** (#1367) - **Perceive loop** — continuous observation module for agents (#1411) - **Worker resource monitor** — `dtop` TUI (#1378) - **G1 agent wiring fix** (#1518) - **Rerun rate limiting** — prevents viewer OOM on continuous streams (#1509, #1521) - **RotatingFileHandler** — prevents unbounded log growth (#1492) - **Test coverage** (#1397), draft PR CI skip (#1398), manipulation test fixes (#1522) ### Breaking Changes - `--viewer-backend` renamed to `--viewer` - Dask removed — blueprints using Dask workers need migration to native worker pool - Default viewer changed from `rerun-web` to `rerun` (native dimos-viewer) ### Contributors @spomichter, @PaulNechifor, @ruthwikdasyam, @summeryang, @MustafaBhadsorawala, @leshy, @sambull, @JeffHykin, @RadientBrain ## Contributor License Agreement - [x] I have read and approved the [CLA](https://github.com/dimensionalOS/dimos/blob/main/CLA.md).
Problem
Without test coverage it's more difficult to tell what areas need more attention in testing and whether your tests are actually hitting the code you expect to test.
Closes DIM-556
Solution
coverage.dimos runtests, so the-m mujocotests also contribute to coverage, though not in CI since they don't run in CI.bin/coverage-by-authorcommand for fun.Breaking Changes
None
How to Test
Run:
./bin/pytest-coverage (cd htmlcov; python -m http.server 8000)And see the coverage files at http://localhost:8000.
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