mirror of
https://github.com/simstudioai/sim.git
synced 2026-09-24 15:45:35 +08:00
083319be8bbd31dec0cd44f016edd92ff0b9e5ca
193
Commits
| Author | SHA1 | Message | Date | |
|---|---|---|---|---|
 Siddharth Ganesan
|
cb2809001e |
fix(mship, desktop): fix bugs (#6572)
* fix bugs * fix tests * fix(tests): stabilize archive and client boundary coverage |
||
|
Siddharth Ganesan
|
1dd85eb688 |
improvement(desktop): add apple signing, fix some bugs (#6519)
* feat(desktop): sync updater and shell refinements * style(desktop): refine macOS installer layout * chore(desktop): trigger updated prerelease * Unify resource panel collapse controls * Desktop improvemetns * Update * browser updates * fix(desktop): harden browser and terminal tab activity |
||
|
WaleedandCodesmith
|
3590b3a3f2 |
perf(ci): scope the Docker layer cache per image and platform (#6501)
setup-docker-builder@v1 keys the sticky disk on the repository name alone, so all five images across amd64 and arm64 shared one disk. Parallel matrix jobs clone the same parent snapshot and only one commit per wave survives, which is why app.Dockerfile's deps stage rebuilt every run. Co-authored-by: Codesmith <codesmith-bot@users.noreply.github.com> |
||
|
Waleed
|
9ce3f51946 |
perf(ci): build the app image on 16 vCPU and keep the toolchain out of it (#6500)
Three independent changes to the app image build. The app image builds on 16 vCPU instead of 8. Its dominant steps -- bun install (~300-465s) and next build (~262s) -- both scale with cores, and this build gates every deploy because nothing ships until the image is pushed. The same next build already runs on 16 vCPU in the Build App verification job, which gates nothing. The isolated-vm rebuild will not benefit: JOBS=4 caps it deliberately to avoid an OOM. ARM64 stays at 8 -- that job is off the deploy path, and the workflow warns an unprovisioned runner label hangs a release in queued. node-gyp comes from the lockfile rather than npx. npx resolved it from the registry during every production image build, which pulled 13.x over the pinned 12.4.0 and bypassed the minimumReleaseAge gate in bunfig.toml. It has to be an apps/sim devDependency because the only other copy is transitive through @electron/rebuild, which turbo prune sim strips. base splits into base and build-base. The compiler toolchain exists only to build isolated-vm against Node and the runner copies the finished binary, so shipping it inflated every ECS task pull: measured 1.21 GB for base against 1.6 GB for build-base, so ~390 MB stays out of the final image. ffmpeg and python3 stay -- fluent-ffmpeg is a serverExternalPackage, and node-gyp needs the interpreter. Verified against real image builds rather than by inspection: g++/make/pip3 are absent from the runtime image while node/bun/python3/ffmpeg remain, the isolated-vm native module loads and evaluates, lib0/yjs/y-protocols including the lib0/logging.js subpath are intact, sharp and libvips load and encode a PNG so #6499's fix still works against the slimmed image, the container boots to Next.js Ready, and the full suite passes 21250 tests through the dependency hoisting reshuffle that promoting node-gyp causes (root which@6.0.1, fluent-ffmpeg keeps its own 1.3.1). Not included: an earlier attempt added a cache-key input to useblacksmith/setup-docker-builder, on the theory that the deps layer re-runs every build (286s/465s observed) because all five Dockerfiles share one layer cache. That input does not exist at the pinned SHA or on main, and the key is not configurable -- setup_builder.ts uses GITHUB_REPO_NAME. CI logs also show the sticky disk being obtained with a parent snapshot rather than falling back, so the cache is present and that cause remains unidentified. |
||
|
Waleed
|
b5e5ca535a | improvement(ci): run the CodeQL cron weekly and cancel superseded scans (#6406) | ||
|
Waleed
|
1c0e82a4e2 |
perf(ci): parallelize repo audits, guard env-dependent tests, and fix the docs generator (#6358)
* perf(ci): parallelize the repo audits and guard env-dependent tests
The 21 independent audits ran as 21 sequential CI steps, each a single-threaded
read-only walk of the tree. scripts/run-audits.ts runs them concurrently:
28s serial -> 5.0s wall locally at 13-way. It buffers each audit's output and
replays only failures, so a green run stays quiet and a red one still names the
audit and shows why. Audits needing a git base ref (block registry, migration
safety) or that write files (drizzle generate) stay as their own steps.
Also fixes 5 tests that fail for every macOS dev and are invisible in CI. They
shell out to python3 using `match` statements and 3.12 f-string nesting, which
need >= 3.10; stock macOS ships 3.9.6, so `bun run test` produced raw Python
SyntaxErrors with no guard and nothing tying them to a missing tool. One also
needs ripgrep, which CI installs and a Mac usually does not.
@sim/testing/environment detects both and the tests skip with a reason via
vitest's ctx.skip(). Under CI it throws instead: these suites deliberately run
the real helper rather than a mock -- the cloud-review path/read-size bounds and
the placeholder compiler's generated Python are only observable that way -- so a
missing tool in CI means a security boundary silently stopped being covered,
which is worse than a red build.
Drops the Codecov upload. The workflow already documented it as a dead path:
nothing generates apps/sim/coverage, vitest runs without --coverage, and
fail_ci_if_error hides it, so it reported green having uploaded nothing.
* fix(ci): raise the python floor to 3.12 and stop the bridge audit serializing the batch
Two review findings, both real.
MIN_PYTHON was 3.10, chosen for the `match` statements the compiler suite
generates. But two of the three guarded tests also use PEP 701 f-strings --
reusing the outer quote, and embedding `#` -- which are 3.12. Verified on a real
3.11 interpreter: the match-guard test passes, the other two fail with
`f-string: unmatched '('` and `f-string expression part cannot include '#'`,
which is exactly the raw SyntaxError the guard exists to prevent. A 3.10 floor
let them through and failed anyway.
The audit parallelization did not speed CI up -- it slowed it down. Serially the
21 audits took ~31s; concurrently the batch took 39.2s wall, because
check:desktop-bridge went from 1s to 39.2s and became the entire wall clock while
the other 20 finished in 9s. It is the only audit that shells out through `bunx`,
which re-resolves the package against the shared install cache -- a network-backed
sticky-disk mount on CI. Cheap when it runs alone, serialized behind the others
when they run together. Spawning the resolved compiler entry point directly
removes that layer.
Verified the audit still fails on a breaking bridge change rather than passing
faster by doing less.
* fix(docs): unbreak the MDX build and read trigger config from the registry
The docs build has been failing on staging since the Smartlead merge:
./apps/docs/content/docs/en/integrations/smartlead.mdx
Expected a closing tag for `<original>` before the end of `paragraph`
Tool descriptions are emitted as prose, and that path escaped only braces --
every table-cell path already escaped angle brackets. MDX reads `<` as the start
of a JSX tag, so a description like 'The copy is named "<original> - copy"' fails
the build outright. escapeMdxProse handles the MDX-hostile characters and leaves
pipes, parens and brackets alone, which are legal in prose and whose escaping
would mangle markdown links.
Trigger configuration now comes from the evaluated registry instead of regex over
source. Static parsing silently dropped every field whose builder assembled its
array imperatively or took a description as a parameter -- all ten Jira triggers
lost `webhookSecret` and `jqlFilter` that way, and Monday lost its config too, so
regenerating the docs was destructive. Reading real objects also deletes 232 lines
of parsing. Note `required` may be a condition object rather than `true`; only an
unconditional `true` renders as Required, matching the previous behavior.
Tool headings now show the tool's name ("A2A Send Message") rather than its id
(`a2a_send_message`), unformatted, across 241 generated pages. Names come from
tools/generated/tool-metadata.ts, which CI keeps in sync. These headings feed each
page's table of contents. a2a.mdx is hand-written, so its headings were updated
directly.
Also consolidates five hand-inlined copies of the escape chain into the
escapeMdxCell that already existed, and drops 44 comments that restated the line
below them. Generator: 4306 -> 4069 lines.
Every refactor step was verified against a golden manifest of all 289 generated
files -- proven deterministic across runs and proven to catch a one-character
change -- so the only output differences are the intended ones.
KNOWN GAP: extractTriggerOutputs still parses source and has the same blind spot;
it already drops one Jira output section on main. Regenerating is now safe for
trigger config but still lossy for trigger outputs.
* refactor(ci): derive the audit list and stop shelling out through bunx
Review pass over the audit runner and the tool guards.
The audit list was hand-maintained alongside package.json with nothing linking
them, and it had already drifted: check:cron-parity exists, passes, and ran in no
CI step at all. The list is now derived from the check:* scripts with an explicit
exclusion map, so a new audit is opted out deliberately rather than forgotten.
That picks up cron-parity — 22 audits now, not 21.
check-realtime-prune-graph.ts still shelled out through `bunx turbo`, the same
pattern that took the bridge audit from 1s to 39s once the audits ran
concurrently. Both now go through scripts/local-bin.ts, which resolves
node_modules/.bin — the same path check:native-typecheck asserts is the native
TypeScript 7 compiler, so the one guarded path is the one that runs.
Audits are spawned as their script rather than `bun run <name>`, which started a
bun process only to read package.json and start a second one.
Tool detection is memoized per process; it was re-spawning python3 on each of the
5 call sites, in every vitest worker. The CI throw is deliberately NOT memoized —
memoizing it would turn every call after the first into a silent skip, which is
the failure mode the guard exists to prevent. Verified it still throws for all
three guarded tests, not just the first.
Also: dropped the environment module from the @sim/testing barrel so
node:child_process stays out of unrelated consumers' module graphs, restored the
per-audit reporting the 21 separate steps used to give (collapsible groups, error
annotations, and a timing table they never had), and trimmed comments that
restated their code or duplicated the runner's own docs.
* fix(devin): give the 11 Devin tools real display names
Every Devin tool had its id as its `name` (`list_session_messages`), so the
generated docs rendered `### list_session_messages` where every other integration
renders a human name. It was the only integration doing this -- 11 of 4427 tools.
Names take the service prefix, matching the majority convention (3200 of 4416
names start with their service).
Also points the ship skill at check:audits instead of hand-listing the audits.
That copy had drifted five behind package.json: cron-parity, import-specifiers,
sql-date-binding, trigger-block-cycle and native-typecheck were all missing, so
shipping never ran them. It was the third copy of that list; there is now one.
* fix(docs): read trigger outputs from the registry too
Closes the gap left by the config fix: extractTriggerOutputs still parsed source,
so triggers whose outputs come from a builder call lost their tables. jira_webhook
had no output section at all.
The registry was not a drop-in, which is why the naive swap deleted 10,298 lines
earlier. The two sides encode nesting differently. A TriggerOutput marks a group
by OMITTING type and holding children as sibling keys:
issue: { id: { type: 'number' }, title: { type: 'string' } }
while the renderer walks the JSON-Schema-ish shape the parser used to synthesize:
issue: { type: 'object', properties: { id: …, title: … } }
formatOutputStructure only descends into .properties, so handing it the raw
registry value collapsed every nested group to one untyped row and dropped its
children. normalizeTriggerOutputs converts between the two, preserving leaves
that already declare properties/items and merging the 13 hybrid nodes that carry
both a type and inline children.
Measured across all 368 triggers before changing anything: 155 identical, 213
divergent, and the divergence was purely the nesting encoding — no node has a
non-string type, and a group never carries its own string description, so
leaf-vs-group classification is unambiguous. That is what makes a nested property
literally named 'description' (42 of them) survive.
Deletes the static path: extractTriggerOutputs, resolveTriggerBuilderFunction,
resolveTriggerOutputsConstant, readTriggerSiblingModules,
getWebhookProviderConstants, plus resolveConstStringValue and matchQuotedProperty
which the config fix had already stranded.
20 output sections recovered (linear 79->93, tiktok 6->11, jira 44->45) and 1698
rows. Verified independently: zero sections lost across all 289 generated files,
no file lost rows, output deterministic across regeneration.
The 96 deletions are all corrections, not losses. 70 are confluence fields the
parser flattened out of `comment: { ...buildContentEntityFields(), parent: {…} }`
and rendered as top-level trigger outputs; they reappear nested under their
parent in the same hunk. 8 are greenhouse key ordering, 6 are intercom
descriptions the parser had dropped, 1 is a vercel row moving position.
Generator: 4069 -> 3903 lines.
* chore(test): silence vite 8 deprecation warnings in the sim vitest config
@vitejs/plugin-react v4 targets pre-rolldown Vite: it sets `esbuild.jsx`
and `optimizeDeps.rollupOptions`, both deprecated under Vite 8's oxc
pipeline, and self-reports that plugin-react-oxc should be used instead.
v6 is that plugin merged back under the original name — it requires Vite
^8, drops Babel entirely, and emits none of those options.
Vite 8 also resolves tsconfig paths natively, so vite-tsconfig-paths is
replaced by `resolve.tsconfigPaths`.
Full apps/sim suite unchanged: 1483 passed / 2 skipped files,
20415 passed / 30 skipped tests.
* refactor(docs): drop 33 more comments that restated their code
Second pass over the generator, e.g. `// Copy icons from sim app to docs app`
above `copyIconsFile()`. Kept the multi-line runs (those carry reasoning), the
ones with concrete examples, and the one marking a deliberate empty catch.
Verified byte-identical output across all 289 generated files.
Generator: 3903 -> 3870 lines, 4306 at the start of this branch.
* refactor(ci): read package.json once in the audit runner
auditScripts() re-read the manifest the module body had already loaded.
* fix(pdl): name the tools directory after the tool ids
People Data Labs declared `pdl_*` tool ids under `tools/peopledatalabs/`. Every
other integration names the directory after its id prefix -- 259 of 260 before
this, and PDL was the only exception.
The docs generator locates a tool's definition by deriving the directory from the
id prefix, so it looked in `tools/pdl/`, found nothing, and returned null for all
11 tools. peopledatalabs.mdx rendered eleven bare `###` headings with no
description, no Input table and no Output table.
Renaming the directory rather than the ids: tool ids are persisted in saved
workflows, so renaming those would break existing users. The directory is
internal -- 15 files' imports.
Fixed at the source rather than teaching the generator a fallback. A special case
would have left the invariant broken and the next integration free to break it
again; now 260 of 260 hold, and the generator needs no exception.
peopledatalabs.mdx: 11 empty headings -> 456 lines. Repo-wide: zero pages with an
empty action body.
|
||
|
Waleed
|
a512a263c8 |
perf(typecheck): run the native TypeScript 7 compiler (#6356)
A bare `tsc` was silently resolving to the JavaScript TypeScript 6 compiler. `apps/sim` depends on `@typescript/typescript6` for its runtime TypeScript AST API, which pulls in `@typescript/old` (an alias of `typescript@6`) declaring its own `tsc` bin. Package managers pick bin winners by lexical sort rather than dependency depth, so `@typescript/old` beat `typescript` and won `node_modules/.bin/tsc`. Identical diagnostics, ~10x slower, and it fails silently: the check still passes, it just burns minutes. Both compilers check an identical 11,066-source- file program with byte-identical diagnostics; the only `--listFiles` delta is lib relocation plus TS7 deduping nested .d.ts copies. The `@typescript/native` alias sorts ahead of `@typescript/old` and reclaims the bin. This is the TypeScript team's own recommendation on typescript-go#4567 -- the original blog example was wrong. Every `type-check` script is unchanged; `bunx tsc` and ad-hoc invocations are fixed too. apps/sim cold 83s -> 8.5s; all 23 workspaces 96s -> 9.4s. The alias is invisible-load-bearing: nothing imports it, so removing it looks like dead-dependency cleanup and costs 10x with no visible failure. check:native-typecheck asserts a bare `tsc` reports 7.x and fails CI otherwise. Also drops NODE_OPTIONS=--max-old-space-size=8192 from apps/sim's type-check -- it only ever mattered for the JS compiler's V8 heap. |
||
|
Waleed
|
10878fbde5 |
fix(utils): drop the .js specifiers Turbopack cannot resolve (#6351)
* fix(utils): drop the .js specifiers Turbopack cannot resolve
Every dev server on staging is currently returning 500 from any route whose module
graph reaches the `@sim/utils` barrel:
Module not found: Can't resolve './errors.js'
> 1 | export { getErrorMessage, getPostgresErrorCode, toError } from './errors.js'
Import trace:
./packages/utils/src/index.ts
./apps/sim/lib/embeddings/client.ts
./apps/sim/lib/knowledge/embeddings.ts
./apps/sim/app/api/knowledge/route.ts
`packages/utils/src/index.ts` addresses its siblings as `./errors.js` while the files
are `./errors.ts`. webpack rewrites that through `resolve.extensionAlias`; Turbopack has
no equivalent (vercel/next.js#82945). `next build` is webpack and `next dev` is
Turbopack, so this passes CI and breaks every local dev server — #6317 went green.
Nothing required the extensions: the repo is on `moduleResolution: "bundler"`, and no
other package barrel uses them.
Two changes, either of which fixes the symptom; both are here because they fail
differently:
- `packages/utils/src/index.ts` drops all 12 `.js` specifiers. Fixes the barrel for
every current and future consumer.
- `apps/sim/lib/embeddings/client.ts` imports `chunkArray` from `@sim/utils/helpers`
rather than the barrel. #6317 added the only bare-barrel `@sim/utils` import in the
monorepo; the subpath form is the documented convention (CLAUDE.md, "Common
Utilities") and resolves to one module instead of pulling twelve.
`scripts/check-import-specifiers.ts` fails the build on either shape and runs in CI.
Verified it goes red by restoring both halves of the bug. It scans only bundler-compiled
source — vitest and standalone `bun run` scripts resolve `.js` -> `.ts` themselves, so
flagging their specifiers would be noise.
Verified against a real dev server with production env: `/api/knowledge`,
`/api/tools/embeddings` and `/api/workflows/[id]/deploy` all go 500 -> 401, `/workspace`
renders, and the Turbopack log is free of resolution errors. `tsc --noEmit` clean,
`packages/utils` 147/147.
* refactor(scripts): resolve specifiers instead of pattern-matching one mistake
The first version banned `.js` specifiers by regex, which catches the bug that happened
and nothing adjacent to it. This runs the actual resolution algorithm with Turbopack's
rules — extensionAlias deliberately absent — and fails on anything that does not land on
a real file.
That covers the whole "Module not found" class rather than one shape of it: `.js`
specifiers, typo'd paths, files moved or deleted with a stale importer left behind, `@/`
aliases pointing nowhere, and `@sim/*` subpaths a package does not export. Verified
against three synthetic breakages the regex version passed clean:
'@/lib/webhooks/providerz' — '@/' alias matches a tsconfig path but nothing is there
'./does-not-exist' — no file at that path
'@sim/utils/chunking' — @sim/utils does not export './chunking'
Getting to zero false positives on 37,307 specifiers needed three things the naive
version got wrong:
- tsconfig `paths` are per-workspace. `@/*` is `apps/sim/*` inside apps/sim but
`apps/realtime/src/*` inside apps/realtime, and apps/sim maps `@sim/db/*` straight at
the package directory, legitimately bypassing that package's exports map. One
hardcoded alias produced ~30 false positives in apps/realtime alone.
- `exports` maps have wildcards. `@sim/emcn` publishes `"./*": "./src/*"`, so
`@sim/emcn/components/code/code.css` is valid despite no literal entry.
- TSDoc contains example imports. `packages/db/triggers.ts` documents
`import { ensureRowCountTriggers } from '@sim/db/triggers'` — a subpath the package
deliberately does not export. Comments are now blanked in place, preserving byte
offsets so reported line numbers stay exact.
* fix(scripts): close three coverage gaps in the specifier audit
Review round 1 on #6351. All three findings were real and all three let the exact
regression this guard exists for slip through.
- Reported line numbers were one early. `SPECIFIER_RE` opens with `(?:^|\n)`, so
`m.index` is the newline ENDING the previous line, not the start of the statement.
`./helpers.js` on line 13 was reported as line 12. Anchoring to the specifier's own
offset is exact, and for a multi-line import it points at the `from '...'` line —
where the reader needs to look anyway.
- `require()` was not scanned. This repo uses lazy requires deliberately to break import
cycles: `tools/params.ts` reaches `@/blocks` that way and `blocks/blocks/agent.ts`
reaches `@/blocks/registry`, 22 first-party call sites in total. Those edges resolve
exactly like static ones, so a bad specifier in one fails identically. Verified by
pointing `tools/params.ts` at a non-existent module and watching the audit catch it.
- `apps/docs` was not scanned, despite being a second Next.js app with its own
`next.config.ts` — so it carries identical Turbopack exposure. Now covered, and clean.
Side-effect imports and dynamic `import()` were called out in the same round but are
already covered: the optional `from` group in `SPECIFIER_RE` matches bare `import '...'`,
and `DYNAMIC_RE` handles `import('...')`. That review ran against
|
||
|
|
b04fee8aa7 |
fix(deployment): prevent trigger registry initialization crash (#6342)
* fix(deployment): initialize block registry before triggers
* fix(triggers): break the triggers <-> blocks initialization cycle
Replaces the import-order guard from the previous commit with the structural fix.
Block configs spread `getTrigger('...').subBlocks` while their module body runs, so
`blocks/*` depends on `triggers/*` by design. Thirteen edges closed the loop back the
other way, which made module evaluation order load-bearing: enter the graph through
`@/triggers` and a block config calls `getTrigger()` before `TRIGGER_REGISTRY` is
initialized, throwing
ReferenceError: Cannot access 'TRIGGER_REGISTRY' before initialization
Eleven deployment routes crashed on import: `POST /api/workflows/[id]/deploy`, the v1
public and admin deploy/rollback/activate routes, both deployment-version routes, and
the three custom-tool deployment routes. All of them funnel through
`lib/webhooks/deploy.ts`, which stayed safe only because it imported a value from
`@/blocks` — biome sorts that above `@/triggers`, so the safe barrel always evaluated
first. #6272 deleted that import as unused cleanup and took the whole surface with it.
The reverse edges came from two places, both layering violations rather than anything
inherent to triggers:
- `triggers/index.ts` imported the mock-payload generator from `trigger-utils`, which
imports `@/blocks` for unrelated helpers. The generator is pure, so it moves to
`lib/workflows/triggers/mock-payload.ts` and both callers import it there.
- Eleven trigger modules statically imported the editor's Zustand stores to read
sub-block values inside `fetchOptions`/`fetchOptionById`. Those reads now go through
`triggers/editor-state.ts`, which loads the stores with a dynamic `import()` —
resolved when the resolver is called, not during module evaluation, so it carries no
initialization-order obligation.
Side effect: `@/triggers` drops from 744 statically reachable modules to 526. The block
registry, the workflow Zustand stores and their React Query graph are no longer pulled
into every server module that imports a trigger.
`scripts/check-trigger-block-cycle.ts` fails the build if a static edge returns, and
reports the shortest offending chain. The existing suite could not have caught this —
`deploy.test.ts` mocks both `@/blocks/registry` and `@/triggers`, and `vitest.setup.ts`
mocks `@/blocks/registry` globally, so it passed 18/18 against the broken code.
---------
Co-authored-by: Bill Leoutsakos <billleoutsakos@Bills-MacBook-Pro.local>
Co-authored-by: Waleed Latif <walif6@gmail.com>
|
||
|
Waleed
|
2ba455647b |
fix(db): bind every raw-sql Date through its column encoder (#6337)
* fix(db): bind every raw-sql Date through its column encoder `drizzle()` overwrites postgres-js's temporal serializers (OIDs 1082/1083/ 1114/1184/1182/1185/1115/1231) with an identity function because drizzle maps timestamps itself through the column's `mapToDriverValue`. A raw `sql` template carries no column context, so an interpolated `Date` skips that mapping, reaches the identity serializer unchanged, and the wire encoder throws `ERR_INVALID_ARG_TYPE`. The pools' `prepare` / `fetch_types` options are irrelevant: the serializer swap happens for all four combinations. Five live sites still interpolated a bare `Date`, the stale schedule-job filter among them — it has no try/catch, so a database async backend would surface a 500 from the schedule tick. Bind each cutoff with `sql.param(date, column)`. The testing `sql` mock's guard cannot see untested code or the tests that override the drizzle-orm mock, so add `check:sql-date-binding`: a Babel-AST audit over apps/** and packages/** that resolves Date-valued bindings per file and rejects any that reach a raw template unbound. Correct the mock's comment, which attributed the failure to postgres-js under `fetch_types: false`. * fix(scripts): require the documented sql-date-bound annotation form and a reason |
||
|
Vikhyath MondretiandSiddharth Ganesan
|
117fe3137b |
feat(code): cli sandboxes, enterprise timeouts, secrets projections, resolver lift, workflow exec cancellations (#6247)
* feat(code): cli sandboxes, enterprise timeouts, secrets projections, resolver lift * fix(execution): harden compatibility and secret diagnostics * fix(execution): harden generated JavaScript literals * fix(execution): align timeout cleanup semantics * fix(tables): decouple stale job cleanup * fix(execution): drain stale workflow backlog * test(sandbox): make deadline assertions timing-safe * fix(execution): lock cleanup candidate batches * fix(execution): preserve cleanup failure metrics * cancel route fixes * separate out mship template and func template * fix * fix(execution): harden secret projection and block runs * fix(workflow): validate draft execution state * run from block ui disabling * feat(copilot): expose Sim sandboxes to mothership * feat(copilot): expose sandbox capability catalog in VFS * Updates * fix legacy logs showing up * fix(copilot): keep sandbox config visible * fix model provenance issues * fix lint' * more lint * more * test(files): align provenance copy query order * consolidate migrations, rollout compat * integration projections * update skills * fix * add provenance linters * fix: address review and compatibility regressions * fix: make tool boundary audit Bun 1.3 compatible --------- Co-authored-by: Siddharth Ganesan <siddharthganesan@gmail.com> |
||
|
Waleed
|
2c120c35fb |
improvement(emcn): let a modal refuse every dismissal while an action runs (#6276)
* improvement(emcn): let a modal refuse every dismissal while an action runs
ChipConfirmModal's docs promised "a single dismiss path shared by the header X /
dismiss button / Escape … and disabling dismiss while the confirm is in flight".
Only the dismiss button was ever guarded — Escape, outside-click and the header X
all still closed a confirmation mid-delete. Two knowledge-base connector modals
had the same shape: they guarded onOpenChange against a pending save, then handed
the header X a direct onOpenChange(false) that skipped the guard.
A modal now states the interlock once, as `dismissDisabled` on ChipModal or
ModalContent, and the primitive holds all four exits shut. ModalContent owns the
Radix paths because `{...props}` is spread after its own handlers, so a
consumer-passed onEscapeKeyDown/onInteractOutside would silently drop the
floating-layer guard; it publishes the flag through a context that
ChipModalHeader, ChipModalFooter and ModalHeader read. The two narrow props
compose with `||`, so an explicit `true` still disables a single button and an
explicit `false` cannot punch a hole in the root's guarantee.
Also turns on `turbo run type-check` for every workspace. packages/emcn,
packages/utils, apps/desktop and apps/docs had no type check in CI at all —
only @sim/realtime did — and apps/sim's source was covered solely as a side
effect of `next build`. All 23 workspaces pass today, so it lands green.
* fix(emcn): compose consumer dismiss handlers instead of replacing the guard
ModalContent's own onEscapeKeyDown/onInteractOutside sit before the `{...props}`
spread, so a consumer passing either replaced them — dropping both the
dismissDisabled interlock and the floating-layer guard that keeps a popper
dismissal from closing the modal and freezing the page. The TSDoc argued the
guard had to live here for exactly that reason, then left the same spread able
to defeat it.
Both handlers are now destructured out of props and invoked after the guard, so
the guard always runs and a consumer can still observe or extend the event. No
consumer passes either today, so this was latent rather than live.
* revert(ci): drop the type-check inputs allowlist
The allowlist traded correctness for a modest cache win, in a gate whose only
job is catching type errors. `resolveJsonModule` and `allowJs` are both on, so
.json and .js files participate in type checking and were absent from the list —
`lib/integrations/availability.ts` imports the generated `integrations.json`,
which means regenerating that file would not have invalidated the cache and CI
would have replayed a stale pass over a changed type.
Back to Turbo's default (every non-gitignored file in the package): conservative,
but a type-check gate that can serve a stale success is worse than a slow one.
|
||
|
Theodore Li
|
35fd4ef42f |
improvement(self-host): simplify capability setup configuration (#6230)
* feat(self-host): add capability-aware setup * fix(self-host): preserve capability compatibility * fix(copilot): honor preview availability server-side * improvement(self-host): centralize capability resolution * fix(self-host): preserve integration availability paths * fix(testing): align capability-aware config mocks * improvement(self-host): simplify capability setup configuration * fix(setup): preserve unowned storage overrides * fix(self-host): reconcile storage and allowlists * fix(integrations): preserve connect deep links |
||
|
Waleed
|
856fe0ffb6 |
fix(docker): upgrade bun to 1.3.14 (#6236)
* fix(docker): upgrade bun to 1.3.14 to unbreak the Next 16.3.0 server
Bun 1.3.13 cannot load Next 16.3.0's compiled server runtime. The app container
runs the Next server under Bun (`oven/bun:1.3.13-slim`, `bun apps/sim/bootstrap.js`),
so every app-page render threw and `/api/health` returned 500:
⨯ Error: Failed to load external module
next/dist/compiled/next-server/app-page-turbo.runtime.prod.js:
TypeError: Expected CommonJS module to have a function wrapper.
If you weren't messing around with Bun's internals, this is a bug in Bun
Isolated to Bun, not Next, by loading that exact module in the real images:
Next 16.2.12 + Bun 1.3.13 -> loads (why staging was fine before)
Next 16.3.0 + Bun 1.3.13 -> CJS wrapper error
Next 16.3.0 + Bun 1.3.14 -> loads
Bun 1.3.14 is the current stable and already fixes it, so this bumps every pin
rather than reverting the framework upgrade, which would only defer the same
latent Bun bug to the next attempt.
Why no gate caught it: local dev machines and this bump's own verification run
Bun 1.3.14, while the container and CI pinned 1.3.13 — and CI only *builds* the
image, it never boots one and probes `/api/health`. A container smoke test in CI
would have caught this before merge; that is worth adding separately.
* fix(docker): align the remaining bun pins with 1.3.14
Two pins were missed in the first pass because the search was scoped to
docker/, package.json and .github/workflows/:
- .devcontainer/Dockerfile still built on oven/bun:1.3.13-alpine
- PI_BUN_VERSION in apps/sim/scripts/pi-sandbox-packages.ts was still 1.3.13,
despite being documented as mirroring the root packageManager field, so Pi
sandbox images would have kept installing the Bun release that cannot load
the Next 16.3.0 server runtime.
Fixed surgically rather than with a repo-wide replace: "1.3.13" also appears
inside SVG path data in apps/sim/components/icons.tsx and
apps/docs/components/icons.tsx, which a blind sed would have corrupted.
|
||
|
Waleed
|
3de63c94e3 |
feat(self-host): align Docker Compose with Helm and overhaul self-hosting docs (#6225)
* feat(self-host): align Docker Compose with Helm and overhaul self-hosting docs Docker Compose shipped no scheduler, so scheduled workflows, every polling trigger, connector syncs, the outbox, and data drains silently never ran. Adds a cron service running the same 18 jobs the Helm chart schedules as CronJobs, and closes the remaining behavioral gaps between the two paths: bundled Redis in the chart, no hosted plan caps in chart defaults, pinned image tags, and fail-fast secrets. A CI check keeps the schedulers in sync. Also rewrites the self-hosting docs: 14 new pages, 8 updated, reorganized into Install / Configure / Operate. * fix(self-host): drop bun install from chart CI, remove air-gapped and backup docs The scheduler-parity check pulled a full dependency install into the chart-validation job, which fails building isolated-vm on that runner. Rewritten to use only node builtins so the job installs nothing. Also removes the air-gapped and backup/restore pages, and stops pinning a concrete release in the docs so the examples do not go stale each release. * fix(helm): bundle Redis in secret-manager modes unless the URL is supplied Suppressing Redis whenever a secret mode was active left those deployments with no Redis at all — REDIS_URL is optional there and both shipped examples omit it. The chart now steps aside only on a detectable signal: an explicit app.env.REDIS_URL, an ESO remoteRefs.app.REDIS_URL mapping, or the new redis.provideUrl=false opt-out for a pre-created Secret it cannot read. * fix(compose): derive realtime BETTER_AUTH_URL from NEXT_PUBLIC_APP_URL realtime read BETTER_AUTH_URL directly and fell back to localhost while simstudio derived it from NEXT_PUBLIC_APP_URL, so setting only the public origin left realtime authenticating against http://localhost:3000. * fix(helm): deliver bundled REDIS_URL via ConfigMap so an operator value always wins Injecting REDIS_URL as an inline container env made it beat every envFrom source, so a REDIS_URL held in a pre-created Secret or synced by External Secrets was silently shadowed and traffic moved to a fresh in-cluster Redis. Kubernetes resolves duplicate envFrom keys by letting the last source win, so the bundled URL now ships as a ConfigMap listed before the app Secret. Any operator-supplied value overrides it without the chart needing to read it, which also removes the redis.provideUrl flag the previous attempt required. * docs(helm): spell out the egress rule external datastores need The default NetworkPolicy allows 443 plus the bundled Postgres and Redis by pod selector. Anything you run outside the chart on another port needs its own rule, which is easiest to miss when REDIS_URL arrives via a Secret the chart cannot inspect. Adds a copyable example to the production checklist and the security guide. * feat(helm): add networkPolicy.allowExternalEgress for managed datastores The default policy allows 443 plus the bundled Postgres and Redis by pod selector, so a managed datastore on another port needs a hand-written CIDR rule — awkward when REDIS_URL arrives via a Secret the chart cannot inspect. Adds an opt-in switch that drops the port restriction while still blocking the cloud metadata endpoints. Defaults to false, keeping this chart stricter than the common chart default of unrestricted egress. |
||
|
Waleed
|
09eba8a0f9 |
improvement(ci): move CodeQL off default setup onto Blacksmith (#6219)
* improvement(ci): move CodeQL off default setup onto Blacksmith Default setup pinned every scan to a 4-vCPU GitHub-hosted runner with no cancel-in-progress: PR scans ran 30-125 min and re-ran on every push (#6183 burned six overlapping runs). None of that is reachable from the settings UI, so the config moves into the repo. - Blacksmith 8-vCPU via the same CI_PROVIDER escape hatch as ci.yml - cancel-in-progress scoped to pull_request so push/schedule scans finish - push to main + PR to main/staging + nightly safety net - paths filter so doc-only PRs skip the run entirely - paths-ignore config drops tests/mocks/fixtures: 12,716 -> 11,128 files - languages: javascript-typescript + actions; python dropped (7 files in tree) Default setup has been disabled; the two cannot both be active. * fix(ci): restore CodeQL coverage of the data-drain test route Review round 1. - Drop the '**/test/**' and '**/tests/**' globs. A `test` directory is a routable Next.js path segment, and those globs excluded apps/sim/app/api/organizations/[id]/data-drains/[drainId]/test/route.ts — a POST handler that authorizes, decrypts destination credentials and makes an outbound request. CodeQL paths-ignore has no `!` negation to carve it back out, and the globs only covered 76 of 12,716 files. - Add `ready_for_review` to the pull_request activity types. It is not a default type, so a PR opened as a draft and later marked ready was skipped by the draft guard and never rescanned until the next push. |
||
|
Waleed
|
e8894a8764 |
perf(tools): guard the tool-registry client boundary in CI (#6156)
* perf(tools): guard the tool-registry client boundary in CI
The registry was 71-82% of every workspace route's module graph, and the two
edges that put it there were invisible at the call site: `providers/utils.ts`
imported `mergeToolParameters`, and `mcp-dynamic-args.tsx` imported
`formatParameterLabel`. Neither import looks remotely like "pull in 4,700
modules of SDK clients", which is why this needs a lint rather than a convention.
`check-tool-registry-boundary.ts` walks the value-import graph (skipping
`import type`, which is erased) from the workspace layout and the four routes
that mount inside it, and fails if `@/tools/registry` is reachable — printing
the exact chain that reintroduced it.
Verified it fails: reintroducing a `getTool` import in `serializer/index.ts`
exits 1 and names the chain through `stores/workflow-diff/store.ts`; removing it
returns to 0.
There is deliberately no allowlist. The fix for a failure is always to move the
symbol the file actually needs into a registry-free module, not to exempt the
route.
Documents the guard in the tool-registry-boundary skill.
* fix(tools): close two edge-detection gaps in the registry boundary guard
Review found the walker missed two forms, both verified against a matrix of
every import/export shape:
export * as ns from '…' namespace re-export — the star branch had no alias
import('…') dynamic import
A dynamic import splits the registry into its own chunk rather than the route's
initial one, so it does not show up in cold-compile time — but it still puts
4,300 tools' worth of executable config on a client path, which is what this
guard exists to prevent. It counts as reaching the registry. No such import
exists today; this is purely closing the hole.
Adding both raised the measured counts (tables 1,217 -> 1,261, files
1,310 -> 1,419) because lazily-loaded modules are now counted. The registry
stays unreachable from all five entries.
Also checked and rejected: side-effect imports (`import '@/x'`) were reported as
missed, but are matched both standalone and after another import — the `from`
clause is already optional.
* fix(tools): resolve extensionful specifiers in the boundary guard
`resolveSpecifier` probed `base + ext` and `base/index + ext` but never `base`
itself, so an already-extensioned specifier resolved to null and its edge
vanished from the walk — `import { tools } from '@/tools/registry.ts'` would
have passed the guard silently.
Not theoretical: `executor/execution/block-executor.ts` already imports
`@/executor/human-in-the-loop/utils.ts` with the extension, so real edges were
being dropped. Counts rise slightly now that they are followed (canvas
2,023 -> 2,029).
Verified: the extensionful import exits 1, and removing it returns to 0.
* fix(tools): discover guard entries instead of listing them
Review caught the guard checking the wrong shell: it named
`app/workspace/layout.tsx` as "the shared shell every route mounts inside", but
that file only wraps `SocketProvider`. The real shell is
`app/workspace/[workspaceId]/layout.tsx`, which pulls in `WorkspaceChrome`, the
loaders and the providers — and it was never checked.
Worse, layouts are composed by Next.js convention rather than imported, so a
page's graph never reaches its layout at all. Walking pages alone left every
layout module outside the guard.
So entries are now discovered: every `page.tsx` and `layout.tsx` under
`app/workspace`, 35 of them instead of a hand-written 5. A list goes stale
silently; discovery cannot. Refuses to pass vacuously if the walk finds none.
Immediately found a real edge the hand-written list had missed — the settings
route reaching the registry through a dynamically-imported access-control panel
(fixed in the previous commit). Full walk takes ~2s.
Also restores the extensionful-specifier fix, which a bad merge had dropped from
this file. Re-verified both directions: an extensionful `@/tools/registry.ts`
import exits 1, removing it returns to 0.
* fix(tools): restore the dynamic-import and namespace-alias edge detection
A bad merge during a rebase reverted this file to a pre-fix revision, silently
dropping `DYNAMIC_IMPORT_RE` and the `export * as ns from` alias branch that
earlier commits on this branch had already added. The guard still passed, which
is the worst way for a lint to break — it simply stopped following edges.
Caught it because the per-route counts fell after the rebase (files
1,424 -> 1,314, logs 1,610 -> 1,545) rather than staying put. A guard that
reports fewer modules after a no-op merge is not passing, it is blind.
Now verified against every bypass form rather than the one I happened to think
of, so a future regression of this kind fails loudly:
CAUGHT extensionful import { tools } from '@/tools/registry.ts'
CAUGHT dynamic import('@/tools/registry')
CAUGHT ns re-export export * as ns from '@/tools/registry'
CAUGHT side-effect import '@/tools/registry'
CAUGHT plain named import { tools } from '@/tools/registry'
clean tree passes
* fix(tools): traverse require() edges in the boundary guard
Review flagged `require()` as an untraversed edge form, and it is not
hypothetical here — this codebase uses lazy `require('@/…')` to break import
cycles, including from a client-reachable file (`tools/params.ts` reaches
`@/blocks` that way). Those edges are as real as static imports; a `require` of
the registry would have walked straight past the guard.
The audit now covers every form a module can be reached by, each verified rather
than assumed:
CAUGHT plain named import { tools } from '@/tools/registry'
CAUGHT side-effect import '@/tools/registry'
CAUGHT extensionful import { tools } from '@/tools/registry.ts'
CAUGHT ns re-export export * as ns from '@/tools/registry'
CAUGHT dynamic import('@/tools/registry')
CAUGHT require require('@/tools/registry')
clean tree passes
No new violations surfaced — the 35 guarded page/layout graphs stay clean with
require edges followed.
|
||
|
Waleed
|
d6e08d38d7 |
perf(tools): generate serializable tool metadata artifacts (#6153)
* perf(tools): generate serializable tool metadata artifacts
Adds `scripts/sync-tool-metadata.ts`, which projects the executable tool
registry down to the data half nobody needs a closure for, plus typed accessors
over the result. No consumer is rewired yet — that is the next PR.
`@/tools/registry` is a ~9,000-line barrel over 4,366 tools. Each `ToolConfig`
mixes plain data (`params`, `outputs`, `name`) with closures (`request.headers`,
`transformResponse`, `directExecution`, `postProcess`), and those closures reach
every integration's SDK client and parser — which is why reaching the barrel
costs ~4,700 modules. Every client-reachable caller was audited: none of them
need a closure. They need `outputs`, `params`, or an existence check.
Two artifacts, not one. `outputs` is ~4 MB of the ~8 MB and has a single
consumer, so it is emitted separately and exposed from its own module; callers
needing only params never load it.
The data is a JSON string parsed at runtime rather than an imported `.json` or
an object literal. That is not stylistic — with `resolveJsonModule` (enabled
repo-wide) a `.json` import makes TypeScript infer a literal type for all 4,366
entries:
tsc --noEmit, baseline 12.6s
tsc --noEmit, with `.json` imports 8m07s (38x)
tsc --noEmit, with string literals 12.0s
An ambient `declare module` does not short-circuit it (measured: 8m18s), and an
object literal is the same inference work. A single string literal is one cheap
token for the compiler and the bundler, and `JSON.parse` beats evaluating the
equivalent literal at runtime.
The generator refuses to emit any function value, so shipping executable config
to the client fails loudly instead of silently. `hosting` and `schemaEnrichment`
are excluded on those grounds — both hold functions and are server-only.
Also strips empty param entries: the registry has one (`stt_deepgram_v2`, an
`undefined`) which crashes callers that read `param.type` while iterating.
`JSON.stringify` drops `undefined` on its own, so the guard is there for an
explicit `null` — which serializes faithfully and would reach consumers — and to
warn either way.
Wires `tool-metadata:check` into CI alongside the other generated-contract
gates, and ignores the generated directory in biome (it exceeds the 1 MB limit
and was being skipped with a notice on every commit).
Adds a `tool-registry-boundary` skill covering which module to import, the three
non-obvious properties of the artifacts, and how to verify an edge is actually
cut — the canvas route reaches the registry through four redundant paths, so
cutting one alone moves the module count by ~1.
* fix(tools): harden the metadata accessors against inherited keys
Review found two real defects in the generated-metadata layer.
`JSON.parse` returns an object with the normal prototype, so a bare bracket
lookup resolved inherited members: `getToolMetadata('constructor')` returned a
*function* typed as `ToolMetadata`, and `getToolOutputsMetadata('toString')`
likewise — silently violating the accessors' documented "undefined if unknown"
contract. Guarded with `Object.hasOwn`, with a parameterised regression test
over `constructor`, `toString`, `valueOf`, `hasOwnProperty` and `__proto__`.
The generator's no-functions scan also gave up past ten levels of nesting. Param
and output schemas nest arbitrarily, so a deeper closure would have been dropped
silently by `JSON.stringify` while generation reported success — shipping an
incomplete schema and defeating the guarantee the scan exists to provide. The
depth cap is gone; a `WeakSet` handles the cycles that exposes.
* docs(tools): tell tool authors to regenerate the metadata artifacts
A new tool now has a second registration step. Client code reads `params` and
`outputs` from the generated artifacts rather than from the registry, so a tool
added without regenerating them is registered but invisible to the UI — and CI
fails on the stale artifacts.
`add-tools` and `add-integration` are where someone actually adds a tool, so the
step goes in both, next to the registry edit and in each checklist.
* docs(blocks): note when a block change needs tool-metadata regeneration
Adding a block alone needs no regeneration — it references existing tool IDs and
changes no tool's shape. But a change that touches a tool alongside the block
does, and this is where that is easy to miss: a block's `outputs` are authored
to match its tools' outputs, and the UI now reads those from the generated
metadata, so a stale artifact makes the block's declared outputs disagree with
what the panel renders (and fails CI).
Completes the tool-authoring surface alongside add-tools and add-integration.
* docs(tools): cover tool removal in the regeneration guidance
The three tool-authoring skills said to regenerate after adding or changing a
tool, but not after removing one. Removal is equally breaking and equally
guarded: deleting a tool from `tools/registry.ts` without regenerating fails
`tool-metadata:check` (verified — exit 1), so a contributor following the skill
literally would have hit a CI failure the skill never warned about.
|
||
|
Vikhyath Mondreti
|
422b4919f1 | chore(trigger): upgrade version (#6127) | ||
|
Vikhyath Mondreti
|
e443a97ffb |
improvement(security): isolated-vm env construction (v8s escape case) (#6116)
* improvement(security): isolated-vm env construction (v8s escape case) * upgrade main node to v24 |
||
|
Waleed
|
d67e02f978 |
perf(tests): skip jest-dom in node-environment test files (#6088)
`vitest.setup.ts` loaded `@testing-library/jest-dom/vitest` unconditionally, so all 1,219 test files paid for it. jest-dom only registers DOM matchers (`toBeInTheDocument`, `toBeVisible`, ...), which are useless without a document — and 985 of those files declare `@vitest-environment node`. Guarding the import on `typeof document !== 'undefined'` loads it for exactly the files that can use it. All 7 files that actually call a jest-dom matcher are explicitly `@vitest-environment jsdom`, so none loses anything; verified by running them. Measured locally, same machine, full suite: baseline Duration 179.47s (setup 367.13s aggregate) guarded Duration 165.78s (setup 252.72s aggregate) 7.6% off the suite, 31% off aggregate setup time. On a node-only subset (50 files, n=3 each) it is 21%: 2.75s -> 2.16s median. Identical results either way: 1225 files / 16184 tests pass, plus one failure that reproduces on unmodified staging (cloud-review-tools.test.ts cannot find `rg` from its spawned python3 locally; CI installs ripgrep explicitly and it passes there). Also fixes two pieces of CI documentation that claimed more than the code does — the same class of thing #6076 cleaned up: - The step was named "Run tests with coverage" but runs `bun run test` = `vitest run`, with no `--coverage` anywhere. - The Codecov upload reads `apps/sim/coverage`, which nothing generates (vitest.config.ts declares no coverage provider). It uploads nothing and still reports success in ~1s because `fail_ci_if_error: false`. Annotated rather than deleted, since whether to enable coverage or drop the step is a call for the team, not a side effect of a perf change. |
||
|
Waleed
|
3e62546e50 |
perf(ci): disable the Turbopack persistent build cache (3.2x faster builds) (#6080)
* perf(ci): disable the Turbopack persistent build cache It is a net loss at this app's size. A controlled A/B on one branch (#6078), three runs with a byte-identical module graph so only cache state varied: cache OFF 113s compile, 2m53s job cache ON, cold 162s compile, 3m54s job cache ON, warm 360s compile, 8m18s job The cache made the same build 3.2x slower. It also grew 5.1 GB -> 12 GB across two runs of an unchanged tree, which explains the progressive degradation seen on longer-lived disks (up to 11.7 min): the more a disk is written, the more the next run must read and revalidate. Flag manipulation is visible in the logs — the cache-on runs print `✓ turbopackFileSystemCacheForBuild`, the cache-off run omits it — and every run used `turbo --force` so none is a replayed log. #5869 enabled this on locally-measured numbers (105s cold -> 22s warm) that never reproduced in CI and are inverted here. #6072 then branch-scoped the disk to stop PRs restoring each other's caches; that fixed a real problem, but with the cache off the disk is unnecessary, so the mount, the pre/post size reporting, and the env gate all go with it. Pins `turbopackFileSystemCacheForBuild: false` explicitly rather than relying on the Next default: upstream already flips that default to true in canary/preview builds (vercel/next.js#94616), so leaning on the default would let a version bump silently re-enable this. Keeps ci-cache-cleanup.yml, re-scoped to draining the 5-12 GB volumes that PRs opened while the per-branch key was live still hold — nothing else reclaims them. It is a no-op for new PRs and can be deleted once drained. Caveat: n=1 per cell. The 3.2x effect size and agreement with ~15 prior observations make it convincing, but this is three runs, not a distribution. * docs(ci): correct the cleanup key comment after the mount was removed Greptile P2: the delete step still claimed its key must stay byte-identical to the Mount Next.js build cache step in test-build.yml, but this PR removes that mount. It is now a hard-coded legacy drain key that mirrors nothing. |
||
|
Waleed
|
998fd5a340 |
fix(ci): scope the Next.js build cache sticky disk per branch (#6072)
* fix(ci): scope the Next.js build cache sticky disk per branch The Turbopack persistent build cache disk was keyed on github.event_name alone, so every open PR shared one mutable volume. A sticky disk mount clones the last committed snapshot and commits back last-write-wins, so each PR build restored a cache produced by a different branch. Measured on the same staging commit, two runs minutes apart: the single-writer push disk compiled in 9.3 min, the shared pull_request disk in 14.0 min. Across 22 recent runs, push builds land at 3.5-11 min and PR builds at 13.5-17.8 min. Correctness matters more than the minutes here. turbopackFileSystemCacheForBuild is beta and cross-commit restore is not a documented-supported mode - vercel/next.js#87283 reports stale HTML from a cache built at another commit, with no maintainer answer. Every other cache layer in this repo already isolates by branch: GitHub's cache cannot read sibling branches, and Blacksmith's cache product branch-scopes by default. Only this key didn't. Adds pre/post-build cache size reporting, because whether the cache was warm is otherwise invisible - the disk mounts either way and turbo buffers the build log. Adds ci-cache-cleanup.yml to delete a branch's disk when its PR closes, so per-branch disks track open PRs instead of accumulating at ~5 GB each. Also corrects the 105s-cold/22s-warm comment: those were local numbers and have never reproduced in CI. * refactor(ci): trim the cache-key comments to the load-bearing facts Keeps the mechanism (one mutable volume per key, clone-on-mount, last-write-wins) and the two numbers, drops the restated reasoning. Both report steps collapse to a single du, dropping a second full walk of a ~5 GB tree. Cleanup workflow loses a concurrency group a once-per-PR delete never needed. |
||
|
Theodore Li
|
985f9e6172 |
feat(tables): saved views with filter, sort, and column presets (#5961)
* feat(tables): saved views with filter, sort, and column presets * fix(tables): views own column layout, preserve deep-linked sort, seed update cache * fix(tables): merge view layout writes server-side, keep layout on save-from-All * fix(tables): send view saves as a merge patch so concurrent writes can't clobber * fix(tables): persist explicit All selection, prune view state for deleted columns * fix(tables): key-order-stable dirty check, reset layout when switching to All * fix(tables): return 404 when patching a missing view * improvement(tables): order the bar filter, sort, columns and drop the hidden count * fix(tables): record newly created columns in the active view's order * fix(tables): don't write layout as a reader, clear dead sort, reset dead view id * feat(tables): add New view to the views menu, starting from All * chore(api): bump route-count baseline to 981 after staging merge * fix(tables): guard default demotion, use the applied filter for dirty/save * fix(tables): clear state when the active view is deleted externally * revert(tables): drop the ineffective rows-query gate for view resolution * feat(tables): enable saved views in the embedded mothership table * fix(tables): resolve the views flag on the chat route too * improvement(tables): right-align the embedded run/stop control * fix(tables): live layout on new views, prune stored config, order cache writes * fix(tables): live layout on save-as-view, reset it per view, ignore inherited param when embedded * fix(tables): route undo/redo column-layout writes to the active view * fix(tables): scope layout undo to the view that recorded it Layout is view-owned, but UndoEntry carried no owner, so the persistence sink — rebound every render to the active view — decided the target at undo time rather than at record time. Reordering in view A then undoing from view B wrote A's column order into B and left A unchanged. Entries are now stamped with the active view id, and the three layout-bearing action types (create-column, delete-column, reorder-columns) are pruned from both stacks when the active view changes. Row and schema actions are table-scoped and survive the switch untouched. Inert when views are disabled: the id is always null, so nothing is ever pruned. * fix(tables): send only the layout keys an action changes Pin, reorder, and insert-column each shipped a full columnWidths snapshot they never modified. Both sinks merge at top-level key granularity, so an earlier-issued patch landing after a concurrent resize replaced the newer width map with its stale copy. Resize, auto-resize, and delete-column still send columnWidths — those genuinely change it. * fix(tables): don't strand layout writes while views load, keep schema undos across views Two more instances of layout being written without a known owner. The sink was left unbound until a view resolved, so a resize/reorder/pin (or the column-append effect) during the views fetch fell through to the table's shared metadata — corrupting All for a table about to adopt a view, and losing the edit to the re-seed. The sink is now bound while the query is in flight and suppresses the write. An error counts as settled, so a failed views fetch falls back to All instead of suppressing layout writes for the session. Pruning was also too broad: create-column and delete-column are table-scoped schema ops that merely have a layout side-effect, so dropping them on a view switch made a deleted column unrecoverable. Only reorder-columns is purely layout and still prunes; the other two survive and have just their layout half suppressed at replay when the recorded view isn't active. * fix(tables): flush layout buffered during load when the owner settles to All Suppressing the write while the views query was in flight stopped All from being corrupted, but nothing resolved the buffer afterwards, so a resize during load looked applied and vanished on refresh. Settling on All re-seeds nothing (viewLayoutKey never changed), so the gesture is still on screen and is now persisted to shared metadata. Adopting a view re-seeds the grid from that view and has already replaced the gesture on screen, so the buffer is dropped to match. * fix(tables): resolve undo layout ownership at write time, not dispatch time The layout writes for column create/delete happen in mutation success callbacks, and persistLayoutRef is rebound every render. Resolving entryOwnsLayout up front meant the guard could still hold from before a view switch while the sink it guarded already pointed at the destination, writing the recorded view's layout into whichever view was now active. Now a function, so the guard and the sink are read at the same moment: switch away mid-mutation and the schema half still lands while the layout half is dropped, matching the rule that undo only ever affects the view on screen. * fix(tables): read layout from the grid instead of mirroring it The wrapper kept two shadow copies of the grid's column layout — liveLayoutRef and pendingLayoutRef — and all three of this round's findings were that mirror going stale: - liveLayoutRef was only cleared on activeView.id change, so widths buffered before the views query settled survived into All, where layout writes bypass the mirror entirely. Both create paths spread it last, so a saved view stored those snapped-back widths. - currentViewConfig memoized a spread of that ref, and mutating a ref doesn't re-run a memo, so Save as view sent the pre-gesture layout. - The flush effect keyed on activeView, but adoption writes the view id through the URL, so for one render the query had settled while activeView was still null — flushing to All in exactly the case that had to drop. The grid owns this state, so it now publishes a reader through a sink ref and the wrapper asks at the moment it needs a value. Nothing to keep in sync, so nothing to go stale. Only whether an unowned change happened is tracked, and the resolve effect — which is what actually picks the owner — decides to persist or drop. * fix(tables): flush unowned layout when the views fetch fails The resolve effect is the only caller of resolvePendingLayout and gated on isSuccess, which never becomes true on a query error — so layout touched during the load window was never persisted on the error path, even though the table had already settled to All and later writes worked. The error branch now flushes to shared metadata, matching the rest of the error path's fall-back-to-All behavior. * fix(tables): gate the on-screen layout restore by ownership, not just the persist The undo success callbacks applied the recorded view's order/widths/pinning to the grid unconditionally and only gated the PATCH, so switching views before a column create/delete mutation resolved left the destination displaying the origin view's layout until switched away and back. Each callback now checks ownership where its layout work begins: three are purely layout and return at the top; delete-column undo restores cell data first (row data, runs everywhere) and gates only the layout block below it. In a non-owning view the restored column still appears via the grid's append effect — at the end, leaving that view's layout untouched. * fix(tables): route all layout writes through one owner-aware sink, reconcile order at seed Two holes closed: The sink binding toggled on activeView, leaving a render-frame gap after the views query settled but before the resolve effect adopted a default — writes in that gap fell through to shared metadata. The sink is now always bound while views are enabled and handlePersistLayout is the single router, reading the owner at call time: unresolved buffers, a view patches the view, All writes metadata. The error branch stamps the owner so post-error writes stop buffering. The append effect only fires when the schema changes, so a column that arrived while another source owned the layout rendered via the displayColumns fallback but was never written into the adopted owner's stored order until a drag happened to heal it. Seeding now reconciles the incoming order against the schema and persists the appended tail through the current sink. * fix(tables): capture the layout owner when a schema action is dispatched Insert-column and the delete chain persist layout from mutation callbacks through updateMetadataRef, which always targets the current sink — so a view switch mid-flight wrote the origin view's order/widths/pins into the destination. Undo got this guard already; the live paths never did. Both now capture viewLayoutKey at dispatch and compare at the callback. On a mismatch the layout work is skipped: the destination re-seeded its own layout, the new column lands there via the append effect when the refetch arrives, and the deleted column's dangling keys are pruned on read. pushUndo also takes the captured owner as an override — stamped at callback time it would record the destination, letting a later undo apply the origin's layout to it. * fix(tables): resolve views on list availability, not query success A failed background refetch flips isError while the cached list stays usable, and every view mutation invalidates the views query — so one blip made the resolve effect treat views as terminally failed and stop applying switches until the next successful refetch. The axis is now whether a list exists: error with no list ever fetched settles to All; error with a cached list resolves normally against the cache; owner is unknown only while the initial fetch is in flight. * ci: raise Build App timeout to 25 minutes The build outgrew the 15-minute cap over the last two days of merges: 10m02 ( |
||
|
Waleed
|
6cacd7cdb2 |
fix(ci): harden desktop prerelease tag computation (#6044)
An empty stable release list makes `gh ... --jq '.[0].tagName'` print the
literal string "null", which `${LATEST:-v0.0.0}` does not treat as empty,
producing a malformed tag like `vnull..1-beta.N`.
The `|| true` also swallowed a failed release query, silently falling back
to v0.0.0 and publishing a channel build that sorts below the shipped
stable — installed shells would never see it as an update.
|
||
|
|
1d64b92b41 |
feat(desktop): desktop app (#5998)
* top on a desk * fix auth stuff * intermediate state * update * local filesystem fixes * Huge * fix banner * ci: disable desktop release + e2e in CI for now The desktop-release reusable-workflow call requested contents: write, which ci.yml's permission grant (contents: read) rejects — invalidating the whole CI workflow. Desktop is tested locally for now; signed builds remain available manually via desktop-release.yml workflow_dispatch, and desktop e2e via its own workflow_dispatch. Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> * ci: exempt electron from the release-age gate (time-boxed) electron@43.1.1 (published 2026-07-14) is exact-pinned for the desktop shell and blocked by minimumReleaseAge until 2026-07-21. Excluded with a drop-after date, following the vetted-typescript precedent. Verified the rest of the desktop dependency set clears the 7-day gate. Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> * desktop: brand app icon (packaged + dev Dock) - build/icon.icns regenerated from public/logo/primary/large.png on the Apple icon grid (824px body, r=185.4, centered on a transparent 1024 canvas), compiled with iconutil - dev runs set the same mark via app.dock.setIcon (static/dock-icon.png) — unpackaged Electron otherwise shows its default atom icon - un-ignore apps/desktop/build: it holds electron-builder INPUTS (icon, entitlements), which the /apps/**/build output rule was swallowing — the icns and entitlements were never actually tracked - revert resetAdHocDarwinSignature fuse: it corrupts the packaged binary signature (app killed at launch on arm64); the local ad-hoc deep-sign flow doesn't need it Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> * desktop: switch app icon to the b&w brand mark White rounded tile with the black sim wordmark (from public/logo/b&w/large.png), replacing the purple variant. Same Apple icon grid geometry (824px body, r=185.4, 1024 canvas). Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> * fix banner * Fix * clean up launcher * fix oauth * update desktop app * Improve browser use and consolidate desktop app * Desktop app ui cleanup * Updates * Updates * remove dev tool option * Browser updates * Fix electron bug * Browser shortcuts * lifecycle * feat(desktop): SSRF hardening + shared @sim/security/ssrf (re-home of #5763) (#5784) * feat: re-home @sim/security/ssrf + sim SSRF dedup onto dev (clean core) * feat(desktop): re-integrate SSRF guard + hardening onto rewritten dev Re-applies the browser-agent SSRF guard and hardening onto dev's evolved desktop files (dev rewrote session/driver/handoff/index and split out errors.ts/keyboard.ts): - session.ts: agent-partition onBeforeRequest is the SSRF choke point — DNS-resolving check (fail-closed) for document navigations, synchronous literal-IP backstop for subresources. - driver.ts: browser_navigate/browser_open_tab validate via checkAgentUrl for a clean model error; also adopt shared sleep/getErrorMessage and drop the local reimplementations + banner separators. - index.ts: local-only crashReporter (native minidumps, no upload) + CSP fallback wired into the app session. - window.ts: record the crash-dump dir on renderer_gone. - config.ts: drop the local LOCAL_HOSTNAMES set for the shared isLoopbackHostname (also removes the dead bare '::1'). - cdp.ts: per-WebContents callbacks so a background tab's events reach its own driver. - updater.ts: the manual check now surfaces network/manifest failures instead of silently swallowing them. - README: correct the App Sandbox / security-scoped-bookmark note. - electron-mock: webRequest.onBeforeRequest + crashReporter stubs. - api-validation: annotate dev's validated-envelope double-cast; bump the route-count baseline 964→965 for dev's already-merged route (ratchets stay tight; non-Zod and double-cast at baseline). Skipped as moot (dev already did them independently): launcher isVisible removal, decideStartRoute param drop, local-filesystem clear() removal. * chore(desktop): biome format install-local.ts (pre-existing dev lint failure) * refactor: apply audit cleanup (reuse + simplify) - domain-check: drop the redundant isIpLiteral guard (isLoopbackIp already validates and returns false for non-literals). - session.ts: use shared getErrorMessage instead of the local error ternary (the file already imports it). - tray.ts: use shared sleep() instead of a hand-rolled setTimeout promise. - updater.ts: distinguish the synchronous-throw log from the async-rejection log on the manual update check. * refactor: /simplify pass + review fixes - url-guard: bound the SSRF dns.lookup with a 5s deadline (fails closed on timeout) so a slow/hung resolver can't suspend the check and the onBeforeRequest callback indefinitely (Greptile P2); + test. - Finish the reuse consolidation the earlier pass missed: session.ts second error ternary → getErrorMessage; the bracket-strip idiom → unwrapIpv6Brackets in input-validation.ts, input-validation.server.ts (×2), onepassword/utils.ts (fixes the check:utils banned-pattern CI failure). - driver: document why the tool-level checkAgentUrl coexists with the onBeforeRequest enforcement seam (clean model error; loadURL rejection is swallowed). * fix(desktop): swallow late DNS rejection after the SSRF lookup timeout (Cursor) * refactor: split pure host helpers into @sim/security/hostnames (ipaddr-free) (#5787) unwrapIpv6Brackets + isLoopbackHostname move to a new ipaddr-free sub-export so client code can share them without pulling ipaddr.js into the browser bundle. ssrf.ts re-exports both, so its server/desktop consumers are unchanged. This eliminates the duplicate isLoopbackHostname in apps/sim/lib/core/utils/urls.ts: urls.ts and its three client importers (mcp queries, oauth probe, oauth url-validation) now use the single shared definition. * Desktop app fullscreen mode * fix(copilot): report closed browser session as a distinct terminal tool error A dead agent browser session used to answer every browser tool with an indistinguishable generic ~30s IPC timeout, which the model retried indefinitely (one turn: 59 minutes of failing browser_snapshot calls). - When the desktop app has reported the session closed, page-dependent browser tools fail immediately with an explicit session-closed message (and sessionClosed: true in the result data) instead of burning the full timeout per call. browser_navigate / browser_open_tab / browser_list_tabs still run, since they can start a new session. - A failure whose session died mid-call (e.g. during a takeover) gets the same tag appended, so the model learns the terminal cause rather than seeing a plain timeout. Companion to mothership's tool_failure_loop circuit breaker. * fix(desktop): route Cmd+W to focused browser tabs * fix(desktop): reserve macOS title bar safe area * fix(desktop): limit title bar safe area to login * fix install script * feat(desktop): improve local folder settings * feat(desktop): harden local capabilities and window chrome * fix(invitations): live refetches * fix(desktop): make manual update checks use updater state * fix(desktop): review fixes — OAuth error handling, query freshness, invitations Findings from an end-to-end review of the desktop work, fixed and verified. OAuth connect/login handoff: - Add a friendly /oauth-error landing page + onAPIError.errorURL so provider Cancel/Deny (which Better Auth redirects before the flow state is parsed) no longer dead-ends on a 404; re-initiating supersedes the idle loopback. - Stop a post-consent failure from reporting success (drop the baked-in errorCallbackURL param that collided with Better Auth's appended code; coerce an array error defensively on the complete page). - Guard the desktop connect listener with the same context-age check the web routers use, so an abandoned flow can't mislabel a later completion. - Clear an orphaned pending handoff when a loopback re-bind fails. Query freshness (desktop refetchOnWindowFocus): - Pin refetchOnWindowFocus off on queries that seed editable forms (environment/secrets, credential detail, schedules) so a background focus refetch can't drop an unsaved draft, and on the useWorkflowStates fan-out so returning to a large table doesn't fire N heavy envelope fetches. All no-ops on web (default already false). Invitations (in-app pending invitations): - Map accept/decline failures to friendly copy instead of raw machine codes. - Invalidate subscription + refresh session on accept (parity with the email path); reconcile the list on failure (onSettled) so dead rows drop. - Gate the modal's query on open so it no longer fetches on every app load. CI: - Wrap the latest-mac.yml update-feed route in withRouteHandler and allowlist it as a non-boundary route (input-less, YAML) so the contract audit passes. Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> * updates * fix(desktop): use workflow colors for environment icons * fix(desktop): use orange for dev icon border * fix(login): change one time token generation to GET * improvement(desktop): reveal local folders from settings Local-folder rows rendered their glyph at 20px inside the bordered credential tile — chrome meant for brand and logo icons — above a static subtitle that repeated what the section already said. The row now shows a plain 14px folder icon and the folder name alone. Clicking a row reveals the folder in the OS file manager through a new reveal_mount bridge op, which resolves the opaque localfs URI to a live grant and requires an active user gesture, matching the other grant mutations. The absolute host path still never crosses the bridge. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01C54QHj4WPV777Fq2yRwkcb * improvement(desktop): row actions menu for folder grants, larger version text Revoke moves from an always-visible chip into the canonical RowActionsMenu, matching the MCP server rows. The version value moves off text-caption onto text-sm — it was rendering at the subtitle size, which also shrank the "x -> y on restart" line that matters most. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01C54QHj4WPV777Fq2yRwkcb * feat(desktop): improve browser tab usability * fix(desktop): thicken environment icon borders * fix(desktop): strengthen environment icon borders * feat(desktop): support multiple windows and harden the agent browser Sim can now open many full windows in one process. The embedded browser is still a single native surface, so exactly one window owns it at a time. Ownership transfers only to the focused window: without that rule, two windows both showing the browser reclaim it on every bounds heartbeat and re-parent the native view back and forth roughly once a second while Sim sits in the background, where no window is focused. A destroyed owner is now forgotten rather than left rejecting updates from the window actually on screen, and a closing window's release is honoured even though Electron destroys it before emitting `closed` — previously that release was dropped and the next layout could re-parent the browser onto a window that never asked for it. The agent's password boundary is now enforced rather than assumed. It was treated as settled but had four ways through: `browser_press_key` sent trusted CDP keystrokes to whatever held focus, `clickElement` focused credential fields, `readActiveElementState` returned a preview of any focused value, and snapshots printed the contents of revealed password fields. Detection also used `instanceof HTMLInputElement`, which is realm-bound and returned false for inputs inside same-origin iframes — the nested login forms that need it most. Detection now matches on tagName/type/autocomplete, the keystroke guard runs in the driver where trusted CDP input is visible, and typing re-checks the real target before inserting, since login forms advance focus between the username and password steps. Signing out clears the embedded browser's profile. Its cookies, cache, pinned tabs, browsing trail, and reopen list all survived sign-out, so the next account on the machine inherited the previous user's live sessions. Partition hardening is keyed per session instead of a process-wide flag, which would have left a second partition with no permission handlers, no SSRF filtering, and no download blocking — silently, and still type-checking. Adds the first tests for page-functions.ts, including a serialization contract check: those functions ship to the page as String(fn), so a reference to module scope passes every other test and fails only against a real page. * fix(desktop): close clipboard, glob DoS, and authorization holes Found by a full audit of the desktop app against origin/staging. Each of these was measured or asserted rather than reasoned about. The agent could read the user's system clipboard. `browser_press_key('Cmd+V')` pasted it into a focused field and the next `browser_snapshot` returned it as an ordinary `value` — snapshots redact password fields, not pasted content, and clipboards routinely hold a password copied out of a manager. The credential guard added earlier did not catch it: `insertedTextFor` returns undefined whenever `meta` is set, so `Cmd+V` was classified as not text-inserting. `Control+V` reached the same place because the macOS normalizer rewrites it. Clipboard combos are now refused before dispatch rather than by withholding the CDP `commands` array, since off macOS these are Blink-native and a key event alone still performs them. Copy and cut go too — they clobber the user's clipboard as a side effect. A glob pattern could freeze the whole app. Micromatch compiles to a backtracking regex whose cost is exponential in wildcard count: measured against a single 46-character path with the options this code passes, ten wildcards took 2.7s and twelve took 43s, once per scanned entry, in one synchronous call that the surrounding abort checks never get to interrupt. That is the main process, so every window, the menu bar and the tray freeze with Force Quit as the only recourse, and the pattern is model-supplied. `safeRegex` reports the generated source as safe, so it was no defense. Patterns are now bounded at six wildcards, which keeps the worst case near 2ms while leaving headroom over real patterns (which top out around four). A timing probe backs it up, with a budget loose enough that JIT warmth and machine load cannot make it fire on a legitimate pattern — a tight budget proved flaky in both directions. The grep authorization guard compared `request.pattern !== args.pattern`, so a tool call carrying no pattern made that `undefined !== undefined` and the guard passed — grep then fell back to searching the renderer's own `query` across the whole grant. `include` and `query` were never bound at all, letting a renderer widen a search or silently narrow results the agent believes are complete. The sibling glob case already had the `typeof` check, which is what made the asymmetry clearly unintentional. The IPC sender gate used `startsWith`, the exact pattern `isAppOrigin` warns against 200 lines away ("that prefix-matches lookalike hosts"). It was safe only because of a trailing slash. It now uses that helper, which also fixes a false negative on an explicitly stated default port. * fix(desktop): stop double sign-out, stranded retries, and redundant writes Three correctness bugs from the same audit. Menu Sign Out tore down the session directly instead of going through the lifecycle coordinator, so it skipped the in-progress guard — and its own cookie removal then tripped the coordinator's cookie watcher into a second concurrent teardown, duplicating the sign_out event, the storage clear, and the /login load. Teardown also existed as two divergent copies. The coordinator now exposes `signOut()` and owns the single path; the menu just calls it. That `tearDownSession` is no longer imported in index.ts is the check that it landed. Offline recovery could strand permanently. The auto-retry loop stops itself before calling `retry()`, and `retry()` never re-armed the load watchdog, which is started once per window. So if a retried load hung — precisely what the watchdog is for — no load event fired and no timer remained anywhere; the user sat on the offline page until the window was closed. `retry()` now re-arms before loading. Pinned tabs were persisted on `did-navigate` and `did-navigate-in-page` for every tab, pinned or not, with no change check, and the settings store compares with `===` so a freshly built array never matched. Any single-page app therefore triggered a synchronous mkdir + write + rename of the whole settings file on the main thread on every route change — writing `[]` over `[]` when nothing was pinned. The list is now fingerprinted, seeded at restore from what is already on disk so the first navigation after launch is not a write either. * fix(desktop): leaked timers, silent grep failures, and crashed tabs Second pass on the audit backlog, all verified against tests that fail without the change. Every browser tool call leaked a timer. The watchdog raced the tool against `sleep()`, which cannot be cancelled, so when the tool won — the normal case — the timer stayed pending for the full window, up to two minutes, dozens deep during an agent run. Replaced with a cancellable timeout cleared in a `finally`; a test asserts the fake-timer count is unchanged across a call. An invalid grep regex reported "no matches". A SyntaxError from `new RegExp` returned an empty result set, which tells the model the string appears nowhere in the user's files — a factual claim it acts on, when the search never ran. It now fails as INVALID_REQUEST. The `safeRegex` guard moved out of the try while there, since it was only inside it to be re-thrown. A crashed tab wedged the session. Tabs left `tabs` only via close, so a dead renderer stayed forever: `activeTab()` filtered it out while `activeTabId` still named it, making `requireTab()` report "no page is open" with other tabs open, and the panel went blank with no recovery. `render-process-gone` now drops the tab, advances the active id, and reports session closure when it was the last. `probeSession` cleared its abort timer inline after the await, so a thrown fetch — the case the function exists for — skipped it. Moved to `finally`, which also brings the body read inside the deadline. One vanished file failed a whole directory listing: `Promise.all` over per-entry `lstat` turned a single ENOENT into NOT_FOUND for the directory. Churning directories like build output would intermittently fail to list. Removed the `session-lifecycle -> browser-agent/driver` import edge, which dragged the entire browser subsystem and its module-load `nativeTheme` listener into the auth path to reach one four-line function. `clearBrowserProfile` is now a required dependency wired from index.ts, which already owns both sides. Also deleted `attachSessionLifecycle`, a compatibility wrapper with zero callers. Added a channel-parity test between the preload bridge and the IPC table. They share ~20 channel names as bare string literals with nothing tying them together, so a typo on either side is a silently dead feature that type-checks and ships. Verified it fails on a one-character change. * fix(desktop): reach framed elements and harden the loopback sign-in Two behaviour fixes from the audit backlog. Interaction with same-origin iframes was broken. The snapshot deliberately walks into those frames and hands the model ids for what it finds, but every interaction then tested `instanceof HTMLInputElement` against the top frame's constructors — false for nodes owned by a frame, because element wrappers are realm-bound. So the driver reported a real `<input>` as "not a text input", which took out framed login forms and editors that put a contenteditable body in an iframe, such as TinyMCE. Framed selects reported "not a select" and framed clicks skipped focus entirely. Checks now compare `tagName` or duck-type the method being called, matching the realm-safe approach the credential guard already used. The native value setter is taken from the element's own realm: calling the top frame's setter on a frame's node throws "Illegal invocation". Snapshot value reporting follows the same rule, which is safe because the credential redaction above it is realm-safe and runs first. The loopback sign-in server could be cancelled by anything on the machine. It validated only the shape of the returned state, then tore the one-shot server down and dispatched, leaving the real constant-time comparison to the callback. So a request carrying any well-formed state killed an in-flight sign-in — and the port is reachable by any local process and by any page the user has open via a no-CORS GET, which cannot read the response but does not need to, since the side effect is the kill. The state is now checked before anything is torn down, and a Host that does not name the loopback is refused, which closes the DNS-rebinding shape. * refactor(desktop): drop duplicated helpers and stop logging query strings Net -3 lines, and one of them was a real leak. `navigation.ts` and `windows.ts` truncated URLs for their log lines with a bare `.slice(0, 200)`, which keeps the query string — the five other log sites in the app go through `scrubUrl` for exactly that reason. Tokens and signed parameters live in query strings, so a blocked-URL warning could write one to disk. Both now scrub. `local-filesystem.ts` carried a private `isRecord` byte-identical to `isRecordLike` in `@sim/utils/object`, and four more sites inlined the same check. All now use the shared helper, which also tightens three of them: the inline versions omitted the array exclusion, so an array satisfied a check that then cast it to a record. `tray.ts` hand-rolled slice-plus-ellipsis, the case `@sim/utils/string`'s `truncate` exists for. Titles between 58 and 60 characters now get an ellipsis where they previously did not — cosmetic, in a tray menu label. Removed the `getTabsState` passthrough in the driver, a one-line re-export of the session's own function, and renamed the session-level clear to `clearProfileStorage`. `clearBrowserProfile` existed twice under one name, the driver's being the composite that also clears the browsing-trail registry; index.ts was already aliasing at the import to tell them apart. Two things deliberately not done. The hand-rolled semver in updater.ts stays: replacing it needs `semver` plus `@types/semver` as new declared dependencies in the Electron main process, and the 90 lines it would delete are already covered by eight assertions that I verified match the library's behaviour case for case. Note the same prerelease comparison is duplicated in apps/sim/lib/desktop/min-version.ts, so a future consolidation should do both. No barrel for browser-agent either: routing `security-guards.ts` through one to reach a single leaf function would pull the whole browser subsystem into its module graph, which is the edge just removed from session-lifecycle. * refactor(desktop): move browser compositing out of the session module session.ts held five responsibilities in one flat namespace: 1,061 lines, 29 exports, 26 mutable module-level bindings. For contrast local-filesystem.ts is a comparable 1,125 lines with two exports and no ambient state — size was never the problem, the shared mutable namespace was. Compositing is the part worth isolating. Where the native view sits, when it is visible, which window owns it, the renderer bounds lease, and the occlusion snapshot are the most intricate logic in the browser and are almost entirely separable from tab bookkeeping. They now live in panel.ts (342 lines) and session.ts is 792, with 15 bindings instead of 26. The two modules were mutually dependent, which is what makes this kind of split go wrong. Rather than events or a shared store, panel.ts takes the four things it needs from the session through one PanelHost passed to initPanel — the same shape as the existing initSession — so the import graph is one-way and there is no new indirection to trace. Tab changes reach the panel by the session calling layout(), exactly as before. Two behaviours became explicit rather than implicit in the move: detachIfAttached replaces callers reading `attachedView` to decide whether a closing tab owns the surface, and isPanelVisible replaces `panelBounds !== null`. Nothing about the split is verified by the split itself, so the bounds lease got characterization tests first. It had none — there was not a single fake timer in the suite — despite being the mechanism that hides the view when the renderer crashes or wedges. Both tests were confirmed to fail against a broken lease before the refactor began. The other 47 tests were not rewritten: only the module their calls address changed, which is the useful signal that behaviour was preserved. Deliberately not split further. Focus tracking stays with tabs because it keys off tab ids, and profile teardown stays put; separating either would be taxonomy rather than decoupling. * refactor: drop the legacy local_* filesystem tool shim Granted folders are addressed through the ordinary VFS: the model calls read/grep/glob against paths under user-local/, exactly as it does for workspace files. A parallel local_read / local_grep / local_glob / local_list / local_stat / local_mount_directory / local_list_mounts / local_forget_mount / local_stage_file toolset existed alongside it, recognized but never advertised, so an in-flight checkpoint written by an older desktop build could still finish. There are no older desktop builds. apps/desktop is at version 0.0.0, the only artifacts are a local 0.0.0 build, MIN_DESKTOP_VERSION is '0.0.0' meaning no floor, and the app does not exist on staging at all — the v0.7.x tags are the web app's. Nothing can have persisted a checkpoint naming these tools, and nothing advertises them: they are absent from the generated tool catalog and from mothership's catalog. The shim was defending against a past that never happened. Removes the name table, the legacy request builder, the server-side LEGACY_READ_ONLY_TOOLS allowlist, the five local_* branches in the desktop authorization switch, and nine display labels. isDesktopFilesystemToolCall collapsed into isUserLocalVfsToolCall, which it had become a synonym for. Two tests went with it. One asserted that local_list_mounts routes to the desktop; the test immediately after it already covers the real path, an ordinary read against a user-local path. The other asserted that legacy names cannot open a folder picker, revoke a grant, or upload bytes — that property now holds because no such tool name exists, which is a stronger guarantee than refusing one. * refactor(copilot): remove the plan/changelog VFS artifacts and workflow aliases These beta surfaces are not a direction we are taking, so they come out rather than staying behind a flag. Gone: the workflow alias modules (path resolution, DB-backed resolver, .plans/.changelogs backing provisioning), the alias materialization in the copilot VFS, the alias write paths in resource-writer and workspace_file, the sandbox alias mounts in function_execute, the reserved backing-path guards across mkdir/mv/create, and the alias resolution in the chat home file picker. xlsx survives but changes owner. It was gated twice across the repo boundary: mothership's xlsx-writing flag gates the skill and prompt, while Sim gated the compile path on mothership-beta. Those live in separate AppConfig applications, so an operator had to flip two flags in two consoles, and off-hosted Sim fell back to the MOTHERSHIP_BETA_FEATURES secret while the mothership half stayed in Sim Cloud's AppConfig — split-brain across an ownership boundary. Mothership controls whether the model ever learns xlsx exists, so if it is never offered it is never requested and the second chokepoint only created a way for the two halves to disagree. Sim's gate is removed; xlsx-writing is now the single owner. With its last consumer gone, the mothership-beta flag and the MOTHERSHIP_BETA_FEATURES secret are deleted. The two entries in the infra repo are harmless until removed separately: they only inject an env var nothing reads, and createEnv runs with skipValidation. The reserved-system-file/folder concept goes with the aliases, since it existed only to hide the backing rows. includeReservedSystemFiles and includeReservedSystemFolders are removed rather than left as options every caller passes true to. backingVfsPath is removed for the same reason — nothing sets it once aliases are gone, so it was an always-undefined field on tool results. Test coverage is preserved rather than deleted with the feature. resource-writer.test.ts looked alias-only but three of its eleven cases cover the generic create path that survives; those are kept and the file retitled. Two open_resource tests and one output-path test used alias-shaped strings while asserting generic behavior; retargeted or dropped where a sibling already covers it. * refactor(copilot): remove the dead planArtifact column plumbing copilot_chats.plan_artifact has no writer and no reader that does anything with it. No client sends it, nothing renders it, and its whole history is fork-chat and duplicate-chat plumbing faithfully copying a column that is always null — the one change that might have populated it (mothership v0.8) was reverted. Removed from the schema, the copilot API contract, the chat lifecycle column sets, the fork route, superuser import, the data drain, the update-messages write path, and the legacy chat detail response. No migration here on purpose. The column stays in the database, orphaned and null; dropping it is a separate deliberate step rather than something that rides along with a code cleanup. Note that the next drizzle-kit generate will now want to emit the DROP COLUMN, and check-migrations-safety will ask for it to be annotated — that is the right moment to decide, not now. Mothership never saw this field; it is Sim-side only. * chore(copilot): sync the tool catalog for load_skill Picks up the new load_skill tool plus the grep description that dropped its stale reference to VFS "plans" entries. Generated from copilot/contracts/tool-catalog-v1.json. * refactor(copilot): follow the load_custom_tool rename to load_mcp_tool Mothership renamed the loader once it was clear MCP was the only catalog kind it could match, and dropped the single-valued `type` parameter. The two prompt strings that teach the model the call shape are updated to load_mcp_tool({ name }). load_custom_tool stays in the UI hide-list next to load_agent_skill so tool rows in historical transcripts keep rendering; nothing emits it any more. * chore(copilot): sync the tool catalog and hide load_skill in the UI load_integration_tool and list_integration_tools now publish route go/sync instead of sim/async. Nothing changes in Sim's behavior — they always ran in Go; the contract had been wrong. load_skill joins the hidden tools. It is the same shape as the other loaders already there: the agent pulling in a reference guide before doing the work is a step toward the action, not the action. Sim's display-coverage test caught that a newly added visible tool had no title or completed verb, which is the guard working. * fix(auth): handle session expiry in the app, not the desktop shell The workspace auth gate is a Server Component, so it only re-evaluates on a server render. A session that expired or was revoked mid-visit left the SPA mounted and silently 401ing every request, with nothing to redirect it. The desktop shell had grown its own detector for this: a 401 listener over /api/*, a session probe, and a native "your session has expired" prompt. It could only infer session state from cookie events and HTTP statuses, and it inferred wrong — it fired on ordinary sign-outs (in-flight requests 401 during teardown) and on launching already signed out (the window still shows the restored route while the web app redirects). Those were nearly all of its firings, since a 30-day sliding window means real expiry is rare. Generalizes the impersonation-expired screen instead, which already had the right shape: it keys off the session query settling to null after a session that was live. A signed-out visitor never arms it, and `error` is excluded so an offline blip cannot read as an expiry. The session query now refetches on focus for every session, not just impersonation ones, so returning to a window that slept through its session re-checks it. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01C54QHj4WPV777Fq2yRwkcb * fix(copilot): port the scheduled-task and VFS fixes onto staging-v4 Replays the sim-side prompt-audit work on top of staging-v4. complete_scheduled_task was filtered out of the execute route's response payload, so an until_complete job could report completion and still be rescheduled; the post-run bookkeeping now also refuses to revive a job that already completed. Also clamps browser_wait_for's timeout the way the desktop agent does, and replaces the oversized-read error's offset/limit advice, which sent the model into a guaranteed retry loop. * feat(desktop): let the model actually see browser screenshots browser_screenshot captured an image and then threw it away. The renderer stripped the data URL and substituted a note, and the tool's own description told the model not to bother: "Dead end for perception." So the agent was blind to anything not expressible as DOM text — canvas, charts, maps, images, rendering and layout bugs. The copilot has carried the machinery for this all along. A tool result shaped as { content, attachment: { type: "image", source: { type: "base64", ... } } } is serialized into a real image content block, with the media type sniffed from the bytes rather than trusted from the declaration, and degraded to a text stub when the routed model has no vision so the provider never 400s. The screenshot result is now reshaped into that contract instead of discarded. A malformed data URL still falls back to a note rather than shipping an attachment the provider would reject. Captures are bounded to a 1024px longest edge at quality 70. CDP clip.scale is relative to CSS pixels, so this also sidesteps the device pixel ratio — an unclipped capture on a retina display returns a 2x image, which was several hundred kilobytes for no legibility the model could use. The description is rewritten to bias toward visual questions only: appearance, layout, rendering, charts, canvas. Reading content or finding something to click stays with browser_snapshot, which is cheaper and returns the element ids a screenshot cannot. That distinction is structural, not just advisory — having seen the page does not let the agent act on it. Companion change in mothership generalizes the tool-result inline-budget exemption from "the read tool" to "any result carrying a model attachment". Keyed on the tool name, an oversized screenshot fell through to the artifact branch: the image was replaced by a reference the model cannot open, and the result still reported success. Silent, and it would have hit almost every call. * fix(desktop): polish browser panel and environment tray icon * fix(desktop): enlarge environment tray markers * fix(desktop): smooth environment tray markers * refactor(copilot): consolidate resource mutation tools * chore(copilot): clean up VFS follow-ups * fix(desktop): round the dev tray marker * feat(desktop): add integrated terminal resources * Fix electron app resize causing glitchy browser frames * feat(copilot): add persistent tool permissions * fix(copilot): retire stale tool permission prompts * fix(desktop): keep terminal rendering responsive * fix(desktop): preserve resource rendering continuity * feat(desktop): add browser tab duplication actions * feat(desktop): add terminal tab context actions * fix(desktop): allow browser agent localhost navigation * feat(desktop): add tmux-backed terminal sessions * fix(desktop): restore terminal scrollback per view * chore(copilot): sync updated wait tool contract * poll terminal session state for non regular shells * add terminal right click menu * feat(desktop): add terminal handoff and key batching * fix(desktop): reserve the traffic-light lane from the platform macOS draws the window controls itself, at a fixed physical size, above all web content. The page renders full-bleed beneath them, so it has to reserve that lane — and it did so with five hardcoded CSS pixel values. CSS pixels scale with page zoom and the OS-drawn lights do not, so zooming out shrank the reservation until the lights were drawn over the sidebar toggle, and the header row below sat inside their band. Electron's `titleBarOverlay` publishes the controls' real geometry to the page as the `titlebar-area-*` env vars, which Chromium rescales per zoom so a reservation derived from them holds its physical size. Measured across zoom 0.58-1.2, the reserved area stays within ~0.6 DIP, the residual coming from env values being quantized to whole CSS pixels. Every lane length now derives from those vars, so the login route and the mothership content offset were fixed without being touched — they already read `--desktop-title-bar-height`. Two of the replaced constants were also simply wrong: the platform reports the lane at 38px and the safe area at 81px, against the hand-measured 36 and 83. The toggle keeps a constant physical size beside the lights, expressed as a proportion of the lane rather than in pixels: a px literal would scale with zoom, and calc cannot divide a length by a length to recover a scale factor. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01C54QHj4WPV777Fq2yRwkcb * fix(desktop): avoid transient terminal tab labels * feat(copilot): attach browser and terminal tab context * feat(desktop): close tmux panes from terminal tools * fix(desktop): keep terminal tab icons stable * add right click to browser and cleanup terminal right click options * fix(desktop): reduce hidden panel background work * perf(desktop): shrink browser panel snapshots * perf(desktop): reduce terminal main process overhead * perf(terminal): pause work for hidden sessions * fix session arch for desktop * fix(desktop): replace exited terminal sessions * feat(copilot): persist desktop resources across chats * fix(emcn): keep resource tab widths consistent * fix(copilot): restore active client panels * feat(desktop): import Chrome browser data * fix(copilot): close resources before chat creation * feat(desktop): suggest imported browser sites * fix(desktop): autofill identifier-first sign-ins * fix resizing issues + cookies source * fix visits marking * chore(db): drop branch migrations ahead of staging merge 0264/0265 on this branch collide with staging's 0264-0270 on both the journal idx slots and the meta snapshot filenames. Reverting the migration artifacts to the merge-base lets staging's chain merge cleanly; schema.ts keeps the copilot changes and drizzle-kit regenerates a single migration on top of 0270 after the merge. Co-Authored-By: Claude <noreply@anthropic.com> * feat(db): regenerate copilot tool-permission migration on top of staging Replaces the branch's old 0264/0265 (dropped pre-merge so staging's 0264-0270 chain could apply cleanly) with a single 0271 generated against staging's schema: the permission-decision enum, the two copilot_async_tool_calls decision columns, and copilot_chats.auto_allowed_tools. Deliberately does NOT drop copilot_chats.plan_artifact. The branch removed every reader, but the currently-deployed code still SELECTs that column, so dropping it in the same deploy breaks the old app version during blue/green overlap — `check:migrations` flags it for exactly this reason, and the honest fix is to defer rather than annotate around it. The column is retained in schema.ts marked @deprecated; drop it in a follow-up once this has rolled out. Also in this commit, all fallout from the merge itself: - pinned-fetch/revoke tests: their private-IP stub moved to @sim/security/ssrf alongside the source change. Worth noting the stub exists because the suite's 203.0.113.10 is TEST-NET-3, which the real classifier correctly calls reserved — the old stub had been quietly disagreeing with production. - materialize-file test: dropped the reserved-system-folder case, which covered the workflow-alias backing folders this branch deleted. - api-validation route ratchet 977 -> 983 (this branch's new routes). Co-Authored-By: Claude <noreply@anthropic.com> * add cmd f * review pass * chore(db): drop branch migration ahead of staging merge Both sides independently claimed idx 0271, so the snapshot and journal would conflict add/add. Ours is plain additive DDL that drizzle regenerates from schema.ts; staging's is a hand-written CONCURRENTLY index build that cannot be regenerated. Dropping ours and re-generating on top of staging's is the only order that preserves both. schema.ts is deliberately untouched — it is the source of the regeneration. Co-Authored-By: Claude <noreply@anthropic.com> * chore(db): drop branch migration ahead of staging merge Both sides independently claimed idx 0272, so the snapshot and journal would conflict add/add. Ours is plain additive DDL (one enum, two columns, one jsonb default) that drizzle regenerates from schema.ts; staging's is a hand-written migration with DO blocks and CONCURRENTLY index builds that cannot be regenerated. Dropping ours and re-generating on top of staging's is the only order that preserves both. schema.ts is deliberately untouched — it is the source of the regeneration. Co-Authored-By: Claude <noreply@anthropic.com> * style(db): biome-format the regenerated migration metadata drizzle-kit emits _journal.json and the snapshot with expanded arrays, which biome check rejects. The merge commit used --no-verify, so lint-staged never formatted them and CI's lint step failed on exactly these two files. Whitespace only — both files are byte-identical under `jq -S -c`. Co-Authored-By: Claude <noreply@anthropic.com> * fix(desktop): pin the platform in the OS-auth tests promptForSecret gates Touch ID on process.platform === 'darwin'. The suite mocked electron's systemPreferences but inherited the runner's real platform, so the eight biometric expectations passed on a Mac and failed on Linux CI, where every call fell through to the confirmation dialog instead. Pins the platform per-test and restores it after, and adds a case for the gate itself — the branch whose absence from the suite is what let this through. Co-Authored-By: Claude <noreply@anthropic.com> * fix(desktop): refine environment dock icons * fix(desktop): align packaged environment icons * fix(desktop): keep packaged dock icon rendering consistent --------- Co-authored-by: Vikhyath Mondreti <vikhyath@simstudio.ai> Co-authored-by: Claude Fable 5 <noreply@anthropic.com> Co-authored-by: Waleed <walif6@gmail.com> Co-authored-by: Theodore Li <theo@sim.ai> |
||
|
Waleed
|
ca77908e20 |
fix(ci): skip lifecycle scripts on CI installs (#5959)
* fix(ci): set up Node 22 for every job that runs bun install isolated-vm's install script now runs on install (#5935), and upstream only publishes prebuilds for Node 22 (ABI 127) and Node 24 (ABI 137). Jobs without an explicit setup-node inherit the runner default, Node 20, where prebuild-install finds nothing and falls back to node-gyp — which crashes on Node 20 with "webidl.util.markAsUncloneable is not a function", failing bun install --frozen-lockfile outright. This broke Create GitHub Release on main. - add setup-node 22 to ci.yml create-release and deploy-trigger-dev - add setup-node 22 to migrations.yml migrate - bump publish-cli.yml from the EOL Node 18 to 22, matching publish-ts-sdk.yml All eight jobs that run bun install now pin Node 22, matching the repo's declared engines.node >= 22.19.0. * fix(ci): skip lifecycle scripts on CI installs No CI job needs a compiled native module. isolated-vm landed in December 2025 and .npmrc blocked all lifecycle scripts until #5935, so CI ran green for ~7 months with it never built: next.config.ts and trigger.config.ts both external it, every test mocks it, and the only real require lives in isolated-vm-worker.cjs, which no CI job spawns. All three Dockerfiles already install with --ignore-scripts and rebuild it by hand. Building it in CI therefore buys nothing and couples every job to prebuild availability for the pinned Node. Upstream ships prebuilds for two ABIs only (Node 22/24), so the next setup-node bump would resurface the same opaque node-gyp failure that broke Create GitHub Release on main. - pass --ignore-scripts to all 8 CI bun install invocations - retarget the Setup Node comments at engines.node >= 22.19.0, which is the standalone reason for the pin now that scripts no longer run * fix(ci): drop redundant setup-node from bun-only jobs Once lifecycle scripts are skipped, nothing in create-release, migrate, or deploy-trigger-dev invokes node: they run bun run scripts/create-single-release.ts, bun run db:push plus bun run scripts/migrate.ts, and bunx trigger.dev deploy. All three were green without setup-node for months — the isolated-vm install script was the only thing that ever needed it, and --ignore-scripts covers that. setup-node stays where it is load-bearing: publish-cli and publish-ts-sdk need it for npm publish and its registry-url auth, and test-build/docs-embeddings already had it. publish-cli keeps the Node 18 -> 22 bump: that setup-node is required, and 18 has been EOL since April 2025, so it now matches publish-ts-sdk. |
||
|
Waleed
|
d64739cf4f |
fix(ci): unblock @next/swc, lockfile-keyed node_modules, per-image runner sizing (#5945)
* fix(ci): key node_modules sticky disk on the lockfile hash * improvement(ci): per-image Blacksmith runner sizing + cold-build memory preflight * fix(deps): exclude @next/swc binaries from the release-age gate * fix(deps): pin @next/swc binaries so frozen installs get a compiler * docs(ci): explain ARM runner sizing rationale |
||
|
Waleed
|
290e52c3f3 | fix(ci): build app on 16vcpu runner to stop cold-cache OOM kills (#5944) | ||
|
Waleed
|
6ec2385928 | chore(ci): run companion-pr-check on Blacksmith (#5943) | ||
|
Waleed
|
90f6708270 |
improvement(helm): hygiene pass — CI gating, strict values schema, ESO v1 default (#5939)
* improvement(helm): hygiene pass — CI gating, strict values schema, ESO v1 default, ci values Closes the gaps from a best-practices audit of the chart (template-level conformance was already clean: full label set, 82 unit tests, kubeconform- valid renders): - new Helm Chart workflow gates every chart change: helm lint, the 82 helm-unittest cases, kubeconform validation of default + all-components renders (k8s 1.29 strict, CRD catalog), and a render of all 10 example values files - helm/sim/ci/ values files (chart-testing convention) so the chart lints and templates cleanly out of the box with dummy secrets - values.schema.json declares all 30 top-level keys (16 were invisible) and sets root additionalProperties: false, so top-level typos fail fast - externalSecrets.apiVersion defaults to v1: current ESO releases removed the v1beta1 compatibility path in 2026, so the old default produced rejected manifests on new installs; NOTES/values comments updated - wait-for-postgres init container gets requests/limits (the only container in the chart without them; broke ResourceQuota'd namespaces) - drop the telemetry Prometheus scrape config for app/realtime — neither exposes /metrics, so it was dead config that also rendered a realtime target with realtime disabled - chart 1.2.0 with README upgrade notes * fix(helm): version-agnostic schema-error assertions in the secret-length suite Helm v4 phrases schema rejections as 'minLength: got N, want 32' while v3 says 'String length must be greater than or equal to 32'. The suite grepped for 'minLength' only, so it passed on local helm v4 and failed on CI's v3.16.4 — the enforcement itself works on both. Patterns now assert the key name plus either wording. Caught by the new Helm Chart workflow on its very first run. * improvement(helm): kind install test + chart version-bump gate in CI Benchmarked against the flagship OSS charts (ingress-nginx, argo-cd, kube-prometheus-stack, grafana, bitnami, cert-manager): sim already exceeds most of them on validation rigor (strict schema — 4 of 6 ship none; 82 unit tests vs argo-cd's zero; kubeconform manifest validation none of them run), but every top community chart repo actually installs the chart on a kind cluster in chart CI — the one majority practice we lacked. Adds: - install job: kind cluster, helm install with ci/default + a new small-footprint ci/kind-values.yaml overlay (default app requests of 4Gi can't schedule on a CI node), --wait, then the chart's helm test hook, with pod/event/log diagnostics on failure - version-bump job (PR-only): fails when helm/sim/** changes without a Chart.yaml version increment — argo/kps/grafana all enforce this * fix(helm): declare naming overrides in the strict schema; SHA-pin CI actions - nameOverride/fullnameOverride are consumed by sim.name/sim.fullname but were never in values.yaml, so root additionalProperties: false rejected Helm's standard naming overrides — both now declared (a helper-wide sweep confirmed they were the only template-read keys missing), with a smoke regression test that installs under the strict schema and asserts the override lands in resource names - CI supply-chain hardening: checkout/setup-helm/kind-action pinned to full commit SHAs (tag comments retained) and the kubeconform archive verified against its published sha256 * fix(helm): immutable unittest runner and fail-closed version gate in CI - helm-unittest runs via the project's official docker image pinned by immutable sha256 digest instead of a plugin install from a mutable git tag - the version-bump gate fetches the full base ref (a --depth=1 fetch could leave no merge base), computes the merge-base and diff outside the if so any git failure fails the job instead of falling into the skip branch * fix(ci): run the helm-unittest container as the runner UID The digest-pinned image runs as a non-root user that cannot write into the runner-owned bind mount (it creates tests/__snapshot__, absent from the checkout since empty dirs aren't tracked). Standard bind-mount pattern: --user "$(id -u):$(id -g)" with HOME=/tmp for helm's cache. * fix(helm): appVersion points at a real GHCR tag (v0.7.44) The kind install job caught this on its first full run: the default image tag (Chart.AppVersion 0.6.73) returns 404 on GHCR for all three images — the registry's tags are v-prefixed — so an unpinned default install could never pull. Updated appVersion to v0.7.44 (verified 200 for simstudio, realtime, and migrations manifests), stale values comment refreshed, and an upgrade note added. The CI kind values deliberately stay tag-free so the job keeps exercising the true default path. |
||
|
Waleed
|
91a9c20acc |
fix(deps): build isolated-vm on install via root trustedDependencies (#5935)
.npmrc set ignore-scripts=true globally, which overrode Bun's trustedDependencies allowlist and blocked every lifecycle script — including the repo's own root scripts. isolated-vm therefore shipped unbuilt and each contributor had to npm rebuild it by hand. The .npmrc line landed in the May 2025 Bun migration, seven months before isolated-vm was introduced. Two later commits added isolated-vm to trustedDependencies (root, then apps/sim) and both were silently inert. - delete .npmrc; lifecycle policy now lives solely in root trustedDependencies - add isolated-vm to root trustedDependencies - drop the workspace-level trustedDependencies from apps/sim (Bun only reads the root list, so it never had any effect) - drop the .npmrc entry from CODEOWNERS Naming any package in trustedDependencies replaces Bun's curated default-trust list, so only isolated-vm and sharp may run install scripts. Docker is unaffected — all three Dockerfiles pass --ignore-scripts explicitly and rebuild isolated-vm against the Node ABI by hand. |
||
|
|
d24bc7eccb |
feat(agent-stream): thinking and tool streaming (#5671)
* feat(agent-stream): add agent-events thinking/tool streaming for chat and canvas Ship the agent-events-v1 protocol with provider tool loops, dual-gated chat thinking, DeepSeek/Groq/OpenAI reasoning wiring, and ChatGPT-like thinking chrome. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(agent-stream): clear stuck streaming UI and format db snapshot Biome was failing CI on migrations/meta/0261_snapshot.json. Also settle assistant streaming/tool flags when SSE ends without a terminal frame, without clobbering Stop's finalized content. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(agent-stream): satisfy biome format and import order Auto-format the sim package for CI lint:check, and repair the Anthropic streaming tool-loop payload after an unsafe delete-to-undefined rewrite. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(agent-stream): keep drained answer on abort and update migration journal test Treat AbortError from reader.cancel as a cancelled pump result so soft-complete retains answerText. Point the workspace storage migration journal assertion at 0261_chat_include_thinking. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(chat): keep Stop notice when server emits cancel error Ignore terminal SSE error frames after the user aborts so "Client cancelled request" cannot overwrite "Response stopped by user". Co-authored-by: Cursor <cursoragent@cursor.com> * improvement(chat): ChatGPT-style thinking shimmer and stick-to-bottom scroll Add left-to-right shimmer on live thinking label/body, keep scroll working by shimmering an inner node, and follow the answer only while near the bottom. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(agent-stream): stop pump on client disconnect; soft-complete agents only Abort the agent stream pump when the projected HTTP body is cancelled so provider work does not continue after disconnect. Limit AbortError soft-success to Agent blocks so Function/HTTP cancels still fail in logs. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(agent-stream): persist includeThinking across pause snapshots Paused chat runs with Include thinking enabled were dropping the flag when serializing the pause snapshot, so resume always rebuilt streams without thinking/tool SSE frames. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(agent-stream): keep drained answer text when stream times out Persist pump answerText onto the streaming execution before throwing on timeout, and carry that partial content into the failed block output so logs match what the client already saw. Co-authored-by: Cursor <cursoragent@cursor.com> * improvement(chat): auto-collapse tools chrome when tool streaming ends Match thinking UX: open while tools run, collapse when finished, and keep the panel open only if the user manually reopens it. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(agent-stream): settle canvas stream chrome on failure paths Clear agentStreamActive and settle running tool chips when blocks error, timeouts cancel runs, or execution ends without stream:done so the output panel does not stay on live Thinking/Using tools chrome. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(lint): organize imports in terminal console store Co-authored-by: Cursor <cursoragent@cursor.com> * fix(agent-stream): mark open tools cancelled on HITL pause Pause can interrupt a tool loop without tool end events; settling those chips as success incorrectly showed unfinished tools as complete. Co-authored-by: Cursor <cursoragent@cursor.com> * chore(db): drop branch-local 0261 migration ahead of staging merge * chore(db): regenerate include_thinking migration as 0266 post staging merge * fix(providers): resolve type errors in streaming tool loop call sites * fix(agent-stream): gate agent events opt-in and correct provider loop behavior - streamToolCalls and provider thinking requests now require run-level agentEvents opt-in (canvas on, chat dual-gated, API off) so existing runs keep pre-agent-events behavior exactly - OpenAI reasoning summaries opt-in + strip-and-retry on unverified-org 400 - streaming loops run tool postProcess again (firecrawl/exa async results) - bedrock live loop falls back to silent path for responseFormat - deepseek: reasoning_content pass-back unconditional, 'none' sends disabled - groq: x_groq.usage fallback, reasoning params gated, qwen none disables - gemini: functionCall parts echoed verbatim, local ids only for events - truncated turns (max_tokens/length) no longer execute partial tool calls - MAX_TOOL_ITERATIONS exit flushes last turn text as final answer - iterations reports actual model calls; shared loop plumbing extracted * refactor(agent-stream): consolidate protocol, dedupe client/server plumbing, hygiene - canonical ChatStreamFrame union + type guards consumed by server emitters and the chat client; stream_error restored to legacy log-only handling - strip thinking/tool args from providerTiming on public final envelopes - shared tool-chip lifecycle module for chat, canvas, and console store - shared sink-to-execution-events forwarder replaces the copy-pasted adapter in the execute route and HITL manager; LIVE_ONLY event set shared - stream:thinking payload field renamed data->text; canvas thinking batched - abort reasons carried as AbortError DOMExceptions so raw fetch consumers classify correctly; thinking cap renamed to chars and scope-documented - kimi wired for agent events like the other compat providers - deleted dead exports/step-N comments; fixtures match real wire shapes; loop tests use explicit mocks instead of importOriginal * test(agent-stream): cover the dual-gated execution path and typed abort reasons - chat route tests assert agentEvents reaches executeWorkflow only when policy and protocol header agree - execution-limits tests assert AbortError-typed reasons - executor metadata type carries agentEvents * fix(deploy-modal): align include-thinking spacing with the modal's 6.5px rhythm * docs(agent-stream): autogenerate per-model thinking/tool stream support on the Agent block page - capabilities.thinking.streamed ('full' | 'summary' | 'none') on models.ts, explicit for the Anthropic family where visibility varies per generation; getThinkingStreamVisibility exposes the derivation for docs and UI alike - scripts/sync-agent-stream-docs.ts regenerates the support tables between markers in workflows/blocks/agent.mdx from the model registry and STREAMING_TOOL_CALL_PROVIDERS; --check fails on drift or missing metadata - wired agent-stream-docs:check into CI next to the other sync gates * feat(anthropic): request summarized thinking display for omitted-default Claude models The newest Claude generations (Fable 5, Sonnet 5, Opus 4.8/4.7) default thinking.display to omitted — empty thinking blocks, no deltas. On agent-events runs Sim now opts back in with display: 'summarized', driven by the registry's streamed metadata; legacy runs keep the exact pre-agent-events request shape. Registry, generated docs, and the family capability table updated accordingly. * docs(skills): cover thinking.streamed and agent-stream docs sync in model skills * chore(deps): upgrade @anthropic-ai/sdk to 0.114.0 and adopt official types - adaptive thinking, display, and output_config are now SDK-typed; the only remaining custom payload field is output_format (beta-header structured outputs, which the SDK models as output_config.format instead) - anthropic stream events narrow on the SDK's discriminated unions instead of anonymous casts; compat deltas type content/tool_calls from the OpenAI SDK with vendor reasoning fields as an explicit optional extension - @sim/auth exposes an explicit VerifyAuth contract so its declarations no longer reference better-auth's nested zod instance (TS2883 under fresh install layouts); realtime consumer aligned - docs app zod pinned to the repo's exact 4.3.6 so ai SDK types bind the same zod instance (docs type-check was latently broken) - knowledge embedding tests made hermetic against local .env keys and hosted rotation fallback * refactor(providers): replace legacy as-any stream casts with annotated typed casts * refactor(providers): finish provider audit — remove dead byte-stream helper, annotate remaining legacy casts Audit of all 26 providers for the agent-events feature confirmed every streaming execution declares agent-events-v1 and every adapter emits AgentStreamEvent objects. Cleanup from the audit: the unconsumed legacy createOpenAICompatibleStream byte helper is deleted, and the remaining streamResponse-as-any casts (xai, nvidia, kimi, meta, zai, sakana) are annotated typed casts matching the groq/deepseek fix. * feat(streaming): stream answer text live during tool loops via turn_end protocol The live tool loops buffered all answer text per model turn (classification of intermediate vs final is only known at turn end), so gated surfaces saw thinking stream, then dead air with the thinking chrome stuck open, then the whole answer at once. Loops now emit text deltas live as `turn: 'pending'` plus a `turn_end` event per turn. The pump buffers pending text and projects it to the byte path (answerText/logs/memory/legacy clients) only on a final turn_end, so all settled semantics are unchanged. Gated surfaces render the pending text as it streams and reconcile with a reset when a turn resolves to tools: - public chat: live `chunk` frames from the sink + dual-gated `chunk_reset`; byte-path frame emission is suppressed to avoid duplicates (kept for response-format transformed streams via clientStreamTransformed) - canvas: forwarder emits live `stream:chunk` + `stream:chunk_reset`; the execute route and HITL resume readers stop re-emitting byte chunks; panel chat tracks per-block segments and replaces content on flush - chat client: per-block text segments, chunk_reset handling, and thinking chrome now settles on tool start as well as first answer chunk * fix(streaming): address validated review findings across provider gating and reset reconciliation Three-reviewer pass over the branch, findings validated against staging: - agent-handler forwards agentEvents to executeProviderRequest — the flag was computed but dropped in the field-by-field copy, so provider-side thinking requests (OpenAI summaries, Gemini includeThoughts, Anthropic summarized display) never activated on opted-in runs - openai: restore summary:'auto' alongside explicit reasoning effort — staging always paired them; gating summary purely on agentEvents changed legacy payloads - gemini: Gemini 2 + tools + responseFormat falls back to the silent path; the live loop never applied the deferred responseSchema for AUTO tools - openai-compat loop: malformed tool-argument JSON fails the call instead of executing with defaulted {} args (staging parsed inside the execution try) - openai-compat parser: a vendor id arriving after a synthesized start no longer renames the call (start/end ids stayed consistent) - stream-pump: abort closes the byte projection so a drain blocked on backpressure cannot deadlock teardown - chunk_reset removes the block from the client text order (deployed chat + panel chat) so a reset block re-registers at arrival position — fixes separator/order corruption when parallel blocks stream around a reset - resume route echoes the negotiated X-Sim-Stream-Protocol response header (parity with the chat route); docs: [DONE] wire shape + final-vs-error terminal semantics corrected * chore(deps): exempt pinned @anthropic-ai/sdk 0.114.0 from the release-age gate CI's bun install --frozen-lockfile blocks 0.114.0 (published 2026-07-23, younger than the 7-day supply-chain gate). The pin is exact and was vetted for the agent-events streaming work; following the existing bunfig pattern, the exclusion ages out on 2026-07-30 and should be dropped then. * chore(providers): fix double-cast-allowed annotation placement for the strict boundary audit The audit only recognizes the annotation on the line directly above the cast; two annotations had drifted behind intervening code lines (groq stream params, deepseek loop messages) and the OpenAI reasoning-summary widening cast was never annotated. No behavior change. * fix(chat): settle straggler tool chips as error when final reports failure A failed run can still terminate with a `final` frame carrying success: false; running chips previously settled green regardless of the outcome. * fix(canvas): wire agent stream chrome into run-from-block Run-from-block executions emit the same live stream:thinking/stream:tool events as full runs but registered none of the handlers, so the terminal never showed thinking or tool chips on that path. The per-run chrome (batched thinking writes + tool chip lifecycle + settlement on stream done, block error, and every terminal execution state) is extracted into a shared createAgentStreamChrome factory consumed by both paths. --------- Co-authored-by: Bill Leoutsakos <billleoutsakos@Bills-MacBook-Pro.local> Co-authored-by: Cursor <cursoragent@cursor.com> Co-authored-by: Vikhyath Mondreti <vikhyath@simstudio.ai> |
||
|
Waleed
|
26e4c30888 |
fix(ci): unblock the deploy chain and remove the promotion-dedup gate (#5881)
* fix(ci): unblock the deploy chain — explicit need results on jobs downstream of test-build test-build's needs chain now contains dedup-promotion, which is skipped on every push event. A skipped transitive ancestor fails the implicit success() on downstream jobs, so migrate, promote-images, create-ghcr-manifests, process-docs, and create-release all cascade-skipped on push runs — blocking staging and main deploys (no ECR tag push, no CodeDeploy). Each of those jobs now uses !cancelled() plus explicit needs.<job>.result == 'success' checks, preserving their original semantics while ignoring the skipped ancestor. * chore(ci): remove the promotion-dedup gate — savings don't justify deploy-graph complexity The bespoke dedup job hand-rolled what content-addressed caching solves idiomatically, saved only ~$50-90/mo, and its needs edge just caused the deploy-chain skip incident. test-build returns to its original shape; the explicit need-result conditions on the deploy chain stay as hygiene. |
||
|
Waleed
|
dda602a367 |
improvement(tests+ci): phase 3 — shared-mock convergence completion and CI runner-minute cuts (#5875)
* chore(ci): cut redundant runner minutes — dedup promotion-PR test runs, companion-pr-check concurrency, right-size trivial jobs
- ci.yml: new dedup-promotion gate skips the pull_request test-build on
staging/main-headed promotion PRs only when the merge tree provably equals
the head tree (empty base delta over the merge base) AND the push-event run
at the same sha passed its test jobs (polled). Fail-open on any error/
timeout/failure, job-level skip only (skipped job reports Success); verified
no required status checks are configured on main/staging rulesets.
Measured 39 duplicate PR runs / 5.15 days (~227/mo) at ~7.1 min each on
8vcpu (~57 vcpu-min), probe costs ~9 vcpu-min worst case on 2vcpu.
- companion-pr-check.yml: per-PR concurrency group with cancel-in-progress so
superseded synchronize/edit runs stop; no paths filter (check depends on PR
body + cross-repo state, not changed files).
- detect-version and check-docs-changes: 4vcpu -> 2vcpu Blacksmith runners
(pure shell / depth-2 checkout + path filter only).
* improvement(testing): complete stateful shared mocks for env, urls, redis-config, environment-utils
Shared mock infrastructure for vitest isolate:false convergence:
- packages/testing/src/mocks/env.mock.ts: stateful envMock (live env proxy, setEnv/resetEnvMock, process.env fallback)
- packages/testing/src/mocks/urls.mock.ts: complete urlsMock with real-behavior default impls + resetUrlsMock
- packages/testing/src/mocks/redis-config.mock.ts: adds getRedisConnectionDefaults + resetRedisConfigMock
- packages/testing/src/mocks/environment-utils.mock.ts: new environmentUtilsMock + fns + reset
- contract tests: env.mock.test.ts, urls.mock.test.ts, redis-config.mock.test.ts, environment-utils.mock.test.ts
- packages/testing/src/mocks/index.ts: barrel exports
- apps/sim/vitest.setup.ts: global installs for env, urls, redis, environment/utils
- real-module tests unmocked: lib/core/config/env.test.ts, lib/core/config/redis.test.ts, lib/core/utils/urls.test.ts, tools/index.test.ts (urls)
- stubEnv/process.env fallout migrated to setEnv: lib/webhooks/providers/{revenuecat,rootly,instantly}.test.ts, app/api/auth/oauth2/authorize/route.test.ts
* improvement(tests): drop redundant local mocks in executor/tools/providers and misc dirs (shared-worker readiness)
* improvement(tests): drop redundant local mocks in app routes (shared-worker readiness)
* improvement(tests): drop redundant local mocks in lib (shared-worker readiness)
* fix(ci+testing): live base-tip recheck before dedup skip; prod-aware urls mock fallbacks
- the dedup gate re-verifies merge-tree equivalence against the LIVE base
tip at decision time, closing the window where the base branch gains real
commits during the poll (frozen BASE_SHA check alone was stale)
- the urls mock's getBaseUrl protocol prefix and getBaseDomain parse
fallback now follow the shared isProd flag, mirroring the real module
* fix(ci+testing): fail-closed nojobs fallback in dedup gate; TLS-aware redis defaults mock
- the dedup gate no longer infers coverage from overall run conclusion when
no 'Test and Build /' jobs match — a renamed or skipped test job now runs
the tests instead of skipping them
- the shared getRedisConnectionDefaults mock mirrors the real TLS resolution
(rediss:// to a raw IP requires REDIS_TLS_SERVERNAME and yields
tls.servername)
* fix(ci): keep polling while nested test jobs have not appeared yet
An in-progress push run lists its reusable-workflow jobs only after the
caller starts; nojobs is now terminal (fail closed) only once the run has
completed without them.
|
||
|
Waleed
|
02bc8f1828 |
feat(ci): warm Next.js builds via Turbopack persistent cache on a sticky disk (#5869)
* feat(ci): warm Next.js builds via Turbopack persistent cache on a sticky disk - enable experimental.turbopackFileSystemCacheForBuild behind NEXT_TURBOPACK_BUILD_CACHE so only the CI check build opts in; production image builds stay on the default cold path until the feature stabilizes - mount ./apps/sim/.next/cache as a Blacksmith sticky disk (cache-mount) instead of actions/cache: the turbopack cache is ~5 GB, which a sticky disk mounts in ~1s while an actions/cache round-trip would eat the win - measured locally: 105s cold compile vs 22s warm (4.8x) * chore(ci): drop the superseded actions/cache comment and restore trailing newline |
||
|
Waleed
|
49d3804bee |
fix(ci): save the Next.js build cache every run instead of freezing it at the lockfile key (#5859)
* fix(ci): save the Next.js build cache every run instead of freezing it at the lockfile key
The cache key was only runner.os + bun.lock hash, and GitHub caches are
immutable per key: the first run after a lockfile change saved the cache
once, then every later run hit the primary key and skipped the save
('Cache hit occurred on the primary key ... not saving cache'), so builds
compiled against a cache stale since the last lockfile bump. Suffix the
key with the commit SHA so each run saves its refreshed cache, and
restore via prefix match to the most recent entry.
* fix(ci): make the Next.js cache key unique per run attempt so reruns can save too
|
||
|
Theodore Li
|
e9898ea24d | fix(ci): run Build App on the larger runner in GitHub mode (#5826) | ||
|
Theodore Li
|
4b979780d2 |
fix(ci): make GitHub-hosted fallback actually build and test (#5814)
* fix(ci): make GitHub-hosted fallback actually build and test * fix(ci): drop unused build-args passthrough so the heap ceiling can't be overridden * chore(ci): trim comments to the non-obvious constraints * fix(ci): build the app image on a larger runner in GitHub mode |
||
|
Theodore Li
|
da562464ff |
chore(ci): add CI_PROVIDER toggle between Blacksmith and GitHub-hosted runners (#5808)
* chore(ci): add CI_PROVIDER toggle between Blacksmith and GitHub-hosted runners * chore(ci): fail unrecognized CI_PROVIDER values over to GitHub-hosted runners |
||
|
Waleed
|
2f9144ebe3 |
improvement(ci): timeouts, docs-only PR skip, fork-isolated caches, Node pin; remove i18n workflow (#5714)
* improvement(ci): job timeouts everywhere, docs-only PR skip, event-scoped sticky disks, Node pin; drop dead i18n workflow - timeout-minutes on every runnable job (defaults ran hung jobs to the 6-hour cap — the i18n workflow burned three full 6-hour runs in Feb before its schedule was pulled) - paths-ignore on the pull_request trigger: docs content and markdown don't affect the app build or images; push runs stay unfiltered - sticky-disk keys scoped by event name so fork PR runs never share a disk with the push runs that feed production image builds - node-version pinned to 22 (was 'latest', non-deterministic) - delete i18n.yml: schedule already removed after repeated 6-hour hangs, workflow_dispatch-only since, comments stale * improvement(ci): 45m migrate timeout (covers 30m lock wait), fork-namespaced PR sticky disks - migrate.ts waits up to 30 minutes for the migration advisory lock (LOCK_ACQUIRE_DEADLINE_MS); the 15m job timeout would preempt that designed wait, so the bound is 45m - fork PRs now get their own sticky-disk namespace so an untrusted fork run can't poison the disks that trusted internal-PR runs restore |
||
|
Waleed
|
46f6a9ba77 |
improvement(ci): promote superseded first-attempt runs forward (#5713)
* improvement(ci): promote superseded first-attempt runs forward The stale-promotion guard skipped any run whose commit was no longer the branch head. If commit A passed its gate but was superseded mid-run by commit B, and B then failed tests, A's promotion was skipped and the deploy tags stayed on pre-A code with no automatic recovery (Cursor finding on #5712). A first-attempt run promoting an ancestor of the branch head is always a forward deploy — runs on a ref are serialized by the concurrency group, so nothing newer can have promoted first. Only re-runs of superseded commits (a rollback attempt) and force-pushed-away commits are skipped. Same semantics applied to the GHCR latest-tag guard. * fix(ci): grant contents:read to create-ghcr-manifests for the compare-API guard Job-level permissions replace the workflow defaults, so packages:write alone left the guard's compare call 403ing — STATUS=unknown would have silently skipped the GHCR latest tags on every main push. |
||
|
Waleed
|
4bb560073f |
improvement(ci): decouple image builds from the test gate (#5701)
* improvement(ci): decouple image builds from the test gate - build-amd64 now starts immediately and pushes only sha tags (ECR :sha, GHCR :sha-amd64). The EventBridge deploy triggers filter on exactly the latest/staging/dev ECR tags, so nothing deploys from these pushes. - New promote-images job retags sha -> latest/staging (and GHCR latest-amd64/version-amd64) via buildx imagetools once tests and migrations pass — a seconds-long manifest copy instead of rebuilding after the gate. Cuts push-to-deploy from ~13.5 to ~7 minutes. - Split the Next.js production build out of test-build into a parallel Build App job with its own sticky-disk keys, cutting PR feedback from ~5.5 to ~3.5 minutes. - create-ghcr-manifests and process-docs now gate on promote-images. * improvement(ci): harden promotion — atomic retag, stale-run guards, gate all mutable GHCR tags Review follow-ups: - promote-images is a single job (not a matrix): verifies all four :sha manifests exist before moving any deploy tag, so a missing image can't cause a partial mixed-version deploy - stale-run guard on promote-images and create-ghcr-manifests: re-running an old run no longer retags latest/staging back to stale code (a one-click prod rollback); superseded runs skip mutable tags with a warning while immutable sha/version tags still publish - ARM64 build now pushes only the immutable :sha-arm64 tag; latest-arm64 and version tags moved behind the gate into create-ghcr-manifests (closes the pre-existing hole where a failing run moved latest-arm64) - dropped dead detect-version needs from both build jobs - sticky-disk comment corrected (clone + last-writer-wins, not exclusive mounts); build job shares warm bun/node_modules disks, keeps its own turbo cache key so test/build entries don't evict each other |
||
|
Theodore LiandClaude Opus 4.8
|
66d1e61beb |
feat(skills): canonicalize skills to a single source with generated .claude/.cursor projections (#5609)
* improvement(cleanup-skill): parallelize analysis, apply fixes sequentially * improvement(cleanup-skill): add comment-reduction pass; mirror 6 missing skills into .claude/commands * fix(cleanup-skill): substitute parsed scope into analysis passes instead of literal <scope> * fix(cleanup-skill): parse fix token anywhere; preserve pass labels through convergence for ordered apply * fix(cleanup-skill): apply Step 1 proposals content-anchored, re-derive when a prior pass invalidated the snippet * fix(babysit-skill): correct garbled --reverse explanation across all three copies * fix(skills): propagate parallel cleanup to cursor/agents copies; disambiguate babysit /ship refs in claude copy * fix(skills): port url-state + comment passes to cursor/agents; clarify converge pass-label ordering * feat(skills): canonicalize skills under .agents/skills with generated .claude/.cursor projections Establish .agents/skills/<name>/SKILL.md as the single source of truth (latest content reconciled per skill from the three drifted copies), and generate the .claude/commands and .cursor/commands projections from it via scripts/sync-skills.ts. Adds skills:sync/skills:check, a CI gate, a pre-commit regen hook, and CONTRIBUTING docs. Structurally fixes prior drift (e.g. abbreviated .claude ship -> full ship). * fix(skills): strip leaked XML tags from skill tails; clarify lint:check has no per-file target Removes stray </content>/</invoke> markup that leaked into add-block, add-connector, add-hosted-key canonical skills, and reword the cleanup skill's lint step to note bun run lint:check runs repo-wide via turbo (no per-path API). Projections regenerated via skills:sync. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01QjefwescJoHZ6zcc3C17FR * fix(add-block-skill): restore unknown-output stop in Final Validation Re-add the "if any tool outputs are still unknown, tell the user instead of guessing block outputs" step that was dropped when Final Validation step 5 became the BlockMeta template check. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01QjefwescJoHZ6zcc3C17FR --------- Co-authored-by: Claude Opus 4.8 (1M context) <noreply@anthropic.com> |
||
|
Waleed
|
9d34fbea1b |
refactor(utils): consolidate duplicated helpers onto @sim/utils (#5509)
* refactor(utils): consolidate duplicated helpers onto @sim/utils Replaces ~90 hand-rolled reimplementations of error-message extraction, postgres error-code checks, sleep, Math.random, retry/backoff, object filtering/omission, noop, string truncation, date/time formatting, email normalization, and plain-object type guards with the shared @sim/utils exports. Wires check:utils into CI (test-build.yml) so these patterns don't regress. * fix(test): mock @sim/utils/random instead of Math.random in schedule-execute tests The schedules/execute route previously used Math.random() for jitter delay; this consolidation PR switched it to randomInt() from @sim/utils/random, which is backed by crypto.getRandomValues() rather than Math.random(). The route.test.ts spies on Math.random() no longer had any effect, so jitter became real random delay instead of the deterministic 0ms the tests expect, causing intermittent 10s timeouts in CI. * fix(retry): preserve uncapped Retry-After comparison in tools/index.ts parseRetryAfter() caps its return value at 30s by default. tools/index.ts compares the parsed Retry-After against a caller-configured maxDelayMs to decide whether to skip a retry entirely -- capping before that comparison silently defeats the skip check whenever maxDelayMs is configured above 30s, since a Retry-After between 30s and maxDelayMs would incorrectly look "within limits" and get retried instead of skipped (caught by Cursor Bugbot). Added an optional maxMs param (default unchanged) so tools/index.ts can request the raw, uncapped value for its own comparison while backoffWithJitter still clamps the actual sleep duration to maxDelayMs. Added a regression test covering maxDelayMs > 30s. * fix(utils): fall back to Intl-resolved abbreviation for unmapped timezones getTimezoneAbbreviation only covered 9 hardcoded IANA zones and returned the raw IANA string for everything else, degrading schedule descriptions for zones like Europe/Berlin or America/Toronto (caught by Greptile). The deleted local implementation in schedules/utils.ts resolved any valid IANA timezone generically via Intl.DateTimeFormat's short timeZoneName. Restore that as a fallback so only genuinely invalid timezone strings return themselves unchanged. |
||
|
Theodore LiandClaude Opus 4.8
|
dcc7c0c7c4 |
ci(dev): auto-deploy Trigger.dev tasks + fail dev db:push on TTY prompt (#5343)
* ci(trigger): auto-deploy Trigger.dev tasks to dev-sim on dev pushes Add a deploy-trigger-dev job that runs `trigger.dev deploy --env preview --branch dev-sim` on pushes to the dev branch, replacing the manual step. Gated after migrate-dev for the same reason as build-dev: the new task code runs against the dev DB, so the schema must be pushed first. Uses Trigger.dev's remote build (no --local-build), so the runner needs no Docker/buildx. Requires a TRIGGER_ACCESS_TOKEN repo secret. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_015orsjbLX34FPFGujSK3AQK * ci(trigger): source TRIGGER_PROJECT_ID from repo secret Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_015orsjbLX34FPFGujSK3AQK * ci(trigger): fail fast when Trigger.dev secrets are unset Guard the deploy step so a missing TRIGGER_ACCESS_TOKEN or TRIGGER_PROJECT_ID exits with a clear message instead of a cryptic trigger.dev CLI error, matching the DATABASE_URL guard in migrations.yml. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_015orsjbLX34FPFGujSK3AQK * ci(migrations): fail dev db:push on interactive prompt or error drizzle-kit push prompts interactively for ambiguous renames (--force only covers data-loss). In CI there's no TTY, so the prompt reads EOF and drizzle can exit 0 without applying — the job goes green while the schema change was silently skipped. Close stdin, reject prompt markers, and require a success marker so an unresolved rename or failed statement fails the job. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_015orsjbLX34FPFGujSK3AQK * ci(migrations): fail dev db:push when drizzle-kit hits a TTY prompt drizzle-kit push needs a TTY to resolve ambiguous renames; in CI it throws "Interactive prompts require a TTY terminal" but still exits 0, so the job went green without applying the schema (e.g. run 28415609570). Fail on that explicit error. Keys on drizzle's own stable message rather than fuzzy prompt text, and a real non-zero exit still fails via set -e. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_015orsjbLX34FPFGujSK3AQK * ci(trigger): scope the access token secret as DEV_TRIGGER_ACCESS_TOKEN The PAT is only used by the dev deploy job, so prefix it DEV_ to match the repo's dev-scoped secret convention. TRIGGER_PROJECT_ID stays unprefixed — it's the shared project (same one prod uses); dev-sim is a preview branch within it, not a separate project. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_015orsjbLX34FPFGujSK3AQK * Adjust warning error * ci: align build-dev checkout to v6 to match the other jobs build-dev was the only job still pinning actions/checkout to the v4 hash; every other job uses v6. Non-functional consistency fix. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_015orsjbLX34FPFGujSK3AQK --------- Co-authored-by: Claude Opus 4.8 (1M context) <noreply@anthropic.com> |
||
|
Waleed
|
507cee1187 |
fix(integrations): repair corrupt icons, backfill missing block metas, restore scroll on back-nav (#5342)
* fix(integrations): repair corrupt icons, backfill missing block metas, restore scroll on back-nav - Restore 7 brand icons (Google, Outlook, MongoDB, Postgres, OpenRouter, Groq, Cerebras) whose SVG path data was corrupted by a past bulk reformat, flooding the integrations page console with <path> parse errors; add a check:icon-paths CI gate that validates every icon d attribute (operand counts + arc flags). - Backfill BlockMeta (tags/url/templates/skills) for postgresql, mysql, ssh, sftp, smtp — previously catalog integrations with empty detail pages; add an integration meta-coverage CI check so every catalog block must have a meta. - Add scroll-position restoration for the integrations index/detail inner scroll containers so browser Back returns to where you were. - Remove the error digest pill from the shared workspace ErrorShell (kept in logs, dropped from UI). * fix(integrations): make scroll restoration robust — value-based echo detection + Back/Forward-only gate Addresses review: replace the racy programmatic-scroll flag with value comparison (a restore's echo equals lastApplied and is ignored, so a stuck flag can never drop the first user scroll or overwrite the saved target), and gate restoration on popstate history traversals so fresh push navigations open at the top instead of jumping mid-list. TSDoc-only comments. * fix(ci): attribute icon-path errors for export-const icons too Greptile review: iconNameAt only matched 'export function', so a malformed path inside an 'export const XxxIcon = (...)' arrow-function icon would be misattributed to the preceding function-declared icon. Match both forms (mirrors check-bare-icons indexIconBodies). |
||
|
|
ad19f7fc40 |
improvement(landing): refine hero and mothership visuals (#5181)
* stash * feat(landing): mothership feature stages + pre-footer CTA Tell-then-show landing: the Mothership section defines the five capabilities (Mothership · Pod · Formation · Dispatch · Return); the Features section now shows each as a real Sim UI callout floating over a static, edge-faded platform backdrop (Linear's "callout over a faded platform" pattern). - FeatureStage template: copy + masked static LandingPreview + elevated callout - LandingPreview: static autoplay=false snapshots with per-stage view/workflowId - Callouts: Mothership chat, model picker, parallel-agents Formation graph, deploy targets, logs table - Pre-footer CTA set over the Mothership render; removed the old capabilities grid Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> * feat(landing): reusable platform-page + solutions-page layouts and routes Add config-driven, padding-safe layouts consumed by route pages: - platform-page: hero (shared CTA) + centered logos + N card rows (3|4), JSON-LD, single <h1>, server-only; Workflows route as first consumer. - solutions-page: structural mirror (kept separate to diverge later); IT, Engineering, Finance, Compliance, HR routes under /solutions. - Hoist shared LandingShell/HeroCta/Logos to components/ (top-level = shared); refactor hero to consume them. - Restructure all of (landing) to the workspace folder-per-component convention (each component in its own folder + index.ts barrel). * refactor(landing): convert hero-visual CSS-module keyframes to Tailwind Move the hero-visual + stage-home keyframe animations out of CSS modules into tailwind.config (matching the existing dash-animation pattern) and delete both module.css files. Components now use animate-hero-* utilities + arbitrary properties for the per-element delays, SVG stroke draw, and gradient shimmer; reduced-motion preserved via motion-reduce: variants. Upgrade the shimmer's hardcoded #b4b4b4 to the --text-subtle token. brand-tokens.module.css is intentionally kept: it reassigns --surface-*/ --text-* token VALUES via a doubled-class selector for specificity over .light, which Tailwind utilities cannot express. * refactor(landing): move brand palette from CSS module into LandingShell Replace brand-tokens.module.css with a BRAND_TOKENS constant of Tailwind arbitrary-property utilities applied on the LandingShell wrapper, so the brand hex lives in the component, not a stylesheet. They emit in the utilities layer and override .light (@layer base) by cascade order — verified the brand --text-primary (#121212) wins over .light (#1a1a1a). No more .module.css files remain in the landing. * chore(landing): remove Testimonials from the home page for now Drop <Testimonials /> from the landing composition (component kept for re-adding later). * feat(landing): hero send→loader→workflow animation + landing WIP Hero visual: clicking send zooms into the button, morphs the disc into the gooey thinking loader (held, then cycling), slides it straight across to a phrase indicator with the camera following (no zoom-out), then zooms back out as the reply types and the chat morphs into the GitHub→Agent→Jira workflow. The chat card holds a fixed size through the zoomed scene and the greeting reserves its space, so nothing drifts; the user bubble reveals only on zoom-out. Loader ink tweens dark→gradient via the thinking-loader stop-color/flood-color transition. Also folds in in-progress landing work: knowledge + integrations feature callouts, CTA chat, mothership + line-glyph, wordmark tweak; removes the ethos and testimonials sections. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> * feat(landing): responsive pass for iPad + mobile Make the landing page fully responsive while keeping the desktop layout byte-identical (desktop classes stay the unprefixed baseline; smaller screens layer max-* overrides on top). - Navbar: hide desktop clusters below lg, add MobileNav hamburger sheet (scroll-lock, Escape/tap close, reduced-motion aware) - Hero: collapse the absolute split (visual + logos) to a stacked column below xl so iPad-landscape avoids the headline/visual collision - Mothership: 4-col grid steps to 2 (tablet) then 1 (phone) - Features: drop the floating callout below md, show the un-masked backdrop preview full-width - CTA + Footer: scale type/padding; footer 7-col steps to 3 then 2 - Document the breakpoint strategy in the landing CLAUDE.md Also includes the in-progress mothership goo/iso brand marks and the marks-lab preview route the section depends on. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> * feat(landing): align hero visual panel to text + logos extent Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> * fix(landing): delay hero user bubble until card finishes expanding The grey user bubble's fade-in raced the card's upward grow on send. Hold the bubble's reveal until after the parent-driven grow settles so the card expands fully before the bubble appears. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> * refactor(landing): isolate new landing — remove dead old-folder code + --landing-* coupling - Delete dead (landing) auth-modal (a duplicate of (home)'s, still on the old --landing-* / dark tokens) — its removal drops the new landing's last styling tie to the old landing. - Delete 5 merge-orphaned, zero-consumer callouts (deploy-callout, mothership-chat-callout, mothership-chat-preview, workflow-graph-preview, model-picker-preview). - Relocate the one live preview (logs-table-preview) into its consumer features/components/ + add a barrel; dissolve the owner-less feature-callouts/ shell. - Fix stale --landing-bg-surface reference in landing-preview-mount. (landing) now has zero (home) imports and zero --landing-* token usage. * refactor(landing): token-map hex, fix a11y/SEO, align structure Styling (within (landing)): - Replace ~90 hardcoded hex colors with the in-scope brand tokens they already equal (--surface-*/--text-*/--border*); divider edges -> --border, field/card edges -> --border-1. Delete the redundant C color-palette mirrors in the landing-preview home/sidebar and route them through tokens. - Convert static inline SVG styles (display:block/outline:none) to Tailwind. - 6 un-tokenizable hexes remain (dark send-button fills, status-green dot) — no brand token exists; left as-is. a11y / SEO: - Decorative mothership goo/iso marks: role='img'+aria-label -> aria-hidden. - Preview chrome titles <h1> -> <span> (kills duplicate client-only H1s). - sitemap.ts: add /workflows and the five /solutions/* routes. Structure: - Folder the bare logo-mark/mobile-nav leaves + barrels; complete the navbar components barrel and consolidate navbar.tsx to a single barrel import. * style(landing): restore taller hero panel with border-shadow chip chrome - Revert the right visual panel to the previous full-height framing (top-8 bottom-8) — hero text (pt-[112px]) and the logos panel are untouched, so their positions and spacing are unchanged. - Apply the canonical border-shadow chip surface: --surface-2 fill + the shared chipBorderShadowRing (1px hairline ring + soft drop shadow) from emcn, the documented chrome for a landing media panel. * feat(landing): swap Volvo for thinkproject and reposition hero logos - Replace Volvo with the thinkproject wordmark (official SVG, tagline/descriptor cropped out, all paths unified to --text-primary #1a1a1a; aspect 6.01). - Reorder the shared 6-logo set so the 3x2 hero grid reads: Rivian|VW (top-left), eXp Realty (top-center), Russell (top-right); Artie (bottom-left), thinkproject (bottom-center), Mobile Health (bottom-right). - Enlarge Rivian|VW a touch (height 15 -> 17, same aspect). - eXp Realty, Artie, Russell, Mobile Health, Rivian|VW all retained. * style(landing): size hero description with the type scale (text-lg) Replace the arbitrary text-[20px]/text-[16px] on the hero description with named scale tokens — text-lg (18px) desktop, text-md (16px) on phones — a touch smaller and the canonical lead size (1.2x the platform's 15px base). * style(landing): hero headline "for AI automations" with break after "agent" Replace "solving automations" with the higher-intent "AI automations" and move the line break after "agent" so "for AI automations." sits on the second line. * style(landing): unify CTA radius and box hero logos in cards - HeroCta email bar: rounded-[13px] -> rounded-lg, so the bar, the inset Book-a-demo chip, the Sign-up chip, and the navbar chips all share one radius. - Hero logos: box each wordmark in a bordered --surface-1 card (platform card chrome: rounded-lg + --border-1, 100px tall) on a responsive 3-up grid (2-up on phones) at a consistent gap-5 rhythm. Wide marks scale to fit (max-w-full h-auto). The platform/solutions 'row' layout stays bare wordmarks. * style(landing): concentric CTA bar radius + tighter logo cards - HeroCta email bar back to rounded-[13px] (= inner chip 8px + ~5px inset) so the Book-a-demo chip's right corners nest concentrically inside the bar. - Logo cards: smaller and tighter — h-20 (80px), px-4, gap-3 (12px, the product UI card-grid rhythm). * style(landing): restore 100px logo cards, scale icons down 15% The 80px cards read too wide-for-their-height. Restore h-[100px] (keeping the tighter gap-3/px-4) and instead shrink the wordmarks to 0.85x their optical size in the grid via GRID_ICON_SCALE — row layout unchanged. * style(landing): match sign-up radius to email bar + shrink logo icons - Sign-up chip overridden to the email bar's rounded-[13px], so the two hero CTAs share one corner radius. - Logo icons: GRID_ICON_SCALE 0.85 -> 0.65 and card padding px-4 -> px-2; card dimensions (h-[100px], gap-3) unchanged. * style(landing): shrink hero logo cards Cards read massive — too tall (100px) and stretched to fill the panel. Drop to h-16 (64px), cap width at w-[150px], and make the grid w-fit so it hugs the cards instead of stretching. gap-3 and the 0.65 icon scale unchanged. * style(landing): upscale hero logo cards ~25% Cards read too small. Bump all dimensions: h-16->h-20 (80px), w-[150px]->w-[180px], px-2->px-3, and icon scale 0.65->0.8. Grid stays content-hugging at gap-3. * style(landing): taller logo cards, larger icons, reorder top row - Card height h-20 -> h-[88px] (width w-[180px] unchanged), icon scale 0.8 -> 0.85. - Top row reordered: eXp (left), Russell (center), Rivian|VW (right). * style(landing): more card height, swap top-row Rivian/eXp back - Card height h-[88px] -> h-24 (96px); width unchanged. - Top row: Rivian|VW (left), Russell (center), eXp (right). * feat(landing): add "Trusted by technical teams at" label above hero logos Top-left, gap-3 above the logo grid (matching the grid rhythm); text-sm (navbar text size) in --text-muted (the label token). * style(landing): recolor logos to --text-body, match label gap to hero rhythm - Recolor all six customer logo SVGs to #3b3b3b (--text-body light value), so they match the Sim navbar wordmark's color. Landing is light-only, so the hardcoded value always equals var(--text-body). - Trusted-by label gap gap-3 -> gap-[22px] (the hero's description->CTA spacing). * style(landing): scale hero CTA down a hair, drop radius to the nav chip's Sign-up read too round. Take the bar + Sign-up to h-[40px] / rounded-lg (8px, the navbar chip radius), and keep the inset Book-a-demo concentric: h-[2em] + rounded (4px) with a 4px inset (8 = 4 + 4). * style(landing): round Book-a-demo to rounded-md to match the bar curve rounded (4px) read too square next to the bar's rounded-lg (8px). Bump to rounded-md (6px) — echoes the bar's curvature, still inside the 4px inset. * style(landing): match Book-a-demo proportions to the navbar chip Restore h-[2.143em] (the chip's 30/14 height ratio); with px-[0.571em] (its 8/14 padding ratio) and the 16px label, Book-a-demo now shares the navbar chip's exact height/padding/text proportions. * style(landing): equal inset around Book-a-demo (h-[30px]) Button was h-[2.143em] (34.3px) -> only ~1.9px top/bottom vs 4px right inside the bar's 38px inner box (40px minus the 1px border). Drop to h-[30px] (the nav chip height) so it centers to an equal 4px inset on top, bottom, and right. * style(landing): enlarge Book-a-demo to h-[32px], tighten inset to 3px h-[30px] read too small/airy in the bar. Bump to h-[32px] and pr-[4px] -> pr-[3px] so the inset is an equal, snugger 3px on top, bottom, and right. * style(landing): lift hero logos off the bottom again (pb-20) Restore the 80px bottom padding so the logos rest 112px above the section bottom (mirroring the hero text's 112px top) instead of sitting flush with the visual panel's bottom. max-xl:pb-0 keeps the stacked layout tight. * improvement(landing): refine hero and mothership visuals * fix(landing): cap hero fold height so it doesn't stretch on huge monitors The section was min-h-[calc(100vh-62px)], so on very tall displays both absolute panels (top-8 bottom-8) stretched — the visual panel grew gigantic and the bottom-anchored logos sank to the very bottom. Cap the fold at 960px via h-[min(calc(100vh-62px),960px)] (min-height can't be capped by max-height): the whole hero stops growing, panels/logos stay proportioned like a large laptop, and the next section just starts below. Laptops (<=16in) are unaffected; max-xl:h-auto keeps the stacked layout below xl. * refactor(landing): session cleanup — DRY CTA label, drop dead grayscale Final tidy after this session's hero/CTA/logo iteration: - hero-cta: extract the duplicated 16px label knob (px-[0.571em] + text-[16px] + font-size:inherit) into a single CTA_LABEL constant, matching the 'single knob' the TSDoc already describes — used by both Book-a-demo and Sign-up. - logos: remove the grayscale filter (now a no-op — all wordmarks were recolored to a single #3b3b3b), inline the single-use LOGO_GAP_X, and flatten the nested cn() into plain layout ternaries (dropping the now-unused cn import). * improvement(landing): animate mothership illustrations * style(landing): solid-ink branding + hero cursor/loader polish Branding: drop the bespoke BRAND_TOKENS palette and bottom-reveal from LandingShell (use the platform's own light tokens); re-ink the wordmark, logo-mark, and hero loader from the gradient+glow to a solid --text-body so the marks read as one ink with the nav text. Add a `shimmer` prop to ThinkingLoader for a static --text-body label, and stroke the squeeze arcs with the shared gradient. Hero visual: the cursor now enters from below the field and chases the send button live through the zoom (retimed beats, no arrive-then-wait); the greeting fades in gently instead of shimmer-revealing; the click ring becomes a press-dip (hero-cursor-press replaces hero-click-ring and hero-greeting-reveal). Extract BlockHandles so the morphed GitHub card carries a real edge handle in scene space; seed the compose card at its true height; pop the sent bubble in immediately. * improvement(landing): update feature iso-marks to perfected geometry Re-author the four Mothership iso-mark illustrations (Integrate, Ingest, Build, Monitor) on the refined isometric geometry, keeping the existing animation vocabulary intact: hover line-draw plus per-mark auto-motion (integrate float, ingest pulse, monitor panel-separate, build grid-flow). Map the raw exports onto the shared token palette/line weight for consistency and tune per-mark sizes for one optical weight. Build is now pure CSS (grid-flow replaces the RAF wave), so it drops 'use client' and renders as a server component. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> * feat(landing): add pricing, privacy, terms, and changelog pages - New public /pricing page: Free/Pro/Max/Enterprise cards with the full comparison breakdown transposed from shared upgrade data + JSON-LD; prices, CTAs, and features derive from shared billing constants so they can't drift from the in-app upgrade page. - Migrate /privacy, /terms, and /changelog into the (landing) route group via a shared prose-page system (single source of truth for legal/prose chrome). - Landing polish: solid-ink iso-mark illustrations + footer/cta/features/ mothership spacing and token cleanups; sitemap adds /pricing. - Audit pass: crawlable ChipLink CTAs, correct heading hierarchy, structured-data featureList derived from the visible comparison data, legal plan name Team->Max. * large edits across landing finalization * feat(auth): port OAuth-only signup + Microsoft provider from staging Align auth-page logic with origin/staging (PR #5073) while keeping the new chip-styled UI: - Add Microsoft as a better-auth social sign-in provider (auth.ts) and surface it through the OAuth provider checker, providers API + contract, login/signup forms, SocialLoginButtons, and the landing auth modal. - Gate email/password signup behind the emailSignupEnabled server flag (DISABLE_EMAIL_SIGNUP) so signup becomes OAuth-only when configured. - Add DISABLE_MICROSOFT_AUTH / DISABLE_EMAIL_SIGNUP env + feature flags. * fix(icons): render brand icons legibly when bare and on light tiles (#5292) Monochrome brand icons hardcoded a single white or black fill matched to their colored tile, so they vanished when rendered bare on the home Suggested actions list (white-on-white in light mode, black-on-black in dark mode). Convert those marks to currentColor so they adapt to context, and make tile foregrounds contrast-aware via getTileIconColorClass instead of a hardcoded text-white. Also centralize all color math in apps/sim/lib/colors (perceived brightness, hex/rgb/hsl conversion, contrast-text) and route every consumer through it: the bare-icon audit, block tiles, logs trace view, whitelabeling theming, workspace presence, and the PPTX renderer no longer carry duplicate copies. Adds a bare-icon CI audit (scripts/check-bare-icons.ts) and authoring guidance. --------- Co-authored-by: Emir Karabeg <emirkarabeg@berkeley.edu> Co-authored-by: andresdjasso <andresdjasso@users.noreply.github.com> Co-authored-by: Claude Opus 4.8 <noreply@anthropic.com> Co-authored-by: Waleed <walif6@gmail.com> |
||
|
Waleed
|
6260eda226 |
fix(ssr): harden credential query-key factory + fetchers against the 'use client' stub bug (#5206)
* fix(ssr): move credential query-key factory + fetchers to non-client modules
Preventively closes the same 'use client' SSR client-reference-stub class that
crashed the tables page. Server-evaluated modules (the credential block def, the
workflow-comparison helpers) imported workspaceCredentialKeys /
fetchWorkspaceCredentialList / fetchCredentialSetById from 'use client' hook
modules, where they resolve to client-reference stubs on the server (a future
server call path would throw 'X is not a function').
Extract them into non-client hooks/queries/utils/{credential-keys,
fetch-workspace-credentials,fetch-credential-set}.ts (mirroring folder-keys.ts /
fetch-workflow-envelope.ts) and import from there. No behavior change — these
values were only ever called from browser paths.
* docs+ci: codify the 'use client' server-import rule + add check:client-boundary
Document the Next.js rule that server code can only render a 'use client'
export as a component, never call it (server imports resolve to client-reference
stubs that throw — the tables-page crash). Add the rule to
.claude/rules/sim-queries.md + a cross-ref in sim-architecture.md.
Add scripts/check-client-boundary-imports.ts (wired into CI as check:client-boundary)
that flags any value import from a 'use client' module in a server-evaluated,
non-JSX surface (prefetch / route handler / trigger / block definition), so this
class can't silently recur. Escape hatch: // client-boundary-allow: <reason>.
|
||
|
Theodore Li
|
76867062e5 |
feat(pii): publish PII image to GHCR and add Presidio sidecar to Helm chart (#5188)
* feat(pii): publish PII image to GHCR and add Presidio sidecar to Helm chart * fix(pii): allow app→PII NetworkPolicy egress, global tolerations, topology spread |