The docker-labeled runner's image is node:20-bookworm, needed for the
checkout/cache actions (both Node-based). Overriding it with
container: rust:1-bookworm dropped Node from the image entirely, so
checkout failed with "node: executable file not found in $PATH". The
rust-ci label (see sporah's workflow) points at a custom image with
both Rust and Node preinstalled, avoiding the conflict.
deep_research is the only project this repo is meant to showcase, so the
Cargo workspace wrapping it and an unrelated side project no longer earns
its keep:
- swear_cleanup moved to a new standalone local repo (~/dev/swear_cleanup,
not pushed anywhere) via `git subtree split`, with its pre-workspace-
split history (when it lived at src/swear_cleanup/ in a single shared
crate) spliced onto its post-split history rather than starting from a
single flattened snapshot. FINDINGS.md, which was sitting at this repo's
root but was actually swear_cleanup's own build log, went with it.
- deep_research/{src,Cargo.toml,README.md,docs} moved to the repo root;
the [workspace] table collapsed into a plain [package] manifest with
dependency versions inlined from the old [workspace.dependencies].
- Cargo.toml keeps an explicit empty [workspace] table (not just omitted)
so that checking this repo out as a nested git worktree — this
project's own normal workflow — can't accidentally inherit a stale
ancestor directory's workspace manifest, which is exactly what broke
the build while testing this change from a worktree.
- .forgejo/workflows/deep_research-ci.yml -> ci.yml, dropping the now-
meaningless -p deep_research scoping and path filters (redundant when
it's the only thing in the repo).
- README.md and docs/case-study.md updated for the flattened commands
(cargo run/test with no -p flag); their relative links to each other
and to src/ were already correct since both moved together.
Verified: cargo build/test/clippy/fmt all clean from the new repo root.
- .forgejo/workflows/deep_research-ci.yml: build, test, clippy (-D
warnings), and fmt --check on push/PR, scoped to deep_research (not
workspace-wide — swear_cleanup has an unrelated pre-existing clippy
warning that would otherwise break CI on an unrelated project)
- README.md: what the project does, the four-agent architecture, why
it's local-first (Ollama + self-hosted SearXNG, no cloud API key, no
query leaves the host), project layout, and how to run/test it
- docs/case-study.md: narrative walkthrough of the max-turns recovery
path, the DuckDuckGo-rate-limiting root cause and SearXNG fix, and the
separation-of-concerns refactor — each step verified against a live
run of the actual failing case, not just unit tests. Uses a neutral
"AI customer-support chatbot trends" research run as the illustrative
clean-pipeline example rather than the personal topic used during
actual debugging.
