* feat(server): make provider refresh timeout configurable
Provider refresh probes (isAvailable + listModels/listModes) were hardcoded
to a 30s timeout. With many providers and MCP servers configured, cold
starts of agents like Copilot can exceed this on the first probe, surfacing
'Timed out refreshing Copilot after 30000ms' even though a manual retry
succeeds (warm caches).
Add a PASEO_PROVIDER_REFRESH_TIMEOUT_MS env var so operators can bump the
ceiling without rebuilding. The explicit constructor option still wins
over the env var, and invalid values fall back to the 30s default.
* refactor(server): address review feedback on refresh timeout config
- Use Number() instead of Number.parseInt() so scientific notation like
'6e4' parses as 60000 instead of being silently truncated to 6.
- Use vi.stubEnv()/vi.unstubAllEnvs() in tests to match the rest of the
suite and avoid manual process.env save/restore.
* test: cover Windows provider snapshot cwd updates
* fix: normalize Windows provider snapshot paths
* fix: preserve Claude history path candidates
* fix: match Claude project paths on Windows
* Add status grouping to the workspace sidebar
* Mark workspaces as read from the sidebar
* Clean package builds before release checks
* Fix sidebar status follow-up checks
* Add configurable service proxy
* Fix service proxy URL used when opening scripts with a public base URL
When a public proxy URL was configured, the View link was falling through
to direct connection logic and opening the wrong URL. Move the public URL
early-return before connection-type checks, and remove the now-dead
duplicate check further down.
* Add service proxy documentation
Covers config options, URL generation format, wildcard DNS setup,
and reverse proxy Host header requirements.
* Cap combined public service label and document hostname format
* Address service proxy review feedback
* Add configurable worktree root
Allow new Paseo worktrees to be created under a custom worktrees.root from config.json while preserving the existing PASEO_HOME/worktrees default. Thread the resolved root through create/list/archive/ownership flows, MCP/session paths, checkout metadata, schema, docs, and targeted tests.
* Address worktree root review feedback
Use the resolved Paseo worktree base when a custom PASEO_HOME is provided, and remove an unused worktreesRoot dependency from worktree list handling.
* Fix checkout worktree path test on Windows
Use platform-native paths in the custom PASEO_HOME regression test so Windows CI compares against the same resolved root shape as production code.
* Clarify optional worktrees config docs
---------
Co-authored-by: Mohamed Boudra <boudra.moha@gmail.com>
Older clients still request canonical rows for catch-up. Honor that explicit request while leaving projected as the default and projected app sync path.
Update the pending 0.1.88 changelog with the fixes already on main.
Terminal snapshots now carry soft-wrap row metadata only to clients that advertise support, so restored output can resize like live output without breaking older clients.
Terminals were bucketed and looked up by exact cwd, so a terminal an
agent opened in a subdirectory of the workspace never appeared in the
workspace panel and its live updates were dropped — the panel only ever
queried and subscribed the exact root.
getTerminals(root) now aggregates every bucket at or below the root, and
the session controller delivers a subdirectory change to each subscribed
root above it, keyed by that root and carrying the full aggregated list.
Keying by the root with the complete set is what keeps the client's
cache replacement from dropping the terminals that live at the root.
v2 is English-only; v3 covers 25 European languages with automatic
language detection. The archive shares v2's filenames, architecture,
sample rate, and feature dim, so no runtime loader changes are needed.
Document that the `language` config field and PASEO_*_LANGUAGE vars
only steer the OpenAI STT provider — the local Parakeet models ignore
them, so multilingual local dictation means selecting the v3 model.
Highlighting reuses the existing code-block tokenizer and LRU cache, runs
lazily on expand, and falls back to plain text above a size cap so a large
Read can't stall the main thread. The diff highlighter reconstructs the old
and new file text by position rather than from @@ line ranges, so diffs that
arrive without real hunk headers still highlight.
Read content is normalized server-side: the cat -n line-number gutter some
providers emit is stripped so content is uniformly raw source, with the first
line number surfaced as offset for the client to rebuild the gutter.
