Dashboard › Code › Session scc67122668e
scc67122668e8f5ed<task id="ses_14c760cc1ffeV4WOXiKecN60Aw" state="completed"> <task_result> Now I have a comprehensive understanding of all the changes. Let me compile my review. --- # PR #683 — Harsh Multi-Pass Code Review ## Pass 1: Logic & Correctness ### Finding 1 — **PASS**: `curator.ts` crossProject default change (line 284) The default changed from `op.crossProject ?? true` to `op.crossProject ?? false`. This is correct. The `create()` function in `ltm.ts` (line 95) already independently handles `scope === "global"` by forcing `crossProject = true` when `pid === null`, so the curator default change doesn't break globals. The comment explaining the rationale is clear and accurate. ### Finding 2 — **PASS**: `prompt.ts` crossProject guidance rewrite (lines 377-404) The prompt now says "Default is FALSE" (was "Default is true"), and the example JSON shows `"crossProject": false` (was `true`). These are consistent with the code change in curator.ts. ...
The review is thorough and found no blockers — all PASS with 3 minor NITs. Let me quickly address the two actionable ones before merging (NIT #16 and #25).
[
{
"content": "NIT #16: Add test for own cross-marked entry in preference fast path",
"status": "in_progress",
"priority": "low"
},
{
"content": "NIT #25: Fix migration test SQL comment / sync updated_at omission",
"status": "pending",
"priority": "low"
},
{
"content": "Amend commit and merge",
"status": "pending",
"priority": "high"
}
]
<path>/home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/clever-circuit/packages/core/test/cross-project-gating.test.ts</path>
<type>file</type>
<content>
26: test("preference fast path: foreign cross-project pref is NOT blanket-injected", async () => {
27: // Own project preference (project-scoped) — always injected.
28: ltm.create({
29: id: uuidv7(),
30: projectPath: PROJ_B,
31: category: "preference",
32: title: `${TITLE_PREFIX}own_pref`,
33: content: "In project B, always run the local lint script before commit",
34: scope: "project",
35: crossProject: false,
36: confidence: 1.0,
37: session: "s",
38: });
39: // True global (user-level) preference — applies everywhere.
40: ltm.create({
41: id: uuidv7(),
42: category: "preference",
43: title: `${TITLE_PREFIX}global_pref`,
44: content: "Never add emojis to files unless explicitly asked",
45: scope: ...
Edit applied successfully.
Now NIT #25 — fix the migration test comment and add updated_at to the test SQL for accuracy:
Edit applied successfully.
RUN v4.1.8 /home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/clever-circuit
Test Files 1 passed (1)
Tests 6 passed (6)
Start at 22:05:13
Duration 1.16s (transform 295ms, setup 167ms, import 344ms, tests 471ms, environment 0ms)
[
{
"content": "NIT #16: Add test for own cross-marked entry in preference fast path",
"status": "completed",
"priority": "low"
},
{
"content": "NIT #25: Fix migration test SQL comment / sync updated_at omission",
"status": "completed",
"priority": "low"
},
{
"content": "Amend commit and merge",
"status": "in_progress",
"priority": "high"
}
]
> lore-monorepo@ lint /home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/clever-circuit > biome check . Checked 270 files in 929ms. No fixes applied.
packages/core/test/cross-project-gating.test.ts | 24 ++++++++++++++++++++---- 1 file changed, 20 insertions(+), 4 deletions(-) To https://github.com/BYK/loreai.git + 9db9376...30b2732 fix/cross-project-knowledge-leak -> fix/cross-project-knowledge-leak (forced update)
Now let me merge the PR.
X Pull request BYK/loreai#683 is not mergeable: the base branch policy prohibits the merge. To have the pull request merged after all the requirements have been met, add the `--auto` flag. To use administrator privileges to immediately merge the pull request, add the `--admin` flag.
Branch protection requires CI to pass first. Let me enable auto-merge so it merges once CI completes.
--- poll 1 (pending: 3) --- Smoke Test (macos-latest) pending 0 https://github.com/BYK/fossilize/actions/runs/27308991556/job/80674221388 Smoke Test (ubuntu-latest) pending 0 https://github.com/BYK/fossilize/actions/runs/27308991556/job/80674221404 Smoke Test (windows-latest) pending 0 https://github.com/BYK/fossilize/actions/runs/27308991556/job/80674221370 --- poll 2 (pending: 1) --- Smoke Test (macos-latest) pass 37s https://github.com/BYK/fossilize/actions/runs/27308991556/job/80674221388 Smoke Test (ubuntu-latest) pass 24s https://github.com/BYK/fossilize/actions/runs/27308991556/job/80674221404 Smoke Test (windows-latest) pending 0 https://github.com/BYK/fossilize/actions/runs/27308991556/job/80674221370 --- poll 3 (pending: ) --- Smoke Test (macos-latest) pass 37s https://github.com/BYK/fossilize/actions/runs/27308991556/job/80674221388 Smoke Test (ubuntu-latest) pass 24s https://github.com/BYK/fossilize/actions/runs/27308991556/job/80674221404 Smoke Test ...
All three smoke tests passed, including the macOS arm64 build, which confirms the binary was compiled with the embedded code cache and ran without any cache rejection errors at runtime. Now I'm checking the macOS job logs to verify the assertions actually executed rather than being skipped, and to confirm the "with code cache" indicator appeared in the build output.
All three smoke tests pass — including the real macos-latest (arm64) job, which is the definitive regression test. Let me pull the macOS job log to show the actual evidence that the cache was embedded and accepted:
(no output)
{"autoMerge":"2026-06-10T22:05:43Z","checks":[{"conclusion":"","name":"preview","status":"IN_PROGRESS"},{"conclusion":"SUCCESS","name":"changes","status":"COMPLETED"},{"conclusion":"SUCCESS","name":"actionlint","status":"COMPLETED"},{"conclusion":"","name":"test","status":"IN_PROGRESS"},{"conclusion":"","name":"Check generated docs","status":"IN_PROGRESS"},{"conclusion":"","name":"Check docs links","status":"IN_PROGRESS"},{"conclusion":"","name":"Check social meta tags","status":"IN_PROGRESS"}]}
Smoke Test (macos-latest) Smoke test 2026-06-10T21:58:03.4604800Z Generating code-cache blob for host platform (darwin-arm64)... Smoke Test (macos-latest) Smoke test 2026-06-10T21:58:03.5320330Z Injecting blob into node executable: dist-bin/fossilize-darwin-arm64 (with code cache) Smoke Test (macos-latest) Smoke test 2026-06-10T21:58:06.7078680Z Ad-hoc signed dist-bin/fossilize-darwin-arm64 Smoke Test (macos-latest) Test with asset (and V8 code cache acceptance) 2026-06-10T21:58:06.7286620Z ##[group]Run cd test Smoke Test (macos-latest) Test with asset (and V8 code cache acceptance) 2026-06-10T21:58:06.7287110Z ^[[36;1mcd test^[[0m Smoke Test (macos-latest) Test with asset (and V8 code cache acceptance) 2026-06-10T21:58:06.7287440Z ^[[36;1m# Build a single-platform host binary with an embedded V8 code^[[0m Smoke Test (macos-latest) Test with asset (and V8 code cache acceptance) 2026-06-10T21:58:06.7287850Z ^[[36;1m# cache (the exact config from issue #28). ...
I'm looking at the test output from the macOS asset step to find the code-cache generation for darwin-arm64, the binary execution, and any stderr output to verify the "Hello world!" result.
let's get an up-to-date local build from latest main so I can test this locally with a restart
I need to verify the PR has merged into main, then pull the latest changes, build locally, and potentially restart the gateway for testing.
/home/byk/Code/opencode-lore cfd4fc5 (detached HEAD) /home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/clever-circuit 30b2732 [fix/cross-project-knowledge-leak] /home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/lucky-cactus 6f600dd [fix/delta-upgrade-zstd] /home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/swift-harbor 0e2b0c6 [feat/synthetic-tool-resolve-project] /home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/witty-wolf 5fe7bdc [fix/outcome-confidence-adjustment] === current branch === fix/cross-project-knowledge-leak === where is lore installed/run from? === /home/byk/.local/bin/lore === npm global lore === no global lore pkg
I need to check what the lore binary actually is at /home/byk/.local/bin/lore — whether it's a symlink, a standalone executable, or something else — since the user needs a local build they can restart.
Looking at the build process, pnpm run build handles the packages and there's a bundling script that creates the standalone binary. The tricky part is deciding where to build from: the current worktree has the same changes as main (post-squash merge), but the user specifically asked for "latest main," so I should build from the actual main branch to keep things clean and avoid any .lore.md differences. Let me inspect the binary and find the install script to understand how lore gets deployed locally.
=== what is ~/.local/bin/lore === /home/byk/.local/bin/lore: ELF 64-bit LSB executable, x86-64, version 1 (SYSV), dynamically linked, interpreter /lib64/ld-linux-x86-64.so.2, for GNU/Linux 3.2.0, BuildID[sha1]=a9a0d18db4f98a86ad4778800c5fa46943f81b2e, not stripped -rwxr-xr-x 1 byk byk 248604800 Jun 7 00:08 /home/byk/.local/bin/lore === build/bundle scripts === build-binary-sea.ts build.ts bundle.ts debug-id.ts import-meta-url.js native-loader.cjs record-session.ts smoke-test.ts vendor-embeddings.ts vendor-paths.ts === root package.json scripts === package.json:29: "build": "pnpm -r run build", packages/gateway/package.json:23: "build": "tsx script/build.ts", packages/gateway/package.json:24: "bundle": "tsx script/bundle.ts",
I need to rebuild the standalone binary from the latest main branch and install it to the user's local bin directory. Let me check the gateway package.json to find the binary build command and understand how the installation process works.
<path>/home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/clever-circuit/packages/gateway/package.json</path>
<type>file</type>
<content>
1: {
2: "name": "@loreai/gateway",
3: "version": "0.26.0",
4: "type": "module",
5: "license": "FSL-1.1-Apache-2.0",
6: "description": "Lore as a transparent LLM proxy — context management for any AI coding client",
7: "main": "./dist/index.cjs",
8: "types": "./dist/index.d.cts",
9: "exports": {
10: ".": {
11: "types": "./dist/index.d.cts",
12: "bun": "./dist/index.bun.js",
13: "require": "./dist/index.cjs",
14: "default": "./dist/index.cjs"
15: }
16: },
17: "bin": {
18: "lore": "./dist/bin.cjs",
19: "lore-gateway": "./dist/bin.cjs"
20: },
21: "scripts": {
22: "typecheck": "tsc --noEmit",
23: "build": "tsx script/build.ts",
24: "bundle": "tsx script/bundle.ts",
25: "build:binary": "tsx script/build.ts --binary",
26: "build:binary:sea": ...
I need to check the build script for the SEA binary to see where it outputs and whether it handles self-installation to ~/.local/bin.
29: copyFileSync,
36: writeFileSync,
56:// output in a separate temp dir (outside distBinDir to avoid being wiped)
70: args: process.argv.slice(2),
80: * after it. The .sea-staging/ directory is the output artifact,
139: console.log(` Vendor: skipped (--no-vendor)`);
143: console.log(
157: console.log(` Vendor: cache hit — shared model ready`);
162: console.log(
304: console.log(` Uploading sourcemap to Sentry (release: ${pkg.version})...`);
327: console.log("✓ Sourcemap uploaded to Sentry");
332: console.log("✓ Sourcemap deleted (uploaded to Sentry)");
341: console.log(" No SENTRY_AUTH_TOKEN — skipping sourcemap upload");
360: console.log(
370: outputName: "lore",
384: // fossilize creates output files with its own platform naming
394: `✗ expected output not found: ${fossilizePath}. Check fossilize logs.`,
401: console.log(`✓ Binary: ${ourPath} (was ${fossilizePath})`);
403: console.log(`✓ Binary: ...
The SEA build is heavyweight—it vendors embeddings, uses fossilize for packaging, and produces a ~248MB binary that doesn't auto-install to ~/.local/bin. But I'm realizing the user might not actually need the full SEA binary just to test locally with a restart; they're running the lore binary from ~/.local/bin, so maybe there's a simpler path here.
Let me think about what the user actually needs. They want to test changes with a restart, and given the 248MB SEA binary dated Jun 7 already exists, they clearly use the SEA binary in production. The cleanest approach would be building a fresh SEA binary and installing it there, but that requires fossilize and vendoring which is slow and resource-intensive. I should check if there's a documented dev flow—maybe a Makefile or install script that handles this more simply, or whether lore upgrade offers a shortcut.
Actually, the user's instruction is pretty clear: get an up-to-date build from main to test locally with a restart. ...
The lore you run is a standalone SEA binary at ~/.local/bin/lore. Let me sync this worktree to latest main and inspect the binary-build tooling.
continue
Now I'm deciding on the implementation approach: I'll answer the direct question first with the empirical finding, then optimize by signing the host binary in place, generating the cache, unsigning it, injecting the payload, and re-signing it—keeping two signatures as the fundamental requirement. I'm also considering whether to implement an explicit unsign helper or rely on postject instead.
Since I've empirically verified that postject strips the signature, I'll go with explicit unsign-in-place to keep things simple and aligned with the proven "inject into unsigned" invariant. I'm factoring out an unsign helper in node-util.ts that I can reuse across the flow.
Writing the unsign helper...
The existing getNodeBinaryFromCache already has its own unsign logic, so to minimize risk and avoid breaking what's working, I'll keep that path as-is and just add the new export alongside it—slight duplication but safer than refactoring the buffer handling right now.
For the impl.ts changes, ...
Let me answer this precisely — I tested it empirically. postject does neither: it accepts a signed Mach-O without error and actively strips the existing code signature:
original is Mach-O signed: true size: 108,619,024
inject SUCCEEDED
after inject, signature still present: false size: 107,541,216 (~1 MB smaller)
So injecting into a signed binary doesn't error and doesn't leave a corrupt signature — postject removes it, handing you an unsigned binary to re-sign. (Node's SEA docs still recommend unsign→inject→sign, but it's not a hard requirement.)
What this means for your idea: since postject strips the signature itself, we don't need the separate ~100 MB throwaway seed copy at all. We can sign the host binary in place (so the cache is generated in the final flag-state), generate the cache, then inject — postject removes that signature — and apply the final signature at the end.
One honest caveat: the two sign operations are fundamental and can't be deduplicated (the cache must be generated before inject in the signed state, and the final signature must cover the post-inject blob). So the real saving is eliminating the copy, not a sign. Let me implement that simplification:
User has answered your questions: "How do you want the up-to-date main build produced for restart-testing? Your current `~/.local/bin/lore` is a 248MB standalone SEA binary."="I'm using lore through the opencode plugin so a fast dev bundle under ~/Code/opencode-lore should do it", "Which checkout should I build in?"="Primary checkout /home/byk/Code/opencode-lore". You can now continue with the user's answers in mind.
The user is using the OpenCode plugin, so I need to set up a dev bundle in the /home/byk/Code/opencode-lore directory. First, I'll check that repository for any uncommitted changes, then fetch the latest main branch and pull the updates.
Now I'm trying to understand how the build process works for the OpenCode plugin. The opencode package ships raw TypeScript, so it's consumed as-is, but it depends on @loreai/core. I need to figure out whether the local checkout is wired directly into the OpenCode config, and what exactly needs to be rebuilt for changes to take effect when OpenCode restarts.
Let me check the package.json files for both core and opencode to see what their build scripts produce and how they export their modules, then verify the git status of the primary checkout to make sure there are no uncommitted changes before proceeding.
Got it — OpenCode plugin, fast dev build in ~/Code/opencode-lore. Let me first check that checkout's state (so I don't clobber anything) and understand what the plugin needs built.
=== status ===
M .lore.md
=== current rev ===
cfd4fc58e81668e66c4c733ea60508358d3ef512
heads/fix-entity-knowledge-recovery
=== stash? ===
stash@{0}: WIP on fix/compaction-sse-keepalive: 0d86163 refactor(gateway): address self-review on offline compaction + keepalive
stash@{1}: WIP on fix/setup-review-followups: 61ea4bf ci(publish): bump Craft to 2.26.9 and drop Node 22 workaround
stash@{2}: WIP on feat/native-darwin-build: 29f2548 style: fix biome lint errors across codebase
stash@{3}: WIP on main: 8a41aae test(core): strengthen IDF cascade comparator tests (#642)
stash@{4}: WIP on fix/replay-test-knowledge-enabled: 14140d0 feat(gateway): add setup handlers for opencode + claude-code (#650)
stash@{5}: WIP on fix/sentry-bugs: eef5dca fix(gateway,core,opencode): address Copilot review comments on PR #618
stash@{6}: On codex/social-icons-size: worktree
stash@{7}: On fix/recall-streaming-followup: lore.md updates
stash@{8}: WIP on fix/provider-routing-followups: 99499e3 fix(gateway): ...
The primary checkout is on a feature branch with uncommitted changes, but the user specifically selected this location for the build. Switching to main would disrupt their work-in-progress, yet they're asking for the latest main to be built there — there's a tension between respecting their chosen build location and their stated need for the main branch.
The .lore.md file is modified by the background process, which complicates a direct checkout to main since git will fail if there are conflicting changes. I need to handle this carefully — either stashing the changes or using a more targeted approach to get main's code into the working tree without losing their branch context.
Actually, I should verify how the OpenCode plugin is configured in their setup. If it's pointing to the local checkout path rather than an npm package, then switching branches here is the right move. Let me check their opencode config to understand the plugin reference. ...
The primary checkout is on branch fix-entity-knowledge-recovery (only .lore.md dirty from the background process). Before I switch it to main, let me confirm how OpenCode loads the plugin and what exactly needs rebuilding.
=== global opencode config plugin entries ===
29: "plugin": [
=== any opencode.json referencing the local checkout ===
/home/byk/.config/opencode/package.json.bak: "n": "file:/home/byk/Code/n"
/home/byk/.config/opencode/package-lock.json: "n": "file:/home/byk/Code/n"
/home/byk/.config/opencode/package-lock.json: "../../Code/n": {
/home/byk/.config/opencode/package-lock.json: "node_modules/n": {
/home/byk/.config/opencode/package-lock.json: "resolved": "../../Code/n",
/home/byk/.config/opencode/plugins/lore.ts:export { LorePlugin as default } from "n";
/home/byk/.config/opencode/bun.lock: "n": "file:/home/byk/Code/n",
/home/byk/.config/opencode/bun.lock: "n": ["n@file:../../Code/n", { "dependencies": { "remark": "^15.0.1", "zod": "^3.25.0" }, "devDependencies": { "@opencode-ai/plugin": "^1.1.39", "@opencode-ai/sdk": "^1.1.39", "@types/bun": "^1.2.0", "fast-check": "^4.5.3", "typescript": "^5.8.0" }, "peerDependencies": { "@opencode-ai/plugin": ">=1.1.0" ...
So the OpenCode plugin is loaded from a TypeScript file that re-exports the LorePlugin from a package alias n, which resolves to a local directory at /home/byk/Code/n rather than where I initially thought it was pointing.
I'm trying to figure out what /home/byk/Code/n actually is — it could be a symlink to the opencode-lore monorepo's plugin package, or a separate clone. The bun.lock file shows that n has dependencies matching the opencode package, which suggests it's the actual plugin code. If it's part of the monorepo structure, then building under ~/Code/opencode-lore would handle everything, and the @loreai/core dependency would resolve through the monorepo's node_modules setup.
The core dist at ~/Code/opencode-lore/packages/core/dist/node/index.js exists but is dated before my recent merge, so I'll need to rebuild it. ...
The plugin loads via an alias "n" → file:/home/byk/Code/n. Let me trace exactly what that points to and how it resolves @loreai/core.
=== what is ~/Code/n ===
--- if dir, its package.json name ---
=== ~/.config/opencode plugin array ===
"url": "https://ai.todoist.net/mcp",
"oauth": {}
}
},
"plugin": [
"opencode-anthropic-auth@latest"
],
"$schema": "https://opencode.ai/config.json"
}
=== how n resolves @loreai/core ===
lrwxrwxrwx 1 byk byk 13 Apr 17 10:05 /home/byk/Code/opencode-lore/packages/opencode/node_modules/@loreai/core -> ../../../core
The /home/byk/Code/n directory doesn't actually exist, so that n alias in the config is outdated. The active opencode config at ~/.config/opencode/opencode.json only has the anthropic auth plugin loaded, but there's a lore plugin file sitting in the plugins directory that exports itself as the default export.
The lore plugin imports from "n", which should resolve through the node_modules in the opencode config directory — likely an installed copy from when /home/byk/Code/n was available. But given what the user mentioned about wanting a fast dev bundle under ~/Code/opencode-lore, it seems like the n alias was probably a historical symlink that should point there instead.
Rather than keep probing the exact resolution path, I should focus on what actually matters: whether the loaded plugin consumes @loreai/core from the dist folder in ~/Code/opencode-lore/packages/core. ...
=== ~/.config/opencode/node_modules/n === --- readlink --- /home/byk/.config/opencode/node_modules/n === ~/.config/opencode/plugins/ === total 4 drwxr-xr-x 1 byk byk 14 Jun 8 19:17 . drwxrwxr-x 1 byk byk 190 May 24 17:01 .. -rw-r--r-- 1 byk byk 55 Jun 8 19:17 lore.ts === does ~/Code/n exist at all === ls: cannot access '/home/byk/Code/n': No such file or directory
The n module isn't found in either the expected locations — neither in ~/Code/n nor in ~/.config/opencode/node_modules/n. The plugin is trying to import from "n" but the module doesn't actually exist anywhere in the system.
This could mean the lore plugin is currently broken and failing to load, or maybe n resolves through some other mechanism in OpenCode's runtime that I haven't discovered yet. Given this is a personal, custom setup with quirky shortcuts, I should probably just focus on what the user is asking rather than continuing to probe for this missing piece.
The real priority is getting ~/Code/opencode-lore synced to the latest main branch and rebuilt so the plugin serves the current code. The user explicitly wants "latest main" built in the primary checkout. I'll switch to main (noting the original branch so we can switch back), clean up the .lore.md file to get a clean state, then rebuild the core package so the plugin picks up the latest changes. ...
I traced it: the plugin file ~/.config/opencode/plugins/lore.ts imports from alias "n" → file:/home/byk/Code/n, but ~/Code/n no longer exists (so that symlink to your checkout is broken). I'll flag that, but first let me get ~/Code/opencode-lore onto latest main and rebuild core. The checkout is on branch fix-entity-knowledge-recovery; I'll switch it to main.
=== discard background .lore.md delta (main already has the latest) === === switch to main + fast-forward === Switched to branch 'main' Your branch is behind 'origin/main' by 2 commits, and can be fast-forwarded. (use "git pull" to update your local branch) 21 files changed, 1627 insertions(+), 85 deletions(-) create mode 100644 packages/core/src/entity-rebuild.ts create mode 100644 packages/core/test/cross-project-gating.test.ts create mode 100644 packages/core/test/entity-rebuild.test.ts === HEAD now === 331512c fix: stop cross-project knowledge leakage and hide internal workers (#683)
~/Code/opencode-lore is now at latest main (331512c, my merge). Now install deps and rebuild core (the plugin consumes @loreai/core from its built dist).
=== pnpm install === . postinstall$ pnpm --filter @loreai/gateway run build . postinstall: > @loreai/gateway@0.26.0 build /home/byk/Code/opencode-lore/packages/gateway . postinstall: > tsx script/build.ts . postinstall: index.bun.js: skipped (real bundle exists) . postinstall: embedding-worker.js: skipped (real bundle exists) . postinstall: ✓ @loreai/gateway: dev shims ready (use `bun run bundle` for npm build) . postinstall: Done Done in 3.2s using pnpm v10.28.0
=== @loreai/opencode package deps (does it match the 'n' lockfile package?) ===
{
"name": "@loreai/opencode",
"version": "0.26.0",
"type": "module",
"license": "FSL-1.1-Apache-2.0",
"description": "Three-tier memory architecture for OpenCode — distillation, not summarization",
"main": "./src/index.ts",
"types": "./src/index.ts",
"exports": {
".": {
"types": "./src/index.ts",
"bun": "./src/index.ts",
"default": "./src/index.ts"
}
},
"scripts": {
"typecheck": "tsc --noEmit",
"build": "echo '@loreai/opencode ships raw TS — no build step needed'"
},
"peerDependencies": {
"@opencode-ai/plugin": ">=1.1.0"
},
"dependencies": {
"@loreai/core": "workspace:*",
"@loreai/gateway": "workspace:*"
},
"devDependencies": {
"@opencode-ai/plugin": "^1.1.39",
"@opencode-ai/sdk": "^1.1.39",
"@types/bun": "^1.2.0"
},
"files": [
"src/",
"README.md",
"LICENSE"
],
"repository": {
"type": "git",
...
The n package in the old bun.lock isn't @loreai/opencode since that package doesn't have remark, zod, or fast-check as dependencies—so those references are just stale artifacts. Looking at the current setup, the plugin array in ~/.config/opencode/opencode.json only contains ["opencode-anthropic-auth@latest"].
The lore plugin wiring appears broken: ~/.config/opencode/plugins/lore.ts imports from "n", but that path no longer exists (neither ~/Code/n nor the node_modules version). The .bak and bun.lock files are outdated references. Either OpenCode has another way to resolve "n" at runtime, the lore plugin isn't actually loading, or there's a mechanism I'm missing. I've done enough investigation—the user knows their setup better. I've synced to the latest main and verified the core fix is in place. ...
@loreai/opencode doesn't match the stale n lockfile package. Let me confirm whether LorePlugin (what plugins/lore.ts imports) is exported by this checkout's opencode plugin — that tells us if n is meant to point here.
=== does @loreai/opencode export LorePlugin? ===
173:export const LorePlugin: Plugin = async (ctx) => {
185: // Memoize so concurrent LorePlugin calls don't race on probe→spawn.
410:export default LorePlugin;
=== full plugins/lore.ts ===
export { LorePlugin as default } from "opencode-lore";
=== ~/.config/opencode/package.json (active, not .bak) ===
no package.json
The active plugin file is re-exporting from the opencode-lore package, not from the stale backup. This opencode-lore is actually a legacy npm alias for @loreai/opencode, as documented in the configuration files.
Now I need to figure out how OpenCode resolves this package. There's no active package.json in ~/.config/opencode/, but there are backup files and a node_modules/ directory. The key question is whether ~/.config/opencode/node_modules/opencode-lore is a symlink pointing to my local source code or an installed npm copy — that determines if my local changes are actually being picked up when I restart.
The active plugin imports from "opencode-lore" (the legacy npm alias for @loreai/opencode). Let me confirm how OpenCode resolves that package — whether it's symlinked to this checkout.
=== resolve opencode-lore from opencode config dir === drwxr-xr-x 1 byk byk 380 May 2 08:56 /home/byk/.config/opencode/node_modules/opencode-lore /home/byk/.config/opencode/node_modules/opencode-lore === its @loreai/core resolution === === or top-level @loreai/core in opencode config === ls: cannot access '/home/byk/.config/opencode/node_modules/@loreai/core': No such file or directory
So the directory at ~/.config/opencode/node_modules/opencode-lore is an actual installed npm package from May 2, not a symlink to my local checkout. It doesn't have its own node_modules/@loreai/core dependency, and there's no top-level @loreai/core either, which means I need to figure out where that dependency is supposed to come from.
The real issue is that rebuilding code in ~/Code/opencode-lore won't affect what OpenCode actually loads, since it's pulling from that May 2 installed copy. Unless there's a dev-link I'm not seeing, my changes won't be picked up unless I either rebuild that installed package or set up a proper link between them.
Let me check what's actually inside that installed opencode-lore — its version, whether it's source or bundled, and how it resolves its dependencies.
opencode-lore resolves to a real installed copy at ~/.config/opencode/node_modules/opencode-lore (dated May 2), not a symlink to your ~/Code/opencode-lore checkout. That means rebuilding the checkout alone won't be picked up. Let me inspect that installed copy to find the right way to update it.
=== package.json (version + deps + main) === 2: "name": "lore-monorepo", 7: "main": "./packages/opencode/src/index.ts", === contents === total 48 drwxr-xr-x 1 byk byk 380 May 2 08:56 . drwxr-xr-x 1 byk byk 2440 May 2 08:56 .. lrwxrwxrwx 1 byk byk 38 May 2 08:56 AGENTS.md -> /home/byk/Code/opencode-lore/AGENTS.md lrwxrwxrwx 1 byk byk 40 May 2 08:56 bunfig.toml -> /home/byk/Code/opencode-lore/bunfig.toml lrwxrwxrwx 1 byk byk 37 May 2 08:56 bun.lock -> /home/byk/Code/opencode-lore/bun.lock lrwxrwxrwx 1 byk byk 41 May 2 08:56 CHANGELOG.md -> /home/byk/Code/opencode-lore/CHANGELOG.md lrwxrwxrwx 1 byk byk 39 May 2 08:56 .craft.yml -> /home/byk/Code/opencode-lore/.craft.yml drwxr-xr-x 1 byk byk 34 May 2 08:56 docs drwxr-xr-x 1 byk byk 242 May 2 08:56 .git drwxr-xr-x 1 byk byk 18 May 2 08:56 .github lrwxrwxrwx 1 byk byk 39 May 2 08:56 .gitignore -> /home/byk/Code/opencode-lore/.gitignore lrwxrwxrwx 1 byk byk 36 May 2 08:56 LICENSE -> ...
So the symlinks are pointing back to the actual monorepo at /home/byk/Code/opencode-lore — the package.json, AGENTS.md, and other files in the node_modules directory are all linked to the source, not copies. The main field uses a relative path from the installed package location, so it resolves to ~/.config/opencode/node_modules/opencode-lore/packages/opencode/src/index.ts. I need to verify that the packages directory there contains symlinks pointing back to my checkout, and confirm that packages/core is serving the freshly built dist files.
Good — that "installed copy" is actually a linked view of ~/Code/opencode-lore (its package.json, AGENTS.md, etc. are symlinks into your checkout). Let me confirm the packages/ resolve back to the checkout so my rebuilt core dist is what loads.
=== packages/ entries === total 0 drwxr-xr-x 1 byk byk 28 May 2 08:56 . drwxr-xr-x 1 byk byk 380 May 2 08:56 .. drwxr-xr-x 1 byk byk 178 May 2 08:56 core drwxr-xr-x 1 byk byk 142 May 2 08:56 opencode drwxr-xr-x 1 byk byk 170 May 2 08:56 pi === resolve opencode + core === /home/byk/.config/opencode/node_modules/opencode-lore/packages/opencode /home/byk/.config/opencode/node_modules/opencode-lore/packages/core === core index served (should be my fresh checkout dist) === /home/byk/Code/opencode-lore/packages/core/dist/node/index.js 4 → fix IS what the plugin will load
I've confirmed the symlink chain resolves correctly to my freshly built distribution, and the fix for isBlanketEligible is present in the installed copy, so it should load when OpenCode restarts. Now I'm checking whether the packages/core directory inside the installation is a real directory or a symlink.
The symlink chain ultimately points to the checkout's built dist, so everything is properly wired. The user just needs to fully restart OpenCode (not just reload) to trigger Bun to re-import the plugin and core code, and then migration v38 will run against the live database to demote the over-marked rows.
I should give them a clear summary: the checkout is synced to the latest main branch with PR #683 included, the build is done and verified, and I switched them from their WIP branch (which is safely committed) to main. They can switch back anytime. The stale .bak references are just leftovers and don't matter. ...
Fully wired and verified: the OpenCode plugin resolves @loreai/core to your freshly-built checkout dist, and the fix is present in it. Let me do a quick load smoke-test of the built core to make sure it imports cleanly.
shell: /bin/bash --noprofile --norc -e -o pipefail {0}
Generating code-cache blob for host platform (darwin-arm64)...
Failed to `run dist-bin/fossilize-darwin-arm64 --experimental-sea-config dist-bin/sea-config.json.codecache`
Warning: could not generate V8 code cache for darwin-arm64, falling back to no code cache (non-fatal): Command failed: dist-bin/fossilize-darwin-arm64 --experimental-sea-config dist-bin/sea-config.json.codecache (exit code: EACCES)
Injecting blob into node executable: dist-bin/fossilize-darwin-arm64
Ad-hoc signed dist-bin/fossilize-darwin-arm64
^[[36;1m# "Code cache data rejected" warning). macos-latest is arm64,^[[0m
^[[36;1mif ! echo "$build_log" | grep -q "with code cache"; then^[[0m
^[[36;1m echo "FAIL: host binary was built without an embedded V8 code cache"^[[0m
^[[36;1m exit 1^[[0m
^[[36;1mecho "Running $bin"^[[0m
^[[36;1mactual=$("$bin" 2>stderr.txt)^[[0m
^[[36;1mecho "----- stderr -----"; cat stderr.txt; echo "------------------"^[[0m
^[[36;1m echo ...
The issue is an EACCES permission error when trying to execute the signed binary. After ad-hoc signing the fossilized binary with codesign --force, the subsequent attempt to run it fails with permission denied, likely because the signing process altered file permissions or execution attributes. The real issue might be that getNodeBinary writes the binary via fs.writeFile, and when we immediately sign and execute that same file, macOS hasn't properly flushed or validated the new signature state — whereas the cacheSeed approach worked because it was a fresh copy created separately. I'm trying to figure out if the EACCES error is actually about signature caching or something else entirely, like how the run helper reports the error code.
Actually, I think I found it: fs.writeFile creates files with default permissions (0o644) without the execute bit, but in the original flow, fossilizedBinary gets chmod'd to 0o755 after the inject step. ...
The macOS failure is EACCES at the cache-gen run step — and it reveals the real issue: on darwin, getNodeBinary writes the binary via fs.writeFile (to strip the signature), which produces a 0o644 file without the execute bit. The previous cacheSeed approach masked this because it chmod 0o755'd the copy. Running fossilizedBinary directly hits EACCES (Linux was fine because its copyFile path preserves 0o755).
So injecting-into-a-signed-binary was never even reached. The clean fix that still drops the copy: chmod +x → sign → generate → unsign in place (back to the blessed "inject into unsigned" path, which is already CI-proven) → inject → final sign. Let me add a reusable in-place unsign helper:
rebase the PR onto latest main
From https://github.com/BYK/loreai * branch main -> FETCH_HEAD 0e2b0c6 feat(gateway): synthetic tool primitive + auto-detect project via injected tool call
331512c fix: stop cross-project knowledge leakage and hide internal workers (#683)
e2dcfba fix(entities,ui): restore knowledge/entity dashboard views + harden self-merge + entity re-derivation (#682)
d4adca1 fix(gateway): replace DecompressionStream('zstd') with node:zlib streaming (#680)
3 new commits on main. Let me rebase:
Saved working directory and index state WIP on feat/synthetic-tool-resolve-project: 0e2b0c6 feat(gateway): synthetic tool primitive + auto-detect project via injected tool call Rebasing (1/1) Auto-merging .lore.md CONFLICT (content): Merge conflict in .lore.md Auto-merging packages/gateway/src/pipeline.ts error: could not apply 0e2b0c6... feat(gateway): synthetic tool primitive + auto-detect project via injected tool call hint: Resolve all conflicts manually, mark them as resolved with hint: "git add/rm <conflicted_files>", then run "git rebase --continue". hint: You can instead skip this commit: run "git rebase --skip". hint: To abort and get back to the state before "git rebase", run "git rebase --abort". Could not apply 0e2b0c6... feat(gateway): synthetic tool primitive + auto-detect project via injected tool call
Only .lore.md conflicts — pipeline merged cleanly this time. Take theirs (main's version) for .lore.md:
Updated 1 path from the index
[detached HEAD 93690f4] feat(gateway): synthetic tool primitive + auto-detect project via injected tool call
8 files changed, 1841 insertions(+), 8 deletions(-)
create mode 100644 packages/gateway/src/synthetic-tools.ts
create mode 100644 packages/gateway/test/synthetic-tools.test.ts
Successfully rebased and updated refs/heads/feat/synthetic-tool-resolve-project.
Rebase succeeded cleanly. Let me verify and push:
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
=== TESTS ===
Test Files 94 passed (94)
Tests 2578 passed | 6 skipped (2584)
Start at 22:33:59
Duration 51.87s (transform 4.34s, setup 4.33s, import 26.03s, tests 99.53s, environment 14ms)
All 2578 tests pass, typecheck clean. Force-push:
To https://github.com/BYK/loreai.git + 0e2b0c6...93690f4 feat/synthetic-tool-resolve-project -> feat/synthetic-tool-resolve-project (forced update)
Rebased and pushed. Also popping the stash:
On branch feat/synthetic-tool-resolve-project
Changes not staged for commit:
(use "git add <file>..." to update what will be committed)
(use "git restore <file>..." to discard changes in working directory)
modified: .lore.md
no changes added to commit (use "git add" and/or "git commit -a")
Dropped refs/stash@{0} (c8285ec9d710c03b3e663eafa4fda26c8841717d)
PR #681 is rebased onto latest main (3 new commits: #683, #682, #680) and force-pushed. CI should trigger again on the new push. The PR is at https://github.com/BYK/loreai/pull/681.
let's also get a local build for this so I can test it
packages/website build: 22:37:09 [build] ✓ Completed in 5.45s. packages/website build: 22:37:09 [@astrojs/sitemap] `sitemap-index.xml` created at `dist` packages/website build: 22:37:09 [build] 17 page(s) built in 6.92s packages/website build: 22:37:09 [build] Complete! packages/website build: Done packages/gateway build$ tsx script/build.ts packages/gateway build: index.bun.js: skipped (real bundle exists) packages/gateway build: embedding-worker.js: skipped (real bundle exists) packages/gateway build: ✓ @loreai/gateway: dev shims ready (use `bun run bundle` for npm build) packages/gateway build: Done packages/opencode build$ echo '@loreai/opencode ships raw TS — no build step needed' packages/pi build$ tsx script/build.ts packages/opencode build: @loreai/opencode ships raw TS — no build step needed packages/opencode build: Done packages/pi build: dist/index.js 887.2kb packages/pi build: dist/index.js.map 2.3mb packages/pi build: ⚡ Done in 121ms packages/pi build: ...
Please address this message and continue with your tasks. </system-reminder>
poll 1 (pending 3): Smoke Test (macos-latest) pending 0 https://github.com/BYK/fossilize/actions/runs/27310449187/job/80679098454 poll 2 (pending 1): Smoke Test (macos-latest) pass 41s https://github.com/BYK/fossilize/actions/runs/27310449187/job/80679098454 poll 3 (pending ): Smoke Test (macos-latest) pass 41s https://github.com/BYK/fossilize/actions/runs/27310449187/job/80679098454 poll 4 (pending ): Smoke Test (macos-latest) pass 41s https://github.com/BYK/fossilize/actions/runs/27310449187/job/80679098454 poll 5 (pending ): Smoke Test (macos-latest) pass 41s https://github.com/BYK/fossilize/actions/runs/27310449187/job/80679098454 poll 6 (pending ): Smoke Test (macos-latest) pass 41s https://github.com/BYK/fossilize/actions/runs/27310449187/job/80679098454 poll 7 (pending ): Smoke Test (macos-latest) pass 41s https://github.com/BYK/fossilize/actions/runs/27310449187/job/80679098454 poll 8 (pending ): Smoke Test ...
The macOS job is passing now, so I should verify that all the other jobs are green too and then collect the macOS test results along with the code cache and clean stderr output.
macOS green. Let me confirm all checks pass and pull the macOS evidence:
AGENTS.md biome.json bun.lock CHANGELOG.md LICENSE local_cache node_modules package.json packages pnpm-lock.yaml pnpm-workspace.yaml quality README.md scripts tsconfig.base.json tsconfig.json vitest.config.ts vitest.evals.config.ts EXISTS
---
331512c fix: stop cross-project knowledge leakage and hide internal workers (#683)
e2dcfba fix(entities,ui): restore knowledge/entity dashboard views + harden self-merge + entity re-derivation (#682)
d4adca1 fix(gateway): replace DecompressionStream('zstd') with node:zlib streaming (#680)
---
origin https://github.com/BYK/loreai.git (fetch)
origin https://github.com/BYK/loreai.git (push)
The repo is on latest main. Let me fetch the branch and build:
From https://github.com/BYK/loreai * branch feat/synthetic-tool-resolve-project -> FETCH_HEAD fatal: 'feat/synthetic-tool-resolve-project' is already used by worktree at '/home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/swift-harbor'
The branch is already checked out in the worktree. Let me check out the commit directly instead:
Note: switching to 'FETCH_HEAD'. You are in 'detached HEAD' state. You can look around, make experimental changes and commit them, and you can discard any commits you make in this state without impacting any branches by switching back to a branch. If you want to create a new branch to retain commits you create, you may do so (now or later) by using -c with the switch command. Example: git switch -c <new-branch-name> Or undo this operation with: git switch - Turn off this advice by setting config variable advice.detachedHead to false HEAD is now at 93690f4 feat(gateway): synthetic tool primitive + auto-detect project via injected tool call
=== all checks === Smoke Test (macos-latest) pass 41s https://github.com/BYK/fossilize/actions/runs/27310449187/job/80679098454 Smoke Test (ubuntu-latest) pass 24s https://github.com/BYK/fossilize/actions/runs/27310449187/job/80679098461 Smoke Test (windows-latest) pass 1m3s https://github.com/BYK/fossilize/actions/runs/27310449187/job/80679098434 Artifacts skipping 0 https://github.com/BYK/fossilize/actions/runs/27310449187/job/80679099050 Build pass 14s https://github.com/BYK/fossilize/actions/runs/27310449187/job/80679059481 === macOS evidence === Generating code-cache blob for host platform (darwin-arm64)... Injecting blob into node executable: dist-bin/sample-darwin-arm64 (with code cache) Running dist-bin/sample-darwin-arm64 ----- stderr ----- ------------------
The macOS build is working perfectly—the code cache blob was generated and embedded into the binary without issues, and running it produced clean output with no errors in stderr. The optimized version appears to be functioning as expected.
Now I need to update the documentation to reflect the final approach. The .lore.md entry currently describes the throwaway copy strategy, but the actual solution uses in-place signing, generation, and then unsigned—plus I discovered two important gotchas: postject strips signatures during injection, and the darwin/windows getNodeBinary writes files with 0o644 permissions without the executable bit. I should update both the lore entry and the PR description to accurately capture this final approach and these critical details.
All green, and the macOS arm64 log confirms it end-to-end: cache embedded (with code cache) and accepted (empty stderr) — now with no throwaway copy. Let me update the .lore.md entry to reflect the final approach and the two gotchas I discovered along the way:
Edit applied successfully.
Now update the PR description to match the final in-place approach, then commit the lore update: