Move the IMAGE_OFFLOAD_REQUIRED recovery out of llm-retry into the new
@deepseek-ai/dsh-compaction-image-offload package, a sibling of the
tool-result pruner: image offload is compaction in another capacity
dimension. Each replaced node is priced through the seam's compaction/prune
shadow-price protocol before its marked copy lands. llm-retry returns to
master; the base bundle mounts the executor.
Drop the image/offload event and every session change with it. An adapter's
IMAGE_OFFLOAD_REQUIRED failure now makes dsh-llm-retry replace the surface
nodes carrying the named oldest images with copies whose blocks are marked
offloaded, through the same surfaceOp: replace compaction uses, then retry the
step. ImageBlock.offloaded becomes a durable field the routes project and the
token meter prices; the session core, its event map, derivation, and
validation return to master.
Drop Session.imageOffloadWatermark(), which no production code read once
recovery moved to llm-retry; shorten the append and seed validators; keep
offloadedImagePrefixCount and the represented-bytes arithmetic private to
requiredImageOffload, their only caller.
Preserve both sdk-minimal-in-history and native runner smoke scenarios. Record the current Cordis inspection through the actual upper headless owner while retaining upstream V2 bytes and strict prompt admission semantics.
Preserve strict live-smoke challenges and structural system messages while adopting the native subprocess runtime. Regenerate only the current Cordis inspection recording from the upstream V2 source to retain its no-ordinary-PID coverage; predecessor bytes match master.
Preserve the root V3 current-writer, PTC dispatch identity, and reliability fixes while incorporating provider-owned native ranges and the private packaged runner bootstrap.
Refresh only the current cordis-inspect-jsdoc V3 owner through the built headless profile so upstream subprocess API coverage is exercised. Preserve incoming master V2 bytes and all other fixtures and benchmark thresholds.
Remove the llm-image-offload package and every registration it needed. The
recovery branch lives in dsh-llm-retry, which already sits on the
agent/request-error waterfall: an IMAGE_OFFLOAD_REQUIRED failure advances the
image/offload watermark by the count the adapter names and retries the step
outside the provider retry budget. Drop pre-dispatch planning with it: routes
no longer declare a request-image budget on their model info, and the byte
checks that stay in the DeepSeek and pi-ai adapters are provisional until the
provider reports uncacheable images itself.
Keep the agent loop unchanged: the new @deepseek-ai/dsh-llm-image-offload
plugin plans the image/offload watermark on agent/pre-step from the routed
model's budget and advances it on agent/request-error when an adapter fails
with IMAGE_OFFLOAD_REQUIRED, returning the retry action the loop already
honours. Drop PreparedLlmCall.imageRequest and its validation, the planner
wrapper, the replay adapter's imageRequestMaxBytes option, and the duplicate
ACP snapshot scenario; share the exact-byte overflow count between the
DeepSeek and pi-ai adapters through requiredImageOffload(). The SDK image
snapshot replays an authored IMAGE_OFFLOAD_REQUIRED attempt instead of a
replay-only budget.
Preserve in-history request ordering and native V3 system heads while incorporating master’s human inbox controls. Regenerate only the current SDK child recording through its actual owner; retained V2 predecessor bytes match master.
Preserve the V3 PTC SDK assertion and enable the new human-steering runtime fixture while carrying master’s inbox lifecycle changes. Retain prior deterministic CI repairs and immutable predecessor ownership.
Preserve the V3 PTC scenario while enabling the current subagent human-steering fixture environment. All product changes are inherited from master; no V3 migration semantics are altered.
* feat(subagent): align continuable human inbox controls
* fix: repair rebase documentation and close test persistence
* docs: refresh rebased module dependency graph
Dudu-0223