Folding on the next message reserved the whole closing height as bottom
room and kept scrollTop whenever the input had no transcript echo on this
page: a message from another tab, a queued message delivered after the
previous Turn, or a send from a subagent child in the right Sidebar. A
reader below the fold was left on an empty viewport.
Every batch of closing rows now runs on the viewport's frame-clock driver.
It lands at the tail for this client's own input or a following reader and
otherwise keeps the reader's content still, installing only the room the
landing lacks. Subagent child sends register a local echo and pass its
request id to subagents.prompt, so the child's recorded message retires it.
With HMR, installing, enabling, disabling and removing bundles take effect live. Each profile recomposition compares
the loaded modules below the profile directory and its linked targets with disk, stops the plugins whose files
changed, and recomposes the profile through app-boot's recomposeProfile(): the rows the next generation drops are
removed first, the latest runtime resolution is published once, and the generation is applied and judged. Afterwards
HMR evicts the modules below the mappings the recomposition dropped.
- app-boot: recomposeProfile(); PluginPackages.resolution; ResolutionRestartRequired; the resolver accepts in-place
version changes and relinks, and relocates Node's cached link real paths.
- plugin-manager: with HMR, installBundle refuses an installed package (already-installed), so an upgrade is a
removal and an installation; every restart-required result carries a restartReason; removal uses the registry the
package was installed from.
- ui-plugin-manager: the Official Update removes and then installs; restart prompts name their reason.
The caller-connection work — forwarded-event opt-in, physical socket
ownership, and the Node/MCP artifact-only consumer fixture — moves to a
stacked PR on top of this one. This branch now changes only how Remote
definitions are generated (Typert artifacts, lazy method info,
consumer-selected input strictness, tool-schema projection) and how the
existing Registry consumes them.
The client tsdown presets found a package's own manifest by name: a glob of
every packages/*/*/package.json, parsed until the name matched. tsdown's
native config loader imports each package config without module cache, so
the module-level cache never hit and all 82 configs repeated the glob
(40-125 ms each) synchronously on tsdown's main thread, where it delayed
every other package build. It was 34.5% of the client pass's main thread.
- clientBundle, staticLinked and clientLibrary take the package directory
(import.meta.dirname at every call site) and read <dir>/package.json
once; the package name, loader id and externals come from that manifest.
- A missing, unreadable or nameless manifest throws an actionable error.
- The glob, the name search and the module-level caches are removed.
tsdown client pass 12.78 s -> 8.73 s (median of 3 interleaved runs each,
-31.7%); all 11,566 lib outputs byte-identical; all 82 configs resolve the
same externals and banners.
Refs #5852
A write that completes at once only reached the local send buffer, so
counting it delayed dead-peer detection until that buffer filled. Only a
write that waited in the full buffer now resets the count, and the
connection owns all three activity signals.
A congested remote.mux link can hold the Pong behind data frames, so the
Host terminated sockets that were still moving data and the Client then
reconnected and resent. Any received frame or completed downlink write now
resets the missed-heartbeat count.
session.create resolved the requested preset before queueing on the named
identity, so a later request whose preset resolved first could run first, and
an undeclared preset masked the directory conflict the README promises.
Queue first, check the named Session's directory and ownership, then resolve
the preset inside the queue, and report the preset each request left the
Session running instead of reading it after the queue moved on. The no-roster
conflict message now names its actual cause.
Integrate the observed master checkpoint 7ab215e23e5d977aae7eb5d4fb91782d39969dbb without rewriting the earlier published checkpoints. Master adds current-directory events, directory-aware consumers, and retained Git worktrees; its old subagent startup paths overlapped the unified activation implementation.
Resolve directory selection within managed startup after acquiring parent ownership. Preserve the original Session origin while setting each new local child directory, retain persisted directory state on cold resume, and pass a required absolute cwd to external providers. Keep unified local/external ownership, full completion notices, parked-input host completion, SDK wait/error/shutdown behavior, and ACP cancellation semantics. Retain removal of the old in-process driver and continuation managers.
Combine SDK wait with the new directory requests, preserve the new master directory/worktree fixtures, regenerate derived catalogs from the combined sources, and refresh only the four stale prompt/schema sidecars. Preserve every protected historical schema, archived note, catalog-v2 acknowledgement, and recorded predecessor input.
Validation: full build; 59 CI static gates; 855 subagent tests with 100% coverage on changed core/external sources; affected consumer suites including 119 repaired-fixture tests; SDK 11 and headless 16 recorded scenarios; two local headless expected cases; six built nested SDK/ACP cases; lint, strict cast inventory, workspace constraints, and whitespace checks. Native Windows worker diagnostics remain additive and require the next CI run to classify the original crash.
imccyu