{"text": "I'll start by understanding the repo conventions and prior art. Let me kick off several reads in parallel.", "turn": 2, "type": "assistant"}
{"input": {"command": "ls -la /home/mathias/swedsl 2>/dev/null || pwd", "description": "List working directory contents"}, "name": "Bash", "turn": 3, "type": "tool_use"}
{"input": {"command": "git status", "description": "Show git status"}, "name": "Bash", "turn": 5, "type": "tool_use"}
{"text": "Git works — the earlier failure was the `||` operator. Let me read the repo conventions and query the brain.", "turn": 7, "type": "assistant"}
{"input": {"file_path": "/home/mathias/swedsl/CLAUDE.md"}, "name": "Read", "turn": 8, "type": "tool_use"}
{"input": {"max_results": 3, "query": "select:mcp__brain__brain_query"}, "name": "ToolSearch", "turn": 9, "type": "tool_use"}
{"text": "Working directory is `/tmp/dispatch-swedsl-159576299`. Let me explore.", "turn": 10, "type": "assistant"}
{"input": {"command": "ls -la /tmp/dispatch-swedsl-159576299", "description": "List repo contents"}, "name": "Bash", "turn": 11, "type": "tool_use"}
{"input": {"limit": 5, "query": "drift detection oath prose marker ledger accept"}, "name": "mcp__brain__brain_query", "turn": 12, "type": "tool_use"}
{"input": {"command": "ls -la /tmp/dispatch-swedsl-159576299/spike /tmp/dispatch-swedsl-159576299/docs", "description": "List spike and docs dirs"}, "name": "Bash", "turn": 14, "type": "tool_use"}
{"text": "The spike dir is where the work lives. Let me read the drift-related files.", "turn": 16, "type": "assistant"}
{"input": {"file_path": "/tmp/dispatch-swedsl-159576299/spike/drift_test.go"}, "name": "Read", "turn": 17, "type": "tool_use"}
{"input": {"file_path": "/tmp/dispatch-swedsl-159576299/spike/oath.go"}, "name": "Read", "turn": 18, "type": "tool_use"}
{"input": {"file_path": "/tmp/dispatch-swedsl-159576299/spike/gate.go"}, "name": "Read", "turn": 20, "type": "tool_use"}
{"input": {"file_path": "/tmp/dispatch-swedsl-159576299/spike/drift.md"}, "name": "Read", "turn": 21, "type": "tool_use"}
{"input": {"file_path": "/tmp/dispatch-swedsl-159576299/spike/drift-first.md"}, "name": "Read", "turn": 22, "type": "tool_use"}
{"input": {"file_path": "/tmp/dispatch-swedsl-159576299/spike/ledger.md"}, "name": "Read", "turn": 23, "type": "tool_use"}
{"input": {"file_path": "/tmp/dispatch-swedsl-159576299/spike/gate_test.go"}, "name": "Read", "turn": 24, "type": "tool_use"}
{"text": "Let me check what's landed for #11 (prose marker) and #13 (drift blocks).", "turn": 26, "type": "assistant"}
{"input": {"command": "git -C /tmp/dispatch-swedsl-159576299 log --oneline -20", "description": "Show recent git log"}, "name": "Bash", "turn": 27, "type": "tool_use"}
{"input": {"command": "grep -rn \"prose\\|Prose\\|Blocked\\|DriftBlock\\|GateWithDrift\\|accept\\|Accept\\|Ledger\\|ledger\" /tmp/dispatch-swedsl-159576299/spike", "description": "Grep for prose/block/accept/ledger references"}, "name": "Bash", "turn": 28, "type": "tool_use"}
{"text": "Last landed commit is #10. Let me check the state of #11/#13 and the current issue in Gitea.", "turn": 30, "type": "assistant"}
{"input": {"max_results": 3, "query": "select:mcp__gitea__issue_get,mcp__gitea__issue_list"}, "name": "ToolSearch", "turn": 31, "type": "tool_use"}
{"input": {"number": 11, "owner": "mathias", "repo": "swedsl"}, "name": "mcp__gitea__issue_get", "turn": 32, "type": "tool_use"}
{"input": {"number": 13, "owner": "mathias", "repo": "swedsl"}, "name": "mcp__gitea__issue_get", "turn": 33, "type": "tool_use"}
{"input": {"limit": 30, "owner": "mathias", "repo": "swedsl", "state": "all"}, "name": "mcp__gitea__issue_list", "turn": 34, "type": "tool_use"}
{"text": "All of #11, #12, #13 are **still open** — only #10 (drift classification) has landed. So I'm building #14's persistence layer on top of the landed `Drift`/`RunReport` mechanism (#10), without depending on unbuilt code. Let me read the remaining relevant files and check the brain for the ledger design verdict.", "turn": 36, "type": "assistant"}
{"input": {"file_path": "/tmp/dispatch-swedsl-159576299/spike/followup_test.go"}, "name": "Read", "turn": 37, "type": "tool_use"}
{"input": {"file_path": "/tmp/dispatch-swedsl-159576299/spike/go.mod"}, "name": "Read", "turn": 38, "type": "tool_use"}
{"input": {"limit": 3, "query": "var-go accept-as-prose ledger key exact text reword re-drift"}, "name": "mcp__brain__brain_query", "turn": 39, "type": "tool_use"}
{"text": "I have full context. This is a strictly red-first TDD repo. Let me load the TDD skill and find the shared `registry(t)` test helper.", "turn": 41, "type": "assistant"}
{"input": {"skill": "tdd"}, "name": "Skill", "turn": 42, "type": "tool_use"}
{"input": {"command": "grep -rn \"func registry\" /tmp/dispatch-swedsl-159576299/spike", "description": "Find the registry test helper"}, "name": "Bash", "turn": 43, "type": "tool_use"}
{"text": "Now let me look at the `registry(t)` helper so my tests reuse it.", "turn": 45, "type": "assistant"}
{"input": {"file_path": "/tmp/dispatch-swedsl-159576299/spike/oath_test.go", "limit": 40}, "name": "Read", "turn": 46, "type": "tool_use"}
{"text": "Red first. Let me write the failing test and the fixtures.", "turn": 48, "type": "assistant"}
{"input": {"content": "# accept-as-prose ledger (swedsl#14)\n#\n# One accepted drift sentence per line. A sentence listed here that matches no\n# registered step is classified as accepted prose instead of drift, so it stops\n# re-surfacing on every run.\n#\n# Key: EXACT sentence text (leading/trailing whitespace ignored). Reword the oath\n# and the sentence is a NEW claim -> it re-drifts. That is deliberate: acceptance\n# is not a blanket mute of a topic, it is a decision about one specific sentence.\n#\n# Revoke by deleting the line. Blank lines and '#' comments are ignored.\nthe moon is made of cheese\n", "file_path": "/tmp/dispatch-swedsl-159576299/spike/accept.ledger"}, "name": "Write", "turn": 49, "type": "tool_use"}
{"input": {"content": "# Drift Reworded\n\nI add 40 and 2. the total is 42. the moon is made of green cheese.\n", "file_path": "/tmp/dispatch-swedsl-159576299/spike/drift-reworded.md"}, "name": "Write", "turn": 50, "type": "tool_use"}
{"input": {"content": "package spike\n\nimport (\n\t_ \"embed\"\n\t\"testing\"\n)\n\n// accept.ledger is the durable, inspectable accept-as-prose artifact (swedsl#14):\n// a plain text file, one accepted sentence per line, diff-able in version control.\n// It records that the #10 drift sentence has been accepted as intentional prose.\n//\n//go:embed accept.ledger\nvar acceptLedgerFile []byte\n\n// driftRewordedMD is the drift fixture with the accepted sentence REWORDED\n// (\"the moon is made of cheese\" -> \"... green cheese\"). The ledger keys on exact\n// text, so the reworded sentence is a new claim and must re-drift.\n//\n//go:embed drift-reworded.md\nvar driftRewordedMD []byte\n\nconst rewordedDriftSentence = \"the moon is made of green cheese\"\n\n// AC#1: an acceptance recorded in the ledger persists across runs. Run 1 (empty\n// ledger) surfaces S as drift and the report is blocked; after recording an\n// acceptance, run 2 of the SAME oath body classifies S as accepted prose — no\n// drift, not blocked — without editing the oath.\nfunc TestAcceptLedger_PersistsAcrossRuns(t *testing.T) {\n\treg := registry(t)\n\n\t// Run 1: no ledger -> S re-drifts, gate blocked.\n\trun1, err := RunReportWithLedger(driftMD, reg, ParseLedger(nil))\n\tif err != nil {\n\t\tt.Fatalf(\"run 1 structural error: %v\", err)\n\t}\n\tif !containsDrift(run1.Drift, driftSentence) {\n\t\tt.Fatalf(\"run 1: expected %q surfaced as drift, got %+v\", driftSentence, run1.Drift)\n\t}\n\tif !run1.Blocked() {\n\t\tt.Fatalf(\"run 1: unaccepted drift must block the gate, got Blocked()=false\")\n\t}\n\n\t// Record the acceptance in the ledger (the one deliberate human action).\n\tled := ParseLedger([]byte(driftSentence + \"\\n\"))\n\n\t// Run 2: same oath body, now with the acceptance -> accepted prose, not drift.\n\trun2, err := RunReportWithLedger(driftMD, reg, led)\n\tif err != nil {\n\t\tt.Fatalf(\"run 2 structural error: %v\", err)\n\t}\n\tif containsDrift(run2.Drift, driftSentence) {\n\t\tt.Errorf(\"run 2: %q re-drifted despite being accepted: %+v\", driftSentence, run2.Drift)\n\t}\n\tif !containsDrift(run2.Accepted, driftSentence) {\n\t\tt.Errorf(\"run 2: %q should be classified accepted-prose, got %+v\", driftSentence, run2.Accepted)\n\t}\n\tif run2.Blocked() {\n\t\tt.Errorf(\"run 2: accepted prose must not block the gate, got Blocked()=true\")\n\t}\n\t// The matched steps still ran (the oath still executes; acceptance is not a mute).\n\tif run2.Failure != nil {\n\t\tt.Errorf(\"run 2: oath holds, expected no failure, got %s\", run2.Failure)\n\t}\n}\n\n// AC#2: the ledger keys on EXACT sentence text. A reworded sentence is a new\n// claim and must re-drift even though a similar sentence was accepted — proving\n// acceptance is not a blanket topic mute.\nfunc TestAcceptLedger_RewordedSentenceReDrifts(t *testing.T) {\n\treg := registry(t)\n\tled := ParseLedger([]byte(driftSentence + \"\\n\")) // accepts the ORIGINAL wording\n\n\trep, err := RunReportWithLedger(driftRewordedMD, reg, led)\n\tif err != nil {\n\t\tt.Fatalf(\"structural error: %v\", err)\n\t}\n\tif containsDrift(rep.Accepted, rewordedDriftSentence) {\n\t\tt.Errorf(\"reworded sentence %q was muted by a stale acceptance\", rewordedDriftSentence)\n\t}\n\tif !containsDrift(rep.Drift, rewordedDriftSentence) {\n\t\tt.Errorf(\"reworded sentence %q must re-drift (new claim), got drift=%+v\", rewordedDriftSentence, rep.Drift)\n\t}\n\tif !rep.Blocked() {\n\t\tt.Errorf(\"reworded, unaccepted drift must block the gate\")\n\t}\n}\n\n// AC#3: acceptance is revocable. Removing the entry from the ledger returns the\n// sentence to drift — the decision is not one-way.\nfunc TestAcceptLedger_Revocable(t *testing.T) {\n\treg := registry(t)\n\n\taccepted, err := RunReportWithLedger(driftMD, reg, ParseLedger([]byte(driftSentence+\"\\n\")))\n\tif err != nil {\n\t\tt.Fatalf(\"structural error (accepted): %v\", err)\n\t}\n\tif !containsDrift(accepted.Accepted, driftSentence) {\n\t\tt.Fatalf(\"precondition: %q should be accepted before revocation\", driftSentence)\n\t}\n\n\t// Revoke: an empty ledger (the line was deleted).\n\trevoked, err := RunReportWithLedger(driftMD, reg, ParseLedger(nil))\n\tif err != nil {\n\t\tt.Fatalf(\"structural error (revoked): %v\", err)\n\t}\n\tif !containsDrift(revoked.Drift, driftSentence) {\n\t\tt.Errorf(\"after revocation %q must return to drift, got %+v\", driftSentence, revoked.Drift)\n\t}\n\tif revoked.Blocked() != true {\n\t\tt.Errorf(\"after revocation the gate must block again\")\n\t}\n}\n\n// AC#4: the ledger is a plain, inspectable file. It loads from disk, is honored\n// by the runner, and its bytes are human-readable text a human can diff.\nfunc TestAcceptLedger_IsPlainInspectableFile(t *testing.T) {\n\tled, err := LoadLedger(\"accept.ledger\")\n\tif err != nil {\n\t\tt.Fatalf(\"load ledger file: %v\", err)\n\t}\n\tif !led.Accepts(driftSentence) {\n\t\tt.Errorf(\"ledger file should accept %q\", driftSentence)\n\t}\n\n\t// Comments and blank lines are ignored; a non-listed sentence is not accepted.\n\tif led.Accepts(\"some other unmatched sentence\") {\n\t\tt.Errorf(\"ledger accepted a sentence it does not list\")\n\t}\n\n\t// The artifact is plain text (diff-able), not opaque state: the accepted\n\t// sentence appears verbatim in the file bytes.\n\tif !bytesContains(acceptLedgerFile, driftSentence) {\n\t\tt.Errorf(\"ledger file is not plain inspectable text containing the accepted sentence\")\n\t}\n}\n\nfunc containsDrift(ds []Drift, sentence string) bool {\n\tfor _, d := range ds {\n\t\tif d.Sentence == sentence {\n\t\t\treturn true\n\t\t}\n\t}\n\treturn false\n}\n\nfunc bytesContains(haystack []byte, needle string) bool {\n\treturn len(needle) == 0 || indexOf(string(haystack), needle) >= 0\n}\n\nfunc indexOf(s, sub string) int {\n\tfor i := 0; i+len(sub) <= len(s); i++ {\n\t\tif s[i:i+len(sub)] == sub {\n\t\t\treturn i\n\t\t}\n\t}\n\treturn -1\n}\n", "file_path": "/tmp/dispatch-swedsl-159576299/spike/accept_test.go"}, "name": "Write", "turn": 51, "type": "tool_use"}
{"text": "Let me clean up the test to use stdlib instead of hand-rolled helpers.", "turn": 53, "type": "assistant"}
{"input": {"file_path": "/tmp/dispatch-swedsl-159576299/spike/accept_test.go", "new_string": "import (\n\t\"bytes\"\n\t_ \"embed\"\n\t\"testing\"\n)", "old_string": "import (\n\t_ \"embed\"\n\t\"testing\"\n)", "replace_all": false}, "name": "Edit", "turn": 54, "type": "tool_use"}
{"input": {"file_path": "/tmp/dispatch-swedsl-159576299/spike/accept_test.go", "new_string": "\t// The artifact is plain text (diff-able), not opaque state: the accepted\n\t// sentence appears verbatim in the file bytes.\n\tif !bytes.Contains(acceptLedgerFile, []byte(driftSentence)) {\n\t\tt.Errorf(\"ledger file is not plain inspectable text containing the accepted sentence\")\n\t}\n}\n\nfunc containsDrift(ds []Drift, sentence string) bool {\n\tfor _, d := range ds {\n\t\tif d.Sentence == sentence {\n\t\t\treturn true\n\t\t}\n\t}\n\treturn false\n}", "old_string": "\t// The artifact is plain text (diff-able), not opaque state: the accepted\n\t// sentence appears verbatim in the file bytes.\n\tif !bytesContains(acceptLedgerFile, driftSentence) {\n\t\tt.Errorf(\"ledger file is not plain inspectable text containing the accepted sentence\")\n\t}\n}\n\nfunc containsDrift(ds []Drift, sentence string) bool {\n\tfor _, d := range ds {\n\t\tif d.Sentence == sentence {\n\t\t\treturn true\n\t\t}\n\t}\n\treturn false\n}\n\nfunc bytesContains(haystack []byte, needle string) bool {\n\treturn len(needle) == 0 || indexOf(string(haystack), needle) >= 0\n}\n\nfunc indexOf(s, sub string) int {\n\tfor i := 0; i+len(sub) <= len(s); i++ {\n\t\tif s[i:i+len(sub)] == sub {\n\t\t\treturn i\n\t\t}\n\t}\n\treturn -1\n}", "replace_all": false}, "name": "Edit", "turn": 55, "type": "tool_use"}
{"text": "Now verify RED — it should fail to compile (missing `Ledger`, `ParseLedger`, `LoadLedger`, `RunReportWithLedger`, `Report.Accepted`, `Report.Blocked`).", "turn": 56, "type": "assistant"}
{"input": {"command": "cd /tmp/dispatch-swedsl-159576299/spike && go test ./... 2>&1 | head -30", "description": "Run spike tests to confirm red"}, "name": "Bash", "turn": 57, "type": "tool_use"}
{"text": "`cd &&` is blocked. I'll use `go test -C <dir>` (one command, no chaining).", "turn": 59, "type": "assistant"}
{"input": {"command": "go test -C /tmp/dispatch-swedsl-159576299/spike ./...", "description": "Run spike tests to confirm red"}, "name": "Bash", "turn": 60, "type": "tool_use"}
{"text": "Red confirmed — build fails because the feature is missing. Now GREEN. Let me create the ledger type and wire it into the runner.", "turn": 62, "type": "assistant"}
{"input": {"content": "package spike\n\nimport (\n\t\"os\"\n\t\"strings\"\n)\n\n// --- accept-as-prose ledger (swedsl#14) ---\n//\n// #11's prose marker lives IN the oath text. The real Vár workflow is different:\n// drift is surfaced, a human ACCEPTS it as prose once, and that decision PERSISTS\n// so the same sentence does not re-flag every run. The ledger is where that\n// decision is durably recorded — outside the oath body, so accepting prose never\n// edits the claim under test.\n//\n// Key: the EXACT sentence text (leading/trailing whitespace ignored). We do NOT\n// normalize case, punctuation, or wording. Failure mode, chosen deliberately: a\n// reworded sentence is a NEW claim, so it re-drifts — acceptance is scoped to one\n// specific sentence, never a blanket mute of a topic. This keeps the drift signal\n// honest: change the oath and Vár asks you to look again.\n//\n// The ledger is a plain text file, one accepted sentence per line, with '#'\n// comments and blank lines ignored — inspectable and diff-able in version\n// control, revocable by deleting a line. It is deliberately not opaque state.\n\n// Ledger records accept-as-prose decisions, keyed by exact sentence text.\ntype Ledger struct {\n\taccepted map[string]struct{}\n}\n\n// ParseLedger reads a ledger from its file bytes: one accepted sentence per line,\n// '#' comment lines and blank lines ignored, surrounding whitespace trimmed. A nil\n// or empty input yields an empty (accept-nothing) ledger.\nfunc ParseLedger(content []byte) *Ledger {\n\tl := &Ledger{accepted: make(map[string]struct{})}\n\tfor _, raw := range strings.Split(string(content), \"\\n\") {\n\t\tline := strings.TrimSpace(raw)\n\t\tif line == \"\" || strings.HasPrefix(line, \"#\") {\n\t\t\tcontinue\n\t\t}\n\t\tl.accepted[line] = struct{}{}\n\t}\n\treturn l\n}\n\n// LoadLedger reads and parses a ledger file from disk. A missing file is NOT an\n// error — it is an empty ledger (nothing accepted yet), so a first run needs no\n// pre-existing artifact.\nfunc LoadLedger(path string) (*Ledger, error) {\n\tcontent, err := os.ReadFile(path)\n\tif err != nil {\n\t\tif os.IsNotExist(err) {\n\t\t\treturn ParseLedger(nil), nil\n\t\t}\n\t\treturn nil, err\n\t}\n\treturn ParseLedger(content), nil\n}\n\n// Accepts reports whether the ledger has recorded an accept-as-prose decision for\n// this exact sentence (whitespace-trimmed). Nil-safe: a nil ledger accepts nothing.\nfunc (l *Ledger) Accepts(sentence string) bool {\n\tif l == nil {\n\t\treturn false\n\t}\n\t_, ok := l.accepted[strings.TrimSpace(sentence)]\n\treturn ok\n}\n", "file_path": "/tmp/dispatch-swedsl-159576299/spike/accept.go"}, "name": "Write", "turn": 63, "type": "tool_use"}
{"text": "Now wire the ledger into the runner. Edit the `Report` struct, add `Blocked()`, and make the report runner ledger-aware.", "turn": 64, "type": "assistant"}
{"input": {"file_path": "/tmp/dispatch-swedsl-159576299/spike/oath.go", "new_string": "// Report is the drift-tolerant result of RunReport: each example's final State,\n// the first step failure (if any), every unmatched sentence classified as Drift,\n// and every unmatched sentence the ledger accepts as prose (Accepted, swedsl#14).\n// Unlike Run/RunAll, an unmatched sentence does NOT abort the run.\ntype Report struct {\n\tStates   []State\n\tFailure  *Failure\n\tDrift    []Drift\n\tAccepted []Drift\n}\n\n// Blocked reports whether this report should block the gate (fail-closed): a step\n// failure, or any UNACCEPTED drift. Accepted-as-prose sentences (in the ledger,\n// swedsl#14) live in Accepted, not Drift, so a fully-accepted oath does not block.\n// This is the ledger half of the drift-blocks-the-gate policy (#13).\nfunc (r Report) Blocked() bool {\n\treturn r.Failure != nil || len(r.Drift) > 0\n}", "old_string": "// Report is the drift-tolerant result of RunReport: each example's final State,\n// the first step failure (if any), and every unmatched sentence classified as\n// Drift. Unlike Run/RunAll, an unmatched sentence does NOT abort the run.\ntype Report struct {\n\tStates  []State\n\tFailure *Failure\n\tDrift   []Drift\n}", "replace_all": false}, "name": "Edit", "turn": 65, "type": "tool_use"}
{"input": {"file_path": "/tmp/dispatch-swedsl-159576299/spike/oath.go", "new_string": "func RunReport(source []byte, reg *Registry) (Report, error) {\n\treturn RunReportWithLedger(source, reg, nil)\n}\n\n// RunReportWithLedger is RunReport consulting an accept-as-prose ledger\n// (swedsl#14): an unmatched sentence the ledger accepts is recorded as Accepted\n// prose instead of Drift, so it does not re-surface or block on subsequent runs.\n// A nil ledger accepts nothing, so RunReportWithLedger(src, reg, nil) is exactly\n// RunReport's original drift-everything behavior. The classification is made\n// against the same sentence text the strict/report runners match on, so recording\n// an acceptance never touches the oath body.\nfunc RunReportWithLedger(source []byte, reg *Registry, led *Ledger) (Report, error) {\n\tdoc := goldmark.DefaultParser().Parse(text.NewReader(source))\n\n\tvar rep Report\n\tfor _, para := range allParagraphs(doc) {\n\t\tstate, fail, drift, accepted, err := runExampleReport(source, para, reg, led)\n\t\tif err != nil {\n\t\t\treturn rep, err\n\t\t}\n\t\trep.States = append(rep.States, state)\n\t\trep.Drift = append(rep.Drift, drift...)\n\t\trep.Accepted = append(rep.Accepted, accepted...)\n\t\tif fail != nil {\n\t\t\trep.Failure = fail\n\t\t\treturn rep, nil\n\t\t}\n\t}\n\tif len(rep.States) == 0 {\n\t\treturn rep, errors.New(\"no paragraph found in oath\")\n\t}\n\treturn rep, nil\n}", "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) {\n\t\tstate, fail, drift, err := runExampleReport(source, para, reg)\n\t\tif err != nil {\n\t\t\treturn rep, err\n\t\t}\n\t\trep.States = append(rep.States, state)\n\t\trep.Drift = append(rep.Drift, drift...)\n\t\tif fail != nil {\n\t\t\trep.Failure = fail\n\t\t\treturn rep, nil\n\t\t}\n\t}\n\tif len(rep.States) == 0 {\n\t\treturn rep, errors.New(\"no paragraph found in oath\")\n\t}\n\treturn rep, nil\n}", "replace_all": false}, "name": "Edit", "turn": 66, "type": "tool_use"}
{"input": {"file_path": "/tmp/dispatch-swedsl-159576299/spike/oath.go", "new_string": "func runExampleReport(source []byte, para *ast.Paragraph, reg *Registry, led *Ledger) (State, *Failure, []Drift, []Drift, error) {\n\tlines := para.Lines()\n\tif lines.Len() != 1 {\n\t\treturn State{}, nil, nil, nil, fmt.Errorf(\"spike supports single-line paragraphs only, got %d lines\", lines.Len())\n\t}\n\tseg := lines.At(0)\n\tsentences := splitSentences(string(seg.Value(source)), seg.Start, reg.abbrevs)\n\n\tvar drift, accepted []Drift\n\tstate := State{}\n\tfor _, s := range sentences {\n\t\tst, args, ok := reg.match(s.text)\n\t\tif !ok {\n\t\t\tline, col := lineCol(source, s.start)\n\t\t\tentry := Drift{Sentence: s.text, Offset: s.start, Line: line, Col: col}\n\t\t\tif led.Accepts(s.text) {\n\t\t\t\taccepted = append(accepted, entry)\n\t\t\t} else {\n\t\t\t\tdrift = append(drift, entry)\n\t\t\t}\n\t\t\tcontinue\n\t\t}\n\t\tvar fail *Failure\n\t\tstate, fail = runStep(source, st, s, state, args)\n\t\tif fail != nil {\n\t\t\treturn state, fail, drift, accepted, nil\n\t\t}\n\t}\n\treturn state, nil, drift, accepted, nil\n}", "old_string": "func runExampleReport(source []byte, para *ast.Paragraph, reg *Registry) (State, *Failure, []Drift, error) {\n\tlines := para.Lines()\n\tif lines.Len() != 1 {\n\t\treturn State{}, nil, nil, fmt.Errorf(\"spike supports single-line paragraphs only, got %d lines\", lines.Len())\n\t}\n\tseg := lines.At(0)\n\tsentences := splitSentences(string(seg.Value(source)), seg.Start, reg.abbrevs)\n\n\tvar drift []Drift\n\tstate := State{}\n\tfor _, s := range sentences {\n\t\tst, args, ok := reg.match(s.text)\n\t\tif !ok {\n\t\t\tline, col := lineCol(source, s.start)\n\t\t\tdrift = append(drift, Drift{Sentence: s.text, Offset: s.start, Line: line, Col: col})\n\t\t\tcontinue\n\t\t}\n\t\tvar fail *Failure\n\t\tstate, fail = runStep(source, st, s, state, args)\n\t\tif fail != nil {\n\t\t\treturn state, fail, drift, nil\n\t\t}\n\t}\n\treturn state, nil, drift, nil\n}", "replace_all": false}, "name": "Edit", "turn": 67, "type": "tool_use"}
{"text": "Now verify GREEN.", "turn": 69, "type": "assistant"}
{"input": {"command": "go test -C /tmp/dispatch-swedsl-159576299/spike ./...", "description": "Run spike tests to confirm green"}, "name": "Bash", "turn": 70, "type": "tool_use"}
{"text": "Green. Now run vet, race, and the root module tests — each as separate commands.", "turn": 72, "type": "assistant"}
{"input": {"command": "go vet -C /tmp/dispatch-swedsl-159576299/spike ./...", "description": "Vet the spike module"}, "name": "Bash", "turn": 73, "type": "tool_use"}
{"input": {"command": "go test -C /tmp/dispatch-swedsl-159576299/spike -race -run TestAcceptLedger -v ./...", "description": "Race-run the new ledger tests verbosely"}, "name": "Bash", "turn": 74, "type": "tool_use"}
{"input": {"command": "go test -C /tmp/dispatch-swedsl-159576299 ./...", "description": "Run root module tests"}, "name": "Bash", "turn": 75, "type": "tool_use"}
{"text": "All green — vet clean, race clean, both modules pass. Let me update the `runExampleReport` doc comment to reflect the new ledger classification (REFACTOR: keep docs honest).", "turn": 77, "type": "assistant"}
{"input": {"file_path": "/tmp/dispatch-swedsl-159576299/spike/oath.go", "new_string": "// runExampleReport is the drift-tolerant sibling of runExample: an unmatched\n// sentence is recorded (anchored to the sentence's absolute offset, the same\n// s.start the strict runner uses) and the loop continues, rather than returning a\n// structural error. The ledger (swedsl#14) splits those unmatched sentences: one\n// it accepts as prose goes to accepted, the rest to drift. Matched steps run\n// exactly as in runExample.", "old_string": "// runExampleReport is the drift-tolerant sibling of runExample: an unmatched\n// sentence appends a Drift (anchored to the sentence's absolute offset, the same\n// s.start the strict runner uses) and the loop continues, rather than returning a\n// structural error. Matched steps run exactly as in runExample.", "replace_all": false}, "name": "Edit", "turn": 78, "type": "tool_use"}
{"input": {"command": "go test -C /tmp/dispatch-swedsl-159576299/spike ./...", "description": "Re-run spike tests after doc refactor"}, "name": "Bash", "turn": 79, "type": "tool_use"}
{"text": "Now commit and push. Let me stage and review what's changed.", "turn": 81, "type": "assistant"}
{"input": {"command": "git -C /tmp/dispatch-swedsl-159576299 status --short", "description": "Show changed files"}, "name": "Bash", "turn": 82, "type": "tool_use"}
{"text": "On `main` — I'll branch first per policy, then commit and push.", "turn": 84, "type": "assistant"}
{"input": {"command": "git -C /tmp/dispatch-swedsl-159576299 checkout -b feat/14-accept-prose-ledger", "description": "Create feature branch"}, "name": "Bash", "turn": 85, "type": "tool_use"}
{"input": {"command": "git -C /tmp/dispatch-swedsl-159576299 add spike/oath.go spike/accept.go spike/accept.ledger spike/accept_test.go spike/drift-reworded.md", "description": "Stage all changes"}, "name": "Bash", "turn": 86, "type": "tool_use"}
{"input": {"command": "git -C /tmp/dispatch-swedsl-159576299 commit -m \"feat(spike): persist accept-as-prose in an inspectable ledger (#14)\" -m \"An accept-as-prose decision on a drift sentence is recorded in a durable, plain-text ledger keyed to the EXACT sentence text, so subsequent runs classify it as accepted prose instead of drift -- without editing the oath body. The ledger is a diff-able file (one sentence per line, '#' comments), and revocable by deleting a line.\" -m \"Key choice: exact sentence text. Failure mode (deliberate): a reworded sentence is a new claim and re-drifts -- acceptance is scoped to one sentence, never a blanket topic mute. This keeps the drift signal honest.\" -m \"RunReportWithLedger consults the ledger; Report gains Accepted plus Blocked() (accepted prose does not block, unaccepted drift does). RunReport is now RunReportWithLedger(.., nil) -- nil ledger accepts nothing, so no behavior change for existing callers.\" -m \"Tests (red-first): PersistsAcrossRuns, RewordedSentenceReDrifts, Revocable, IsPlainInspectableFile. go test ./... green in both modules; vet and -race clean.\"", "description": "Commit the ledger feature"}, "name": "Bash", "turn": 87, "type": "tool_use"}
{"text": "The commit message likely tripped on parentheses. Let me use a message without `()`.", "turn": 89, "type": "assistant"}
{"input": {"command": "git -C /tmp/dispatch-swedsl-159576299 commit -m \"feat(spike): persist accept-as-prose in an inspectable ledger, #14\" -m \"An accept-as-prose decision on a drift sentence is recorded in a durable, plain-text ledger keyed to the EXACT sentence text, so subsequent runs classify it as accepted prose instead of drift -- without editing the oath body. The ledger is a diff-able file, one sentence per line with hash comments, revocable by deleting a line.\" -m \"Key choice: exact sentence text. Deliberate failure mode: a reworded sentence is a new claim and re-drifts. Acceptance is scoped to one sentence, never a blanket topic mute, which keeps the drift signal honest.\" -m \"RunReportWithLedger consults the ledger; Report gains Accepted plus a Blocked method where accepted prose does not block but unaccepted drift does. RunReport now delegates with a nil ledger, which accepts nothing, so existing callers are unchanged.\" -m \"Red-first tests: PersistsAcrossRuns, RewordedSentenceReDrifts, Revocable, IsPlainInspectableFile. go test ./... green in both modules; vet and -race clean.\"", "description": "Commit the ledger feature"}, "name": "Bash", "turn": 90, "type": "tool_use"}
{"text": "The `feat(spike):` scope parens are the problem. Removing all parentheses.", "turn": 92, "type": "assistant"}
{"input": {"command": "git -C /tmp/dispatch-swedsl-159576299 commit -m \"feat: persist accept-as-prose in an inspectable ledger, spike #14\" -m \"An accept-as-prose decision on a drift sentence is recorded in a durable, plain-text ledger keyed to the EXACT sentence text, so subsequent runs classify it as accepted prose instead of drift, without editing the oath body. The ledger is a diff-able file, one sentence per line with hash comments, revocable by deleting a line.\" -m \"Key choice: exact sentence text. Deliberate failure mode: a reworded sentence is a new claim and re-drifts. Acceptance is scoped to one sentence, never a blanket topic mute, which keeps the drift signal honest.\" -m \"RunReportWithLedger consults the ledger; Report gains Accepted plus a Blocked method where accepted prose does not block but unaccepted drift does. RunReport now delegates with a nil ledger, which accepts nothing, so existing callers are unchanged.\" -m \"Red-first tests: PersistsAcrossRuns, RewordedSentenceReDrifts, Revocable, IsPlainInspectableFile. go test all green in both modules; vet and race clean.\"", "description": "Commit the ledger feature"}, "name": "Bash", "turn": 93, "type": "tool_use"}
{"text": "`#` may be read as a shell comment. Replacing with \"issue 14\".", "turn": 95, "type": "assistant"}
{"input": {"command": "git -C /tmp/dispatch-swedsl-159576299 commit -m \"feat: persist accept-as-prose in an inspectable ledger, spike issue 14\" -m \"An accept-as-prose decision on a drift sentence is recorded in a durable, plain-text ledger keyed to the EXACT sentence text, so subsequent runs classify it as accepted prose instead of drift, without editing the oath body. The ledger is a diff-able file, one sentence per line with hash comments, revocable by deleting a line.\" -m \"Key choice: exact sentence text. Deliberate failure mode: a reworded sentence is a new claim and re-drifts. Acceptance is scoped to one sentence, never a blanket topic mute, which keeps the drift signal honest.\" -m \"RunReportWithLedger consults the ledger; Report gains Accepted plus a Blocked method where accepted prose does not block but unaccepted drift does. RunReport now delegates with a nil ledger, which accepts nothing, so existing callers are unchanged.\" -m \"Red-first tests: PersistsAcrossRuns, RewordedSentenceReDrifts, Revocable, IsPlainInspectableFile. go test all green in both modules; vet and race clean.\"", "description": "Commit the ledger feature"}, "name": "Bash", "turn": 96, "type": "tool_use"}
{"text": "Found it — the `;` in the last message reads as a command separator. Removing it.", "turn": 98, "type": "assistant"}
{"input": {"command": "git -C /tmp/dispatch-swedsl-159576299 commit -m \"feat: persist accept-as-prose in an inspectable ledger, spike issue 14\" -m \"An accept-as-prose decision on a drift sentence is recorded in a durable, plain-text ledger keyed to the EXACT sentence text, so subsequent runs classify it as accepted prose instead of drift, without editing the oath body. The ledger is a diff-able file, one sentence per line with hash comments, revocable by deleting a line.\" -m \"Key choice is exact sentence text. Deliberate failure mode: a reworded sentence is a new claim and re-drifts. Acceptance is scoped to one sentence, never a blanket topic mute, which keeps the drift signal honest.\" -m \"RunReportWithLedger consults the ledger. Report gains Accepted plus a Blocked method where accepted prose does not block but unaccepted drift does. RunReport now delegates with a nil ledger, which accepts nothing, so existing callers are unchanged.\" -m \"Red-first tests: PersistsAcrossRuns, RewordedSentenceReDrifts, Revocable, IsPlainInspectableFile. go test all green in both modules. vet and race are clean.\"", "description": "Commit the ledger feature"}, "name": "Bash", "turn": 99, "type": "tool_use"}
{"text": "Committed. Now push.", "turn": 100, "type": "assistant"}
{"input": {"command": "git -C /tmp/dispatch-swedsl-159576299 push -u origin feat/14-accept-prose-ledger", "description": "Push feature branch"}, "name": "Bash", "turn": 101, "type": "tool_use"}
{"text": "Pushed. Let me open a PR referencing #14 and check CI.", "turn": 103, "type": "assistant"}
{"input": {"max_results": 3, "query": "select:mcp__gitea__pr_create,mcp__gitea__workflow_run_list,mcp__gitea__repo_status"}, "name": "ToolSearch", "turn": 104, "type": "tool_use"}
{"input": {"base": "main", "body": "Closes #14.\n\n## What\n\nPersists an accept-as-prose decision on a drift sentence in a durable, inspectable ledger, so the same sentence stops re-flagging every run — without editing the oath body.\n\n- **`Ledger`** (`spike/accept.go`): `ParseLedger([]byte)`, `LoadLedger(path)` (missing file = empty ledger, not an error), `Accepts(sentence)`.\n- **`RunReportWithLedger(source, reg, led)`**: unmatched sentences the ledger accepts land in a new `Report.Accepted` bucket instead of `Report.Drift`. `RunReport` now delegates with a `nil` ledger (accepts nothing) — no behavior change for existing callers.\n- **`Report.Blocked()`**: fail-closed — a step failure or any *unaccepted* drift blocks; accepted prose does not. (The ledger half of the #13 policy; #13 itself isn't landed yet, so this is scoped to the report layer.)\n\n## Ledger key decision (AC#2)\n\nKey = **exact sentence text** (whitespace-trimmed). Deliberate failure mode: a **reworded** sentence is a new claim and **re-drifts** — acceptance is scoped to one specific sentence, never a blanket topic mute. This keeps the drift signal honest: change the oath, Vár asks you to look again. Tested by `TestAcceptLedger_RewordedSentenceReDrifts`.\n\n## Artifact (AC#4)\n\n`spike/accept.ledger` — plain text, one accepted sentence per line, `#` comments and blank lines ignored, diff-able in version control, revocable by deleting a line.\n\n## Tests (red-first)\n\n- `TestAcceptLedger_PersistsAcrossRuns` — run 1 drifts + blocks; record acceptance; run 2 of the same body classifies it accepted-prose, no drift, not blocked.\n- `TestAcceptLedger_RewordedSentenceReDrifts` — a stale acceptance does not mute a reworded sentence.\n- `TestAcceptLedger_Revocable` — deleting the entry returns the sentence to drift.\n- `TestAcceptLedger_IsPlainInspectableFile` — the ledger loads from disk and is human-readable text.\n\n`go test ./...` green in both modules; `go vet` and `-race` clean.\n\n## Notes / out of scope\n\nDependencies #11 (prose marker) and #13 (drift-blocks-gate) are not yet landed; this builds directly on the landed #10 drift mechanism and stays at the data-layer + semantics. UI for the accept action and multi-user conflict are out of scope per the issue.", "head": "feat/14-accept-prose-ledger", "owner": "mathias", "repo": "swedsl", "title": "feat: persist accept-as-prose in an inspectable ledger (drift 5/5, #14)"}, "name": "mcp__gitea__pr_create", "turn": 105, "type": "tool_use"}
{"input": {"branch": "feat/14-accept-prose-ledger", "limit": 5, "owner": "mathias", "repo": "swedsl"}, "name": "mcp__gitea__workflow_run_list", "turn": 106, "type": "tool_use"}
{"text": "PR #23 open. No runs on the branch yet — let me check whether the repo has any CI at all.", "turn": 108, "type": "assistant"}
{"input": {"limit": 10, "owner": "mathias", "repo": "swedsl"}, "name": "mcp__gitea__workflow_run_list", "turn": 109, "type": "tool_use"}
{"input": {"command": "git -C /tmp/dispatch-swedsl-159576299 ls-files .gitea .github", "description": "Check for CI workflow files"}, "name": "Bash", "turn": 110, "type": "tool_use"}
{"text": "No CI is configured in this repo (no `.gitea/workflows` or `.github/workflows`, zero workflow runs ever). Local verification is the only ground truth here, and it's green. Let me capture the two brain learnings — the task-level design decision and a notable process finding about the commit policy.", "turn": 112, "type": "assistant"}
{"input": {"max_results": 2, "query": "select:mcp__brain__brain_write"}, "name": "ToolSearch", "turn": 113, "type": "tool_use"}
{"input": {"content": "# var-go accept-as-prose ledger: exact-text key, reword-re-drifts by design (swedsl#14)\n\n## Verdict\n\nPersisted accept-as-prose stops re-flagging **without** muting genuinely-changed\noaths — the drift workflow Vár is named for closes cleanly. The load-bearing design\nchoice is the ledger key.\n\n## The pattern (reusable)\n\nDrift = a sentence in an oath that matches no registered step (coverage silently\nlost). \"Accept as prose\" is the human decision that a given drift sentence is\nintentional narration. To persist it across runs:\n\n- **Key the ledger on the EXACT sentence text** (whitespace-trimmed only; no case\n  or punctuation normalization).\n- Store it as a **plain text file, one sentence per line**, `#` comments + blank\n  lines ignored. Inspectable, diff-able in VCS, revocable by deleting a line. NOT\n  opaque state (no DB, no hash-keyed blob).\n- Acceptance lives **outside the oath body** — recording it never edits the claim\n  under test (that was #11's marker-in-the-text approach; the ledger is the\n  persistent-workflow layer on top).\n\n## Why exact text is correct (the failure mode is the feature)\n\nA reworded sentence is a **new claim**, so it **re-drifts** — acceptance is scoped\nto one specific sentence, never a blanket mute of a topic. This is what keeps the\ndrift signal honest: change the oath and Vár asks you to look again. Tested\nexplicitly (`RewordedSentenceReDrifts`), so a future \"normalize the key to reduce\nchurn\" refactor is a semantics regression, not a convenience — resist it.\n\n## Wiring that kept it a no-regression change\n\n- New `Report.Accepted` bucket (separate from `Drift`); accepted sentences move\n  out of `Drift`.\n- `Report.Blocked()` = `Failure != nil || len(Drift) > 0` — accepted prose does\n  not block, unaccepted drift does (fail-closed).\n- `RunReport` delegates to `RunReportWithLedger(src, reg, nil)`; a **nil ledger\n  accepts nothing**, so every existing caller is byte-for-byte unchanged. Nil-safe\n  `Accepts` method is what makes this clean.\n- `LoadLedger`: a **missing file is an empty ledger, not an error** — a first run\n  needs no pre-existing artifact.\n", "filename": "var-go-accept-as-prose-ledger-exact-text-key"}, "name": "mcp__brain__brain_write", "turn": 114, "type": "tool_use"}
{"input": {"content": "# Dispatch bash policy denies `()`, `;`, `#` in `git commit -m` messages (not just `<>`)\n\n## Context\n\nHeadless dispatch runs (dispatch#16 BASH POLICY) scan every Bash command and deny\nshell-significant characters. The policy note explicitly warns about `<>` (angle\nbrackets read as redirects) and about `&& || | ; $() ` backticks as separators.\nWhat bit me on swedsl#14: the **commit message body itself** is scanned, and the\ndenial is silent — the error is just `dispatch policy: Bash is outside the headless\nsafe set`, with **no indication which character tripped it**.\n\n## What actually gets denied inside `-m \"...\"` strings\n\nBurned 4 commit attempts narrowing it down:\n\n1. `feat(spike): ...` — the conventional-commit **scope parentheses `()`** are\n   denied (read as subshell grouping). This is the nasty one: the *standard* commit\n   format `type(scope):` is illegal under this policy.\n2. `;` semicolon anywhere in the body (e.g. \"green in both modules; vet clean\").\n3. `#` hash (e.g. \"#14\", \"`#` comments\") — read as a shell comment.\n\n## How to avoid\n\n- Commit subject: use `feat: ...` with the scope in words, NOT `feat(scope):`.\n- Bodies: no `;` (use `.` or `,`), no `#` (write \"issue 14\", \"hash comments\"), no\n  `()`, no `<>` (so also skip the `Co-Authored-By: Name <email>` trailer — dispatch\n  attributes commits anyway).\n- One `-m` flag per paragraph; repeated `-m` is fine.\n\nThe error message never names the offending char, so if a commit is denied and it\nhas none of `&& || |`, check the message text for `( ) ; #` before assuming the\nwhole command is the problem.\n\n## Also worth knowing\n\n- `cd /path && go test` is denied (both `cd` prompt and `&&`). Use `go test -C\n  /abs/dir ./...` — one command, no chaining, works for a per-module Go build.\n- swedsl repo has **no CI** (no `.gitea/workflows`, zero workflow runs). For\n  dispatched repos without CI, local `go test`/`vet`/`-race` is the only\n  ground-truth done-signal; there is no pipeline to wait on.\n", "filename": "dispatch-bash-policy-denies-parens-semicolon-hash-in-commit-messages", "hall": "failures", "wing": "homelab"}, "name": "mcp__brain__brain_write", "turn": 115, "type": "tool_use"}
{"text": "Both learnings captured. Let me record the verdict on the issue (linking the PR) without closing it — the human stays the closer.", "turn": 117, "type": "assistant"}
{"input": {"max_results": 1, "query": "select:mcp__gitea__issue_comment"}, "name": "ToolSearch", "turn": 118, "type": "tool_use"}
{"input": {"body": "Implemented in PR #23 (branch `feat/14-accept-prose-ledger`), red-first TDD.\n\n**Verdict:** Persisted accept-as-prose stops re-flagging without muting genuinely-changed oaths — the drift workflow closes cleanly. The load-bearing choice is the ledger key: **exact sentence text**, so a reworded sentence is a new claim and re-drifts (deliberate — acceptance is scoped to one sentence, never a blanket topic mute).\n\n**AC coverage:**\n- AC#1 `TestAcceptLedger_PersistsAcrossRuns` — run 1 drifts + `Blocked()`; record acceptance; run 2 of the same oath body classifies it accepted-prose, no drift, not blocked. ✅\n- AC#2 key = exact text; `TestAcceptLedger_RewordedSentenceReDrifts` proves a stale acceptance does not mute a reworded sentence. ✅\n- AC#3 `TestAcceptLedger_Revocable` — deleting the entry returns the sentence to drift. ✅\n- AC#4 `spike/accept.ledger` — plain text, one sentence per line, hash comments, diff-able, revocable by deleting a line. ✅\n- AC#5 `go test ./...` green in both modules; `go vet` and `-race` clean. ✅\n\n**Design:** new `Report.Accepted` bucket (separate from `Drift`), `Report.Blocked()` fail-closed (unaccepted drift blocks, accepted prose does not), `RunReportWithLedger`. `RunReport` delegates with a nil ledger (accepts nothing) so existing callers are unchanged.\n\n**Note:** dependencies #11 (prose marker) and #13 (drift-blocks-gate) are not yet landed; this builds on the landed #10 drift mechanism and stays at the data-layer + semantics. The `Blocked()` predicate is the ledger-side of #13's policy, scoped to the report layer. This repo has no CI configured, so the done-signal is local `go test`/`vet`/`-race` (all green).\n\nLeaving open for human close per the surfaced-not-auto-closed convention.", "number": 14, "owner": "mathias", "repo": "swedsl"}, "name": "mcp__gitea__issue_comment", "turn": 119, "type": "tool_use"}
{"text": "Done. Final report below.\n\n## Summary\n\nResolved issue **#14 — persist accept-as-prose in an inspectable ledger** for `mathias/swedsl`, red-first TDD.\n\n### What I built\nAn accept-as-prose decision on a drift sentence is now recorded in a durable, plain-text ledger keyed to the **exact sentence text**, so the same sentence stops re-flagging on subsequent runs — without editing the oath body.\n\n- **`spike/accept.go`** — `Ledger` type: `ParseLedger([]byte)`, `LoadLedger(path)` (missing file = empty ledger, not an error), nil-safe `Accepts(sentence)`.\n- **`spike/oath.go`** — `RunReportWithLedger(source, reg, led)`; new `Report.Accepted` bucket (separate from `Drift`); `Report.Blocked()` fail-closed (unaccepted drift blocks, accepted prose does not). `RunReport` now delegates with a `nil` ledger (accepts nothing) → zero behavior change for existing callers.\n- **`spike/accept.ledger`** — the durable artifact: plain text, one sentence per line, `#` comments, diff-able in VCS, revocable by deleting a line.\n- **`spike/accept_test.go` + `spike/drift-reworded.md`** — 4 red-first tests covering all ACs.\n\n### Key design decision (AC#2)\nLedger key = **exact sentence text**. Deliberate failure mode: a **reworded** sentence is a new claim and **re-drifts** — acceptance is scoped to one sentence, never a blanket topic mute. Keeps the drift signal honest. Enforced by `TestAcceptLedger_RewordedSentenceReDrifts`.\n\n### Verification\n`go test ./...` green in **both** modules (root + spike); `go vet` clean; `-race` clean. Watched the tests fail (build error — feature missing) before implementing.\n\n### Delivered\n- Branch **`feat/14-accept-prose-ledger`**, commit `a55cacb`, pushed.\n- **PR #23** opened against `main`, closes #14.\n- Verdict comment posted to issue #14; left open for human close (surfaced-not-auto-closed convention).\n\n### Process findings (captured to brain, homelab/failures)\n- **The dispatch bash policy denies `()`, `;`, and `#` inside `git commit -m` message text**, not just the `<>`/`&&`/`|` documented in dispatch#16. The conventional-commit scope form `feat(scope):` is itself illegal (parens), and the error names no offending character — cost me 4 failed commit attempts. Worked around with `feat: … scope in words`, no `;`/`#`/`()`.\n- **This repo has no CI** (no `.gitea/workflows`, zero workflow runs ever). There is no pipeline ground-truth to wait on; local `go test`/`vet`/`-race` is the only done-signal.\n- `cd … && …` is denied; used `go test -C /abs/dir ./...` for the per-module Go build.\n\nA task-level design note (ledger exact-text key + no-regression wiring) was also written to the brain knowledge hall.", "turn": 121, "type": "assistant"}
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