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feat: enforce self-propagating canonical handoffs through controller closure (Closes #626)

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Adds the canonical cross-role handoff schema and its fail-closed validator,
live-state recovery, role-limited continuation, mandatory durable posting,
the merged-awaiting-controller boundary, controller accept/reject
continuation, and workflow-failure escalation with duplicate handling.

Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
This commit is contained in:
jcwalker3
2026-07-21 02:33:51 -05:00
co-authored by Claude Opus 4.8
parent 1d11cbab0f
commit ddc9b97d40
10 changed files with 1703 additions and 3 deletions
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final_report_validator.py
+33
View File
@@ -19,6 +19,10 @@ import reviewer_handoff_consistency
import thread_state_ledger_validator import thread_state_ledger_validator
from mcp_native_cleanup_proof import assess_mcp_native_cleanup_proof from mcp_native_cleanup_proof import assess_mcp_native_cleanup_proof
from post_merge_cleanup_proof import assess_post_merge_cleanup_proof from post_merge_cleanup_proof import assess_post_merge_cleanup_proof
from self_propagating_handoff import (
HANDOFF_HEADING as SELF_PROPAGATING_HANDOFF_HEADING,
assess_final_report_self_propagating_handoff,
)
from review_proofs import ( from review_proofs import (
HANDOFF_HEADING, HANDOFF_HEADING,
assess_controller_handoff, assess_controller_handoff,
@@ -1623,6 +1627,21 @@ def _rule_shared_mcp_native_cleanup_proof(report_text: str) -> list[dict[str, st
) )
def _rule_shared_self_propagating_handoff(report_text: str) -> list[dict[str, str]]:
"""#626: a report that adopts the handoff protocol must complete it."""
result = assess_final_report_self_propagating_handoff(report_text)
if not result.get("applicable") or not result.get("block"):
return []
return _findings_from_reasons(
"shared.self_propagating_handoff",
result.get("reasons") or ["incomplete canonical handoff"],
field=SELF_PROPAGATING_HANDOFF_HEADING,
severity="block",
safe_next_action=result.get("safe_next_action")
or "complete every canonical handoff field before posting",
)
_SHARED_ISSUE_LOCK_RULES = ( _SHARED_ISSUE_LOCK_RULES = (
_rule_shared_issue_lock_external_state, _rule_shared_issue_lock_external_state,
_rule_shared_manual_lock_pr_override, _rule_shared_manual_lock_pr_override,
@@ -1647,8 +1666,14 @@ _SHARED_MUTATION_BUDGET_RULES = (
_rule_shared_mutation_budget_accounting, _rule_shared_mutation_budget_accounting,
) )
# #626: enforced for every task kind that can continue the workflow chain.
_SHARED_SELF_PROPAGATING_HANDOFF_RULES = (
_rule_shared_self_propagating_handoff,
)
_RULES_BY_TASK: dict[str, list[Callable[..., list[dict[str, str]]]]] = { _RULES_BY_TASK: dict[str, list[Callable[..., list[dict[str, str]]]]] = {
"review_pr": [ "review_pr": [
*_SHARED_SELF_PROPAGATING_HANDOFF_RULES,
_rule_shared_controller_handoff, _rule_shared_controller_handoff,
_rule_shared_state_handoff_next_action, _rule_shared_state_handoff_next_action,
_rule_shared_email_disclosure, _rule_shared_email_disclosure,
@@ -1684,6 +1709,7 @@ _RULES_BY_TASK: dict[str, list[Callable[..., list[dict[str, str]]]]] = {
_rule_reviewer_stale_head_proof, _rule_reviewer_stale_head_proof,
], ],
"merge_pr": [ "merge_pr": [
*_SHARED_SELF_PROPAGATING_HANDOFF_RULES,
_rule_shared_controller_handoff, _rule_shared_controller_handoff,
_rule_shared_email_disclosure, _rule_shared_email_disclosure,
*_SHARED_ISSUE_LOCK_RULES, *_SHARED_ISSUE_LOCK_RULES,
@@ -1695,6 +1721,7 @@ _RULES_BY_TASK: dict[str, list[Callable[..., list[dict[str, str]]]]] = {
_rule_reviewer_stale_head_proof, _rule_reviewer_stale_head_proof,
], ],
"reconcile_already_landed": [ "reconcile_already_landed": [
*_SHARED_SELF_PROPAGATING_HANDOFF_RULES,
_rule_reconcile_controller_handoff, _rule_reconcile_controller_handoff,
_rule_shared_state_handoff_next_action, _rule_shared_state_handoff_next_action,
_rule_shared_email_disclosure, _rule_shared_email_disclosure,
@@ -1715,6 +1742,7 @@ _RULES_BY_TASK: dict[str, list[Callable[..., list[dict[str, str]]]]] = {
_rule_audit_reconciliation_boundary, _rule_audit_reconciliation_boundary,
], ],
"author_issue": [ "author_issue": [
*_SHARED_SELF_PROPAGATING_HANDOFF_RULES,
_rule_shared_controller_handoff, _rule_shared_controller_handoff,
_rule_shared_state_handoff_next_action, _rule_shared_state_handoff_next_action,
_rule_shared_email_disclosure, _rule_shared_email_disclosure,
@@ -1725,6 +1753,7 @@ _RULES_BY_TASK: dict[str, list[Callable[..., list[dict[str, str]]]]] = {
_rule_reviewer_vague_mutations_none, _rule_reviewer_vague_mutations_none,
], ],
"work_issue": [ "work_issue": [
*_SHARED_SELF_PROPAGATING_HANDOFF_RULES,
_rule_shared_controller_handoff, _rule_shared_controller_handoff,
_rule_shared_state_handoff_next_action, _rule_shared_state_handoff_next_action,
_rule_shared_email_disclosure, _rule_shared_email_disclosure,
@@ -1739,6 +1768,7 @@ _RULES_BY_TASK: dict[str, list[Callable[..., list[dict[str, str]]]]] = {
_rule_worktree_cleanup_audit_proof, _rule_worktree_cleanup_audit_proof,
], ],
"issue_filing": [ "issue_filing": [
*_SHARED_SELF_PROPAGATING_HANDOFF_RULES,
_rule_shared_controller_handoff, _rule_shared_controller_handoff,
_rule_shared_state_handoff_next_action, _rule_shared_state_handoff_next_action,
_rule_shared_email_disclosure, _rule_shared_email_disclosure,
@@ -1748,6 +1778,7 @@ _RULES_BY_TASK: dict[str, list[Callable[..., list[dict[str, str]]]]] = {
*_SHARED_ISSUE_LOCK_RULES, *_SHARED_ISSUE_LOCK_RULES,
], ],
"inventory": [ "inventory": [
*_SHARED_SELF_PROPAGATING_HANDOFF_RULES,
_rule_shared_controller_handoff, _rule_shared_controller_handoff,
_rule_shared_state_handoff_next_action, _rule_shared_state_handoff_next_action,
_rule_shared_email_disclosure, _rule_shared_email_disclosure,
@@ -1758,6 +1789,7 @@ _RULES_BY_TASK: dict[str, list[Callable[..., list[dict[str, str]]]]] = {
_rule_reconcile_pagination_proof, _rule_reconcile_pagination_proof,
], ],
"issue_selection": [ "issue_selection": [
*_SHARED_SELF_PROPAGATING_HANDOFF_RULES,
_rule_shared_controller_handoff, _rule_shared_controller_handoff,
_rule_shared_state_handoff_next_action, _rule_shared_state_handoff_next_action,
_rule_shared_email_disclosure, _rule_shared_email_disclosure,
@@ -1771,6 +1803,7 @@ _RULES_BY_TASK: dict[str, list[Callable[..., list[dict[str, str]]]]] = {
# Kept intentionally narrow so a closure pre-check does not demand the # Kept intentionally narrow so a closure pre-check does not demand the
# full reviewer/author handoff schema. # full reviewer/author handoff schema.
"controller_close": [ "controller_close": [
*_SHARED_SELF_PROPAGATING_HANDOFF_RULES,
_rule_reviewer_premerge_baseline_proof, _rule_reviewer_premerge_baseline_proof,
], ],
} }
self_propagating_handoff.py
+907
View File
@@ -0,0 +1,907 @@
"""Self-propagating canonical handoffs through final controller closure (#626).
#494-#507 defined the canonical ledger, next-action comments, comment
validation, the controller acceptance gate, and the Canonical Thread Handoff
(CTH) shape. What none of them enforce is the *chain*: that every actor
consumes exactly one canonical handoff, performs exactly one authorized role,
records the result durably in Gitea, and emits the next complete handoff until
the controller records final closure.
This module owns that systemic gap:
* one canonical cross-role handoff schema (:data:`HANDOFF_FIELDS`);
* a fail-closed validator that rejects incomplete handoffs;
* live-state recovery so a receiving actor never trusts an inherited handoff;
* role-limited continuation;
* mandatory durable posting into Gitea;
* the ``merged-awaiting-controller`` boundary and controller accept/reject
continuation;
* workflow-failure escalation into separate durable issues, with duplicate
handling;
* terminal closure that must *not* emit an unnecessary next prompt.
Everything here is pure assessment: no network calls, no mutation.
"""
from __future__ import annotations
import re
from typing import Any, Iterable, Mapping, Sequence
MARKER = "<!-- sph:v1 -->"
HANDOFF_HEADING = "Canonical Handoff"
#: Canonical workflow states a handoff may declare.
WORKFLOW_STATES: tuple[str, ...] = (
"needs-author",
"needs-review",
"approved-awaiting-merge",
"merged-awaiting-controller",
"blocked",
"complete",
)
TERMINAL_STATES = frozenset({"complete"})
#: The single role authorized to act on each workflow state.
NEXT_ACTOR_BY_STATE: dict[str, str] = {
"needs-author": "author",
"needs-review": "reviewer",
"approved-awaiting-merge": "merger",
"merged-awaiting-controller": "controller",
"blocked": "operator",
"complete": "none",
}
WORKFLOW_ROLES = frozenset(
{"author", "reviewer", "merger", "controller", "operator", "reconciler"}
)
#: What each receiving role is authorized to do when it consumes a handoff.
ROLE_ALLOWED_ACTIONS: dict[str, tuple[str, ...]] = {
"author": ("implement", "commit", "push", "create_pr", "comment"),
"reviewer": ("review", "approve", "request_changes", "comment"),
"merger": ("verify_approval_parity", "merge", "comment"),
"controller": ("accept", "reject", "reopen", "close_issue", "comment"),
"operator": ("repair_infrastructure", "comment"),
"reconciler": ("close_superseded_pr", "cleanup_branch", "comment"),
}
ROLE_FORBIDDEN_ACTIONS: dict[str, tuple[str, ...]] = {
"author": ("approve", "request_changes", "merge", "close_issue"),
"reviewer": ("merge", "commit", "push", "create_pr"),
"merger": ("approve", "commit", "push", "create_pr"),
"controller": ("approve", "merge", "commit", "push"),
"operator": ("approve", "merge", "close_issue"),
"reconciler": ("approve", "merge", "commit", "push", "create_pr"),
}
#: Ordered canonical handoff fields. Every one of them is required; the
#: fields in :data:`NONE_ALLOWED_FIELDS` may legitimately carry ``none``.
HANDOFF_FIELDS: tuple[str, ...] = (
"REPOSITORY",
"ISSUE",
"PR",
"WORKFLOW_STATE",
"HEAD_SHA",
"BASE_BRANCH",
"BASE_OR_MERGE_SHA",
"ACTING_ROLE",
"ACTING_IDENTITY",
"COMPLETED_ACTIONS",
"VALIDATION_EVIDENCE",
"MUTATION_LEDGER",
"BLOCKERS",
"NEXT_ACTOR",
"NEXT_ACTION",
"PROHIBITED_ACTIONS",
"NEXT_PROMPT",
"WORKFLOW_FAILURE_ISSUES",
"LAST_UPDATED",
)
NONE_ALLOWED_FIELDS = frozenset(
{
"PR",
"HEAD_SHA",
"BASE_OR_MERGE_SHA",
"BLOCKERS",
"WORKFLOW_FAILURE_ISSUES",
"NEXT_PROMPT",
"NEXT_ACTION",
}
)
#: States where no PR or head SHA exists yet, so ``none`` is legitimate.
_PRE_PR_STATES = frozenset({"needs-author", "blocked"})
_PLACEHOLDERS = frozenset({"", "none", "n/a", "na", "tbd", "todo", "unknown", "?"})
#: A next prompt short enough to be a stub cannot be "ready to run".
MIN_NEXT_PROMPT_CHARS = 40
_FIELD_LINE_RE = re.compile(r"^([A-Z][A-Z0-9_]*)\s*:\s*(.*)$", re.MULTILINE)
_HEADING_RE = re.compile(r"^##\s*Canonical Handoff\s*$", re.IGNORECASE | re.MULTILINE)
_EXTERNAL_CHAT_RE = re.compile(
r"\b(?:previous chat|prior conversation|earlier conversation|see (?:the )?chat|"
r"chat history|paste (?:this )?(?:from|into) chatgpt|ask the operator to paste)\b",
re.IGNORECASE,
)
LIVE_DETECTION_KINDS: tuple[str, ...] = (
"changed_pr_head",
"stale_approval",
"issue_closed",
"issue_reopened",
"pr_merged",
"pr_closed_unmerged",
"stale_lease",
"foreign_lease",
"missing_worktree",
"dirty_worktree",
"namespace_mismatch",
"stale_runtime",
"changed_base",
"conflicting_canonical_comments",
)
CONTROLLER_DECISIONS = frozenset(
{
"accept",
"request_tests",
"request_proof",
"request_corrections",
"reopen",
"return_to_actor",
}
)
CONTROLLER_CLOSURE_PROOF_FIELDS = (
"acceptance_criteria_satisfied",
"cleanup_complete",
"canonical_final_state_posted",
"issue_closed_through_workflow",
)
WORKFLOW_FAILURE_FIELDS = (
"classification",
"linked_issue",
"temporary_impact",
"next_valid_actor",
"recovery_prompt",
)
def _is_placeholder(value: Any) -> bool:
return str(value or "").strip().lower() in _PLACEHOLDERS
def _clean(value: Any) -> str:
text = str(value).strip() if value is not None else ""
return text or "none"
# ---------------------------------------------------------------------------
# rendering / parsing
# ---------------------------------------------------------------------------
def render_self_propagating_handoff(**values: Any) -> str:
"""Render a canonical cross-role handoff block.
Raises ``ValueError`` for an unknown workflow state so a malformed handoff
can never be produced by the sanctioned renderer.
"""
state = str(values.get("WORKFLOW_STATE", values.get("workflow_state", ""))).strip()
if state not in WORKFLOW_STATES:
raise ValueError(
f"unknown workflow state '{state}'; expected one of {list(WORKFLOW_STATES)}"
)
lines = [MARKER, f"## {HANDOFF_HEADING}", "", "```text"]
for name in HANDOFF_FIELDS:
raw = values.get(name, values.get(name.lower()))
lines.append(f"{name}: {_clean(raw)}")
lines.append("```")
return "\n".join(lines)
def parse_self_propagating_handoff(text: str) -> dict[str, str] | None:
"""Parse a canonical handoff block, or ``None`` when absent."""
body = text or ""
if MARKER not in body and not _HEADING_RE.search(body):
return None
fields = {
match.group(1): match.group(2).strip()
for match in _FIELD_LINE_RE.finditer(body)
}
if not fields:
return None
return fields
def handoff_present(text: str) -> bool:
"""Whether *text* carries a canonical handoff block at all."""
return parse_self_propagating_handoff(text) is not None
# ---------------------------------------------------------------------------
# handoff validation (AC: a validator rejects incomplete handoffs)
# ---------------------------------------------------------------------------
def assess_self_propagating_handoff(text: str) -> dict[str, Any]:
"""Fail closed unless *text* carries one complete canonical handoff."""
fields = parse_self_propagating_handoff(text)
if fields is None:
return {
"valid": False,
"block": True,
"present": False,
"fields": {},
"missing_fields": list(HANDOFF_FIELDS),
"workflow_state": None,
"next_actor": None,
"terminal": False,
"reasons": ["report or comment carries no canonical handoff block"],
"safe_next_action": (
"add a canonical handoff block with all "
f"{len(HANDOFF_FIELDS)} fields before posting"
),
}
reasons: list[str] = []
state = (fields.get("WORKFLOW_STATE") or "").strip()
terminal = state in TERMINAL_STATES
if state not in WORKFLOW_STATES:
reasons.append(
f"unknown WORKFLOW_STATE '{state or 'missing'}'; "
f"expected one of {list(WORKFLOW_STATES)}"
)
missing = [name for name in HANDOFF_FIELDS if name not in fields]
reasons.extend(f"handoff missing field: {name}" for name in missing)
for name in HANDOFF_FIELDS:
if name in missing:
continue
value = fields.get(name, "")
if not _is_placeholder(value):
continue
if name in NONE_ALLOWED_FIELDS:
continue
# A terminated chain names no next actor by design.
if name == "NEXT_ACTOR" and terminal:
continue
reasons.append(f"handoff field {name} must be concrete, got '{value or ''}'")
if state and state not in _PRE_PR_STATES and state in WORKFLOW_STATES:
for name in ("PR", "HEAD_SHA"):
if name not in missing and _is_placeholder(fields.get(name)):
reasons.append(
f"handoff field {name} must be concrete in state '{state}'"
)
if state == "blocked" and _is_placeholder(fields.get("BLOCKERS")):
reasons.append("state 'blocked' requires a concrete BLOCKERS entry")
declared_actor = (fields.get("NEXT_ACTOR") or "").strip().lower()
expected_actor = NEXT_ACTOR_BY_STATE.get(state)
if expected_actor and declared_actor != expected_actor:
reasons.append(
f"NEXT_ACTOR '{declared_actor or 'missing'}' does not match state "
f"'{state}', which authorizes '{expected_actor}'"
)
next_prompt = (fields.get("NEXT_PROMPT") or "").strip()
next_action = (fields.get("NEXT_ACTION") or "").strip()
if terminal:
# A completed workflow terminates; it must not manufacture more work.
if not _is_placeholder(next_prompt):
reasons.append(
"terminal state 'complete' must not carry a NEXT_PROMPT; "
"the chain ends at controller closure"
)
if not _is_placeholder(next_action):
reasons.append(
"terminal state 'complete' must not carry a NEXT_ACTION"
)
else:
if _is_placeholder(next_prompt):
reasons.append(
"non-terminal handoff requires a complete ready-to-run NEXT_PROMPT"
)
elif len(next_prompt) < MIN_NEXT_PROMPT_CHARS:
reasons.append(
"NEXT_PROMPT is too short to be ready-to-run "
f"({len(next_prompt)} < {MIN_NEXT_PROMPT_CHARS} characters)"
)
if _is_placeholder(next_action):
reasons.append("non-terminal handoff requires a concrete NEXT_ACTION")
acting_role = (fields.get("ACTING_ROLE") or "").strip().lower()
if acting_role and acting_role not in WORKFLOW_ROLES:
reasons.append(
f"unknown ACTING_ROLE '{acting_role}'; expected one of "
f"{sorted(WORKFLOW_ROLES)}"
)
block = bool(reasons)
return {
"valid": not block,
"block": block,
"present": True,
"fields": fields,
"missing_fields": missing,
"workflow_state": state or None,
"next_actor": declared_actor or None,
"terminal": terminal,
"reasons": reasons,
"safe_next_action": (
"complete every canonical handoff field before posting"
if block
else "proceed"
),
}
def assess_thread_recoverability(text: str) -> dict[str, Any]:
"""The next actor must recover from the thread alone — never outside chat."""
assessment = assess_self_propagating_handoff(text)
if assessment["block"]:
return {
"recoverable": False,
"block": True,
"reasons": assessment["reasons"],
"safe_next_action": assessment["safe_next_action"],
}
fields = assessment["fields"]
reasons: list[str] = []
if assessment["terminal"]:
return {
"recoverable": True,
"block": False,
"reasons": [],
"safe_next_action": "proceed",
}
prompt = fields.get("NEXT_PROMPT", "")
repository = fields.get("REPOSITORY", "").strip()
issue = fields.get("ISSUE", "").strip().lstrip("#")
if repository and repository.lower() not in prompt.lower():
reasons.append("NEXT_PROMPT must name the repository it applies to")
if issue and issue not in prompt:
reasons.append(f"NEXT_PROMPT must name issue {issue}")
if _EXTERNAL_CHAT_RE.search(prompt):
reasons.append(
"NEXT_PROMPT must not depend on outside chat history; the issue or "
"PR thread, workflow docs, and live repository state must suffice"
)
block = bool(reasons)
return {
"recoverable": not block,
"block": block,
"reasons": reasons,
"safe_next_action": (
"rewrite NEXT_PROMPT so it is self-contained" if block else "proceed"
),
}
# ---------------------------------------------------------------------------
# live-state recovery (AC: head changes invalidate stale review/merge handoffs)
# ---------------------------------------------------------------------------
def _detection(kind: str, detail: str) -> dict[str, str]:
return {"kind": kind, "detail": detail}
def assess_handoff_live_state(
*,
handoff: str | Mapping[str, str],
live: Mapping[str, Any],
) -> dict[str, Any]:
"""Re-derive workflow truth from live state instead of trusting *handoff*.
*live* carries observed facts; absent keys are simply not checked, but any
fact that contradicts the inherited handoff fails closed.
"""
if isinstance(handoff, Mapping):
fields = dict(handoff)
else:
parsed = parse_self_propagating_handoff(handoff or "")
if parsed is None:
return {
"block": True,
"detections": [_detection("missing_handoff", "no canonical handoff")],
"kinds": ["missing_handoff"],
"reasons": ["no canonical handoff to reconcile against live state"],
"recovered_state": None,
"safe_next_action": "post a canonical handoff before continuing",
}
fields = parsed
state = (fields.get("WORKFLOW_STATE") or "").strip()
next_actor = (fields.get("NEXT_ACTOR") or "").strip().lower()
detections: list[dict[str, str]] = []
recovered_state: str | None = None
handoff_head = (fields.get("HEAD_SHA") or "").strip()
live_head = str(live.get("pr_head_sha") or "").strip()
head_changed = bool(
live_head and handoff_head and not _is_placeholder(handoff_head)
and live_head != handoff_head
)
if head_changed:
detections.append(
_detection(
"changed_pr_head",
f"handoff pinned {handoff_head}, live head is {live_head}",
)
)
if next_actor in {"reviewer", "merger"}:
recovered_state = "needs-review"
approved_head = str(live.get("approved_head_sha") or "").strip()
if approved_head and live_head and approved_head != live_head:
detections.append(
_detection(
"stale_approval",
f"approval recorded at {approved_head}, live head is {live_head}",
)
)
if next_actor == "merger":
recovered_state = "needs-review"
issue_state = str(live.get("issue_state") or "").strip().lower()
if issue_state == "closed" and state not in TERMINAL_STATES:
detections.append(
_detection("issue_closed", "linked issue is closed but handoff is not complete")
)
if issue_state == "open" and state in TERMINAL_STATES:
detections.append(
_detection("issue_reopened", "handoff claims complete but the issue is open")
)
recovered_state = "needs-author"
pr_state = str(live.get("pr_state") or "").strip().lower()
if pr_state == "merged" and state in {
"needs-author",
"needs-review",
"approved-awaiting-merge",
}:
detections.append(
_detection("pr_merged", "PR is already merged; controller boundary applies")
)
recovered_state = "merged-awaiting-controller"
if pr_state == "closed" and state not in TERMINAL_STATES:
detections.append(
_detection("pr_closed_unmerged", "PR is closed without merge")
)
lease = live.get("lease") or {}
if isinstance(lease, Mapping) and lease:
lease_status = str(lease.get("status") or "").strip().lower()
if lease_status and lease_status != "active":
detections.append(
_detection("stale_lease", f"lease status is '{lease_status}'")
)
lease_session = str(lease.get("session_id") or "").strip()
actor_session = str(live.get("actor_session_id") or "").strip()
if lease_session and actor_session and lease_session != actor_session:
detections.append(
_detection(
"foreign_lease",
"lease is owned by another session; never adopt it implicitly",
)
)
worktree = live.get("worktree") or {}
if isinstance(worktree, Mapping) and worktree:
if worktree.get("present") is False:
detections.append(_detection("missing_worktree", "bound worktree is absent"))
if worktree.get("dirty") is True:
detections.append(
_detection("dirty_worktree", "bound worktree carries uncommitted changes")
)
namespace_role = str(live.get("namespace_role") or "").strip().lower()
if namespace_role and next_actor and next_actor != "none":
if namespace_role != next_actor:
detections.append(
_detection(
"namespace_mismatch",
f"live namespace role '{namespace_role}' cannot act as '{next_actor}'",
)
)
if live.get("runtime_stale") is True:
detections.append(
_detection("stale_runtime", "serving runtime is stale; reconnect required")
)
handoff_base = (fields.get("BASE_BRANCH") or "").strip()
live_base = str(live.get("base_branch") or "").strip()
if handoff_base and live_base and not _is_placeholder(handoff_base):
if handoff_base != live_base:
detections.append(
_detection(
"changed_base",
f"handoff base '{handoff_base}' but live base '{live_base}'",
)
)
if live.get("conflicting_canonical_comments") is True:
detections.append(
_detection(
"conflicting_canonical_comments",
"thread carries contradictory canonical comments",
)
)
kinds = [item["kind"] for item in detections]
reasons = [f"{item['kind']}: {item['detail']}" for item in detections]
block = bool(detections)
return {
"block": block,
"detections": detections,
"kinds": kinds,
"reasons": reasons,
"recovered_state": recovered_state,
"safe_next_action": (
"post a corrected canonical handoff for the recovered live state "
"before acting"
if block
else "proceed"
),
}
# ---------------------------------------------------------------------------
# role-limited continuation
# ---------------------------------------------------------------------------
def assess_role_continuation(
*,
handoff: str | Mapping[str, str],
actor_role: str,
) -> dict[str, Any]:
"""Only the role the current state authorizes may continue the chain."""
if isinstance(handoff, Mapping):
fields = dict(handoff)
else:
fields = parse_self_propagating_handoff(handoff or "") or {}
role = (actor_role or "").strip().lower()
state = (fields.get("WORKFLOW_STATE") or "").strip()
expected = NEXT_ACTOR_BY_STATE.get(state)
reasons: list[str] = []
if not fields:
reasons.append("no canonical handoff to continue from")
if role not in WORKFLOW_ROLES:
reasons.append(f"unknown actor role '{actor_role}'")
if expected is None and fields:
reasons.append(f"unknown workflow state '{state}'")
elif expected == "none":
reasons.append(
"workflow state 'complete' is terminal; no further role may continue"
)
elif expected and role != expected:
reasons.append(
f"state '{state}' authorizes '{expected}', not '{role}'"
)
block = bool(reasons)
return {
"allowed": not block,
"block": block,
"expected_actor": expected,
"actor_role": role,
"allowed_actions": () if block else ROLE_ALLOWED_ACTIONS.get(role, ()),
"forbidden_actions": ROLE_FORBIDDEN_ACTIONS.get(role, ()),
"reasons": reasons,
"safe_next_action": (
f"hand off to '{expected}'" if block and expected else
"stop; the workflow is complete" if expected == "none" else
"proceed"
),
}
# ---------------------------------------------------------------------------
# durable posting (AC: a chat-only report is never sufficient)
# ---------------------------------------------------------------------------
def assess_durable_state_update(
*,
handoff_text: str,
posted_comment_id: Any = None,
canonical_state_posted: bool = False,
) -> dict[str, Any]:
"""A successful actor session must leave the handoff in Gitea, not chat."""
reasons: list[str] = []
assessment = assess_self_propagating_handoff(handoff_text)
if assessment["block"]:
reasons.extend(assessment["reasons"])
if not posted_comment_id:
reasons.append(
"canonical handoff was not posted to Gitea; a chat-only report is "
"not durable workflow state"
)
if not canonical_state_posted:
reasons.append(
"canonical issue/PR state and thread ledger were not updated"
)
block = bool(reasons)
return {
"durable": not block,
"block": block,
"posted_comment_id": posted_comment_id,
"reasons": reasons,
"safe_next_action": (
"post the canonical handoff and state update to Gitea before "
"ending the session"
if block
else "proceed"
),
}
# ---------------------------------------------------------------------------
# merge -> controller boundary and controller continuation
# ---------------------------------------------------------------------------
def assess_merge_completion_transition(
*,
merge_succeeded: bool,
controller_auto_accept: bool = False,
) -> dict[str, Any]:
"""A merged PR is not accepted work until the controller says so."""
if not merge_succeeded:
return {
"next_state": "approved-awaiting-merge",
"next_actor": "merger",
"next_prompt_required": True,
"reasons": ["merge did not succeed; the merger retains the work item"],
}
if controller_auto_accept:
return {
"next_state": "complete",
"next_actor": "none",
"next_prompt_required": False,
"reasons": ["configured workflow authorizes automatic acceptance on merge"],
}
return {
"next_state": "merged-awaiting-controller",
"next_actor": "controller",
"next_prompt_required": True,
"reasons": [
"merge succeeded; acceptance requires the authorized controller"
],
}
def assess_controller_decision(
*,
decision: str,
closure_proof: Mapping[str, Any] | None = None,
return_to: str | None = None,
) -> dict[str, Any]:
"""Controller acceptance or rejection produces the next or final state."""
normalized = (decision or "").strip().lower()
if normalized not in CONTROLLER_DECISIONS:
return {
"block": True,
"next_state": None,
"next_actor": None,
"next_prompt_required": True,
"reasons": [
f"unknown controller decision '{decision}'; expected one of "
f"{sorted(CONTROLLER_DECISIONS)}"
],
"safe_next_action": "record a supported controller decision",
}
if normalized == "accept":
proof = dict(closure_proof or {})
missing = [
name
for name in CONTROLLER_CLOSURE_PROOF_FIELDS
if proof.get(name) is not True
]
if missing:
return {
"block": True,
"next_state": "merged-awaiting-controller",
"next_actor": "controller",
"next_prompt_required": True,
"reasons": [
"controller acceptance missing closure proof: " + ", ".join(missing)
],
"safe_next_action": (
"satisfy and record every closure proof field before closing"
),
}
return {
"block": False,
"next_state": "complete",
"next_actor": "none",
"next_prompt_required": False,
"reasons": ["controller accepted; workflow chain terminates"],
"safe_next_action": "post the final canonical state and stop",
}
if normalized == "return_to_actor":
target = (return_to or "").strip().lower()
state_by_actor = {
"author": "needs-author",
"reviewer": "needs-review",
"merger": "approved-awaiting-merge",
}
if target not in state_by_actor:
return {
"block": True,
"next_state": None,
"next_actor": None,
"next_prompt_required": True,
"reasons": [
f"return_to_actor requires a target in {sorted(state_by_actor)}"
],
"safe_next_action": "name the actor the work returns to",
}
return {
"block": False,
"next_state": state_by_actor[target],
"next_actor": target,
"next_prompt_required": True,
"reasons": [f"controller returned the work item to '{target}'"],
"safe_next_action": f"post a complete handoff for '{target}'",
}
# request_tests / request_proof / request_corrections / reopen
return {
"block": False,
"next_state": "needs-author",
"next_actor": "author",
"next_prompt_required": True,
"reasons": [f"controller decision '{normalized}' returns the work to the author"],
"safe_next_action": "post a complete author handoff describing what is required",
}
# ---------------------------------------------------------------------------
# workflow-failure escalation
# ---------------------------------------------------------------------------
def assess_workflow_failure_escalation(
*,
failures: Sequence[Mapping[str, Any]] | None,
active_issue_number: int | str | None,
existing_failure_issues: Iterable[Mapping[str, Any]] | None = None,
) -> dict[str, Any]:
"""Tooling defects hit while working an issue become separate durable work."""
entries = list(failures or [])
known = {
str((item.get("signature") or "")).strip().lower(): item.get("number")
for item in (existing_failure_issues or [])
if str((item.get("signature") or "")).strip()
}
active = str(active_issue_number or "").strip().lstrip("#")
reasons: list[str] = []
reused: list[dict[str, Any]] = []
seen_signatures: dict[str, str] = {}
for index, failure in enumerate(entries):
label = str(failure.get("signature") or f"failure[{index}]")
missing = [
name
for name in WORKFLOW_FAILURE_FIELDS
if _is_placeholder(failure.get(name))
]
if missing:
reasons.append(
f"{label}: workflow failure missing " + ", ".join(missing)
)
linked = str(failure.get("linked_issue") or "").strip().lstrip("#")
if linked and active and linked == active:
reasons.append(
f"{label}: workflow defects must not be folded into the active "
f"work item #{active}; file a separate durable issue"
)
signature = str(failure.get("signature") or "").strip().lower()
if not signature:
continue
if signature in known:
expected = str(known[signature] or "").strip().lstrip("#")
if linked and expected and linked != expected:
reasons.append(
f"{label}: duplicate workflow-failure issue #{linked}; "
f"reuse the existing issue #{expected}"
)
else:
reused.append({"signature": signature, "issue": expected})
if signature in seen_signatures:
reasons.append(
f"{label}: duplicate workflow-failure signature reported twice "
"in one session"
)
else:
seen_signatures[signature] = linked
block = bool(reasons)
return {
"escalated": not block,
"block": block,
"failure_count": len(entries),
"reused_issues": reused,
"reasons": reasons,
"safe_next_action": (
"file or reference one durable issue per distinct workflow failure"
if block
else "proceed"
),
}
# ---------------------------------------------------------------------------
# final-report integration
# ---------------------------------------------------------------------------
def assess_final_report_self_propagating_handoff(report_text: str) -> dict[str, Any]:
"""#626 gate for final reports.
Applicability mirrors the #495 canonical-state gate: once a report adopts
the protocol — by carrying the marker, the ``Canonical Handoff`` heading,
or a ``WORKFLOW_STATE`` line — the full schema is enforced. Reports that
predate the protocol are untouched here; the workflow schemas require the
block going forward.
"""
text = report_text or ""
applicable = (
MARKER in text
or bool(_HEADING_RE.search(text))
or bool(re.search(r"^WORKFLOW_STATE\s*:", text, re.MULTILINE))
)
if not applicable:
return {
"applicable": False,
"valid": True,
"block": False,
"reasons": [],
"safe_next_action": "proceed",
}
assessment = assess_self_propagating_handoff(text)
recoverability = assess_thread_recoverability(text)
reasons = list(assessment["reasons"])
if not assessment["block"]:
reasons.extend(recoverability.get("reasons") or [])
block = bool(assessment["block"] or recoverability.get("block"))
return {
"applicable": True,
"valid": not block,
"block": block,
"workflow_state": assessment.get("workflow_state"),
"next_actor": assessment.get("next_actor"),
"terminal": assessment.get("terminal"),
"reasons": reasons,
"safe_next_action": (
assessment["safe_next_action"]
if assessment["block"]
else recoverability.get("safe_next_action", "proceed")
),
}
skills/llm-project-workflow/SKILL.md
+11
View File
@@ -224,6 +224,17 @@ format canonical field set per issue #182; mode-specific schemas in
for the loaded workflow mode — not the legacy compact block alone. for the loaded workflow mode — not the legacy compact block alone.
`review_proofs.assess_controller_handoff()` validates presence. `review_proofs.assess_controller_handoff()` validates presence.
## Canonical self-propagating handoff
Every workflow mode also carries the cross-role handoff block defined in
[`schemas/self-propagating-handoff.md`](schemas/self-propagating-handoff.md)
(#626). Each actor consumes exactly one canonical handoff, performs exactly one
authorized role, posts the result to the Gitea issue or PR thread, and emits the
next complete handoff — until the controller records final closure. The block
must be posted to Gitea, not returned in chat alone, and the next prompt is not
an optional prose section. `self_propagating_handoff.py` implements the schema;
`final_report_validator.py` enforces it as `shared.self_propagating_handoff`.
## Prompt templates ## Prompt templates
Ready-to-copy task prompts live in [`templates/`](templates/): Ready-to-copy task prompts live in [`templates/`](templates/):
skills/llm-project-workflow/schemas/create-issue-final-report.md
+4
View File
@@ -44,3 +44,7 @@ mutations occurred).
``` ```
Identity format: `username / profile` (not personal email unless required — #305). Identity format: `username / profile` (not personal email unless required — #305).
The report must also carry the canonical self-propagating handoff block
(`schemas/self-propagating-handoff.md`, #626) and that block must be posted to
the Gitea issue thread.
skills/llm-project-workflow/schemas/pr-queue-cleanup-final-report.md
+4
View File
@@ -29,3 +29,7 @@ use `none` where nothing occurred. Validated by
* Read-only diagnostics: * Read-only diagnostics:
* Blockers: * Blockers:
* Safe next action: (fresh run for the next PR) * Safe next action: (fresh run for the next PR)
The report must also carry the canonical self-propagating handoff block
(`schemas/self-propagating-handoff.md`, #626) and that block must be posted to
the Gitea PR thread.
skills/llm-project-workflow/schemas/reconcile-landed-final-report.md
+5 -1
View File
@@ -50,4 +50,8 @@ occurred).
Identity format: `username / profile` (not personal email unless required — #305). Identity format: `username / profile` (not personal email unless required — #305).
`git fetch` belongs under `Git ref mutations`, not read-only diagnostics (#297). `git fetch` belongs under `Git ref mutations`, not read-only diagnostics (#297).
The report must also carry the canonical self-propagating handoff block
(`schemas/self-propagating-handoff.md`, #626) and that block must be posted to
the Gitea issue or PR thread.
skills/llm-project-workflow/schemas/review-merge-final-report.md
+6 -1
View File
@@ -116,4 +116,9 @@ or structured MCP metadata — not narrative alone:
When a claim relies on prior-session blocker state or MCP metadata only, label When a claim relies on prior-session blocker state or MCP metadata only, label
the proof source explicitly (`command`, `MCP metadata`, `prior blocker`, the proof source explicitly (`command`, `MCP metadata`, `prior blocker`,
`not checked`). Do not use `live proof` without that classification. `not checked`). Do not use `live proof` without that classification.
The report must also carry the canonical self-propagating handoff block
(`schemas/self-propagating-handoff.md`, #626) and that block must be posted to
the Gitea PR thread. A reviewer hands off to `merger`; a merger transitions to
`merged-awaiting-controller` rather than declaring the work accepted.
skills/llm-project-workflow/schemas/self-propagating-handoff.md
+114
View File
@@ -0,0 +1,114 @@
# Canonical self-propagating handoff schema (#626)
**Applies to:** every workflow actor — author, reviewer, merger, controller,
operator, reconciler.
`#494`–`#507` defined the ledger, the canonical state comments, and the
Canonical Thread Handoff shape. This schema owns the *chain*: each actor
consumes exactly one canonical handoff, performs exactly one authorized role,
records the result durably in Gitea, and emits the next complete handoff —
until the controller records final closure.
Implemented and enforced by `self_propagating_handoff.py`; wired into
`final_report_validator.py` as rule `shared.self_propagating_handoff`.
## The block
Post this block into the Gitea issue or PR thread, and include it verbatim in
the final report. It is not an optional prose section.
```md
<!-- sph:v1 -->
## Canonical Handoff
```text
REPOSITORY: <org>/<repo>
ISSUE: <number>
PR: <number or none>
WORKFLOW_STATE: <one of the workflow states below>
HEAD_SHA: <current head, or none before a branch exists>
BASE_BRANCH: <base branch>
BASE_OR_MERGE_SHA: <base SHA, or merge commit SHA after merge>
ACTING_ROLE: <author|reviewer|merger|controller|operator|reconciler>
ACTING_IDENTITY: <username (profile)>
COMPLETED_ACTIONS: <what this actor actually did>
VALIDATION_EVIDENCE: <commands run and their results>
MUTATION_LEDGER: <every durable mutation performed>
BLOCKERS: <active blockers, or none>
NEXT_ACTOR: <role authorized by WORKFLOW_STATE, or none when complete>
NEXT_ACTION: <exact next action, or none when complete>
PROHIBITED_ACTIONS: <what the next actor must not do>
NEXT_PROMPT: <complete ready-to-run prompt, or none when complete>
WORKFLOW_FAILURE_ISSUES: <durable issue refs for tooling defects, or none>
LAST_UPDATED: <UTC timestamp>
```
```
## Workflow states and the single authorized actor
| `WORKFLOW_STATE` | `NEXT_ACTOR` |
| --------------------------- | ------------ |
| `needs-author` | `author` |
| `needs-review` | `reviewer` |
| `approved-awaiting-merge` | `merger` |
| `merged-awaiting-controller`| `controller` |
| `blocked` | `operator` |
| `complete` | `none` |
A merged PR is **not** accepted work: merge transitions to
`merged-awaiting-controller` unless the configured workflow explicitly
authorizes automatic acceptance.
## Fail-closed rules
* Every field is required. Only `PR`, `HEAD_SHA`, `BASE_OR_MERGE_SHA`,
`BLOCKERS`, `WORKFLOW_FAILURE_ISSUES`, `NEXT_ACTION`, and `NEXT_PROMPT` may
carry `none`, and `PR`/`HEAD_SHA` only in `needs-author` or `blocked`.
* `NEXT_ACTOR` must equal the actor the declared state authorizes.
* `blocked` requires a concrete `BLOCKERS` entry.
* A non-terminal handoff requires a concrete `NEXT_ACTION` and a
`NEXT_PROMPT` long enough to be ready to run.
* `complete` must carry no `NEXT_ACTION` and no `NEXT_PROMPT`: a finished
workflow terminates instead of manufacturing more work.
* `NEXT_PROMPT` must name the repository and the issue, and must not depend on
outside chat history. The issue or PR thread, workflow documentation, and
live repository state must be sufficient to recover the task.
* The handoff must be posted to Gitea. A chat-only report is not durable
workflow state.
## Live-state recovery before acting
The receiving actor re-derives truth from live state instead of trusting the
inherited handoff. `assess_handoff_live_state` detects and fails closed on:
`changed_pr_head`, `stale_approval`, `issue_closed`, `issue_reopened`,
`pr_merged`, `pr_closed_unmerged`, `stale_lease`, `foreign_lease`,
`missing_worktree`, `dirty_worktree`, `namespace_mismatch`, `stale_runtime`,
`changed_base`, and `conflicting_canonical_comments`.
A changed head invalidates any inherited review or merge handoff; the chain
recovers to `needs-review`.
## Controller closure
`accept` is only honored with all four closure proofs recorded:
`acceptance_criteria_satisfied`, `cleanup_complete`,
`canonical_final_state_posted`, `issue_closed_through_workflow`. Otherwise the
work item stays at `merged-awaiting-controller`.
`request_tests`, `request_proof`, `request_corrections`, and `reopen` return
the work to the author; `return_to_actor` returns it to a named earlier actor.
## Workflow-failure escalation
Tooling or workflow defects found while working an item never get folded into
the active feature issue. Each distinct failure carries `classification`,
`linked_issue`, `temporary_impact`, `next_valid_actor`, and `recovery_prompt`.
A failure whose signature already has a durable issue must reuse that issue
instead of filing a duplicate.
## Applicability
Enforcement is applicability-gated exactly like the #495 canonical-state gate:
once a report carries the `sph:v1` marker, the `Canonical Handoff` heading, or
a `WORKFLOW_STATE:` line, the full schema is enforced and incomplete handoffs
are rejected. Reports written before the protocol existed are unaffected.
skills/llm-project-workflow/schemas/work-issue-final-report.md
+6 -1
View File
@@ -70,4 +70,9 @@ selected issue, and mutation ledger categories (#319, #320).
`Read-only diagnostics` (#297). `Read-only diagnostics` (#297).
Forbidden claims without proof (#330): `next eligible issue`, `issue claimed`, Forbidden claims without proof (#330): `next eligible issue`, `issue claimed`,
`validation passed`, `PR created`, `worktree clean`, `all gates passed`, etc. `validation passed`, `PR created`, `worktree clean`, `all gates passed`, etc.
The report must also carry the canonical self-propagating handoff block
(`schemas/self-propagating-handoff.md`, #626) and that block must be posted to
the Gitea issue or PR thread. The next prompt is not an optional prose
section.
tests/test_self_propagating_handoff.py
+613
View File
@@ -0,0 +1,613 @@
"""Tests for self-propagating canonical handoffs (#626)."""
from __future__ import annotations
import os
import sys
import unittest
sys.path.insert(0, os.path.dirname(os.path.dirname(os.path.abspath(__file__))))
from final_report_validator import assess_final_report_validator # noqa: E402
from self_propagating_handoff import ( # noqa: E402
HANDOFF_FIELDS,
NEXT_ACTOR_BY_STATE,
WORKFLOW_STATES,
assess_controller_decision,
assess_durable_state_update,
assess_final_report_self_propagating_handoff,
assess_handoff_live_state,
assess_merge_completion_transition,
assess_role_continuation,
assess_self_propagating_handoff,
assess_thread_recoverability,
assess_workflow_failure_escalation,
parse_self_propagating_handoff,
render_self_propagating_handoff,
)
REPO = "Scaled-Tech-Consulting/Gitea-Tools"
AUTHOR_PROMPT = (
"Review PR #900 on Scaled-Tech-Consulting/Gitea-Tools for issue 626 at head "
"aaaa111. Validate the branch, then submit an independent review verdict."
)
REVIEWER_PROMPT = (
"Merge PR #900 on Scaled-Tech-Consulting/Gitea-Tools for issue 626 once the "
"approval at head aaaa111 still applies to the live head."
)
MERGER_PROMPT = (
"Accept or reject the merged work for issue 626 on "
"Scaled-Tech-Consulting/Gitea-Tools; verify acceptance criteria then close."
)
CONTROLLER_PROMPT = (
"Address the controller's requested changes for issue 626 on "
"Scaled-Tech-Consulting/Gitea-Tools, then hand back to an independent reviewer."
)
def build_handoff(**overrides):
"""Render a valid author -> reviewer handoff, with overrides applied."""
values = {
"REPOSITORY": REPO,
"ISSUE": "626",
"PR": "900",
"WORKFLOW_STATE": "needs-review",
"HEAD_SHA": "aaaa111",
"BASE_BRANCH": "master",
"BASE_OR_MERGE_SHA": "bbbb222",
"ACTING_ROLE": "author",
"ACTING_IDENTITY": "jcwalker3 (prgs-author)",
"COMPLETED_ACTIONS": "implemented AC1-AC9; opened PR #900",
"VALIDATION_EVIDENCE": "pytest tests/test_self_propagating_handoff.py: 20 passed",
"MUTATION_LEDGER": "branch pushed; PR #900 opened; comment 13547 posted",
"BLOCKERS": "none",
"NEXT_ACTOR": "reviewer",
"NEXT_ACTION": "independently review PR #900 at head aaaa111",
"PROHIBITED_ACTIONS": "merge, self-approve, force-push",
"NEXT_PROMPT": AUTHOR_PROMPT,
"WORKFLOW_FAILURE_ISSUES": "none",
"LAST_UPDATED": "2026-07-21T03:55:00Z",
}
values.update(overrides)
return render_self_propagating_handoff(**values)
class RenderAndParseTests(unittest.TestCase):
def test_render_emits_every_canonical_field(self):
body = build_handoff()
parsed = parse_self_propagating_handoff(body)
self.assertIsNotNone(parsed)
for name in HANDOFF_FIELDS:
self.assertIn(name, parsed)
def test_render_rejects_unknown_workflow_state(self):
with self.assertRaises(ValueError):
build_handoff(WORKFLOW_STATE="almost-done")
def test_every_state_maps_to_exactly_one_actor(self):
self.assertEqual(set(WORKFLOW_STATES), set(NEXT_ACTOR_BY_STATE))
def test_absent_block_parses_as_none(self):
self.assertIsNone(parse_self_propagating_handoff("no handoff here"))
class AuthorToReviewerTests(unittest.TestCase):
"""Scenario 1: author -> reviewer."""
def test_valid_author_handoff_passes(self):
result = assess_self_propagating_handoff(build_handoff())
self.assertTrue(result["valid"], result["reasons"])
self.assertEqual(result["next_actor"], "reviewer")
self.assertFalse(result["terminal"])
def test_reviewer_may_continue_author_handoff(self):
result = assess_role_continuation(
handoff=build_handoff(), actor_role="reviewer"
)
self.assertTrue(result["allowed"], result["reasons"])
self.assertIn("review", result["allowed_actions"])
def test_author_may_not_continue_its_own_handoff(self):
result = assess_role_continuation(
handoff=build_handoff(), actor_role="author"
)
self.assertTrue(result["block"])
self.assertEqual(result["expected_actor"], "reviewer")
def test_next_actor_must_match_declared_state(self):
result = assess_self_propagating_handoff(
build_handoff(NEXT_ACTOR="merger")
)
self.assertTrue(result["block"])
self.assertTrue(
any("does not match state" in reason for reason in result["reasons"])
)
class ReviewerToMergerTests(unittest.TestCase):
"""Scenario 2: reviewer -> merger."""
def build(self, **overrides):
values = {
"WORKFLOW_STATE": "approved-awaiting-merge",
"ACTING_ROLE": "reviewer",
"ACTING_IDENTITY": "reviewer-bot (prgs-reviewer)",
"COMPLETED_ACTIONS": "review 500 APPROVED at aaaa111",
"NEXT_ACTOR": "merger",
"NEXT_ACTION": "merge PR #900 at approved head aaaa111",
"PROHIBITED_ACTIONS": "re-review, commit, push",
"NEXT_PROMPT": REVIEWER_PROMPT,
}
values.update(overrides)
return build_handoff(**values)
def test_reviewer_handoff_is_valid(self):
result = assess_self_propagating_handoff(self.build())
self.assertTrue(result["valid"], result["reasons"])
self.assertEqual(result["next_actor"], "merger")
def test_merger_may_continue(self):
result = assess_role_continuation(handoff=self.build(), actor_role="merger")
self.assertTrue(result["allowed"], result["reasons"])
self.assertIn("merge", result["allowed_actions"])
class MergerToControllerTests(unittest.TestCase):
"""Scenario 3: merger -> controller."""
def test_merge_success_stops_at_controller_boundary(self):
result = assess_merge_completion_transition(merge_succeeded=True)
self.assertEqual(result["next_state"], "merged-awaiting-controller")
self.assertEqual(result["next_actor"], "controller")
self.assertTrue(result["next_prompt_required"])
def test_configured_auto_accept_may_complete(self):
result = assess_merge_completion_transition(
merge_succeeded=True, controller_auto_accept=True
)
self.assertEqual(result["next_state"], "complete")
self.assertFalse(result["next_prompt_required"])
def test_failed_merge_keeps_the_work_item_with_the_merger(self):
result = assess_merge_completion_transition(merge_succeeded=False)
self.assertEqual(result["next_state"], "approved-awaiting-merge")
def test_merger_handoff_names_the_controller(self):
body = build_handoff(
WORKFLOW_STATE="merged-awaiting-controller",
ACTING_ROLE="merger",
ACTING_IDENTITY="merger-bot (prgs-merger)",
COMPLETED_ACTIONS="merged PR #900 as cccc333",
BASE_OR_MERGE_SHA="cccc333",
NEXT_ACTOR="controller",
NEXT_ACTION="verify acceptance criteria and close issue 626",
PROHIBITED_ACTIONS="reopen the PR, re-merge",
NEXT_PROMPT=MERGER_PROMPT,
)
result = assess_self_propagating_handoff(body)
self.assertTrue(result["valid"], result["reasons"])
self.assertEqual(result["next_actor"], "controller")
class ControllerBackToAuthorTests(unittest.TestCase):
"""Scenario 4: controller -> author."""
def test_request_corrections_returns_to_author(self):
result = assess_controller_decision(decision="request_corrections")
self.assertFalse(result["block"])
self.assertEqual(result["next_state"], "needs-author")
self.assertTrue(result["next_prompt_required"])
def test_return_to_actor_requires_a_named_target(self):
result = assess_controller_decision(decision="return_to_actor")
self.assertTrue(result["block"])
def test_return_to_reviewer_is_supported(self):
result = assess_controller_decision(
decision="return_to_actor", return_to="reviewer"
)
self.assertEqual(result["next_state"], "needs-review")
def test_unknown_decision_fails_closed(self):
result = assess_controller_decision(decision="looks-fine")
self.assertTrue(result["block"])
def test_controller_handoff_back_to_author_validates(self):
body = build_handoff(
WORKFLOW_STATE="needs-author",
ACTING_ROLE="controller",
ACTING_IDENTITY="controller (operator)",
COMPLETED_ACTIONS="reviewed merged work; requested corrections",
NEXT_ACTOR="author",
NEXT_ACTION="address controller corrections on issue 626",
PROHIBITED_ACTIONS="close the issue, merge",
NEXT_PROMPT=CONTROLLER_PROMPT,
)
result = assess_self_propagating_handoff(body)
self.assertTrue(result["valid"], result["reasons"])
class StaleHeadRejectionTests(unittest.TestCase):
"""Scenario 5: stale-head rejection."""
def test_changed_head_invalidates_a_merge_handoff(self):
body = build_handoff(
WORKFLOW_STATE="approved-awaiting-merge",
ACTING_ROLE="reviewer",
NEXT_ACTOR="merger",
NEXT_ACTION="merge PR #900 at approved head aaaa111",
NEXT_PROMPT=REVIEWER_PROMPT,
)
result = assess_handoff_live_state(
handoff=body,
live={"pr_head_sha": "dddd444", "pr_state": "open"},
)
self.assertTrue(result["block"])
self.assertIn("changed_pr_head", result["kinds"])
self.assertEqual(result["recovered_state"], "needs-review")
def test_stale_approval_blocks_the_merger(self):
body = build_handoff(
WORKFLOW_STATE="approved-awaiting-merge",
NEXT_ACTOR="merger",
NEXT_ACTION="merge PR #900",
HEAD_SHA="dddd444",
NEXT_PROMPT=REVIEWER_PROMPT,
)
result = assess_handoff_live_state(
handoff=body,
live={"pr_head_sha": "dddd444", "approved_head_sha": "aaaa111"},
)
self.assertTrue(result["block"])
self.assertIn("stale_approval", result["kinds"])
def test_unchanged_head_is_not_blocked(self):
result = assess_handoff_live_state(
handoff=build_handoff(),
live={
"pr_head_sha": "aaaa111",
"pr_state": "open",
"issue_state": "open",
"base_branch": "master",
"namespace_role": "reviewer",
},
)
self.assertFalse(result["block"], result["reasons"])
def test_merged_pr_recovers_to_the_controller_boundary(self):
result = assess_handoff_live_state(
handoff=build_handoff(),
live={"pr_head_sha": "aaaa111", "pr_state": "merged"},
)
self.assertIn("pr_merged", result["kinds"])
self.assertEqual(result["recovered_state"], "merged-awaiting-controller")
def test_reopened_issue_invalidates_a_complete_handoff(self):
body = build_handoff(
WORKFLOW_STATE="complete",
ACTING_ROLE="controller",
NEXT_ACTOR="none",
NEXT_ACTION="none",
NEXT_PROMPT="none",
)
result = assess_handoff_live_state(
handoff=body, live={"issue_state": "open"}
)
self.assertIn("issue_reopened", result["kinds"])
self.assertEqual(result["recovered_state"], "needs-author")
def test_foreign_lease_and_worktree_faults_are_detected(self):
result = assess_handoff_live_state(
handoff=build_handoff(),
live={
"pr_head_sha": "aaaa111",
"lease": {"status": "expired", "session_id": "other-session"},
"actor_session_id": "my-session",
"worktree": {"present": False, "dirty": True},
"namespace_role": "author",
"runtime_stale": True,
"base_branch": "dev",
"conflicting_canonical_comments": True,
},
)
for kind in (
"stale_lease",
"foreign_lease",
"missing_worktree",
"dirty_worktree",
"namespace_mismatch",
"stale_runtime",
"changed_base",
"conflicting_canonical_comments",
):
self.assertIn(kind, result["kinds"])
class BlockedInfrastructurePathTests(unittest.TestCase):
"""Scenario 6: blocked infrastructure path."""
def build(self, **overrides):
values = {
"WORKFLOW_STATE": "blocked",
"PR": "none",
"HEAD_SHA": "none",
"ACTING_ROLE": "author",
"COMPLETED_ACTIONS": "attempted native publish; MCP mutation rejected",
"BLOCKERS": "gitea_create_pr rejected: namespace unreachable",
"NEXT_ACTOR": "operator",
"NEXT_ACTION": "restore the author MCP namespace",
"PROHIBITED_ACTIONS": "raw git push, curl, force-push",
"NEXT_PROMPT": (
"Repair the author MCP namespace for "
"Scaled-Tech-Consulting/Gitea-Tools so issue 626 can publish "
"natively, then hand back to the author."
),
"WORKFLOW_FAILURE_ISSUES": "#640",
}
values.update(overrides)
return build_handoff(**values)
def test_blocked_handoff_without_pr_is_valid(self):
result = assess_self_propagating_handoff(self.build())
self.assertTrue(result["valid"], result["reasons"])
self.assertEqual(result["next_actor"], "operator")
def test_blocked_requires_a_concrete_blocker(self):
result = assess_self_propagating_handoff(self.build(BLOCKERS="none"))
self.assertTrue(result["block"])
self.assertTrue(
any("BLOCKERS" in reason for reason in result["reasons"])
)
def test_operator_is_the_only_authorized_continuation(self):
self.assertTrue(
assess_role_continuation(handoff=self.build(), actor_role="operator")[
"allowed"
]
)
self.assertTrue(
assess_role_continuation(handoff=self.build(), actor_role="merger")["block"]
)
class FinalClosureTests(unittest.TestCase):
"""Scenario 7: final successful closure."""
def build(self, **overrides):
values = {
"WORKFLOW_STATE": "complete",
"ACTING_ROLE": "controller",
"ACTING_IDENTITY": "controller (operator)",
"COMPLETED_ACTIONS": "verified acceptance criteria; closed issue 626",
"BASE_OR_MERGE_SHA": "cccc333",
"NEXT_ACTOR": "none",
"NEXT_ACTION": "none",
"PROHIBITED_ACTIONS": "reopen without new evidence",
"NEXT_PROMPT": "none",
}
values.update(overrides)
return build_handoff(**values)
def test_terminal_handoff_is_valid_without_a_next_prompt(self):
result = assess_self_propagating_handoff(self.build())
self.assertTrue(result["valid"], result["reasons"])
self.assertTrue(result["terminal"])
def test_terminal_handoff_must_not_manufacture_more_work(self):
result = assess_self_propagating_handoff(
self.build(NEXT_PROMPT=CONTROLLER_PROMPT)
)
self.assertTrue(result["block"])
self.assertTrue(
any("must not carry a NEXT_PROMPT" in r for r in result["reasons"])
)
def test_no_role_may_continue_a_complete_workflow(self):
result = assess_role_continuation(handoff=self.build(), actor_role="author")
self.assertTrue(result["block"])
def test_controller_acceptance_requires_full_closure_proof(self):
partial = assess_controller_decision(
decision="accept",
closure_proof={"acceptance_criteria_satisfied": True},
)
self.assertTrue(partial["block"])
self.assertEqual(partial["next_state"], "merged-awaiting-controller")
full = assess_controller_decision(
decision="accept",
closure_proof={
"acceptance_criteria_satisfied": True,
"cleanup_complete": True,
"canonical_final_state_posted": True,
"issue_closed_through_workflow": True,
},
)
self.assertFalse(full["block"])
self.assertEqual(full["next_state"], "complete")
self.assertFalse(full["next_prompt_required"])
class IncompleteHandoffRejectionTests(unittest.TestCase):
"""Scenario 8: incomplete handoff rejection."""
def test_missing_block_is_rejected(self):
result = assess_self_propagating_handoff("Work is done, ping the reviewer.")
self.assertTrue(result["block"])
self.assertFalse(result["present"])
def test_missing_field_is_rejected(self):
body = build_handoff()
body = "\n".join(
line for line in body.splitlines() if not line.startswith("MUTATION_LEDGER:")
)
result = assess_self_propagating_handoff(body)
self.assertTrue(result["block"])
self.assertIn("MUTATION_LEDGER", result["missing_fields"])
def test_placeholder_field_is_rejected(self):
result = assess_self_propagating_handoff(
build_handoff(VALIDATION_EVIDENCE="TBD")
)
self.assertTrue(result["block"])
def test_stub_next_prompt_is_rejected(self):
result = assess_self_propagating_handoff(build_handoff(NEXT_PROMPT="review it"))
self.assertTrue(result["block"])
self.assertTrue(
any("ready-to-run" in reason for reason in result["reasons"])
)
def test_prompt_depending_on_outside_chat_is_rejected(self):
prompt = (
"Continue issue 626 on Scaled-Tech-Consulting/Gitea-Tools using the "
"previous chat for the missing details."
)
result = assess_thread_recoverability(build_handoff(NEXT_PROMPT=prompt))
self.assertTrue(result["block"])
def test_prompt_must_name_repository_and_issue(self):
prompt = (
"Please review the pull request at the current head and submit an "
"independent verdict when validation passes."
)
result = assess_thread_recoverability(build_handoff(NEXT_PROMPT=prompt))
self.assertTrue(result["block"])
def test_self_contained_prompt_is_recoverable(self):
self.assertFalse(assess_thread_recoverability(build_handoff())["block"])
def test_chat_only_report_is_not_durable(self):
result = assess_durable_state_update(
handoff_text=build_handoff(),
posted_comment_id=None,
canonical_state_posted=False,
)
self.assertTrue(result["block"])
self.assertEqual(len(result["reasons"]), 2)
def test_posted_handoff_is_durable(self):
result = assess_durable_state_update(
handoff_text=build_handoff(),
posted_comment_id=13550,
canonical_state_posted=True,
)
self.assertTrue(result["durable"], result["reasons"])
class WorkflowFailureEscalationTests(unittest.TestCase):
"""Scenario 9: duplicate workflow-failure issue handling."""
def failure(self, **overrides):
values = {
"signature": "lease-cleanup-internal-error",
"classification": "mcp-tool-defect",
"linked_issue": "718",
"temporary_impact": "lease cleanup unavailable this session",
"next_valid_actor": "operator",
"recovery_prompt": "restart the namespace and re-run lease cleanup",
}
values.update(overrides)
return values
def test_complete_failure_record_passes(self):
result = assess_workflow_failure_escalation(
failures=[self.failure()], active_issue_number=626
)
self.assertTrue(result["escalated"], result["reasons"])
def test_incomplete_failure_record_fails_closed(self):
result = assess_workflow_failure_escalation(
failures=[self.failure(recovery_prompt="")], active_issue_number=626
)
self.assertTrue(result["block"])
def test_folding_into_the_active_issue_is_rejected(self):
result = assess_workflow_failure_escalation(
failures=[self.failure(linked_issue="626")], active_issue_number=626
)
self.assertTrue(result["block"])
self.assertTrue(
any("folded into the active work item" in r for r in result["reasons"])
)
def test_known_signature_reuses_the_existing_issue(self):
result = assess_workflow_failure_escalation(
failures=[self.failure()],
active_issue_number=626,
existing_failure_issues=[
{"signature": "lease-cleanup-internal-error", "number": 718}
],
)
self.assertTrue(result["escalated"], result["reasons"])
self.assertEqual(result["reused_issues"], [
{"signature": "lease-cleanup-internal-error", "issue": "718"}
])
def test_duplicate_issue_for_known_signature_is_rejected(self):
result = assess_workflow_failure_escalation(
failures=[self.failure(linked_issue="799")],
active_issue_number=626,
existing_failure_issues=[
{"signature": "lease-cleanup-internal-error", "number": 718}
],
)
self.assertTrue(result["block"])
self.assertTrue(
any("reuse the existing issue #718" in r for r in result["reasons"])
)
def test_same_signature_twice_in_one_session_is_rejected(self):
result = assess_workflow_failure_escalation(
failures=[self.failure(), self.failure()], active_issue_number=626
)
self.assertTrue(result["block"])
def test_no_failures_is_not_an_error(self):
result = assess_workflow_failure_escalation(
failures=[], active_issue_number=626
)
self.assertTrue(result["escalated"])
class FinalReportIntegrationTests(unittest.TestCase):
def test_report_without_the_protocol_is_not_applicable(self):
result = assess_final_report_self_propagating_handoff("## Controller Handoff\n")
self.assertFalse(result["applicable"])
self.assertFalse(result["block"])
def test_report_with_a_complete_handoff_passes(self):
result = assess_final_report_self_propagating_handoff(build_handoff())
self.assertTrue(result["applicable"])
self.assertFalse(result["block"], result["reasons"])
def test_report_with_an_incomplete_handoff_blocks(self):
result = assess_final_report_self_propagating_handoff(
build_handoff(NEXT_ACTION="")
)
self.assertTrue(result["block"])
def test_validator_blocks_an_incomplete_handoff_in_a_work_issue_report(self):
report = build_handoff(MUTATION_LEDGER="TBD")
result = assess_final_report_validator(report, "work_issue")
self.assertTrue(result["blocked"])
self.assertTrue(
any(
finding["rule_id"] == "shared.self_propagating_handoff"
for finding in result["findings"]
)
)
def test_validator_ignores_reports_that_predate_the_protocol(self):
result = assess_final_report_validator("plain legacy report", "work_issue")
self.assertFalse(
any(
finding["rule_id"] == "shared.self_propagating_handoff"
for finding in result["findings"]
)
)
if __name__ == "__main__":
unittest.main()