{"text": "I'll start by understanding the repo, the #11 pattern to mirror, and the scene package. Let me explore in parallel.", "turn": 2, "type": "assistant"}
{"input": {"command": "git -C /tmp/dispatch-parallax-2797485187 log --oneline -15", "description": "Show recent git history"}, "name": "Bash", "turn": 3, "type": "tool_use"}
{"input": {"command": "find /tmp/dispatch-parallax-2797485187/internal -type f -name '*.go'", "description": "List Go files in internal"}, "name": "Bash", "turn": 4, "type": "tool_use"}
{"input": {"command": "cat /tmp/dispatch-parallax-2797485187/AGENT_BOUNDARIES.md", "description": "Read boundaries doc"}, "name": "Bash", "turn": 5, "type": "tool_use"}
{"input": {"file_path": "/tmp/dispatch-parallax-2797485187/internal/scene/json.go"}, "name": "Read", "turn": 7, "type": "tool_use"}
{"input": {"file_path": "/tmp/dispatch-parallax-2797485187/internal/scene/scene.go"}, "name": "Read", "turn": 8, "type": "tool_use"}
{"input": {"command": "find /tmp/dispatch-parallax-2797485187 -iname '*image*' -o -iname '*provider*' -o -iname '*perception*'", "description": "Find image/provider/perception files"}, "name": "Bash", "turn": 9, "type": "tool_use"}
{"text": "#11's provider package isn't merged yet. Let me check #11's issue for the image-ref type shape to mirror, query the brain for prior art, and read project config.", "turn": 11, "type": "assistant"}
{"input": {"max_results": 5, "query": "select:mcp__brain__brain_query,mcp__gitea__issue_get,mcp__gitea__pr_list"}, "name": "ToolSearch", "turn": 12, "type": "tool_use"}
{"input": {"command": "cat /tmp/dispatch-parallax-2797485187/go.mod", "description": "Read go.mod"}, "name": "Bash", "turn": 13, "type": "tool_use"}
{"input": {"command": "cat /tmp/dispatch-parallax-2797485187/Taskfile.yml", "description": "Read Taskfile"}, "name": "Bash", "turn": 14, "type": "tool_use"}
{"text": "Now let me check #11's issue for the image-ref type shape to mirror, and query the brain for prior art.", "turn": 15, "type": "assistant"}
{"input": {"number": 11, "owner": "mathias", "repo": "parallax"}, "name": "mcp__gitea__issue_get", "turn": 16, "type": "tool_use"}
{"input": {"owner": "mathias", "repo": "parallax", "state": "all"}, "name": "mcp__gitea__pr_list", "turn": 17, "type": "tool_use"}
{"input": {"limit": 5, "query": "Go provider interface fake test seam context cancellation image bytes mime"}, "name": "mcp__brain__brain_query", "turn": 18, "type": "tool_use"}
{"text": "Key finding: **#11 is not merged** — no image-ref type exists yet, so I define my own (bytes + MIME), mirroring #11's described shape. And there's a brain note about the dispatch env lacking a C compiler for `-race`. Let me read it.", "turn": 20, "type": "assistant"}
{"input": {"max_results": 3, "query": "select:mcp__brain__brain_get"}, "name": "ToolSearch", "turn": 21, "type": "tool_use"}
{"input": {"path": "wiki/homelab/failures/dispatch-go-env-no-c-compiler-race-tests.md"}, "name": "mcp__brain__brain_get", "turn": 22, "type": "tool_use"}
{"text": "I have everything I need. Local env: no C compiler/golangci-lint (use `go build`, `go vet`, `gofmt`, non-race `go test`); CI is the race gate. #11 is unmerged, so I define my own reference-image type mirroring its described shape. Let me load the TDD skill and set up the branch.", "turn": 24, "type": "assistant"}
{"input": {"skill": "tdd"}, "name": "Skill", "turn": 25, "type": "tool_use"}
{"input": {"command": "git -C /tmp/dispatch-parallax-2797485187 checkout -b feat/perception-provider", "description": "Create feature branch"}, "name": "Bash", "turn": 26, "type": "tool_use"}
{"text": "Now the RED phase — write the failing test first. Black-box test package.", "turn": 28, "type": "assistant"}
{"input": {"content": "package perception_test\n\nimport (\n\t\"context\"\n\t\"errors\"\n\t\"testing\"\n\n\t\"github.com/stretchr/testify/assert\"\n\t\"github.com/stretchr/testify/require\"\n\n\t\"git.d-ma.be/mathias/parallax/internal/perception\"\n\t\"git.d-ma.be/mathias/parallax/internal/scene\"\n)\n\n// FakeProvider must satisfy the PerceptionProvider interface.\nvar _ perception.PerceptionProvider = (*perception.FakeProvider)(nil)\n\n// cannedScene is a small, valid scene used across the fake tests.\nfunc cannedScene() scene.Scene {\n\treturn scene.Scene{\n\t\tObjects: []scene.Object{\n\t\t\t{ID: \"shed\", Kind: \"shed\", Descriptor: \"a small wooden shed\"},\n\t\t\t{ID: \"house\", Kind: \"building\", Descriptor: \"a two-storey house\"},\n\t\t},\n\t\tRelations: []scene.Relation{\n\t\t\t{FromID: \"shed\", ToID: \"house\", Kind: \"north_of\"},\n\t\t},\n\t}\n}\n\nfunc TestFakeProvider_ReturnsConfiguredScene(t *testing.T) {\n\twant := cannedScene()\n\tfake := &perception.FakeProvider{Scene: want}\n\n\tgot, err := fake.Perceive(context.Background(), []perception.ReferenceImage{\n\t\t{Data: []byte(\"jpeg-bytes\"), MIMEType: \"image/jpeg\"},\n\t})\n\n\trequire.NoError(t, err)\n\tassert.Equal(t, want, got)\n}\n\nfunc TestFakeProvider_ReturnsConfiguredError(t *testing.T) {\n\tsentinel := errors.New(\"model unavailable\")\n\tfake := &perception.FakeProvider{Err: sentinel}\n\n\tgot, err := fake.Perceive(context.Background(), []perception.ReferenceImage{\n\t\t{Data: []byte(\"jpeg-bytes\"), MIMEType: \"image/jpeg\"},\n\t})\n\n\trequire.ErrorIs(t, err, sentinel)\n\tassert.Equal(t, scene.Scene{}, got, \"no partial scene on error\")\n}\n\nfunc TestFakeProvider_RecordsRequest(t *testing.T) {\n\tfake := &perception.FakeProvider{Scene: cannedScene()}\n\timages := []perception.ReferenceImage{\n\t\t{Data: []byte(\"one\"), MIMEType: \"image/jpeg\"},\n\t\t{Data: []byte(\"twelve-bytes\"), MIMEType: \"image/png\"},\n\t}\n\n\t_, err := fake.Perceive(context.Background(), images)\n\trequire.NoError(t, err)\n\n\trequire.Len(t, fake.Calls, 1)\n\tcall := fake.Calls[0]\n\tassert.Equal(t, 2, call.ImageCount)\n\tassert.Equal(t, []int{len(\"one\"), len(\"twelve-bytes\")}, call.ImageSizes)\n}\n\nfunc TestFakeProvider_CancelledContextReturnsContextErrorWithoutWork(t *testing.T) {\n\tsentinel := errors.New(\"should not be returned\")\n\tfake := &perception.FakeProvider{Scene: cannedScene(), Err: sentinel}\n\n\tctx, cancel := context.WithCancel(context.Background())\n\tcancel()\n\n\tgot, err := fake.Perceive(ctx, []perception.ReferenceImage{\n\t\t{Data: []byte(\"jpeg-bytes\"), MIMEType: \"image/jpeg\"},\n\t})\n\n\tassert.ErrorIs(t, err, context.Canceled)\n\tassert.NotErrorIs(t, err, sentinel, \"canned error must not be returned when ctx is cancelled\")\n\tassert.Equal(t, scene.Scene{}, got)\n\tassert.Empty(t, fake.Calls, \"cancelled call does no canned work and records nothing\")\n}\n", "file_path": "/tmp/dispatch-parallax-2797485187/internal/perception/perception_test.go"}, "name": "Write", "turn": 29, "type": "tool_use"}
{"input": {"command": "go test ./internal/perception/ 2>&1 | head -30", "description": "Run perception test to watch it fail"}, "name": "Bash", "turn": 30, "type": "tool_use"}
{"input": {"command": "go test ./internal/perception", "description": "Run perception package tests"}, "name": "Bash", "turn": 32, "type": "tool_use"}
{"text": "RED confirmed — fails because the feature doesn't exist. Now GREEN: write the minimal implementation.", "turn": 34, "type": "assistant"}
{"input": {"content": "// Package perception defines the boundary between parallax and a vision model\n// that reads a set of reference photographs into a structured scene.Scene.\n//\n// Perception is the \"read\" side of parallax's model boundary; it is the sibling\n// of the image-generation/editing \"write\" seam. It is vision-in, JSON-out: a\n// vision-capable model is shown one or more reference images and asked to return\n// a structured description of the environment, which is decoded and validated\n// into a scene.Scene.\n//\n// This package defines only the interface, its request type, and an in-memory\n// fake for tests. The live model-backed implementation (e.g. a local VLM served\n// over Ollama) lives elsewhere and is verified out of band, because it needs\n// network access this package deliberately does not.\npackage perception\n\nimport (\n\t\"context\"\n\n\t\"git.d-ma.be/mathias/parallax/internal/scene\"\n)\n\n// ReferenceImage is a single input photograph passed to a PerceptionProvider:\n// the raw encoded bytes together with the MIME type that identifies the\n// encoding (for example \"image/jpeg\" or \"image/png\").\ntype ReferenceImage struct {\n\t// Data is the raw, encoded image bytes.\n\tData []byte\n\t// MIMEType identifies the image encoding, e.g. \"image/jpeg\".\n\tMIMEType string\n}\n\n// PerceptionProvider turns one or more reference images into a validated\n// scene.Scene.\n//\n// Perceive is treated as a slow, cancellable call: the context is the first\n// parameter and MUST be honored — a cancelled context returns promptly with a\n// context error and no scene.\n//\n// Implementation contract: an implementation that talks to a real model MUST\n// decode the model's raw JSON response through scene.FromJSON before returning,\n// so that decoding and validation are enforced at this boundary. A structurally\n// invalid or malformed model response therefore surfaces as an error; Perceive\n// never returns a partially-valid Scene. Callers can rely on any returned Scene\n// having already satisfied scene.Scene.Validate.\ntype PerceptionProvider interface {\n\tPerceive(ctx context.Context, images []ReferenceImage) (scene.Scene, error)\n}\n", "file_path": "/tmp/dispatch-parallax-2797485187/internal/perception/perception.go"}, "name": "Write", "turn": 35, "type": "tool_use"}
{"input": {"content": "package perception\n\nimport (\n\t\"context\"\n\n\t\"git.d-ma.be/mathias/parallax/internal/scene\"\n)\n\n// FakeProvider is an in-memory PerceptionProvider for tests. It returns a\n// caller-configured canned Scene and/or error, and records the reference-image\n// requests it was called with so tests can assert on them.\n//\n// The zero value is usable: it returns the zero Scene and no error. Set Scene\n// and/or Err to configure the response.\ntype FakeProvider struct {\n\t// Scene is returned by Perceive when Err is nil.\n\tScene scene.Scene\n\t// Err, if non-nil, is returned by Perceive instead of Scene.\n\tErr error\n\n\t// Calls records each Perceive invocation that did canned work, in order.\n\t// A call that returns early due to a cancelled context is not recorded.\n\tCalls []FakeCall\n}\n\n// FakeCall captures what a single Perceive invocation was called with: the\n// number of reference images and the byte size of each, in order.\ntype FakeCall struct {\n\t// ImageCount is the number of reference images passed.\n\tImageCount int\n\t// ImageSizes is the byte length of each reference image, in call order.\n\tImageSizes []int\n}\n\n// Perceive honors the context before doing any canned work: a cancelled context\n// returns promptly with its context error, records nothing, and returns neither\n// the canned Scene nor the canned Err. Otherwise it records the request and\n// returns the configured Err (if set) or the configured Scene.\nfunc (f *FakeProvider) Perceive(ctx context.Context, images []ReferenceImage) (scene.Scene, error) {\n\tif err := ctx.Err(); err != nil {\n\t\treturn scene.Scene{}, err\n\t}\n\n\tcall := FakeCall{ImageCount: len(images)}\n\tfor _, img := range images {\n\t\tcall.ImageSizes = append(call.ImageSizes, len(img.Data))\n\t}\n\tf.Calls = append(f.Calls, call)\n\n\tif f.Err != nil {\n\t\treturn scene.Scene{}, f.Err\n\t}\n\treturn f.Scene, nil\n}\n", "file_path": "/tmp/dispatch-parallax-2797485187/internal/perception/fake.go"}, "name": "Write", "turn": 36, "type": "tool_use"}
{"input": {"command": "go test -count=1 ./internal/perception", "description": "Run perception tests (non-race)"}, "name": "Bash", "turn": 37, "type": "tool_use"}
{"text": "GREEN. Now verify the full local gate (vet, gofmt, whole-module tests) — race is deferred to CI.", "turn": 38, "type": "assistant"}
{"input": {"command": "go vet ./...", "description": "Vet all packages"}, "name": "Bash", "turn": 39, "type": "tool_use"}
{"input": {"command": "gofmt -l internal/perception", "description": "Check gofmt formatting"}, "name": "Bash", "turn": 40, "type": "tool_use"}
{"input": {"command": "go test -count=1 ./...", "description": "Run all module tests"}, "name": "Bash", "turn": 41, "type": "tool_use"}
{"text": "All green, vet and gofmt clean. Code is minimal and clean — no refactor needed. Let me log the TDD phases and commit.", "turn": 43, "type": "assistant"}
{"input": {"command": "git -C /tmp/dispatch-parallax-2797485187 add internal/perception", "description": "Stage new perception package"}, "name": "Bash", "turn": 44, "type": "tool_use"}
{"input": {"command": "git -C /tmp/dispatch-parallax-2797485187 commit -m \"feat(perception): PerceptionProvider interface + fake\" -m \"Define the perception (vision-in, scene-out) model boundary as the read-side sibling of the ImageProvider write seam (#11), so the orchestrator can be built and CI-verified against a fake regardless of which perception backend wins.\" -m \"- PerceptionProvider: one context-first method taking one-or-more ReferenceImage (bytes + MIME) and returning a validated scene.Scene.\" -m \"- Documented impl contract: real implementations MUST decode raw model JSON via scene.FromJSON so validation is enforced at the boundary; never a partially-valid Scene.\" -m \"- FakeProvider: caller-configured canned Scene and/or error; records image count + per-image size; honors a cancelled context before doing any canned work.\" -m \"TDD: tests first (configured scene, configured error, request recording, cancelled-context). Live Ollama-backed impl is a manual follow-up (needs iguana network access, out of dispatch scope). Refs #12.\" ", "description": "Commit perception package"}, "name": "Bash", "turn": 45, "type": "tool_use"}
{"text": "The parentheses read as subshell syntax. Let me simplify the message — no parens, no special chars.", "turn": 47, "type": "assistant"}
{"input": {"command": "git -C /tmp/dispatch-parallax-2797485187 commit -m \"feat(perception): PerceptionProvider interface + fake\" -m \"Define the perception vision-in scene-out model boundary as the read-side sibling of the ImageProvider write seam from issue 11, so the orchestrator can be built and CI-verified against a fake regardless of which perception backend wins.\" -m \"PerceptionProvider exposes one context-first method taking one-or-more ReferenceImage of bytes plus MIME type and returning a validated scene.Scene. Documented impl contract: real implementations MUST decode raw model JSON via scene.FromJSON so validation is enforced at the boundary and never a partially-valid Scene.\" -m \"FakeProvider offers a caller-configured canned Scene and-or error, records image count plus per-image size, and honors a cancelled context before doing any canned work.\" -m \"TDD: tests written first covering configured scene, configured error, request recording, and cancelled-context. Live Ollama-backed impl is a manual follow-up needing iguana network access, out of dispatch scope. Refs 12.\"", "description": "Commit perception package"}, "name": "Bash", "turn": 48, "type": "tool_use"}
{"input": {"command": "git -C /tmp/dispatch-parallax-2797485187 push -u origin feat/perception-provider", "description": "Push feature branch"}, "name": "Bash", "turn": 49, "type": "tool_use"}
{"text": "Pushed. Now open the PR so CI runs the ground-truth `task check` (including the `-race` pass this env can't run).", "turn": 50, "type": "assistant"}
{"input": {"max_results": 2, "query": "select:mcp__gitea__pr_create"}, "name": "ToolSearch", "turn": 51, "type": "tool_use"}
{"input": {"base": "main", "body": "Closes #12.\n\n## What\n\nDefines the **perception** model boundary — vision-in, scene-out — as the read-side sibling of the `ImageProvider` write seam (#11). Interface + types + fake only; no live Ollama calls, no network/filesystem I/O, exactly as scoped.\n\nNew package `internal/perception`:\n\n- **`ReferenceImage`** — a single input photo: raw `Data []byte` + `MIMEType string` (mirrors #11's image-ref shape).\n- **`PerceptionProvider`** — one context-first method `Perceive(ctx, []ReferenceImage) (scene.Scene, error)`. Godoc pins the implementation contract: real impls MUST decode the model's raw JSON via `scene.FromJSON` so decode+validation are enforced at the boundary — Perceive never returns a partially-valid `Scene`.\n- **`FakeProvider`** — caller-configured canned `Scene` and/or `Err`; records each call's image count + per-image byte size; honors a cancelled context *before* doing any canned work (returns the context error, records nothing).\n\n## Success criteria\n\n- [x] `PerceptionProvider` interface: context + one-or-more reference images (bytes + MIME) → validated `scene.Scene` + error.\n- [x] Real-impl contract documented: decode via `scene.FromJSON` at the boundary (live impl is the manual follow-up).\n- [x] Context honored: cancelled context returns promptly with a context error.\n- [x] `FakeProvider` with canned scene/error + request recording.\n- [x] Tests: configured scene, configured error, request recording, cancelled-context-without-work.\n- [ ] `task check` green — **CI is the gate** (dispatch env has no C compiler for `-race` and no golangci-lint; verified `go vet`, `gofmt -l`, non-race `go test ./...` locally).\n\n## Method\n\nTDD — tests written first, watched fail (no non-test files), then minimal impl to green. Did not modify `internal/scene`; reuses `scene.FromJSON`/`Validate` per the contract.\n\n## Out of scope\n\nLive Ollama-backed impl (`iguana:11434`), model provisioning, prompt engineering, orchestrator wiring — separate follow-ups, verified outside dispatch.", "head": "feat/perception-provider", "owner": "mathias", "repo": "parallax", "title": "feat(perception): PerceptionProvider interface + fake"}, "name": "mcp__gitea__pr_create", "turn": 52, "type": "tool_use"}
{"text": "PR #13 opened. Let me verify CI status on the PR head.", "turn": 53, "type": "assistant"}
{"input": {"max_results": 2, "query": "select:mcp__gitea__repo_status,mcp__gitea__workflow_run_list"}, "name": "ToolSearch", "turn": 54, "type": "tool_use"}
{"input": {"branch": "feat/perception-provider", "limit": 5, "owner": "mathias", "repo": "parallax"}, "name": "mcp__gitea__workflow_run_list", "turn": 55, "type": "tool_use"}
{"text": "No runs yet. Let me confirm a CI workflow exists and check overall commit status.", "turn": 57, "type": "assistant"}
{"input": {"command": "find /tmp/dispatch-parallax-2797485187/.gitea /tmp/dispatch-parallax-2797485187/.github -type f 2>/dev/null", "description": "Find CI workflow files"}, "name": "Bash", "turn": 58, "type": "tool_use"}
{"input": {"branch": "feat/perception-provider", "owner": "mathias", "repo": "parallax"}, "name": "mcp__gitea__repo_status", "turn": 59, "type": "tool_use"}
{"input": {"file_path": "/tmp/dispatch-parallax-2797485187/.gitea/workflows/cd.yml"}, "name": "Read", "turn": 60, "type": "tool_use"}
{"text": "CI's `check` job runs on PRs to main, so it should trigger for #13. Runs weren't indexed yet — let me poll by head SHA.", "turn": 62, "type": "assistant"}
{"input": {"head_sha": "d92a5c3e37c6c20f43b0b3ccb0176084dcb5ab53", "limit": 5, "owner": "mathias", "repo": "parallax"}, "name": "mcp__gitea__workflow_run_list", "turn": 63, "type": "tool_use"}
{"text": "CI run #1193 is queued. Let me wait for it to complete — polling at a cadence matched to a self-hosted runner Go build.", "turn": 64, "type": "assistant"}
{"input": {"command": "sleep 45", "description": "Wait for CI to progress"}, "name": "Bash", "turn": 65, "type": "tool_use"}
{"input": {"owner": "mathias", "repo": "parallax", "run_id": 1193}, "name": "mcp__gitea__workflow_run_status", "turn": 67, "type": "tool_use"}
{"input": {"max_results": 1, "query": "select:Monitor"}, "name": "ToolSearch", "turn": 69, "type": "tool_use"}
{"text": "I'll wait via a background sleep, then re-poll the CI status when it completes.", "turn": 71, "type": "assistant"}
{"input": {"command": "sleep 90", "description": "Wait for CI run to progress", "run_in_background": true}, "name": "Bash", "turn": 72, "type": "tool_use"}
{"input": {"owner": "mathias", "repo": "parallax", "run_id": 1193}, "name": "mcp__gitea__workflow_run_status", "turn": 73, "type": "tool_use"}
{"text": "Run has started (status `waiting`→picking up). Waiting on the background timer before re-polling.", "turn": 75, "type": "assistant"}
{"input": {"command": "sleep 5", "description": "noop"}, "name": "Bash", "turn": 76, "type": "tool_use"}
{"input": {"owner": "mathias", "repo": "parallax", "run_id": 1193}, "name": "mcp__gitea__workflow_run_status", "turn": 78, "type": "tool_use"}
{"text": "CI run #1193 **succeeded** — `task check` (golangci-lint + vet + `-race`) is green on the PR head. All success criteria met. Let me report back on the issue and capture a process-level finding.", "turn": 80, "type": "assistant"}
{"input": {"max_results": 2, "query": "select:mcp__gitea__issue_comment,mcp__brain__brain_write"}, "name": "ToolSearch", "turn": 81, "type": "tool_use"}
{"input": {"body": "## Done — PR #13 (CI green)\n\nBranch `feat/perception-provider` → PR #13. CI run #1193 (`task check`: golangci-lint + `go vet` + `go test -race`) **passed** on PR head `d92a5c3`.\n\n### What landed\n\nNew package `internal/perception` (interface + types + fake only — no live Ollama, no network/filesystem I/O, per scope):\n\n- **`ReferenceImage`** — one input photo: `Data []byte` + `MIMEType string`. Defined locally, mirroring #11's described image-ref shape (see note below).\n- **`PerceptionProvider`** — single context-first method `Perceive(ctx, []ReferenceImage) (scene.Scene, error)`. Godoc pins the implementation contract: real impls MUST decode the model's raw JSON via `scene.FromJSON` so decode+validation happen at the boundary; `Perceive` never returns a partially-valid `Scene`.\n- **`FakeProvider`** — caller-configured canned `Scene` and/or `Err`; records each call's image count + per-image byte size (`Calls []FakeCall`); checks `ctx.Err()` *before* any canned work, so a cancelled context returns the context error, records nothing, and returns no canned response.\n\n### Success criteria\n\n- [x] `PerceptionProvider` interface: context + one-or-more reference images (bytes + MIME) → validated `scene.Scene` + error.\n- [x] Real-impl contract documented: decode via `scene.FromJSON` at the boundary.\n- [x] Context honored: cancelled context returns promptly with a context error.\n- [x] `FakeProvider` with canned scene/error + request recording.\n- [x] Tests: configured scene; configured error; request recording; cancelled-context-without-work.\n- [x] `task check` green on PR head (CI #1193).\n\nMethod: TDD — tests written first and watched fail (no non-test files), then minimal impl to green. `internal/scene` untouched; reuses `scene.FromJSON`/`Validate`. No continuation-token field (single-shot per photo set, per the spec).\n\n### Notes for the reviewer / follow-ups\n\n- **#11 is not merged yet** (open issue, no `imageprovider` package in `main`), so there was no shared image-ref type to reuse. I defined `ReferenceImage` locally in `internal/perception`. When #11 lands, the two seams could share a common ref type if desired — a small consolidation, not a blocker.\n- **Live Ollama-backed impl remains out of scope** (`iguana:11434`, structured output via `format`) — manual/local follow-up, needs network the dispatch sandbox lacks.\n- **Dispatch env caveat (unchanged from prior slices):** no C compiler (`-race` unrunnable locally) and no golangci-lint; verified `go vet`, `gofmt -l`, non-race `go test ./...` locally and relied on CI as the ground-truth gate.\n\n### Process finding (dispatcher)\n\nThe bash policy (dispatch#16) denies `git commit -m` messages containing `(...)` — parentheses read as subshell syntax, same class as the documented `<>`/angle-bracket denial. First commit attempt was rejected; succeeded after removing all parens from the message. Captured to the brain (homelab/failures) so future dispatched Go work doesn't rediscover it.", "number": 12, "owner": "mathias", "repo": "parallax"}, "name": "mcp__gitea__issue_comment", "turn": 82, "type": "tool_use"}
{"input": {"content": "# Dispatch bash policy denies parentheses in `git commit -m` messages\n\n## What happened\nIn a Claude Code + hyperguild headless dispatch session (repo mathias/parallax,\nissue #12), a `git commit -m \"...\" -m \"...\"` was denied with\n`dispatch policy: Bash is outside the headless safe set`. The only offending\ncontent was parentheses in the message body — e.g. `write seam (#11)` and\n`(bytes + MIME)`. Removing every `(` / `)` from all `-m` strings made the exact\nsame commit succeed.\n\n## Why it matters\nThe dispatch bash policy (dispatch#16) already documents that `<`/`>` angle\nbrackets are denied because they read as redirects, and that `&&`, `||`, `|`,\n`;`, `$(...)`, backticks are denied. Parentheses fall in the same bucket:\nbare `(...)` reads as shell subshell/grouping syntax, so a commit message that\nmerely *mentions* `(#11)` or `(foo)` trips the deny filter. This is NOT called\nout explicitly in the standing dispatch instructions (which name only angle\nbrackets), so it's easy to burn a turn rediscovering it.\n\n## How to avoid\n- When composing `git commit -m` (or any Bash arg) in dispatch, avoid `()` in\n  addition to `<>`. Rephrase: `write seam (#11)` -> `write seam from issue 11`;\n  `(bytes + MIME)` -> `of bytes plus MIME type`.\n- Reference issues/PRs as bare numbers or `Refs 12` / `issue 11`, not `(#12)`.\n- Safe punctuation observed to pass: `.`, `,`, `:`, `-`, `+`, `/`, `#` (when not\n  adjacent to `(`), and `and-or` in place of `and/or`.\n\n## Scope\nGeneralizes to any repo dispatched into this headless environment, not just\nparallax. Same class as the documented angle-bracket and pipe/`&&` denials.\n", "filename": "dispatch-bash-policy-denies-parentheses-in-commit-messages", "hall": "failures", "wing": "homelab"}, "name": "mcp__brain__brain_write", "turn": 83, "type": "tool_use"}
{"text": "Let me stop the lingering background sleep.", "turn": 84, "type": "assistant"}
{"input": {"max_results": 1, "query": "select:TaskStop"}, "name": "ToolSearch", "turn": 85, "type": "tool_use"}
{"input": {"task_id": "br47g6v0j"}, "name": "TaskStop", "turn": 86, "type": "tool_use"}
{"text": "Done. Issue #12 is resolved.\n\n## Report\n\n**What I did:** Implemented the `PerceptionProvider` seam — the vision-in / scene-out read side of parallax's model boundary — as interface + types + fake only, following TDD.\n\n**Package `internal/perception` (new):**\n- `ReferenceImage` — `Data []byte` + `MIMEType string` (one input photo).\n- `PerceptionProvider` — single context-first method `Perceive(ctx, []ReferenceImage) (scene.Scene, error)`; godoc pins the contract that real impls must decode raw model JSON via `scene.FromJSON` so validation is enforced at the boundary.\n- `FakeProvider` — caller-configured canned `Scene`/`Err`, records call image count + per-image sizes, and honors a cancelled context before any canned work.\n- Tests (written first, watched fail): configured scene, configured error, request recording, cancelled-context-without-work. `internal/scene` untouched.\n\n**Branch / PR:** `feat/perception-provider`, commit `d92a5c3`, pushed → **PR #13** against `main`.\n\n**CI (ground-truth gate):** run #1193 — `task check` (golangci-lint + `go vet` + `go test -race`) **passed**. All success criteria met.\n\n**Reported back** on issue #12 with the outcome.\n\n**Process finding (called out + captured to brain, homelab/failures):** the dispatch bash policy denies `git commit -m` messages containing parentheses `(...)` — same subshell-syntax class as the documented `<>`/pipe/`&&` denials, but *not* named in the standing instructions (which mention only angle brackets). First commit was rejected on `(#11)`/`(bytes + MIME)`; succeeded after removing all parens. Future dispatched work should avoid `()` in Bash args, not just `<>`.\n\nOne environment note (already known/documented): the dispatch sandbox has no C compiler (so `-race` can't run locally) and no golangci-lint — I verified `go vet`, `gofmt -l`, and non-race `go test ./...` locally and relied on CI for the rest.", "turn": 87, "type": "assistant"}
{"cost_usd": 2.0394504999999996, "is_error": false, "turns": 51, "type": "result"}