{"input": {"command": "ls -la", "description": "List working directory contents"}, "name": "Bash", "turn": 2, "type": "tool_use"}
{"input": {"max_results": 5, "query": "select:mcp__brain__brain_query,mcp__brain__brain_write"}, "name": "ToolSearch", "turn": 3, "type": "tool_use"}
{"input": {"file_path": "/repo/README.md"}, "name": "Read", "turn": 5, "type": "tool_use"}
{"input": {"command": "ls -la docs spike", "description": "List docs and spike directories"}, "name": "Bash", "turn": 6, "type": "tool_use"}
{"input": {"file_path": "/repo/transpile.go"}, "name": "Read", "turn": 7, "type": "tool_use"}
{"input": {"file_path": "/repo/transpile_test.go"}, "name": "Read", "turn": 8, "type": "tool_use"}
{"input": {"query": "drift detection oath runner unmatched sentence"}, "name": "mcp__brain__brain_query", "turn": 9, "type": "tool_use"}
{"text": "The work is in the `spike/` directory. Let me read the relevant files.", "turn": 11, "type": "assistant"}
{"input": {"file_path": "/tmp/dispatch-swedsl-3318182849/spike/oath.go"}, "name": "Read", "turn": 12, "type": "tool_use"}
{"input": {"file_path": "/tmp/dispatch-swedsl-3318182849/spike/drift_test.go"}, "name": "Read", "turn": 13, "type": "tool_use"}
{"input": {"file_path": "/tmp/dispatch-swedsl-3318182849/spike/drift.md"}, "name": "Read", "turn": 14, "type": "tool_use"}
{"input": {"file_path": "/tmp/dispatch-swedsl-3318182849/spike/drift-first.md"}, "name": "Read", "turn": 15, "type": "tool_use"}
{"text": "The `Drift` type and `RunReport` already exist (from #10). For #12 I need to add: a `Reason` field (`no step matched`), deterministic ordering by offset, and the separates-drift-from-failures test. Let me check conventions and the issue dependencies.", "turn": 17, "type": "assistant"}
{"input": {"command": "grep -rn \"reason\\|Reason\\|no step\\|extraction\\|additive\" /tmp/dispatch-swedsl-3318182849/spike", "description": "Search for reason/extraction conventions"}, "name": "Bash", "turn": 18, "type": "tool_use"}
{"input": {"index": "12", "repo": "mathias/swedsl"}, "name": "mcp__gitea__issue_get", "turn": 19, "type": "tool_use"}
{"input": {"file_path": "/tmp/dispatch-swedsl-3318182849/spike/followup_test.go"}, "name": "Read", "turn": 20, "type": "tool_use"}
{"input": {"command": "grep -rn \"func registry\" /tmp/dispatch-swedsl-3318182849/spike", "description": "Find registry test helper"}, "name": "Bash", "turn": 22, "type": "tool_use"}
{"input": {"file_path": "/tmp/dispatch-swedsl-3318182849/spike/SPIKE.md", "limit": 40, "offset": 140}, "name": "Read", "turn": 23, "type": "tool_use"}
{"input": {"file_path": "/tmp/dispatch-swedsl-3318182849/spike/oath_test.go"}, "name": "Read", "turn": 25, "type": "tool_use"}
{"text": "I have enough context. This is TDD/red-first. Let me write the failing test and fixtures first.", "turn": 27, "type": "assistant"}
{"input": {"content": "# Drift And Fail\n\nthe moon is made of cheese. I add 40 and 2. the total is 99.\n", "file_path": "/tmp/dispatch-swedsl-3318182849/spike/drift-and-fail.md"}, "name": "Write", "turn": 28, "type": "tool_use"}
{"input": {"content": "# Drift Multi\n\nthe moon is made of cheese. the sky is falling. water flows uphill.\n", "file_path": "/tmp/dispatch-swedsl-3318182849/spike/drift-multi.md"}, "name": "Write", "turn": 29, "type": "tool_use"}
{"input": {"file_path": "/tmp/dispatch-swedsl-3318182849/spike/drift_test.go", "new_string": "//go:embed drift-first.md\nvar driftFirstMD []byte\n\n//go:embed drift-and-fail.md\nvar driftAndFailMD []byte\n\n//go:embed drift-multi.md\nvar driftMultiMD []byte", "old_string": "//go:embed drift-first.md\nvar driftFirstMD []byte", "replace_all": false}, "name": "Edit", "turn": 30, "type": "tool_use"}
{"input": {"file_path": "/tmp/dispatch-swedsl-3318182849/spike/drift_test.go", "new_string": "// AC#1 (#12): an oath with one real Fail (matched sensor, wrong value) AND one\n// Drift (unmatched sentence). The result exposes them in SEPARATE buckets — a\n// caller counting failures does not accidentally count drift, and vice versa.\nfunc TestDriftReport_SeparatesDriftFromFailures(t *testing.T) {\n\trep, err := RunReport(driftAndFailMD, registry(t))\n\tif err != nil {\n\t\tt.Fatalf(\"unexpected structural error: %v\", err)\n\t}\n\n\t// Drift bucket: exactly the unmatched sentence.\n\tif len(rep.Drift) != 1 {\n\t\tt.Fatalf(\"got %d drift entries, want 1: %+v\", len(rep.Drift), rep.Drift)\n\t}\n\td := rep.Drift[0]\n\tif d.Sentence != driftSentence {\n\t\tt.Errorf(\"drift sentence = %q, want %q\", d.Sentence, driftSentence)\n\t}\n\t// AC#2: every drift entry carries a stable, machine-readable reason.\n\tif d.Reason != DriftNoStepMatched {\n\t\tt.Errorf(\"drift reason = %q, want %q\", d.Reason, DriftNoStepMatched)\n\t}\n\t// AC#2: offset is in the source (outermost) coordinate space, composing by\n\t// byte addition exactly like the #8 failure anchor.\n\twantOffset := bytes.Index(driftAndFailMD, []byte(driftSentence))\n\tif d.Offset != wantOffset {\n\t\tt.Errorf(\"drift offset = %d, want %d (byte span of the sentence)\", d.Offset, wantOffset)\n\t}\n\n\t// Failure bucket: the wrong-value sensor, in its own bucket.\n\tif rep.Failure == nil {\n\t\tt.Fatal(\"expected a step failure in its own bucket, got none\")\n\t}\n\tif rep.Failure.Span != \"the total is 99\" {\n\t\tt.Errorf(\"failure span = %q, want %q\", rep.Failure.Span, \"the total is 99\")\n\t}\n\n\t// Cross-contamination guard: neither bucket bleeds into the other.\n\tfor _, dr := range rep.Drift {\n\t\tif dr.Sentence == rep.Failure.Span {\n\t\t\tt.Errorf(\"failing sentence %q leaked into the drift bucket\", dr.Sentence)\n\t\t}\n\t}\n}\n\n// AC#3 (#12): drift entries are ordered deterministically by source offset, so\n// the surfaced output is diff-stable.\nfunc TestDriftReport_OrderedByOffset(t *testing.T) {\n\trep, err := RunReport(driftMultiMD, registry(t))\n\tif err != nil {\n\t\tt.Fatalf(\"unexpected structural error: %v\", err)\n\t}\n\tif len(rep.Drift) != 3 {\n\t\tt.Fatalf(\"got %d drift entries, want 3: %+v\", len(rep.Drift), rep.Drift)\n\t}\n\tfor i := 1; i < len(rep.Drift); i++ {\n\t\tif rep.Drift[i-1].Offset > rep.Drift[i].Offset {\n\t\t\tt.Errorf(\"drift entries not ordered by offset: entry %d offset %d > entry %d offset %d\",\n\t\t\t\ti-1, rep.Drift[i-1].Offset, i, rep.Drift[i].Offset)\n\t\t}\n\t}\n}\n\n// AC#3, drift-FIRST: the previous fixture puts the drift sentence last, so", "old_string": "// AC#3, drift-FIRST: the previous fixture puts the drift sentence last, so", "replace_all": false}, "name": "Edit", "turn": 31, "type": "tool_use"}
{"text": "Now run the tests to confirm red (Reason field and constant don't exist yet):", "turn": 32, "type": "assistant"}
{"input": {"command": "cd /tmp/dispatch-swedsl-3318182849/spike && go test ./... 2>&1 | head -30", "description": "Run tests to confirm red"}, "name": "Bash", "turn": 33, "type": "tool_use"}
{"input": {"command": "go -C /tmp/dispatch-swedsl-3318182849/spike test ./...", "description": "Run spike tests (expect red)"}, "name": "Bash", "turn": 35, "type": "tool_use"}
{"text": "Red confirmed. Now implement: add `Reason` field + constant, set it, and sort drift by offset.", "turn": 36, "type": "assistant"}
{"input": {"file_path": "/tmp/dispatch-swedsl-3318182849/spike/oath.go", "new_string": "// DriftNoStepMatched is the stable, machine-readable reason stamped on every\n// Drift entry: the sentence matched neither a stimulus nor a sensor. It is the\n// only drift reason today (the in-oath prose-marker distinction is #11); keeping\n// it a named constant lets a caller branch on the reason without string-matching\n// a free-form message.\nconst DriftNoStepMatched = \"no step matched\"\n\n// Drift is a sentence in an oath that matches no registered step: neither a\n// stimulus nor a sensor claimed it. It is a third outcome distinct from a matched\n// step's Pass/Fail, carrying the sentence text, its absolute source offset, and a\n// stable Reason so a later stage can enumerate or gate on it (swedsl#12, #13).\n// Offset is in the outermost coordinate space the runner is given — a plain byte\n// offset into source — so it composes across extraction by addition, exactly like\n// the #8 failure anchor. Here ANY unmatched sentence is drift; the prose-marker\n// distinction is #11.\ntype Drift struct {\n\tSentence string\n\tOffset   int\n\tLine     int\n\tCol      int\n\tReason   string\n}", "old_string": "// Drift is a sentence in an oath that matches no registered step: neither a\n// stimulus nor a sensor claimed it. It is a third outcome distinct from a matched\n// step's Pass/Fail, carrying the sentence text and its absolute source offset so a\n// later stage can enumerate or gate on it (swedsl#12, #13). Here ANY unmatched\n// sentence is drift; the prose-marker distinction is #11.\ntype Drift struct {\n\tSentence string\n\tOffset   int\n\tLine     int\n\tCol      int\n}", "replace_all": false}, "name": "Edit", "turn": 37, "type": "tool_use"}
{"input": {"file_path": "/tmp/dispatch-swedsl-3318182849/spike/oath.go", "new_string": "\t\t\tdrift = append(drift, Drift{Sentence: s.text, Offset: s.start, Line: line, Col: col, Reason: DriftNoStepMatched})", "old_string": "\t\t\tdrift = append(drift, Drift{Sentence: s.text, Offset: s.start, Line: line, Col: col})", "replace_all": false}, "name": "Edit", "turn": 38, "type": "tool_use"}
{"text": "Now add deterministic ordering. I'll name the return and defer a sort so every return path is covered:", "turn": 40, "type": "assistant"}
{"input": {"file_path": "/tmp/dispatch-swedsl-3318182849/spike/oath.go", "new_string": "func RunReport(source []byte, reg *Registry) (rep Report, err error) {\n\t// Deterministic ordering by source offset, so surfaced drift is diff-stable\n\t// (swedsl#12 AC#3). Sentences are already discovered in document order, but a\n\t// caller must not depend on that incidental order — sort makes it a guarantee.\n\tdefer func() {\n\t\tsort.SliceStable(rep.Drift, func(i, j int) bool { return rep.Drift[i].Offset < rep.Drift[j].Offset })\n\t}()\n\n\tdoc := goldmark.DefaultParser().Parse(text.NewReader(source))\n\n\tfor _, para := range allParagraphs(doc) {", "old_string": "func RunReport(source []byte, reg *Registry) (Report, error) {\n\tdoc := goldmark.DefaultParser().Parse(text.NewReader(source))\n\n\tvar rep Report\n\tfor _, para := range allParagraphs(doc) {", "replace_all": false}, "name": "Edit", "turn": 41, "type": "tool_use"}
{"input": {"file_path": "/tmp/dispatch-swedsl-3318182849/spike/oath.go", "new_string": "\t\"errors\"\n\t\"fmt\"\n\t\"reflect\"\n\t\"sort\"\n\t\"strings\"", "old_string": "\t\"errors\"\n\t\"fmt\"\n\t\"reflect\"\n\t\"strings\"", "replace_all": false}, "name": "Edit", "turn": 42, "type": "tool_use"}
{"input": {"command": "go -C /tmp/dispatch-swedsl-3318182849/spike vet ./...", "description": "go vet spike"}, "name": "Bash", "turn": 43, "type": "tool_use"}
{"input": {"command": "go -C /tmp/dispatch-swedsl-3318182849/spike test ./...", "description": "Run spike tests"}, "name": "Bash", "turn": 44, "type": "tool_use"}
{"text": "Green. Now race and the root module:", "turn": 46, "type": "assistant"}
{"input": {"command": "CGO_ENABLED=1 go -C /tmp/dispatch-swedsl-3318182849/spike test -race ./...", "description": "Run spike tests with race detector"}, "name": "Bash", "turn": 47, "type": "tool_use"}
{"input": {"command": "go -C /tmp/dispatch-swedsl-3318182849 test ./...", "description": "Run root module tests"}, "name": "Bash", "turn": 48, "type": "tool_use"}
{"text": "All green. Let me check git state and commit.", "turn": 50, "type": "assistant"}
{"input": {"command": "git -C /tmp/dispatch-swedsl-3318182849 status", "description": "Git status"}, "name": "Bash", "turn": 51, "type": "tool_use"}
{"text": "On `main` — I'll branch first per policy.", "turn": 53, "type": "assistant"}
{"input": {"command": "git -C /tmp/dispatch-swedsl-3318182849 checkout -b drift-3-surface-enumerable-category", "description": "Create feature branch"}, "name": "Bash", "turn": 54, "type": "tool_use"}
{"input": {"command": "git -C /tmp/dispatch-swedsl-3318182849 add spike/drift_test.go spike/oath.go spike/drift-and-fail.md spike/drift-multi.md", "description": "Stage changes"}, "name": "Bash", "turn": 55, "type": "tool_use"}
{"input": {"command": "git -C /tmp/dispatch-swedsl-3318182849 commit -m \"feat(spike): surface drift as distinct enumerable category (swedsl#12)\" -m \"Drift now carries a stable, machine-readable Reason (DriftNoStepMatched = 'no step matched') alongside sentence text and outermost-coordinate byte offset, and RunReport returns drift entries deterministically ordered by source offset so output is diff-stable.\" -m \"A caller can enumerate drift independently of failures: TestDriftReport_SeparatesDriftFromFailures proves a real Fail and a Drift land in separate buckets with no cross-contamination. TestDriftReport_OrderedByOffset locks the ordering guarantee.\" -m \"Closes #12.\"", "description": "Commit changes"}, "name": "Bash", "turn": 56, "type": "tool_use"}
{"input": {"command": "git -C /tmp/dispatch-swedsl-3318182849 push -u origin drift-3-surface-enumerable-category", "description": "Push feature branch"}, "name": "Bash", "turn": 57, "type": "tool_use"}
{"text": "Pushed. Let me open a PR and check CI.", "turn": 59, "type": "assistant"}
{"input": {"base": "main", "body": "## Track\nDrift detection 3/5. Depends on #10.\n\n## What changed\n- `Drift` now carries a stable, machine-readable `Reason` (`DriftNoStepMatched = \"no step matched\"`) alongside sentence text and byte offset. Offset is in the outermost coordinate space the runner is given — a plain byte offset into source — so it composes across extraction by addition, exactly like the #8 failure anchor.\n- `RunReport` returns drift entries deterministically ordered by source offset (via a deferred `sort.SliceStable` covering every return path), so surfaced output is diff-stable.\n\n## Acceptance criteria\n1. `TestDriftReport_SeparatesDriftFromFailures` — an oath with one real `Fail` (matched sensor, wrong value) AND one `Drift` (unmatched sentence) lands them in **separate** buckets (`rep.Failure` vs `rep.Drift`), with a cross-contamination guard.\n2. Each drift entry carries `{sentence, offset, reason}`; offset composes through extraction like #8.\n3. `TestDriftReport_OrderedByOffset` locks deterministic ordering by source offset.\n4. `go test ./...` green (both modules), `go vet` clean, `-race` clean.\n\n## Verdict\nA caller can enumerate drift independently of pass/fail, with actionable per-entry detail (sentence, source offset, stable reason).\n\nCloses #12.\n\n🤖 Generated with [Claude Code](https://claude.com/claude-code)", "head": "drift-3-surface-enumerable-category", "repo": "mathias/swedsl", "title": "feat(spike): surface drift as distinct enumerable category (#12)"}, "name": "mcp__gitea__pr_create", "turn": 60, "type": "tool_use"}
{"input": {"max_results": 3, "query": "select:mcp__gitea__pr_create,mcp__gitea__workflow_run_list"}, "name": "ToolSearch", "turn": 61, "type": "tool_use"}
{"input": {"base": "main", "body": "## Track\nDrift detection 3/5. Depends on #10.\n\n## What changed\n- `Drift` now carries a stable, machine-readable `Reason` (`DriftNoStepMatched = \"no step matched\"`) alongside sentence text and byte offset. Offset is in the outermost coordinate space the runner is given — a plain byte offset into source — so it composes across extraction by addition, exactly like the #8 failure anchor.\n- `RunReport` returns drift entries deterministically ordered by source offset (via a deferred `sort.SliceStable` covering every return path), so surfaced output is diff-stable.\n\n## Acceptance criteria\n1. `TestDriftReport_SeparatesDriftFromFailures` — an oath with one real `Fail` (matched sensor, wrong value) AND one `Drift` (unmatched sentence) lands them in **separate** buckets (`rep.Failure` vs `rep.Drift`), with a cross-contamination guard.\n2. Each drift entry carries `{sentence, offset, reason}`; offset composes through extraction like #8.\n3. `TestDriftReport_OrderedByOffset` locks deterministic ordering by source offset.\n4. `go test ./...` green (both modules), `go vet` clean, `-race` clean.\n\n## Verdict\nA caller can enumerate drift independently of pass/fail, with actionable per-entry detail (sentence, source offset, stable reason).\n\nCloses #12.", "head": "drift-3-surface-enumerable-category", "owner": "mathias", "repo": "swedsl", "title": "feat(spike): surface drift as distinct enumerable category (#12)"}, "name": "mcp__gitea__pr_create", "turn": 62, "type": "tool_use"}
{"input": {"branch": "drift-3-surface-enumerable-category", "limit": 10, "owner": "mathias", "repo": "swedsl"}, "name": "mcp__gitea__workflow_run_list", "turn": 63, "type": "tool_use"}
{"input": {"event": "all", "limit": 10, "owner": "mathias", "repo": "swedsl"}, "name": "mcp__gitea__workflow_run_list", "turn": 65, "type": "tool_use"}
{"input": {"command": "git -C /tmp/dispatch-swedsl-3318182849 ls-files .gitea .github", "description": "List CI workflow files"}, "name": "Bash", "turn": 67, "type": "tool_use"}
{"text": "No CI workflows exist in this repo, so there's no CI run to wait on. I've verified locally (vet clean, tests green, `-race` clean, both modules). Let me record the task verdict and the process finding to the brain.", "turn": 69, "type": "assistant"}
{"input": {"content": "# swedsl#12 verdict: drift is enumerable independently of pass/fail with per-entry detail\n\nYes — a caller can enumerate drift independently of failures, with actionable\nper-entry detail. `RunReport` returns two separate buckets: `Report.Failure`\n(first step failure) and `Report.Drift` ([]Drift). Counting one never counts the\nother (`TestDriftReport_SeparatesDriftFromFailures`, with a cross-contamination\nguard on sentence text).\n\nEach `Drift` carries `{Sentence, Offset, Line, Col, Reason}`. Reason is the stable\nconstant `DriftNoStepMatched = \"no step matched\"` (only drift reason today; the\nin-oath prose-marker distinction is deferred to #11). Offset is a plain byte offset\ninto the source the runner is given — the outermost coordinate space — so it\ncomposes across extraction by addition exactly like the #8 failure anchor.\n\nOrdering is deterministic by source offset via a deferred `sort.SliceStable` in\n`RunReport` that covers every return path (including the early failure return), so\nsurfaced output is diff-stable regardless of paragraph/sentence discovery order\n(`TestDriftReport_OrderedByOffset`).\n\nOut of scope (intentionally): how the gate treats drift (#13), persistence /\naccept-as-prose (#14).\n\nPR mathias/swedsl!25 on branch drift-3-surface-enumerable-category.\n", "hall": "facts", "wing": "swedsl"}, "name": "mcp__brain__brain_write", "turn": 70, "type": "tool_use"}
{"input": {"content": "# Dispatched repo mathias/swedsl has NO CI — \"push so CI runs\" done-signal is absent\n\n## Symptom\nThe headless dispatcher instructs: \"push so CI runs (CI is the ground-truth\ndone-signal — your report is not trusted on its own).\" For mathias/swedsl this is\nunsatisfiable: the repo has zero Gitea Actions workflows (`git ls-files .gitea\n.github` empty; `workflow_run_list` returns `{\"runs\":[],\"total\":0}` for all events),\nso pushing a branch triggers no run and there is no external verification.\n\n## Implication\nFor this repo the only ground-truth is local verification. Done-signal here =\n`go vet ./...` clean + `go test ./...` green in BOTH modules (repo-root module\n`git.d-ma.be/mathias/swedsl` AND the nested `swedsl/spike` module — separate\ngo.mod files) + `CGO_ENABLED=1 go test -race ./...` clean. Run each separately per\nbash-one-command policy; use `go -C <dir> test ./...` since `cd &&` compound is\ndenied.\n\n## Generalizes to\nOther dispatched repos may likewise lack CI. Don't block or loop waiting on a CI\nrun that will never appear — check for `.gitea/workflows` / `.github/workflows`\nearly; if absent, treat thorough local verification as the done-signal and say so\nexplicitly in the report.\n", "hall": "failures", "wing": "homelab"}, "name": "mcp__brain__brain_write", "turn": 71, "type": "tool_use"}
{"text": "Done. Issue #12 resolved.\n\n## Report\n\n**What changed** (all in `spike/`):\n- **`oath.go`** — Added `Reason` field to the `Drift` struct plus a stable exported constant `DriftNoStepMatched = \"no step matched\"`, stamped on every drift entry. `Drift` now carries `{Sentence, Offset, Line, Col, Reason}`. Offset is a plain byte offset into the source (the outermost coordinate space) so it composes across extraction by addition, exactly like the #8 failure anchor. Added a deferred `sort.SliceStable` in `RunReport` (covering every return path, including the early failure return) that orders drift deterministically by source offset.\n- **`drift_test.go`** — Added the red-first `TestDriftReport_SeparatesDriftFromFailures` (one real `Fail` + one `Drift` land in separate buckets, with a cross-contamination guard) and `TestDriftReport_OrderedByOffset` (locks the ordering guarantee). Verifies the `Reason` field.\n- **`drift-and-fail.md`, `drift-multi.md`** — New fixtures.\n\n**Verification** (no CI exists in this repo — see below — so local is the done-signal):\n- `go vet ./...` clean\n- `go test ./...` green in both modules (`git.d-ma.be/mathias/swedsl` and `swedsl/spike`)\n- `CGO_ENABLED=1 go test -race ./...` clean\n\n**Commit/branch/PR:** commit `51a4ef8` on branch `drift-3-surface-enumerable-category`, pushed; opened PR **mathias/swedsl!25** (`Closes #12`).\n\n**Verdict recorded:** A caller can enumerate drift independently of pass/fail — `Report.Failure` vs `Report.Drift` are separate buckets, each drift entry has actionable `{sentence, offset, reason}` detail, ordered diff-stably by offset. Written to brain (swedsl/facts).\n\n**⚠️ Process finding:** This repo has **no CI** — no `.gitea/workflows` or `.github/workflows`, and `workflow_run_list` returns zero runs for all events. The dispatcher's \"push so CI runs (ground-truth done-signal)\" assumption is unsatisfiable here; local verification is the only signal. Captured to brain (homelab/failures) as it likely generalizes to other CI-less dispatched repos — check for workflow files early and don't wait on a run that will never appear.", "turn": 72, "type": "assistant"}
{"cost_usd": 1.69780375, "is_error": false, "turns": 45, "type": "result"}