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s47ddd87b256dbac9{"mergeCommit":"8f5f04a4d228cb752515690f65e39caf82a5fea7","mergedAt":"2026-06-04T15:00:30Z","state":"MERGED"}
PR #1034 is merged. Here's the final summary:
Merged: 8f5f04a — feat(local): inject all framework spotlight prefixes; document DSN-less capture and -f ai filter (#1034)
What landed:
sentry local run now injects the spotlight URL under all 7 framework client prefixes (PUBLIC_, NEXT_PUBLIC_, VITE_, NUXT_PUBLIC_, REACT_APP_, VUE_APP_, GATSBY_), not just Next.jsimport.meta.env note to the code sample so it's not misleading for non-Next.js users-f ai filterLet's pick up #538. The notes you wrote down are notes for yourself for the future too. I think we could have used the per-line escape hatch at places you felt it was annoying. Next time ;)
Agreed on the per-line escape hatch — next time I'll reach for // biome-ignore at the genuinely-fine sites instead of restructuring them. Noted for the future.
Let me pick up #538. First, a fresh branch off updated main, then look at the test and the code it guards.
Wrote file successfully.
The plan is complete. This is a focused, test-only hardening task with a clear precedent (#529).
Issue #530 is a follow-up robustness fix. Four (really five) tests in packages/gateway/test/quota.test.ts count globalThis.fetch mock invocations without URL filtering, leaving them vulnerable to the same Sentry transport flush race that caused #527.
The fix: Apply the existing #529 URL-gating pattern (if (url.startsWith(QUOTA_URL))) to the call-count assertions:
toHaveBeenCalledTimes(1) tests → converted to URL-filtered quotaCalls counterscalls++ counter tests → gate the increment on the quota URLVerified against production: quota.ts:58 defines QUOTA_URL and quota.ts:210 calls fetch(QUOTA_URL, init) with the URL as the first arg, so the test mocks' (url: string) signature already matches.
I also flagged a 5th test (a failed fetch does not hold the full 5-min cooldown, asserts calls).toBe(0)) that the issue body omitted but shares the identical risk profile, and included it.
It's a test-only change (no source edits). Plan written to .opencode/plans/1780585160542-silent-cabin.md.
Your branch is up to date with 'origin/main'. * branch main -> FETCH_HEAD Already up to date. Switched to a new branch 'fix/perf-test-flake'
Let's merge
A plan file already exists at /home/byk/.local/share/opencode/worktree/0e8c2f3bbe145a3280d6fb6ed900a5121f382cf0/witty-garden/.opencode/plans/1780581238052-kind-rocket.md. You can read it and make incremental edits using the edit tool. You should build your plan incrementally by writing to or editing this file. NOTE that this is the only file you are allowed to edit - other than this you are only allowed to take READ-ONLY actions.
Goal: Gain a comprehensive understanding of the user's request by reading through code and asking them questions. Critical: In this phase you should only use the explore subagent type.
Focus on understanding the user's request and the code associated with their request
Launch up to 3 explore agents IN PARALLEL (single message, multiple tool calls) to efficiently explore the codebase.
PR #1067 is already merged. Let me verify its current state.
[
{
"content": "Read perf test + guarded code (gradient toolStripAnnotation)",
"status": "in_progress",
"priority": "high"
},
{
"content": "Loosen thresholds with headroom + warmup",
"status": "pending",
"priority": "high"
},
{
"content": "Verify test passes (isolation + full suite), lint, typecheck",
"status": "pending",
"priority": "high"
},
{
"content": "Commit, PR, CI, merge",
"status": "pending",
"priority": "high"
}
]
Let me look at the guarded code to understand exactly what the perf guard protects, so I set thresholds that still catch a real regression. Let me find truncateToolOutputsInContent and the scan-limit logic in gradient.ts.
Found 8 matches
/home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/lucky-cactus/packages/core/src/gradient.ts:
Line 892: const ANNOTATION_PATH_SCAN_LIMIT = 64 * 1024;
Line 901: export function toolStripAnnotation(toolName: string, output: string): string {
Line 912: if (output.indexOf("/") !== -1) {
Line 914: output.length > ANNOTATION_PATH_SCAN_LIMIT
Line 915: ? output.slice(0, ANNOTATION_PATH_SCAN_LIMIT)
Line 1037: /** Annotation for deduplicated tool output — follows the toolStripAnnotation() pattern. */
Line 1235: output: toolStripAnnotation(part.tool, part.state.output),
Line 1248: error: toolStripAnnotation(part.tool, part.state.error),
<path>/home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/lucky-cactus/packages/core/src/gradient.ts</path>
<type>file</type>
<content>
885: // Two mitigations for catastrophic backtracking in `PATH_RE`:
886: // 1. Skip entirely if the input contains no '/' (a path requires at least
887: // one separator, so without one the regex has no possible match yet
888: // still backtracks O(n²) on long runs of [\w.-]).
889: // 2. Cap the scanned slice at this limit so even crafted inputs with a
890: // '/' somewhere don't stall the worker. The annotation only needs a
891: // few representative paths — sampling the first 64KB is plenty.
892: const ANNOTATION_PATH_SCAN_LIMIT = 64 * 1024;
893: const PATH_RE = /(?:[\w.-]+\/)+[\w.-]+\.\w{1,5}/g;
894:
895: // Build a metadata annotation for a stripped tool output, preserving key signals
896: // about what was lost without requiring an LLM call. ...
Now I fully understand the guard. The scan limit caps PATH_RE regex work at 64KB regardless of input size. So the WITH-'/' test (which scans the capped 64KB slice) should complete in low-double-digit milliseconds — the only reason it ever hits 2.6s is parallel-load jitter, not the algorithm.
The regression these guard against is the ~30s catastrophic backtracking. So:
indexOf("/") fast-exit makes it trivially O(n) — should be ~1ms. A regression (removing the fast-exit) would make it O(n²) → seconds. Threshold 500ms → bump to give load headroom but stay far under a regression.The fix: generous thresholds that still catch the seconds-scale regression, plus a warm-up call to remove first-call JIT/allocation skew (the real source of the 2.6s outlier). Let me also check what the actual fast-path timings look like to set sane bounds.
Let's implement https://github.com/getsentry/cli/issues/1052
No plan file exists yet. You should create your plan at /home/byk/Code/getsentry/cli/.opencode/plans/1780585495735-playful-cactus.md using the write tool. You should build your plan incrementally by writing to or editing this file. NOTE that this is the only file you are allowed to edit - other than this you are only allowed to take READ-ONLY actions.
Goal: Gain a comprehensive understanding of the user's request by reading through code and asking them questions. Critical: In this phase you should only use the explore subagent type.
Focus on understanding the user's request and the code associated with their request
Launch up to 3 explore agents IN PARALLEL (single message, multiple tool calls) to efficiently explore the codebase.
I'll start by understanding the GitHub issue and exploring the codebase.