Zachery Aaron Shores-Chmielewski
e0fe5b5481
Remove the unused TCP transport and dead CLI/simulation scaffolding and collapse scattered single-purpose modules into consolidated files across the dashboard, process, and simulation crates. - crates/transport: drop the TCP transport (src/tcp.rs and its tcp feature), leaving only ed25519 identity and encoding utilities behind the iroh transport - crates/dashboard: collapse actor_detail_html/actors_html/dashboard_html/topology_html into a single html.rs, drop command/parse.rs, and inline the trace types into lib.rs - crates/process: fold driver, pipeline_types, queue, subscriber, waker, and local pipes/signal/wait into local/mod.rs, pipeline.rs, and a unified types.rs, consolidating the public re-exports - crates/simulation: remove the ci subdirectory (local_sim, sim) and dead node/config/trace modules, and flatten the distribution subdirectory into top-level files - crates/datastore: remove the unused store_cli, cli, and in-memory storage, and deduplicate crypto.rs across datastore and distribution (about 190 lines of shared code removed) - crates/distribution: drop dead codec code and trim the messages module Signed-off-by: Zachery Aaron Shores-Chmielewski <zacheryasc@gmail.com> |
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| .. | ||
| src | ||
| tests | ||
| .gitignore | ||
| AGENTS.md | ||
| Cargo.toml | ||
| README.md | ||
dashboard
Visual dashboard for the swactor runtime. Provides a live HTTP dashboard, a terminal UI (TUI), trace recording/replay, and an HTTP API for programmatic runtime investigation.
Features
| Feature | Default | Description |
|---|---|---|
distribution |
yes | /distribution page with SWIM membership, Kademlia routing, and location cache |
tui |
no | Terminal UI with overview, worker detail, and distribution views |
HTTP Dashboard
Start the dashboard demo and open it in a browser:
cargo run -p dashboard --example dashboard_demo
Pages:
http://localhost:9090— live overview (workers, actors, message rates)http://localhost:9090/actors— actor tablehttp://localhost:9090/distribution— SWIM membership, Kademlia routing, cache entries
The demo creates a 4-worker runtime with ping-pong and counter actors, plus a 9-node distribution cluster (1 main node + 8 peers) with simulated SWIM membership and actor registrations in the directory/cache.
TUI
A standalone binary that connects to any running dashboard over SSE:
cargo run -p dashboard --features tui --bin swactor-tui
# or point at a specific endpoint
cargo run -p dashboard --features tui --bin swactor-tui -- http://localhost:9090
Views (cycle with Tab):
- Overview — htop-style worker bars, summary line, sortable actor table
- Worker Detail — focused view of a single worker's actors and phase breakdown
- Distribution — cluster summary, scrollable members table, cache entries, routing bucket histogram
Key bindings: q quit, Tab cycle views, s sort column, r reverse sort,
arrow keys/j/k scroll, Enter drill into worker, Esc back to overview.
Agent HTTP API (Investigate)
All diagnostic commands are available as HTTP endpoints when the dashboard server is running. See AGENTS.md for full protocol documentation.
curl 'http://localhost:9090/api/investigate?cmd=overview'
curl 'http://localhost:9090/api/investigate?cmd=hot&n=5'
curl 'http://localhost:9090/api/investigate?cmd=workers'
curl 'http://localhost:9090/api/investigate?cmd=worker&id=2'
curl 'http://localhost:9090/api/investigate?cmd=actors&sort=mailbox&limit=10'
curl 'http://localhost:9090/api/investigate?cmd=diff&seconds=2'
The same commands are also available via a stdin/stdout REPL for direct
programmatic use (see investigate::run_investigate).
Demos
All examples are run from the workspace root.
HTTP dashboard — live workload with distribution cluster, Ctrl+C to stop:
cargo run -p dashboard --example dashboard_demo
# http://localhost:9090 — runtime overview
# http://localhost:9090/distribution — cluster view
Benchmarks — four automated scenarios (~20 s total):
cargo run -p dashboard --example bench_dashboard
# open http://localhost:9090
Record & replay — records ~10 s of activity, then serves a replay:
cargo run -p dashboard --example record_and_replay_demo
# live dashboard at http://localhost:9090 during recording
# replay dashboard at http://localhost:9091 after recording finishes
# Ctrl+C to stop