strepsiades
691 lines
21 KiB
Python
691 lines
21 KiB
Python
from __future__ import annotations
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from enum import Enum
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from typing import Any, Mapping, Optional, Sequence, TYPE_CHECKING, Set
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from .dispatcher import Decision, StateMachineRuntime
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from .semantics import classify_core_pair
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from .state_apply import apply_state_to_node
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if TYPE_CHECKING:
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from ..common.sync_node import SyncNode
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class CoreBindingResult(str, Enum):
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NORMAL = "NORMAL"
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WARNING = "WARNING"
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ABNORMAL = "ABNORMAL"
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class AutoBindOutcome(str, Enum):
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ONE_TO_ONE = "ONE_TO_ONE"
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AMBIGUOUS = "AMBIGUOUS"
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ZERO = "ZERO"
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KEY_MISSING = "KEY_MISSING"
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KEY_ID_RESOLVE_FAIL = "KEY_ID_RESOLVE_FAIL"
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DATA_MISSING = "DATA_MISSING"
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class ExecuteAction(str, Enum):
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CREATE = "CREATE"
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UPDATE = "UPDATE"
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DELETE = "DELETE"
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class HandlerResult(str, Enum):
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SUCCESS = "SUCCESS"
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FAILED = "FAILED"
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SKIPPED = "SKIPPED"
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IN_PROGRESS = "IN_PROGRESS"
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def _as_upper_text(value: Any, *, field_name: str) -> str:
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if isinstance(value, Enum):
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raw = value.value
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else:
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raw = value
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if not isinstance(raw, str):
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raise RuntimeError(f"{field_name} must be str/Enum, got {type(raw).__name__}")
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return raw.upper()
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def decision_note(decision: Decision) -> str:
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if not decision.emit:
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return ""
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note = decision.emit.get("note")
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return note if isinstance(note, str) else ""
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def _apply_decision(
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runtime: StateMachineRuntime,
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*,
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node: "SyncNode",
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decision: Decision,
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fields: Optional[Set[str]] = None,
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reason_override: Optional[str] = None,
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) -> str:
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reason = reason_override if reason_override is not None else decision_note(decision)
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if decision.to_state:
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reason_text = reason or "<no-reason>"
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node.append_log(
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f"状态机流转: {decision.from_state} --{decision.event_id}[{decision.outcome_index}]--> {decision.to_state} | reason={reason_text}"
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)
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apply_state_to_node(runtime, node, state_id=decision.to_state, reason=reason, fields=fields)
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if decision.to_state:
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snapshot = {
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"binding_status": node.binding_status.value,
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"action": node.action.value,
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"status": node.status.value,
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"data_id_exist": bool(node.data_id),
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}
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violations = runtime.check_invariants(snapshot)
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if violations:
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details = "; ".join(f"{v.invariant_id}: {v.message}" for v in violations)
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raise RuntimeError(f"Invariant violation after {decision.event_id}->{decision.to_state}: {details}")
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return reason
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def _format_dependency_reason(
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*,
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base_reason: str,
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dep_errors: Optional[list[str]] = None,
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semantic_errors: Optional[list[str]] = None,
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) -> str:
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details: list[str] = []
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for dep_err in dep_errors or []:
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parts = dep_err.split("|")
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tag = parts[0] if parts else "unknown"
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if tag == "not_found" and len(parts) >= 4:
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details.append(f"{parts[1]}:{parts[2]} data_id={parts[3]} -> not_found")
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elif tag == "bad_status" and len(parts) >= 3:
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details.append(f"{parts[1]} status={parts[2]} -> not_normal")
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elif tag == "no_data_id" and len(parts) >= 3:
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details.append(f"{parts[1]} {parts[2]} -> no_data_id")
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else:
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details.append(dep_err)
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if semantic_errors:
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details.extend([e for e in semantic_errors if e])
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if not details:
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return base_reason
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return f"{base_reason} | depends=[{'; '.join(details)}]"
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def _expected_matches_actual(expected: Any, actual: Any) -> bool:
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if isinstance(expected, list):
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return any(_expected_matches_actual(x, actual) for x in expected)
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if isinstance(expected, str):
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actual_candidates = set()
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if isinstance(actual, Enum):
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actual_candidates.update({str(actual.name), str(actual.value)})
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else:
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actual_candidates.add(str(actual))
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expected_lower = expected.lower()
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return any(str(c).lower() == expected_lower for c in actual_candidates)
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return expected == actual
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def _state_matches_node(
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runtime: StateMachineRuntime,
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node: "SyncNode",
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state_id: str,
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*,
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action_hint: Optional[str] = None,
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match_fields: Optional[Set[str]] = None,
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) -> bool:
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states = runtime._config.raw.get("states")
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pseudo_states = runtime._config.raw.get("pseudo_states")
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if not isinstance(states, dict):
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raise RuntimeError("invalid state-machine config: missing states")
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if pseudo_states is not None and not isinstance(pseudo_states, dict):
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raise RuntimeError("invalid state-machine config: pseudo_states must be mapping")
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state_def = states.get(state_id)
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if state_def is None and isinstance(pseudo_states, dict):
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state_def = pseudo_states.get(state_id)
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if not isinstance(state_def, dict):
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return False
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snapshot = {
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"binding_status": node.binding_status,
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"action": action_hint if action_hint is not None else node.action,
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"status": node.status,
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"data_id_exist": bool(node.data_id),
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}
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selected_fields = match_fields or set(snapshot.keys())
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for k, actual in snapshot.items():
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if k not in selected_fields:
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continue
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if k not in state_def:
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continue
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expected = state_def[k]
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if not _expected_matches_actual(expected, actual):
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return False
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return True
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def _resolve_current_state(
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runtime: StateMachineRuntime,
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node: "SyncNode",
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*,
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candidate_states: Sequence[str],
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action_hint: Optional[str] = None,
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match_fields: Optional[Set[str]] = None,
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) -> str:
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matches = [
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s
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for s in candidate_states
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if _state_matches_node(runtime, node, s, action_hint=action_hint, match_fields=match_fields)
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]
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if len(matches) == 1:
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return matches[0]
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if not matches:
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raise RuntimeError(
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f"cannot resolve current state for node={node.node_id}, candidates={list(candidate_states)}"
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)
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raise RuntimeError(
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f"ambiguous current state for node={node.node_id}, candidates={list(candidate_states)}, matches={matches}"
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)
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def _config_from_states(runtime: StateMachineRuntime, event_id: str) -> list[str]:
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transition = runtime._config.transitions.get(event_id)
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if transition is None:
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raise RuntimeError(f"unknown event: {event_id}")
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from_states = [s for s in transition.from_states if s != "*"]
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if not from_states:
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raise RuntimeError(f"event {event_id} has no concrete from states")
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return from_states
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def _assert_expected_from_states(
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*,
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event_id: str,
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config_from_states: Sequence[str],
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expected_from_states: Optional[Sequence[str]],
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) -> None:
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if expected_from_states is None:
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return
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config_set = set(config_from_states)
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expected_set = set(expected_from_states)
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if config_set != expected_set:
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raise RuntimeError(
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f"event {event_id} from-states mismatch with config: "
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f"config={sorted(config_set)}, expected={sorted(expected_set)}"
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)
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def _dispatch_on_resolved_state(
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runtime: StateMachineRuntime,
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*,
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node: "SyncNode",
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current_state: str,
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event_id: str,
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context: Mapping[str, Any],
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) -> Decision:
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decision = runtime.dispatch(current_state=current_state, event_id=event_id, context=context)
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if decision is None:
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raise RuntimeError(
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f"state-machine miss: node={node.node_id}, state={current_state}, event={event_id}, context={dict(context)}"
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)
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return decision
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def _dispatch_required(
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runtime: StateMachineRuntime,
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*,
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node: "SyncNode",
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event_id: str,
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context: Mapping[str, Any],
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action_hint: Optional[str] = None,
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match_fields: Optional[Set[str]] = None,
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expected_from_states: Optional[Sequence[str]] = None,
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) -> Decision:
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from_states = _config_from_states(runtime, event_id)
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_assert_expected_from_states(
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event_id=event_id,
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config_from_states=from_states,
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expected_from_states=expected_from_states,
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)
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current_state = _resolve_current_state(
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runtime,
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node,
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candidate_states=from_states,
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action_hint=action_hint,
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match_fields=match_fields,
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)
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return _dispatch_on_resolved_state(
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runtime,
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node=node,
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current_state=current_state,
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event_id=event_id,
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context=context,
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)
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def e01_bootstrap(
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runtime: StateMachineRuntime,
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*,
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node: "SyncNode",
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is_create_zombie: bool,
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bootstrap_source_present: bool = True,
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has_binding_record: bool = False,
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) -> Decision:
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context = {
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"is_create_zombie": is_create_zombie,
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"bootstrap_source_present": bootstrap_source_present,
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"has_binding_record": has_binding_record,
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}
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decision = _dispatch_required(
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runtime,
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node=node,
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event_id="E01",
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context=context,
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expected_from_states=["S16"],
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)
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if decision.to_state == "S00":
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_apply_decision(runtime, node=node, decision=decision, fields={"binding_status", "action", "status"})
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node.error = None
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return decision
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if decision.to_state == "S17":
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_apply_decision(runtime, node=node, decision=decision, fields={"binding_status", "action", "status"})
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reason_text = decision_note(decision) or "<no-reason>"
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node.context["bootstrap_blocked"] = True
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node.context["bootstrap_block_reason"] = "source_missing_after_persistence_refresh"
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node.context["bootstrap_block_errors"] = [reason_text]
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node.context["bootstrap_source_present"] = False
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node.error = f"BOOTSTRAP_SOURCE_MISSING: {reason_text}"
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return decision
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if decision.to_state == "S15":
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reason_text = decision_note(decision) or "<no-reason>"
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node.append_log(
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f"状态机流转: {decision.from_state} --{decision.event_id}[{decision.outcome_index}]--> {decision.to_state} | reason={reason_text}"
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)
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return decision
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raise RuntimeError(f"unexpected bootstrap state: {decision.to_state}")
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def e10_bind_core(
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runtime: StateMachineRuntime,
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*,
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node: "SyncNode",
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has_binding_record: bool,
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core_binding_result: Optional[str] = None,
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peer_core_binding_result: Optional[str] = None,
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local_data: Optional[Any] = None,
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peer_data: Optional[Any] = None,
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local_valid: bool = True,
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peer_valid: bool = True,
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) -> Decision:
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if has_binding_record and (core_binding_result is None or peer_core_binding_result is None):
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local_result, peer_result = classify_core_pair(
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has_binding_record=has_binding_record,
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local_data=local_data,
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peer_data=peer_data,
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local_valid=local_valid,
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peer_valid=peer_valid,
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)
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core_binding_result = local_result.value
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peer_core_binding_result = peer_result.value
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normalized_core = _as_upper_text(core_binding_result, field_name="core_binding_result") if core_binding_result is not None else None
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normalized_peer_core = (
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_as_upper_text(peer_core_binding_result, field_name="peer_core_binding_result")
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if peer_core_binding_result is not None
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else None
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)
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context: dict[str, Any] = {
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"has_binding_record": has_binding_record,
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}
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if normalized_core is not None:
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context["core_binding_result"] = normalized_core
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if normalized_peer_core is not None:
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context["peer_core_binding_result"] = normalized_peer_core
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decision = _dispatch_required(
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runtime,
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node=node,
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event_id="E10",
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context=context,
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expected_from_states=["S00"],
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)
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_apply_decision(runtime, node=node, decision=decision, fields={"binding_status"})
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return decision
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def e20_create_prepare(
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runtime: StateMachineRuntime,
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*,
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node: "SyncNode",
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spawn_success: bool,
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) -> Decision:
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if not spawn_success:
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node.append_log("状态机流转: S13 --E20[-1]--> <no-transition> | reason=创建副作用未完成")
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return Decision(
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event_id="E20",
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from_state="S13",
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outcome_index=-1,
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to_state=None,
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emit={"note": "创建副作用未完成"},
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)
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context = {
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"spawn_success": spawn_success,
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}
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decision = _dispatch_required(
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runtime,
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node=node,
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event_id="E20",
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context=context,
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expected_from_states=["S13"],
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)
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_apply_decision(runtime, node=node, decision=decision, fields={"binding_status", "action", "status"})
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return decision
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def e21_create_prepare(
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runtime: StateMachineRuntime,
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*,
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node: "SyncNode",
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create_enabled: bool,
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data_present: bool,
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create_id_resolve_ok: bool,
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) -> Decision:
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context = {
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"create_enabled": create_enabled,
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"data_present": data_present,
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"create_id_resolve_ok": create_id_resolve_ok,
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}
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decision = _dispatch_required(
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runtime,
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node=node,
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event_id="E21",
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context=context,
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expected_from_states=["S02"],
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)
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_apply_decision(runtime, node=node, decision=decision, fields={"binding_status"})
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return decision
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def e22_delete_prepare(
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runtime: StateMachineRuntime,
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*,
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node: "SyncNode",
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) -> Decision:
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decision = _dispatch_required(
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runtime,
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node=node,
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event_id="E22",
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context={},
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expected_from_states=["S02"],
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)
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_apply_decision(runtime, node=node, decision=decision, fields={"binding_status", "action", "status"})
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return decision
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def e30_update_prepare(
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runtime: StateMachineRuntime,
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*,
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source_node: "SyncNode",
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target_node: "SyncNode",
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update_enabled: bool,
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target_has_data_id: bool,
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update_id_resolve_ok: bool,
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has_diff: bool,
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id_resolve_detail: Optional[str] = None,
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) -> Decision:
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context = {
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"update_enabled": update_enabled,
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"target_has_data_id": target_has_data_id,
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"update_id_resolve_ok": update_id_resolve_ok,
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"has_diff": has_diff,
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}
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decision = _dispatch_required(
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runtime,
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node=source_node,
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event_id="E30",
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context=context,
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expected_from_states=["S01"],
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)
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if decision.to_state not in {"S07", "S08"}:
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raise RuntimeError(f"unexpected update-prepare state: {decision.to_state}")
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reason_override: Optional[str] = None
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if decision.to_state == "S08":
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base_reason = decision_note(decision)
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details: list[str] = []
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if not target_has_data_id:
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details.append(f"target_data_id_missing=true")
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details.append(f"target_node_id={target_node.node_id}")
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if target_has_data_id and not update_id_resolve_ok:
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if id_resolve_detail:
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details.append(f"update_id_resolve_fail=true")
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details.append(f"update_id_resolve_detail={id_resolve_detail}")
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else:
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details.append("update_id_resolve_fail=true")
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if details:
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reason_override = f"{base_reason} | {'; '.join(details)}"
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target_node.error = reason_override
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_apply_decision(
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runtime,
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node=target_node,
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decision=decision,
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fields={"action", "status"},
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reason_override=reason_override,
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)
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return decision
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def e41_post_create_ready(
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runtime: StateMachineRuntime,
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*,
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node: "SyncNode",
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execute_action: str = "CREATE",
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) -> Decision:
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execute_action_norm = _as_upper_text(execute_action, field_name="execute_action")
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context = {
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"execute_action": execute_action_norm,
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}
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decision = _dispatch_required(
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runtime,
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node=node,
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event_id="E41",
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context=context,
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expected_from_states=["S11C"],
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)
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_apply_decision(runtime, node=node, decision=decision, fields={"action", "status"})
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return decision
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def e15_bind_dependency(
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runtime: StateMachineRuntime,
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*,
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node: "SyncNode",
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data_present: bool,
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has_depend_fields: bool = True,
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dep_satisfied: bool = True,
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dep_errors: Optional[list[str]] = None,
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semantic_errors: Optional[list[str]] = None,
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) -> Decision:
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if data_present and dep_satisfied:
|
|
node.append_log("状态机流转: S02 --E15[-1]--> <no-transition> | reason=依赖满足")
|
|
return Decision(
|
|
event_id="E15",
|
|
from_state="S02",
|
|
outcome_index=-1,
|
|
to_state=None,
|
|
emit={"note": "依赖满足"},
|
|
)
|
|
|
|
context = {
|
|
"data_present": data_present,
|
|
"has_depend_fields": has_depend_fields,
|
|
"dep_satisfied": dep_satisfied,
|
|
}
|
|
decision = _dispatch_required(
|
|
runtime,
|
|
node=node,
|
|
event_id="E15",
|
|
context=context,
|
|
expected_from_states=["S02"],
|
|
)
|
|
reason = decision_note(decision)
|
|
if decision.to_state in {"S03", "S04", "S05"}:
|
|
reason = _format_dependency_reason(
|
|
base_reason=reason,
|
|
dep_errors=dep_errors,
|
|
semantic_errors=semantic_errors,
|
|
)
|
|
node.error = reason
|
|
|
|
_apply_decision(
|
|
runtime,
|
|
node=node,
|
|
decision=decision,
|
|
fields={"binding_status"},
|
|
reason_override=reason,
|
|
)
|
|
return decision
|
|
|
|
|
|
def e16_bind_auto(
|
|
runtime: StateMachineRuntime,
|
|
*,
|
|
node: "SyncNode",
|
|
auto_bind_enabled: bool,
|
|
auto_bind_outcome: Optional[str] = None,
|
|
create_enabled: Optional[bool] = None,
|
|
id_resolve_detail: Optional[str] = None,
|
|
) -> Decision:
|
|
auto_bind_outcome_norm = (
|
|
_as_upper_text(auto_bind_outcome, field_name="auto_bind_outcome")
|
|
if auto_bind_outcome is not None
|
|
else None
|
|
)
|
|
|
|
context: dict[str, Any] = {"auto_bind_enabled": auto_bind_enabled}
|
|
if auto_bind_outcome_norm is not None:
|
|
context["auto_bind_outcome"] = auto_bind_outcome_norm
|
|
if create_enabled is not None:
|
|
context["create_enabled"] = create_enabled
|
|
decision = _dispatch_required(
|
|
runtime,
|
|
node=node,
|
|
event_id="E16",
|
|
context=context,
|
|
expected_from_states=["S02"],
|
|
)
|
|
reason_override: Optional[str] = None
|
|
if auto_bind_outcome_norm == "KEY_ID_RESOLVE_FAIL" and id_resolve_detail:
|
|
base_reason = decision_note(decision)
|
|
reason_override = f"{base_reason} | key_id_resolve_fail=true; key_id_resolve_detail={id_resolve_detail}"
|
|
node.error = reason_override
|
|
|
|
_apply_decision(
|
|
runtime,
|
|
node=node,
|
|
decision=decision,
|
|
fields={"binding_status", "action", "status"},
|
|
reason_override=reason_override,
|
|
)
|
|
return decision
|
|
|
|
|
|
def e40_sync_execute(
|
|
runtime: StateMachineRuntime,
|
|
*,
|
|
node: "SyncNode",
|
|
handler_result: str,
|
|
action: str,
|
|
poll_timeout: bool,
|
|
result_data_id: Optional[str] = None,
|
|
) -> Optional[Decision]:
|
|
action_norm = _as_upper_text(action, field_name="action")
|
|
if action_norm == "CREATE":
|
|
start_event_id = "E40C_START"
|
|
start_states = ["S06"]
|
|
result_event_id = "E40C"
|
|
result_states = ["S10C"]
|
|
elif action_norm == "UPDATE":
|
|
start_event_id = "E40U_START"
|
|
start_states = ["S07"]
|
|
result_event_id = "E40U"
|
|
result_states = ["S10U"]
|
|
elif action_norm == "DELETE":
|
|
start_event_id = "E40D_START"
|
|
start_states = ["S09"]
|
|
result_event_id = "E40D"
|
|
result_states = ["S10D"]
|
|
else:
|
|
return None
|
|
|
|
normalized_result = "FAILED" if poll_timeout else _as_upper_text(handler_result, field_name="handler_result")
|
|
if normalized_result == "SKIPPED" and action_norm != "UPDATE":
|
|
return None
|
|
|
|
start_context = {
|
|
"poll_timeout": poll_timeout,
|
|
"handler_result": "IN_PROGRESS",
|
|
"execute_action": action_norm,
|
|
}
|
|
result_context = {
|
|
"poll_timeout": poll_timeout,
|
|
"handler_result": normalized_result,
|
|
"execute_action": action_norm,
|
|
}
|
|
|
|
decision: Optional[Decision] = None
|
|
in_entry_state = any(_state_matches_node(runtime, node, s) for s in start_states)
|
|
if in_entry_state:
|
|
start_decision = _dispatch_required(
|
|
runtime,
|
|
node=node,
|
|
event_id=start_event_id,
|
|
context=start_context,
|
|
expected_from_states=start_states,
|
|
)
|
|
_apply_decision(runtime, node=node, decision=start_decision, fields={"action", "status"})
|
|
if normalized_result == "IN_PROGRESS":
|
|
return start_decision
|
|
|
|
if normalized_result == "IN_PROGRESS":
|
|
return None
|
|
|
|
if normalized_result not in {"SUCCESS", "FAILED", "SKIPPED"}:
|
|
return None
|
|
|
|
decision = _dispatch_required(
|
|
runtime,
|
|
node=node,
|
|
event_id=result_event_id,
|
|
context=result_context,
|
|
action_hint="UPDATE" if action_norm == "UPDATE" else None,
|
|
expected_from_states=result_states,
|
|
)
|
|
|
|
if decision is None:
|
|
return None
|
|
|
|
apply_fields: Set[str] = {"action", "status"}
|
|
apply_data_id: Optional[str] = None
|
|
apply_data_id_field = False
|
|
if decision.to_state == "S11C":
|
|
if action_norm == "CREATE" and not result_data_id:
|
|
raise RuntimeError("E40 SUCCESS for CREATE requires non-empty result_data_id")
|
|
if result_data_id:
|
|
apply_data_id = result_data_id
|
|
apply_data_id_field = True
|
|
|
|
_apply_decision(runtime, node=node, decision=decision, fields=apply_fields)
|
|
if apply_data_id_field:
|
|
apply_state_to_node(runtime, node, state_id=decision.to_state, reason=decision_note(decision), fields={"data_id"}, data_id=apply_data_id)
|
|
return decision
|