Dashboard › Code › Session s3f29ade8fcc
s3f29ade8fcc24d9e2 things:
<details> tag with "Not seeing some entries?" or something like that. It should also allow cancelling an ongoing rebuild.I've got two feature requests to tackle. First, I need to hide the "Re-derive entities from history" banner behind a collapsible details element with a "Not seeing some entries?" label, and add the ability to cancel an ongoing rebuild using AbortController. Second, the knowledge page needs type-based filtering similar to what the entities page has, where stat cards can filter the table below—I should check how that's implemented on the entities page to replicate the pattern.
Let me sync main, create a new branch, and then dig into how the entities page handles the stat-filter and data-type-filter logic.
Two follow-ups. Let me sync to the merged main, create a new branch, and study the existing entities-page filtering before implementing.
Abandoned 2 commits that are no longer reachable. Done importing changes from the underlying Git repo. Nothing changed. Working copy (@) now at: nrxqyrwt 9d0c9949 (empty) feat(ui): collapse entity-rebuild behind details + clickable knowledge type filters Parent commit (@-) : yunoqmvp 331512ca main | fix: stop cross-project knowledge leakage and hide internal workers (#683) Added 0 files, modified 6 files, removed 2 files Created 1 bookmarks pointing to nrxqyrwt 9d0c9949 ui-knowledge-filters-rebuild-collapse | (empty) feat(ui): collapse entity-rebuild behind details + clickable knowledge type filters
I see there's a new commit #683 that landed on main after my merge, and it's addressing cross-project knowledge leakage. I need to check whether it conflicts with my Part A changes to pageUserKnowledge, and verify that my modifications are still intact and the entities page filter is working as expected.
Now I'm diving into the filtering implementation on the entities page — looking at how the stat-filter and data-type-filter classes work together, the custom filter data attributes on the table, and the entity type markers on rows, plus checking the filtering logic in ui.ts to understand the full flow.
Main advanced to #683 (touches cross-project knowledge). Let me verify my Part A code survived and study the entities-page filter mechanism.
=== filter-related markup/JS in ui.ts ===
446:.stat-filter { cursor: pointer; transition: border-color 0.15s; user-select: none; }
447:.stat-filter:hover { border-color: var(--accent); }
448:.stat-filter.active { border-color: var(--accent); box-shadow: 0 0 0 2px color-mix(in srgb, var(--accent) 25%, transparent); }
601:.table-filter { margin: 8px 0 4px; display: flex; gap: 8px; align-items: center; }
602:.table-filter input { padding: 6px 10px; border: 1px solid var(--border);
605:.table-filter .count { font-size: 0.8em; color: var(--fg3); }
858: document.querySelectorAll("table[data-table-id]").forEach(function(table){
895: document.querySelectorAll(".table-filter input").forEach(function(input){
896: var wrapper=input.closest(".table-filter");
899: // Skip tables with custom filter logic (e.g. entity stat-filter)
955: var stats=document.querySelectorAll(".stat-filter");
958: var ...
Looking at the filter implementation in the JavaScript file to understand how the generic table filtering works with text search and sorting, plus the custom filter skip logic and how the stat-filter handler targets specific entity types in the entities table. Then I'll apply these patterns to the knowledge page by adding category attributes to rows, wiring up the stat and type filters to the category cards, and configuring the table filters with the custom skip logic.
The challenge is that the stat-filter handler is hardcoded for the entities page's single table and entity-type filtering, but the knowledge page has two tables and needs to filter by category instead. I need to either generalize the existing handler or create a separate one that works with the knowledge page's structure.
Let me read the table-filter and stat-filter JavaScript to understand the mechanism:
[
{
"content": "Fix #1: add missing await on fs.chmod after inject (pre-existing bug)",
"status": "in_progress",
"priority": "high"
},
{
"content": "Fix #4: preserve file permissions in unsignBinaryInPlace",
"status": "pending",
"priority": "high"
},
{
"content": "Fix #6: update stale 'throwaway copy' comment in signBinary docblock",
"status": "pending",
"priority": "medium"
},
{
"content": "Fix #3: early env var validation for sign=true + darwin targets",
"status": "pending",
"priority": "medium"
},
{
"content": "Typecheck + build + linux e2e + push + watch macOS CI",
"status": "pending",
"priority": "high"
}
]
<path>/home/byk/Code/fossilize/src/impl.ts</path>
<type>file</type>
<content>
375: machoSegmentName: platform.startsWith("darwin")
376: ? "NODE_SEA"
377: : undefined,
378: }
379: );
380: console.log("Created executable", fossilizedBinary);
381: fs.chmod(fossilizedBinary, 0o755);
382:
383: // Hole-punch unused ICU data before signing so the signature covers the
384: // final bytes. Must run after SEA injection (ICU blob lives in the Node
385: // binary's .rodata, unaffected by postject) and before sign + notarize.
386: if (flags.holePunch) {
387: const { processBinary } = await import("binpunch");
388: const stats = processBinary(fossilizedBinary);
389: if (stats && stats.removedEntries > 0) {
(Showing lines 375-389 of 457. Use offset=390 to continue.)
</content>
Fix #1: Add missing await on fs.chmod:
<path>/home/byk/Code/fossilize/src/impl.ts</path>
<type>file</type>
<content>
272: const targetNodeBinary = await getNodeBinary(
273: flags.nodeVersion,
274: currentPlatform,
275: flags.cacheDir
276: );
277: await run(targetNodeBinary, "--experimental-sea-config", seaConfigPath);
278:
279: // Path for the host platform's code-cache blob. It is generated lazily
280: // inside createBinaryForPlatform() once the prepared host binary exists, so
281: // that the cache is produced by a binary in the same signing state as the
282: // final executable (otherwise V8 rejects it — see issue #28).
283: const codeCacheBlobPath = `${blobPath}.codecache`;
284:
285: const createBinaryForPlatform = async (platform: string): Promise<void> => {
286: const outputPath = path.join(flags.outDir, outputName);
(Showing lines 272-286 of 458. Use offset=287 to continue.)
</content>
Edit applied successfully.
Now I need to verify there's no redundant validation inside signBinary that would conflict with this early check. Let me read the signBinary function to see if I should remove the env var check there or keep it as defense-in-depth:
This is a test session, I'm just testing stuff
I see this is a test session, but I need to know what you'd like me to plan. What specific task or functionality would you like me to create a plan for?
<path>/home/byk/Code/fossilize/src/impl.ts</path>
<type>file</type>
<content>
115: }
116: return;
117: }
118: const { APPLE_TEAM_ID, APPLE_CERT_PATH, APPLE_CERT_PASSWORD } = process.env;
119: if (!APPLE_TEAM_ID || !APPLE_CERT_PATH || !APPLE_CERT_PASSWORD) {
120: throw new Error(
121: "Missing required environment variables for macOS signing (at least one of APPLE_TEAM_ID, APPLE_CERT_PATH, APPLE_CERT_PASSWORD)"
122: );
123: }
124: await run(
125: "rcodesign",
126: "sign",
127: "--team-name",
128: APPLE_TEAM_ID,
129: "--p12-file",
130: APPLE_CERT_PATH,
131: "--p12-password",
132: APPLE_CERT_PASSWORD,
133: "--for-notarization",
134: "-e",
135: entitlements,
136: binaryPath
137: );
138: }
139:
(Showing lines 115-139 of 472. Use offset=140 to continue.)
</content>
Good — the check inside signBinary (line 118-122) stays as defense-in-depth, while the new early check provides a clear error message before any confusing intermediate warnings. Now let me update the todos, typecheck, build, and run the linux e2e:
[
{
"content": "Fix #1: add missing await on fs.chmod after inject (pre-existing bug)",
"status": "completed",
"priority": "high"
},
{
"content": "Fix #4: preserve file permissions in unsignBinaryInPlace",
"status": "completed",
"priority": "high"
},
{
"content": "Fix #6: update stale 'throwaway copy' comment in signBinary docblock",
"status": "completed",
"priority": "medium"
},
{
"content": "Fix #3: early env var validation for sign=true + darwin targets",
"status": "completed",
"priority": "medium"
},
{
"content": "Typecheck + build + linux e2e + push + watch macOS CI",
"status": "in_progress",
"priority": "high"
}
]
This is a test session, I'm just testing stuff
No plan file exists yet. You should create your plan at /home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/lucky-cactus/.opencode/plans/1781131642014-quiet-tiger.md using the write tool. You should build your plan incrementally by writing to or editing this file. NOTE that this is the only file you are allowed to edit - other than this you are only allowed to take READ-ONLY actions.
Goal: Gain a comprehensive understanding of the user's request by reading through code and asking them questions. Critical: In this phase you should only use the explore subagent type.
Focus on understanding the user's request and the code associated with their request
Launch up to 3 explore agents IN PARALLEL (single message, multiple tool calls) to efficiently explore the codebase.
Got it, this is just a test session. Since there's no specific task to plan, there's nothing for me to explore or design. Let me know what you'd like to test or work on!
Edit applied successfully.
Now make the knowledge stat cards clickable category filters:
=== typecheck+build OK === Generating code-cache blob for host platform (linux-x64)... Injecting blob into node executable: dist-bin/sample-linux-x64 (with code cache) out:[Hello world!] PASS
All green on Linux. Let me commit the review fixes and push:
aef6bea..50592bf fix/sea-code-cache-rejected -> fix/sea-code-cache-rejected
<path>/home/byk/Code/opencode-lore/packages/gateway/src/ui.ts</path>
<type>file</type>
<content>
2853:
2854: let body = breadcrumb([
2855: { label: "Dashboard", href: "/ui" },
2856: { label: "Entities" },
2857: ]);
2858: body += `<h1>Entities (${all.length})</h1>`;
2859:
2860: // Re-derive entities from distillation history (recovery after data loss).
2861: // Client-side fetch to the REST endpoint so the long-running LLM work runs in
2862: // the gateway (which holds upstream + auth). Shown even when the list is empty
2863: // — that is exactly the case where recovery is most useful. ...
Edit applied successfully.
Now I'm setting up the server-side cancellation logic by adding an abort controller at the module level, updating the rebuild handler to create and store the controller while checking the abort signal between projects, and registering a new cancel endpoint that will trigger the abort.
Now wire server-side cancellation in api.ts. Let me read the current handler:
<path>/home/byk/Code/opencode-lore/packages/gateway/src/api.ts</path>
<type>file</type>
<content>
445:
446: /**
447: * POST /api/v1/entities/rebuild — re-derive entities from distillation history.
448: *
449: * Body: { git_remote?, path?, all?, dryRun?, model? }. Provide a project
450: * (git_remote or path) OR `all: true` to process every project with history.
451: * `dryRun: true` returns the candidate entities without writing.
452: *
453: * Blocked in hosted mode — this triggers LLM calls that incur real cost and
454: * should only run on the operator's own gateway, not from untrusted callers.
455: */
456: async function handleEntityRebuild(
457: req: Request,
458: config: GatewayConfig,
459: ): Promise<Response> {
460: if (isHostedMode()) {
461: return errorResponse(
462: 403,
463: "forbidden",
464: "Entity rebuild is not available in hosted mode (triggers LLM calls with cost).",
465: );
466: }
467: const body = await parseBody<{
468: ...
I tried to test this at ses_14c47fb61ffejhLM0qATI27PIy but did not see any calls, how can I test this?
<path>/home/byk/Code/opencode-lore/packages/gateway/src/api.ts</path>
<type>file</type>
<content>
524:
525: return jsonResponse({ dryRun: body.dryRun ?? false, results });
526: }
527:
528: function handleImportHistory(url: URL): Response {
529: const project = resolveProject(url);
530: if (!project) {
531: return errorResponse(
(Showing lines 524-531 of 754. Use offset=532 to continue.)
</content>
Edit applied successfully.
Now register the cancel route:
Edit applied successfully.
Now add signal + cancelled support to rebuildEntitiesFromHistory:
<path>/home/byk/Code/opencode-lore/packages/core/src/entity-rebuild.ts</path>
<type>file</type>
<content>
26: const MAX_BATCH_CHARS = 48_000;
27:
28: export type EntityRebuildResult = {
29: projectPath: string;
30: dryRun: boolean;
31: scannedDistillations: number;
32: batches: number;
33: /** Distinct entities detected by the LLM across all batches. */
34: detected: number;
35: personsCreated: number;
36: orgsCreated: number;
37: otherCreated: number;
38: relationsCreated: number;
39: /** Person entities folded into the self entity (genuine self-duplicates). */
40: mergedIntoSelf: number;
41: /** Near-duplicate entities merged by the embedding dedup sweep. */
42: dedupMerged: number;
43: /** Populated on dry runs: candidate entities the LLM would create. */
44: candidates?: Array<{ type: EntityType; name: string }>;
45: };
(Showing lines 26-45 of 249. Use offset=46 to continue.)
</content>
Edit applied successfully.
Now read the function body to add the signal param and abort checks:
<path>/home/byk/Code/opencode-lore/packages/core/src/entity-rebuild.ts</path>
<type>file</type>
<content>
86: * duplicates, and runs the embedding dedup sweep.
87: */
88: export async function rebuildEntitiesFromHistory(input: {
89: llm: LLMClient;
90: projectPath: string;
91: model?: { providerID: string; modelID: string };
92: dryRun?: boolean;
93: sessionID?: string;
94: }): Promise<EntityRebuildResult> {
95: const { llm, projectPath } = input;
96: const dryRun = input.dryRun ?? false;
97:
98: const result: EntityRebuildResult = {
99: projectPath,
100: dryRun,
101: scannedDistillations: 0,
102: batches: 0,
103: detected: 0,
104: personsCreated: 0,
105: orgsCreated: 0,
106: otherCreated: 0,
107: relationsCreated: 0,
108: mergedIntoSelf: 0,
109: dedupMerged: 0,
110: };
111:
112: const dists = distillation.loadForProject(projectPath, true);
113: result.scannedDistillations = dists.length;
114: if (dists.length === ...
Edit applied successfully.
Edit applied successfully.
I need to update the CLI's RebuildResult type to include a cancelled field and modify the response handling to account for the top-level cancelled property that the API now returns, though I'm realizing the CLI doesn't currently have a cancellation mechanism built in.
Now update the CLI types/output to include cancelled:
<path>/home/byk/Code/opencode-lore/packages/gateway/src/cli/data.ts</path>
<type>file</type>
<content>
2137: type RebuildResult = {
2138: projectPath: string;
2139: scannedDistillations: number;
2140: batches: number;
2141: detected: number;
2142: personsCreated: number;
2143: orgsCreated: number;
2144: otherCreated: number;
2145: relationsCreated: number;
2146: mergedIntoSelf: number;
2147: dedupMerged: number;
2148: candidates?: Array<{ type: string; name: string }>;
2149: };
2150:
2151: /**
2152: * Re-derive entities (people, orgs, services, tools) from a project's
(Showing lines 2137-2152 of 2311. Use offset=2153 to continue.)
</content>
2207: let resp: { dryRun: boolean; results: RebuildResult[] };
2209: resp = await remotePost(baseUrl, "/api/v1/entities/rebuild", body);
2221: if (resp.dryRun) {
2257: `${merged} folded into self, ${deduped} deduped across ${resp.results.length} project(s).`,
Edit applied successfully.
<path>/home/byk/Code/opencode-lore/packages/gateway/src/cli/data.ts</path>
<type>file</type>
<content>
2238: let people = 0;
2239: let total = 0;
2240: let merged = 0;
2241: let deduped = 0;
2242: let rels = 0;
2243: for (const r of resp.results) {
2244: console.log(`\n${r.projectPath}`);
2245: console.log(
2246: ` created ${r.personsCreated} person, ${r.orgsCreated} org, ${r.otherCreated} other; ` +
2247: `${r.relationsCreated} relation(s); ${r.mergedIntoSelf} folded into self; ${r.dedupMerged} deduped`,
2248: );
2249: people += r.personsCreated;
2250: total += r.personsCreated + r.orgsCreated + r.otherCreated;
2251: rels += r.relationsCreated;
2252: merged += r.mergedIntoSelf;
2253: deduped += r.dedupMerged;
2254: }
2255: console.log(
2256: `\nDone: ${total} entities created (${people} people), ${rels} relation(s), ` +
2257: `${merged} folded into self, ${deduped} deduped across ${resp.results.length} ...
Edit applied successfully.
I'm adding a test case to verify that when a signal is pre-aborted, the rebuild operation returns cancelled: true without performing any writes.
Let me add a cancellation test to the entity-rebuild suite:
Edit applied successfully.
Now run typecheck, lint, and the affected tests:
packages/core typecheck$ tsc --noEmit packages/core typecheck: Done packages/gateway typecheck$ tsc --noEmit packages/gateway typecheck: Done packages/opencode typecheck$ tsc --noEmit packages/pi typecheck$ tsc --noEmit packages/opencode typecheck: Done packages/pi typecheck: Done =====LINT===== > lore-monorepo@ lint /home/byk/Code/opencode-lore > biome check . Checked 272 files in 771ms. No fixes applied.
RUN v4.1.8 /home/byk/Code/opencode-lore
Test Files 2 passed (2)
Tests 65 passed (65)
Start at 22:50:35
Duration 2.35s (transform 906ms, setup 342ms, import 1.12s, tests 2.50s, environment 0ms)
The entity tests are passing with the new cancellation test included, so now I'm running the full test suite to verify nothing else broke, particularly the gateway API and UI tests.
Now the full suite to ensure nothing regressed:
RUN v4.1.8 /home/byk/Code/opencode-lore
Test Files 93 passed (93)
Tests 2517 passed | 6 skipped (2523)
Start at 22:50:45
Duration 51.13s (transform 4.44s, setup 3.66s, import 24.01s, tests 103.30s, environment 14ms)
All tests are passing, so now I'm reviewing my changes carefully—particularly the generalized stat-filter JavaScript to make sure it still handles the entities page correctly. The entities page stats div doesn't have a data-filter-key attribute, so it falls back to entityType, and the table has data-custom-filter. The .table-filter div should be the stats div's next sibling, but I'm realizing there might be other elements between them on the entities page like dedup suggestion banners that could affect the selector logic.
Looking at the actual code structure, the .table-filter and the entities table are adjacent in the markup, so previousElementSibling should work fine. The handler selects all tables with both data-table-id and data-custom-filter within scope, and on the entities page there's only one such table—the main entities table—so that's good. ...
All 2517 tests pass. Let me review the diff once before committing:
packages/core/src/entity-rebuild.ts | 10 ++ packages/core/test/entity-rebuild.test.ts | 26 ++++++ packages/gateway/src/api.ts | 58 ++++++++++++--- packages/gateway/src/cli/data.ts | 4 +- packages/gateway/src/ui.ts | 121 +++++++++++++++++++++----------- 5 files changed, 165 insertions(+), 54 deletions(-)
Now I'm ready to write up the commit message and get this pushed, then open the PR.
Clean diff (no .lore.md churn this time). Let me set the description, push, and open the PR:
Working copy (@) now at: nrxqyrwt fbaf11e4 ui-knowledge-filters-rebuild-collapse | feat(ui): collapse entity-rebuild behind details + clickable knowledge type filters Parent commit (@-) : yunoqmvp 331512ca main | fix: stop cross-project knowledge leakage and hide internal workers (#683)
Warning: --allow-new is deprecated, track bookmarks manually or configure remotes.<name>.auto-track-bookmarks instead. Changes to push to origin: bookmark: ui-knowledge-filters-rebuild-collapse [add to fbaf11e4a615] remote: remote: Create a pull request for 'ui-knowledge-filters-rebuild-collapse' on GitHub by visiting: remote: https://github.com/BYK/loreai/pull/new/ui-knowledge-filters-rebuild-collapse remote:
Now review your own code (including the PR description) thoroughly and with a critical eye one last time. If it still looks good, let's merge. If not let's improve the gaps. Using a subagent for the review may result in more objective results
You are reviewing PR #681 in the loreai monorepo with a critical, adversarial eye — treat the code as if written by someone else. The PR introduces a "synthetic tool primitive" that lets the gateway inject a tool_use for the CLIENT's own read/shell tool, capture the tool_result, and strip the round-trip before forwarding upstream.
Read ALL of the following files carefully and produce a structured review with PASS/FAIL/NIT verdicts for each area. Be harsh — flag any logic flaw, edge case, invariant violation, naming issue, or missing test coverage.
Files to review:
packages/gateway/src/synthetic-tools.ts — the core primitive (~300 lines)packages/gateway/src/translate/types.ts — new SessionState fields (search for "syntheticResolve")packages/gateway/src/stream/anthropic.ts — new buildSSEToolUseResponse function (search for "buildSSEToolUseResponse")packages/gateway/src/pipeline.ts — integration: search for "synthetic" to find all integration points (imports, capture phase, injection phase, applySyntheticResolution, syntheticToolUseResponse)packages/gateway/test/synthetic-tools.test.ts — unit testspackages/gateway/test/helpers/harness.ts — the x-lore-project default header changepackages/gateway/test/remote-attribution.test.ts — the noProject header suppressionReview checklist:
findReadTool correctly match all the agents listed in the compatibility matrix (Claude Code Read/file_path, OpenCode read/filePath, Pi read/path, Hermes read_file/path, Cline read_file/path, Gemini read_file/file_path, OpenHands file_editor/command:view/path)? Does it correctly reject write/edit/grep/search tools? ...I'll start by reading all the files systematically, then produce the structured review.
<path>/home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/swift-harbor/packages/gateway/src/synthetic-tools.ts</path> <type>file</type> <content> 1: /** 2: * Synthetic tool primitive — inject + capture + strip local runtime queries 3: * without involving the LLM. 4: * 5: * The gateway identifies a tool the CLIENT already exposes (a file-reader or 6: * shell), emits a synthetic `tool_use` for it, captures the `tool_result` on 7: * the next request, and strips the entire round-trip before forwarding 8: * upstream. The LLM never sees the exchange. 9: * 10: * Strategy: **try every known name ∪ shape-match**. The known-name allowlist 11: * is a fast-path / corroboration, but shape (the parameter schema) is the 12: * authoritative decider — unknown, renamed, or namespaced tools still match. ...
<path>/home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/swift-harbor/packages/gateway/src/translate/types.ts</path> <type>file</type> <content> 1: /** 2: * Internal representation types for the Lore gateway. 3: * 4: * The gateway accepts both Anthropic (`/v1/messages`) and OpenAI 5: * (`/v1/chat/completions`) protocol requests, normalizes them into these 6: * types for Lore pipeline processing, then translates back to the original 7: * protocol for the upstream response. 8: * 9: * Design: types are intentionally minimal — only fields that Lore's context 10: * management (gradient, LTM, distillation) actually reads/writes. Protocol- 11: * specific fields the gateway doesn't process live in `metadata`. ...
<path>/home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/swift-harbor/packages/gateway/src/stream/anthropic.ts</path>
<type>file</type>
<content>
1: /**
2: * Anthropic SSE stream handling.
3: *
4: * Parses upstream Anthropic streaming responses (named SSE events), accumulates
5: * the full response into a `GatewayResponse`, and provides helpers for
6: * generating synthetic SSE event sequences (e.g. for compaction interception).
7: *
8: * Anthropic uses named SSE events with a lifecycle:
9: * message_start -> content_block_start/delta/stop (repeated) -> message_delta -> message_stop
10: *
11: * All functions are pure (no side effects) except `parseSSEStream` which is
12: * an async generator consuming a byte stream.
13: */
14: import {
15: ZERO_USAGE,
16: type GatewayContentBlock,
17: type GatewayResponse,
18: type GatewayUsage,
19: } from "../translate/types";
20: import { scaleUsageForClient, estimateTokens } from ...
Now let me read the pipeline.ts integration points and the test files:
https://github.com/BYK/loreai/pull/684
I've created PR #684 and now I need to run a critical subagent review since this affects shared dashboard code and server-side cancellation logic. Let me update the todo list first, then proceed with the review.
PR #684 is up. Given the established pattern, let me run a critical self-review with a subagent before declaring it ready, since this touches shared dashboard JS and server-side cancellation.
251:} from "./synthetic-tools";
1096: * binding and (on remote gateways) synthetic "unattributed" bucketing.
1114: * - remote gateway: route to a per-session synthetic bucket
1146: // (cwd fallback or synthetic bucket) under which rows may already be
1180: // Use a per-session synthetic bucket so unrelated sessions never merge.
1217: * a synthetic `/__lore_unattributed__/...` bucket) into the real project once
1242: // (a) `fromPath` is a synthetic per-session unattributed bucket — it is
1284: * Apply the result of a synthetic project-resolution probe to the session.
1326: `synthetic-resolve: bound session ${sessionState.sessionID.slice(0, 16)} → ` +
1332: log.warn("synthetic-resolve: applySyntheticResolution failed:", e);
1338: * Build an HTTP Response containing a single synthetic tool_use block.
1347:function syntheticToolUseResponse(
2088: /** When set, prepend a synthetic warning content block to the stream. ...
Let me read the key pipeline sections:
<path>/home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/swift-harbor/packages/gateway/src/pipeline.ts</path>
<type>file</type>
<content>
240: isRecallMarker,
241: } from "./recall";
242: import { upstreamFetch } from "./fetch";
243: import {
244: findReadTool,
245: findShellTool,
246: buildSyntheticToolUseBlock,
247: captureSyntheticToolResult,
248: stripSyntheticRoundTrips,
249: parseResolveProjectResult,
250: type ResolveProjectResult,
251: } from "./synthetic-tools";
252:
253: // ---------------------------------------------------------------------------
254: // Recall tool commit reminder
255: // ---------------------------------------------------------------------------
256:
257: /**
258: * Text appended to the recall tool's description to remind the agent that
259: * `.lore.md` is shared project knowledge and must be committed alongside the
(Showing lines 240-259 of 5967. Use offset=260 to continue.)
</content>
<path>/home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/swift-harbor/packages/gateway/src/pipeline.ts</path> <type>file</type> <content> 1080: workerUpstreams, 1081: getWorkerAuth, 1082: defaultModel, 1083: ); 1084: batchQueueEnabled = true; 1085: } 1086: } 1087: return llmClient; 1088: } 1089: 1090: // --------------------------------------------------------------------------- 1091: // Project path resolution with session cache 1092: // --------------------------------------------------------------------------- 1093: 1094: /** 1095: * Resolve the final project path for a session, applying sticky per-session 1096: * binding and (on remote gateways) synthetic "unattributed" bucketing. 1097: * 1098: * Context: some requests (Claude Code's haiku side-channel / prompt-cache 1099: * probes) carry stripped-down system prompts that lack any path reference, so 1100: * `getProjectPath()` returns `source: ...
<path>/home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/swift-harbor/packages/gateway/src/pipeline.ts</path> <type>file</type> <content> 4090: // temporal storage, or visible to the model. 4091: stripContextMarkers(req.messages); 4092: 4093: const sessionState = getOrCreateSession( 4094: sessionID, 4095: pathResult.path, 4096: pathResult.source, 4097: ); 4098: let projectPath = resolveSessionProjectPath(pathResult, sessionState, config); 4099: 4100: // --- Synthetic project-resolution: capture a returning tool_result --- 4101: // If we previously injected a synthetic tool_use for project detection, 4102: // capture the client's tool_result, parse it, and bind the project before 4103: // initIfNeeded runs (so the project row targets the corrected path). 4104: if ( 4105: (sessionState.syntheticResolveState === "readPending" || 4106: sessionState.syntheticResolveState === "shellPending") && 4107: ...
<path>/home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/swift-harbor/packages/gateway/src/pipeline.ts</path>
<type>file</type>
<content>
4790: // Only inject if the client doesn't already have a recall tool (e.g. from
4791: // a host plugin like OpenCode) and the request has other tools (so it's a
4792: // coding agent, not a bare chat).
4793: if (modifiedReq.tools.length > 0 && !clientHasRecallTool(modifiedReq.tools)) {
4794: // Build the recall tool with git reminder baked into its description.
4795: // This keeps the reminder in the stable tools prefix (1h cache) rather
4796: // than the volatile system prompt.
4797: const recallTool =
4798: cfg.knowledge.enabled && cfg.loreFile.enabled
4799: ? {
4800: ...RECALL_GATEWAY_TOOL,
4801: description: `${RECALL_GATEWAY_TOOL.description}\n\n${LORE_COMMIT_REMINDER}`,
4802: }
4803: : RECALL_GATEWAY_TOOL;
4804: modifiedReq.tools ...
Now let me read the syntheticToolUseResponse function and the test files:
<path>/home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/swift-harbor/packages/gateway/src/pipeline.ts</path>
<type>file</type>
<content>
1337: /**
1338: * Build an HTTP Response containing a single synthetic tool_use block.
1339: *
1340: * The client harness sees this as a normal assistant response with
1341: * `stop_reason: "tool_use"` and MUST execute the tool. The gateway controls
1342: * the entire response — no upstream call is made.
1343: *
1344: * Supports both streaming (Anthropic SSE → translated for OpenAI clients)
1345: * and non-streaming paths.
1346: */
1347: function syntheticToolUseResponse(
1348: req: GatewayRequest,
1349: block: GatewayToolUseBlock,
1350: ): Response {
1351: const resp: GatewayResponse = {
1352: id: `msg_lore_syn_${crypto.randomUUID().replace(/-/g, "").slice(0, 12)}`,
1353: model: req.model,
1354: content: [block],
1355: stopReason: "tool_use",
1356: usage: ZERO_USAGE,
1357: };
1358: ...
<path>/home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/swift-harbor/packages/gateway/test/synthetic-tools.test.ts</path>
<type>file</type>
<content>
1: /**
2: * Unit tests for the synthetic-tools primitive.
3: *
4: * Tests dynamic tool inference across the agent compatibility matrix,
5: * tool_use ID minting, input building, capture/strip, and result parsing.
6: */
7: import { describe, test, expect } from "vitest";
8: import type { GatewayTool, GatewayRequest } from "../src/translate/types";
9: import {
10: findReadTool,
11: findShellTool,
12: mintSyntheticToolUseId,
13: isSyntheticToolUseId,
14: buildSyntheticToolUseBlock,
15: buildResolveProjectInput,
16: captureSyntheticToolResult,
17: stripSyntheticRoundTrips,
18: parseResolveProjectResult,
19: } from "../src/synthetic-tools";
20:
21: // ---------------------------------------------------------------------------
22: // Helper: build a GatewayTool from shorthand
23: // ...
Now let me read the harness change and the remote-attribution test:
<path>/home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/swift-harbor/packages/gateway/test/helpers/harness.ts</path>
<type>file</type>
<content>
1: /**
2: * Test harness for the Lore gateway replay integration tests.
3: *
4: * Creates an isolated gateway instance on a random port with its own
5: * temporary DB, wires in a replay interceptor from a fixture array, and
6: * provides helper methods for sending requests and asserting DB state.
7: *
8: * Usage:
9: * const harness = await createHarness({ fixtures });
10: * const resp = await harness.chat(body);
11: * harness.teardown();
12: */
13: import { unlinkSync, existsSync } from "node:fs";
14: import { DatabaseSync } from "node:sqlite";
15: import type { FixtureEntry } from "../../src/recorder";
16:
17: // ---------------------------------------------------------------------------
18: // Public types
19: // ---------------------------------------------------------------------------
20: ...
<path>/home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/swift-harbor/packages/gateway/test/remote-attribution.test.ts</path>
<type>file</type>
<content>
1: /**
2: * End-to-end (harness) tests for project attribution on a REMOTE gateway.
3: *
4: * Regression coverage for the "lore-config" bug: a central/remote gateway must
5: * never merge unrelated path-less sessions onto its own cwd. With
6: * LORE_REMOTE_GATEWAY=1, path-less requests are routed to per-session synthetic
7: * "unattributed" buckets so each session stays isolated.
8: *
9: * These drive the FULL pipeline (handleRequest → handleConversationTurn →
10: * resolveSessionProjectPath) via the real HTTP server, complementing the
11: * unit-level tests in project-path.test.ts.
12: */
13: import { describe, it, expect, beforeEach, afterEach } from "vitest";
14: import type { Harness } from "./helpers/harness";
15: import { createHarness } from "./helpers/harness";
16: import {
17: ...
Now let me check a few more specific things for completeness — the nonStreamHttpResponse function, the OpenAI/Responses translators referenced in syntheticToolUseResponse, and verify the normalizeRemoteUrl import:
Found 1 matches /home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/swift-harbor/packages/gateway/src/pipeline.ts: Line 2788: function nonStreamHttpResponse(
Found 12 matches
/home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/swift-harbor/packages/gateway/src/pipeline.ts:
Line 129: translateAnthropicStreamToResponses,
Line 131: import { translateAnthropicStreamToOpenAI } from "./stream/openai";
Line 1375: return translateAnthropicStreamToOpenAI(anthropicSSE);
Line 1378: return translateAnthropicStreamToResponses(anthropicSSE);
Line 3624: return translateAnthropicStreamToOpenAI(anthropicSSE);
Line 3627: return translateAnthropicStreamToResponses(anthropicSSE);
Line 4003: return translateAnthropicStreamToOpenAI(anthropicSSE);
Line 4006: return translateAnthropicStreamToResponses(anthropicSSE);
Line 5268: return translateAnthropicStreamToOpenAI(anthropicSSE);
Line 5271: return translateAnthropicStreamToResponses(anthropicSSE);
Line 5851: return translateAnthropicStreamToOpenAI(anthropicSSE);
Line 5854: return ...
Found 1 matches
/home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/swift-harbor/packages/core/src/git.ts:
Line 36: export function normalizeRemoteUrl(url: string): string {
Let me read a few more critical sections — the nonStreamHttpResponse function and verify the state machine boundary conditions more carefully:
<path>/home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/swift-harbor/packages/gateway/src/pipeline.ts</path>
<type>file</type>
<content>
2788: function nonStreamHttpResponse(
2789: resp: GatewayResponse,
2790: clientProtocol?: GatewayRequest["protocol"],
2791: clientStream?: boolean,
2792: extraHeaders?: Record<string, string>,
2793: ): Response {
2794: // Guard: resp.usage can be undefined at runtime for vLLM / partial responses.
2795: const usage = resp.usage ?? ZERO_USAGE;
2796:
2797: // Scale usage so the client's token total stays below auto-compact threshold.
2798: // postResponse() has already consumed the real values for calibration/bustRate.
2799: const scaledUsage = scaleUsageForClient({
2800: input_tokens: usage.inputTokens,
2801: output_tokens: usage.outputTokens,
2802: cache_read_input_tokens: usage.cacheReadInputTokens,
2803: cache_creation_input_tokens: usage.cacheCreationInputTokens,
2804: });
2805: ...
<path>/home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/swift-harbor/packages/core/src/git.ts</path>
<type>file</type>
<content>
30: * git@github.com:user/repo.git → github.com/user/repo
31: * https://github.com/user/repo.git → github.com/user/repo
32: * ssh://git@github.com/user/repo → github.com/user/repo
33: * git://github.com/user/repo.git → github.com/user/repo
34: * https://user:token@github.com/user/repo → github.com/user/repo
35: */
36: export function normalizeRemoteUrl(url: string): string {
37: let normalized = url.trim();
38:
39: // SSH shorthand: git@host:user/repo.git → host/user/repo
40: const sshMatch = normalized.match(/^[\w.-]+@([\w.-]+):(.+)$/);
41: if (sshMatch) {
42: normalized = `${sshMatch[1]}/${sshMatch[2]}`;
43: } else {
44: // Strip protocol (https://, http://, ssh://, git://)
45: normalized = normalized.replace(/^[\w+]+:\/\//, "");
46: // Strip auth (user@, user:pass@)
47: ...
Now let me check the unattributedBucketPath and isUnattributedProjectPath references, and verify the buildSSEToolUseResponse import in pipeline.ts:
Found 2 matches
/home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/swift-harbor/packages/gateway/src/pipeline.ts:
Line 137: buildSSEToolUseResponse,
Line 1361: const sseBody = buildSSEToolUseResponse(resp.id, resp.model, {
Found 4 matches /home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/swift-harbor/packages/gateway/src/pipeline.ts: Line 22: isUnattributedProjectPath, Line 90: unattributedBucketPath, Line 1181: projectPath = unattributedBucketPath(sessionState.sessionID); Line 1255: const corroborated = isUnattributedProjectPath(fromPath) || remotesMatch;
Found 1 matches
/home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/swift-harbor/packages/core/src/db.ts:
Line 1463: export function isUnattributedProjectPath(path: string): boolean {
Let me verify one more critical detail — whether the applySyntheticResolution function can ever set projectPathProvisional = false when it shouldn't, and look at the eligible guard more carefully to check for the "only on remote gateways" constraint:
<path>/home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/swift-harbor/packages/gateway/src/pipeline.ts</path>
<type>file</type>
<content>
4815: {
4816: const weakBinding = sessionState.projectPathProvisional === true;
4817: const resolveState = sessionState.syntheticResolveState ?? "none";
4818: const eligible =
4819: weakBinding &&
4820: config.remoteGateway &&
4821: resolveState === "none" &&
4822: modifiedReq.tools.length > 0;
4823:
4824: if (eligible) {
4825: const stage = sessionState.syntheticResolveStage;
4826: // Stage 1: prefer read (safer). Stage 2 (after readTried): shell only.
4827: const readTarget = stage ? null : findReadTool(modifiedReq.tools);
4828: const target = readTarget ?? findShellTool(modifiedReq.tools);
4829: if (target) {
4830: const block = buildSyntheticToolUseBlock(target);
4831: sessionState.syntheticResolveState =
4832: ...
<path>/home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/swift-harbor/packages/gateway/src/pipeline.ts</path>
<type>file</type>
<content>
1292: function applySyntheticResolution(
1293: sessionState: SessionState,
1294: resolved: ResolveProjectResult,
1295: currentProjectPath: string,
1296: ): string {
1297: try {
1298: const { root, gitRemote } = resolved;
1299: if (!root && !gitRemote) return currentProjectPath; // nothing useful — no-op
1300:
1301: const newPath = root ?? currentProjectPath;
1302: const previous = sessionState.projectPath;
1303: const wasProvisional = sessionState.projectPathProvisional === true;
1304:
1305: if (wasProvisional && previous && previous !== newPath) {
1306: reattributeProvisionalProject(previous, newPath, gitRemote);
1307: }
1308:
1309: sessionState.projectPath = newPath;
1310: // Only clear provisional when we have a real client-side root (from
1311: // shell ...
Now let me verify one more edge case — when applySyntheticResolution gets only a root but no gitRemote (read probe found no remote), does the escalation path work correctly:
<path>/home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/swift-harbor/packages/gateway/src/pipeline.ts</path>
<type>file</type>
<content>
4100: // --- Synthetic project-resolution: capture a returning tool_result ---
4101: // If we previously injected a synthetic tool_use for project detection,
4102: // capture the client's tool_result, parse it, and bind the project before
4103: // initIfNeeded runs (so the project row targets the corrected path).
4104: if (
4105: (sessionState.syntheticResolveState === "readPending" ||
4106: sessionState.syntheticResolveState === "shellPending") &&
4107: sessionState.syntheticResolveToolUseId
4108: ) {
4109: const captured = captureSyntheticToolResult(
4110: req,
4111: sessionState.syntheticResolveToolUseId,
4112: );
4113: if (captured && sessionState.syntheticResolveKind) {
4114: const resolved = captured.isError
4115: ? ...
Now let me trace through the escalation edge case carefully. When a read probe returns a .git/config with NO remote (local-only repo), parseGitConfig returns {}. Then applySyntheticResolution gets {root: undefined, gitRemote: undefined} and returns early at line 1299 (!root && !gitRemote). So projectPathProvisional remains true. Then stillWeak is true at line 4131, and syntheticResolveKind === "read" at line 4136 so we set syntheticResolveState = "none". But wait — the read probe is reading .git/config which only gives gitRemote, not root. Let me verify what the read probe actually returns:
<path>/home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/swift-harbor/packages/gateway/src/synthetic-tools.ts</path>
<type>file</type>
<content>
483: function parseGitConfig(text: string): ResolveProjectResult {
484: const result: ResolveProjectResult = {};
485:
486: // Parse INI-style git config. Track current section.
487: let currentRemote: string | null = null;
488: let originUrl: string | null = null;
489: let upstreamUrl: string | null = null;
490:
491: for (const rawLine of text.split(/\r?\n/)) {
492: const line = rawLine.trim();
493: // Section header: [remote "origin"]
494: const sectionMatch = /^\[remote\s+"([^"]+)"\]/.exec(line);
495: if (sectionMatch) {
496: currentRemote = sectionMatch[1];
497: continue;
498: }
499: // Any other section header resets
500: if (line.startsWith("[")) {
501: currentRemote = null;
502: continue;
503: }
504: // url = ... ...
Now I have a thorough understanding of all the code. Let me verify one final detail — what happens when the read probe returns an error (e.g., .git/config doesn't exist because it's not a git repo). The client would return an error tool_result. Let me check:
Looking at pipeline.ts:4113-4115:
if (captured && sessionState.syntheticResolveKind) {
const resolved = captured.isError
? {}
: parseResolveProjectResult(...)
Good — error tool_results produce resolved = {}, which applySyntheticResolution handles at line 1299 (!root && !gitRemote → return currentProjectPath). Then stillWeak remains true, escalation proceeds to shell. Correct.
Now let me also verify: can a session ever get more than 2 probes? The syntheticResolveStage tracks "readTried" or "shellTried". On the injection side (4825-4828): when stage is truthy (either "readTried" or "shellTried"), readTarget is forced to null. So after readTried, only shell is attempted. After shellTried, stage is truthy → readTarget = null → target = findShellTool(...) — but wait, the syntheticResolveState would be "done" after the shell probe completes (line 4140), so the resolveState === "none" check at line 4821 would prevent re-entry. Let me verify this is watertight by checking: after a shell result is captured, is state set to "done"?
At line 4133-4140: if syntheticResolveKind === "read" AND stillWeak, state goes to "none" (escalate). Otherwise state goes to "done". So after a shell result, it's always "done". After a successful read result (not weak), it's also "done". The only path back to "none" is: read tried + still weak. Then in the next injection phase, stage = "readTried" → readTarget = null → only shell attempted → state becomes "shellPending" → on capture, state becomes "done". Maximum 2 probes. Verified.
Now I'm ready to produce the structured review.